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Created December 7, 2025 21:05
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solution-draft-log-pr-1765141547157.txt
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# Solve.mjs Log - 2025-12-07T20:54:52.342Z
[2025-12-07T20:54:52.343Z] [INFO] 📁 Log file: /home/hive/solve-2025-12-07T20-54-52-342Z.log
[2025-12-07T20:54:52.345Z] [INFO] (All output will be logged here)
[2025-12-07T20:54:52.794Z] [INFO]
[2025-12-07T20:54:52.794Z] [INFO] 🚀 solve v0.37.18
[2025-12-07T20:54:52.795Z] [INFO] 🔧 Raw command executed:
[2025-12-07T20:54:52.795Z] [INFO] /home/hive/.nvm/versions/node/v20.19.6/bin/node /home/hive/.bun/bin/solve https://github.com/veb86/zcadvelecAI/issues/659 --auto-fork --auto-continue --attach-logs --verbose --no-tool-check
[2025-12-07T20:54:52.795Z] [INFO]
[2025-12-07T20:54:52.806Z] [INFO]
[2025-12-07T20:54:52.807Z] [WARNING] ⚠️ SECURITY WARNING: --attach-logs is ENABLED
[2025-12-07T20:54:52.807Z] [INFO]
[2025-12-07T20:54:52.808Z] [INFO] This option will upload the complete solution draft log file to the Pull Request.
[2025-12-07T20:54:52.808Z] [INFO] The log may contain sensitive information such as:
[2025-12-07T20:54:52.808Z] [INFO] • API keys, tokens, or secrets
[2025-12-07T20:54:52.808Z] [INFO] • File paths and directory structures
[2025-12-07T20:54:52.808Z] [INFO] • Command outputs and error messages
[2025-12-07T20:54:52.809Z] [INFO] • Internal system information
[2025-12-07T20:54:52.809Z] [INFO]
[2025-12-07T20:54:52.809Z] [INFO] ⚠️ DO NOT use this option with public repositories or if the log
[2025-12-07T20:54:52.809Z] [INFO] might contain sensitive data that should not be shared publicly.
[2025-12-07T20:54:52.810Z] [INFO]
[2025-12-07T20:54:52.810Z] [INFO] Continuing in 5 seconds... (Press Ctrl+C to abort)
[2025-12-07T20:54:52.810Z] [INFO]
[2025-12-07T20:54:57.816Z] [INFO]
[2025-12-07T20:54:57.840Z] [INFO] 💾 Disk space check: 19836MB available (500MB required) ✅
[2025-12-07T20:54:57.842Z] [INFO] 🧠 Memory check: 10883MB available, swap: 2047MB (0MB used), total: 12930MB (256MB required) ✅
[2025-12-07T20:54:57.842Z] [INFO] ⏩ Skipping tool connection validation (dry-run mode or skip-tool-connection-check enabled)
[2025-12-07T20:54:57.842Z] [INFO] ⏩ Skipping GitHub authentication check (dry-run mode or skip-tool-connection-check enabled)
[2025-12-07T20:54:57.842Z] [INFO] 📋 URL validation:
[2025-12-07T20:54:57.843Z] [INFO] Input URL: https://github.com/veb86/zcadvelecAI/issues/659
[2025-12-07T20:54:57.843Z] [INFO] Is Issue URL: true
[2025-12-07T20:54:57.843Z] [INFO] Is PR URL: false
[2025-12-07T20:54:57.843Z] [INFO] 🔍 Checking repository access for auto-fork...
[2025-12-07T20:54:58.722Z] [INFO] Repository visibility: public
[2025-12-07T20:54:58.723Z] [INFO] ✅ Auto-fork: No write access detected, enabling fork mode
[2025-12-07T20:54:58.723Z] [INFO] ✅ Repository access check: Skipped (fork mode enabled)
[2025-12-07T20:54:59.132Z] [INFO] Repository visibility: public
[2025-12-07T20:54:59.133Z] [INFO] Auto-cleanup default: false (repository is public)
[2025-12-07T20:54:59.133Z] [INFO] 🔍 Auto-continue enabled: Checking for existing PRs for issue #659...
[2025-12-07T20:55:00.078Z] [INFO] 🔍 Fork mode: Checking for existing branches in konard/veb86-zcadvelecAI...
[2025-12-07T20:55:01.405Z] [INFO] 📋 Found 10 existing PR(s) linked to issue #659
[2025-12-07T20:55:01.405Z] [INFO] PR #650: created 52h ago (OPEN, ready)
[2025-12-07T20:55:01.406Z] [INFO] PR #650: Branch 'issue-648-8789143c23f8' doesn't match expected pattern 'issue-659-*' - skipping
[2025-12-07T20:55:01.407Z] [INFO] PR #647: created 95h ago (OPEN, draft)
[2025-12-07T20:55:01.408Z] [INFO] PR #647: Branch 'issue-643-3ddda77bcd6c' doesn't match expected pattern 'issue-659-*' - skipping
[2025-12-07T20:55:01.408Z] [INFO] PR #642: created 95h ago (OPEN, ready)
[2025-12-07T20:55:01.409Z] [INFO] PR #642: Branch 'issue-641-2e0c3d36eb57' doesn't match expected pattern 'issue-659-*' - skipping
[2025-12-07T20:55:01.409Z] [INFO] PR #589: created 215h ago (OPEN, ready)
[2025-12-07T20:55:01.409Z] [INFO] PR #589: Branch 'issue-587-b3380440f4dc' doesn't match expected pattern 'issue-659-*' - skipping
[2025-12-07T20:55:01.410Z] [INFO] PR #577: created 489h ago (OPEN, ready)
[2025-12-07T20:55:01.410Z] [INFO] PR #577: Branch 'issue-576-5b93a7232748' doesn't match expected pattern 'issue-659-*' - skipping
[2025-12-07T20:55:01.410Z] [INFO] PR #561: created 504h ago (OPEN, ready)
[2025-12-07T20:55:01.411Z] [INFO] PR #561: Branch 'issue-557-83432f47edc4' doesn't match expected pattern 'issue-659-*' - skipping
[2025-12-07T20:55:01.411Z] [INFO] PR #560: created 504h ago (OPEN, ready)
[2025-12-07T20:55:01.411Z] [INFO] PR #560: Branch 'issue-556-2a26fafb438b' doesn't match expected pattern 'issue-659-*' - skipping
[2025-12-07T20:55:01.411Z] [INFO] PR #531: created 589h ago (OPEN, ready)
[2025-12-07T20:55:01.412Z] [INFO] PR #531: Branch 'issue-493-93bd36ca5fe0' doesn't match expected pattern 'issue-659-*' - skipping
[2025-12-07T20:55:01.412Z] [INFO] PR #524: created 631h ago (OPEN, ready)
[2025-12-07T20:55:01.413Z] [INFO] PR #524: Branch 'issue-523-b7d1608ebc0d' doesn't match expected pattern 'issue-659-*' - skipping
[2025-12-07T20:55:01.413Z] [INFO] PR #522: created 632h ago (OPEN, draft)
[2025-12-07T20:55:01.414Z] [INFO] PR #522: Branch 'issue-521-0be368979d29' doesn't match expected pattern 'issue-659-*' - skipping
[2025-12-07T20:55:01.414Z] [INFO] ⏭️ No suitable PRs found (missing CLAUDE.md or older than 24h) - creating new PR as usual
[2025-12-07T20:55:01.414Z] [INFO] 📝 Issue mode: Working with issue #659
[2025-12-07T20:55:01.415Z] [INFO]
Creating temporary directory: /tmp/gh-issue-solver-1765140901415
[2025-12-07T20:55:01.417Z] [INFO]
🍴 Fork mode: ENABLED
[2025-12-07T20:55:01.418Z] [INFO] Checking fork status...
[2025-12-07T20:55:01.743Z] [INFO] 🔍 Detecting fork conflicts...
[2025-12-07T20:55:03.780Z] [INFO] ✅ No fork conflict: Safe to proceed
[2025-12-07T20:55:04.142Z] [INFO] ✅ Fork exists: konard/veb86-zcadvelecAI
[2025-12-07T20:55:04.145Z] [INFO]
📥 Cloning repository: konard/veb86-zcadvelecAI
[2025-12-07T20:55:11.546Z] [INFO] ✅ Cloned to: /tmp/gh-issue-solver-1765140901415
[2025-12-07T20:55:11.562Z] [INFO] 🔗 Setting upstream: veb86/zcadvelecAI
[2025-12-07T20:55:11.575Z] [INFO] ℹ️ Upstream exists: Using existing upstream remote
[2025-12-07T20:55:11.576Z] [INFO] 🔄 Fetching upstream...
[2025-12-07T20:55:11.882Z] [INFO] ✅ Upstream fetched: Successfully
[2025-12-07T20:55:11.883Z] [INFO] 🔄 Syncing default branch...
[2025-12-07T20:55:12.253Z] [INFO] ℹ️ Default branch: master
[2025-12-07T20:55:12.315Z] [INFO] ✅ Default branch synced: with upstream/master
[2025-12-07T20:55:12.316Z] [INFO] 🔄 Pushing to fork: master branch
[2025-12-07T20:55:13.092Z] [INFO] ✅ Fork updated: Default branch pushed to fork
[2025-12-07T20:55:13.169Z] [INFO]
📌 Default branch: master
[2025-12-07T20:55:13.192Z] [INFO]
🌿 Creating branch: issue-659-8a7ae147a955 from master
[2025-12-07T20:55:13.203Z] [INFO] 🔍 Verifying: Branch creation...
[2025-12-07T20:55:13.211Z] [INFO] ✅ Branch created: issue-659-8a7ae147a955
[2025-12-07T20:55:13.211Z] [INFO] ✅ Current branch: issue-659-8a7ae147a955
[2025-12-07T20:55:13.212Z] [INFO] Branch operation: Create new branch
[2025-12-07T20:55:13.212Z] [INFO] Branch verification: Matches expected
[2025-12-07T20:55:13.214Z] [INFO]
🚀 Auto PR creation: ENABLED
[2025-12-07T20:55:13.214Z] [INFO] Creating: Initial commit and draft PR...
[2025-12-07T20:55:13.214Z] [INFO]
[2025-12-07T20:55:13.214Z] [INFO] 📝 Creating: CLAUDE.md with task details
[2025-12-07T20:55:13.215Z] [INFO] Issue URL from argv['issue-url']: https://github.com/veb86/zcadvelecAI/issues/659
[2025-12-07T20:55:13.215Z] [INFO] Issue URL from argv._[0]: undefined
[2025-12-07T20:55:13.215Z] [INFO] Final issue URL: https://github.com/veb86/zcadvelecAI/issues/659
[2025-12-07T20:55:13.215Z] [INFO] CLAUDE.md already exists, appending task info...
[2025-12-07T20:55:13.216Z] [INFO] ✅ File created: CLAUDE.md
[2025-12-07T20:55:13.216Z] [INFO] 📦 Adding file: To git staging
[2025-12-07T20:55:13.252Z] [INFO] Git status after add: M CLAUDE.md
[2025-12-07T20:55:13.252Z] [INFO] 📝 Creating commit: With CLAUDE.md file
[2025-12-07T20:55:13.273Z] [INFO] ✅ Commit created: Successfully with CLAUDE.md
[2025-12-07T20:55:13.274Z] [INFO] Commit output: [issue-659-8a7ae147a955 fb4368cd4] Initial commit with task details for issue #659
1 file changed, 12 insertions(+)
[2025-12-07T20:55:13.285Z] [INFO] Commit hash: fb4368c...
[2025-12-07T20:55:13.295Z] [INFO] Latest commit: fb4368cd4 Initial commit with task details for issue #659
[2025-12-07T20:55:13.318Z] [INFO] Git status: clean
[2025-12-07T20:55:13.329Z] [INFO] Remotes: origin https://github.com/konard/veb86-zcadvelecAI.git (fetch)
[2025-12-07T20:55:13.342Z] [INFO] Branch info: * issue-659-8a7ae147a955 fb4368cd4 Initial commit with task details for issue #659
master 58269ace3 [origin/master] Merge pull request #658 from konard/issue-655-48e6ef152bc1
[2025-12-07T20:55:13.343Z] [INFO] 📤 Pushing branch: To remote repository...
[2025-12-07T20:55:13.343Z] [INFO] Push command: git push -u origin issue-659-8a7ae147a955
[2025-12-07T20:55:14.178Z] [INFO] Push exit code: 0
[2025-12-07T20:55:14.178Z] [INFO] Push output: remote:
remote: Create a pull request for 'issue-659-8a7ae147a955' on GitHub by visiting:
remote: https://github.com/konard/veb86-zcadvelecAI/pull/new/issue-659-8a7ae147a955
remote:
To https://github.com/konard/veb86-zcadvelecAI.git
* [new branch] issue-659-8a7ae147a955 -> issue-659-8a7ae147a955
branch 'issue-659-8a7ae147a955' set up to track 'origin/issue-659-8a7ae147a955'.
[2025-12-07T20:55:14.179Z] [INFO] ✅ Branch pushed: Successfully to remote
[2025-12-07T20:55:14.179Z] [INFO] Push output: remote:
remote: Create a pull request for 'issue-659-8a7ae147a955' on GitHub by visiting:
remote: https://github.com/konard/veb86-zcadvelecAI/pull/new/issue-659-8a7ae147a955
remote:
To https://github.com/konard/veb86-zcadvelecAI.git
* [new branch] issue-659-8a7ae147a955 -> issue-659-8a7ae147a955
branch 'issue-659-8a7ae147a955' set up to track 'origin/issue-659-8a7ae147a955'.
[2025-12-07T20:55:14.179Z] [INFO] Waiting for GitHub to sync...
[2025-12-07T20:55:16.644Z] [INFO] Compare API check: 1 commit(s) ahead of master
[2025-12-07T20:55:16.645Z] [INFO] GitHub compare API ready: 1 commit(s) found
[2025-12-07T20:55:16.967Z] [INFO] Branch verified on GitHub: issue-659-8a7ae147a955
[2025-12-07T20:55:17.242Z] [INFO] Remote commit SHA: fb4368c...
[2025-12-07T20:55:17.243Z] [INFO] 📋 Getting issue: Title from GitHub...
[2025-12-07T20:55:17.709Z] [INFO] Issue title: "Оптимизация модуля cad_source/zcad/velec/uzvaccess"
[2025-12-07T20:55:17.710Z] [INFO] 👤 Getting user: Current GitHub account...
[2025-12-07T20:55:17.972Z] [INFO] Current user: konard
[2025-12-07T20:55:18.229Z] [INFO] User is not a collaborator (will skip assignment)
[2025-12-07T20:55:18.234Z] [INFO] User is not a collaborator (will skip assignment)
[2025-12-07T20:55:18.234Z] [INFO] 🔄 Fetching: Latest master branch...
[2025-12-07T20:55:18.541Z] [INFO] ✅ Base updated: Fetched latest master
[2025-12-07T20:55:18.542Z] [INFO] 🔍 Checking: Commits between branches...
[2025-12-07T20:55:18.555Z] [INFO] Commits ahead of origin/master: 1
[2025-12-07T20:55:18.555Z] [INFO] ✅ Commits found: 1 commit(s) ahead
[2025-12-07T20:55:18.556Z] [INFO] 🔀 Creating PR: Draft pull request...
[2025-12-07T20:55:18.557Z] [INFO] 🎯 Target branch: master (default)
[2025-12-07T20:55:18.557Z] [INFO] PR Title: [WIP] Оптимизация модуля cad_source/zcad/velec/uzvaccess
[2025-12-07T20:55:18.557Z] [INFO] Base branch: master
[2025-12-07T20:55:18.557Z] [INFO] Head branch: issue-659-8a7ae147a955
[2025-12-07T20:55:18.557Z] [INFO] Assignee: konard
[2025-12-07T20:55:18.557Z] [INFO] PR Body:
## 🤖 AI-Powered Solution Draft
This pull request is being automatically generated to solve issue veb86/zcadvelecAI#659.
### 📋 Issue Reference
Fixes veb86/zcadvelecAI#659
### 🚧 Status
**Work in Progress** - The AI assistant is currently analyzing and implementing the solution draft.
### 📝 Implementation Details
_Details will be added as the solution draft is developed..._
---
*This PR was created automatically by the AI issue solver*
[2025-12-07T20:55:18.559Z] [INFO] Command: cd "/tmp/gh-issue-solver-1765140901415" && gh pr create --draft --title "$(cat '/tmp/pr-title-1765140918559.txt')" --body-file "/tmp/pr-body-1765140918558.md" --base master --head konard:issue-659-8a7ae147a955 --repo veb86/zcadvelecAI
[2025-12-07T20:55:20.299Z] [INFO] 🔍 Verifying: PR creation...
[2025-12-07T20:55:20.742Z] [INFO] ✅ Verification: PR exists on GitHub
[2025-12-07T20:55:20.742Z] [INFO] ✅ PR created: #660
[2025-12-07T20:55:20.743Z] [INFO] 📍 PR URL: https://github.com/veb86/zcadvelecAI/pull/660
[2025-12-07T20:55:20.743Z] [INFO] ℹ️ Note: Could not assign (no permission)
[2025-12-07T20:55:20.743Z] [INFO] 🔗 Linking: Issue #659 to PR #660...
[2025-12-07T20:55:21.065Z] [INFO] Issue node ID: I_kwDOP5qnPc7cxfmh
[2025-12-07T20:55:21.347Z] [INFO] PR node ID: PR_kwDOP5qnPc63jYLt
[2025-12-07T20:55:21.680Z] [INFO] ✅ Link verified: Issue #659 → PR #660
[2025-12-07T20:55:21.936Z] [INFO] 👤 Current user: konard
[2025-12-07T20:55:21.936Z] [INFO]
📊 Comment counting conditions:
[2025-12-07T20:55:21.937Z] [INFO] prNumber: 660
[2025-12-07T20:55:21.937Z] [INFO] branchName: issue-659-8a7ae147a955
[2025-12-07T20:55:21.937Z] [INFO] isContinueMode: false
[2025-12-07T20:55:21.937Z] [INFO] Will count comments: true
[2025-12-07T20:55:21.938Z] [INFO] 💬 Counting comments: Checking for new comments since last commit...
[2025-12-07T20:55:21.938Z] [INFO] PR #660 on branch: issue-659-8a7ae147a955
[2025-12-07T20:55:21.938Z] [INFO] Owner/Repo: veb86/zcadvelecAI
[2025-12-07T20:55:22.257Z] [INFO] 📅 Last commit time (from API): 2025-12-07T20:55:13.000Z
[2025-12-07T20:55:23.067Z] [INFO] 💬 New PR comments: 0
[2025-12-07T20:55:23.067Z] [INFO] 💬 New issue comments: 0
[2025-12-07T20:55:23.068Z] [INFO] Total new comments: 0
[2025-12-07T20:55:23.068Z] [INFO] Comment lines to add: No (saving tokens)
[2025-12-07T20:55:23.068Z] [INFO] PR review comments fetched: 0
[2025-12-07T20:55:23.068Z] [INFO] PR conversation comments fetched: 0
[2025-12-07T20:55:23.069Z] [INFO] Total PR comments checked: 0
[2025-12-07T20:55:25.305Z] [INFO] Feedback info will be added to prompt:
[2025-12-07T20:55:25.306Z] [INFO] - Pull request description was edited after last commit
[2025-12-07T20:55:25.306Z] [INFO] 📅 Getting timestamps: From GitHub servers...
[2025-12-07T20:55:25.609Z] [INFO] 📝 Issue updated: 2025-12-07T20:54:35.000Z
[2025-12-07T20:55:25.862Z] [INFO] 💬 Comments: None found
[2025-12-07T20:55:26.257Z] [INFO] 🔀 Recent PR: 2025-12-07T20:55:19.000Z
[2025-12-07T20:55:26.258Z] [INFO]
✅ Reference time: 2025-12-07T20:55:19.000Z
[2025-12-07T20:55:26.259Z] [INFO]
🔍 Checking for uncommitted changes to include as feedback...
[2025-12-07T20:55:26.282Z] [INFO] ✅ No uncommitted changes found
[2025-12-07T20:55:26.544Z] [INFO] 📦 Fork workflows detected: https://github.com/konard/veb86-zcadvelecAI/actions?query=branch%3Aissue-659-8a7ae147a955
[2025-12-07T20:55:26.548Z] [INFO]
📝 Final prompt structure:
[2025-12-07T20:55:26.549Z] [INFO] Characters: 478
[2025-12-07T20:55:26.549Z] [INFO] System prompt characters: 8449
[2025-12-07T20:55:26.549Z] [INFO] Feedback info: Included
[2025-12-07T20:55:26.551Z] [INFO]
🤖 Executing Claude: SONNET
[2025-12-07T20:55:26.552Z] [INFO] Model: sonnet
[2025-12-07T20:55:26.552Z] [INFO] Working directory: /tmp/gh-issue-solver-1765140901415
[2025-12-07T20:55:26.552Z] [INFO] Branch: issue-659-8a7ae147a955
[2025-12-07T20:55:26.553Z] [INFO] Prompt length: 478 chars
[2025-12-07T20:55:26.553Z] [INFO] System prompt length: 8449 chars
[2025-12-07T20:55:26.553Z] [INFO] Feedback info included: Yes (1 lines)
[2025-12-07T20:55:26.576Z] [INFO] 📈 System resources before execution:
[2025-12-07T20:55:26.577Z] [INFO] Memory: MemFree: 7922136 kB
[2025-12-07T20:55:26.577Z] [INFO] Load: 0.36 0.15 0.32 1/353 608992
[2025-12-07T20:55:26.577Z] [INFO]
📝 Raw command:
[2025-12-07T20:55:26.578Z] [INFO] (cd "/tmp/gh-issue-solver-1765140901415" && claude --output-format stream-json --verbose --dangerously-skip-permissions --model claude-sonnet-4-5-20250929 -p "Issue to solve: https://github.com/veb86/zcadvelecAI/issues/659
Your prepared branch: issue-659-8a7ae147a955
Your prepared working directory: /tmp/gh-issue-solver-1765140901415
Your prepared Pull Request: https://github.com/veb86/zcadvelecAI/pull/660
Your forked repository: konard/veb86-zcadvelecAI
Original repository (upstream): veb86/zcadvelecAI
GitHub Actions on your fork: https://github.com/konard/veb86-zcadvelecAI/actions?query=branch%3Aissue-659-8a7ae147a955
Proceed." --append-system-prompt "You are an AI issue solver. You prefer to find the root cause of each and every issue. When you talk, you prefer to speak with facts which you have double-checked yourself or cite sources that provide evidence, like quote actual code or give references to documents or pages found on the internet. You are polite and patient, and prefer to assume good intent, trying your best to be helpful. If you are unsure or have assumptions, you prefer to test them yourself or ask questions to clarify requirements.
General guidelines.
- When you execute commands, always save their logs to files for easier reading if the output becomes large.
- When running commands, do not set a timeout yourself — let them run as long as needed (default timeout - 2 minutes is more than enough), and once they finish, review the logs in the file.
- When running sudo commands (especially package installations like apt-get, yum, npm install, etc.), always run them in the background to avoid timeout issues and permission errors when the process needs to be killed. Use the run_in_background parameter or append & to the command.
- When CI is failing or user reports failures, consider adding a detailed investigation protocol to your todo list with these steps:
Step 1: List recent runs with timestamps using: gh run list --repo veb86/zcadvelecAI --branch issue-659-8a7ae147a955 --limit 5 --json databaseId,conclusion,createdAt,headSha
Step 2: Verify runs are after the latest commit by checking timestamps and SHA
Step 3: For each non-passing run, download logs to preserve them: gh run view {run-id} --repo veb86/zcadvelecAI --log > ci-logs/{workflow}-{run-id}.log
Step 4: Read each downloaded log file using Read tool to understand the actual failures
Step 5: Report findings with specific errors and line numbers from logs
This detailed investigation is especially helpful when user mentions CI failures, asks to investigate logs, you see non-passing status, or when finalizing a PR.
Note: If user says \"failing\" but tools show \"passing\", this might indicate stale data - consider downloading fresh logs and checking timestamps to resolve the discrepancy.
- When a code or log file has more than 1500 lines, read it in chunks of 1500 lines.
- When facing a complex problem, do as much tracing as possible and turn on all verbose modes.
- When you create debug, test, or example/experiment scripts for fixing, always keep them in an examples and/or experiments folders so you can reuse them later.
- When testing your assumptions, use the experiment scripts, and add it to experiments folder.
- When your experiments can show real world use case of the software, add it to examples folder.
- When you face something extremely hard, use divide and conquer — it always helps.
Initial research.
- When you start, make sure you create detailed plan for yourself and follow your todo list step by step, make sure that as many points from these guidelines are added to your todo list to keep track of everything that can help you solve the issue with highest possible quality.
- When user mentions CI failures or asks to investigate logs, consider adding these todos to track the investigation: (1) List recent CI runs with timestamps, (2) Download logs from failed runs to ci-logs/ directory, (3) Analyze error messages and identify root cause, (4) Implement fix, (5) Verify fix resolves the specific errors found in logs.
- When you read issue, read all details and comments thoroughly.
- When you see screenshots or images in issue descriptions, pull request descriptions, comments, or discussions, use WebFetch tool (or fetch tool) to download the image first, then use Read tool to view and analyze it.
- When you need issue details, use gh issue view https://github.com/veb86/zcadvelecAI/issues/659.
- When you need related code, use gh search code --owner veb86 [keywords].
- When you need repo context, read files in your working directory.
- When you study related work, study the most recent related pull requests.
- When issue is not defined enough, write a comment to ask clarifying questions.
- When accessing GitHub Gists (especially private ones), use gh gist view command instead of direct URL fetching to ensure proper authentication.
- When you are fixing a bug, please make sure you first find the actual root cause, do as many experiments as needed.
- When you are fixing a bug and code does not have enough tracing/logs, add them and make sure they stay in the code, but are switched off by default.
- When you need latest comments on pull request (sorted newest first), use appropriate GitHub API commands.
- When you need latest comments on issue (sorted newest first), use appropriate GitHub API commands.
Solution development and testing.
- When issue is solvable, implement code with tests.
- When coding, each atomic step that can be useful by itself should be commited to the pull request's branch, meaning if work will be interrupted by any reason parts of solution will still be kept intact and safe in pull request.
- When you test:
start from testing of small functions using separate scripts;
write unit tests with mocks for easy and quick start.
- When you test integrations, use existing framework.
- When you test solution draft, include automated checks in pr.
- When issue is unclear, write comment on issue asking questions.
- When you encounter any problems that you unable to solve yourself (any human feedback or help), write a comment to the pull request asking for help.
- When you need human help, use gh pr comment 660 --body \"your message\" to comment on existing PR.
Preparing pull request.
- When you code, follow contributing guidelines.
- When you commit, write clear message.
- When you need examples of style, use gh pr list --repo veb86/zcadvelecAI --state merged --search [keywords].
- When you open pr, describe solution draft and include tests.
- When there is a package with version and GitHub Actions workflows for automatic release, update the version (or other necessary release trigger) in your pull request to prepare for next release.
- When you update existing pr 660, use gh pr edit to modify title and description.
- When you are about to commit or push code, ALWAYS run local CI checks first if they are available in contributing guidelines (like ruff check, mypy, eslint, etc.) to catch errors before pushing.
- When you finalize the pull request:
follow style from merged prs for code, title, and description,
make sure no uncommitted changes corresponding to the original requirements are left behind,
make sure the default branch is merged to the pull request's branch,
make sure all CI checks passing if they exist before you finish,
double-check that all changes in the pull request answer to original requirements of the issue,
make sure no new new bugs are introduced in pull request by carefully reading gh pr diff,
make sure no previously existing features were removed without an explicit request from users via the issue description, issue comments, and/or pull request comments.
- When you finish implementation, use gh pr ready 660.
Workflow and collaboration.
- When you check branch, verify with git branch --show-current.
- When you push, push only to branch issue-659-8a7ae147a955.
- When you finish, create a pull request from branch issue-659-8a7ae147a955. (Note: PR 660 already exists, update it instead)
- When you organize workflow, use pull requests instead of direct merges to default branch (main or master).
- When you manage commits, preserve commit history for later analysis.
- When you contribute, keep repository history forward-moving with regular commits, pushes, and reverts if needed.
- When you face conflict that you cannot resolve yourself, ask for help.
- When you collaborate, respect branch protections by working only on issue-659-8a7ae147a955.
- When you mention result, include pull request url or comment url.
- When you need to create pr, remember pr 660 already exists for this branch.
Self review.
- When you check your solution draft, run all tests locally.
- When you compare with repo style, use gh pr diff [number].
- When you finalize, confirm code, tests, and description are consistent." | jq -c .)
[2025-12-07T20:55:26.578Z] [INFO]
[2025-12-07T20:55:26.578Z] [INFO] 📋 User prompt:
[2025-12-07T20:55:26.578Z] [INFO] ---BEGIN USER PROMPT---
[2025-12-07T20:55:26.578Z] [INFO] Issue to solve: https://github.com/veb86/zcadvelecAI/issues/659
Your prepared branch: issue-659-8a7ae147a955
Your prepared working directory: /tmp/gh-issue-solver-1765140901415
Your prepared Pull Request: https://github.com/veb86/zcadvelecAI/pull/660
Your forked repository: konard/veb86-zcadvelecAI
Original repository (upstream): veb86/zcadvelecAI
GitHub Actions on your fork: https://github.com/konard/veb86-zcadvelecAI/actions?query=branch%3Aissue-659-8a7ae147a955
Proceed.
[2025-12-07T20:55:26.579Z] [INFO] ---END USER PROMPT---
[2025-12-07T20:55:26.579Z] [INFO]
[2025-12-07T20:55:26.579Z] [INFO] 📋 System prompt:
[2025-12-07T20:55:26.579Z] [INFO] ---BEGIN SYSTEM PROMPT---
[2025-12-07T20:55:26.579Z] [INFO] You are an AI issue solver. You prefer to find the root cause of each and every issue. When you talk, you prefer to speak with facts which you have double-checked yourself or cite sources that provide evidence, like quote actual code or give references to documents or pages found on the internet. You are polite and patient, and prefer to assume good intent, trying your best to be helpful. If you are unsure or have assumptions, you prefer to test them yourself or ask questions to clarify requirements.
General guidelines.
- When you execute commands, always save their logs to files for easier reading if the output becomes large.
- When running commands, do not set a timeout yourself — let them run as long as needed (default timeout - 2 minutes is more than enough), and once they finish, review the logs in the file.
- When running sudo commands (especially package installations like apt-get, yum, npm install, etc.), always run them in the background to avoid timeout issues and permission errors when the process needs to be killed. Use the run_in_background parameter or append & to the command.
- When CI is failing or user reports failures, consider adding a detailed investigation protocol to your todo list with these steps:
Step 1: List recent runs with timestamps using: gh run list --repo veb86/zcadvelecAI --branch issue-659-8a7ae147a955 --limit 5 --json databaseId,conclusion,createdAt,headSha
Step 2: Verify runs are after the latest commit by checking timestamps and SHA
Step 3: For each non-passing run, download logs to preserve them: gh run view {run-id} --repo veb86/zcadvelecAI --log > ci-logs/{workflow}-{run-id}.log
Step 4: Read each downloaded log file using Read tool to understand the actual failures
Step 5: Report findings with specific errors and line numbers from logs
This detailed investigation is especially helpful when user mentions CI failures, asks to investigate logs, you see non-passing status, or when finalizing a PR.
Note: If user says "failing" but tools show "passing", this might indicate stale data - consider downloading fresh logs and checking timestamps to resolve the discrepancy.
- When a code or log file has more than 1500 lines, read it in chunks of 1500 lines.
- When facing a complex problem, do as much tracing as possible and turn on all verbose modes.
- When you create debug, test, or example/experiment scripts for fixing, always keep them in an examples and/or experiments folders so you can reuse them later.
- When testing your assumptions, use the experiment scripts, and add it to experiments folder.
- When your experiments can show real world use case of the software, add it to examples folder.
- When you face something extremely hard, use divide and conquer — it always helps.
Initial research.
- When you start, make sure you create detailed plan for yourself and follow your todo list step by step, make sure that as many points from these guidelines are added to your todo list to keep track of everything that can help you solve the issue with highest possible quality.
- When user mentions CI failures or asks to investigate logs, consider adding these todos to track the investigation: (1) List recent CI runs with timestamps, (2) Download logs from failed runs to ci-logs/ directory, (3) Analyze error messages and identify root cause, (4) Implement fix, (5) Verify fix resolves the specific errors found in logs.
- When you read issue, read all details and comments thoroughly.
- When you see screenshots or images in issue descriptions, pull request descriptions, comments, or discussions, use WebFetch tool (or fetch tool) to download the image first, then use Read tool to view and analyze it.
- When you need issue details, use gh issue view https://github.com/veb86/zcadvelecAI/issues/659.
- When you need related code, use gh search code --owner veb86 [keywords].
- When you need repo context, read files in your working directory.
- When you study related work, study the most recent related pull requests.
- When issue is not defined enough, write a comment to ask clarifying questions.
- When accessing GitHub Gists (especially private ones), use gh gist view command instead of direct URL fetching to ensure proper authentication.
- When you are fixing a bug, please make sure you first find the actual root cause, do as many experiments as needed.
- When you are fixing a bug and code does not have enough tracing/logs, add them and make sure they stay in the code, but are switched off by default.
- When you need latest comments on pull request (sorted newest first), use appropriate GitHub API commands.
- When you need latest comments on issue (sorted newest first), use appropriate GitHub API commands.
Solution development and testing.
- When issue is solvable, implement code with tests.
- When coding, each atomic step that can be useful by itself should be commited to the pull request's branch, meaning if work will be interrupted by any reason parts of solution will still be kept intact and safe in pull request.
- When you test:
start from testing of small functions using separate scripts;
write unit tests with mocks for easy and quick start.
- When you test integrations, use existing framework.
- When you test solution draft, include automated checks in pr.
- When issue is unclear, write comment on issue asking questions.
- When you encounter any problems that you unable to solve yourself (any human feedback or help), write a comment to the pull request asking for help.
- When you need human help, use gh pr comment 660 --body "your message" to comment on existing PR.
Preparing pull request.
- When you code, follow contributing guidelines.
- When you commit, write clear message.
- When you need examples of style, use gh pr list --repo veb86/zcadvelecAI --state merged --search [keywords].
- When you open pr, describe solution draft and include tests.
- When there is a package with version and GitHub Actions workflows for automatic release, update the version (or other necessary release trigger) in your pull request to prepare for next release.
- When you update existing pr 660, use gh pr edit to modify title and description.
- When you are about to commit or push code, ALWAYS run local CI checks first if they are available in contributing guidelines (like ruff check, mypy, eslint, etc.) to catch errors before pushing.
- When you finalize the pull request:
follow style from merged prs for code, title, and description,
make sure no uncommitted changes corresponding to the original requirements are left behind,
make sure the default branch is merged to the pull request's branch,
make sure all CI checks passing if they exist before you finish,
double-check that all changes in the pull request answer to original requirements of the issue,
make sure no new new bugs are introduced in pull request by carefully reading gh pr diff,
make sure no previously existing features were removed without an explicit request from users via the issue description, issue comments, and/or pull request comments.
- When you finish implementation, use gh pr ready 660.
Workflow and collaboration.
- When you check branch, verify with git branch --show-current.
- When you push, push only to branch issue-659-8a7ae147a955.
- When you finish, create a pull request from branch issue-659-8a7ae147a955. (Note: PR 660 already exists, update it instead)
- When you organize workflow, use pull requests instead of direct merges to default branch (main or master).
- When you manage commits, preserve commit history for later analysis.
- When you contribute, keep repository history forward-moving with regular commits, pushes, and reverts if needed.
- When you face conflict that you cannot resolve yourself, ask for help.
- When you collaborate, respect branch protections by working only on issue-659-8a7ae147a955.
- When you mention result, include pull request url or comment url.
- When you need to create pr, remember pr 660 already exists for this branch.
Self review.
- When you check your solution draft, run all tests locally.
- When you compare with repo style, use gh pr diff [number].
- When you finalize, confirm code, tests, and description are consistent.
[2025-12-07T20:55:26.580Z] [INFO] ---END SYSTEM PROMPT---
[2025-12-07T20:55:26.580Z] [INFO]
[2025-12-07T20:55:26.580Z] [INFO] 📋 Command details:
[2025-12-07T20:55:26.580Z] [INFO] 📂 Working directory: /tmp/gh-issue-solver-1765140901415
[2025-12-07T20:55:26.580Z] [INFO] 🌿 Branch: issue-659-8a7ae147a955
[2025-12-07T20:55:26.581Z] [INFO] 🤖 Model: Claude SONNET
[2025-12-07T20:55:26.581Z] [INFO] 🍴 Fork: konard/veb86-zcadvelecAI
[2025-12-07T20:55:26.581Z] [INFO]
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[2025-12-07T20:55:28.828Z] [INFO] 📌 Session ID: 7192dade-a10f-4ccc-940d-5bff967d4d15
[2025-12-07T20:55:28.829Z] [INFO] 📁 Log renamed to: /home/hive/7192dade-a10f-4ccc-940d-5bff967d4d15.log
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[2025-12-07T20:55:43.525Z] [INFO] {
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[2025-12-07T20:55:45.327Z] [INFO] {
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[2025-12-07T20:55:51.593Z] [INFO] {
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[2025-12-07T20:55:53.988Z] [INFO] {
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[2025-12-07T20:55:55.395Z] [INFO] {
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[2025-12-07T20:55:58.017Z] [INFO] {
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{
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"content": " 1→{\n 2→*****************************************************************************\n 3→* *\n 4→* This file is part of the ZCAD *\n 5→* *\n 6→* See the file COPYING.txt, included in this distribution, *\n 7→* for details about the copyright. *\n 8→* *\n 9→* This program is distributed in the hope that it will be useful, *\n 10→* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n 11→* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n 12→* *\n 13→*****************************************************************************\n 14→}\n 15→{\n 16→@author(Vladimir Bobrov)\n 17→}\n 18→{$mode objfpc}{$H+}\n 19→\n 20→unit uzvaccess_logger;\n 21→\n 22→{$INCLUDE zengineconfig.inc}\n 23→\n 24→interface\n 25→\n 26→uses\n 27→ SysUtils, Classes,\n 28→ uzcLog, uzcinterface,\n 29→ uzvaccess_types;\n 30→\n 31→type\n 32→ {**\n 33→ Класс для логирования процесса экспорта\n 34→\n 35→ Обеспечивает запись сообщений в файл и вывод в GUI ZCAD\n 36→ **}\n 37→ TExportLogger = class\n 38→ private\n 39→ FLogFile: TextFile;\n 40→ FLogFilePath: String;\n 41→ FLogLevel: TLogLevel;\n 42→ FLogToGUI: Boolean;\n 43→ FLogFileOpened: Boolean;\n 44→\n 45→ // Открыть файл лога\n 46→ procedure OpenLogFile;\n 47→\n 48→ // Закрыть файл лога\n 49→ procedure CloseLogFile;\n 50→\n 51→ // Форматировать сообщение лога\n 52→ function FormatMessage(\n 53→ ALevel: TLogLevel;\n 54→ const AMessage: String\n 55→ ): String;\n 56→\n 57→ // Записать строку в файл\n 58→ procedure WriteToFile(const AMessage: String);\n 59→\n 60→ // Вывести сообщение в GUI\n 61→ procedure WriteToGUI(const AMessage: String);\n 62→\n 63→ // Вывести сообщение в programlog\n 64→ procedure WriteToProgramLog(ALevel: TLogLevel; const AMessage: String);\n 65→\n 66→ public\n 67→ constructor Create(\n 68→ const ALogFilePath: String;\n 69→ ALevel: TLogLevel;\n 70→ ALogToGUI: Boolean\n 71→ );\n 72→ destructor Destroy; override;\n 73→\n 74→ // Основной метод логирования\n 75→ procedure Log(ALevel: TLogLevel; const AMessage: String); overload;\n 76→ procedure Log(\n 77→ ALevel: TLogLevel;\n 78→ const AFormat: String;\n 79→ const AArgs: array of const\n 80→ ); overload;\n 81→\n 82→ // Методы для различных уровней логирования\n 83→ procedure LogDebug(const AMessage: String);\n 84→ procedure LogInfo(const AMessage: String);\n 85→ procedure LogWarning(const AMessage: String);\n 86→ procedure LogError(const AMessage: String);\n 87→\n 88→ property LogLevel: TLogLevel read FLogLevel write FLogLevel;\n 89→ property LogToGUI: Boolean read FLogToGUI write FLogToGUI;\n 90→ end;\n 91→\n 92→implementation\n 93→\n 94→{ TExportLogger }\n 95→\n 96→constructor TExportLogger.Create(\n 97→ const ALogFilePath: String;\n 98→ ALevel: TLogLevel;\n 99→ ALogToGUI: Boolean\n 100→);\n 101→begin\n 102→ FLogFilePath := ALogFilePath;\n 103→ FLogLevel := ALevel;\n 104→ FLogToGUI := ALogToGUI;\n 105→ FLogFileOpened := False;\n 106→\n 107→ if FLogFilePath <> '' then\n 108→ OpenLogFile;\n 109→end;\n 110→\n 111→destructor TExportLogger.Destroy;\n 112→begin\n 113→ CloseLogFile;\n 114→ inherited Destroy;\n 115→end;\n 116→\n 117→procedure TExportLogger.OpenLogFile;\n 118→begin\n 119→ if FLogFileOpened then\n 120→ Exit;\n 121→\n 122→ try\n 123→ AssignFile(FLogFile, FLogFilePath);\n 124→ if FileExists(FLogFilePath) then\n 125→ Append(FLogFile)\n 126→ else\n 127→ Rewrite(FLogFile);\n 128→\n 129→ FLogFileOpened := True;\n 130→\n 131→ // Записываем заголовок сессии\n 132→ WriteToFile('');\n 133→ WriteToFile(StringOfChar('=', 70));\n 134→ WriteToFile(Format('Начало сессии экспорта: %s',\n 135→ [FormatDateTime('yyyy-mm-dd hh:nn:ss', Now)]));\n 136→ WriteToFile(StringOfChar('=', 70));\n 137→\n 138→ except\n 139→ on E: Exception do\n 140→ begin\n 141→ FLogFileOpened := False;\n 142→ // Выводим ошибку в programlog\n 143→ programlog.LogOutFormatStr(\n 144→ 'uzvaccess: Не удалось открыть файл лога: %s',\n 145→ [E.Message],\n 146→ LM_Error\n 147→ );\n 148→ end;\n 149→ end;\n 150→end;\n 151→\n 152→procedure TExportLogger.CloseLogFile;\n 153→begin\n 154→ if not FLogFileOpened then\n 155→ Exit;\n 156→\n 157→ try\n 158→ // Записываем завершение сессии\n 159→ WriteToFile(StringOfChar('=', 70));\n 160→ WriteToFile(Format('Завершение сессии: %s',\n 161→ [FormatDateTime('yyyy-mm-dd hh:nn:ss', Now)]));\n 162→ WriteToFile(StringOfChar('=', 70));\n 163→ WriteToFile('');\n 164→\n 165→ CloseFile(FLogFile);\n 166→ FLogFileOpened := False;\n 167→\n 168→ except\n 169→ on E: Exception do\n 170→ programlog.LogOutFormatStr(\n 171→ 'uzvaccess: Ошибка закрытия файла лога: %s',\n 172→ [E.Message],\n 173→ LM_Error\n 174→ );\n 175→ end;\n 176→end;\n 177→\n 178→function TExportLogger.FormatMessage(\n 179→ ALevel: TLogLevel;\n 180→ const AMessage: String\n 181→): String;\n 182→var\n 183→ levelStr: String;\n 184→ timestamp: String;\n 185→begin\n 186→ // Форматирование временной метки\n 187→ timestamp := FormatDateTime('yyyy-mm-dd hh:nn:ss', Now);\n 188→\n 189→ // Определение строки уровня\n 190→ case ALevel of\n 191→ llDebug: levelStr := 'DEBUG';\n 192→ llInfo: levelStr := 'INFO';\n 193→ llWarning: levelStr := 'WARNING';\n 194→ llError: levelStr := 'ERROR';\n 195→ else\n 196→ levelStr := 'UNKNOWN';\n 197→ end;\n 198→\n 199→ Result := Format('[%s] [%s] %s', [timestamp, levelStr, AMessage]);\n 200→end;\n 201→\n 202→procedure TExportLogger.WriteToFile(const AMessage: String);\n 203→begin\n 204→ if not FLogFileOpened then\n 205→ Exit;\n 206→\n 207→ try\n 208→ WriteLn(FLogFile, AMessage);\n 209→ Flush(FLogFile);\n 210→ except\n 211→ on E: Exception do\n 212→ programlog.LogOutFormatStr(\n 213→ 'uzvaccess: Ошибка записи в лог-файл: %s',\n 214→ [E.Message],\n 215→ LM_Error\n 216→ );\n 217→ end;\n 218→end;\n 219→\n 220→procedure TExportLogger.WriteToGUI(const AMessage: String);\n 221→begin\n 222→ try\n 223→ zcUI.TextMessage(AMessage, TMWOHistoryOut);\n 224→ except\n 225→ on E: Exception do\n 226→ programlog.LogOutFormatStr(\n 227→ 'uzvaccess: Ошибка вывода в GUI: %s',\n 228→ [E.Message],\n 229→ LM_Error\n 230→ );\n 231→ end;\n 232→end;\n 233→\n 234→procedure TExportLogger.WriteToProgramLog(\n 235→ ALevel: TLogLevel;\n 236→ const AMessage: String\n 237→);\n 238→var\n 239→ logMode: TLogMode;\n 240→begin\n 241→ case ALevel of\n 242→ llDebug: logMode := LM_Debug;\n 243→ llInfo: logMode := LM_Info;\n 244→ llWarning: logMode := LM_Warning;\n 245→ llError: logMode := LM_Error;\n 246→ else\n 247→ logMode := LM_Info;\n 248→ end;\n 249→\n 250→ programlog.LogOutFormatStr('uzvaccess: %s', [AMessage], logMode);\n 251→end;\n 252→\n 253→procedure TExportLogger.Log(ALevel: TLogLevel; const AMessage: String);\n 254→var\n 255→ formattedMsg: String;\n 256→begin\n 257→ // Проверяем уровень логирования\n 258→ if ALevel < FLogLevel then\n 259→ Exit;\n 260→\n 261→ formattedMsg := FormatMessage(ALevel, AMessage);\n 262→\n 263→ // Записываем в файл\n 264→ if FLogFileOpened then\n 265→ WriteToFile(formattedMsg);\n 266→\n 267→ // Выводим в GUI\n 268→ if FLogToGUI then\n 269→ WriteToGUI(AMessage);\n 270→\n 271→ // Выводим в programlog\n 272→ WriteToProgramLog(ALevel, AMessage);\n 273→end;\n 274→\n 275→procedure TExportLogger.Log(\n 276→ ALevel: TLogLevel;\n 277→ const AFormat: String;\n 278→ const AArgs: array of const\n 279→);\n 280→begin\n 281→ Log(ALevel, Format(AFormat, AArgs));\n 282→end;\n 283→\n 284→procedure TExportLogger.LogDebug(const AMessage: String);\n 285→begin\n 286→ Log(llDebug, AMessage);\n 287→end;\n 288→\n 289→procedure TExportLogger.LogInfo(const AMessage: String);\n 290→begin\n 291→ Log(llInfo, AMessage);\n 292→end;\n 293→\n 294→procedure TExportLogger.LogWarning(const AMessage: String);\n 295→begin\n 296→ Log(llWarning, AMessage);\n 297→end;\n 298→\n 299→procedure TExportLogger.LogError(const AMessage: String);\n 300→begin\n 301→ Log(llError, AMessage);\n 302→end;\n 303→\n 304→end.\n 305→\n\n<system-reminder>\nWhenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.\n</system-reminder>\n"
}
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"content": "{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_logger;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes,\n uzcLog, uzcinterface,\n uzvaccess_types;\n\ntype\n {**\n Класс для логирования процесса экспорта\n\n Обеспечивает запись сообщений в файл и вывод в GUI ZCAD\n **}\n TExportLogger = class\n private\n FLogFile: TextFile;\n FLogFilePath: String;\n FLogLevel: TLogLevel;\n FLogToGUI: Boolean;\n FLogFileOpened: Boolean;\n\n // Открыть файл лога\n procedure OpenLogFile;\n\n // Закрыть файл лога\n procedure CloseLogFile;\n\n // Форматировать сообщение лога\n function FormatMessage(\n ALevel: TLogLevel;\n const AMessage: String\n ): String;\n\n // Записать строку в файл\n procedure WriteToFile(const AMessage: String);\n\n // Вывести сообщение в GUI\n procedure WriteToGUI(const AMessage: String);\n\n // Вывести сообщение в programlog\n procedure WriteToProgramLog(ALevel: TLogLevel; const AMessage: String);\n\n public\n constructor Create(\n const ALogFilePath: String;\n ALevel: TLogLevel;\n ALogToGUI: Boolean\n );\n destructor Destroy; override;\n\n // Основной метод логирования\n procedure Log(ALevel: TLogLevel; const AMessage: String); overload;\n procedure Log(\n ALevel: TLogLevel;\n const AFormat: String;\n const AArgs: array of const\n ); overload;\n\n // Методы для различных уровней логирования\n procedure LogDebug(const AMessage: String);\n procedure LogInfo(const AMessage: String);\n procedure LogWarning(const AMessage: String);\n procedure LogError(const AMessage: String);\n\n property LogLevel: TLogLevel read FLogLevel write FLogLevel;\n property LogToGUI: Boolean read FLogToGUI write FLogToGUI;\n end;\n\nimplementation\n\n{ TExportLogger }\n\nconstructor TExportLogger.Create(\n const ALogFilePath: String;\n ALevel: TLogLevel;\n ALogToGUI: Boolean\n);\nbegin\n FLogFilePath := ALogFilePath;\n FLogLevel := ALevel;\n FLogToGUI := ALogToGUI;\n FLogFileOpened := False;\n\n if FLogFilePath <> '' then\n OpenLogFile;\nend;\n\ndestructor TExportLogger.Destroy;\nbegin\n CloseLogFile;\n inherited Destroy;\nend;\n\nprocedure TExportLogger.OpenLogFile;\nbegin\n if FLogFileOpened then\n Exit;\n\n try\n AssignFile(FLogFile, FLogFilePath);\n if FileExists(FLogFilePath) then\n Append(FLogFile)\n else\n Rewrite(FLogFile);\n\n FLogFileOpened := True;\n\n // Записываем заголовок сессии\n WriteToFile('');\n WriteToFile(StringOfChar('=', 70));\n WriteToFile(Format('Начало сессии экспорта: %s',\n [FormatDateTime('yyyy-mm-dd hh:nn:ss', Now)]));\n WriteToFile(StringOfChar('=', 70));\n\n except\n on E: Exception do\n begin\n FLogFileOpened := False;\n // Выводим ошибку в programlog\n programlog.LogOutFormatStr(\n 'uzvaccess: Не удалось открыть файл лога: %s',\n [E.Message],\n LM_Error\n );\n end;\n end;\nend;\n\nprocedure TExportLogger.CloseLogFile;\nbegin\n if not FLogFileOpened then\n Exit;\n\n try\n // Записываем завершение сессии\n WriteToFile(StringOfChar('=', 70));\n WriteToFile(Format('Завершение сессии: %s',\n [FormatDateTime('yyyy-mm-dd hh:nn:ss', Now)]));\n WriteToFile(StringOfChar('=', 70));\n WriteToFile('');\n\n CloseFile(FLogFile);\n FLogFileOpened := False;\n\n except\n on E: Exception do\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка закрытия файла лога: %s',\n [E.Message],\n LM_Error\n );\n end;\nend;\n\nfunction TExportLogger.FormatMessage(\n ALevel: TLogLevel;\n const AMessage: String\n): String;\nvar\n levelStr: String;\n timestamp: String;\nbegin\n // Форматирование временной метки\n timestamp := FormatDateTime('yyyy-mm-dd hh:nn:ss', Now);\n\n // Определение строки уровня\n case ALevel of\n llDebug: levelStr := 'DEBUG';\n llInfo: levelStr := 'INFO';\n llWarning: levelStr := 'WARNING';\n llError: levelStr := 'ERROR';\n else\n levelStr := 'UNKNOWN';\n end;\n\n Result := Format('[%s] [%s] %s', [timestamp, levelStr, AMessage]);\nend;\n\nprocedure TExportLogger.WriteToFile(const AMessage: String);\nbegin\n if not FLogFileOpened then\n Exit;\n\n try\n WriteLn(FLogFile, AMessage);\n Flush(FLogFile);\n except\n on E: Exception do\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка записи в лог-файл: %s',\n [E.Message],\n LM_Error\n );\n end;\nend;\n\nprocedure TExportLogger.WriteToGUI(const AMessage: String);\nbegin\n try\n zcUI.TextMessage(AMessage, TMWOHistoryOut);\n except\n on E: Exception do\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка вывода в GUI: %s',\n [E.Message],\n LM_Error\n );\n end;\nend;\n\nprocedure TExportLogger.WriteToProgramLog(\n ALevel: TLogLevel;\n const AMessage: String\n);\nvar\n logMode: TLogMode;\nbegin\n case ALevel of\n llDebug: logMode := LM_Debug;\n llInfo: logMode := LM_Info;\n llWarning: logMode := LM_Warning;\n llError: logMode := LM_Error;\n else\n logMode := LM_Info;\n end;\n\n programlog.LogOutFormatStr('uzvaccess: %s', [AMessage], logMode);\nend;\n\nprocedure TExportLogger.Log(ALevel: TLogLevel; const AMessage: String);\nvar\n formattedMsg: String;\nbegin\n // Проверяем уровень логирования\n if ALevel < FLogLevel then\n Exit;\n\n formattedMsg := FormatMessage(ALevel, AMessage);\n\n // Записываем в файл\n if FLogFileOpened then\n WriteToFile(formattedMsg);\n\n // Выводим в GUI\n if FLogToGUI then\n WriteToGUI(AMessage);\n\n // Выводим в programlog\n WriteToProgramLog(ALevel, AMessage);\nend;\n\nprocedure TExportLogger.Log(\n ALevel: TLogLevel;\n const AFormat: String;\n const AArgs: array of const\n);\nbegin\n Log(ALevel, Format(AFormat, AArgs));\nend;\n\nprocedure TExportLogger.LogDebug(const AMessage: String);\nbegin\n Log(llDebug, AMessage);\nend;\n\nprocedure TExportLogger.LogInfo(const AMessage: String);\nbegin\n Log(llInfo, AMessage);\nend;\n\nprocedure TExportLogger.LogWarning(const AMessage: String);\nbegin\n Log(llWarning, AMessage);\nend;\n\nprocedure TExportLogger.LogError(const AMessage: String);\nbegin\n Log(llError, AMessage);\nend;\n\nend.\n",
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[2025-12-07T20:56:01.730Z] [INFO] {
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"id": "msg_01PNU8sjyQHzpUoM6GZViyuH",
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{
"type": "text",
"text": "Now let me search for all files that use uzvaccess_logger to understand where it's being used:"
}
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[2025-12-07T20:56:03.191Z] [INFO] {
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{
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[2025-12-07T20:56:03.257Z] [INFO] {
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"content": "Found 9 files\ncad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas\ncad_source/zcad/velec/uzvaccess/uzvaccess_exporter.pas\ncad_source/zcad/velec/uzvaccess/uzvaccess_source_provider.pas\ncad_source/zcad/velec/uzvaccess/uzvaccess_validator.pas\ncad_source/zcad/velec/uzvaccess/IMPLEMENTATION_STATUS.md\ncad_source/zcad/velec/uzvaccess/README.md\ncad_source/zcad/velec/uzvaccess/uzvaccess_connection.pas\ncad_source/zcad/velec/uzvaccess/uzvaccess_logger.pas\ncad_source/zcad/velec/uzvaccess/uzvaccess_parser.pas"
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[2025-12-07T20:56:06.062Z] [INFO] {
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"id": "msg_015ts8wi8rFyWkbk5uhCLq42",
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"content": [
{
"type": "text",
"text": "Now let me read the files that use uzvaccess_logger to understand how it's being used. Let me start with the executor, exporter, source_provider, validator, connection, and parser files:"
}
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[2025-12-07T20:56:07.221Z] [INFO] {
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"id": "msg_015ts8wi8rFyWkbk5uhCLq42",
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{
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"pattern": "uzvaccess_logger|TExportLogger|LogDebug|LogInfo|LogWarning|LogError",
"path": "cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas",
"output_mode": "content",
"-C": 3
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[2025-12-07T20:56:07.266Z] [INFO] {
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"content": "25-\n26-uses\n27- SysUtils, Classes, DB,\n28: uzvaccess_types, uzvaccess_logger, uzvaccess_config,\n29- uzvaccess_connection, uzvaccess_parser, uzvaccess_validator,\n30- uzvaccess_executor, uzvaccess_source_provider;\n31-\n--\n42- TAccessExporter = class\n43- private\n44- FConfig: TExportConfig;\n45: FLogger: TExportLogger;\n46- FConnection: TAccessConnection;\n47- FParser: TExportTableParser;\n48- FValidator: TTypeValidator;\n--\n75- function GetExportTables: TStringList;\n76-\n77- property Config: TExportConfig read FConfig;\n78: property Logger: TExportLogger read FLogger;\n79- end;\n80-\n81-implementation\n--\n88- FInitialized := False;\n89-\n90- // Создаём логгер\n91: FLogger := TExportLogger.Create(\n92- FConfig.LogFilePath,\n93- FConfig.LogLevel,\n94- FConfig.LogToGUI\n95- );\n96-\n97: FLogger.LogInfo('TAccessExporter создан');\n98-end;\n99-\n100-destructor TAccessExporter.Destroy;\n101-begin\n102- Finalize;\n103: FLogger.LogInfo('TAccessExporter уничтожен');\n104- FLogger.Free;\n105- inherited Destroy;\n106-end;\n--\n110- if FInitialized then\n111- Exit;\n112-\n113: FLogger.LogInfo('Инициализация компонентов экспортера');\n114-\n115- try\n116- // Создаём подключение\n--\n142- );\n143-\n144- FInitialized := True;\n145: FLogger.LogInfo('Инициализация завершена успешно');\n146-\n147- except\n148- on E: Exception do\n149- begin\n150: FLogger.LogError('Ошибка инициализации: ' + E.Message);\n151- Finalize;\n152- raise;\n153- end;\n--\n159- if not FInitialized then\n160- Exit;\n161-\n162: FLogger.LogInfo('Освобождение компонентов экспортера');\n163-\n164- // Освобождаем в обратном порядке\n165- FSourceProvider := nil;\n--\n195- out AErrors: TStringList\n196-): Boolean;\n197-begin\n198: FLogger.LogInfo('Валидация конфигурации');\n199-\n200- Result := FConfig.Validate(AErrors);\n201-\n202- if not Result then\n203- begin\n204: FLogger.LogError('Конфигурация содержит ошибки:');\n205: FLogger.LogError(AErrors.Text);\n206- end\n207- else\n208- begin\n209: FLogger.LogInfo('Конфигурация валидна');\n210- end;\n211-end;\n212-\n--\n227- dataset: TDataSet;\n228- instructions: TExportInstructions;\n229-begin\n230: FLogger.LogInfo(StringOfChar('=', 70));\n231: FLogger.LogInfo(Format('Обработка таблицы: %s', [ATableName]));\n232: FLogger.LogInfo(StringOfChar('=', 70));\n233-\n234- dataset := nil;\n235- instructions := nil;\n--\n243- instructions := FParser.Parse(ATableName, dataset);\n244-\n245- try\n246: FLogger.LogInfo(Format(\n247- 'Целевая таблица: %s, Тип данных: %s, Маппингов: %d',\n248- [instructions.TargetTable,\n249- SourceDataTypeToString(instructions.TypeData),\n--\n268- except\n269- on E: Exception do\n270- begin\n271: FLogger.LogError(Format(\n272- 'Ошибка обработки таблицы %s: %s',\n273- [ATableName, E.Message]\n274- ));\n--\n300- Result := TExportResult.Create;\n301- Result.StartTime := Now;\n302-\n303: FLogger.LogInfo(StringOfChar('=', 70));\n304: FLogger.LogInfo('Начало выполнения экспорта в MS Access');\n305: FLogger.LogInfo(StringOfChar('=', 70));\n306-\n307- try\n308- // Валидация конфигурации\n309- if not ValidateConfiguration(errors) then\n310- begin\n311: FLogger.LogError('Ошибки конфигурации, экспорт прерван');\n312- errors.Free;\n313- Exit;\n314- end;\n--\n319- if AAccessFile <> '' then\n320- begin\n321- FConfig.DatabasePath := AAccessFile;\n322: FLogger.LogInfo('Использован файл базы: ' + AAccessFile);\n323- end;\n324-\n325- // Проверка пути к базе данных\n326- if not FileExists(FConfig.DatabasePath) then\n327- begin\n328: FLogger.LogError('Файл базы данных не найден: ' + FConfig.DatabasePath);\n329- raise Exception.CreateFmt(\n330- 'Файл базы данных не найден: %s',\n331- [FConfig.DatabasePath]\n--\n338- // Подключение к базе данных\n339- if not FConnection.Connect then\n340- begin\n341: FLogger.LogError('Не удалось подключиться к базе данных');\n342- raise Exception.Create('Не удалось подключиться к базе данных');\n343- end;\n344-\n--\n348- try\n349- if exportTables.Count = 0 then\n350- begin\n351: FLogger.LogWarning(\n352- 'В базе данных не найдено таблиц экспорта (EXPORT1, EXPORT2, ...)'\n353- );\n354- Exit;\n355- end;\n356-\n357: FLogger.LogInfo(Format(\n358- 'Найдено таблиц экспорта: %d',\n359- [exportTables.Count]\n360- ));\n--\n362- // Обрабатываем каждую EXPORT-таблицу\n363- for i := 0 to exportTables.Count - 1 do\n364- begin\n365: FLogger.LogInfo('');\n366: FLogger.LogInfo(Format(\n367- 'Обработка таблицы %d из %d',\n368- [i + 1, exportTables.Count]\n369- ));\n--\n378- if (not tableResult.Success) and\n379- (FConfig.ErrorMode = emStop) then\n380- begin\n381: FLogger.LogError('Остановка обработки из-за ошибки');\n382- Break;\n383- end;\n384- end;\n--\n394- except\n395- on E: Exception do\n396- begin\n397: FLogger.LogError('Критическая ошибка выполнения экспорта: ' + E.Message);\n398- raise;\n399- end;\n400- end;\n401-\n402- Result.EndTime := Now;\n403-\n404: FLogger.LogInfo('');\n405: FLogger.LogInfo(StringOfChar('=', 70));\n406: FLogger.LogInfo('Экспорт завершён');\n407: FLogger.LogInfo(StringOfChar('=', 70));\n408: FLogger.LogInfo(Result.GetSummary);\n409-end;\n410-\n411-end."
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"content": "25-\n26-uses\n27- SysUtils, Classes, DB,\n28: uzvaccess_types, uzvaccess_logger, uzvaccess_config,\n29- uzvaccess_connection, uzvaccess_parser, uzvaccess_validator,\n30- uzvaccess_executor, uzvaccess_source_provider;\n31-\n--\n42- TAccessExporter = class\n43- private\n44- FConfig: TExportConfig;\n45: FLogger: TExportLogger;\n46- FConnection: TAccessConnection;\n47- FParser: TExportTableParser;\n48- FValidator: TTypeValidator;\n--\n75- function GetExportTables: TStringList;\n76-\n77- property Config: TExportConfig read FConfig;\n78: property Logger: TExportLogger read FLogger;\n79- end;\n80-\n81-implementation\n--\n88- FInitialized := False;\n89-\n90- // Создаём логгер\n91: FLogger := TExportLogger.Create(\n92- FConfig.LogFilePath,\n93- FConfig.LogLevel,\n94- FConfig.LogToGUI\n95- );\n96-\n97: FLogger.LogInfo('TAccessExporter создан');\n98-end;\n99-\n100-destructor TAccessExporter.Destroy;\n101-begin\n102- Finalize;\n103: FLogger.LogInfo('TAccessExporter уничтожен');\n104- FLogger.Free;\n105- inherited Destroy;\n106-end;\n--\n110- if FInitialized then\n111- Exit;\n112-\n113: FLogger.LogInfo('Инициализация компонентов экспортера');\n114-\n115- try\n116- // Создаём подключение\n--\n142- );\n143-\n144- FInitialized := True;\n145: FLogger.LogInfo('Инициализация завершена успешно');\n146-\n147- except\n148- on E: Exception do\n149- begin\n150: FLogger.LogError('Ошибка инициализации: ' + E.Message);\n151- Finalize;\n152- raise;\n153- end;\n--\n159- if not FInitialized then\n160- Exit;\n161-\n162: FLogger.LogInfo('Освобождение компонентов экспортера');\n163-\n164- // Освобождаем в обратном порядке\n165- FSourceProvider := nil;\n--\n195- out AErrors: TStringList\n196-): Boolean;\n197-begin\n198: FLogger.LogInfo('Валидация конфигурации');\n199-\n200- Result := FConfig.Validate(AErrors);\n201-\n202- if not Result then\n203- begin\n204: FLogger.LogError('Конфигурация содержит ошибки:');\n205: FLogger.LogError(AErrors.Text);\n206- end\n207- else\n208- begin\n209: FLogger.LogInfo('Конфигурация валидна');\n210- end;\n211-end;\n212-\n--\n227- dataset: TDataSet;\n228- instructions: TExportInstructions;\n229-begin\n230: FLogger.LogInfo(StringOfChar('=', 70));\n231: FLogger.LogInfo(Format('Обработка таблицы: %s', [ATableName]));\n232: FLogger.LogInfo(StringOfChar('=', 70));\n233-\n234- dataset := nil;\n235- instructions := nil;\n--\n243- instructions := FParser.Parse(ATableName, dataset);\n244-\n245- try\n246: FLogger.LogInfo(Format(\n247- 'Целевая таблица: %s, Тип данных: %s, Маппингов: %d',\n248- [instructions.TargetTable,\n249- SourceDataTypeToString(instructions.TypeData),\n--\n268- except\n269- on E: Exception do\n270- begin\n271: FLogger.LogError(Format(\n272- 'Ошибка обработки таблицы %s: %s',\n273- [ATableName, E.Message]\n274- ));\n--\n300- Result := TExportResult.Create;\n301- Result.StartTime := Now;\n302-\n303: FLogger.LogInfo(StringOfChar('=', 70));\n304: FLogger.LogInfo('Начало выполнения экспорта в MS Access');\n305: FLogger.LogInfo(StringOfChar('=', 70));\n306-\n307- try\n308- // Валидация конфигурации\n309- if not ValidateConfiguration(errors) then\n310- begin\n311: FLogger.LogError('Ошибки конфигурации, экспорт прерван');\n312- errors.Free;\n313- Exit;\n314- end;\n--\n319- if AAccessFile <> '' then\n320- begin\n321- FConfig.DatabasePath := AAccessFile;\n322: FLogger.LogInfo('Использован файл базы: ' + AAccessFile);\n323- end;\n324-\n325- // Проверка пути к базе данных\n326- if not FileExists(FConfig.DatabasePath) then\n327- begin\n328: FLogger.LogError('Файл базы данных не найден: ' + FConfig.DatabasePath);\n329- raise Exception.CreateFmt(\n330- 'Файл базы данных не найден: %s',\n331- [FConfig.DatabasePath]\n--\n338- // Подключение к базе данных\n339- if not FConnection.Connect then\n340- begin\n341: FLogger.LogError('Не удалось подключиться к базе данных');\n342- raise Exception.Create('Не удалось подключиться к базе данных');\n343- end;\n344-\n--\n348- try\n349- if exportTables.Count = 0 then\n350- begin\n351: FLogger.LogWarning(\n352- 'В базе данных не найдено таблиц экспорта (EXPORT1, EXPORT2, ...)'\n353- );\n354- Exit;\n355- end;\n356-\n357: FLogger.LogInfo(Format(\n358- 'Найдено таблиц экспорта: %d',\n359- [exportTables.Count]\n360- ));\n--\n362- // Обрабатываем каждую EXPORT-таблицу\n363- for i := 0 to exportTables.Count - 1 do\n364- begin\n365: FLogger.LogInfo('');\n366: FLogger.LogInfo(Format(\n367- 'Обработка таблицы %d из %d',\n368- [i + 1, exportTables.Count]\n369- ));\n--\n378- if (not tableResult.Success) and\n379- (FConfig.ErrorMode = emStop) then\n380- begin\n381: FLogger.LogError('Остановка обработки из-за ошибки');\n382- Break;\n383- end;\n384- end;\n--\n394- except\n395- on E: Exception do\n396- begin\n397: FLogger.LogError('Критическая ошибка выполнения экспорта: ' + E.Message);\n398- raise;\n399- end;\n400- end;\n401-\n402- Result.EndTime := Now;\n403-\n404: FLogger.LogInfo('');\n405: FLogger.LogInfo(StringOfChar('=', 70));\n406: FLogger.LogInfo('Экспорт завершён');\n407: FLogger.LogInfo(StringOfChar('=', 70));\n408: FLogger.LogInfo(Result.GetSummary);\n409-end;\n410-\n411-end.",
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[2025-12-07T20:56:16.914Z] [INFO] {
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[2025-12-07T20:56:19.914Z] [INFO] {"type":"user","message":{"role":"user","content":[{"tool_use_id":"toolu_019ZxGTNQ9zYNMkfzEpaLWd3","type":"tool_result","content":"25-\n26-uses\n27- SysUtils, Classes, DB,\n28: uzvaccess_types, uzvaccess_logger;\n29-\n30-type\n31- {**\n--\n36- **}\n37- TExportTableParser = class\n38- private\n39: FLogger: TExportLogger;\n40-\n41- // Получить значение колонки из датасета\n42- function GetColumnValue(ADataset: TDataSet; AColumnIndex: Integer): String;\n--\n72- );\n73-\n74- public\n75: constructor Create(ALogger: TExportLogger);\n76- destructor Destroy; override;\n77-\n78- // Парсинг управляющей таблицы\n--\n86-\n87-{ TExportTableParser }\n88-\n89:constructor TExportTableParser.Create(ALogger: TExportLogger);\n90-begin\n91- FLogger := ALogger;\n92-end;\n--\n123-begin\n124- if ACol2 = '' then\n125- begin\n126: FLogger.LogWarning('Инструкция tTable без имени таблицы - пропускается');\n127- Exit;\n128- end;\n129-\n130- // Если имя таблицы уже задано, выводим предупреждение\n131- if AInstruction.TargetTable <> '' then\n132: FLogger.LogWarning(Format(\n133- 'Переопределение целевой таблицы: %s -> %s',\n134- [AInstruction.TargetTable, ACol2]\n135- ));\n136-\n137- AInstruction.TargetTable := ACol2;\n138: FLogger.LogDebug('Целевая таблица: ' + ACol2);\n139-end;\n140-\n141-procedure TExportTableParser.ParseTypeDataInstruction(\n--\n147-begin\n148- if ACol2 = '' then\n149- begin\n150: FLogger.LogWarning('Инструкция typeData без типа данных - пропускается');\n151- Exit;\n152- end;\n153-\n154- dataType := StringToSourceDataType(ACol2);\n155- AInstruction.TypeData := dataType;\n156-\n157: FLogger.LogDebug(Format('Тип данных источника: %s', [ACol2]));\n158-end;\n159-\n160-procedure TExportTableParser.ParseSetColumnInstruction(\n--\n167- // Проверка обязательных параметров\n168- if (ACol2 = '') or (ACol3 = '') or (ACol4 = '') then\n169- begin\n170: FLogger.LogWarning(\n171- 'Инструкция setcolumn с неполными параметрами - пропускается'\n172- );\n173- Exit;\n--\n181-\n182- AInstruction.AddColumnMapping(mapping);\n183-\n184: FLogger.LogDebug(Format(\n185- 'Добавлен маппинг: %s (%s) <- %s',\n186- [mapping.ColumnName, ColumnDataTypeToString(mapping.DataType),\n187- mapping.SourceParam]\n--\n205- Break; // Больше нет ключевых колонок\n206-\n207- AInstruction.AddKeyColumn(colValue);\n208: FLogger.LogDebug('Добавлена ключевая колонка: ' + colValue);\n209- end;\n210-end;\n211-\n--\n219- // Проверка обязательных параметров\n220- if (ACol2 = '') or (ACol3 = '') then\n221- begin\n222: FLogger.LogWarning(\n223- 'Инструкция const с неполными параметрами - пропускается'\n224- );\n225- Exit;\n--\n234-\n235- AInstruction.AddColumnMapping(mapping);\n236-\n237: FLogger.LogDebug(Format(\n238- 'Добавлена константа: %s = \"%s\"',\n239- [mapping.ColumnName, ACol3]\n240- ));\n--\n252- Result := TExportInstructions.Create;\n253- rowCount := 0;\n254-\n255: FLogger.LogInfo(Format('Начало парсинга таблицы: %s', [ATableName]));\n256-\n257- try\n258- // Проход по всем строкам датасета\n--\n296- ParseConstInstruction(Result, col2, col3);\n297-\n298- itUnknown:\n299: FLogger.LogWarning(Format(\n300- 'Неизвестная инструкция \"%s\" в строке %d - пропускается',\n301- [col1, rowCount]\n302- ));\n--\n308- // Валидация результатов парсинга\n309- if Result.TargetTable = '' then\n310- begin\n311: FLogger.LogError('Не найдена инструкция tTable - целевая таблица не задана');\n312- raise Exception.Create('Не задана целевая таблица');\n313- end;\n314-\n315- if Result.ColumnMappings.Count = 0 then\n316- begin\n317: FLogger.LogWarning('Не найдено ни одной инструкции setcolumn');\n318- end;\n319-\n320: FLogger.LogInfo(Format(\n321- 'Парсинг завершен: %d строк, %d маппингов, %d ключевых колонок',\n322- [rowCount, Result.ColumnMappings.Count, Resul
[2025-12-07T20:56:19.922Z] [INFO] t.KeyColumns.Count]\n323- ));\n--\n325- except\n326- on E: Exception do\n327- begin\n328: FLogger.LogError('Ошибка парсинга: ' + E.Message);\n329- Result.Free;\n330- raise;\n331- end;"}]},"parent_tool_use_id":null,"session_id":"7192dade-a10f-4ccc-940d-5bff967d4d15","uuid":"d4001c95-b294-4f52-a7d4-87cbeec54856","tool_use_result":{"mode":"content","numFiles":0,"filenames":[],"content":"25-\n26-uses\n27- SysUtils, Classes, DB,\n28: uzvaccess_types, uzvaccess_logger;\n29-\n30-type\n31- {**\n--\n36- **}\n37- TExportTableParser = class\n38- private\n39: FLogger: TExportLogger;\n40-\n41- // Получить значение колонки из датасета\n42- function GetColumnValue(ADataset: TDataSet; AColumnIndex: Integer): String;\n--\n72- );\n73-\n74- public\n75: constructor Create(ALogger: TExportLogger);\n76- destructor Destroy; override;\n77-\n78- // Парсинг управляющей таблицы\n--\n86-\n87-{ TExportTableParser }\n88-\n89:constructor TExportTableParser.Create(ALogger: TExportLogger);\n90-begin\n91- FLogger := ALogger;\n92-end;\n--\n123-begin\n124- if ACol2 = '' then\n125- begin\n126: FLogger.LogWarning('Инструкция tTable без имени таблицы - пропускается');\n127- Exit;\n128- end;\n129-\n130- // Если имя таблицы уже задано, выводим предупреждение\n131- if AInstruction.TargetTable <> '' then\n132: FLogger.LogWarning(Format(\n133- 'Переопределение целевой таблицы: %s -> %s',\n134- [AInstruction.TargetTable, ACol2]\n135- ));\n136-\n137- AInstruction.TargetTable := ACol2;\n138: FLogger.LogDebug('Целевая таблица: ' + ACol2);\n139-end;\n140-\n141-procedure TExportTableParser.ParseTypeDataInstruction(\n--\n147-begin\n148- if ACol2 = '' then\n149- begin\n150: FLogger.LogWarning('Инструкция typeData без типа данных - пропускается');\n151- Exit;\n152- end;\n153-\n154- dataType := StringToSourceDataType(ACol2);\n155- AInstruction.TypeData := dataType;\n156-\n157: FLogger.LogDebug(Format('Тип данных источника: %s', [ACol2]));\n158-end;\n159-\n160-procedure TExportTableParser.ParseSetColumnInstruction(\n--\n167- // Проверка обязательных параметров\n168- if (ACol2 = '') or (ACol3 = '') or (ACol4 = '') then\n169- begin\n170: FLogger.LogWarning(\n171- 'Инструкция setcolumn с неполными параметрами - пропускается'\n172- );\n173- Exit;\n--\n181-\n182- AInstruction.AddColumnMapping(mapping);\n183-\n184: FLogger.LogDebug(Format(\n185- 'Добавлен маппинг: %s (%s) <- %s',\n186- [mapping.ColumnName, ColumnDataTypeToString(mapping.DataType),\n187- mapping.SourceParam]\n--\n205- Break; // Больше нет ключевых колонок\n206-\n207- AInstruction.AddKeyColumn(colValue);\n208: FLogger.LogDebug('Добавлена ключевая колонка: ' + colValue);\n209- end;\n210-end;\n211-\n--\n219- // Проверка обязательных параметров\n220- if (ACol2 = '') or (ACol3 = '') then\n221- begin\n222: FLogger.LogWarning(\n223- 'Инструкция const с неполными параметрами - пропускается'\n224- );\n225- Exit;\n--\n234-\n235- AInstruction.AddColumnMapping(mapping);\n236-\n237: FLogger.LogDebug(Format(\n238- 'Добавлена константа: %s = \"%s\"',\n239- [mapping.ColumnName, ACol3]\n240- ));\n--\n252- Result := TExportInstructions.Create;\n253- rowCount := 0;\n254-\n255: FLogger.LogInfo(Format('Начало парсинга таблицы: %s', [ATableName]));\n256-\n257- try\n258- // Проход по всем строкам датасета\n--\n296- ParseConstInstruction(Result, col2, col3);\n297-\n298- itUnknown:\n299: FLogger.LogWarning(Format(\n300- 'Неизвестная инструкция \"%s\" в строке %d - пропускается',\n301- [col1, rowCount]\n302- ));\n--\n308- // Валидация результатов парсинга\n309- if Result.TargetTable = '' then\n310- begin\n311: FLogger.LogError('Не найдена инструкция tTable - целевая таблица не задана');\n312- raise Exception.Create('Не задана целевая таблица');\n313- end;\n314-\n315- if Result.ColumnMappings.Count = 0 then\n316- begin\n317: FLogger.LogWarning('Не найдено ни одной инструкции setcolumn');\n318- end;\n319-\n320: FLogger.LogInfo(Format(\n321- 'Парсинг завершен: %d строк, %d маппингов, %d ключевых колонок',\n322- [rowCount, Result.ColumnMappings.Count, Result.KeyColumns.Count]\n323- ));\n--\n325- except\n326- on E: Exception do\n327- begin\n328: FLogger.LogError('Ошибка парсинга: ' + E.Message);\n329- Result.Free;\n330- raise;\n331- end;","numLines":147}}
[2025-12-07T20:56:19.931Z] [INFO] {
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[2025-12-07T20:56:25.504Z] [INFO] {
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[2025-12-07T20:56:25.533Z] [INFO] {
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"content": " 1→{\n 2→*****************************************************************************\n 3→* *\n 4→* This file is part of the ZCAD *\n 5→* *\n 6→* See the file COPYING.txt, included in this distribution, *\n 7→* for details about the copyright. *\n 8→* *\n 9→* This program is distributed in the hope that it will be useful, *\n 10→* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n 11→* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n 12→* *\n 13→*****************************************************************************\n 14→}\n 15→{\n 16→@author(Andrey Zubarev <[email protected]>) \n 17→}\n 18→\n 19→unit uzcLog;\n 20→{$INCLUDE zengineconfig.inc}\n 21→{$mode objfpc}{$H+}\n 22→\n 23→interface\n 24→\n 25→uses\n 26→ sysutils,\n 27→ uzbLogTypes,uzblog;\n 28→\n 29→var\n 30→//LM_Trace, //уже определен в uzbLog.TLog // — вывод всего подряд. На тот случай, если Debug не позволяет локализовать ошибку.\n 31→ LM_Debug, // — журналирование моментов вызова «крупных» операций.\n 32→ LM_Info, // — разовые операции, которые повторяются крайне редко, но не регулярно. (загрузка конфига, плагина, запуск бэкапа)\n 33→ LM_Warning, // — неожиданные параметры вызова, странный формат запроса, использование дефолтных значений в замен не корректных. Вообще все, что может свидетельствовать о не штатном использовании.\n 34→ LM_Error, // — повод для внимания разработчиков. Тут интересно окружение конкретного места ошибки.\n 35→ LM_Fatal, // — тут и так понятно. Выводим все до чего дотянуться можем, так как дальше приложение работать не будет.\n 36→ LM_Necessarily// — Вывод в любом случае\n 37→ :TLogLevel;\n 38→\n 39→\n 40→ ProgramLog:TLog;\n 41→ UnitsInitializeLMId,UnitsFinalizeLMId:TModuleDesk;\n 42→\n 43→implementation\n 44→\n 45→\n 46→initialization\n 47→ ProgramLog.init; //эти значения теперь по дефолту ('LM_Trace','T');\n 48→\n 49→ LM_Debug:=ProgramLog.RegisterLogLevel('LM_Debug','D',LLTInfo);\n 50→ LM_Info:=ProgramLog.RegisterLogLevel('LM_Info','I',LLTInfo);\n 51→ LM_Warning:=ProgramLog.RegisterLogLevel('LM_Warning','W',LLTWarning);\n 52→ LM_Error:=ProgramLog.RegisterLogLevel('LM_Error','E',LLTError);\n 53→ LM_Fatal:=ProgramLog.RegisterLogLevel('LM_Fatal','F',LLTError);\n 54→ LM_Necessarily:=ProgramLog.RegisterLogLevel('LM_Necessarily','N',LLTNecessarily);\n 55→\n 56→ ProgramLog.SetDefaultLogLevel(LM_Debug);\n 57→ ProgramLog.SetCurrentLogLevel(LM_Info);\n 58→finalization\n 59→ ProgramLog.LogOutFormatStr('Unit \"%s\" finalization',[{$INCLUDE %FILE%}],LM_Info,UnitsFinalizeLMId);\n 60→ ProgramLog.done;\n 61→end.\n 62→\n 63→\n\n<system-reminder>\nWhenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.\n</system-reminder>\n"
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"content": "{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Andrey Zubarev <[email protected]>) \n}\n\nunit uzcLog;\n{$INCLUDE zengineconfig.inc}\n{$mode objfpc}{$H+}\n\ninterface\n\nuses\n sysutils,\n uzbLogTypes,uzblog;\n\nvar\n//LM_Trace, //уже определен в uzbLog.TLog // — вывод всего подряд. На тот случай, если Debug не позволяет локализовать ошибку.\n LM_Debug, // — журналирование моментов вызова «крупных» операций.\n LM_Info, // — разовые операции, которые повторяются крайне редко, но не регулярно. (загрузка конфига, плагина, запуск бэкапа)\n LM_Warning, // — неожиданные параметры вызова, странный формат запроса, использование дефолтных значений в замен не корректных. Вообще все, что может свидетельствовать о не штатном использовании.\n LM_Error, // — повод для внимания разработчиков. Тут интересно окружение конкретного места ошибки.\n LM_Fatal, // — тут и так понятно. Выводим все до чего дотянуться можем, так как дальше приложение работать не будет.\n LM_Necessarily// — Вывод в любом случае\n :TLogLevel;\n\n\n ProgramLog:TLog;\n UnitsInitializeLMId,UnitsFinalizeLMId:TModuleDesk;\n\nimplementation\n\n\ninitialization\n ProgramLog.init; //эти значения теперь по дефолту ('LM_Trace','T');\n\n LM_Debug:=ProgramLog.RegisterLogLevel('LM_Debug','D',LLTInfo);\n LM_Info:=ProgramLog.RegisterLogLevel('LM_Info','I',LLTInfo);\n LM_Warning:=ProgramLog.RegisterLogLevel('LM_Warning','W',LLTWarning);\n LM_Error:=ProgramLog.RegisterLogLevel('LM_Error','E',LLTError);\n LM_Fatal:=ProgramLog.RegisterLogLevel('LM_Fatal','F',LLTError);\n LM_Necessarily:=ProgramLog.RegisterLogLevel('LM_Necessarily','N',LLTNecessarily);\n\n ProgramLog.SetDefaultLogLevel(LM_Debug);\n ProgramLog.SetCurrentLogLevel(LM_Info);\nfinalization\n ProgramLog.LogOutFormatStr('Unit \"%s\" finalization',[{$INCLUDE %FILE%}],LM_Info,UnitsFinalizeLMId);\n ProgramLog.done;\nend.\n\n",
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"content": [
{
"type": "text",
"text": "Now let me search for examples of how programlog.LogOutFormatStr is used in the codebase:"
}
],
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[2025-12-07T20:56:28.973Z] [INFO] {
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{
"type": "tool_use",
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"name": "Bash",
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"command": "grep -r \"programlog\\.LogOutFormatStr\" --include=\"*.pas\" cad_source/ | head -20",
"description": "Find examples of programlog.LogOutFormatStr usage"
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[2025-12-07T20:56:29.045Z] [INFO] {
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"content": "cad_source/zcad/commands/uzccommand_dataimport.pas: programlog.LogOutFormatStr('Unit \"%s\" initialization',[{$INCLUDE %FILE%}],\ncad_source/zcad/commands/uzccommand_duplicate.pas: programlog.LogOutFormatStr('Unit \"%s\" initialization',[{$INCLUDE %FILE%}],\ncad_source/zcad/commands/uzccommand_textstyles.pas: programlog.LogOutFormatStr('Unit \"%s\" initialization',[{$INCLUDE %FILE%}],\ncad_source/zcad/commands/uzccommand_variablesadd.pas: programlog.LogOutFormatStr('Unit \"%s\" initialization',[{$INCLUDE %FILE%}],\ncad_source/zcad/commands/uzccommand_layer.pas: programlog.LogOutFormatStr('Unit \"%s\" initialization',[{$INCLUDE %FILE%}],\ncad_source/zcad/commands/uzccommand_dbgmemprofiler.pas: programlog.LogOutFormatStr('Unit \"%s\" initialization',[{$INCLUDE %FILE%}],\ncad_source/zcad/commands/uzccommand_snapproperties.pas: programlog.LogOutFormatStr('Unit \"%s\" initialization',[{$INCLUDE %FILE%}],\ncad_source/zcad/commands/uzccommand_selsim.pas: programlog.LogOutFormatStr('Unit \"%s\" initialization',[{$INCLUDE %FILE%}],\ncad_source/zcad/commands/uzccommand_dbgmemsummary.pas: programlog.LogOutFormatStr('Unit \"%s\" initialization',[{$INCLUDE %FILE%}],\ncad_source/zcad/commands/uzccommand_line2.pas: programlog.LogOutFormatStr('Unit \"%s\" initialization',[{$INCLUDE %FILE%}],\ncad_source/zcad/commands/uzccommand_examplecreatelayer.pas: programlog.LogOutFormatStr('Unit \"%s\" initialization',[{$INCLUDE %FILE%}],\ncad_source/zcad/commands/uzccommand_rebuildtree.pas: programlog.LogOutFormatStr('Unit \"%s\" initialization',[{$INCLUDE %FILE%}],\ncad_source/zcad/commands/uzccommand_dbgappexplorer.pas: programlog.LogOutFormatStr('Unit \"%s\" initialization',[{$INCLUDE %FILE%}],\ncad_source/zcad/commands/uzccommand_saveoptions.pas: programlog.LogOutFormatStr('Unit \"%s\" initialization',[{$INCLUDE %FILE%}],\ncad_source/zcad/commands/uzccommand_dwgclose.pas: programlog.LogOutFormatStr('Unit \"%s\" initialization',[{$INCLUDE %FILE%}],\ncad_source/zcad/commands/uzccommand_dimaligned.pas: programlog.LogOutFormatStr('Unit \"%s\" initialization',[{$INCLUDE %FILE%}],\ncad_source/zcad/commands/uzccommand_saveas.pas: programlog.LogOutFormatStr('Unit \"%s\" initialization',[{$INCLUDE %FILE%}],\ncad_source/zcad/commands/uzccommand_redo.pas: programlog.LogOutFormatStr('Unit \"%s\" initialization',[{$INCLUDE %FILE%}],\ncad_source/zcad/commands/uzccommand_3dpoly.pas: programlog.LogOutFormatStr('Unit \"%s\" initialization',[{$INCLUDE %FILE%}],\ncad_source/zcad/commands/uzccommand_dwgnext.pas: programlog.LogOutFormatStr('Unit \"%s\" initialization',[{$INCLUDE %FILE%}],",
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[2025-12-07T20:56:31.274Z] [INFO] {
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{
"type": "text",
"text": "Let me also check for actual usage examples with LM_Info:"
}
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[2025-12-07T20:56:32.196Z] [INFO] {
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{
"type": "tool_use",
"id": "toolu_01SjJVWwdgeew5snWepxUBmn",
"name": "Bash",
"input": {
"command": "grep -r \"programlog\\.LogOutFormatStr.*LM_Info\" --include=\"*.pas\" cad_source/ | head -10",
"description": "Find examples with LM_Info usage"
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[2025-12-07T20:56:32.277Z] [INFO] {
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"content": "cad_source/zcad/commands/uzccommand_find.pas: programlog.LogOutFormatStr('Unit \"%s\" initialization',[{$INCLUDE %FILE%}],LM_Info,UnitsInitializeLMId);\ncad_source/zcad/commands/uzccommand_numdevices.pas: programlog.LogOutFormatStr('Unit \"%s\" initialization',[{$INCLUDE %FILE%}],LM_Info,UnitsInitializeLMId);\ncad_source/zcad/uzctranslations.pas: programlog.LogOutFormatStr('Unit \"%s\" initialization',[{$INCLUDE %FILE%}],LM_Info,UnitsInitializeLMId);\ncad_source/zcad/uzctranslations.pas: programlog.LogOutFormatStr('Unit \"%s\" finalization',[{$INCLUDE %FILE%}],LM_Info,UnitsFinalizeLMId);\ncad_source/zcad/uzcsysinfo.pas: AT_Flag:programlog.LogOutFormatStr(rsFoundCLOption,[CommandLineParser.GetOptionName(prm)],LM_Info);\r\ncad_source/zcad/uzcsysinfo.pas: 0:programlog.LogOutFormatStr(rsFoundCLOption,[CommandLineParser.GetOptionName(prm)],LM_Info);\r\ncad_source/zcad/uzcsysinfo.pas: else programlog.LogOutFormatStr(rsFoundCLOption,[CommandLineParser.GetOptionName(prm)+' '+CommandLineParser.GetAllOptionOperands(prm)],LM_Info);\r\ncad_source/zcad/uzcsysinfo.pas: programlog.LogOutFormatStr(rsFoundCLOperand,[CommandLineParser.Operand[-prm-1]],LM_Info);\r\ncad_source/zcad/uzcsysinfo.pas: programlog.LogOutFormatStr('SysParam.ScreenX=%d',[ZCSysParams.notsaved.ScreenX],LM_Info);\r\ncad_source/zcad/uzcsysinfo.pas: programlog.LogOutFormatStr('SysParam.ScreenY=%d',[ZCSysParams.notsaved.ScreenY],LM_Info);",
"is_error": false
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"stdout": "cad_source/zcad/commands/uzccommand_find.pas: programlog.LogOutFormatStr('Unit \"%s\" initialization',[{$INCLUDE %FILE%}],LM_Info,UnitsInitializeLMId);\ncad_source/zcad/commands/uzccommand_numdevices.pas: programlog.LogOutFormatStr('Unit \"%s\" initialization',[{$INCLUDE %FILE%}],LM_Info,UnitsInitializeLMId);\ncad_source/zcad/uzctranslations.pas: programlog.LogOutFormatStr('Unit \"%s\" initialization',[{$INCLUDE %FILE%}],LM_Info,UnitsInitializeLMId);\ncad_source/zcad/uzctranslations.pas: programlog.LogOutFormatStr('Unit \"%s\" finalization',[{$INCLUDE %FILE%}],LM_Info,UnitsFinalizeLMId);\ncad_source/zcad/uzcsysinfo.pas: AT_Flag:programlog.LogOutFormatStr(rsFoundCLOption,[CommandLineParser.GetOptionName(prm)],LM_Info);\r\ncad_source/zcad/uzcsysinfo.pas: 0:programlog.LogOutFormatStr(rsFoundCLOption,[CommandLineParser.GetOptionName(prm)],LM_Info);\r\ncad_source/zcad/uzcsysinfo.pas: else programlog.LogOutFormatStr(rsFoundCLOption,[CommandLineParser.GetOptionName(prm)+' '+CommandLineParser.GetAllOptionOperands(prm)],LM_Info);\r\ncad_source/zcad/uzcsysinfo.pas: programlog.LogOutFormatStr(rsFoundCLOperand,[CommandLineParser.Operand[-prm-1]],LM_Info);\r\ncad_source/zcad/uzcsysinfo.pas: programlog.LogOutFormatStr('SysParam.ScreenX=%d',[ZCSysParams.notsaved.ScreenX],LM_Info);\r\ncad_source/zcad/uzcsysinfo.pas: programlog.LogOutFormatStr('SysParam.ScreenY=%d',[ZCSysParams.notsaved.ScreenY],LM_Info);",
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[2025-12-07T20:56:34.626Z] [INFO] {
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"id": "msg_015YWTXPjdauuRoHeJUbrYar",
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"content": [
{
"type": "text",
"text": "Perfect! Now I understand the structure. Let me update the todo list and proceed with the task:"
}
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[2025-12-07T20:56:40.262Z] [INFO] {
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{
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"id": "toolu_019nSKhFjL9MAgCBUBGx25rY",
"name": "TodoWrite",
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{
"content": "Изучить структуру модуля uzvaccess и определить использование логирования",
"activeForm": "Изучение структуры модуля uzvaccess",
"status": "completed"
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[2025-12-07T20:56:40.283Z] [INFO] {
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[2025-12-07T20:56:44.344Z] [INFO] {
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"text": "Now let me start replacing the logger in the executor file. First, let me read the full file to understand its structure better:"
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[2025-12-07T20:56:46.107Z] [INFO] {"type":"user","message":{"role":"user","content":[{"tool_use_id":"toolu_01Xi2v4NcCcZTMXeQ9xpwFEW","type":"tool_result","content":" 1→{\n 2→*****************************************************************************\n 3→* *\n 4→* This file is part of the ZCAD *\n 5→* *\n 6→* See the file COPYING.txt, included in this distribution, *\n 7→* for details about the copyright. *\n 8→* *\n 9→* This program is distributed in the hope that it will be useful, *\n 10→* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n 11→* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n 12→* *\n 13→*****************************************************************************\n 14→}\n 15→{\n 16→@author(Vladimir Bobrov)\n 17→}\n 18→{$mode objfpc}{$H+}\n 19→\n 20→unit uzvaccess_executor;\n 21→\n 22→{$INCLUDE zengineconfig.inc}\n 23→\n 24→interface\n 25→\n 26→uses\n 27→ SysUtils, Classes, Variants, DB, SQLDB,\n 28→ uzvaccess_types, uzvaccess_logger, uzvaccess_config,\n 29→ uzvaccess_connection, uzvaccess_validator,\n 30→ uzvaccess_source_provider;\n 31→\n 32→type\n 33→ {**\n 34→ Класс для выполнения экспорта данных в Access\n 35→\n 36→ Обрабатывает инструкции экспорта, получает данные из источника,\n 37→ выполняет валидацию и вставляет/обновляет данные в целевой таблице\n 38→ **}\n 39→ TExportExecutor = class\n 40→ private\n 41→ FConnection: TAccessConnection;\n 42→ FLogger: TExportLogger;\n 43→ FValidator: TTypeValidator;\n 44→ FConfig: TExportConfig;\n 45→ FBatchSize: Integer;\n 46→\n 47→ // Построить SQL для вставки\n 48→ function BuildInsertSQL(\n 49→ const ATableName: String;\n 50→ AInstructions: TExportInstructions\n 51→ ): String;\n 52→\n 53→ // Построить SQL для обновления (UPSERT)\n 54→ function BuildUpdateSQL(\n 55→ const ATableName: String;\n 56→ AInstructions: TExportInstructions\n 57→ ): String;\n 58→\n 59→ // Построить SQL для проверки существования записи\n 60→ function BuildExistsSQL(\n 61→ const ATableName: String;\n 62→ AInstructions: TExportInstructions\n 63→ ): String;\n 64→\n 65→ // Подготовить параметры запроса\n 66→ procedure PrepareQueryParams(\n 67→ AQuery: TSQLQuery;\n 68→ AInstructions: TExportInstructions;\n 69→ const AValues: array of Variant\n 70→ );\n 71→\n 72→ // Вставить пакет данных\n 73→ function InsertBatch(\n 74→ const ATableName: String;\n 75→ AInstructions: TExportInstructions;\n 76→ ABatchData: TList\n 77→ ): Integer;\n 78→\n 79→ // Обновить или вставить запись (UPSERT)\n 80→ function UpsertRecord(\n 81→ const ATableName: String;\n 82→ AInstructions: TExportInstructions;\n 83→ const AValues: array of Variant\n 84→ ): Boolean;\n 85→\n 86→ // Проверить существование записи по ключам\n 87→ function RecordExists(\n 88→ const ATableName: String;\n 89→ AInstructions: TExportInstructions;\n 90→ const AValues: array of Variant\n 91→ ): Boolean;\n 92→\n 93→ // Извлечь значения из примитива\n 94→ function ExtractValues(\n 95→ AEntity: Pointer;\n 96→ AInstructions: TExportInstructions;\n 97→ ASourceProvider: IDataSourceProvider;\n 98→ out AValues: array of Variant\n 99→ ): Boolean;\n 100→\n 101→ public\n 102→ constructor Create(\n 103→ AConnection: TAccessConnection;\n 104→ ALogger: TExportLogger;\n 105→ AValidator: TTypeValidator;\n 106→ AConfig: TExportConfig\n 107→ );\n 108→ destructor Destroy; override;\n 109→\n 110→ // Выполнить экспорт для одной EXPORT-таблицы\n 111→ function ExecuteExport(\n 112→ const AExportTableName: String;\n 113→ AInstructions: TExportInstructions;\n 114→ ASourceProvider: IDataSourceProvider\n 115→ ): TExportTableResult;\n 116→ end;\n 117→\n 118→implementation\n 119→\n 120→{ TExportExecutor }\n 121→\n 122→constructor TExportExecutor.Create(\n 123→ AConnection: TAccessConnection;\n 124→ ALogger: TExportLogger;\n 125→ AValidator: TTypeValidator;\n 126→ AConfig: TExportConfig\n 127→);\n 128→begin\n 129→ FConnection := AConnection;\n 130→ FLogger := ALogger;\n 131→ FValidator := AValidator;\n 132→ FConfig := AConfig;\n 133→ FBatchSize := AConfig.BatchSize;\n 134→end;\n 135→\n 136→destructor TExportExecutor.Destroy;\n 137→begin\n 138→ inherited Destroy;\n 139→end;\n 140→\n 141→function TExportExecutor.BuildInsertSQL(\n 142→ const ATableName: String;\n 143→ AInstructions: TExportInstructions\n 144→): String;\n 145→var\n 146→ i: Integer;\n 147→ mapping: TColumnMapping;\n 148→ columns, params: String;\n 149→begin\n 150→ columns := '';\n 151→ params := '';\n 152→\n 153→ // Формируем список колонок и параметров\n 154→ for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n 155→ begin\n 156→ mapping := AInstructions.ColumnMappings[i];\n 157→\n 158→ if i > 0 then\n 159→ begin\n 160→ columns := columns + ', ';\n 161→ params := params + ', ';\n 162→ end;\n 163→\n 164→ columns := columns + '[' + mapping.ColumnName + ']';\n 165→ params := params + ':' + mapping.ColumnName;\n 166→ end;\n 167→\n 168→ Result := Format('INSERT INTO [%s] (%s) VALUES (%s)',\n 169→ [ATableName, columns, params]);\n 170→end;\n 171→\n 172→function TExportExecutor.BuildUpdateSQL(\n 173→ const ATableName: String;\n 174→ AInstructions: TExportInstructions\n 175→): String;\n 176→var\n 177→ i: Integer;\n 178→ mapping: TColumnMapping;\n 179→ setClause, whereClause: String;\n 180→ isKey: Boolean;\n 181→begin\n 182→ setClause := '';\n 183→ whereClause := '';\n 184→\n 185→ // Формируем SET и WHERE части\n 186→ for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n 187→ begin\n 188→ mapping := AInstructions.ColumnMappings[i];\n 189→ isKey := AInstructions.KeyColumns.IndexOf(mapping.ColumnName) >= 0;\n 190→\n 191→ if not isKey then\n 192→ begin\n 193→ // Не ключевые колонки идут в SET\n 194→ if setClause <> '' then\n 195→ setClause := setClause + ', ';\n 196→\n 197→ setClause := setClause + Format('[%s] = :%s',\n 198→ [mapping.ColumnName, mapping.ColumnName]);\n 199→ end\n 200→ else\n 201→ begin\n 202→ // Ключевые колонки идут в WHERE\n 203→ if whereClause <> '' then\n 204→ whereClause := whereClause + ' AND ';\n 205→\n 206→ whereClause := whereClause + Format('[%s] = :%s_key',\n 207→ [mapping.ColumnName, mapping.ColumnName]);\n 208→ end;\n 209→ end;\n 210→\n 211→ Result := Format('UPDATE [%s] SET %s WHERE %s',\n 212→ [ATableName, setClause, whereClause]);\n 213→end;\n 214→\n 215→function TExportExecutor.BuildExistsSQL(\n 216→ const ATableName: String;\n 217→ AInstructions: TExportInstructions\n 218→): String;\n 219→var\n 220→ i: Integer;\n 221→ keyCol: String;\n 222→ whereClause: String;\n 223→begin\n 224→ whereClause := '';\n 225→\n 226→ // Формируем WHERE по ключевым колонкам\n 227→ for i := 0 to AInstructions.KeyColumns.Count - 1 do\n 228→ begin\n 229→ keyCol := AInstructions.KeyColumns[i];\n 230→\n 231→ if i > 0 then\n 232→ whereClause := whereClause + ' AND ';\n 233→\n 234→ whereClause := whereClause + Format('[%s] = :%s',\n 235→ [keyCol, keyCol]);\n 236→ end;\n 237→\n 238→ Result := Format('SELECT COUNT(*) AS RecCount FROM [%s] WHERE %s',\n 239→ [ATableName, whereClause]);\n 240→end;\n 241→\n 242→procedure TExportExecutor.PrepareQueryParams(\n 243→ AQuery: TSQLQuery;\n 244→ AInstructions: TExportInstructions;\n 245→ const AValues: array of Variant\n 246→);\n 247→var\n 248→ i: Integer;\n 249→ mapping: TColumnMapping;\n 250→ paramName: String;\n 251→ value: Variant;\n 252→begin\n 253→ // Очищаем существующие параметры\n 254→ AQuery.Params.Clear;\n 255→\n 256→ // Добавляем параметры для каждой колонки\n 257→ for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n 258→ begin\n 259→ if i > High(AValues) then\n 260→ Break;\n 261→\n 262→ mapping := AInstructions.ColumnMappings[i];\n 263→ value := AValues[i];\n 264→ paramName := mapping.ColumnName;\n 265→\n 266→ // Создаём параметр\n 267→ if VarIsNull(value) then\n 268→ begin\n 269→ AQuery.Params.CreateParam(ftString, paramName, ptInput).Clear;\n 270→ end\n 271→ else\n 272→ begin\n 273→ case mapping.DataType of\n 274→ cdtString:\n 275→ AQuery.Params.CreateParam(ftString, paramName, ptInput).AsString :=\n 276→ VarToStr(value);\n 277→\n 278→ cdtInteger:\n 279→ AQuery.Params.CreateParam(ftInteger, paramName, ptInput).AsInteger :=\n 280→ Integer(value);\n 281→\n 282→ cdtFloat:\n 283→ AQuery.Params.CreateParam(ftFloat, paramName, ptInput).AsFloat :=\n 284→ Double(value);\n 285→ end;\n 286→ end;\n 287→ end;\n 288→end;\n 289→\n 290→function TExportExecutor.RecordExists(\n 291→ const ATableName: String;\n 292→ AInstructions: TExportInstructions;\n 293→ const AValues: array of Variant\n 294→): Boolean;\n 295→var\n 296→ query: TSQLQuery;\n 297→ sql: String;\n 298→ i, idx: Integer;\n 299→ keyCol: String;\n 300→ value: Variant;\n 301→ count: Integer;\n 302→begin\n 303→ Result := False;\n 304→\n 305→ // Если нет ключевых колонок, считаем что записи не существует\n 306→ if AInstructions.KeyColumns.Count = 0 then\n 307→ Exit;\n 308→\n 309→ query := TSQLQuery.Create(nil);\n 310→ try\n 311→ query.DataBase := FConnection.GetQuery.DataBase;\n 312→ query.Transaction := FConnection.GetQuery.Transaction;\n 313→\n 314→ sql := BuildExistsSQL(ATableName, AInstructions);\n 315→ query.SQL.Text := sql;\n 316→\n 317→ // Устанавливаем параметры только для ключевых колонок\n 318→ for i := 0 to AInstructions.KeyColumns.Count - 1 do\n 319→ begin\n 320→ keyCol := AInstructions.KeyColumns[i];\n 321→\n 322→ // Находим индекс этой колонки в маппингах\n 323→ idx := -1;\n 324→ for idx := 0 to AInstructions.ColumnMappings.Count - 1 do\n 325→ begin\n 326→ if AInstructions.ColumnMappings[idx].ColumnName = keyCol then\n 327→ Break;\n 328→ end;\n 329→\n 330→ if (idx >= 0) and (idx <= High(AValues)) then\n 331→ begin\n 332→ value := AValues[idx];\n 333→ query.Params.CreateParam(ftString, keyCol, ptInput).AsString :=\n 334→ VarToStr(value);\n 335→ end;\n 336→ end;\n 337→\n 338→ // Выполняем запрос\n 339→ query.Open;\n 340→ try\n 341→ count := query.FieldByName('RecCount').AsInteger;\n 342→ Result := (count > 0);\n 343→ finally\n 344→ query.Close;\n 345→ end;\n 346→\n 347→ finally\n 348→ query.Free;\n 349→ end;\n 350→end;\n 351→\n 352→function TExportExecutor.UpsertRecord(\n 353→ const ATableName: String;\n 354→ AInstructions: TExportInstructions;\n 355→ const AValues: array of Variant\n 356→): Boolean;\n 357→var\n 358→ query: TSQLQuery;\n 359→ sql: String;\n 360→ exists: Boolean;\n 361→begin\n 362→ Result := False;\n 363→\n 364→ query := FConnection.GetQuery;\n 365→\n 366→ try\n 367→ // Проверяем существование записи\n 368→ exists := RecordExists(ATableName, AInstructions, AValues);\n 369→\n 370→ if exists then\n 371→ begin\n 372→ // UPDATE\n 373→ sql := BuildUpdateSQL(ATableName, AInstructions);\n 374→ FLogger.LogDebug('Обновление записи: ' + sql);\n 375→ end\n 376→ else\n 377→ begin\n 378→ // INSERT\n 379→ sql := BuildInsertSQL(ATableName, AInstructions);\n 380→ FLogger.LogDebug('Вставка записи: ' + sql);\n 381→ end;\n 382→\n 383→ query.SQL.Text := sql;\n 384→ PrepareQueryParams(query, AInstructions, AValues);\n 385→ query.ExecSQL;\n 386→\n 387→ Result := True;\n 388→\n 389→ except\n 390→ on E: Exception do\n 391→ begin\n 392→ FLogger.LogError(Format(\n 393→ 'Ошибка при выполнении UPSERT: %s',\n 394→ [E.Message]\n 395→ ));\n 396→ Result := False;\n 397→ end;\n 398→ end;\n 399→end;\n 400→\n 401→function TExportExecutor.InsertBatch(\n 402→ const ATableName: String;\n 403→ AInstructions: TExportInstructions;\n 404→ ABatchData: TList\n 405→): Integer;\n 406→var\n 407→ i: Integer;\n 408→ query: TSQLQuery;\n 409→ sql: String;\n 410→ values: array of Variant;\n 411→begin\n 412→ Result := 0;\n 413→\n 414→ if ABatchData.Count = 0 then\n 415→ Exit;\n 416→\n 417→ query := FConnection.GetQuery;\n 418→ sql := BuildInsertSQL(ATableName, AInstructions);\n 419→\n 420→ query.SQL.Text := sql;\n 421→\n 422→ // Вставляем записи по одной\n 423→ for i := 0 to ABatchData.Count - 1 do\n 424→ begin\n 425→ values := TObject(ABatchData[i]) as array of Variant;\n 426→\n 427→ try\n 428→ PrepareQueryParams(query, AInstructions, values);\n 429→ query.ExecSQL;\n 430→ Inc(Result);\n 431→\n 432→ except\n 433→ on E: Exception do\n 434→ begin\n 435→ FLogger.LogError(Format(\n 436→ 'Ошибка вставки записи %d: %s',\n 437→ [i + 1, E.Message]\n 438→ ));\n 439→\n 440→ if FConfig.ErrorMode = emStop then\n 441→ raise;\n 442→ end;\n 443→ end;\n 444→ end;\n 445→\n 446→ FLogger.LogDebug(Format(\n 447→ 'Вставлено записей в пакете: %d из %d',\n 448→ [Result, ABatchData.Count]\n 449→ ));\n 450→end;\n 451→\n 452→function TExportExecutor.ExtractValues(\n 453→ AEntity: Pointer;\n 454→ AInstructions: TExportInstructions;\n 455→ ASourceProvider: IDataSourceProvider;\n 456→ out AValues: array of Variant\n 457→): Boolean;\n 458→var\n 459→ i: Integer;\n 460→ mapping: TColumnMapping;\n 461→ rawValue, convertedValue: Variant;\n 462→begin\n 463→ Result := True;\n 464→\n 465→ // Извлекаем значения для каждой колонки\n 466→ for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n 467→ begin\n 468→ mapping := AInstructions.ColumnMappings[i];\n 469→\n 470→ // Обработка константных значений\n 471→ if mapping.IsConstant then\n 472→ begin\n 473→ AValues[i] := mapping.DefaultValue;\n 474→ Continue;\n 475→ end;\n 476→\n 477→ // Получаем значение из примитива\n 478→ rawValue := ASourceProvider.GetPropertyValue(AEntity, mapping.SourceParam);\n 479→\n 480→ // Валидируем и преобразуем тип\n 481→ if not FValidator.ValidateAndConvert(\n 482→ rawValue,\n 483→ mapping.DataType,\n 484→ convertedValue\n 485→ ) then\n 486→ begin\n 487→ FLogger.LogWarning(Format(\n 488→ 'Ошибка валидации значения для колонки \"%s\"',\n 489→ [mapping.ColumnName]\n 490→ ));\n 491→\n 492→ if FConfig.ErrorMode = emStop then\n 493→ begin\n 494→ Result := False;\n 495→ Exit;\n 496→ end;\n 497→\n 498→ // В мягком режиме используем значение по умолчанию\n 499→ convertedValue := Null;\n 500→ end;\n 501→\n 502→ AValues[i] := convertedValue;\n 503→ end;\n 504→end;\n 505→\n 506→function TExportExecutor.ExecuteExport(\n 507→ const AExportTableName: String;\n 508→ AInstructions: TExportInstructions;\n 509→ ASourceProvider: IDataSourceProvider\n 510→): TExportTableResult;\n 511→var\n 512→ entities: TList;\n 513→ i, j: Integer;\n 514→ entity: Pointer;\n 515→ values: array of Variant;\n 516→ batchData: TList;\n 517→ inserted, updated: Integer;\n 518→ hasKeys: Boolean;\n 519→begin\n 520→ // Инициализация результата\n 521→ Result.TableName := AExportTableName;\n 522→ Result.TargetTable := AInstructions.TargetTable;\n 523→ Result.RowsProcessed := 0;\n 524→ Result.RowsInserted := 0;\n 525→ Result.RowsUpdated := 0;\n 526→ Result.ErrorCount := 0;\n 527→ Result.ErrorMessages := TStringList.Create;\n 528→ Result.Success := True;\n 529→\n 530→ FLogger.LogInfo(Format(\n 531→ 'Начало экспорта из \"%s\" в \"%s\"',\n 532→ [AExportTableName, AInstructions.TargetTable]\n 533→ ));\n 534→\n 535→ try\n 536→ // Получаем список примитивов\n 537→ entities := ASourceProvider.GetEntities(AInstructions.TypeData);\n 538→ try\n 539→ if entities.Count = 0 then\n 540→ begin\n 541→ FLogger.LogWarning('Нет данных для экспорта');\n 542→ Exit;\n 543→ end;\n 544→\n 545→ FLogger.LogInfo(Format('Найдено объектов для экспорта: %d', [entities.Count]));\n 546→\n 547→ // Подготовка массива значений\n 548→ SetLength(values, AInstructions.ColumnMappings.Count);\n 549→\n 550→ // Проверяем наличие ключевых колонок\n 551→ hasKeys := AInstructions.KeyColumns.Count > 0;\n 552→\n 553→ // Начинаем транзакцию\n 554→ if not FConfig.DryRun then\n 555→ FConnection.BeginTransaction;\n 556→\n 557→ try\n 558→ if hasKeys then\n 559→ begin\n 560→ // Режим UPSERT (с ключевыми колонками)\n 561→ FLogger.LogInfo('Режим UPSERT (обновление/вставка)');\n 562→\n 563→ for i := 0 to entities.Count - 1 do\n 564→ begin\n 565→ entity := entities[i];\n 566→\n 567→ // Извлекаем значения\n 568→ if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n 569→ begin\n 570→ Inc(Result.ErrorCount);\n 571→ Continue;\n 572→ end;\n 573→\n 574→ Inc(Result.RowsProcessed);\n 575→\n 576→ // Выполняем UPSERT\n 577→ if not FConfig.DryRun then\n 578→ begin\n 579→ if UpsertRecord(AInstructions.TargetTable, AInstructions, values) then\n 580→ begin\n 581→ // Не различаем вставку и обновление в этом режиме\n 582→ Inc(Result.RowsInserted);\n 583→ end\n 584→ else\n 585→ begin\n 586→ Inc(Result.ErrorCount);\n 587→ end;\n 588→ end;\n 589→\n 590→ // Прогресс\n 591→ if (i + 1) mod 100 = 0 then\n 592→ FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));\n 593→ end;\n 594→ end\n 595→ else\n 596→ begin\n 597→ // Режим только INSERT (пакетная вставка)\n 598→ FLogger.LogInfo('Режим INSERT (пакетная вставка)');\n 599→\n 600→ batchData := TList.Create;\n 601→ try\n 602→ for i := 0 to entities.Count - 1 do\n 603→ begin\n 604→ entity := entities[i];\n 605→\n 606→ // Извлекаем значения\n 607→ if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n 608→ begin\n 609→ Inc(Result.ErrorCount);\n 610→ Continue;\n 611→ end;\n 612→\n 613→ Inc(Result.RowsProcessed);\n 614→\n 615→ // Добавляем в пакет\n 616→ batchData.Add(@values);\n 617→\n 618→ // Вставляем пакет при достижении размера батча\n 619→ if (batchData.Count >= FBatchSize) or (i = entities.Count - 1) then\n 620→ begin\n 621→ if not FConfig.DryRun then\n 622→ begin\n 623→ inserted := InsertBatch(AInstructions.TargetTable,\n 624→ AInstructions, batchData);\n 625→ Inc(Result.RowsInserted, inserted);\n 626→ end;\n 627→\n 628→ batchData.Clear;\n 629→ end;\n 630→\n 631→ // Прогресс\n 632→ if (i + 1) mod 100 = 0 then\n 633→ FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));\n 634→ end;\n 635→ finally\n 636→ batchData.Free;\n 637→ end;\n 638→ end;\n 639→\n 640→ // Фиксируем транзакцию\n 641→ if not FConfig.DryRun then\n 642→ FConnection.CommitTransaction;\n 643→\n 644→ FLogger.LogInfo(Format(\n 645→ 'Экспорт завершён: обработано %d, вставлено %d, ошибок %d',\n 646→ [Result.RowsProcessed, Result.RowsInserted, Result.ErrorCount]\n 647→ ));\n 648→\n 649→ except\n 650→ on E: Exception do\n 651→ begin\n 652→ // Откатываем транзакцию\n 653→ if not FConfig.DryRun then\n 654→ FConnection.RollbackTransaction;\n 655→\n 6
[2025-12-07T20:56:46.110Z] [INFO] 56→ FLogger.LogError('Ошибка экспорта: ' + E.Message);\n 657→ Result.ErrorMessages.Add(E.Message);\n 658→ Result.Success := False;\n 659→\n 660→ if FConfig.ErrorMode = emStop then\n 661→ raise;\n 662→ end;\n 663→ end;\n 664→\n 665→ finally\n 666→ entities.Free;\n 667→ end;\n 668→\n 669→ except\n 670→ on E: Exception do\n 671→ begin\n 672→ FLogger.LogError('Критическая ошибка экспорта: ' + E.Message);\n 673→ Result.ErrorMessages.Add(E.Message);\n 674→ Result.Success := False;\n 675→ end;\n 676→ end;\n 677→end;\n 678→\n 679→end.\n 680→\n\n<system-reminder>\nWhenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.\n</system-reminder>\n"}]},"parent_tool_use_id":null,"session_id":"7192dade-a10f-4ccc-940d-5bff967d4d15","uuid":"d3598a22-bc3c-4515-b044-017e1e9029e2","tool_use_result":{"type":"text","file":{"filePath":"/tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas","content":"{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_executor;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, Variants, DB, SQLDB,\n uzvaccess_types, uzvaccess_logger, uzvaccess_config,\n uzvaccess_connection, uzvaccess_validator,\n uzvaccess_source_provider;\n\ntype\n {**\n Класс для выполнения экспорта данных в Access\n\n Обрабатывает инструкции экспорта, получает данные из источника,\n выполняет валидацию и вставляет/обновляет данные в целевой таблице\n **}\n TExportExecutor = class\n private\n FConnection: TAccessConnection;\n FLogger: TExportLogger;\n FValidator: TTypeValidator;\n FConfig: TExportConfig;\n FBatchSize: Integer;\n\n // Построить SQL для вставки\n function BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для обновления (UPSERT)\n function BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для проверки существования записи\n function BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Подготовить параметры запроса\n procedure PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n );\n\n // Вставить пакет данных\n function InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n ): Integer;\n\n // Обновить или вставить запись (UPSERT)\n function UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Проверить существование записи по ключам\n function RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Извлечь значения из примитива\n function ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n ): Boolean;\n\n public\n constructor Create(\n AConnection: TAccessConnection;\n ALogger: TExportLogger;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n );\n destructor Destroy; override;\n\n // Выполнить экспорт для одной EXPORT-таблицы\n function ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n ): TExportTableResult;\n end;\n\nimplementation\n\n{ TExportExecutor }\n\nconstructor TExportExecutor.Create(\n AConnection: TAccessConnection;\n ALogger: TExportLogger;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n);\nbegin\n FConnection := AConnection;\n FLogger := ALogger;\n FValidator := AValidator;\n FConfig := AConfig;\n FBatchSize := AConfig.BatchSize;\nend;\n\ndestructor TExportExecutor.Destroy;\nbegin\n inherited Destroy;\nend;\n\nfunction TExportExecutor.BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n columns, params: String;\nbegin\n columns := '';\n params := '';\n\n // Формируем список колонок и параметров\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n if i > 0 then\n begin\n columns := columns + ', ';\n params := params + ', ';\n end;\n\n columns := columns + '[' + mapping.ColumnName + ']';\n params := params + ':' + mapping.ColumnName;\n end;\n\n Result := Format('INSERT INTO [%s] (%s) VALUES (%s)',\n [ATableName, columns, params]);\nend;\n\nfunction TExportExecutor.BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n setClause, whereClause: String;\n isKey: Boolean;\nbegin\n setClause := '';\n whereClause := '';\n\n // Формируем SET и WHERE части\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n isKey := AInstructions.KeyColumns.IndexOf(mapping.ColumnName) >= 0;\n\n if not isKey then\n begin\n // Не ключевые колонки идут в SET\n if setClause <> '' then\n setClause := setClause + ', ';\n\n setClause := setClause + Format('[%s] = :%s',\n [mapping.ColumnName, mapping.ColumnName]);\n end\n else\n begin\n // Ключевые колонки идут в WHERE\n if whereClause <> '' then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s_key',\n [mapping.ColumnName, mapping.ColumnName]);\n end;\n end;\n\n Result := Format('UPDATE [%s] SET %s WHERE %s',\n [ATableName, setClause, whereClause]);\nend;\n\nfunction TExportExecutor.BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n keyCol: String;\n whereClause: String;\nbegin\n whereClause := '';\n\n // Формируем WHERE по ключевым колонкам\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n if i > 0 then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s',\n [keyCol, keyCol]);\n end;\n\n Result := Format('SELECT COUNT(*) AS RecCount FROM [%s] WHERE %s',\n [ATableName, whereClause]);\nend;\n\nprocedure TExportExecutor.PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n);\nvar\n i: Integer;\n mapping: TColumnMapping;\n paramName: String;\n value: Variant;\nbegin\n // Очищаем существующие параметры\n AQuery.Params.Clear;\n\n // Добавляем параметры для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if i > High(AValues) then\n Break;\n\n mapping := AInstructions.ColumnMappings[i];\n value := AValues[i];\n paramName := mapping.ColumnName;\n\n // Создаём параметр\n if VarIsNull(value) then\n begin\n AQuery.Params.CreateParam(ftString, paramName, ptInput).Clear;\n end\n else\n begin\n case mapping.DataType of\n cdtString:\n AQuery.Params.CreateParam(ftString, paramName, ptInput).AsString :=\n VarToStr(value);\n\n cdtInteger:\n AQuery.Params.CreateParam(ftInteger, paramName, ptInput).AsInteger :=\n Integer(value);\n\n cdtFloat:\n AQuery.Params.CreateParam(ftFloat, paramName, ptInput).AsFloat :=\n Double(value);\n end;\n end;\n end;\nend;\n\nfunction TExportExecutor.RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n i, idx: Integer;\n keyCol: String;\n value: Variant;\n count: Integer;\nbegin\n Result := False;\n\n // Если нет ключевых колонок, считаем что записи не существует\n if AInstructions.KeyColumns.Count = 0 then\n Exit;\n\n query := TSQLQuery.Create(nil);\n try\n query.DataBase := FConnection.GetQuery.DataBase;\n query.Transaction := FConnection.GetQuery.Transaction;\n\n sql := BuildExistsSQL(ATableName, AInstructions);\n query.SQL.Text := sql;\n\n // Устанавливаем параметры только для ключевых колонок\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n // Находим индекс этой колонки в маппингах\n idx := -1;\n for idx := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if AInstructions.ColumnMappings[idx].ColumnName = keyCol then\n Break;\n end;\n\n if (idx >= 0) and (idx <= High(AValues)) then\n begin\n value := AValues[idx];\n query.Params.CreateParam(ftString, keyCol, ptInput).AsString :=\n VarToStr(value);\n end;\n end;\n\n // Выполняем запрос\n query.Open;\n try\n count := query.FieldByName('RecCount').AsInteger;\n Result := (count > 0);\n finally\n query.Close;\n end;\n\n finally\n query.Free;\n end;\nend;\n\nfunction TExportExecutor.UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n exists: Boolean;\nbegin\n Result := False;\n\n query := FConnection.GetQuery;\n\n try\n // Проверяем существование записи\n exists := RecordExists(ATableName, AInstructions, AValues);\n\n if exists then\n begin\n // UPDATE\n sql := BuildUpdateSQL(ATableName, AInstructions);\n FLogger.LogDebug('Обновление записи: ' + sql);\n end\n else\n begin\n // INSERT\n sql := BuildInsertSQL(ATableName, AInstructions);\n FLogger.LogDebug('Вставка записи: ' + sql);\n end;\n\n query.SQL.Text := sql;\n PrepareQueryParams(query, AInstructions, AValues);\n query.ExecSQL;\n\n Result := True;\n\n except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка при выполнении UPSERT: %s',\n [E.Message]\n ));\n Result := False;\n end;\n end;\nend;\n\nfunction TExportExecutor.InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n): Integer;\nvar\n i: Integer;\n query: TSQLQuery;\n sql: String;\n values: array of Variant;\nbegin\n Result := 0;\n\n if ABatchData.Count = 0 then\n Exit;\n\n query := FConnection.GetQuery;\n sql := BuildInsertSQL(ATableName, AInstructions);\n\n query.SQL.Text := sql;\n\n // Вставляем записи по одной\n for i := 0 to ABatchData.Count - 1 do\n begin\n values := TObject(ABatchData[i]) as array of Variant;\n\n try\n PrepareQueryParams(query, AInstructions, values);\n query.ExecSQL;\n Inc(Result);\n\n except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка вставки записи %d: %s',\n [i + 1, E.Message]\n ));\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n end;\n\n FLogger.LogDebug(Format(\n 'Вставлено записей в пакете: %d из %d',\n [Result, ABatchData.Count]\n ));\nend;\n\nfunction TExportExecutor.ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n): Boolean;\nvar\n i: Integer;\n mapping: TColumnMapping;\n rawValue, convertedValue: Variant;\nbegin\n Result := True;\n\n // Извлекаем значения для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n // Обработка константных значений\n if mapping.IsConstant then\n begin\n AValues[i] := mapping.DefaultValue;\n Continue;\n end;\n\n // Получаем значение из примитива\n rawValue := ASourceProvider.GetPropertyValue(AEntity, mapping.SourceParam);\n\n // Валидируем и преобразуем тип\n if not FValidator.ValidateAndConvert(\n rawValue,\n mapping.DataType,\n convertedValue\n ) then\n begin\n FLogger.LogWarning(Format(\n 'Ошибка валидации значения для колонки \"%s\"',\n [mapping.ColumnName]\n ));\n\n if FConfig.ErrorMode = emStop then\n begin\n Result := False;\n Exit;\n end;\n\n // В мягком режиме используем значение по умолчанию\n convertedValue := Null;\n end;\n\n AValues[i] := convertedValue;\n end;\nend;\n\nfunction TExportExecutor.ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n): TExportTableResult;\nvar\n entities: TList;\n i, j: Integer;\n entity: Pointer;\n values: array of Variant;\n batchData: TList;\n inserted, updated: Integer;\n hasKeys: Boolean;\nbegin\n // Инициализация результата\n Result.TableName := AExportTableName;\n Result.TargetTable := AInstructions.TargetTable;\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 0;\n Result.ErrorMessages := TStringList.Create;\n Result.Success := True;\n\n FLogger.LogInfo(Format(\n 'Начало экспорта из \"%s\" в \"%s\"',\n [AExportTableName, AInstructions.TargetTable]\n ));\n\n try\n // Получаем список примитивов\n entities := ASourceProvider.GetEntities(AInstructions.TypeData);\n try\n if entities.Count = 0 then\n begin\n FLogger.LogWarning('Нет данных для экспорта');\n Exit;\n end;\n\n FLogger.LogInfo(Format('Найдено объектов для экспорта: %d', [entities.Count]));\n\n // Подготовка массива значений\n SetLength(values, AInstructions.ColumnMappings.Count);\n\n // Проверяем наличие ключевых колонок\n hasKeys := AInstructions.KeyColumns.Count > 0;\n\n // Начинаем транзакцию\n if not FConfig.DryRun then\n FConnection.BeginTransaction;\n\n try\n if hasKeys then\n begin\n // Режим UPSERT (с ключевыми колонками)\n FLogger.LogInfo('Режим UPSERT (обновление/вставка)');\n\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Выполняем UPSERT\n if not FConfig.DryRun then\n begin\n if UpsertRecord(AInstructions.TargetTable, AInstructions, values) then\n begin\n // Не различаем вставку и обновление в этом режиме\n Inc(Result.RowsInserted);\n end\n else\n begin\n Inc(Result.ErrorCount);\n end;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));\n end;\n end\n else\n begin\n // Режим только INSERT (пакетная вставка)\n FLogger.LogInfo('Режим INSERT (пакетная вставка)');\n\n batchData := TList.Create;\n try\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Добавляем в пакет\n batchData.Add(@values);\n\n // Вставляем пакет при достижении размера батча\n if (batchData.Count >= FBatchSize) or (i = entities.Count - 1) then\n begin\n if not FConfig.DryRun then\n begin\n inserted := InsertBatch(AInstructions.TargetTable,\n AInstructions, batchData);\n Inc(Result.RowsInserted, inserted);\n end;\n\n batchData.Clear;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));\n end;\n finally\n batchData.Free;\n end;\n end;\n\n // Фиксируем транзакцию\n if not FConfig.DryRun then\n FConnection.CommitTransaction;\n\n FLogger.LogInfo(Format(\n 'Экспорт завершён: обработано %d, вставлено %d, ошибок %d',\n [Result.RowsProcessed, Result.RowsInserted, Result.ErrorCount]\n ));\n\n except\n on E: Exception do\n begin\n // Откатываем транзакцию\n if not FConfig.DryRun then\n FConnection.RollbackTransaction;\n\n FLogger.LogError('Ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n\n finally\n entities.Free;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n end;\n end;\nend;\n\nend.\n","numLines":680,"startLine":1,"totalLines":680}}}
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{
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"text": "Now I'll start modifying the file to replace TExportLogger with programlog. Let me make the changes:"
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[2025-12-07T20:56:52.920Z] [INFO] {
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{
"type": "tool_use",
"id": "toolu_01CDxbeY18y3c3nKSk6jFRha",
"name": "Edit",
"input": {
"file_path": "/tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas",
"old_string": "uses\n SysUtils, Classes, Variants, DB, SQLDB,\n uzvaccess_types, uzvaccess_logger, uzvaccess_config,\n uzvaccess_connection, uzvaccess_validator,\n uzvaccess_source_provider;",
"new_string": "uses\n SysUtils, Classes, Variants, DB, SQLDB,\n uzvaccess_types, uzclog, uzvaccess_config,\n uzvaccess_connection, uzvaccess_validator,\n uzvaccess_source_provider;"
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[2025-12-07T20:56:52.956Z] [INFO] {
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"role": "user",
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{
"tool_use_id": "toolu_01CDxbeY18y3c3nKSk6jFRha",
"type": "tool_result",
"content": "The file /tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 22→{$INCLUDE zengineconfig.inc}\n 23→\n 24→interface\n 25→\n 26→uses\n 27→ SysUtils, Classes, Variants, DB, SQLDB,\n 28→ uzvaccess_types, uzclog, uzvaccess_config,\n 29→ uzvaccess_connection, uzvaccess_validator,\n 30→ uzvaccess_source_provider;\n 31→\n 32→type\n 33→ {**\n 34→ Класс для выполнения экспорта данных в Access"
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"filePath": "/tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas",
"oldString": "uses\n SysUtils, Classes, Variants, DB, SQLDB,\n uzvaccess_types, uzvaccess_logger, uzvaccess_config,\n uzvaccess_connection, uzvaccess_validator,\n uzvaccess_source_provider;",
"newString": "uses\n SysUtils, Classes, Variants, DB, SQLDB,\n uzvaccess_types, uzclog, uzvaccess_config,\n uzvaccess_connection, uzvaccess_validator,\n uzvaccess_source_provider;",
"originalFile": "{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_executor;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, Variants, DB, SQLDB,\n uzvaccess_types, uzvaccess_logger, uzvaccess_config,\n uzvaccess_connection, uzvaccess_validator,\n uzvaccess_source_provider;\n\ntype\n {**\n Класс для выполнения экспорта данных в Access\n\n Обрабатывает инструкции экспорта, получает данные из источника,\n выполняет валидацию и вставляет/обновляет данные в целевой таблице\n **}\n TExportExecutor = class\n private\n FConnection: TAccessConnection;\n FLogger: TExportLogger;\n FValidator: TTypeValidator;\n FConfig: TExportConfig;\n FBatchSize: Integer;\n\n // Построить SQL для вставки\n function BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для обновления (UPSERT)\n function BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для проверки существования записи\n function BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Подготовить параметры запроса\n procedure PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n );\n\n // Вставить пакет данных\n function InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n ): Integer;\n\n // Обновить или вставить запись (UPSERT)\n function UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Проверить существование записи по ключам\n function RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Извлечь значения из примитива\n function ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n ): Boolean;\n\n public\n constructor Create(\n AConnection: TAccessConnection;\n ALogger: TExportLogger;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n );\n destructor Destroy; override;\n\n // Выполнить экспорт для одной EXPORT-таблицы\n function ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n ): TExportTableResult;\n end;\n\nimplementation\n\n{ TExportExecutor }\n\nconstructor TExportExecutor.Create(\n AConnection: TAccessConnection;\n ALogger: TExportLogger;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n);\nbegin\n FConnection := AConnection;\n FLogger := ALogger;\n FValidator := AValidator;\n FConfig := AConfig;\n FBatchSize := AConfig.BatchSize;\nend;\n\ndestructor TExportExecutor.Destroy;\nbegin\n inherited Destroy;\nend;\n\nfunction TExportExecutor.BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n columns, params: String;\nbegin\n columns := '';\n params := '';\n\n // Формируем список колонок и параметров\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n if i > 0 then\n begin\n columns := columns + ', ';\n params := params + ', ';\n end;\n\n columns := columns + '[' + mapping.ColumnName + ']';\n params := params + ':' + mapping.ColumnName;\n end;\n\n Result := Format('INSERT INTO [%s] (%s) VALUES (%s)',\n [ATableName, columns, params]);\nend;\n\nfunction TExportExecutor.BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n setClause, whereClause: String;\n isKey: Boolean;\nbegin\n setClause := '';\n whereClause := '';\n\n // Формируем SET и WHERE части\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n isKey := AInstructions.KeyColumns.IndexOf(mapping.ColumnName) >= 0;\n\n if not isKey then\n begin\n // Не ключевые колонки идут в SET\n if setClause <> '' then\n setClause := setClause + ', ';\n\n setClause := setClause + Format('[%s] = :%s',\n [mapping.ColumnName, mapping.ColumnName]);\n end\n else\n begin\n // Ключевые колонки идут в WHERE\n if whereClause <> '' then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s_key',\n [mapping.ColumnName, mapping.ColumnName]);\n end;\n end;\n\n Result := Format('UPDATE [%s] SET %s WHERE %s',\n [ATableName, setClause, whereClause]);\nend;\n\nfunction TExportExecutor.BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n keyCol: String;\n whereClause: String;\nbegin\n whereClause := '';\n\n // Формируем WHERE по ключевым колонкам\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n if i > 0 then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s',\n [keyCol, keyCol]);\n end;\n\n Result := Format('SELECT COUNT(*) AS RecCount FROM [%s] WHERE %s',\n [ATableName, whereClause]);\nend;\n\nprocedure TExportExecutor.PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n);\nvar\n i: Integer;\n mapping: TColumnMapping;\n paramName: String;\n value: Variant;\nbegin\n // Очищаем существующие параметры\n AQuery.Params.Clear;\n\n // Добавляем параметры для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if i > High(AValues) then\n Break;\n\n mapping := AInstructions.ColumnMappings[i];\n value := AValues[i];\n paramName := mapping.ColumnName;\n\n // Создаём параметр\n if VarIsNull(value) then\n begin\n AQuery.Params.CreateParam(ftString, paramName, ptInput).Clear;\n end\n else\n begin\n case mapping.DataType of\n cdtString:\n AQuery.Params.CreateParam(ftString, paramName, ptInput).AsString :=\n VarToStr(value);\n\n cdtInteger:\n AQuery.Params.CreateParam(ftInteger, paramName, ptInput).AsInteger :=\n Integer(value);\n\n cdtFloat:\n AQuery.Params.CreateParam(ftFloat, paramName, ptInput).AsFloat :=\n Double(value);\n end;\n end;\n end;\nend;\n\nfunction TExportExecutor.RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n i, idx: Integer;\n keyCol: String;\n value: Variant;\n count: Integer;\nbegin\n Result := False;\n\n // Если нет ключевых колонок, считаем что записи не существует\n if AInstructions.KeyColumns.Count = 0 then\n Exit;\n\n query := TSQLQuery.Create(nil);\n try\n query.DataBase := FConnection.GetQuery.DataBase;\n query.Transaction := FConnection.GetQuery.Transaction;\n\n sql := BuildExistsSQL(ATableName, AInstructions);\n query.SQL.Text := sql;\n\n // Устанавливаем параметры только для ключевых колонок\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n // Находим индекс этой колонки в маппингах\n idx := -1;\n for idx := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if AInstructions.ColumnMappings[idx].ColumnName = keyCol then\n Break;\n end;\n\n if (idx >= 0) and (idx <= High(AValues)) then\n begin\n value := AValues[idx];\n query.Params.CreateParam(ftString, keyCol, ptInput).AsString :=\n VarToStr(value);\n end;\n end;\n\n // Выполняем запрос\n query.Open;\n try\n count := query.FieldByName('RecCount').AsInteger;\n Result := (count > 0);\n finally\n query.Close;\n end;\n\n finally\n query.Free;\n end;\nend;\n\nfunction TExportExecutor.UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n exists: Boolean;\nbegin\n Result := False;\n\n query := FConnection.GetQuery;\n\n try\n // Проверяем существование записи\n exists := RecordExists(ATableName, AInstructions, AValues);\n\n if exists then\n begin\n // UPDATE\n sql := BuildUpdateSQL(ATableName, AInstructions);\n FLogger.LogDebug('Обновление записи: ' + sql);\n end\n else\n begin\n // INSERT\n sql := BuildInsertSQL(ATableName, AInstructions);\n FLogger.LogDebug('Вставка записи: ' + sql);\n end;\n\n query.SQL.Text := sql;\n PrepareQueryParams(query, AInstructions, AValues);\n query.ExecSQL;\n\n Result := True;\n\n except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка при выполнении UPSERT: %s',\n [E.Message]\n ));\n Result := False;\n end;\n end;\nend;\n\nfunction TExportExecutor.InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n): Integer;\nvar\n i: Integer;\n query: TSQLQuery;\n sql: String;\n values: array of Variant;\nbegin\n Result := 0;\n\n if ABatchData.Count = 0 then\n Exit;\n\n query := FConnection.GetQuery;\n sql := BuildInsertSQL(ATableName, AInstructions);\n\n query.SQL.Text := sql;\n\n // Вставляем записи по одной\n for i := 0 to ABatchData.Count - 1 do\n begin\n values := TObject(ABatchData[i]) as array of Variant;\n\n try\n PrepareQueryParams(query, AInstructions, values);\n query.ExecSQL;\n Inc(Result);\n\n except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка вставки записи %d: %s',\n [i + 1, E.Message]\n ));\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n end;\n\n FLogger.LogDebug(Format(\n 'Вставлено записей в пакете: %d из %d',\n [Result, ABatchData.Count]\n ));\nend;\n\nfunction TExportExecutor.ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n): Boolean;\nvar\n i: Integer;\n mapping: TColumnMapping;\n rawValue, convertedValue: Variant;\nbegin\n Result := True;\n\n // Извлекаем значения для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n // Обработка константных значений\n if mapping.IsConstant then\n begin\n AValues[i] := mapping.DefaultValue;\n Continue;\n end;\n\n // Получаем значение из примитива\n rawValue := ASourceProvider.GetPropertyValue(AEntity, mapping.SourceParam);\n\n // Валидируем и преобразуем тип\n if not FValidator.ValidateAndConvert(\n rawValue,\n mapping.DataType,\n convertedValue\n ) then\n begin\n FLogger.LogWarning(Format(\n 'Ошибка валидации значения для колонки \"%s\"',\n [mapping.ColumnName]\n ));\n\n if FConfig.ErrorMode = emStop then\n begin\n Result := False;\n Exit;\n end;\n\n // В мягком режиме используем значение по умолчанию\n convertedValue := Null;\n end;\n\n AValues[i] := convertedValue;\n end;\nend;\n\nfunction TExportExecutor.ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n): TExportTableResult;\nvar\n entities: TList;\n i, j: Integer;\n entity: Pointer;\n values: array of Variant;\n batchData: TList;\n inserted, updated: Integer;\n hasKeys: Boolean;\nbegin\n // Инициализация результата\n Result.TableName := AExportTableName;\n Result.TargetTable := AInstructions.TargetTable;\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 0;\n Result.ErrorMessages := TStringList.Create;\n Result.Success := True;\n\n FLogger.LogInfo(Format(\n 'Начало экспорта из \"%s\" в \"%s\"',\n [AExportTableName, AInstructions.TargetTable]\n ));\n\n try\n // Получаем список примитивов\n entities := ASourceProvider.GetEntities(AInstructions.TypeData);\n try\n if entities.Count = 0 then\n begin\n FLogger.LogWarning('Нет данных для экспорта');\n Exit;\n end;\n\n FLogger.LogInfo(Format('Найдено объектов для экспорта: %d', [entities.Count]));\n\n // Подготовка массива значений\n SetLength(values, AInstructions.ColumnMappings.Count);\n\n // Проверяем наличие ключевых колонок\n hasKeys := AInstructions.KeyColumns.Count > 0;\n\n // Начинаем транзакцию\n if not FConfig.DryRun then\n FConnection.BeginTransaction;\n\n try\n if hasKeys then\n begin\n // Режим UPSERT (с ключевыми колонками)\n FLogger.LogInfo('Режим UPSERT (обновление/вставка)');\n\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Выполняем UPSERT\n if not FConfig.DryRun then\n begin\n if UpsertRecord(AInstructions.TargetTable, AInstructions, values) then\n begin\n // Не различаем вставку и обновление в этом режиме\n Inc(Result.RowsInserted);\n end\n else\n begin\n Inc(Result.ErrorCount);\n end;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));\n end;\n end\n else\n begin\n // Режим только INSERT (пакетная вставка)\n FLogger.LogInfo('Режим INSERT (пакетная вставка)');\n\n batchData := TList.Create;\n try\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Добавляем в пакет\n batchData.Add(@values);\n\n // Вставляем пакет при достижении размера батча\n if (batchData.Count >= FBatchSize) or (i = entities.Count - 1) then\n begin\n if not FConfig.DryRun then\n begin\n inserted := InsertBatch(AInstructions.TargetTable,\n AInstructions, batchData);\n Inc(Result.RowsInserted, inserted);\n end;\n\n batchData.Clear;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));\n end;\n finally\n batchData.Free;\n end;\n end;\n\n // Фиксируем транзакцию\n if not FConfig.DryRun then\n FConnection.CommitTransaction;\n\n FLogger.LogInfo(Format(\n 'Экспорт завершён: обработано %d, вставлено %d, ошибок %d',\n [Result.RowsProcessed, Result.RowsInserted, Result.ErrorCount]\n ));\n\n except\n on E: Exception do\n begin\n // Откатываем транзакцию\n if not FConfig.DryRun then\n FConnection.RollbackTransaction;\n\n FLogger.LogError('Ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n\n finally\n entities.Free;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n end;\n end;\nend;\n\nend.\n",
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"old_string": " TExportExecutor = class\n private\n FConnection: TAccessConnection;\n FLogger: TExportLogger;\n FValidator: TTypeValidator;\n FConfig: TExportConfig;\n FBatchSize: Integer;",
"new_string": " TExportExecutor = class\n private\n FConnection: TAccessConnection;\n FValidator: TTypeValidator;\n FConfig: TExportConfig;\n FBatchSize: Integer;"
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"content": "The file /tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 35→\n 36→ Обрабатывает инструкции экспорта, получает данные из источника,\n 37→ выполняет валидацию и вставляет/обновляет данные в целевой таблице\n 38→ **}\n 39→ TExportExecutor = class\n 40→ private\n 41→ FConnection: TAccessConnection;\n 42→ FValidator: TTypeValidator;\n 43→ FConfig: TExportConfig;\n 44→ FBatchSize: Integer;\n 45→\n 46→ // Построить SQL для вставки\n 47→ function BuildInsertSQL(\n 48→ const ATableName: String;"
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"oldString": " TExportExecutor = class\n private\n FConnection: TAccessConnection;\n FLogger: TExportLogger;\n FValidator: TTypeValidator;\n FConfig: TExportConfig;\n FBatchSize: Integer;",
"newString": " TExportExecutor = class\n private\n FConnection: TAccessConnection;\n FValidator: TTypeValidator;\n FConfig: TExportConfig;\n FBatchSize: Integer;",
"originalFile": "{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_executor;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, Variants, DB, SQLDB,\n uzvaccess_types, uzclog, uzvaccess_config,\n uzvaccess_connection, uzvaccess_validator,\n uzvaccess_source_provider;\n\ntype\n {**\n Класс для выполнения экспорта данных в Access\n\n Обрабатывает инструкции экспорта, получает данные из источника,\n выполняет валидацию и вставляет/обновляет данные в целевой таблице\n **}\n TExportExecutor = class\n private\n FConnection: TAccessConnection;\n FLogger: TExportLogger;\n FValidator: TTypeValidator;\n FConfig: TExportConfig;\n FBatchSize: Integer;\n\n // Построить SQL для вставки\n function BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для обновления (UPSERT)\n function BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для проверки существования записи\n function BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Подготовить параметры запроса\n procedure PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n );\n\n // Вставить пакет данных\n function InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n ): Integer;\n\n // Обновить или вставить запись (UPSERT)\n function UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Проверить существование записи по ключам\n function RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Извлечь значения из примитива\n function ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n ): Boolean;\n\n public\n constructor Create(\n AConnection: TAccessConnection;\n ALogger: TExportLogger;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n );\n destructor Destroy; override;\n\n // Выполнить экспорт для одной EXPORT-таблицы\n function ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n ): TExportTableResult;\n end;\n\nimplementation\n\n{ TExportExecutor }\n\nconstructor TExportExecutor.Create(\n AConnection: TAccessConnection;\n ALogger: TExportLogger;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n);\nbegin\n FConnection := AConnection;\n FLogger := ALogger;\n FValidator := AValidator;\n FConfig := AConfig;\n FBatchSize := AConfig.BatchSize;\nend;\n\ndestructor TExportExecutor.Destroy;\nbegin\n inherited Destroy;\nend;\n\nfunction TExportExecutor.BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n columns, params: String;\nbegin\n columns := '';\n params := '';\n\n // Формируем список колонок и параметров\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n if i > 0 then\n begin\n columns := columns + ', ';\n params := params + ', ';\n end;\n\n columns := columns + '[' + mapping.ColumnName + ']';\n params := params + ':' + mapping.ColumnName;\n end;\n\n Result := Format('INSERT INTO [%s] (%s) VALUES (%s)',\n [ATableName, columns, params]);\nend;\n\nfunction TExportExecutor.BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n setClause, whereClause: String;\n isKey: Boolean;\nbegin\n setClause := '';\n whereClause := '';\n\n // Формируем SET и WHERE части\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n isKey := AInstructions.KeyColumns.IndexOf(mapping.ColumnName) >= 0;\n\n if not isKey then\n begin\n // Не ключевые колонки идут в SET\n if setClause <> '' then\n setClause := setClause + ', ';\n\n setClause := setClause + Format('[%s] = :%s',\n [mapping.ColumnName, mapping.ColumnName]);\n end\n else\n begin\n // Ключевые колонки идут в WHERE\n if whereClause <> '' then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s_key',\n [mapping.ColumnName, mapping.ColumnName]);\n end;\n end;\n\n Result := Format('UPDATE [%s] SET %s WHERE %s',\n [ATableName, setClause, whereClause]);\nend;\n\nfunction TExportExecutor.BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n keyCol: String;\n whereClause: String;\nbegin\n whereClause := '';\n\n // Формируем WHERE по ключевым колонкам\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n if i > 0 then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s',\n [keyCol, keyCol]);\n end;\n\n Result := Format('SELECT COUNT(*) AS RecCount FROM [%s] WHERE %s',\n [ATableName, whereClause]);\nend;\n\nprocedure TExportExecutor.PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n);\nvar\n i: Integer;\n mapping: TColumnMapping;\n paramName: String;\n value: Variant;\nbegin\n // Очищаем существующие параметры\n AQuery.Params.Clear;\n\n // Добавляем параметры для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if i > High(AValues) then\n Break;\n\n mapping := AInstructions.ColumnMappings[i];\n value := AValues[i];\n paramName := mapping.ColumnName;\n\n // Создаём параметр\n if VarIsNull(value) then\n begin\n AQuery.Params.CreateParam(ftString, paramName, ptInput).Clear;\n end\n else\n begin\n case mapping.DataType of\n cdtString:\n AQuery.Params.CreateParam(ftString, paramName, ptInput).AsString :=\n VarToStr(value);\n\n cdtInteger:\n AQuery.Params.CreateParam(ftInteger, paramName, ptInput).AsInteger :=\n Integer(value);\n\n cdtFloat:\n AQuery.Params.CreateParam(ftFloat, paramName, ptInput).AsFloat :=\n Double(value);\n end;\n end;\n end;\nend;\n\nfunction TExportExecutor.RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n i, idx: Integer;\n keyCol: String;\n value: Variant;\n count: Integer;\nbegin\n Result := False;\n\n // Если нет ключевых колонок, считаем что записи не существует\n if AInstructions.KeyColumns.Count = 0 then\n Exit;\n\n query := TSQLQuery.Create(nil);\n try\n query.DataBase := FConnection.GetQuery.DataBase;\n query.Transaction := FConnection.GetQuery.Transaction;\n\n sql := BuildExistsSQL(ATableName, AInstructions);\n query.SQL.Text := sql;\n\n // Устанавливаем параметры только для ключевых колонок\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n // Находим индекс этой колонки в маппингах\n idx := -1;\n for idx := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if AInstructions.ColumnMappings[idx].ColumnName = keyCol then\n Break;\n end;\n\n if (idx >= 0) and (idx <= High(AValues)) then\n begin\n value := AValues[idx];\n query.Params.CreateParam(ftString, keyCol, ptInput).AsString :=\n VarToStr(value);\n end;\n end;\n\n // Выполняем запрос\n query.Open;\n try\n count := query.FieldByName('RecCount').AsInteger;\n Result := (count > 0);\n finally\n query.Close;\n end;\n\n finally\n query.Free;\n end;\nend;\n\nfunction TExportExecutor.UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n exists: Boolean;\nbegin\n Result := False;\n\n query := FConnection.GetQuery;\n\n try\n // Проверяем существование записи\n exists := RecordExists(ATableName, AInstructions, AValues);\n\n if exists then\n begin\n // UPDATE\n sql := BuildUpdateSQL(ATableName, AInstructions);\n FLogger.LogDebug('Обновление записи: ' + sql);\n end\n else\n begin\n // INSERT\n sql := BuildInsertSQL(ATableName, AInstructions);\n FLogger.LogDebug('Вставка записи: ' + sql);\n end;\n\n query.SQL.Text := sql;\n PrepareQueryParams(query, AInstructions, AValues);\n query.ExecSQL;\n\n Result := True;\n\n except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка при выполнении UPSERT: %s',\n [E.Message]\n ));\n Result := False;\n end;\n end;\nend;\n\nfunction TExportExecutor.InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n): Integer;\nvar\n i: Integer;\n query: TSQLQuery;\n sql: String;\n values: array of Variant;\nbegin\n Result := 0;\n\n if ABatchData.Count = 0 then\n Exit;\n\n query := FConnection.GetQuery;\n sql := BuildInsertSQL(ATableName, AInstructions);\n\n query.SQL.Text := sql;\n\n // Вставляем записи по одной\n for i := 0 to ABatchData.Count - 1 do\n begin\n values := TObject(ABatchData[i]) as array of Variant;\n\n try\n PrepareQueryParams(query, AInstructions, values);\n query.ExecSQL;\n Inc(Result);\n\n except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка вставки записи %d: %s',\n [i + 1, E.Message]\n ));\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n end;\n\n FLogger.LogDebug(Format(\n 'Вставлено записей в пакете: %d из %d',\n [Result, ABatchData.Count]\n ));\nend;\n\nfunction TExportExecutor.ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n): Boolean;\nvar\n i: Integer;\n mapping: TColumnMapping;\n rawValue, convertedValue: Variant;\nbegin\n Result := True;\n\n // Извлекаем значения для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n // Обработка константных значений\n if mapping.IsConstant then\n begin\n AValues[i] := mapping.DefaultValue;\n Continue;\n end;\n\n // Получаем значение из примитива\n rawValue := ASourceProvider.GetPropertyValue(AEntity, mapping.SourceParam);\n\n // Валидируем и преобразуем тип\n if not FValidator.ValidateAndConvert(\n rawValue,\n mapping.DataType,\n convertedValue\n ) then\n begin\n FLogger.LogWarning(Format(\n 'Ошибка валидации значения для колонки \"%s\"',\n [mapping.ColumnName]\n ));\n\n if FConfig.ErrorMode = emStop then\n begin\n Result := False;\n Exit;\n end;\n\n // В мягком режиме используем значение по умолчанию\n convertedValue := Null;\n end;\n\n AValues[i] := convertedValue;\n end;\nend;\n\nfunction TExportExecutor.ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n): TExportTableResult;\nvar\n entities: TList;\n i, j: Integer;\n entity: Pointer;\n values: array of Variant;\n batchData: TList;\n inserted, updated: Integer;\n hasKeys: Boolean;\nbegin\n // Инициализация результата\n Result.TableName := AExportTableName;\n Result.TargetTable := AInstructions.TargetTable;\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 0;\n Result.ErrorMessages := TStringList.Create;\n Result.Success := True;\n\n FLogger.LogInfo(Format(\n 'Начало экспорта из \"%s\" в \"%s\"',\n [AExportTableName, AInstructions.TargetTable]\n ));\n\n try\n // Получаем список примитивов\n entities := ASourceProvider.GetEntities(AInstructions.TypeData);\n try\n if entities.Count = 0 then\n begin\n FLogger.LogWarning('Нет данных для экспорта');\n Exit;\n end;\n\n FLogger.LogInfo(Format('Найдено объектов для экспорта: %d', [entities.Count]));\n\n // Подготовка массива значений\n SetLength(values, AInstructions.ColumnMappings.Count);\n\n // Проверяем наличие ключевых колонок\n hasKeys := AInstructions.KeyColumns.Count > 0;\n\n // Начинаем транзакцию\n if not FConfig.DryRun then\n FConnection.BeginTransaction;\n\n try\n if hasKeys then\n begin\n // Режим UPSERT (с ключевыми колонками)\n FLogger.LogInfo('Режим UPSERT (обновление/вставка)');\n\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Выполняем UPSERT\n if not FConfig.DryRun then\n begin\n if UpsertRecord(AInstructions.TargetTable, AInstructions, values) then\n begin\n // Не различаем вставку и обновление в этом режиме\n Inc(Result.RowsInserted);\n end\n else\n begin\n Inc(Result.ErrorCount);\n end;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));\n end;\n end\n else\n begin\n // Режим только INSERT (пакетная вставка)\n FLogger.LogInfo('Режим INSERT (пакетная вставка)');\n\n batchData := TList.Create;\n try\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Добавляем в пакет\n batchData.Add(@values);\n\n // Вставляем пакет при достижении размера батча\n if (batchData.Count >= FBatchSize) or (i = entities.Count - 1) then\n begin\n if not FConfig.DryRun then\n begin\n inserted := InsertBatch(AInstructions.TargetTable,\n AInstructions, batchData);\n Inc(Result.RowsInserted, inserted);\n end;\n\n batchData.Clear;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));\n end;\n finally\n batchData.Free;\n end;\n end;\n\n // Фиксируем транзакцию\n if not FConfig.DryRun then\n FConnection.CommitTransaction;\n\n FLogger.LogInfo(Format(\n 'Экспорт завершён: обработано %d, вставлено %d, ошибок %d',\n [Result.RowsProcessed, Result.RowsInserted, Result.ErrorCount]\n ));\n\n except\n on E: Exception do\n begin\n // Откатываем транзакцию\n if not FConfig.DryRun then\n FConnection.RollbackTransaction;\n\n FLogger.LogError('Ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n\n finally\n entities.Free;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n end;\n end;\nend;\n\nend.\n",
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" TExportExecutor = class",
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" FConnection: TAccessConnection;",
"- FLogger: TExportLogger;",
" FValidator: TTypeValidator;",
" FConfig: TExportConfig;",
" FBatchSize: Integer;"
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"old_string": " public\n constructor Create(\n AConnection: TAccessConnection;\n ALogger: TExportLogger;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n );\n destructor Destroy; override;",
"new_string": " public\n constructor Create(\n AConnection: TAccessConnection;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n );\n destructor Destroy; override;"
}
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[2025-12-07T20:57:00.046Z] [INFO] {
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"content": "The file /tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 96→ ASourceProvider: IDataSourceProvider;\n 97→ out AValues: array of Variant\n 98→ ): Boolean;\n 99→\n 100→ public\n 101→ constructor Create(\n 102→ AConnection: TAccessConnection;\n 103→ AValidator: TTypeValidator;\n 104→ AConfig: TExportConfig\n 105→ );\n 106→ destructor Destroy; override;\n 107→\n 108→ // Выполнить экспорт для одной EXPORT-таблицы\n 109→ function ExecuteExport(\n 110→ const AExportTableName: String;"
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"oldString": " public\n constructor Create(\n AConnection: TAccessConnection;\n ALogger: TExportLogger;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n );\n destructor Destroy; override;",
"newString": " public\n constructor Create(\n AConnection: TAccessConnection;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n );\n destructor Destroy; override;",
"originalFile": "{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_executor;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, Variants, DB, SQLDB,\n uzvaccess_types, uzclog, uzvaccess_config,\n uzvaccess_connection, uzvaccess_validator,\n uzvaccess_source_provider;\n\ntype\n {**\n Класс для выполнения экспорта данных в Access\n\n Обрабатывает инструкции экспорта, получает данные из источника,\n выполняет валидацию и вставляет/обновляет данные в целевой таблице\n **}\n TExportExecutor = class\n private\n FConnection: TAccessConnection;\n FValidator: TTypeValidator;\n FConfig: TExportConfig;\n FBatchSize: Integer;\n\n // Построить SQL для вставки\n function BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для обновления (UPSERT)\n function BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для проверки существования записи\n function BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Подготовить параметры запроса\n procedure PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n );\n\n // Вставить пакет данных\n function InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n ): Integer;\n\n // Обновить или вставить запись (UPSERT)\n function UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Проверить существование записи по ключам\n function RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Извлечь значения из примитива\n function ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n ): Boolean;\n\n public\n constructor Create(\n AConnection: TAccessConnection;\n ALogger: TExportLogger;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n );\n destructor Destroy; override;\n\n // Выполнить экспорт для одной EXPORT-таблицы\n function ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n ): TExportTableResult;\n end;\n\nimplementation\n\n{ TExportExecutor }\n\nconstructor TExportExecutor.Create(\n AConnection: TAccessConnection;\n ALogger: TExportLogger;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n);\nbegin\n FConnection := AConnection;\n FLogger := ALogger;\n FValidator := AValidator;\n FConfig := AConfig;\n FBatchSize := AConfig.BatchSize;\nend;\n\ndestructor TExportExecutor.Destroy;\nbegin\n inherited Destroy;\nend;\n\nfunction TExportExecutor.BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n columns, params: String;\nbegin\n columns := '';\n params := '';\n\n // Формируем список колонок и параметров\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n if i > 0 then\n begin\n columns := columns + ', ';\n params := params + ', ';\n end;\n\n columns := columns + '[' + mapping.ColumnName + ']';\n params := params + ':' + mapping.ColumnName;\n end;\n\n Result := Format('INSERT INTO [%s] (%s) VALUES (%s)',\n [ATableName, columns, params]);\nend;\n\nfunction TExportExecutor.BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n setClause, whereClause: String;\n isKey: Boolean;\nbegin\n setClause := '';\n whereClause := '';\n\n // Формируем SET и WHERE части\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n isKey := AInstructions.KeyColumns.IndexOf(mapping.ColumnName) >= 0;\n\n if not isKey then\n begin\n // Не ключевые колонки идут в SET\n if setClause <> '' then\n setClause := setClause + ', ';\n\n setClause := setClause + Format('[%s] = :%s',\n [mapping.ColumnName, mapping.ColumnName]);\n end\n else\n begin\n // Ключевые колонки идут в WHERE\n if whereClause <> '' then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s_key',\n [mapping.ColumnName, mapping.ColumnName]);\n end;\n end;\n\n Result := Format('UPDATE [%s] SET %s WHERE %s',\n [ATableName, setClause, whereClause]);\nend;\n\nfunction TExportExecutor.BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n keyCol: String;\n whereClause: String;\nbegin\n whereClause := '';\n\n // Формируем WHERE по ключевым колонкам\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n if i > 0 then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s',\n [keyCol, keyCol]);\n end;\n\n Result := Format('SELECT COUNT(*) AS RecCount FROM [%s] WHERE %s',\n [ATableName, whereClause]);\nend;\n\nprocedure TExportExecutor.PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n);\nvar\n i: Integer;\n mapping: TColumnMapping;\n paramName: String;\n value: Variant;\nbegin\n // Очищаем существующие параметры\n AQuery.Params.Clear;\n\n // Добавляем параметры для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if i > High(AValues) then\n Break;\n\n mapping := AInstructions.ColumnMappings[i];\n value := AValues[i];\n paramName := mapping.ColumnName;\n\n // Создаём параметр\n if VarIsNull(value) then\n begin\n AQuery.Params.CreateParam(ftString, paramName, ptInput).Clear;\n end\n else\n begin\n case mapping.DataType of\n cdtString:\n AQuery.Params.CreateParam(ftString, paramName, ptInput).AsString :=\n VarToStr(value);\n\n cdtInteger:\n AQuery.Params.CreateParam(ftInteger, paramName, ptInput).AsInteger :=\n Integer(value);\n\n cdtFloat:\n AQuery.Params.CreateParam(ftFloat, paramName, ptInput).AsFloat :=\n Double(value);\n end;\n end;\n end;\nend;\n\nfunction TExportExecutor.RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n i, idx: Integer;\n keyCol: String;\n value: Variant;\n count: Integer;\nbegin\n Result := False;\n\n // Если нет ключевых колонок, считаем что записи не существует\n if AInstructions.KeyColumns.Count = 0 then\n Exit;\n\n query := TSQLQuery.Create(nil);\n try\n query.DataBase := FConnection.GetQuery.DataBase;\n query.Transaction := FConnection.GetQuery.Transaction;\n\n sql := BuildExistsSQL(ATableName, AInstructions);\n query.SQL.Text := sql;\n\n // Устанавливаем параметры только для ключевых колонок\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n // Находим индекс этой колонки в маппингах\n idx := -1;\n for idx := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if AInstructions.ColumnMappings[idx].ColumnName = keyCol then\n Break;\n end;\n\n if (idx >= 0) and (idx <= High(AValues)) then\n begin\n value := AValues[idx];\n query.Params.CreateParam(ftString, keyCol, ptInput).AsString :=\n VarToStr(value);\n end;\n end;\n\n // Выполняем запрос\n query.Open;\n try\n count := query.FieldByName('RecCount').AsInteger;\n Result := (count > 0);\n finally\n query.Close;\n end;\n\n finally\n query.Free;\n end;\nend;\n\nfunction TExportExecutor.UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n exists: Boolean;\nbegin\n Result := False;\n\n query := FConnection.GetQuery;\n\n try\n // Проверяем существование записи\n exists := RecordExists(ATableName, AInstructions, AValues);\n\n if exists then\n begin\n // UPDATE\n sql := BuildUpdateSQL(ATableName, AInstructions);\n FLogger.LogDebug('Обновление записи: ' + sql);\n end\n else\n begin\n // INSERT\n sql := BuildInsertSQL(ATableName, AInstructions);\n FLogger.LogDebug('Вставка записи: ' + sql);\n end;\n\n query.SQL.Text := sql;\n PrepareQueryParams(query, AInstructions, AValues);\n query.ExecSQL;\n\n Result := True;\n\n except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка при выполнении UPSERT: %s',\n [E.Message]\n ));\n Result := False;\n end;\n end;\nend;\n\nfunction TExportExecutor.InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n): Integer;\nvar\n i: Integer;\n query: TSQLQuery;\n sql: String;\n values: array of Variant;\nbegin\n Result := 0;\n\n if ABatchData.Count = 0 then\n Exit;\n\n query := FConnection.GetQuery;\n sql := BuildInsertSQL(ATableName, AInstructions);\n\n query.SQL.Text := sql;\n\n // Вставляем записи по одной\n for i := 0 to ABatchData.Count - 1 do\n begin\n values := TObject(ABatchData[i]) as array of Variant;\n\n try\n PrepareQueryParams(query, AInstructions, values);\n query.ExecSQL;\n Inc(Result);\n\n except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка вставки записи %d: %s',\n [i + 1, E.Message]\n ));\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n end;\n\n FLogger.LogDebug(Format(\n 'Вставлено записей в пакете: %d из %d',\n [Result, ABatchData.Count]\n ));\nend;\n\nfunction TExportExecutor.ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n): Boolean;\nvar\n i: Integer;\n mapping: TColumnMapping;\n rawValue, convertedValue: Variant;\nbegin\n Result := True;\n\n // Извлекаем значения для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n // Обработка константных значений\n if mapping.IsConstant then\n begin\n AValues[i] := mapping.DefaultValue;\n Continue;\n end;\n\n // Получаем значение из примитива\n rawValue := ASourceProvider.GetPropertyValue(AEntity, mapping.SourceParam);\n\n // Валидируем и преобразуем тип\n if not FValidator.ValidateAndConvert(\n rawValue,\n mapping.DataType,\n convertedValue\n ) then\n begin\n FLogger.LogWarning(Format(\n 'Ошибка валидации значения для колонки \"%s\"',\n [mapping.ColumnName]\n ));\n\n if FConfig.ErrorMode = emStop then\n begin\n Result := False;\n Exit;\n end;\n\n // В мягком режиме используем значение по умолчанию\n convertedValue := Null;\n end;\n\n AValues[i] := convertedValue;\n end;\nend;\n\nfunction TExportExecutor.ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n): TExportTableResult;\nvar\n entities: TList;\n i, j: Integer;\n entity: Pointer;\n values: array of Variant;\n batchData: TList;\n inserted, updated: Integer;\n hasKeys: Boolean;\nbegin\n // Инициализация результата\n Result.TableName := AExportTableName;\n Result.TargetTable := AInstructions.TargetTable;\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 0;\n Result.ErrorMessages := TStringList.Create;\n Result.Success := True;\n\n FLogger.LogInfo(Format(\n 'Начало экспорта из \"%s\" в \"%s\"',\n [AExportTableName, AInstructions.TargetTable]\n ));\n\n try\n // Получаем список примитивов\n entities := ASourceProvider.GetEntities(AInstructions.TypeData);\n try\n if entities.Count = 0 then\n begin\n FLogger.LogWarning('Нет данных для экспорта');\n Exit;\n end;\n\n FLogger.LogInfo(Format('Найдено объектов для экспорта: %d', [entities.Count]));\n\n // Подготовка массива значений\n SetLength(values, AInstructions.ColumnMappings.Count);\n\n // Проверяем наличие ключевых колонок\n hasKeys := AInstructions.KeyColumns.Count > 0;\n\n // Начинаем транзакцию\n if not FConfig.DryRun then\n FConnection.BeginTransaction;\n\n try\n if hasKeys then\n begin\n // Режим UPSERT (с ключевыми колонками)\n FLogger.LogInfo('Режим UPSERT (обновление/вставка)');\n\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Выполняем UPSERT\n if not FConfig.DryRun then\n begin\n if UpsertRecord(AInstructions.TargetTable, AInstructions, values) then\n begin\n // Не различаем вставку и обновление в этом режиме\n Inc(Result.RowsInserted);\n end\n else\n begin\n Inc(Result.ErrorCount);\n end;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));\n end;\n end\n else\n begin\n // Режим только INSERT (пакетная вставка)\n FLogger.LogInfo('Режим INSERT (пакетная вставка)');\n\n batchData := TList.Create;\n try\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Добавляем в пакет\n batchData.Add(@values);\n\n // Вставляем пакет при достижении размера батча\n if (batchData.Count >= FBatchSize) or (i = entities.Count - 1) then\n begin\n if not FConfig.DryRun then\n begin\n inserted := InsertBatch(AInstructions.TargetTable,\n AInstructions, batchData);\n Inc(Result.RowsInserted, inserted);\n end;\n\n batchData.Clear;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));\n end;\n finally\n batchData.Free;\n end;\n end;\n\n // Фиксируем транзакцию\n if not FConfig.DryRun then\n FConnection.CommitTransaction;\n\n FLogger.LogInfo(Format(\n 'Экспорт завершён: обработано %d, вставлено %d, ошибок %d',\n [Result.RowsProcessed, Result.RowsInserted, Result.ErrorCount]\n ));\n\n except\n on E: Exception do\n begin\n // Откатываем транзакцию\n if not FConfig.DryRun then\n FConnection.RollbackTransaction;\n\n FLogger.LogError('Ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n\n finally\n entities.Free;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n end;\n end;\nend;\n\nend.\n",
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"file_path": "/tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas",
"old_string": "constructor TExportExecutor.Create(\n AConnection: TAccessConnection;\n ALogger: TExportLogger;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n);\nbegin\n FConnection := AConnection;\n FLogger := ALogger;\n FValidator := AValidator;\n FConfig := AConfig;\n FBatchSize := AConfig.BatchSize;\nend;",
"new_string": "constructor TExportExecutor.Create(\n AConnection: TAccessConnection;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n);\nbegin\n FConnection := AConnection;\n FValidator := AValidator;\n FConfig := AConfig;\n FBatchSize := AConfig.BatchSize;\nend;"
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[2025-12-07T20:57:04.894Z] [INFO] {
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"content": "The file /tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 116→implementation\n 117→\n 118→{ TExportExecutor }\n 119→\n 120→constructor TExportExecutor.Create(\n 121→ AConnection: TAccessConnection;\n 122→ AValidator: TTypeValidator;\n 123→ AConfig: TExportConfig\n 124→);\n 125→begin\n 126→ FConnection := AConnection;\n 127→ FValidator := AValidator;\n 128→ FConfig := AConfig;\n 129→ FBatchSize := AConfig.BatchSize;\n 130→end;\n 131→\n 132→destructor TExportExecutor.Destroy;\n 133→begin\n 134→ inherited Destroy;"
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"oldString": "constructor TExportExecutor.Create(\n AConnection: TAccessConnection;\n ALogger: TExportLogger;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n);\nbegin\n FConnection := AConnection;\n FLogger := ALogger;\n FValidator := AValidator;\n FConfig := AConfig;\n FBatchSize := AConfig.BatchSize;\nend;",
"newString": "constructor TExportExecutor.Create(\n AConnection: TAccessConnection;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n);\nbegin\n FConnection := AConnection;\n FValidator := AValidator;\n FConfig := AConfig;\n FBatchSize := AConfig.BatchSize;\nend;",
"originalFile": "{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_executor;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, Variants, DB, SQLDB,\n uzvaccess_types, uzclog, uzvaccess_config,\n uzvaccess_connection, uzvaccess_validator,\n uzvaccess_source_provider;\n\ntype\n {**\n Класс для выполнения экспорта данных в Access\n\n Обрабатывает инструкции экспорта, получает данные из источника,\n выполняет валидацию и вставляет/обновляет данные в целевой таблице\n **}\n TExportExecutor = class\n private\n FConnection: TAccessConnection;\n FValidator: TTypeValidator;\n FConfig: TExportConfig;\n FBatchSize: Integer;\n\n // Построить SQL для вставки\n function BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для обновления (UPSERT)\n function BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для проверки существования записи\n function BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Подготовить параметры запроса\n procedure PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n );\n\n // Вставить пакет данных\n function InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n ): Integer;\n\n // Обновить или вставить запись (UPSERT)\n function UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Проверить существование записи по ключам\n function RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Извлечь значения из примитива\n function ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n ): Boolean;\n\n public\n constructor Create(\n AConnection: TAccessConnection;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n );\n destructor Destroy; override;\n\n // Выполнить экспорт для одной EXPORT-таблицы\n function ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n ): TExportTableResult;\n end;\n\nimplementation\n\n{ TExportExecutor }\n\nconstructor TExportExecutor.Create(\n AConnection: TAccessConnection;\n ALogger: TExportLogger;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n);\nbegin\n FConnection := AConnection;\n FLogger := ALogger;\n FValidator := AValidator;\n FConfig := AConfig;\n FBatchSize := AConfig.BatchSize;\nend;\n\ndestructor TExportExecutor.Destroy;\nbegin\n inherited Destroy;\nend;\n\nfunction TExportExecutor.BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n columns, params: String;\nbegin\n columns := '';\n params := '';\n\n // Формируем список колонок и параметров\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n if i > 0 then\n begin\n columns := columns + ', ';\n params := params + ', ';\n end;\n\n columns := columns + '[' + mapping.ColumnName + ']';\n params := params + ':' + mapping.ColumnName;\n end;\n\n Result := Format('INSERT INTO [%s] (%s) VALUES (%s)',\n [ATableName, columns, params]);\nend;\n\nfunction TExportExecutor.BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n setClause, whereClause: String;\n isKey: Boolean;\nbegin\n setClause := '';\n whereClause := '';\n\n // Формируем SET и WHERE части\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n isKey := AInstructions.KeyColumns.IndexOf(mapping.ColumnName) >= 0;\n\n if not isKey then\n begin\n // Не ключевые колонки идут в SET\n if setClause <> '' then\n setClause := setClause + ', ';\n\n setClause := setClause + Format('[%s] = :%s',\n [mapping.ColumnName, mapping.ColumnName]);\n end\n else\n begin\n // Ключевые колонки идут в WHERE\n if whereClause <> '' then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s_key',\n [mapping.ColumnName, mapping.ColumnName]);\n end;\n end;\n\n Result := Format('UPDATE [%s] SET %s WHERE %s',\n [ATableName, setClause, whereClause]);\nend;\n\nfunction TExportExecutor.BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n keyCol: String;\n whereClause: String;\nbegin\n whereClause := '';\n\n // Формируем WHERE по ключевым колонкам\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n if i > 0 then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s',\n [keyCol, keyCol]);\n end;\n\n Result := Format('SELECT COUNT(*) AS RecCount FROM [%s] WHERE %s',\n [ATableName, whereClause]);\nend;\n\nprocedure TExportExecutor.PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n);\nvar\n i: Integer;\n mapping: TColumnMapping;\n paramName: String;\n value: Variant;\nbegin\n // Очищаем существующие параметры\n AQuery.Params.Clear;\n\n // Добавляем параметры для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if i > High(AValues) then\n Break;\n\n mapping := AInstructions.ColumnMappings[i];\n value := AValues[i];\n paramName := mapping.ColumnName;\n\n // Создаём параметр\n if VarIsNull(value) then\n begin\n AQuery.Params.CreateParam(ftString, paramName, ptInput).Clear;\n end\n else\n begin\n case mapping.DataType of\n cdtString:\n AQuery.Params.CreateParam(ftString, paramName, ptInput).AsString :=\n VarToStr(value);\n\n cdtInteger:\n AQuery.Params.CreateParam(ftInteger, paramName, ptInput).AsInteger :=\n Integer(value);\n\n cdtFloat:\n AQuery.Params.CreateParam(ftFloat, paramName, ptInput).AsFloat :=\n Double(value);\n end;\n end;\n end;\nend;\n\nfunction TExportExecutor.RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n i, idx: Integer;\n keyCol: String;\n value: Variant;\n count: Integer;\nbegin\n Result := False;\n\n // Если нет ключевых колонок, считаем что записи не существует\n if AInstructions.KeyColumns.Count = 0 then\n Exit;\n\n query := TSQLQuery.Create(nil);\n try\n query.DataBase := FConnection.GetQuery.DataBase;\n query.Transaction := FConnection.GetQuery.Transaction;\n\n sql := BuildExistsSQL(ATableName, AInstructions);\n query.SQL.Text := sql;\n\n // Устанавливаем параметры только для ключевых колонок\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n // Находим индекс этой колонки в маппингах\n idx := -1;\n for idx := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if AInstructions.ColumnMappings[idx].ColumnName = keyCol then\n Break;\n end;\n\n if (idx >= 0) and (idx <= High(AValues)) then\n begin\n value := AValues[idx];\n query.Params.CreateParam(ftString, keyCol, ptInput).AsString :=\n VarToStr(value);\n end;\n end;\n\n // Выполняем запрос\n query.Open;\n try\n count := query.FieldByName('RecCount').AsInteger;\n Result := (count > 0);\n finally\n query.Close;\n end;\n\n finally\n query.Free;\n end;\nend;\n\nfunction TExportExecutor.UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n exists: Boolean;\nbegin\n Result := False;\n\n query := FConnection.GetQuery;\n\n try\n // Проверяем существование записи\n exists := RecordExists(ATableName, AInstructions, AValues);\n\n if exists then\n begin\n // UPDATE\n sql := BuildUpdateSQL(ATableName, AInstructions);\n FLogger.LogDebug('Обновление записи: ' + sql);\n end\n else\n begin\n // INSERT\n sql := BuildInsertSQL(ATableName, AInstructions);\n FLogger.LogDebug('Вставка записи: ' + sql);\n end;\n\n query.SQL.Text := sql;\n PrepareQueryParams(query, AInstructions, AValues);\n query.ExecSQL;\n\n Result := True;\n\n except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка при выполнении UPSERT: %s',\n [E.Message]\n ));\n Result := False;\n end;\n end;\nend;\n\nfunction TExportExecutor.InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n): Integer;\nvar\n i: Integer;\n query: TSQLQuery;\n sql: String;\n values: array of Variant;\nbegin\n Result := 0;\n\n if ABatchData.Count = 0 then\n Exit;\n\n query := FConnection.GetQuery;\n sql := BuildInsertSQL(ATableName, AInstructions);\n\n query.SQL.Text := sql;\n\n // Вставляем записи по одной\n for i := 0 to ABatchData.Count - 1 do\n begin\n values := TObject(ABatchData[i]) as array of Variant;\n\n try\n PrepareQueryParams(query, AInstructions, values);\n query.ExecSQL;\n Inc(Result);\n\n except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка вставки записи %d: %s',\n [i + 1, E.Message]\n ));\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n end;\n\n FLogger.LogDebug(Format(\n 'Вставлено записей в пакете: %d из %d',\n [Result, ABatchData.Count]\n ));\nend;\n\nfunction TExportExecutor.ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n): Boolean;\nvar\n i: Integer;\n mapping: TColumnMapping;\n rawValue, convertedValue: Variant;\nbegin\n Result := True;\n\n // Извлекаем значения для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n // Обработка константных значений\n if mapping.IsConstant then\n begin\n AValues[i] := mapping.DefaultValue;\n Continue;\n end;\n\n // Получаем значение из примитива\n rawValue := ASourceProvider.GetPropertyValue(AEntity, mapping.SourceParam);\n\n // Валидируем и преобразуем тип\n if not FValidator.ValidateAndConvert(\n rawValue,\n mapping.DataType,\n convertedValue\n ) then\n begin\n FLogger.LogWarning(Format(\n 'Ошибка валидации значения для колонки \"%s\"',\n [mapping.ColumnName]\n ));\n\n if FConfig.ErrorMode = emStop then\n begin\n Result := False;\n Exit;\n end;\n\n // В мягком режиме используем значение по умолчанию\n convertedValue := Null;\n end;\n\n AValues[i] := convertedValue;\n end;\nend;\n\nfunction TExportExecutor.ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n): TExportTableResult;\nvar\n entities: TList;\n i, j: Integer;\n entity: Pointer;\n values: array of Variant;\n batchData: TList;\n inserted, updated: Integer;\n hasKeys: Boolean;\nbegin\n // Инициализация результата\n Result.TableName := AExportTableName;\n Result.TargetTable := AInstructions.TargetTable;\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 0;\n Result.ErrorMessages := TStringList.Create;\n Result.Success := True;\n\n FLogger.LogInfo(Format(\n 'Начало экспорта из \"%s\" в \"%s\"',\n [AExportTableName, AInstructions.TargetTable]\n ));\n\n try\n // Получаем список примитивов\n entities := ASourceProvider.GetEntities(AInstructions.TypeData);\n try\n if entities.Count = 0 then\n begin\n FLogger.LogWarning('Нет данных для экспорта');\n Exit;\n end;\n\n FLogger.LogInfo(Format('Найдено объектов для экспорта: %d', [entities.Count]));\n\n // Подготовка массива значений\n SetLength(values, AInstructions.ColumnMappings.Count);\n\n // Проверяем наличие ключевых колонок\n hasKeys := AInstructions.KeyColumns.Count > 0;\n\n // Начинаем транзакцию\n if not FConfig.DryRun then\n FConnection.BeginTransaction;\n\n try\n if hasKeys then\n begin\n // Режим UPSERT (с ключевыми колонками)\n FLogger.LogInfo('Режим UPSERT (обновление/вставка)');\n\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Выполняем UPSERT\n if not FConfig.DryRun then\n begin\n if UpsertRecord(AInstructions.TargetTable, AInstructions, values) then\n begin\n // Не различаем вставку и обновление в этом режиме\n Inc(Result.RowsInserted);\n end\n else\n begin\n Inc(Result.ErrorCount);\n end;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));\n end;\n end\n else\n begin\n // Режим только INSERT (пакетная вставка)\n FLogger.LogInfo('Режим INSERT (пакетная вставка)');\n\n batchData := TList.Create;\n try\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Добавляем в пакет\n batchData.Add(@values);\n\n // Вставляем пакет при достижении размера батча\n if (batchData.Count >= FBatchSize) or (i = entities.Count - 1) then\n begin\n if not FConfig.DryRun then\n begin\n inserted := InsertBatch(AInstructions.TargetTable,\n AInstructions, batchData);\n Inc(Result.RowsInserted, inserted);\n end;\n\n batchData.Clear;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));\n end;\n finally\n batchData.Free;\n end;\n end;\n\n // Фиксируем транзакцию\n if not FConfig.DryRun then\n FConnection.CommitTransaction;\n\n FLogger.LogInfo(Format(\n 'Экспорт завершён: обработано %d, вставлено %d, ошибок %d',\n [Result.RowsProcessed, Result.RowsInserted, Result.ErrorCount]\n ));\n\n except\n on E: Exception do\n begin\n // Откатываем транзакцию\n if not FConfig.DryRun then\n FConnection.RollbackTransaction;\n\n FLogger.LogError('Ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n\n finally\n entities.Free;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n end;\n end;\nend;\n\nend.\n",
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" ",
" constructor TExportExecutor.Create(",
" AConnection: TAccessConnection;",
"- ALogger: TExportLogger;",
" AValidator: TTypeValidator;",
" AConfig: TExportConfig",
" );",
" begin",
" FConnection := AConnection;",
"- FLogger := ALogger;",
" FValidator := AValidator;",
" FConfig := AConfig;",
" FBatchSize := AConfig.BatchSize;"
]
}
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[2025-12-07T20:57:07.417Z] [INFO] {
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"id": "msg_017iwf21JRSu2uEEKAUMw23J",
"type": "message",
"role": "assistant",
"content": [
{
"type": "text",
"text": "Now I need to replace all FLogger calls with programlog.LogOutFormatStr. Let me do this:"
}
],
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[2025-12-07T20:57:10.272Z] [INFO] {
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"id": "msg_017iwf21JRSu2uEEKAUMw23J",
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{
"type": "tool_use",
"id": "toolu_01FsLpMMWjqojEbhV2mEtzVF",
"name": "Edit",
"input": {
"file_path": "/tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas",
"old_string": " if exists then\n begin\n // UPDATE\n sql := BuildUpdateSQL(ATableName, AInstructions);\n FLogger.LogDebug('Обновление записи: ' + sql);\n end\n else\n begin\n // INSERT\n sql := BuildInsertSQL(ATableName, AInstructions);\n FLogger.LogDebug('Вставка записи: ' + sql);\n end;",
"new_string": " if exists then\n begin\n // UPDATE\n sql := BuildUpdateSQL(ATableName, AInstructions);\n end\n else\n begin\n // INSERT\n sql := BuildInsertSQL(ATableName, AInstructions);\n end;"
}
}
],
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[2025-12-07T20:57:10.304Z] [INFO] {
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"message": {
"role": "user",
"content": [
{
"tool_use_id": "toolu_01FsLpMMWjqojEbhV2mEtzVF",
"type": "tool_result",
"content": "The file /tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 362→ try\n 363→ // Проверяем существование записи\n 364→ exists := RecordExists(ATableName, AInstructions, AValues);\n 365→\n 366→ if exists then\n 367→ begin\n 368→ // UPDATE\n 369→ sql := BuildUpdateSQL(ATableName, AInstructions);\n 370→ end\n 371→ else\n 372→ begin\n 373→ // INSERT\n 374→ sql := BuildInsertSQL(ATableName, AInstructions);\n 375→ end;\n 376→\n 377→ query.SQL.Text := sql;\n 378→ PrepareQueryParams(query, AInstructions, AValues);\n 379→ query.ExecSQL;"
}
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},
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"filePath": "/tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas",
"oldString": " if exists then\n begin\n // UPDATE\n sql := BuildUpdateSQL(ATableName, AInstructions);\n FLogger.LogDebug('Обновление записи: ' + sql);\n end\n else\n begin\n // INSERT\n sql := BuildInsertSQL(ATableName, AInstructions);\n FLogger.LogDebug('Вставка записи: ' + sql);\n end;",
"newString": " if exists then\n begin\n // UPDATE\n sql := BuildUpdateSQL(ATableName, AInstructions);\n end\n else\n begin\n // INSERT\n sql := BuildInsertSQL(ATableName, AInstructions);\n end;",
"originalFile": "{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_executor;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, Variants, DB, SQLDB,\n uzvaccess_types, uzclog, uzvaccess_config,\n uzvaccess_connection, uzvaccess_validator,\n uzvaccess_source_provider;\n\ntype\n {**\n Класс для выполнения экспорта данных в Access\n\n Обрабатывает инструкции экспорта, получает данные из источника,\n выполняет валидацию и вставляет/обновляет данные в целевой таблице\n **}\n TExportExecutor = class\n private\n FConnection: TAccessConnection;\n FValidator: TTypeValidator;\n FConfig: TExportConfig;\n FBatchSize: Integer;\n\n // Построить SQL для вставки\n function BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для обновления (UPSERT)\n function BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для проверки существования записи\n function BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Подготовить параметры запроса\n procedure PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n );\n\n // Вставить пакет данных\n function InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n ): Integer;\n\n // Обновить или вставить запись (UPSERT)\n function UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Проверить существование записи по ключам\n function RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Извлечь значения из примитива\n function ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n ): Boolean;\n\n public\n constructor Create(\n AConnection: TAccessConnection;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n );\n destructor Destroy; override;\n\n // Выполнить экспорт для одной EXPORT-таблицы\n function ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n ): TExportTableResult;\n end;\n\nimplementation\n\n{ TExportExecutor }\n\nconstructor TExportExecutor.Create(\n AConnection: TAccessConnection;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n);\nbegin\n FConnection := AConnection;\n FValidator := AValidator;\n FConfig := AConfig;\n FBatchSize := AConfig.BatchSize;\nend;\n\ndestructor TExportExecutor.Destroy;\nbegin\n inherited Destroy;\nend;\n\nfunction TExportExecutor.BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n columns, params: String;\nbegin\n columns := '';\n params := '';\n\n // Формируем список колонок и параметров\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n if i > 0 then\n begin\n columns := columns + ', ';\n params := params + ', ';\n end;\n\n columns := columns + '[' + mapping.ColumnName + ']';\n params := params + ':' + mapping.ColumnName;\n end;\n\n Result := Format('INSERT INTO [%s] (%s) VALUES (%s)',\n [ATableName, columns, params]);\nend;\n\nfunction TExportExecutor.BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n setClause, whereClause: String;\n isKey: Boolean;\nbegin\n setClause := '';\n whereClause := '';\n\n // Формируем SET и WHERE части\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n isKey := AInstructions.KeyColumns.IndexOf(mapping.ColumnName) >= 0;\n\n if not isKey then\n begin\n // Не ключевые колонки идут в SET\n if setClause <> '' then\n setClause := setClause + ', ';\n\n setClause := setClause + Format('[%s] = :%s',\n [mapping.ColumnName, mapping.ColumnName]);\n end\n else\n begin\n // Ключевые колонки идут в WHERE\n if whereClause <> '' then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s_key',\n [mapping.ColumnName, mapping.ColumnName]);\n end;\n end;\n\n Result := Format('UPDATE [%s] SET %s WHERE %s',\n [ATableName, setClause, whereClause]);\nend;\n\nfunction TExportExecutor.BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n keyCol: String;\n whereClause: String;\nbegin\n whereClause := '';\n\n // Формируем WHERE по ключевым колонкам\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n if i > 0 then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s',\n [keyCol, keyCol]);\n end;\n\n Result := Format('SELECT COUNT(*) AS RecCount FROM [%s] WHERE %s',\n [ATableName, whereClause]);\nend;\n\nprocedure TExportExecutor.PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n);\nvar\n i: Integer;\n mapping: TColumnMapping;\n paramName: String;\n value: Variant;\nbegin\n // Очищаем существующие параметры\n AQuery.Params.Clear;\n\n // Добавляем параметры для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if i > High(AValues) then\n Break;\n\n mapping := AInstructions.ColumnMappings[i];\n value := AValues[i];\n paramName := mapping.ColumnName;\n\n // Создаём параметр\n if VarIsNull(value) then\n begin\n AQuery.Params.CreateParam(ftString, paramName, ptInput).Clear;\n end\n else\n begin\n case mapping.DataType of\n cdtString:\n AQuery.Params.CreateParam(ftString, paramName, ptInput).AsString :=\n VarToStr(value);\n\n cdtInteger:\n AQuery.Params.CreateParam(ftInteger, paramName, ptInput).AsInteger :=\n Integer(value);\n\n cdtFloat:\n AQuery.Params.CreateParam(ftFloat, paramName, ptInput).AsFloat :=\n Double(value);\n end;\n end;\n end;\nend;\n\nfunction TExportExecutor.RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n i, idx: Integer;\n keyCol: String;\n value: Variant;\n count: Integer;\nbegin\n Result := False;\n\n // Если нет ключевых колонок, считаем что записи не существует\n if AInstructions.KeyColumns.Count = 0 then\n Exit;\n\n query := TSQLQuery.Create(nil);\n try\n query.DataBase := FConnection.GetQuery.DataBase;\n query.Transaction := FConnection.GetQuery.Transaction;\n\n sql := BuildExistsSQL(ATableName, AInstructions);\n query.SQL.Text := sql;\n\n // Устанавливаем параметры только для ключевых колонок\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n // Находим индекс этой колонки в маппингах\n idx := -1;\n for idx := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if AInstructions.ColumnMappings[idx].ColumnName = keyCol then\n Break;\n end;\n\n if (idx >= 0) and (idx <= High(AValues)) then\n begin\n value := AValues[idx];\n query.Params.CreateParam(ftString, keyCol, ptInput).AsString :=\n VarToStr(value);\n end;\n end;\n\n // Выполняем запрос\n query.Open;\n try\n count := query.FieldByName('RecCount').AsInteger;\n Result := (count > 0);\n finally\n query.Close;\n end;\n\n finally\n query.Free;\n end;\nend;\n\nfunction TExportExecutor.UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n exists: Boolean;\nbegin\n Result := False;\n\n query := FConnection.GetQuery;\n\n try\n // Проверяем существование записи\n exists := RecordExists(ATableName, AInstructions, AValues);\n\n if exists then\n begin\n // UPDATE\n sql := BuildUpdateSQL(ATableName, AInstructions);\n FLogger.LogDebug('Обновление записи: ' + sql);\n end\n else\n begin\n // INSERT\n sql := BuildInsertSQL(ATableName, AInstructions);\n FLogger.LogDebug('Вставка записи: ' + sql);\n end;\n\n query.SQL.Text := sql;\n PrepareQueryParams(query, AInstructions, AValues);\n query.ExecSQL;\n\n Result := True;\n\n except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка при выполнении UPSERT: %s',\n [E.Message]\n ));\n Result := False;\n end;\n end;\nend;\n\nfunction TExportExecutor.InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n): Integer;\nvar\n i: Integer;\n query: TSQLQuery;\n sql: String;\n values: array of Variant;\nbegin\n Result := 0;\n\n if ABatchData.Count = 0 then\n Exit;\n\n query := FConnection.GetQuery;\n sql := BuildInsertSQL(ATableName, AInstructions);\n\n query.SQL.Text := sql;\n\n // Вставляем записи по одной\n for i := 0 to ABatchData.Count - 1 do\n begin\n values := TObject(ABatchData[i]) as array of Variant;\n\n try\n PrepareQueryParams(query, AInstructions, values);\n query.ExecSQL;\n Inc(Result);\n\n except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка вставки записи %d: %s',\n [i + 1, E.Message]\n ));\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n end;\n\n FLogger.LogDebug(Format(\n 'Вставлено записей в пакете: %d из %d',\n [Result, ABatchData.Count]\n ));\nend;\n\nfunction TExportExecutor.ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n): Boolean;\nvar\n i: Integer;\n mapping: TColumnMapping;\n rawValue, convertedValue: Variant;\nbegin\n Result := True;\n\n // Извлекаем значения для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n // Обработка константных значений\n if mapping.IsConstant then\n begin\n AValues[i] := mapping.DefaultValue;\n Continue;\n end;\n\n // Получаем значение из примитива\n rawValue := ASourceProvider.GetPropertyValue(AEntity, mapping.SourceParam);\n\n // Валидируем и преобразуем тип\n if not FValidator.ValidateAndConvert(\n rawValue,\n mapping.DataType,\n convertedValue\n ) then\n begin\n FLogger.LogWarning(Format(\n 'Ошибка валидации значения для колонки \"%s\"',\n [mapping.ColumnName]\n ));\n\n if FConfig.ErrorMode = emStop then\n begin\n Result := False;\n Exit;\n end;\n\n // В мягком режиме используем значение по умолчанию\n convertedValue := Null;\n end;\n\n AValues[i] := convertedValue;\n end;\nend;\n\nfunction TExportExecutor.ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n): TExportTableResult;\nvar\n entities: TList;\n i, j: Integer;\n entity: Pointer;\n values: array of Variant;\n batchData: TList;\n inserted, updated: Integer;\n hasKeys: Boolean;\nbegin\n // Инициализация результата\n Result.TableName := AExportTableName;\n Result.TargetTable := AInstructions.TargetTable;\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 0;\n Result.ErrorMessages := TStringList.Create;\n Result.Success := True;\n\n FLogger.LogInfo(Format(\n 'Начало экспорта из \"%s\" в \"%s\"',\n [AExportTableName, AInstructions.TargetTable]\n ));\n\n try\n // Получаем список примитивов\n entities := ASourceProvider.GetEntities(AInstructions.TypeData);\n try\n if entities.Count = 0 then\n begin\n FLogger.LogWarning('Нет данных для экспорта');\n Exit;\n end;\n\n FLogger.LogInfo(Format('Найдено объектов для экспорта: %d', [entities.Count]));\n\n // Подготовка массива значений\n SetLength(values, AInstructions.ColumnMappings.Count);\n\n // Проверяем наличие ключевых колонок\n hasKeys := AInstructions.KeyColumns.Count > 0;\n\n // Начинаем транзакцию\n if not FConfig.DryRun then\n FConnection.BeginTransaction;\n\n try\n if hasKeys then\n begin\n // Режим UPSERT (с ключевыми колонками)\n FLogger.LogInfo('Режим UPSERT (обновление/вставка)');\n\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Выполняем UPSERT\n if not FConfig.DryRun then\n begin\n if UpsertRecord(AInstructions.TargetTable, AInstructions, values) then\n begin\n // Не различаем вставку и обновление в этом режиме\n Inc(Result.RowsInserted);\n end\n else\n begin\n Inc(Result.ErrorCount);\n end;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));\n end;\n end\n else\n begin\n // Режим только INSERT (пакетная вставка)\n FLogger.LogInfo('Режим INSERT (пакетная вставка)');\n\n batchData := TList.Create;\n try\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Добавляем в пакет\n batchData.Add(@values);\n\n // Вставляем пакет при достижении размера батча\n if (batchData.Count >= FBatchSize) or (i = entities.Count - 1) then\n begin\n if not FConfig.DryRun then\n begin\n inserted := InsertBatch(AInstructions.TargetTable,\n AInstructions, batchData);\n Inc(Result.RowsInserted, inserted);\n end;\n\n batchData.Clear;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));\n end;\n finally\n batchData.Free;\n end;\n end;\n\n // Фиксируем транзакцию\n if not FConfig.DryRun then\n FConnection.CommitTransaction;\n\n FLogger.LogInfo(Format(\n 'Экспорт завершён: обработано %d, вставлено %d, ошибок %d',\n [Result.RowsProcessed, Result.RowsInserted, Result.ErrorCount]\n ));\n\n except\n on E: Exception do\n begin\n // Откатываем транзакцию\n if not FConfig.DryRun then\n FConnection.RollbackTransaction;\n\n FLogger.LogError('Ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n\n finally\n entities.Free;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n end;\n end;\nend;\n\nend.\n",
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" begin",
" // UPDATE",
" sql := BuildUpdateSQL(ATableName, AInstructions);",
"- FLogger.LogDebug('Обновление записи: ' + sql);",
" end",
" else",
" begin",
" // INSERT",
" sql := BuildInsertSQL(ATableName, AInstructions);",
"- FLogger.LogDebug('Вставка записи: ' + sql);",
" end;",
" ",
" query.SQL.Text := sql;"
]
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[2025-12-07T20:57:14.612Z] [INFO] {
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{
"type": "tool_use",
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"file_path": "/tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas",
"old_string": " except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка при выполнении UPSERT: %s',\n [E.Message]\n ));\n Result := False;\n end;\n end;",
"new_string": " except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка при выполнении UPSERT: %s',\n [E.Message],\n LM_Info\n );\n Result := False;\n end;\n end;"
}
}
],
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"session_id": "7192dade-a10f-4ccc-940d-5bff967d4d15",
"uuid": "a8b8f151-b41d-4a39-9420-2b14bb3a1ae5"
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[2025-12-07T20:57:14.637Z] [INFO] {
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"content": "The file /tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 379→ query.ExecSQL;\n 380→\n 381→ Result := True;\n 382→\n 383→ except\n 384→ on E: Exception do\n 385→ begin\n 386→ programlog.LogOutFormatStr(\n 387→ 'uzvaccess: Ошибка при выполнении UPSERT: %s',\n 388→ [E.Message],\n 389→ LM_Info\n 390→ );\n 391→ Result := False;\n 392→ end;\n 393→ end;\n 394→end;\n 395→\n 396→function TExportExecutor.InsertBatch(\n 397→ const ATableName: String;"
}
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"oldString": " except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка при выполнении UPSERT: %s',\n [E.Message]\n ));\n Result := False;\n end;\n end;",
"newString": " except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка при выполнении UPSERT: %s',\n [E.Message],\n LM_Info\n );\n Result := False;\n end;\n end;",
"originalFile": "{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_executor;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, Variants, DB, SQLDB,\n uzvaccess_types, uzclog, uzvaccess_config,\n uzvaccess_connection, uzvaccess_validator,\n uzvaccess_source_provider;\n\ntype\n {**\n Класс для выполнения экспорта данных в Access\n\n Обрабатывает инструкции экспорта, получает данные из источника,\n выполняет валидацию и вставляет/обновляет данные в целевой таблице\n **}\n TExportExecutor = class\n private\n FConnection: TAccessConnection;\n FValidator: TTypeValidator;\n FConfig: TExportConfig;\n FBatchSize: Integer;\n\n // Построить SQL для вставки\n function BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для обновления (UPSERT)\n function BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для проверки существования записи\n function BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Подготовить параметры запроса\n procedure PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n );\n\n // Вставить пакет данных\n function InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n ): Integer;\n\n // Обновить или вставить запись (UPSERT)\n function UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Проверить существование записи по ключам\n function RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Извлечь значения из примитива\n function ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n ): Boolean;\n\n public\n constructor Create(\n AConnection: TAccessConnection;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n );\n destructor Destroy; override;\n\n // Выполнить экспорт для одной EXPORT-таблицы\n function ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n ): TExportTableResult;\n end;\n\nimplementation\n\n{ TExportExecutor }\n\nconstructor TExportExecutor.Create(\n AConnection: TAccessConnection;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n);\nbegin\n FConnection := AConnection;\n FValidator := AValidator;\n FConfig := AConfig;\n FBatchSize := AConfig.BatchSize;\nend;\n\ndestructor TExportExecutor.Destroy;\nbegin\n inherited Destroy;\nend;\n\nfunction TExportExecutor.BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n columns, params: String;\nbegin\n columns := '';\n params := '';\n\n // Формируем список колонок и параметров\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n if i > 0 then\n begin\n columns := columns + ', ';\n params := params + ', ';\n end;\n\n columns := columns + '[' + mapping.ColumnName + ']';\n params := params + ':' + mapping.ColumnName;\n end;\n\n Result := Format('INSERT INTO [%s] (%s) VALUES (%s)',\n [ATableName, columns, params]);\nend;\n\nfunction TExportExecutor.BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n setClause, whereClause: String;\n isKey: Boolean;\nbegin\n setClause := '';\n whereClause := '';\n\n // Формируем SET и WHERE части\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n isKey := AInstructions.KeyColumns.IndexOf(mapping.ColumnName) >= 0;\n\n if not isKey then\n begin\n // Не ключевые колонки идут в SET\n if setClause <> '' then\n setClause := setClause + ', ';\n\n setClause := setClause + Format('[%s] = :%s',\n [mapping.ColumnName, mapping.ColumnName]);\n end\n else\n begin\n // Ключевые колонки идут в WHERE\n if whereClause <> '' then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s_key',\n [mapping.ColumnName, mapping.ColumnName]);\n end;\n end;\n\n Result := Format('UPDATE [%s] SET %s WHERE %s',\n [ATableName, setClause, whereClause]);\nend;\n\nfunction TExportExecutor.BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n keyCol: String;\n whereClause: String;\nbegin\n whereClause := '';\n\n // Формируем WHERE по ключевым колонкам\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n if i > 0 then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s',\n [keyCol, keyCol]);\n end;\n\n Result := Format('SELECT COUNT(*) AS RecCount FROM [%s] WHERE %s',\n [ATableName, whereClause]);\nend;\n\nprocedure TExportExecutor.PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n);\nvar\n i: Integer;\n mapping: TColumnMapping;\n paramName: String;\n value: Variant;\nbegin\n // Очищаем существующие параметры\n AQuery.Params.Clear;\n\n // Добавляем параметры для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if i > High(AValues) then\n Break;\n\n mapping := AInstructions.ColumnMappings[i];\n value := AValues[i];\n paramName := mapping.ColumnName;\n\n // Создаём параметр\n if VarIsNull(value) then\n begin\n AQuery.Params.CreateParam(ftString, paramName, ptInput).Clear;\n end\n else\n begin\n case mapping.DataType of\n cdtString:\n AQuery.Params.CreateParam(ftString, paramName, ptInput).AsString :=\n VarToStr(value);\n\n cdtInteger:\n AQuery.Params.CreateParam(ftInteger, paramName, ptInput).AsInteger :=\n Integer(value);\n\n cdtFloat:\n AQuery.Params.CreateParam(ftFloat, paramName, ptInput).AsFloat :=\n Double(value);\n end;\n end;\n end;\nend;\n\nfunction TExportExecutor.RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n i, idx: Integer;\n keyCol: String;\n value: Variant;\n count: Integer;\nbegin\n Result := False;\n\n // Если нет ключевых колонок, считаем что записи не существует\n if AInstructions.KeyColumns.Count = 0 then\n Exit;\n\n query := TSQLQuery.Create(nil);\n try\n query.DataBase := FConnection.GetQuery.DataBase;\n query.Transaction := FConnection.GetQuery.Transaction;\n\n sql := BuildExistsSQL(ATableName, AInstructions);\n query.SQL.Text := sql;\n\n // Устанавливаем параметры только для ключевых колонок\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n // Находим индекс этой колонки в маппингах\n idx := -1;\n for idx := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if AInstructions.ColumnMappings[idx].ColumnName = keyCol then\n Break;\n end;\n\n if (idx >= 0) and (idx <= High(AValues)) then\n begin\n value := AValues[idx];\n query.Params.CreateParam(ftString, keyCol, ptInput).AsString :=\n VarToStr(value);\n end;\n end;\n\n // Выполняем запрос\n query.Open;\n try\n count := query.FieldByName('RecCount').AsInteger;\n Result := (count > 0);\n finally\n query.Close;\n end;\n\n finally\n query.Free;\n end;\nend;\n\nfunction TExportExecutor.UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n exists: Boolean;\nbegin\n Result := False;\n\n query := FConnection.GetQuery;\n\n try\n // Проверяем существование записи\n exists := RecordExists(ATableName, AInstructions, AValues);\n\n if exists then\n begin\n // UPDATE\n sql := BuildUpdateSQL(ATableName, AInstructions);\n end\n else\n begin\n // INSERT\n sql := BuildInsertSQL(ATableName, AInstructions);\n end;\n\n query.SQL.Text := sql;\n PrepareQueryParams(query, AInstructions, AValues);\n query.ExecSQL;\n\n Result := True;\n\n except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка при выполнении UPSERT: %s',\n [E.Message]\n ));\n Result := False;\n end;\n end;\nend;\n\nfunction TExportExecutor.InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n): Integer;\nvar\n i: Integer;\n query: TSQLQuery;\n sql: String;\n values: array of Variant;\nbegin\n Result := 0;\n\n if ABatchData.Count = 0 then\n Exit;\n\n query := FConnection.GetQuery;\n sql := BuildInsertSQL(ATableName, AInstructions);\n\n query.SQL.Text := sql;\n\n // Вставляем записи по одной\n for i := 0 to ABatchData.Count - 1 do\n begin\n values := TObject(ABatchData[i]) as array of Variant;\n\n try\n PrepareQueryParams(query, AInstructions, values);\n query.ExecSQL;\n Inc(Result);\n\n except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка вставки записи %d: %s',\n [i + 1, E.Message]\n ));\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n end;\n\n FLogger.LogDebug(Format(\n 'Вставлено записей в пакете: %d из %d',\n [Result, ABatchData.Count]\n ));\nend;\n\nfunction TExportExecutor.ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n): Boolean;\nvar\n i: Integer;\n mapping: TColumnMapping;\n rawValue, convertedValue: Variant;\nbegin\n Result := True;\n\n // Извлекаем значения для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n // Обработка константных значений\n if mapping.IsConstant then\n begin\n AValues[i] := mapping.DefaultValue;\n Continue;\n end;\n\n // Получаем значение из примитива\n rawValue := ASourceProvider.GetPropertyValue(AEntity, mapping.SourceParam);\n\n // Валидируем и преобразуем тип\n if not FValidator.ValidateAndConvert(\n rawValue,\n mapping.DataType,\n convertedValue\n ) then\n begin\n FLogger.LogWarning(Format(\n 'Ошибка валидации значения для колонки \"%s\"',\n [mapping.ColumnName]\n ));\n\n if FConfig.ErrorMode = emStop then\n begin\n Result := False;\n Exit;\n end;\n\n // В мягком режиме используем значение по умолчанию\n convertedValue := Null;\n end;\n\n AValues[i] := convertedValue;\n end;\nend;\n\nfunction TExportExecutor.ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n): TExportTableResult;\nvar\n entities: TList;\n i, j: Integer;\n entity: Pointer;\n values: array of Variant;\n batchData: TList;\n inserted, updated: Integer;\n hasKeys: Boolean;\nbegin\n // Инициализация результата\n Result.TableName := AExportTableName;\n Result.TargetTable := AInstructions.TargetTable;\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 0;\n Result.ErrorMessages := TStringList.Create;\n Result.Success := True;\n\n FLogger.LogInfo(Format(\n 'Начало экспорта из \"%s\" в \"%s\"',\n [AExportTableName, AInstructions.TargetTable]\n ));\n\n try\n // Получаем список примитивов\n entities := ASourceProvider.GetEntities(AInstructions.TypeData);\n try\n if entities.Count = 0 then\n begin\n FLogger.LogWarning('Нет данных для экспорта');\n Exit;\n end;\n\n FLogger.LogInfo(Format('Найдено объектов для экспорта: %d', [entities.Count]));\n\n // Подготовка массива значений\n SetLength(values, AInstructions.ColumnMappings.Count);\n\n // Проверяем наличие ключевых колонок\n hasKeys := AInstructions.KeyColumns.Count > 0;\n\n // Начинаем транзакцию\n if not FConfig.DryRun then\n FConnection.BeginTransaction;\n\n try\n if hasKeys then\n begin\n // Режим UPSERT (с ключевыми колонками)\n FLogger.LogInfo('Режим UPSERT (обновление/вставка)');\n\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Выполняем UPSERT\n if not FConfig.DryRun then\n begin\n if UpsertRecord(AInstructions.TargetTable, AInstructions, values) then\n begin\n // Не различаем вставку и обновление в этом режиме\n Inc(Result.RowsInserted);\n end\n else\n begin\n Inc(Result.ErrorCount);\n end;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));\n end;\n end\n else\n begin\n // Режим только INSERT (пакетная вставка)\n FLogger.LogInfo('Режим INSERT (пакетная вставка)');\n\n batchData := TList.Create;\n try\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Добавляем в пакет\n batchData.Add(@values);\n\n // Вставляем пакет при достижении размера батча\n if (batchData.Count >= FBatchSize) or (i = entities.Count - 1) then\n begin\n if not FConfig.DryRun then\n begin\n inserted := InsertBatch(AInstructions.TargetTable,\n AInstructions, batchData);\n Inc(Result.RowsInserted, inserted);\n end;\n\n batchData.Clear;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));\n end;\n finally\n batchData.Free;\n end;\n end;\n\n // Фиксируем транзакцию\n if not FConfig.DryRun then\n FConnection.CommitTransaction;\n\n FLogger.LogInfo(Format(\n 'Экспорт завершён: обработано %d, вставлено %d, ошибок %d',\n [Result.RowsProcessed, Result.RowsInserted, Result.ErrorCount]\n ));\n\n except\n on E: Exception do\n begin\n // Откатываем транзакцию\n if not FConfig.DryRun then\n FConnection.RollbackTransaction;\n\n FLogger.LogError('Ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n\n finally\n entities.Free;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n end;\n end;\nend;\n\nend.\n",
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"+ programlog.LogOutFormatStr(",
"+ 'uzvaccess: Ошибка при выполнении UPSERT: %s',",
"+ [E.Message],",
"+ LM_Info",
"+ );",
" Result := False;",
" end;",
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"file_path": "/tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas",
"old_string": " except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка вставки записи %d: %s',\n [i + 1, E.Message]\n ));\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n end;\n\n FLogger.LogDebug(Format(\n 'Вставлено записей в пакете: %d из %d',\n [Result, ABatchData.Count]\n ));",
"new_string": " except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка вставки записи %d: %s',\n [i + 1, E.Message],\n LM_Info\n );\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n end;"
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"content": "The file /tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 423→ PrepareQueryParams(query, AInstructions, values);\n 424→ query.ExecSQL;\n 425→ Inc(Result);\n 426→\n 427→ except\n 428→ on E: Exception do\n 429→ begin\n 430→ programlog.LogOutFormatStr(\n 431→ 'uzvaccess: Ошибка вставки записи %d: %s',\n 432→ [i + 1, E.Message],\n 433→ LM_Info\n 434→ );\n 435→\n 436→ if FConfig.ErrorMode = emStop then\n 437→ raise;\n 438→ end;\n 439→ end;\n 440→ end;\n 441→end;\n 442→\n 443→function TExportExecutor.ExtractValues(\n 444→ AEntity: Pointer;"
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"oldString": " except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка вставки записи %d: %s',\n [i + 1, E.Message]\n ));\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n end;\n\n FLogger.LogDebug(Format(\n 'Вставлено записей в пакете: %d из %d',\n [Result, ABatchData.Count]\n ));",
"newString": " except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка вставки записи %d: %s',\n [i + 1, E.Message],\n LM_Info\n );\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n end;",
"originalFile": "{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_executor;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, Variants, DB, SQLDB,\n uzvaccess_types, uzclog, uzvaccess_config,\n uzvaccess_connection, uzvaccess_validator,\n uzvaccess_source_provider;\n\ntype\n {**\n Класс для выполнения экспорта данных в Access\n\n Обрабатывает инструкции экспорта, получает данные из источника,\n выполняет валидацию и вставляет/обновляет данные в целевой таблице\n **}\n TExportExecutor = class\n private\n FConnection: TAccessConnection;\n FValidator: TTypeValidator;\n FConfig: TExportConfig;\n FBatchSize: Integer;\n\n // Построить SQL для вставки\n function BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для обновления (UPSERT)\n function BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для проверки существования записи\n function BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Подготовить параметры запроса\n procedure PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n );\n\n // Вставить пакет данных\n function InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n ): Integer;\n\n // Обновить или вставить запись (UPSERT)\n function UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Проверить существование записи по ключам\n function RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Извлечь значения из примитива\n function ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n ): Boolean;\n\n public\n constructor Create(\n AConnection: TAccessConnection;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n );\n destructor Destroy; override;\n\n // Выполнить экспорт для одной EXPORT-таблицы\n function ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n ): TExportTableResult;\n end;\n\nimplementation\n\n{ TExportExecutor }\n\nconstructor TExportExecutor.Create(\n AConnection: TAccessConnection;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n);\nbegin\n FConnection := AConnection;\n FValidator := AValidator;\n FConfig := AConfig;\n FBatchSize := AConfig.BatchSize;\nend;\n\ndestructor TExportExecutor.Destroy;\nbegin\n inherited Destroy;\nend;\n\nfunction TExportExecutor.BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n columns, params: String;\nbegin\n columns := '';\n params := '';\n\n // Формируем список колонок и параметров\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n if i > 0 then\n begin\n columns := columns + ', ';\n params := params + ', ';\n end;\n\n columns := columns + '[' + mapping.ColumnName + ']';\n params := params + ':' + mapping.ColumnName;\n end;\n\n Result := Format('INSERT INTO [%s] (%s) VALUES (%s)',\n [ATableName, columns, params]);\nend;\n\nfunction TExportExecutor.BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n setClause, whereClause: String;\n isKey: Boolean;\nbegin\n setClause := '';\n whereClause := '';\n\n // Формируем SET и WHERE части\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n isKey := AInstructions.KeyColumns.IndexOf(mapping.ColumnName) >= 0;\n\n if not isKey then\n begin\n // Не ключевые колонки идут в SET\n if setClause <> '' then\n setClause := setClause + ', ';\n\n setClause := setClause + Format('[%s] = :%s',\n [mapping.ColumnName, mapping.ColumnName]);\n end\n else\n begin\n // Ключевые колонки идут в WHERE\n if whereClause <> '' then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s_key',\n [mapping.ColumnName, mapping.ColumnName]);\n end;\n end;\n\n Result := Format('UPDATE [%s] SET %s WHERE %s',\n [ATableName, setClause, whereClause]);\nend;\n\nfunction TExportExecutor.BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n keyCol: String;\n whereClause: String;\nbegin\n whereClause := '';\n\n // Формируем WHERE по ключевым колонкам\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n if i > 0 then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s',\n [keyCol, keyCol]);\n end;\n\n Result := Format('SELECT COUNT(*) AS RecCount FROM [%s] WHERE %s',\n [ATableName, whereClause]);\nend;\n\nprocedure TExportExecutor.PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n);\nvar\n i: Integer;\n mapping: TColumnMapping;\n paramName: String;\n value: Variant;\nbegin\n // Очищаем существующие параметры\n AQuery.Params.Clear;\n\n // Добавляем параметры для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if i > High(AValues) then\n Break;\n\n mapping := AInstructions.ColumnMappings[i];\n value := AValues[i];\n paramName := mapping.ColumnName;\n\n // Создаём параметр\n if VarIsNull(value) then\n begin\n AQuery.Params.CreateParam(ftString, paramName, ptInput).Clear;\n end\n else\n begin\n case mapping.DataType of\n cdtString:\n AQuery.Params.CreateParam(ftString, paramName, ptInput).AsString :=\n VarToStr(value);\n\n cdtInteger:\n AQuery.Params.CreateParam(ftInteger, paramName, ptInput).AsInteger :=\n Integer(value);\n\n cdtFloat:\n AQuery.Params.CreateParam(ftFloat, paramName, ptInput).AsFloat :=\n Double(value);\n end;\n end;\n end;\nend;\n\nfunction TExportExecutor.RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n i, idx: Integer;\n keyCol: String;\n value: Variant;\n count: Integer;\nbegin\n Result := False;\n\n // Если нет ключевых колонок, считаем что записи не существует\n if AInstructions.KeyColumns.Count = 0 then\n Exit;\n\n query := TSQLQuery.Create(nil);\n try\n query.DataBase := FConnection.GetQuery.DataBase;\n query.Transaction := FConnection.GetQuery.Transaction;\n\n sql := BuildExistsSQL(ATableName, AInstructions);\n query.SQL.Text := sql;\n\n // Устанавливаем параметры только для ключевых колонок\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n // Находим индекс этой колонки в маппингах\n idx := -1;\n for idx := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if AInstructions.ColumnMappings[idx].ColumnName = keyCol then\n Break;\n end;\n\n if (idx >= 0) and (idx <= High(AValues)) then\n begin\n value := AValues[idx];\n query.Params.CreateParam(ftString, keyCol, ptInput).AsString :=\n VarToStr(value);\n end;\n end;\n\n // Выполняем запрос\n query.Open;\n try\n count := query.FieldByName('RecCount').AsInteger;\n Result := (count > 0);\n finally\n query.Close;\n end;\n\n finally\n query.Free;\n end;\nend;\n\nfunction TExportExecutor.UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n exists: Boolean;\nbegin\n Result := False;\n\n query := FConnection.GetQuery;\n\n try\n // Проверяем существование записи\n exists := RecordExists(ATableName, AInstructions, AValues);\n\n if exists then\n begin\n // UPDATE\n sql := BuildUpdateSQL(ATableName, AInstructions);\n end\n else\n begin\n // INSERT\n sql := BuildInsertSQL(ATableName, AInstructions);\n end;\n\n query.SQL.Text := sql;\n PrepareQueryParams(query, AInstructions, AValues);\n query.ExecSQL;\n\n Result := True;\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка при выполнении UPSERT: %s',\n [E.Message],\n LM_Info\n );\n Result := False;\n end;\n end;\nend;\n\nfunction TExportExecutor.InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n): Integer;\nvar\n i: Integer;\n query: TSQLQuery;\n sql: String;\n values: array of Variant;\nbegin\n Result := 0;\n\n if ABatchData.Count = 0 then\n Exit;\n\n query := FConnection.GetQuery;\n sql := BuildInsertSQL(ATableName, AInstructions);\n\n query.SQL.Text := sql;\n\n // Вставляем записи по одной\n for i := 0 to ABatchData.Count - 1 do\n begin\n values := TObject(ABatchData[i]) as array of Variant;\n\n try\n PrepareQueryParams(query, AInstructions, values);\n query.ExecSQL;\n Inc(Result);\n\n except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка вставки записи %d: %s',\n [i + 1, E.Message]\n ));\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n end;\n\n FLogger.LogDebug(Format(\n 'Вставлено записей в пакете: %d из %d',\n [Result, ABatchData.Count]\n ));\nend;\n\nfunction TExportExecutor.ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n): Boolean;\nvar\n i: Integer;\n mapping: TColumnMapping;\n rawValue, convertedValue: Variant;\nbegin\n Result := True;\n\n // Извлекаем значения для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n // Обработка константных значений\n if mapping.IsConstant then\n begin\n AValues[i] := mapping.DefaultValue;\n Continue;\n end;\n\n // Получаем значение из примитива\n rawValue := ASourceProvider.GetPropertyValue(AEntity, mapping.SourceParam);\n\n // Валидируем и преобразуем тип\n if not FValidator.ValidateAndConvert(\n rawValue,\n mapping.DataType,\n convertedValue\n ) then\n begin\n FLogger.LogWarning(Format(\n 'Ошибка валидации значения для колонки \"%s\"',\n [mapping.ColumnName]\n ));\n\n if FConfig.ErrorMode = emStop then\n begin\n Result := False;\n Exit;\n end;\n\n // В мягком режиме используем значение по умолчанию\n convertedValue := Null;\n end;\n\n AValues[i] := convertedValue;\n end;\nend;\n\nfunction TExportExecutor.ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n): TExportTableResult;\nvar\n entities: TList;\n i, j: Integer;\n entity: Pointer;\n values: array of Variant;\n batchData: TList;\n inserted, updated: Integer;\n hasKeys: Boolean;\nbegin\n // Инициализация результата\n Result.TableName := AExportTableName;\n Result.TargetTable := AInstructions.TargetTable;\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 0;\n Result.ErrorMessages := TStringList.Create;\n Result.Success := True;\n\n FLogger.LogInfo(Format(\n 'Начало экспорта из \"%s\" в \"%s\"',\n [AExportTableName, AInstructions.TargetTable]\n ));\n\n try\n // Получаем список примитивов\n entities := ASourceProvider.GetEntities(AInstructions.TypeData);\n try\n if entities.Count = 0 then\n begin\n FLogger.LogWarning('Нет данных для экспорта');\n Exit;\n end;\n\n FLogger.LogInfo(Format('Найдено объектов для экспорта: %d', [entities.Count]));\n\n // Подготовка массива значений\n SetLength(values, AInstructions.ColumnMappings.Count);\n\n // Проверяем наличие ключевых колонок\n hasKeys := AInstructions.KeyColumns.Count > 0;\n\n // Начинаем транзакцию\n if not FConfig.DryRun then\n FConnection.BeginTransaction;\n\n try\n if hasKeys then\n begin\n // Режим UPSERT (с ключевыми колонками)\n FLogger.LogInfo('Режим UPSERT (обновление/вставка)');\n\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Выполняем UPSERT\n if not FConfig.DryRun then\n begin\n if UpsertRecord(AInstructions.TargetTable, AInstructions, values) then\n begin\n // Не различаем вставку и обновление в этом режиме\n Inc(Result.RowsInserted);\n end\n else\n begin\n Inc(Result.ErrorCount);\n end;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));\n end;\n end\n else\n begin\n // Режим только INSERT (пакетная вставка)\n FLogger.LogInfo('Режим INSERT (пакетная вставка)');\n\n batchData := TList.Create;\n try\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Добавляем в пакет\n batchData.Add(@values);\n\n // Вставляем пакет при достижении размера батча\n if (batchData.Count >= FBatchSize) or (i = entities.Count - 1) then\n begin\n if not FConfig.DryRun then\n begin\n inserted := InsertBatch(AInstructions.TargetTable,\n AInstructions, batchData);\n Inc(Result.RowsInserted, inserted);\n end;\n\n batchData.Clear;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));\n end;\n finally\n batchData.Free;\n end;\n end;\n\n // Фиксируем транзакцию\n if not FConfig.DryRun then\n FConnection.CommitTransaction;\n\n FLogger.LogInfo(Format(\n 'Экспорт завершён: обработано %d, вставлено %d, ошибок %d',\n [Result.RowsProcessed, Result.RowsInserted, Result.ErrorCount]\n ));\n\n except\n on E: Exception do\n begin\n // Откатываем транзакцию\n if not FConfig.DryRun then\n FConnection.RollbackTransaction;\n\n FLogger.LogError('Ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n\n finally\n entities.Free;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n end;\n end;\nend;\n\nend.\n",
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"- 'Вставлено записей в пакете: %d из %d',",
"- [Result, ABatchData.Count]",
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"old_string": " // Валидируем и преобразуем тип\n if not FValidator.ValidateAndConvert(\n rawValue,\n mapping.DataType,\n convertedValue\n ) then\n begin\n FLogger.LogWarning(Format(\n 'Ошибка валидации значения для колонки \"%s\"',\n [mapping.ColumnName]\n ));\n\n if FConfig.ErrorMode = emStop then\n begin\n Result := False;\n Exit;\n end;",
"new_string": " // Валидируем и преобразуем тип\n if not FValidator.ValidateAndConvert(\n rawValue,\n mapping.DataType,\n convertedValue\n ) then\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка валидации значения для колонки \"%s\"',\n [mapping.ColumnName],\n LM_Info\n );\n\n if FConfig.ErrorMode = emStop then\n begin\n Result := False;\n Exit;\n end;"
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"content": "The file /tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 467→\n 468→ // Получаем значение из примитива\n 469→ rawValue := ASourceProvider.GetPropertyValue(AEntity, mapping.SourceParam);\n 470→\n 471→ // Валидируем и преобразуем тип\n 472→ if not FValidator.ValidateAndConvert(\n 473→ rawValue,\n 474→ mapping.DataType,\n 475→ convertedValue\n 476→ ) then\n 477→ begin\n 478→ programlog.LogOutFormatStr(\n 479→ 'uzvaccess: Ошибка валидации значения для колонки \"%s\"',\n 480→ [mapping.ColumnName],\n 481→ LM_Info\n 482→ );\n 483→\n 484→ if FConfig.ErrorMode = emStop then\n 485→ begin\n 486→ Result := False;\n 487→ Exit;\n 488→ end;\n 489→\n 490→ // В мягком режиме используем значение по умолчанию\n 491→ convertedValue := Null;\n 492→ end;"
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"oldString": " // Валидируем и преобразуем тип\n if not FValidator.ValidateAndConvert(\n rawValue,\n mapping.DataType,\n convertedValue\n ) then\n begin\n FLogger.LogWarning(Format(\n 'Ошибка валидации значения для колонки \"%s\"',\n [mapping.ColumnName]\n ));\n\n if FConfig.ErrorMode = emStop then\n begin\n Result := False;\n Exit;\n end;",
"newString": " // Валидируем и преобразуем тип\n if not FValidator.ValidateAndConvert(\n rawValue,\n mapping.DataType,\n convertedValue\n ) then\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка валидации значения для колонки \"%s\"',\n [mapping.ColumnName],\n LM_Info\n );\n\n if FConfig.ErrorMode = emStop then\n begin\n Result := False;\n Exit;\n end;",
"originalFile": "{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_executor;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, Variants, DB, SQLDB,\n uzvaccess_types, uzclog, uzvaccess_config,\n uzvaccess_connection, uzvaccess_validator,\n uzvaccess_source_provider;\n\ntype\n {**\n Класс для выполнения экспорта данных в Access\n\n Обрабатывает инструкции экспорта, получает данные из источника,\n выполняет валидацию и вставляет/обновляет данные в целевой таблице\n **}\n TExportExecutor = class\n private\n FConnection: TAccessConnection;\n FValidator: TTypeValidator;\n FConfig: TExportConfig;\n FBatchSize: Integer;\n\n // Построить SQL для вставки\n function BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для обновления (UPSERT)\n function BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для проверки существования записи\n function BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Подготовить параметры запроса\n procedure PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n );\n\n // Вставить пакет данных\n function InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n ): Integer;\n\n // Обновить или вставить запись (UPSERT)\n function UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Проверить существование записи по ключам\n function RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Извлечь значения из примитива\n function ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n ): Boolean;\n\n public\n constructor Create(\n AConnection: TAccessConnection;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n );\n destructor Destroy; override;\n\n // Выполнить экспорт для одной EXPORT-таблицы\n function ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n ): TExportTableResult;\n end;\n\nimplementation\n\n{ TExportExecutor }\n\nconstructor TExportExecutor.Create(\n AConnection: TAccessConnection;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n);\nbegin\n FConnection := AConnection;\n FValidator := AValidator;\n FConfig := AConfig;\n FBatchSize := AConfig.BatchSize;\nend;\n\ndestructor TExportExecutor.Destroy;\nbegin\n inherited Destroy;\nend;\n\nfunction TExportExecutor.BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n columns, params: String;\nbegin\n columns := '';\n params := '';\n\n // Формируем список колонок и параметров\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n if i > 0 then\n begin\n columns := columns + ', ';\n params := params + ', ';\n end;\n\n columns := columns + '[' + mapping.ColumnName + ']';\n params := params + ':' + mapping.ColumnName;\n end;\n\n Result := Format('INSERT INTO [%s] (%s) VALUES (%s)',\n [ATableName, columns, params]);\nend;\n\nfunction TExportExecutor.BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n setClause, whereClause: String;\n isKey: Boolean;\nbegin\n setClause := '';\n whereClause := '';\n\n // Формируем SET и WHERE части\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n isKey := AInstructions.KeyColumns.IndexOf(mapping.ColumnName) >= 0;\n\n if not isKey then\n begin\n // Не ключевые колонки идут в SET\n if setClause <> '' then\n setClause := setClause + ', ';\n\n setClause := setClause + Format('[%s] = :%s',\n [mapping.ColumnName, mapping.ColumnName]);\n end\n else\n begin\n // Ключевые колонки идут в WHERE\n if whereClause <> '' then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s_key',\n [mapping.ColumnName, mapping.ColumnName]);\n end;\n end;\n\n Result := Format('UPDATE [%s] SET %s WHERE %s',\n [ATableName, setClause, whereClause]);\nend;\n\nfunction TExportExecutor.BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n keyCol: String;\n whereClause: String;\nbegin\n whereClause := '';\n\n // Формируем WHERE по ключевым колонкам\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n if i > 0 then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s',\n [keyCol, keyCol]);\n end;\n\n Result := Format('SELECT COUNT(*) AS RecCount FROM [%s] WHERE %s',\n [ATableName, whereClause]);\nend;\n\nprocedure TExportExecutor.PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n);\nvar\n i: Integer;\n mapping: TColumnMapping;\n paramName: String;\n value: Variant;\nbegin\n // Очищаем существующие параметры\n AQuery.Params.Clear;\n\n // Добавляем параметры для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if i > High(AValues) then\n Break;\n\n mapping := AInstructions.ColumnMappings[i];\n value := AValues[i];\n paramName := mapping.ColumnName;\n\n // Создаём параметр\n if VarIsNull(value) then\n begin\n AQuery.Params.CreateParam(ftString, paramName, ptInput).Clear;\n end\n else\n begin\n case mapping.DataType of\n cdtString:\n AQuery.Params.CreateParam(ftString, paramName, ptInput).AsString :=\n VarToStr(value);\n\n cdtInteger:\n AQuery.Params.CreateParam(ftInteger, paramName, ptInput).AsInteger :=\n Integer(value);\n\n cdtFloat:\n AQuery.Params.CreateParam(ftFloat, paramName, ptInput).AsFloat :=\n Double(value);\n end;\n end;\n end;\nend;\n\nfunction TExportExecutor.RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n i, idx: Integer;\n keyCol: String;\n value: Variant;\n count: Integer;\nbegin\n Result := False;\n\n // Если нет ключевых колонок, считаем что записи не существует\n if AInstructions.KeyColumns.Count = 0 then\n Exit;\n\n query := TSQLQuery.Create(nil);\n try\n query.DataBase := FConnection.GetQuery.DataBase;\n query.Transaction := FConnection.GetQuery.Transaction;\n\n sql := BuildExistsSQL(ATableName, AInstructions);\n query.SQL.Text := sql;\n\n // Устанавливаем параметры только для ключевых колонок\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n // Находим индекс этой колонки в маппингах\n idx := -1;\n for idx := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if AInstructions.ColumnMappings[idx].ColumnName = keyCol then\n Break;\n end;\n\n if (idx >= 0) and (idx <= High(AValues)) then\n begin\n value := AValues[idx];\n query.Params.CreateParam(ftString, keyCol, ptInput).AsString :=\n VarToStr(value);\n end;\n end;\n\n // Выполняем запрос\n query.Open;\n try\n count := query.FieldByName('RecCount').AsInteger;\n Result := (count > 0);\n finally\n query.Close;\n end;\n\n finally\n query.Free;\n end;\nend;\n\nfunction TExportExecutor.UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n exists: Boolean;\nbegin\n Result := False;\n\n query := FConnection.GetQuery;\n\n try\n // Проверяем существование записи\n exists := RecordExists(ATableName, AInstructions, AValues);\n\n if exists then\n begin\n // UPDATE\n sql := BuildUpdateSQL(ATableName, AInstructions);\n end\n else\n begin\n // INSERT\n sql := BuildInsertSQL(ATableName, AInstructions);\n end;\n\n query.SQL.Text := sql;\n PrepareQueryParams(query, AInstructions, AValues);\n query.ExecSQL;\n\n Result := True;\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка при выполнении UPSERT: %s',\n [E.Message],\n LM_Info\n );\n Result := False;\n end;\n end;\nend;\n\nfunction TExportExecutor.InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n): Integer;\nvar\n i: Integer;\n query: TSQLQuery;\n sql: String;\n values: array of Variant;\nbegin\n Result := 0;\n\n if ABatchData.Count = 0 then\n Exit;\n\n query := FConnection.GetQuery;\n sql := BuildInsertSQL(ATableName, AInstructions);\n\n query.SQL.Text := sql;\n\n // Вставляем записи по одной\n for i := 0 to ABatchData.Count - 1 do\n begin\n values := TObject(ABatchData[i]) as array of Variant;\n\n try\n PrepareQueryParams(query, AInstructions, values);\n query.ExecSQL;\n Inc(Result);\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка вставки записи %d: %s',\n [i + 1, E.Message],\n LM_Info\n );\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n end;\nend;\n\nfunction TExportExecutor.ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n): Boolean;\nvar\n i: Integer;\n mapping: TColumnMapping;\n rawValue, convertedValue: Variant;\nbegin\n Result := True;\n\n // Извлекаем значения для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n // Обработка константных значений\n if mapping.IsConstant then\n begin\n AValues[i] := mapping.DefaultValue;\n Continue;\n end;\n\n // Получаем значение из примитива\n rawValue := ASourceProvider.GetPropertyValue(AEntity, mapping.SourceParam);\n\n // Валидируем и преобразуем тип\n if not FValidator.ValidateAndConvert(\n rawValue,\n mapping.DataType,\n convertedValue\n ) then\n begin\n FLogger.LogWarning(Format(\n 'Ошибка валидации значения для колонки \"%s\"',\n [mapping.ColumnName]\n ));\n\n if FConfig.ErrorMode = emStop then\n begin\n Result := False;\n Exit;\n end;\n\n // В мягком режиме используем значение по умолчанию\n convertedValue := Null;\n end;\n\n AValues[i] := convertedValue;\n end;\nend;\n\nfunction TExportExecutor.ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n): TExportTableResult;\nvar\n entities: TList;\n i, j: Integer;\n entity: Pointer;\n values: array of Variant;\n batchData: TList;\n inserted, updated: Integer;\n hasKeys: Boolean;\nbegin\n // Инициализация результата\n Result.TableName := AExportTableName;\n Result.TargetTable := AInstructions.TargetTable;\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 0;\n Result.ErrorMessages := TStringList.Create;\n Result.Success := True;\n\n FLogger.LogInfo(Format(\n 'Начало экспорта из \"%s\" в \"%s\"',\n [AExportTableName, AInstructions.TargetTable]\n ));\n\n try\n // Получаем список примитивов\n entities := ASourceProvider.GetEntities(AInstructions.TypeData);\n try\n if entities.Count = 0 then\n begin\n FLogger.LogWarning('Нет данных для экспорта');\n Exit;\n end;\n\n FLogger.LogInfo(Format('Найдено объектов для экспорта: %d', [entities.Count]));\n\n // Подготовка массива значений\n SetLength(values, AInstructions.ColumnMappings.Count);\n\n // Проверяем наличие ключевых колонок\n hasKeys := AInstructions.KeyColumns.Count > 0;\n\n // Начинаем транзакцию\n if not FConfig.DryRun then\n FConnection.BeginTransaction;\n\n try\n if hasKeys then\n begin\n // Режим UPSERT (с ключевыми колонками)\n FLogger.LogInfo('Режим UPSERT (обновление/вставка)');\n\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Выполняем UPSERT\n if not FConfig.DryRun then\n begin\n if UpsertRecord(AInstructions.TargetTable, AInstructions, values) then\n begin\n // Не различаем вставку и обновление в этом режиме\n Inc(Result.RowsInserted);\n end\n else\n begin\n Inc(Result.ErrorCount);\n end;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));\n end;\n end\n else\n begin\n // Режим только INSERT (пакетная вставка)\n FLogger.LogInfo('Режим INSERT (пакетная вставка)');\n\n batchData := TList.Create;\n try\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Добавляем в пакет\n batchData.Add(@values);\n\n // Вставляем пакет при достижении размера батча\n if (batchData.Count >= FBatchSize) or (i = entities.Count - 1) then\n begin\n if not FConfig.DryRun then\n begin\n inserted := InsertBatch(AInstructions.TargetTable,\n AInstructions, batchData);\n Inc(Result.RowsInserted, inserted);\n end;\n\n batchData.Clear;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));\n end;\n finally\n batchData.Free;\n end;\n end;\n\n // Фиксируем транзакцию\n if not FConfig.DryRun then\n FConnection.CommitTransaction;\n\n FLogger.LogInfo(Format(\n 'Экспорт завершён: обработано %d, вставлено %d, ошибок %d',\n [Result.RowsProcessed, Result.RowsInserted, Result.ErrorCount]\n ));\n\n except\n on E: Exception do\n begin\n // Откатываем транзакцию\n if not FConfig.DryRun then\n FConnection.RollbackTransaction;\n\n FLogger.LogError('Ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n\n finally\n entities.Free;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n end;\n end;\nend;\n\nend.\n",
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"file_path": "/tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas",
"old_string": " Result.ErrorMessages := TStringList.Create;\n Result.Success := True;\n\n FLogger.LogInfo(Format(\n 'Начало экспорта из \"%s\" в \"%s\"',\n [AExportTableName, AInstructions.TargetTable]\n ));",
"new_string": " Result.ErrorMessages := TStringList.Create;\n Result.Success := True;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Начало экспорта из \"%s\" в \"%s\"',\n [AExportTableName, AInstructions.TargetTable],\n LM_Info\n );"
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"content": "The file /tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 515→ Result.RowsProcessed := 0;\n 516→ Result.RowsInserted := 0;\n 517→ Result.RowsUpdated := 0;\n 518→ Result.ErrorCount := 0;\n 519→ Result.ErrorMessages := TStringList.Create;\n 520→ Result.Success := True;\n 521→\n 522→ programlog.LogOutFormatStr(\n 523→ 'uzvaccess: Начало экспорта из \"%s\" в \"%s\"',\n 524→ [AExportTableName, AInstructions.TargetTable],\n 525→ LM_Info\n 526→ );\n 527→\n 528→ try\n 529→ // Получаем список примитивов\n 530→ entities := ASourceProvider.GetEntities(AInstructions.TypeData);"
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"oldString": " Result.ErrorMessages := TStringList.Create;\n Result.Success := True;\n\n FLogger.LogInfo(Format(\n 'Начало экспорта из \"%s\" в \"%s\"',\n [AExportTableName, AInstructions.TargetTable]\n ));",
"newString": " Result.ErrorMessages := TStringList.Create;\n Result.Success := True;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Начало экспорта из \"%s\" в \"%s\"',\n [AExportTableName, AInstructions.TargetTable],\n LM_Info\n );",
"originalFile": "{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_executor;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, Variants, DB, SQLDB,\n uzvaccess_types, uzclog, uzvaccess_config,\n uzvaccess_connection, uzvaccess_validator,\n uzvaccess_source_provider;\n\ntype\n {**\n Класс для выполнения экспорта данных в Access\n\n Обрабатывает инструкции экспорта, получает данные из источника,\n выполняет валидацию и вставляет/обновляет данные в целевой таблице\n **}\n TExportExecutor = class\n private\n FConnection: TAccessConnection;\n FValidator: TTypeValidator;\n FConfig: TExportConfig;\n FBatchSize: Integer;\n\n // Построить SQL для вставки\n function BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для обновления (UPSERT)\n function BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для проверки существования записи\n function BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Подготовить параметры запроса\n procedure PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n );\n\n // Вставить пакет данных\n function InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n ): Integer;\n\n // Обновить или вставить запись (UPSERT)\n function UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Проверить существование записи по ключам\n function RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Извлечь значения из примитива\n function ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n ): Boolean;\n\n public\n constructor Create(\n AConnection: TAccessConnection;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n );\n destructor Destroy; override;\n\n // Выполнить экспорт для одной EXPORT-таблицы\n function ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n ): TExportTableResult;\n end;\n\nimplementation\n\n{ TExportExecutor }\n\nconstructor TExportExecutor.Create(\n AConnection: TAccessConnection;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n);\nbegin\n FConnection := AConnection;\n FValidator := AValidator;\n FConfig := AConfig;\n FBatchSize := AConfig.BatchSize;\nend;\n\ndestructor TExportExecutor.Destroy;\nbegin\n inherited Destroy;\nend;\n\nfunction TExportExecutor.BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n columns, params: String;\nbegin\n columns := '';\n params := '';\n\n // Формируем список колонок и параметров\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n if i > 0 then\n begin\n columns := columns + ', ';\n params := params + ', ';\n end;\n\n columns := columns + '[' + mapping.ColumnName + ']';\n params := params + ':' + mapping.ColumnName;\n end;\n\n Result := Format('INSERT INTO [%s] (%s) VALUES (%s)',\n [ATableName, columns, params]);\nend;\n\nfunction TExportExecutor.BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n setClause, whereClause: String;\n isKey: Boolean;\nbegin\n setClause := '';\n whereClause := '';\n\n // Формируем SET и WHERE части\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n isKey := AInstructions.KeyColumns.IndexOf(mapping.ColumnName) >= 0;\n\n if not isKey then\n begin\n // Не ключевые колонки идут в SET\n if setClause <> '' then\n setClause := setClause + ', ';\n\n setClause := setClause + Format('[%s] = :%s',\n [mapping.ColumnName, mapping.ColumnName]);\n end\n else\n begin\n // Ключевые колонки идут в WHERE\n if whereClause <> '' then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s_key',\n [mapping.ColumnName, mapping.ColumnName]);\n end;\n end;\n\n Result := Format('UPDATE [%s] SET %s WHERE %s',\n [ATableName, setClause, whereClause]);\nend;\n\nfunction TExportExecutor.BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n keyCol: String;\n whereClause: String;\nbegin\n whereClause := '';\n\n // Формируем WHERE по ключевым колонкам\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n if i > 0 then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s',\n [keyCol, keyCol]);\n end;\n\n Result := Format('SELECT COUNT(*) AS RecCount FROM [%s] WHERE %s',\n [ATableName, whereClause]);\nend;\n\nprocedure TExportExecutor.PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n);\nvar\n i: Integer;\n mapping: TColumnMapping;\n paramName: String;\n value: Variant;\nbegin\n // Очищаем существующие параметры\n AQuery.Params.Clear;\n\n // Добавляем параметры для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if i > High(AValues) then\n Break;\n\n mapping := AInstructions.ColumnMappings[i];\n value := AValues[i];\n paramName := mapping.ColumnName;\n\n // Создаём параметр\n if VarIsNull(value) then\n begin\n AQuery.Params.CreateParam(ftString, paramName, ptInput).Clear;\n end\n else\n begin\n case mapping.DataType of\n cdtString:\n AQuery.Params.CreateParam(ftString, paramName, ptInput).AsString :=\n VarToStr(value);\n\n cdtInteger:\n AQuery.Params.CreateParam(ftInteger, paramName, ptInput).AsInteger :=\n Integer(value);\n\n cdtFloat:\n AQuery.Params.CreateParam(ftFloat, paramName, ptInput).AsFloat :=\n Double(value);\n end;\n end;\n end;\nend;\n\nfunction TExportExecutor.RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n i, idx: Integer;\n keyCol: String;\n value: Variant;\n count: Integer;\nbegin\n Result := False;\n\n // Если нет ключевых колонок, считаем что записи не существует\n if AInstructions.KeyColumns.Count = 0 then\n Exit;\n\n query := TSQLQuery.Create(nil);\n try\n query.DataBase := FConnection.GetQuery.DataBase;\n query.Transaction := FConnection.GetQuery.Transaction;\n\n sql := BuildExistsSQL(ATableName, AInstructions);\n query.SQL.Text := sql;\n\n // Устанавливаем параметры только для ключевых колонок\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n // Находим индекс этой колонки в маппингах\n idx := -1;\n for idx := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if AInstructions.ColumnMappings[idx].ColumnName = keyCol then\n Break;\n end;\n\n if (idx >= 0) and (idx <= High(AValues)) then\n begin\n value := AValues[idx];\n query.Params.CreateParam(ftString, keyCol, ptInput).AsString :=\n VarToStr(value);\n end;\n end;\n\n // Выполняем запрос\n query.Open;\n try\n count := query.FieldByName('RecCount').AsInteger;\n Result := (count > 0);\n finally\n query.Close;\n end;\n\n finally\n query.Free;\n end;\nend;\n\nfunction TExportExecutor.UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n exists: Boolean;\nbegin\n Result := False;\n\n query := FConnection.GetQuery;\n\n try\n // Проверяем существование записи\n exists := RecordExists(ATableName, AInstructions, AValues);\n\n if exists then\n begin\n // UPDATE\n sql := BuildUpdateSQL(ATableName, AInstructions);\n end\n else\n begin\n // INSERT\n sql := BuildInsertSQL(ATableName, AInstructions);\n end;\n\n query.SQL.Text := sql;\n PrepareQueryParams(query, AInstructions, AValues);\n query.ExecSQL;\n\n Result := True;\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка при выполнении UPSERT: %s',\n [E.Message],\n LM_Info\n );\n Result := False;\n end;\n end;\nend;\n\nfunction TExportExecutor.InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n): Integer;\nvar\n i: Integer;\n query: TSQLQuery;\n sql: String;\n values: array of Variant;\nbegin\n Result := 0;\n\n if ABatchData.Count = 0 then\n Exit;\n\n query := FConnection.GetQuery;\n sql := BuildInsertSQL(ATableName, AInstructions);\n\n query.SQL.Text := sql;\n\n // Вставляем записи по одной\n for i := 0 to ABatchData.Count - 1 do\n begin\n values := TObject(ABatchData[i]) as array of Variant;\n\n try\n PrepareQueryParams(query, AInstructions, values);\n query.ExecSQL;\n Inc(Result);\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка вставки записи %d: %s',\n [i + 1, E.Message],\n LM_Info\n );\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n end;\nend;\n\nfunction TExportExecutor.ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n): Boolean;\nvar\n i: Integer;\n mapping: TColumnMapping;\n rawValue, convertedValue: Variant;\nbegin\n Result := True;\n\n // Извлекаем значения для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n // Обработка константных значений\n if mapping.IsConstant then\n begin\n AValues[i] := mapping.DefaultValue;\n Continue;\n end;\n\n // Получаем значение из примитива\n rawValue := ASourceProvider.GetPropertyValue(AEntity, mapping.SourceParam);\n\n // Валидируем и преобразуем тип\n if not FValidator.ValidateAndConvert(\n rawValue,\n mapping.DataType,\n convertedValue\n ) then\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка валидации значения для колонки \"%s\"',\n [mapping.ColumnName],\n LM_Info\n );\n\n if FConfig.ErrorMode = emStop then\n begin\n Result := False;\n Exit;\n end;\n\n // В мягком режиме используем значение по умолчанию\n convertedValue := Null;\n end;\n\n AValues[i] := convertedValue;\n end;\nend;\n\nfunction TExportExecutor.ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n): TExportTableResult;\nvar\n entities: TList;\n i, j: Integer;\n entity: Pointer;\n values: array of Variant;\n batchData: TList;\n inserted, updated: Integer;\n hasKeys: Boolean;\nbegin\n // Инициализация результата\n Result.TableName := AExportTableName;\n Result.TargetTable := AInstructions.TargetTable;\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 0;\n Result.ErrorMessages := TStringList.Create;\n Result.Success := True;\n\n FLogger.LogInfo(Format(\n 'Начало экспорта из \"%s\" в \"%s\"',\n [AExportTableName, AInstructions.TargetTable]\n ));\n\n try\n // Получаем список примитивов\n entities := ASourceProvider.GetEntities(AInstructions.TypeData);\n try\n if entities.Count = 0 then\n begin\n FLogger.LogWarning('Нет данных для экспорта');\n Exit;\n end;\n\n FLogger.LogInfo(Format('Найдено объектов для экспорта: %d', [entities.Count]));\n\n // Подготовка массива значений\n SetLength(values, AInstructions.ColumnMappings.Count);\n\n // Проверяем наличие ключевых колонок\n hasKeys := AInstructions.KeyColumns.Count > 0;\n\n // Начинаем транзакцию\n if not FConfig.DryRun then\n FConnection.BeginTransaction;\n\n try\n if hasKeys then\n begin\n // Режим UPSERT (с ключевыми колонками)\n FLogger.LogInfo('Режим UPSERT (обновление/вставка)');\n\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Выполняем UPSERT\n if not FConfig.DryRun then\n begin\n if UpsertRecord(AInstructions.TargetTable, AInstructions, values) then\n begin\n // Не различаем вставку и обновление в этом режиме\n Inc(Result.RowsInserted);\n end\n else\n begin\n Inc(Result.ErrorCount);\n end;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));\n end;\n end\n else\n begin\n // Режим только INSERT (пакетная вставка)\n FLogger.LogInfo('Режим INSERT (пакетная вставка)');\n\n batchData := TList.Create;\n try\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Добавляем в пакет\n batchData.Add(@values);\n\n // Вставляем пакет при достижении размера батча\n if (batchData.Count >= FBatchSize) or (i = entities.Count - 1) then\n begin\n if not FConfig.DryRun then\n begin\n inserted := InsertBatch(AInstructions.TargetTable,\n AInstructions, batchData);\n Inc(Result.RowsInserted, inserted);\n end;\n\n batchData.Clear;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));\n end;\n finally\n batchData.Free;\n end;\n end;\n\n // Фиксируем транзакцию\n if not FConfig.DryRun then\n FConnection.CommitTransaction;\n\n FLogger.LogInfo(Format(\n 'Экспорт завершён: обработано %d, вставлено %d, ошибок %d',\n [Result.RowsProcessed, Result.RowsInserted, Result.ErrorCount]\n ));\n\n except\n on E: Exception do\n begin\n // Откатываем транзакцию\n if not FConfig.DryRun then\n FConnection.RollbackTransaction;\n\n FLogger.LogError('Ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n\n finally\n entities.Free;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n end;\n end;\nend;\n\nend.\n",
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"- FLogger.LogInfo(Format(",
"- 'Начало экспорта из \"%s\" в \"%s\"',",
"- [AExportTableName, AInstructions.TargetTable]",
"- ));",
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"+ 'uzvaccess: Начало экспорта из \"%s\" в \"%s\"',",
"+ [AExportTableName, AInstructions.TargetTable],",
"+ LM_Info",
"+ );",
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"old_string": " try\n if entities.Count = 0 then\n begin\n FLogger.LogWarning('Нет данных для экспорта');\n Exit;\n end;\n\n FLogger.LogInfo(Format('Найдено объектов для экспорта: %d', [entities.Count]));",
"new_string": " try\n if entities.Count = 0 then\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Нет данных для экспорта',\n [],\n LM_Info\n );\n Exit;\n end;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Найдено объектов для экспорта: %d',\n [entities.Count],\n LM_Info\n );"
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[2025-12-07T20:57:34.896Z] [INFO] {"type":"user","message":{"role":"user","content":[{"tool_use_id":"toolu_01WwirmdowsSC6RZzZRGTVb8","type":"tool_result","content":"The file /tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 527→\n 528→ try\n 529→ // Получаем список примитивов\n 530→ entities := ASourceProvider.GetEntities(AInstructions.TypeData);\n 531→ try\n 532→ if entities.Count = 0 then\n 533→ begin\n 534→ programlog.LogOutFormatStr(\n 535→ 'uzvaccess: Нет данных для экспорта',\n 536→ [],\n 537→ LM_Info\n 538→ );\n 539→ Exit;\n 540→ end;\n 541→\n 542→ programlog.LogOutFormatStr(\n 543→ 'uzvaccess: Найдено объектов для экспорта: %d',\n 544→ [entities.Count],\n 545→ LM_Info\n 546→ );\n 547→\n 548→ // Подготовка массива значений\n 549→ SetLength(values, AInstructions.ColumnMappings.Count);\n 550→"}]},"parent_tool_use_id":null,"session_id":"7192dade-a10f-4ccc-940d-5bff967d4d15","uuid":"c49e8192-367d-4edb-9ac4-465fccba73b2","tool_use_result":{"filePath":"/tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas","oldString":" try\n if entities.Count = 0 then\n begin\n FLogger.LogWarning('Нет данных для экспорта');\n Exit;\n end;\n\n FLogger.LogInfo(Format('Найдено объектов для экспорта: %d', [entities.Count]));","newString":" try\n if entities.Count = 0 then\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Нет данных для экспорта',\n [],\n LM_Info\n );\n Exit;\n end;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Найдено объектов для экспорта: %d',\n [entities.Count],\n LM_Info\n );","originalFile":"{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_executor;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, Variants, DB, SQLDB,\n uzvaccess_types, uzclog, uzvaccess_config,\n uzvaccess_connection, uzvaccess_validator,\n uzvaccess_source_provider;\n\ntype\n {**\n Класс для выполнения экспорта данных в Access\n\n Обрабатывает инструкции экспорта, получает данные из источника,\n выполняет валидацию и вставляет/обновляет данные в целевой таблице\n **}\n TExportExecutor = class\n private\n FConnection: TAccessConnection;\n FValidator: TTypeValidator;\n FConfig: TExportConfig;\n FBatchSize: Integer;\n\n // Построить SQL для вставки\n function BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для обновления (UPSERT)\n function BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для проверки существования записи\n function BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Подготовить параметры запроса\n procedure PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n );\n\n // Вставить пакет данных\n function InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n ): Integer;\n\n // Обновить или вставить запись (UPSERT)\n function UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Проверить существование записи по ключам\n function RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Извлечь значения из примитива\n function ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n ): Boolean;\n\n public\n constructor Create(\n AConnection: TAccessConnection;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n );\n destructor Destroy; override;\n\n // Выполнить экспорт для одной EXPORT-таблицы\n function ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n ): TExportTableResult;\n end;\n\nimplementation\n\n{ TExportExecutor }\n\nconstructor TExportExecutor.Create(\n AConnection: TAccessConnection;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n);\nbegin\n FConnection := AConnection;\n FValidator := AValidator;\n FConfig := AConfig;\n FBatchSize := AConfig.BatchSize;\nend;\n\ndestructor TExportExecutor.Destroy;\nbegin\n inherited Destroy;\nend;\n\nfunction TExportExecutor.BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n columns, params: String;\nbegin\n columns := '';\n params := '';\n\n // Формируем список колонок и параметров\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n if i > 0 then\n begin\n columns := columns + ', ';\n params := params + ', ';\n end;\n\n columns := columns + '[' + mapping.ColumnName + ']';\n params := params + ':' + mapping.ColumnName;\n end;\n\n Result := Format('INSERT INTO [%s] (%s) VALUES (%s)',\n [ATableName, columns, params]);\nend;\n\nfunction TExportExecutor.BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n setClause, whereClause: String;\n isKey: Boolean;\nbegin\n setClause := '';\n whereClause := '';\n\n // Формируем SET и WHERE части\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n isKey := AInstructions.KeyColumns.IndexOf(mapping.ColumnName) >= 0;\n\n if not isKey then\n begin\n // Не ключевые колонки идут в SET\n if setClause <> '' then\n setClause := setClause + ', ';\n\n setClause := setClause + Format('[%s] = :%s',\n [mapping.ColumnName, mapping.ColumnName]);\n end\n else\n begin\n // Ключевые колонки идут в WHERE\n if whereClause <> '' then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s_key',\n [mapping.ColumnName, mapping.ColumnName]);\n end;\n end;\n\n Result := Format('UPDATE [%s] SET %s WHERE %s',\n [ATableName, setClause, whereClause]);\nend;\n\nfunction TExportExecutor.BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n keyCol: String;\n whereClause: String;\nbegin\n whereClause := '';\n\n // Формируем WHERE по ключевым колонкам\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n if i > 0 then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s',\n [keyCol, keyCol]);\n end;\n\n Result := Format('SELECT COUNT(*) AS RecCount FROM [%s] WHERE %s',\n [ATableName, whereClause]);\nend;\n\nprocedure TExportExecutor.PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n);\nvar\n i: Integer;\n mapping: TColumnMapping;\n paramName: String;\n value: Variant;\nbegin\n // Очищаем существующие параметры\n AQuery.Params.Clear;\n\n // Добавляем параметры для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if i > High(AValues) then\n Break;\n\n mapping := AInstructions.ColumnMappings[i];\n value := AValues[i];\n paramName := mapping.ColumnName;\n\n // Создаём параметр\n if VarIsNull(value) then\n begin\n AQuery.Params.CreateParam(ftString, paramName, ptInput).Clear;\n end\n else\n begin\n case mapping.DataType of\n cdtString:\n AQuery.Params.CreateParam(ftString, paramName, ptInput).AsString :=\n VarToStr(value);\n\n cdtInteger:\n AQuery.Params.CreateParam(ftInteger, paramName, ptInput).AsInteger :=\n Integer(value);\n\n cdtFloat:\n AQuery.Params.CreateParam(ftFloat, paramName, ptInput).AsFloat :=\n Double(value);\n end;\n end;\n end;\nend;\n\nfunction TExportExecutor.RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n i, idx: Integer;\n keyCol: String;\n value: Variant;\n count: Integer;\nbegin\n Result := False;\n\n // Если нет ключевых колонок, считаем что записи не существует\n if AInstructions.KeyColumns.Count = 0 then\n Exit;\n\n query := TSQLQuery.Create(nil);\n try\n query.DataBase := FConnection.GetQuery.DataBase;\n query.Transaction := FConnection.GetQuery.Transaction;\n\n sql := BuildExistsSQL(ATableName, AInstructions);\n query.SQL.Text := sql;\n\n // Устанавливаем параметры только для ключевых колонок\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n // Находим индекс этой колонки в маппингах\n idx := -1;\n for idx := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if AInstructions.ColumnMappings[idx].ColumnName = keyCol then\n Break;\n end;\n\n if (idx >= 0) and (idx <= High(AValues)) then\n begin\n value := AValues[idx];\n query.Params.CreateParam(ftString, keyCol, ptInput).AsString :=\n VarToStr(value);\n end;\n end;\n\n // Выполняем запрос\n query.Open;\n try\n count := query.FieldByName('RecCount').AsInteger;\n Result := (count > 0);\n finally\n query.Close;\n end;\n\n finally\n query.Free;\n end;\nend;\n\nfunction TExportExecutor.UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n exists: Boolean;\nbegin\n Result := False;\n\n query := FConnection.GetQuery;\n\n try\n // Проверяем существование записи\n exists := RecordExists(ATableName, AInstructions, AValues);\n\n if exists then\n begin\n // UPDATE\n sql := BuildUpdateSQL(ATableName, AInstructions);\n end\n else\n begin\n // INSERT\n sql := BuildInsertSQL(ATableName, AInstructions);\n end;\n\n query.SQL.Text := sql;\n PrepareQueryParams(query, AInstructions, AValues);\n query.ExecSQL;\n\n Result := True;\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка при выполнении UPSERT: %s',\n [E.Message],\n LM_Info\n );\n Result := False;\n end;\n end;\nend;\n\nfunction TExportExecutor.InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n): Integer;\nvar\n i: Integer;\n query: TSQLQuery;\n sql: String;\n values: array of Variant;\nbegin\n Result := 0;\n\n if ABatchData.Count = 0 then\n Exit;\n\n query := FConnection.GetQuery;\n sql := BuildInsertSQL(ATableName, AInstructions);\n\n query.SQL.Text := sql;\n\n // Вставляем записи по одной\n for i := 0 to ABatchData.Count - 1 do\n begin\n values := TObject(ABatchData[i]) as array of Variant;\n\n try\n PrepareQueryParams(query, AInstructions, values);\n query.ExecSQL;\n Inc(Result);\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка вставки записи %d: %s',\n [i + 1, E.Message],\n LM_Info\n );\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n end;\nend;\n\nfunction TExportExecutor.ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n): Boolean;\nvar\n i: Integer;\n mapping: TColumnMapping;\n rawValue, convertedValue: Variant;\nbegin\n Result := True;\n\n // Извлекаем значения для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n // Обработка константных значений\n if mapping.IsConstant then\n begin\n AValues[i] := mapping.DefaultValue;\n Continue;\n end;\n\n // Получаем значение из примитива\n rawValue := ASourceProvider.GetPropertyValue(AEntity, mapping.SourceParam);\n\n // Валидируем и преобразуем тип\n if not FValidator.ValidateAndConvert(\n rawValue,\n mapping.DataType,\n convertedValue\n ) then\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка валидации значения для колонки \"%s\"',\n [mapping.ColumnName],\n LM_Info\n );\n\n if FConfig.ErrorMode = emStop then\n begin\n Result := False;\n Exit;\n end;\n\n // В мягком режиме используем значение по умолчанию\n convertedValue := Null;\n end;\n\n AValues[i] := convertedValue;\n end;\nend;\n\nfunction TExportExecutor.ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n): TExportTableResult;\nvar\n entities: TList;\n i, j: Integer;\n entity: Pointer;\n values: array of Variant;\n batchData: TList;\n inserted, updated: Integer;\n hasKeys: Boolean;\nbegin\n // Инициализация результата\n Result.TableName := AExportTableName;\n Result.TargetTable := AInstructions.TargetTable;\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 0;\n Result.ErrorMessages := TStringList.Create;\n Result.Success := True;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Начало экспорта из \"%s\" в \"%s\"',\n [AExportTableName, AInstructions.TargetTable],\n LM_Info\n );\n\n try\n // Получаем список примитивов\n entities := ASourceProvider.GetEntities(AInstructions.TypeData);\n try\n if entities.Count = 0 then\n begin\n FLogger.LogWarning('Нет данных для экспорта');\n Exit;\n end;\n\n FLogger.LogInfo(Format('Найдено объектов для экспорта: %d', [entities.Count]));\n\n // Подготовка массива значений\n SetLength(values, AInstructions.ColumnMappings.Count);\n\n // Проверяем наличие ключевых колонок\n hasKeys := AInstructions.KeyColumns.Count > 0;\n\n // Начинаем транзакцию\n if not FConfig.DryRun then\n FConnection.BeginTransaction;\n\n try\n if hasKeys then\n begin\n // Режим UPSERT (с ключевыми колонками)\n FLogger.LogInfo('Режим UPSERT (обновление/вставка)');\n\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Выполняем UPSERT\n if not FConfig.DryRun then\n begin\n if UpsertRecord(AInstructions.TargetTable, AInstructions, values) then\n begin\n // Не различаем вставку и обновление в этом режиме\n Inc(Result.RowsInserted);\n end\n else\n begin\n Inc(Result.ErrorCount);\n end;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));\n end;\n end\n else\n begin\n // Режим только INSERT (пакетная вставка)\n FLogger.LogInfo('Режим INSERT (пакетная вставка)');\n\n batchData := TList.Create;\n try\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Добавляем в пакет\n batchData.Add(@values);\n\n // Вставляем пакет при достижении размера батча\n if (batchData.Count >= FBatchSize) or (i = entities.Count - 1) then\n begin\n if not FConfig.DryRun then\n
[2025-12-07T20:57:34.906Z] [INFO] begin\n inserted := InsertBatch(AInstructions.TargetTable,\n AInstructions, batchData);\n Inc(Result.RowsInserted, inserted);\n end;\n\n batchData.Clear;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));\n end;\n finally\n batchData.Free;\n end;\n end;\n\n // Фиксируем транзакцию\n if not FConfig.DryRun then\n FConnection.CommitTransaction;\n\n FLogger.LogInfo(Format(\n 'Экспорт завершён: обработано %d, вставлено %d, ошибок %d',\n [Result.RowsProcessed, Result.RowsInserted, Result.ErrorCount]\n ));\n\n except\n on E: Exception do\n begin\n // Откатываем транзакцию\n if not FConfig.DryRun then\n FConnection.RollbackTransaction;\n\n FLogger.LogError('Ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n\n finally\n entities.Free;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n end;\n end;\nend;\n\nend.\n","structuredPatch":[{"oldStart":531,"oldLines":11,"newStart":531,"newLines":19,"lines":[" try"," if entities.Count = 0 then"," begin","- FLogger.LogWarning('Нет данных для экспорта');","+ programlog.LogOutFormatStr(","+ 'uzvaccess: Нет данных для экспорта',","+ [],","+ LM_Info","+ );"," Exit;"," end;"," ","- FLogger.LogInfo(Format('Найдено объектов для экспорта: %d', [entities.Count]));","+ programlog.LogOutFormatStr(","+ 'uzvaccess: Найдено объектов для экспорта: %d',","+ [entities.Count],","+ LM_Info","+ );"," "," // Подготовка массива значений"," SetLength(values, AInstructions.ColumnMappings.Count);"]}],"userModified":false,"replaceAll":false}}
[2025-12-07T20:57:39.552Z] [INFO] {
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"id": "toolu_01U2hJHq9kWrZa6Tr2HuPVgB",
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"file_path": "/tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas",
"old_string": " if hasKeys then\n begin\n // Режим UPSERT (с ключевыми колонками)\n FLogger.LogInfo('Режим UPSERT (обновление/вставка)');",
"new_string": " if hasKeys then\n begin\n // Режим UPSERT (с ключевыми колонками)\n programlog.LogOutFormatStr(\n 'uzvaccess: Режим UPSERT (обновление/вставка)',\n [],\n LM_Info\n );"
}
}
],
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"usage": {
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"cache_creation_input_tokens": 658,
"cache_read_input_tokens": 61808,
"cache_creation": {
"ephemeral_5m_input_tokens": 658,
"ephemeral_1h_input_tokens": 0
},
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"service_tier": "standard"
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"session_id": "7192dade-a10f-4ccc-940d-5bff967d4d15",
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[2025-12-07T20:57:39.582Z] [INFO] {
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"content": [
{
"tool_use_id": "toolu_01U2hJHq9kWrZa6Tr2HuPVgB",
"type": "tool_result",
"content": "The file /tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 555→ if not FConfig.DryRun then\n 556→ FConnection.BeginTransaction;\n 557→\n 558→ try\n 559→ if hasKeys then\n 560→ begin\n 561→ // Режим UPSERT (с ключевыми колонками)\n 562→ programlog.LogOutFormatStr(\n 563→ 'uzvaccess: Режим UPSERT (обновление/вставка)',\n 564→ [],\n 565→ LM_Info\n 566→ );\n 567→\n 568→ for i := 0 to entities.Count - 1 do\n 569→ begin\n 570→ entity := entities[i];"
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"filePath": "/tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas",
"oldString": " if hasKeys then\n begin\n // Режим UPSERT (с ключевыми колонками)\n FLogger.LogInfo('Режим UPSERT (обновление/вставка)');",
"newString": " if hasKeys then\n begin\n // Режим UPSERT (с ключевыми колонками)\n programlog.LogOutFormatStr(\n 'uzvaccess: Режим UPSERT (обновление/вставка)',\n [],\n LM_Info\n );",
"originalFile": "{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_executor;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, Variants, DB, SQLDB,\n uzvaccess_types, uzclog, uzvaccess_config,\n uzvaccess_connection, uzvaccess_validator,\n uzvaccess_source_provider;\n\ntype\n {**\n Класс для выполнения экспорта данных в Access\n\n Обрабатывает инструкции экспорта, получает данные из источника,\n выполняет валидацию и вставляет/обновляет данные в целевой таблице\n **}\n TExportExecutor = class\n private\n FConnection: TAccessConnection;\n FValidator: TTypeValidator;\n FConfig: TExportConfig;\n FBatchSize: Integer;\n\n // Построить SQL для вставки\n function BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для обновления (UPSERT)\n function BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для проверки существования записи\n function BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Подготовить параметры запроса\n procedure PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n );\n\n // Вставить пакет данных\n function InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n ): Integer;\n\n // Обновить или вставить запись (UPSERT)\n function UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Проверить существование записи по ключам\n function RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Извлечь значения из примитива\n function ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n ): Boolean;\n\n public\n constructor Create(\n AConnection: TAccessConnection;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n );\n destructor Destroy; override;\n\n // Выполнить экспорт для одной EXPORT-таблицы\n function ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n ): TExportTableResult;\n end;\n\nimplementation\n\n{ TExportExecutor }\n\nconstructor TExportExecutor.Create(\n AConnection: TAccessConnection;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n);\nbegin\n FConnection := AConnection;\n FValidator := AValidator;\n FConfig := AConfig;\n FBatchSize := AConfig.BatchSize;\nend;\n\ndestructor TExportExecutor.Destroy;\nbegin\n inherited Destroy;\nend;\n\nfunction TExportExecutor.BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n columns, params: String;\nbegin\n columns := '';\n params := '';\n\n // Формируем список колонок и параметров\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n if i > 0 then\n begin\n columns := columns + ', ';\n params := params + ', ';\n end;\n\n columns := columns + '[' + mapping.ColumnName + ']';\n params := params + ':' + mapping.ColumnName;\n end;\n\n Result := Format('INSERT INTO [%s] (%s) VALUES (%s)',\n [ATableName, columns, params]);\nend;\n\nfunction TExportExecutor.BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n setClause, whereClause: String;\n isKey: Boolean;\nbegin\n setClause := '';\n whereClause := '';\n\n // Формируем SET и WHERE части\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n isKey := AInstructions.KeyColumns.IndexOf(mapping.ColumnName) >= 0;\n\n if not isKey then\n begin\n // Не ключевые колонки идут в SET\n if setClause <> '' then\n setClause := setClause + ', ';\n\n setClause := setClause + Format('[%s] = :%s',\n [mapping.ColumnName, mapping.ColumnName]);\n end\n else\n begin\n // Ключевые колонки идут в WHERE\n if whereClause <> '' then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s_key',\n [mapping.ColumnName, mapping.ColumnName]);\n end;\n end;\n\n Result := Format('UPDATE [%s] SET %s WHERE %s',\n [ATableName, setClause, whereClause]);\nend;\n\nfunction TExportExecutor.BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n keyCol: String;\n whereClause: String;\nbegin\n whereClause := '';\n\n // Формируем WHERE по ключевым колонкам\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n if i > 0 then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s',\n [keyCol, keyCol]);\n end;\n\n Result := Format('SELECT COUNT(*) AS RecCount FROM [%s] WHERE %s',\n [ATableName, whereClause]);\nend;\n\nprocedure TExportExecutor.PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n);\nvar\n i: Integer;\n mapping: TColumnMapping;\n paramName: String;\n value: Variant;\nbegin\n // Очищаем существующие параметры\n AQuery.Params.Clear;\n\n // Добавляем параметры для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if i > High(AValues) then\n Break;\n\n mapping := AInstructions.ColumnMappings[i];\n value := AValues[i];\n paramName := mapping.ColumnName;\n\n // Создаём параметр\n if VarIsNull(value) then\n begin\n AQuery.Params.CreateParam(ftString, paramName, ptInput).Clear;\n end\n else\n begin\n case mapping.DataType of\n cdtString:\n AQuery.Params.CreateParam(ftString, paramName, ptInput).AsString :=\n VarToStr(value);\n\n cdtInteger:\n AQuery.Params.CreateParam(ftInteger, paramName, ptInput).AsInteger :=\n Integer(value);\n\n cdtFloat:\n AQuery.Params.CreateParam(ftFloat, paramName, ptInput).AsFloat :=\n Double(value);\n end;\n end;\n end;\nend;\n\nfunction TExportExecutor.RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n i, idx: Integer;\n keyCol: String;\n value: Variant;\n count: Integer;\nbegin\n Result := False;\n\n // Если нет ключевых колонок, считаем что записи не существует\n if AInstructions.KeyColumns.Count = 0 then\n Exit;\n\n query := TSQLQuery.Create(nil);\n try\n query.DataBase := FConnection.GetQuery.DataBase;\n query.Transaction := FConnection.GetQuery.Transaction;\n\n sql := BuildExistsSQL(ATableName, AInstructions);\n query.SQL.Text := sql;\n\n // Устанавливаем параметры только для ключевых колонок\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n // Находим индекс этой колонки в маппингах\n idx := -1;\n for idx := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if AInstructions.ColumnMappings[idx].ColumnName = keyCol then\n Break;\n end;\n\n if (idx >= 0) and (idx <= High(AValues)) then\n begin\n value := AValues[idx];\n query.Params.CreateParam(ftString, keyCol, ptInput).AsString :=\n VarToStr(value);\n end;\n end;\n\n // Выполняем запрос\n query.Open;\n try\n count := query.FieldByName('RecCount').AsInteger;\n Result := (count > 0);\n finally\n query.Close;\n end;\n\n finally\n query.Free;\n end;\nend;\n\nfunction TExportExecutor.UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n exists: Boolean;\nbegin\n Result := False;\n\n query := FConnection.GetQuery;\n\n try\n // Проверяем существование записи\n exists := RecordExists(ATableName, AInstructions, AValues);\n\n if exists then\n begin\n // UPDATE\n sql := BuildUpdateSQL(ATableName, AInstructions);\n end\n else\n begin\n // INSERT\n sql := BuildInsertSQL(ATableName, AInstructions);\n end;\n\n query.SQL.Text := sql;\n PrepareQueryParams(query, AInstructions, AValues);\n query.ExecSQL;\n\n Result := True;\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка при выполнении UPSERT: %s',\n [E.Message],\n LM_Info\n );\n Result := False;\n end;\n end;\nend;\n\nfunction TExportExecutor.InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n): Integer;\nvar\n i: Integer;\n query: TSQLQuery;\n sql: String;\n values: array of Variant;\nbegin\n Result := 0;\n\n if ABatchData.Count = 0 then\n Exit;\n\n query := FConnection.GetQuery;\n sql := BuildInsertSQL(ATableName, AInstructions);\n\n query.SQL.Text := sql;\n\n // Вставляем записи по одной\n for i := 0 to ABatchData.Count - 1 do\n begin\n values := TObject(ABatchData[i]) as array of Variant;\n\n try\n PrepareQueryParams(query, AInstructions, values);\n query.ExecSQL;\n Inc(Result);\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка вставки записи %d: %s',\n [i + 1, E.Message],\n LM_Info\n );\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n end;\nend;\n\nfunction TExportExecutor.ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n): Boolean;\nvar\n i: Integer;\n mapping: TColumnMapping;\n rawValue, convertedValue: Variant;\nbegin\n Result := True;\n\n // Извлекаем значения для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n // Обработка константных значений\n if mapping.IsConstant then\n begin\n AValues[i] := mapping.DefaultValue;\n Continue;\n end;\n\n // Получаем значение из примитива\n rawValue := ASourceProvider.GetPropertyValue(AEntity, mapping.SourceParam);\n\n // Валидируем и преобразуем тип\n if not FValidator.ValidateAndConvert(\n rawValue,\n mapping.DataType,\n convertedValue\n ) then\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка валидации значения для колонки \"%s\"',\n [mapping.ColumnName],\n LM_Info\n );\n\n if FConfig.ErrorMode = emStop then\n begin\n Result := False;\n Exit;\n end;\n\n // В мягком режиме используем значение по умолчанию\n convertedValue := Null;\n end;\n\n AValues[i] := convertedValue;\n end;\nend;\n\nfunction TExportExecutor.ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n): TExportTableResult;\nvar\n entities: TList;\n i, j: Integer;\n entity: Pointer;\n values: array of Variant;\n batchData: TList;\n inserted, updated: Integer;\n hasKeys: Boolean;\nbegin\n // Инициализация результата\n Result.TableName := AExportTableName;\n Result.TargetTable := AInstructions.TargetTable;\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 0;\n Result.ErrorMessages := TStringList.Create;\n Result.Success := True;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Начало экспорта из \"%s\" в \"%s\"',\n [AExportTableName, AInstructions.TargetTable],\n LM_Info\n );\n\n try\n // Получаем список примитивов\n entities := ASourceProvider.GetEntities(AInstructions.TypeData);\n try\n if entities.Count = 0 then\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Нет данных для экспорта',\n [],\n LM_Info\n );\n Exit;\n end;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Найдено объектов для экспорта: %d',\n [entities.Count],\n LM_Info\n );\n\n // Подготовка массива значений\n SetLength(values, AInstructions.ColumnMappings.Count);\n\n // Проверяем наличие ключевых колонок\n hasKeys := AInstructions.KeyColumns.Count > 0;\n\n // Начинаем транзакцию\n if not FConfig.DryRun then\n FConnection.BeginTransaction;\n\n try\n if hasKeys then\n begin\n // Режим UPSERT (с ключевыми колонками)\n FLogger.LogInfo('Режим UPSERT (обновление/вставка)');\n\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Выполняем UPSERT\n if not FConfig.DryRun then\n begin\n if UpsertRecord(AInstructions.TargetTable, AInstructions, values) then\n begin\n // Не различаем вставку и обновление в этом режиме\n Inc(Result.RowsInserted);\n end\n else\n begin\n Inc(Result.ErrorCount);\n end;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));\n end;\n end\n else\n begin\n // Режим только INSERT (пакетная вставка)\n FLogger.LogInfo('Режим INSERT (пакетная вставка)');\n\n batchData := TList.Create;\n try\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Добавляем в пакет\n batchData.Add(@values);\n\n // Вставляем пакет при достижении размера батча\n if (batchData.Count >= FBatchSize) or (i = entities.Count - 1) then\n begin\n if not FConfig.DryRun then\n begin\n inserted := InsertBatch(AInstructions.TargetTable,\n AInstructions, batchData);\n Inc(Result.RowsInserted, inserted);\n end;\n\n batchData.Clear;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));\n end;\n finally\n batchData.Free;\n end;\n end;\n\n // Фиксируем транзакцию\n if not FConfig.DryRun then\n FConnection.CommitTransaction;\n\n FLogger.LogInfo(Format(\n 'Экспорт завершён: обработано %d, вставлено %d, ошибок %d',\n [Result.RowsProcessed, Result.RowsInserted, Result.ErrorCount]\n ));\n\n except\n on E: Exception do\n begin\n // Откатываем транзакцию\n if not FConfig.DryRun then\n FConnection.RollbackTransaction;\n\n FLogger.LogError('Ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n\n finally\n entities.Free;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n end;\n end;\nend;\n\nend.\n",
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{
"type": "tool_use",
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"file_path": "/tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas",
"old_string": " // Прогресс\n if (i + 1) mod 100 = 0 then\n FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));",
"new_string": " // Прогресс\n if (i + 1) mod 100 = 0 then\n programlog.LogOutFormatStr(\n 'uzvaccess: Обработано: %d / %d',\n [i + 1, entities.Count],\n LM_Info\n );"
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"content": "The file /tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 591→ Inc(Result.ErrorCount);\n 592→ end;\n 593→ end;\n 594→\n 595→ // Прогресс\n 596→ if (i + 1) mod 100 = 0 then\n 597→ programlog.LogOutFormatStr(\n 598→ 'uzvaccess: Обработано: %d / %d',\n 599→ [i + 1, entities.Count],\n 600→ LM_Info\n 601→ );\n 602→ end;\n 603→ end\n 604→ else\n 605→ begin"
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"oldString": " // Прогресс\n if (i + 1) mod 100 = 0 then\n FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));",
"newString": " // Прогресс\n if (i + 1) mod 100 = 0 then\n programlog.LogOutFormatStr(\n 'uzvaccess: Обработано: %d / %d',\n [i + 1, entities.Count],\n LM_Info\n );",
"originalFile": "{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_executor;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, Variants, DB, SQLDB,\n uzvaccess_types, uzclog, uzvaccess_config,\n uzvaccess_connection, uzvaccess_validator,\n uzvaccess_source_provider;\n\ntype\n {**\n Класс для выполнения экспорта данных в Access\n\n Обрабатывает инструкции экспорта, получает данные из источника,\n выполняет валидацию и вставляет/обновляет данные в целевой таблице\n **}\n TExportExecutor = class\n private\n FConnection: TAccessConnection;\n FValidator: TTypeValidator;\n FConfig: TExportConfig;\n FBatchSize: Integer;\n\n // Построить SQL для вставки\n function BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для обновления (UPSERT)\n function BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для проверки существования записи\n function BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Подготовить параметры запроса\n procedure PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n );\n\n // Вставить пакет данных\n function InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n ): Integer;\n\n // Обновить или вставить запись (UPSERT)\n function UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Проверить существование записи по ключам\n function RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Извлечь значения из примитива\n function ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n ): Boolean;\n\n public\n constructor Create(\n AConnection: TAccessConnection;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n );\n destructor Destroy; override;\n\n // Выполнить экспорт для одной EXPORT-таблицы\n function ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n ): TExportTableResult;\n end;\n\nimplementation\n\n{ TExportExecutor }\n\nconstructor TExportExecutor.Create(\n AConnection: TAccessConnection;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n);\nbegin\n FConnection := AConnection;\n FValidator := AValidator;\n FConfig := AConfig;\n FBatchSize := AConfig.BatchSize;\nend;\n\ndestructor TExportExecutor.Destroy;\nbegin\n inherited Destroy;\nend;\n\nfunction TExportExecutor.BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n columns, params: String;\nbegin\n columns := '';\n params := '';\n\n // Формируем список колонок и параметров\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n if i > 0 then\n begin\n columns := columns + ', ';\n params := params + ', ';\n end;\n\n columns := columns + '[' + mapping.ColumnName + ']';\n params := params + ':' + mapping.ColumnName;\n end;\n\n Result := Format('INSERT INTO [%s] (%s) VALUES (%s)',\n [ATableName, columns, params]);\nend;\n\nfunction TExportExecutor.BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n setClause, whereClause: String;\n isKey: Boolean;\nbegin\n setClause := '';\n whereClause := '';\n\n // Формируем SET и WHERE части\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n isKey := AInstructions.KeyColumns.IndexOf(mapping.ColumnName) >= 0;\n\n if not isKey then\n begin\n // Не ключевые колонки идут в SET\n if setClause <> '' then\n setClause := setClause + ', ';\n\n setClause := setClause + Format('[%s] = :%s',\n [mapping.ColumnName, mapping.ColumnName]);\n end\n else\n begin\n // Ключевые колонки идут в WHERE\n if whereClause <> '' then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s_key',\n [mapping.ColumnName, mapping.ColumnName]);\n end;\n end;\n\n Result := Format('UPDATE [%s] SET %s WHERE %s',\n [ATableName, setClause, whereClause]);\nend;\n\nfunction TExportExecutor.BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n keyCol: String;\n whereClause: String;\nbegin\n whereClause := '';\n\n // Формируем WHERE по ключевым колонкам\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n if i > 0 then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s',\n [keyCol, keyCol]);\n end;\n\n Result := Format('SELECT COUNT(*) AS RecCount FROM [%s] WHERE %s',\n [ATableName, whereClause]);\nend;\n\nprocedure TExportExecutor.PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n);\nvar\n i: Integer;\n mapping: TColumnMapping;\n paramName: String;\n value: Variant;\nbegin\n // Очищаем существующие параметры\n AQuery.Params.Clear;\n\n // Добавляем параметры для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if i > High(AValues) then\n Break;\n\n mapping := AInstructions.ColumnMappings[i];\n value := AValues[i];\n paramName := mapping.ColumnName;\n\n // Создаём параметр\n if VarIsNull(value) then\n begin\n AQuery.Params.CreateParam(ftString, paramName, ptInput).Clear;\n end\n else\n begin\n case mapping.DataType of\n cdtString:\n AQuery.Params.CreateParam(ftString, paramName, ptInput).AsString :=\n VarToStr(value);\n\n cdtInteger:\n AQuery.Params.CreateParam(ftInteger, paramName, ptInput).AsInteger :=\n Integer(value);\n\n cdtFloat:\n AQuery.Params.CreateParam(ftFloat, paramName, ptInput).AsFloat :=\n Double(value);\n end;\n end;\n end;\nend;\n\nfunction TExportExecutor.RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n i, idx: Integer;\n keyCol: String;\n value: Variant;\n count: Integer;\nbegin\n Result := False;\n\n // Если нет ключевых колонок, считаем что записи не существует\n if AInstructions.KeyColumns.Count = 0 then\n Exit;\n\n query := TSQLQuery.Create(nil);\n try\n query.DataBase := FConnection.GetQuery.DataBase;\n query.Transaction := FConnection.GetQuery.Transaction;\n\n sql := BuildExistsSQL(ATableName, AInstructions);\n query.SQL.Text := sql;\n\n // Устанавливаем параметры только для ключевых колонок\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n // Находим индекс этой колонки в маппингах\n idx := -1;\n for idx := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if AInstructions.ColumnMappings[idx].ColumnName = keyCol then\n Break;\n end;\n\n if (idx >= 0) and (idx <= High(AValues)) then\n begin\n value := AValues[idx];\n query.Params.CreateParam(ftString, keyCol, ptInput).AsString :=\n VarToStr(value);\n end;\n end;\n\n // Выполняем запрос\n query.Open;\n try\n count := query.FieldByName('RecCount').AsInteger;\n Result := (count > 0);\n finally\n query.Close;\n end;\n\n finally\n query.Free;\n end;\nend;\n\nfunction TExportExecutor.UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n exists: Boolean;\nbegin\n Result := False;\n\n query := FConnection.GetQuery;\n\n try\n // Проверяем существование записи\n exists := RecordExists(ATableName, AInstructions, AValues);\n\n if exists then\n begin\n // UPDATE\n sql := BuildUpdateSQL(ATableName, AInstructions);\n end\n else\n begin\n // INSERT\n sql := BuildInsertSQL(ATableName, AInstructions);\n end;\n\n query.SQL.Text := sql;\n PrepareQueryParams(query, AInstructions, AValues);\n query.ExecSQL;\n\n Result := True;\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка при выполнении UPSERT: %s',\n [E.Message],\n LM_Info\n );\n Result := False;\n end;\n end;\nend;\n\nfunction TExportExecutor.InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n): Integer;\nvar\n i: Integer;\n query: TSQLQuery;\n sql: String;\n values: array of Variant;\nbegin\n Result := 0;\n\n if ABatchData.Count = 0 then\n Exit;\n\n query := FConnection.GetQuery;\n sql := BuildInsertSQL(ATableName, AInstructions);\n\n query.SQL.Text := sql;\n\n // Вставляем записи по одной\n for i := 0 to ABatchData.Count - 1 do\n begin\n values := TObject(ABatchData[i]) as array of Variant;\n\n try\n PrepareQueryParams(query, AInstructions, values);\n query.ExecSQL;\n Inc(Result);\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка вставки записи %d: %s',\n [i + 1, E.Message],\n LM_Info\n );\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n end;\nend;\n\nfunction TExportExecutor.ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n): Boolean;\nvar\n i: Integer;\n mapping: TColumnMapping;\n rawValue, convertedValue: Variant;\nbegin\n Result := True;\n\n // Извлекаем значения для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n // Обработка константных значений\n if mapping.IsConstant then\n begin\n AValues[i] := mapping.DefaultValue;\n Continue;\n end;\n\n // Получаем значение из примитива\n rawValue := ASourceProvider.GetPropertyValue(AEntity, mapping.SourceParam);\n\n // Валидируем и преобразуем тип\n if not FValidator.ValidateAndConvert(\n rawValue,\n mapping.DataType,\n convertedValue\n ) then\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка валидации значения для колонки \"%s\"',\n [mapping.ColumnName],\n LM_Info\n );\n\n if FConfig.ErrorMode = emStop then\n begin\n Result := False;\n Exit;\n end;\n\n // В мягком режиме используем значение по умолчанию\n convertedValue := Null;\n end;\n\n AValues[i] := convertedValue;\n end;\nend;\n\nfunction TExportExecutor.ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n): TExportTableResult;\nvar\n entities: TList;\n i, j: Integer;\n entity: Pointer;\n values: array of Variant;\n batchData: TList;\n inserted, updated: Integer;\n hasKeys: Boolean;\nbegin\n // Инициализация результата\n Result.TableName := AExportTableName;\n Result.TargetTable := AInstructions.TargetTable;\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 0;\n Result.ErrorMessages := TStringList.Create;\n Result.Success := True;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Начало экспорта из \"%s\" в \"%s\"',\n [AExportTableName, AInstructions.TargetTable],\n LM_Info\n );\n\n try\n // Получаем список примитивов\n entities := ASourceProvider.GetEntities(AInstructions.TypeData);\n try\n if entities.Count = 0 then\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Нет данных для экспорта',\n [],\n LM_Info\n );\n Exit;\n end;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Найдено объектов для экспорта: %d',\n [entities.Count],\n LM_Info\n );\n\n // Подготовка массива значений\n SetLength(values, AInstructions.ColumnMappings.Count);\n\n // Проверяем наличие ключевых колонок\n hasKeys := AInstructions.KeyColumns.Count > 0;\n\n // Начинаем транзакцию\n if not FConfig.DryRun then\n FConnection.BeginTransaction;\n\n try\n if hasKeys then\n begin\n // Режим UPSERT (с ключевыми колонками)\n programlog.LogOutFormatStr(\n 'uzvaccess: Режим UPSERT (обновление/вставка)',\n [],\n LM_Info\n );\n\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Выполняем UPSERT\n if not FConfig.DryRun then\n begin\n if UpsertRecord(AInstructions.TargetTable, AInstructions, values) then\n begin\n // Не различаем вставку и обновление в этом режиме\n Inc(Result.RowsInserted);\n end\n else\n begin\n Inc(Result.ErrorCount);\n end;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));\n end;\n end\n else\n begin\n // Режим только INSERT (пакетная вставка)\n FLogger.LogInfo('Режим INSERT (пакетная вставка)');\n\n batchData := TList.Create;\n try\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Добавляем в пакет\n batchData.Add(@values);\n\n // Вставляем пакет при достижении размера батча\n if (batchData.Count >= FBatchSize) or (i = entities.Count - 1) then\n begin\n if not FConfig.DryRun then\n begin\n inserted := InsertBatch(AInstructions.TargetTable,\n AInstructions, batchData);\n Inc(Result.RowsInserted, inserted);\n end;\n\n batchData.Clear;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));\n end;\n finally\n batchData.Free;\n end;\n end;\n\n // Фиксируем транзакцию\n if not FConfig.DryRun then\n FConnection.CommitTransaction;\n\n FLogger.LogInfo(Format(\n 'Экспорт завершён: обработано %d, вставлено %d, ошибок %d',\n [Result.RowsProcessed, Result.RowsInserted, Result.ErrorCount]\n ));\n\n except\n on E: Exception do\n begin\n // Откатываем транзакцию\n if not FConfig.DryRun then\n FConnection.RollbackTransaction;\n\n FLogger.LogError('Ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n\n finally\n entities.Free;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n end;\n end;\nend;\n\nend.\n",
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"old_string": " else\n begin\n // Режим только INSERT (пакетная вставка)\n FLogger.LogInfo('Режим INSERT (пакетная вставка)');",
"new_string": " else\n begin\n // Режим только INSERT (пакетная вставка)\n programlog.LogOutFormatStr(\n 'uzvaccess: Режим INSERT (пакетная вставка)',\n [],\n LM_Info\n );"
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[2025-12-07T20:57:48.565Z] [INFO] {
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"content": "The file /tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 600→ LM_Info\n 601→ );\n 602→ end;\n 603→ end\n 604→ else\n 605→ begin\n 606→ // Режим только INSERT (пакетная вставка)\n 607→ programlog.LogOutFormatStr(\n 608→ 'uzvaccess: Режим INSERT (пакетная вставка)',\n 609→ [],\n 610→ LM_Info\n 611→ );\n 612→\n 613→ batchData := TList.Create;\n 614→ try\n 615→ for i := 0 to entities.Count - 1 do"
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"oldString": " else\n begin\n // Режим только INSERT (пакетная вставка)\n FLogger.LogInfo('Режим INSERT (пакетная вставка)');",
"newString": " else\n begin\n // Режим только INSERT (пакетная вставка)\n programlog.LogOutFormatStr(\n 'uzvaccess: Режим INSERT (пакетная вставка)',\n [],\n LM_Info\n );",
"originalFile": "{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_executor;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, Variants, DB, SQLDB,\n uzvaccess_types, uzclog, uzvaccess_config,\n uzvaccess_connection, uzvaccess_validator,\n uzvaccess_source_provider;\n\ntype\n {**\n Класс для выполнения экспорта данных в Access\n\n Обрабатывает инструкции экспорта, получает данные из источника,\n выполняет валидацию и вставляет/обновляет данные в целевой таблице\n **}\n TExportExecutor = class\n private\n FConnection: TAccessConnection;\n FValidator: TTypeValidator;\n FConfig: TExportConfig;\n FBatchSize: Integer;\n\n // Построить SQL для вставки\n function BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для обновления (UPSERT)\n function BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для проверки существования записи\n function BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Подготовить параметры запроса\n procedure PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n );\n\n // Вставить пакет данных\n function InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n ): Integer;\n\n // Обновить или вставить запись (UPSERT)\n function UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Проверить существование записи по ключам\n function RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Извлечь значения из примитива\n function ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n ): Boolean;\n\n public\n constructor Create(\n AConnection: TAccessConnection;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n );\n destructor Destroy; override;\n\n // Выполнить экспорт для одной EXPORT-таблицы\n function ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n ): TExportTableResult;\n end;\n\nimplementation\n\n{ TExportExecutor }\n\nconstructor TExportExecutor.Create(\n AConnection: TAccessConnection;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n);\nbegin\n FConnection := AConnection;\n FValidator := AValidator;\n FConfig := AConfig;\n FBatchSize := AConfig.BatchSize;\nend;\n\ndestructor TExportExecutor.Destroy;\nbegin\n inherited Destroy;\nend;\n\nfunction TExportExecutor.BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n columns, params: String;\nbegin\n columns := '';\n params := '';\n\n // Формируем список колонок и параметров\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n if i > 0 then\n begin\n columns := columns + ', ';\n params := params + ', ';\n end;\n\n columns := columns + '[' + mapping.ColumnName + ']';\n params := params + ':' + mapping.ColumnName;\n end;\n\n Result := Format('INSERT INTO [%s] (%s) VALUES (%s)',\n [ATableName, columns, params]);\nend;\n\nfunction TExportExecutor.BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n setClause, whereClause: String;\n isKey: Boolean;\nbegin\n setClause := '';\n whereClause := '';\n\n // Формируем SET и WHERE части\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n isKey := AInstructions.KeyColumns.IndexOf(mapping.ColumnName) >= 0;\n\n if not isKey then\n begin\n // Не ключевые колонки идут в SET\n if setClause <> '' then\n setClause := setClause + ', ';\n\n setClause := setClause + Format('[%s] = :%s',\n [mapping.ColumnName, mapping.ColumnName]);\n end\n else\n begin\n // Ключевые колонки идут в WHERE\n if whereClause <> '' then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s_key',\n [mapping.ColumnName, mapping.ColumnName]);\n end;\n end;\n\n Result := Format('UPDATE [%s] SET %s WHERE %s',\n [ATableName, setClause, whereClause]);\nend;\n\nfunction TExportExecutor.BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n keyCol: String;\n whereClause: String;\nbegin\n whereClause := '';\n\n // Формируем WHERE по ключевым колонкам\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n if i > 0 then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s',\n [keyCol, keyCol]);\n end;\n\n Result := Format('SELECT COUNT(*) AS RecCount FROM [%s] WHERE %s',\n [ATableName, whereClause]);\nend;\n\nprocedure TExportExecutor.PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n);\nvar\n i: Integer;\n mapping: TColumnMapping;\n paramName: String;\n value: Variant;\nbegin\n // Очищаем существующие параметры\n AQuery.Params.Clear;\n\n // Добавляем параметры для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if i > High(AValues) then\n Break;\n\n mapping := AInstructions.ColumnMappings[i];\n value := AValues[i];\n paramName := mapping.ColumnName;\n\n // Создаём параметр\n if VarIsNull(value) then\n begin\n AQuery.Params.CreateParam(ftString, paramName, ptInput).Clear;\n end\n else\n begin\n case mapping.DataType of\n cdtString:\n AQuery.Params.CreateParam(ftString, paramName, ptInput).AsString :=\n VarToStr(value);\n\n cdtInteger:\n AQuery.Params.CreateParam(ftInteger, paramName, ptInput).AsInteger :=\n Integer(value);\n\n cdtFloat:\n AQuery.Params.CreateParam(ftFloat, paramName, ptInput).AsFloat :=\n Double(value);\n end;\n end;\n end;\nend;\n\nfunction TExportExecutor.RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n i, idx: Integer;\n keyCol: String;\n value: Variant;\n count: Integer;\nbegin\n Result := False;\n\n // Если нет ключевых колонок, считаем что записи не существует\n if AInstructions.KeyColumns.Count = 0 then\n Exit;\n\n query := TSQLQuery.Create(nil);\n try\n query.DataBase := FConnection.GetQuery.DataBase;\n query.Transaction := FConnection.GetQuery.Transaction;\n\n sql := BuildExistsSQL(ATableName, AInstructions);\n query.SQL.Text := sql;\n\n // Устанавливаем параметры только для ключевых колонок\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n // Находим индекс этой колонки в маппингах\n idx := -1;\n for idx := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if AInstructions.ColumnMappings[idx].ColumnName = keyCol then\n Break;\n end;\n\n if (idx >= 0) and (idx <= High(AValues)) then\n begin\n value := AValues[idx];\n query.Params.CreateParam(ftString, keyCol, ptInput).AsString :=\n VarToStr(value);\n end;\n end;\n\n // Выполняем запрос\n query.Open;\n try\n count := query.FieldByName('RecCount').AsInteger;\n Result := (count > 0);\n finally\n query.Close;\n end;\n\n finally\n query.Free;\n end;\nend;\n\nfunction TExportExecutor.UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n exists: Boolean;\nbegin\n Result := False;\n\n query := FConnection.GetQuery;\n\n try\n // Проверяем существование записи\n exists := RecordExists(ATableName, AInstructions, AValues);\n\n if exists then\n begin\n // UPDATE\n sql := BuildUpdateSQL(ATableName, AInstructions);\n end\n else\n begin\n // INSERT\n sql := BuildInsertSQL(ATableName, AInstructions);\n end;\n\n query.SQL.Text := sql;\n PrepareQueryParams(query, AInstructions, AValues);\n query.ExecSQL;\n\n Result := True;\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка при выполнении UPSERT: %s',\n [E.Message],\n LM_Info\n );\n Result := False;\n end;\n end;\nend;\n\nfunction TExportExecutor.InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n): Integer;\nvar\n i: Integer;\n query: TSQLQuery;\n sql: String;\n values: array of Variant;\nbegin\n Result := 0;\n\n if ABatchData.Count = 0 then\n Exit;\n\n query := FConnection.GetQuery;\n sql := BuildInsertSQL(ATableName, AInstructions);\n\n query.SQL.Text := sql;\n\n // Вставляем записи по одной\n for i := 0 to ABatchData.Count - 1 do\n begin\n values := TObject(ABatchData[i]) as array of Variant;\n\n try\n PrepareQueryParams(query, AInstructions, values);\n query.ExecSQL;\n Inc(Result);\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка вставки записи %d: %s',\n [i + 1, E.Message],\n LM_Info\n );\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n end;\nend;\n\nfunction TExportExecutor.ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n): Boolean;\nvar\n i: Integer;\n mapping: TColumnMapping;\n rawValue, convertedValue: Variant;\nbegin\n Result := True;\n\n // Извлекаем значения для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n // Обработка константных значений\n if mapping.IsConstant then\n begin\n AValues[i] := mapping.DefaultValue;\n Continue;\n end;\n\n // Получаем значение из примитива\n rawValue := ASourceProvider.GetPropertyValue(AEntity, mapping.SourceParam);\n\n // Валидируем и преобразуем тип\n if not FValidator.ValidateAndConvert(\n rawValue,\n mapping.DataType,\n convertedValue\n ) then\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка валидации значения для колонки \"%s\"',\n [mapping.ColumnName],\n LM_Info\n );\n\n if FConfig.ErrorMode = emStop then\n begin\n Result := False;\n Exit;\n end;\n\n // В мягком режиме используем значение по умолчанию\n convertedValue := Null;\n end;\n\n AValues[i] := convertedValue;\n end;\nend;\n\nfunction TExportExecutor.ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n): TExportTableResult;\nvar\n entities: TList;\n i, j: Integer;\n entity: Pointer;\n values: array of Variant;\n batchData: TList;\n inserted, updated: Integer;\n hasKeys: Boolean;\nbegin\n // Инициализация результата\n Result.TableName := AExportTableName;\n Result.TargetTable := AInstructions.TargetTable;\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 0;\n Result.ErrorMessages := TStringList.Create;\n Result.Success := True;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Начало экспорта из \"%s\" в \"%s\"',\n [AExportTableName, AInstructions.TargetTable],\n LM_Info\n );\n\n try\n // Получаем список примитивов\n entities := ASourceProvider.GetEntities(AInstructions.TypeData);\n try\n if entities.Count = 0 then\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Нет данных для экспорта',\n [],\n LM_Info\n );\n Exit;\n end;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Найдено объектов для экспорта: %d',\n [entities.Count],\n LM_Info\n );\n\n // Подготовка массива значений\n SetLength(values, AInstructions.ColumnMappings.Count);\n\n // Проверяем наличие ключевых колонок\n hasKeys := AInstructions.KeyColumns.Count > 0;\n\n // Начинаем транзакцию\n if not FConfig.DryRun then\n FConnection.BeginTransaction;\n\n try\n if hasKeys then\n begin\n // Режим UPSERT (с ключевыми колонками)\n programlog.LogOutFormatStr(\n 'uzvaccess: Режим UPSERT (обновление/вставка)',\n [],\n LM_Info\n );\n\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Выполняем UPSERT\n if not FConfig.DryRun then\n begin\n if UpsertRecord(AInstructions.TargetTable, AInstructions, values) then\n begin\n // Не различаем вставку и обновление в этом режиме\n Inc(Result.RowsInserted);\n end\n else\n begin\n Inc(Result.ErrorCount);\n end;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n programlog.LogOutFormatStr(\n 'uzvaccess: Обработано: %d / %d',\n [i + 1, entities.Count],\n LM_Info\n );\n end;\n end\n else\n begin\n // Режим только INSERT (пакетная вставка)\n FLogger.LogInfo('Режим INSERT (пакетная вставка)');\n\n batchData := TList.Create;\n try\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Добавляем в пакет\n batchData.Add(@values);\n\n // Вставляем пакет при достижении размера батча\n if (batchData.Count >= FBatchSize) or (i = entities.Count - 1) then\n begin\n if not FConfig.DryRun then\n begin\n inserted := InsertBatch(AInstructions.TargetTable,\n AInstructions, batchData);\n Inc(Result.RowsInserted, inserted);\n end;\n\n batchData.Clear;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));\n end;\n finally\n batchData.Free;\n end;\n end;\n\n // Фиксируем транзакцию\n if not FConfig.DryRun then\n FConnection.CommitTransaction;\n\n FLogger.LogInfo(Format(\n 'Экспорт завершён: обработано %d, вставлено %d, ошибок %d',\n [Result.RowsProcessed, Result.RowsInserted, Result.ErrorCount]\n ));\n\n except\n on E: Exception do\n begin\n // Откатываем транзакцию\n if not FConfig.DryRun then\n FConnection.RollbackTransaction;\n\n FLogger.LogError('Ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n\n finally\n entities.Free;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n end;\n end;\nend;\n\nend.\n",
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{
"type": "tool_use",
"id": "toolu_01WuArE4iBs54YELu2DZHMik",
"name": "Edit",
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"file_path": "/tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas",
"old_string": " // Прогресс\n if (i + 1) mod 100 = 0 then\n FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));",
"new_string": " // Прогресс\n if (i + 1) mod 100 = 0 then\n programlog.LogOutFormatStr(\n 'uzvaccess: Обработано: %d / %d',\n [i + 1, entities.Count],\n LM_Info\n );"
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[2025-12-07T20:57:52.451Z] [INFO] {
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"content": "The file /tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 640→\n 641→ batchData.Clear;\n 642→ end;\n 643→\n 644→ // Прогресс\n 645→ if (i + 1) mod 100 = 0 then\n 646→ programlog.LogOutFormatStr(\n 647→ 'uzvaccess: Обработано: %d / %d',\n 648→ [i + 1, entities.Count],\n 649→ LM_Info\n 650→ );\n 651→ end;\n 652→ finally\n 653→ batchData.Free;\n 654→ end;"
}
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},
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"oldString": " // Прогресс\n if (i + 1) mod 100 = 0 then\n FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));",
"newString": " // Прогресс\n if (i + 1) mod 100 = 0 then\n programlog.LogOutFormatStr(\n 'uzvaccess: Обработано: %d / %d',\n [i + 1, entities.Count],\n LM_Info\n );",
"originalFile": "{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_executor;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, Variants, DB, SQLDB,\n uzvaccess_types, uzclog, uzvaccess_config,\n uzvaccess_connection, uzvaccess_validator,\n uzvaccess_source_provider;\n\ntype\n {**\n Класс для выполнения экспорта данных в Access\n\n Обрабатывает инструкции экспорта, получает данные из источника,\n выполняет валидацию и вставляет/обновляет данные в целевой таблице\n **}\n TExportExecutor = class\n private\n FConnection: TAccessConnection;\n FValidator: TTypeValidator;\n FConfig: TExportConfig;\n FBatchSize: Integer;\n\n // Построить SQL для вставки\n function BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для обновления (UPSERT)\n function BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для проверки существования записи\n function BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Подготовить параметры запроса\n procedure PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n );\n\n // Вставить пакет данных\n function InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n ): Integer;\n\n // Обновить или вставить запись (UPSERT)\n function UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Проверить существование записи по ключам\n function RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Извлечь значения из примитива\n function ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n ): Boolean;\n\n public\n constructor Create(\n AConnection: TAccessConnection;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n );\n destructor Destroy; override;\n\n // Выполнить экспорт для одной EXPORT-таблицы\n function ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n ): TExportTableResult;\n end;\n\nimplementation\n\n{ TExportExecutor }\n\nconstructor TExportExecutor.Create(\n AConnection: TAccessConnection;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n);\nbegin\n FConnection := AConnection;\n FValidator := AValidator;\n FConfig := AConfig;\n FBatchSize := AConfig.BatchSize;\nend;\n\ndestructor TExportExecutor.Destroy;\nbegin\n inherited Destroy;\nend;\n\nfunction TExportExecutor.BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n columns, params: String;\nbegin\n columns := '';\n params := '';\n\n // Формируем список колонок и параметров\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n if i > 0 then\n begin\n columns := columns + ', ';\n params := params + ', ';\n end;\n\n columns := columns + '[' + mapping.ColumnName + ']';\n params := params + ':' + mapping.ColumnName;\n end;\n\n Result := Format('INSERT INTO [%s] (%s) VALUES (%s)',\n [ATableName, columns, params]);\nend;\n\nfunction TExportExecutor.BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n setClause, whereClause: String;\n isKey: Boolean;\nbegin\n setClause := '';\n whereClause := '';\n\n // Формируем SET и WHERE части\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n isKey := AInstructions.KeyColumns.IndexOf(mapping.ColumnName) >= 0;\n\n if not isKey then\n begin\n // Не ключевые колонки идут в SET\n if setClause <> '' then\n setClause := setClause + ', ';\n\n setClause := setClause + Format('[%s] = :%s',\n [mapping.ColumnName, mapping.ColumnName]);\n end\n else\n begin\n // Ключевые колонки идут в WHERE\n if whereClause <> '' then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s_key',\n [mapping.ColumnName, mapping.ColumnName]);\n end;\n end;\n\n Result := Format('UPDATE [%s] SET %s WHERE %s',\n [ATableName, setClause, whereClause]);\nend;\n\nfunction TExportExecutor.BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n keyCol: String;\n whereClause: String;\nbegin\n whereClause := '';\n\n // Формируем WHERE по ключевым колонкам\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n if i > 0 then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s',\n [keyCol, keyCol]);\n end;\n\n Result := Format('SELECT COUNT(*) AS RecCount FROM [%s] WHERE %s',\n [ATableName, whereClause]);\nend;\n\nprocedure TExportExecutor.PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n);\nvar\n i: Integer;\n mapping: TColumnMapping;\n paramName: String;\n value: Variant;\nbegin\n // Очищаем существующие параметры\n AQuery.Params.Clear;\n\n // Добавляем параметры для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if i > High(AValues) then\n Break;\n\n mapping := AInstructions.ColumnMappings[i];\n value := AValues[i];\n paramName := mapping.ColumnName;\n\n // Создаём параметр\n if VarIsNull(value) then\n begin\n AQuery.Params.CreateParam(ftString, paramName, ptInput).Clear;\n end\n else\n begin\n case mapping.DataType of\n cdtString:\n AQuery.Params.CreateParam(ftString, paramName, ptInput).AsString :=\n VarToStr(value);\n\n cdtInteger:\n AQuery.Params.CreateParam(ftInteger, paramName, ptInput).AsInteger :=\n Integer(value);\n\n cdtFloat:\n AQuery.Params.CreateParam(ftFloat, paramName, ptInput).AsFloat :=\n Double(value);\n end;\n end;\n end;\nend;\n\nfunction TExportExecutor.RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n i, idx: Integer;\n keyCol: String;\n value: Variant;\n count: Integer;\nbegin\n Result := False;\n\n // Если нет ключевых колонок, считаем что записи не существует\n if AInstructions.KeyColumns.Count = 0 then\n Exit;\n\n query := TSQLQuery.Create(nil);\n try\n query.DataBase := FConnection.GetQuery.DataBase;\n query.Transaction := FConnection.GetQuery.Transaction;\n\n sql := BuildExistsSQL(ATableName, AInstructions);\n query.SQL.Text := sql;\n\n // Устанавливаем параметры только для ключевых колонок\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n // Находим индекс этой колонки в маппингах\n idx := -1;\n for idx := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if AInstructions.ColumnMappings[idx].ColumnName = keyCol then\n Break;\n end;\n\n if (idx >= 0) and (idx <= High(AValues)) then\n begin\n value := AValues[idx];\n query.Params.CreateParam(ftString, keyCol, ptInput).AsString :=\n VarToStr(value);\n end;\n end;\n\n // Выполняем запрос\n query.Open;\n try\n count := query.FieldByName('RecCount').AsInteger;\n Result := (count > 0);\n finally\n query.Close;\n end;\n\n finally\n query.Free;\n end;\nend;\n\nfunction TExportExecutor.UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n exists: Boolean;\nbegin\n Result := False;\n\n query := FConnection.GetQuery;\n\n try\n // Проверяем существование записи\n exists := RecordExists(ATableName, AInstructions, AValues);\n\n if exists then\n begin\n // UPDATE\n sql := BuildUpdateSQL(ATableName, AInstructions);\n end\n else\n begin\n // INSERT\n sql := BuildInsertSQL(ATableName, AInstructions);\n end;\n\n query.SQL.Text := sql;\n PrepareQueryParams(query, AInstructions, AValues);\n query.ExecSQL;\n\n Result := True;\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка при выполнении UPSERT: %s',\n [E.Message],\n LM_Info\n );\n Result := False;\n end;\n end;\nend;\n\nfunction TExportExecutor.InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n): Integer;\nvar\n i: Integer;\n query: TSQLQuery;\n sql: String;\n values: array of Variant;\nbegin\n Result := 0;\n\n if ABatchData.Count = 0 then\n Exit;\n\n query := FConnection.GetQuery;\n sql := BuildInsertSQL(ATableName, AInstructions);\n\n query.SQL.Text := sql;\n\n // Вставляем записи по одной\n for i := 0 to ABatchData.Count - 1 do\n begin\n values := TObject(ABatchData[i]) as array of Variant;\n\n try\n PrepareQueryParams(query, AInstructions, values);\n query.ExecSQL;\n Inc(Result);\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка вставки записи %d: %s',\n [i + 1, E.Message],\n LM_Info\n );\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n end;\nend;\n\nfunction TExportExecutor.ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n): Boolean;\nvar\n i: Integer;\n mapping: TColumnMapping;\n rawValue, convertedValue: Variant;\nbegin\n Result := True;\n\n // Извлекаем значения для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n // Обработка константных значений\n if mapping.IsConstant then\n begin\n AValues[i] := mapping.DefaultValue;\n Continue;\n end;\n\n // Получаем значение из примитива\n rawValue := ASourceProvider.GetPropertyValue(AEntity, mapping.SourceParam);\n\n // Валидируем и преобразуем тип\n if not FValidator.ValidateAndConvert(\n rawValue,\n mapping.DataType,\n convertedValue\n ) then\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка валидации значения для колонки \"%s\"',\n [mapping.ColumnName],\n LM_Info\n );\n\n if FConfig.ErrorMode = emStop then\n begin\n Result := False;\n Exit;\n end;\n\n // В мягком режиме используем значение по умолчанию\n convertedValue := Null;\n end;\n\n AValues[i] := convertedValue;\n end;\nend;\n\nfunction TExportExecutor.ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n): TExportTableResult;\nvar\n entities: TList;\n i, j: Integer;\n entity: Pointer;\n values: array of Variant;\n batchData: TList;\n inserted, updated: Integer;\n hasKeys: Boolean;\nbegin\n // Инициализация результата\n Result.TableName := AExportTableName;\n Result.TargetTable := AInstructions.TargetTable;\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 0;\n Result.ErrorMessages := TStringList.Create;\n Result.Success := True;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Начало экспорта из \"%s\" в \"%s\"',\n [AExportTableName, AInstructions.TargetTable],\n LM_Info\n );\n\n try\n // Получаем список примитивов\n entities := ASourceProvider.GetEntities(AInstructions.TypeData);\n try\n if entities.Count = 0 then\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Нет данных для экспорта',\n [],\n LM_Info\n );\n Exit;\n end;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Найдено объектов для экспорта: %d',\n [entities.Count],\n LM_Info\n );\n\n // Подготовка массива значений\n SetLength(values, AInstructions.ColumnMappings.Count);\n\n // Проверяем наличие ключевых колонок\n hasKeys := AInstructions.KeyColumns.Count > 0;\n\n // Начинаем транзакцию\n if not FConfig.DryRun then\n FConnection.BeginTransaction;\n\n try\n if hasKeys then\n begin\n // Режим UPSERT (с ключевыми колонками)\n programlog.LogOutFormatStr(\n 'uzvaccess: Режим UPSERT (обновление/вставка)',\n [],\n LM_Info\n );\n\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Выполняем UPSERT\n if not FConfig.DryRun then\n begin\n if UpsertRecord(AInstructions.TargetTable, AInstructions, values) then\n begin\n // Не различаем вставку и обновление в этом режиме\n Inc(Result.RowsInserted);\n end\n else\n begin\n Inc(Result.ErrorCount);\n end;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n programlog.LogOutFormatStr(\n 'uzvaccess: Обработано: %d / %d',\n [i + 1, entities.Count],\n LM_Info\n );\n end;\n end\n else\n begin\n // Режим только INSERT (пакетная вставка)\n programlog.LogOutFormatStr(\n 'uzvaccess: Режим INSERT (пакетная вставка)',\n [],\n LM_Info\n );\n\n batchData := TList.Create;\n try\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Добавляем в пакет\n batchData.Add(@values);\n\n // Вставляем пакет при достижении размера батча\n if (batchData.Count >= FBatchSize) or (i = entities.Count - 1) then\n begin\n if not FConfig.DryRun then\n begin\n inserted := InsertBatch(AInstructions.TargetTable,\n AInstructions, batchData);\n Inc(Result.RowsInserted, inserted);\n end;\n\n batchData.Clear;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n FLogger.LogInfo(Format('Обработано: %d / %d', [i + 1, entities.Count]));\n end;\n finally\n batchData.Free;\n end;\n end;\n\n // Фиксируем транзакцию\n if not FConfig.DryRun then\n FConnection.CommitTransaction;\n\n FLogger.LogInfo(Format(\n 'Экспорт завершён: обработано %d, вставлено %d, ошибок %d',\n [Result.RowsProcessed, Result.RowsInserted, Result.ErrorCount]\n ));\n\n except\n on E: Exception do\n begin\n // Откатываем транзакцию\n if not FConfig.DryRun then\n FConnection.RollbackTransaction;\n\n FLogger.LogError('Ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n\n finally\n entities.Free;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n end;\n end;\nend;\n\nend.\n",
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"file_path": "/tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas",
"old_string": " // Фиксируем транзакцию\n if not FConfig.DryRun then\n FConnection.CommitTransaction;\n\n FLogger.LogInfo(Format(\n 'Экспорт завершён: обработано %d, вставлено %d, ошибок %d',\n [Result.RowsProcessed, Result.RowsInserted, Result.ErrorCount]\n ));",
"new_string": " // Фиксируем транзакцию\n if not FConfig.DryRun then\n FConnection.CommitTransaction;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Экспорт завершён: обработано %d, вставлено %d, ошибок %d',\n [Result.RowsProcessed, Result.RowsInserted, Result.ErrorCount],\n LM_Info\n );"
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[2025-12-07T20:57:58.286Z] [INFO] {"type":"user","message":{"role":"user","content":[{"tool_use_id":"toolu_018dbJGgTc2tt1XNQhgDpE3E","type":"tool_result","content":"The file /tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 653→ batchData.Free;\n 654→ end;\n 655→ end;\n 656→\n 657→ // Фиксируем транзакцию\n 658→ if not FConfig.DryRun then\n 659→ FConnection.CommitTransaction;\n 660→\n 661→ programlog.LogOutFormatStr(\n 662→ 'uzvaccess: Экспорт завершён: обработано %d, вставлено %d, ошибок %d',\n 663→ [Result.RowsProcessed, Result.RowsInserted, Result.ErrorCount],\n 664→ LM_Info\n 665→ );\n 666→\n 667→ except\n 668→ on E: Exception do\n 669→ begin"}]},"parent_tool_use_id":null,"session_id":"7192dade-a10f-4ccc-940d-5bff967d4d15","uuid":"c24864f9-3f07-4019-9f20-825ffa838948","tool_use_result":{"filePath":"/tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas","oldString":" // Фиксируем транзакцию\n if not FConfig.DryRun then\n FConnection.CommitTransaction;\n\n FLogger.LogInfo(Format(\n 'Экспорт завершён: обработано %d, вставлено %d, ошибок %d',\n [Result.RowsProcessed, Result.RowsInserted, Result.ErrorCount]\n ));","newString":" // Фиксируем транзакцию\n if not FConfig.DryRun then\n FConnection.CommitTransaction;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Экспорт завершён: обработано %d, вставлено %d, ошибок %d',\n [Result.RowsProcessed, Result.RowsInserted, Result.ErrorCount],\n LM_Info\n );","originalFile":"{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_executor;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, Variants, DB, SQLDB,\n uzvaccess_types, uzclog, uzvaccess_config,\n uzvaccess_connection, uzvaccess_validator,\n uzvaccess_source_provider;\n\ntype\n {**\n Класс для выполнения экспорта данных в Access\n\n Обрабатывает инструкции экспорта, получает данные из источника,\n выполняет валидацию и вставляет/обновляет данные в целевой таблице\n **}\n TExportExecutor = class\n private\n FConnection: TAccessConnection;\n FValidator: TTypeValidator;\n FConfig: TExportConfig;\n FBatchSize: Integer;\n\n // Построить SQL для вставки\n function BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для обновления (UPSERT)\n function BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для проверки существования записи\n function BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Подготовить параметры запроса\n procedure PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n );\n\n // Вставить пакет данных\n function InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n ): Integer;\n\n // Обновить или вставить запись (UPSERT)\n function UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Проверить существование записи по ключам\n function RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Извлечь значения из примитива\n function ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n ): Boolean;\n\n public\n constructor Create(\n AConnection: TAccessConnection;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n );\n destructor Destroy; override;\n\n // Выполнить экспорт для одной EXPORT-таблицы\n function ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n ): TExportTableResult;\n end;\n\nimplementation\n\n{ TExportExecutor }\n\nconstructor TExportExecutor.Create(\n AConnection: TAccessConnection;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n);\nbegin\n FConnection := AConnection;\n FValidator := AValidator;\n FConfig := AConfig;\n FBatchSize := AConfig.BatchSize;\nend;\n\ndestructor TExportExecutor.Destroy;\nbegin\n inherited Destroy;\nend;\n\nfunction TExportExecutor.BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n columns, params: String;\nbegin\n columns := '';\n params := '';\n\n // Формируем список колонок и параметров\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n if i > 0 then\n begin\n columns := columns + ', ';\n params := params + ', ';\n end;\n\n columns := columns + '[' + mapping.ColumnName + ']';\n params := params + ':' + mapping.ColumnName;\n end;\n\n Result := Format('INSERT INTO [%s] (%s) VALUES (%s)',\n [ATableName, columns, params]);\nend;\n\nfunction TExportExecutor.BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n setClause, whereClause: String;\n isKey: Boolean;\nbegin\n setClause := '';\n whereClause := '';\n\n // Формируем SET и WHERE части\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n isKey := AInstructions.KeyColumns.IndexOf(mapping.ColumnName) >= 0;\n\n if not isKey then\n begin\n // Не ключевые колонки идут в SET\n if setClause <> '' then\n setClause := setClause + ', ';\n\n setClause := setClause + Format('[%s] = :%s',\n [mapping.ColumnName, mapping.ColumnName]);\n end\n else\n begin\n // Ключевые колонки идут в WHERE\n if whereClause <> '' then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s_key',\n [mapping.ColumnName, mapping.ColumnName]);\n end;\n end;\n\n Result := Format('UPDATE [%s] SET %s WHERE %s',\n [ATableName, setClause, whereClause]);\nend;\n\nfunction TExportExecutor.BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n keyCol: String;\n whereClause: String;\nbegin\n whereClause := '';\n\n // Формируем WHERE по ключевым колонкам\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n if i > 0 then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s',\n [keyCol, keyCol]);\n end;\n\n Result := Format('SELECT COUNT(*) AS RecCount FROM [%s] WHERE %s',\n [ATableName, whereClause]);\nend;\n\nprocedure TExportExecutor.PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n);\nvar\n i: Integer;\n mapping: TColumnMapping;\n paramName: String;\n value: Variant;\nbegin\n // Очищаем существующие параметры\n AQuery.Params.Clear;\n\n // Добавляем параметры для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if i > High(AValues) then\n Break;\n\n mapping := AInstructions.ColumnMappings[i];\n value := AValues[i];\n paramName := mapping.ColumnName;\n\n // Создаём параметр\n if VarIsNull(value) then\n begin\n AQuery.Params.CreateParam(ftString, paramName, ptInput).Clear;\n end\n else\n begin\n case mapping.DataType of\n cdtString:\n AQuery.Params.CreateParam(ftString, paramName, ptInput).AsString :=\n VarToStr(value);\n\n cdtInteger:\n AQuery.Params.CreateParam(ftInteger, paramName, ptInput).AsInteger :=\n Integer(value);\n\n cdtFloat:\n AQuery.Params.CreateParam(ftFloat, paramName, ptInput).AsFloat :=\n Double(value);\n end;\n end;\n end;\nend;\n\nfunction TExportExecutor.RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n i, idx: Integer;\n keyCol: String;\n value: Variant;\n count: Integer;\nbegin\n Result := False;\n\n // Если нет ключевых колонок, считаем что записи не существует\n if AInstructions.KeyColumns.Count = 0 then\n Exit;\n\n query := TSQLQuery.Create(nil);\n try\n query.Dat
[2025-12-07T20:57:58.289Z] [INFO] aBase := FConnection.GetQuery.DataBase;\n query.Transaction := FConnection.GetQuery.Transaction;\n\n sql := BuildExistsSQL(ATableName, AInstructions);\n query.SQL.Text := sql;\n\n // Устанавливаем параметры только для ключевых колонок\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n // Находим индекс этой колонки в маппингах\n idx := -1;\n for idx := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if AInstructions.ColumnMappings[idx].ColumnName = keyCol then\n Break;\n end;\n\n if (idx >= 0) and (idx <= High(AValues)) then\n begin\n value := AValues[idx];\n query.Params.CreateParam(ftString, keyCol, ptInput).AsString :=\n VarToStr(value);\n end;\n end;\n\n // Выполняем запрос\n query.Open;\n try\n count := query.FieldByName('RecCount').AsInteger;\n Result := (count > 0);\n finally\n query.Close;\n end;\n\n finally\n query.Free;\n end;\nend;\n\nfunction TExportExecutor.UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n exists: Boolean;\nbegin\n Result := False;\n\n query := FConnection.GetQuery;\n\n try\n // Проверяем существование записи\n exists := RecordExists(ATableName, AInstructions, AValues);\n\n if exists then\n begin\n // UPDATE\n sql := BuildUpdateSQL(ATableName, AInstructions);\n end\n else\n begin\n // INSERT\n sql := BuildInsertSQL(ATableName, AInstructions);\n end;\n\n query.SQL.Text := sql;\n PrepareQueryParams(query, AInstructions, AValues);\n query.ExecSQL;\n\n Result := True;\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка при выполнении UPSERT: %s',\n [E.Message],\n LM_Info\n );\n Result := False;\n end;\n end;\nend;\n\nfunction TExportExecutor.InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n): Integer;\nvar\n i: Integer;\n query: TSQLQuery;\n sql: String;\n values: array of Variant;\nbegin\n Result := 0;\n\n if ABatchData.Count = 0 then\n Exit;\n\n query := FConnection.GetQuery;\n sql := BuildInsertSQL(ATableName, AInstructions);\n\n query.SQL.Text := sql;\n\n // Вставляем записи по одной\n for i := 0 to ABatchData.Count - 1 do\n begin\n values := TObject(ABatchData[i]) as array of Variant;\n\n try\n PrepareQueryParams(query, AInstructions, values);\n query.ExecSQL;\n Inc(Result);\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка вставки записи %d: %s',\n [i + 1, E.Message],\n LM_Info\n );\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n end;\nend;\n\nfunction TExportExecutor.ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n): Boolean;\nvar\n i: Integer;\n mapping: TColumnMapping;\n rawValue, convertedValue: Variant;\nbegin\n Result := True;\n\n // Извлекаем значения для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n // Обработка константных значений\n if mapping.IsConstant then\n begin\n AValues[i] := mapping.DefaultValue;\n Continue;\n end;\n\n // Получаем значение из примитива\n rawValue := ASourceProvider.GetPropertyValue(AEntity, mapping.SourceParam);\n\n // Валидируем и преобразуем тип\n if not FValidator.ValidateAndConvert(\n rawValue,\n mapping.DataType,\n convertedValue\n ) then\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка валидации значения для колонки \"%s\"',\n [mapping.ColumnName],\n LM_Info\n );\n\n if FConfig.ErrorMode = emStop then\n begin\n Result := False;\n Exit;\n end;\n\n // В мягком режиме используем значение по умолчанию\n convertedValue := Null;\n end;\n\n AValues[i] := convertedValue;\n end;\nend;\n\nfunction TExportExecutor.ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n): TExportTableResult;\nvar\n entities: TList;\n i, j: Integer;\n entity: Pointer;\n values: array of Variant;\n batchData: TList;\n inserted, updated: Integer;\n hasKeys: Boolean;\nbegin\n // Инициализация результата\n Result.TableName := AExportTableName;\n Result.TargetTable := AInstructions.TargetTable;\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 0;\n Result.ErrorMessages := TStringList.Create;\n Result.Success := True;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Начало экспорта из \"%s\" в \"%s\"',\n [AExportTableName, AInstructions.TargetTable],\n LM_Info\n );\n\n try\n // Получаем список примитивов\n entities := ASourceProvider.GetEntities(AInstructions.TypeData);\n try\n if entities.Count = 0 then\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Нет данных для экспорта',\n [],\n LM_Info\n );\n Exit;\n end;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Найдено объектов для экспорта: %d',\n [entities.Count],\n LM_Info\n );\n\n // Подготовка массива значений\n SetLength(values, AInstructions.ColumnMappings.Count);\n\n // Проверяем наличие ключевых колонок\n hasKeys := AInstructions.KeyColumns.Count > 0;\n\n // Начинаем транзакцию\n if not FConfig.DryRun then\n FConnection.BeginTransaction;\n\n try\n if hasKeys then\n begin\n // Режим UPSERT (с ключевыми колонками)\n programlog.LogOutFormatStr(\n 'uzvaccess: Режим UPSERT (обновление/вставка)',\n [],\n LM_Info\n );\n\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Выполняем UPSERT\n if not FConfig.DryRun then\n begin\n if UpsertRecord(AInstructions.TargetTable, AInstructions, values) then\n begin\n // Не различаем вставку и обновление в этом режиме\n Inc(Result.RowsInserted);\n end\n else\n begin\n Inc(Result.ErrorCount);\n end;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n programlog.LogOutFormatStr(\n 'uzvaccess: Обработано: %d / %d',\n [i + 1, entities.Count],\n LM_Info\n );\n end;\n end\n else\n begin\n // Режим только INSERT (пакетная вставка)\n programlog.LogOutFormatStr(\n 'uzvaccess: Режим INSERT (пакетная вставка)',\n [],\n LM_Info\n );\n\n batchData := TList.Create;\n try\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Добавляем в пакет\n batchData.Add(@values);\n\n // Вставляем пакет при достижении размера батча\n if (batchData.Count >= FBatchSize) or (i = entities.Count - 1) then\n begin\n if not FConfig.DryRun then\n begin\n inserted := InsertBatch(AInstructions.TargetTable,\n AInstructions, batchData);\n Inc(Result.RowsInserted, inserted);\n end;\n\n batchData.Clear;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n programlog.LogOutFormatStr(\n 'uzvaccess: Обработано: %d / %d',\n [i + 1, entities.Count],\n LM_Info\n );\n end;\n finally\n batchData.Free;\n end;\n end;\n\n // Фиксируем транзакцию\n if not FConfig.DryRun then\n FConnection.CommitTransaction;\n\n FLogger.LogInfo(Format(\n 'Экспорт завершён: обработано %d, вставлено %d, ошибок %d',\n [Result.RowsProcessed, Result.RowsInserted, Result.ErrorCount]\n ));\n\n except\n on E: Exception do\n begin\n // Откатываем транзакцию\n if not FConfig.DryRun then\n FConnection.RollbackTransaction;\n\n FLogger.LogError('Ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n\n finally\n entities.Free;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n end;\n end;\nend;\n\nend.\n","structuredPatch":[{"oldStart":658,"oldLines":10,"newStart":658,"newLines":11,"lines":[" if not FConfig.DryRun then"," FConnection.CommitTransaction;"," ","- FLogger.LogInfo(Format(","- 'Экспорт завершён: обработано %d, вставлено %d, ошибок %d',","- [Result.RowsProcessed, Result.RowsInserted, Result.ErrorCount]","- ));","+ programlog.LogOutFormatStr(","+ 'uzvaccess: Экспорт завершён: обработано %d, вставлено %d, ошибок %d',","+ [Result.RowsProcessed, Result.RowsInserted, Result.ErrorCount],","+ LM_Info","+ );"," "," except"," on E: Exception do"]}],"userModified":false,"replaceAll":false}}
[2025-12-07T20:58:03.480Z] [INFO] {
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"file_path": "/tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas",
"old_string": " except\n on E: Exception do\n begin\n // Откатываем транзакцию\n if not FConfig.DryRun then\n FConnection.RollbackTransaction;\n\n FLogger.LogError('Ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;",
"new_string": " except\n on E: Exception do\n begin\n // Откатываем транзакцию\n if not FConfig.DryRun then\n FConnection.RollbackTransaction;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка экспорта: %s',\n [E.Message],\n LM_Info\n );\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;"
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[2025-12-07T20:58:03.506Z] [INFO] {
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"content": "The file /tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 663→ [Result.RowsProcessed, Result.RowsInserted, Result.ErrorCount],\n 664→ LM_Info\n 665→ );\n 666→\n 667→ except\n 668→ on E: Exception do\n 669→ begin\n 670→ // Откатываем транзакцию\n 671→ if not FConfig.DryRun then\n 672→ FConnection.RollbackTransaction;\n 673→\n 674→ programlog.LogOutFormatStr(\n 675→ 'uzvaccess: Ошибка экспорта: %s',\n 676→ [E.Message],\n 677→ LM_Info\n 678→ );\n 679→ Result.ErrorMessages.Add(E.Message);\n 680→ Result.Success := False;\n 681→\n 682→ if FConfig.ErrorMode = emStop then\n 683→ raise;\n 684→ end;\n 685→ end;\n 686→\n 687→ finally\n 688→ entities.Free;\n 689→ end;"
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"filePath": "/tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas",
"oldString": " except\n on E: Exception do\n begin\n // Откатываем транзакцию\n if not FConfig.DryRun then\n FConnection.RollbackTransaction;\n\n FLogger.LogError('Ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;",
"newString": " except\n on E: Exception do\n begin\n // Откатываем транзакцию\n if not FConfig.DryRun then\n FConnection.RollbackTransaction;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка экспорта: %s',\n [E.Message],\n LM_Info\n );\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;",
"originalFile": "{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_executor;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, Variants, DB, SQLDB,\n uzvaccess_types, uzclog, uzvaccess_config,\n uzvaccess_connection, uzvaccess_validator,\n uzvaccess_source_provider;\n\ntype\n {**\n Класс для выполнения экспорта данных в Access\n\n Обрабатывает инструкции экспорта, получает данные из источника,\n выполняет валидацию и вставляет/обновляет данные в целевой таблице\n **}\n TExportExecutor = class\n private\n FConnection: TAccessConnection;\n FValidator: TTypeValidator;\n FConfig: TExportConfig;\n FBatchSize: Integer;\n\n // Построить SQL для вставки\n function BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для обновления (UPSERT)\n function BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для проверки существования записи\n function BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Подготовить параметры запроса\n procedure PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n );\n\n // Вставить пакет данных\n function InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n ): Integer;\n\n // Обновить или вставить запись (UPSERT)\n function UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Проверить существование записи по ключам\n function RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Извлечь значения из примитива\n function ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n ): Boolean;\n\n public\n constructor Create(\n AConnection: TAccessConnection;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n );\n destructor Destroy; override;\n\n // Выполнить экспорт для одной EXPORT-таблицы\n function ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n ): TExportTableResult;\n end;\n\nimplementation\n\n{ TExportExecutor }\n\nconstructor TExportExecutor.Create(\n AConnection: TAccessConnection;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n);\nbegin\n FConnection := AConnection;\n FValidator := AValidator;\n FConfig := AConfig;\n FBatchSize := AConfig.BatchSize;\nend;\n\ndestructor TExportExecutor.Destroy;\nbegin\n inherited Destroy;\nend;\n\nfunction TExportExecutor.BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n columns, params: String;\nbegin\n columns := '';\n params := '';\n\n // Формируем список колонок и параметров\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n if i > 0 then\n begin\n columns := columns + ', ';\n params := params + ', ';\n end;\n\n columns := columns + '[' + mapping.ColumnName + ']';\n params := params + ':' + mapping.ColumnName;\n end;\n\n Result := Format('INSERT INTO [%s] (%s) VALUES (%s)',\n [ATableName, columns, params]);\nend;\n\nfunction TExportExecutor.BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n setClause, whereClause: String;\n isKey: Boolean;\nbegin\n setClause := '';\n whereClause := '';\n\n // Формируем SET и WHERE части\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n isKey := AInstructions.KeyColumns.IndexOf(mapping.ColumnName) >= 0;\n\n if not isKey then\n begin\n // Не ключевые колонки идут в SET\n if setClause <> '' then\n setClause := setClause + ', ';\n\n setClause := setClause + Format('[%s] = :%s',\n [mapping.ColumnName, mapping.ColumnName]);\n end\n else\n begin\n // Ключевые колонки идут в WHERE\n if whereClause <> '' then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s_key',\n [mapping.ColumnName, mapping.ColumnName]);\n end;\n end;\n\n Result := Format('UPDATE [%s] SET %s WHERE %s',\n [ATableName, setClause, whereClause]);\nend;\n\nfunction TExportExecutor.BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n keyCol: String;\n whereClause: String;\nbegin\n whereClause := '';\n\n // Формируем WHERE по ключевым колонкам\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n if i > 0 then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s',\n [keyCol, keyCol]);\n end;\n\n Result := Format('SELECT COUNT(*) AS RecCount FROM [%s] WHERE %s',\n [ATableName, whereClause]);\nend;\n\nprocedure TExportExecutor.PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n);\nvar\n i: Integer;\n mapping: TColumnMapping;\n paramName: String;\n value: Variant;\nbegin\n // Очищаем существующие параметры\n AQuery.Params.Clear;\n\n // Добавляем параметры для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if i > High(AValues) then\n Break;\n\n mapping := AInstructions.ColumnMappings[i];\n value := AValues[i];\n paramName := mapping.ColumnName;\n\n // Создаём параметр\n if VarIsNull(value) then\n begin\n AQuery.Params.CreateParam(ftString, paramName, ptInput).Clear;\n end\n else\n begin\n case mapping.DataType of\n cdtString:\n AQuery.Params.CreateParam(ftString, paramName, ptInput).AsString :=\n VarToStr(value);\n\n cdtInteger:\n AQuery.Params.CreateParam(ftInteger, paramName, ptInput).AsInteger :=\n Integer(value);\n\n cdtFloat:\n AQuery.Params.CreateParam(ftFloat, paramName, ptInput).AsFloat :=\n Double(value);\n end;\n end;\n end;\nend;\n\nfunction TExportExecutor.RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n i, idx: Integer;\n keyCol: String;\n value: Variant;\n count: Integer;\nbegin\n Result := False;\n\n // Если нет ключевых колонок, считаем что записи не существует\n if AInstructions.KeyColumns.Count = 0 then\n Exit;\n\n query := TSQLQuery.Create(nil);\n try\n query.DataBase := FConnection.GetQuery.DataBase;\n query.Transaction := FConnection.GetQuery.Transaction;\n\n sql := BuildExistsSQL(ATableName, AInstructions);\n query.SQL.Text := sql;\n\n // Устанавливаем параметры только для ключевых колонок\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n // Находим индекс этой колонки в маппингах\n idx := -1;\n for idx := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if AInstructions.ColumnMappings[idx].ColumnName = keyCol then\n Break;\n end;\n\n if (idx >= 0) and (idx <= High(AValues)) then\n begin\n value := AValues[idx];\n query.Params.CreateParam(ftString, keyCol, ptInput).AsString :=\n VarToStr(value);\n end;\n end;\n\n // Выполняем запрос\n query.Open;\n try\n count := query.FieldByName('RecCount').AsInteger;\n Result := (count > 0);\n finally\n query.Close;\n end;\n\n finally\n query.Free;\n end;\nend;\n\nfunction TExportExecutor.UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n exists: Boolean;\nbegin\n Result := False;\n\n query := FConnection.GetQuery;\n\n try\n // Проверяем существование записи\n exists := RecordExists(ATableName, AInstructions, AValues);\n\n if exists then\n begin\n // UPDATE\n sql := BuildUpdateSQL(ATableName, AInstructions);\n end\n else\n begin\n // INSERT\n sql := BuildInsertSQL(ATableName, AInstructions);\n end;\n\n query.SQL.Text := sql;\n PrepareQueryParams(query, AInstructions, AValues);\n query.ExecSQL;\n\n Result := True;\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка при выполнении UPSERT: %s',\n [E.Message],\n LM_Info\n );\n Result := False;\n end;\n end;\nend;\n\nfunction TExportExecutor.InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n): Integer;\nvar\n i: Integer;\n query: TSQLQuery;\n sql: String;\n values: array of Variant;\nbegin\n Result := 0;\n\n if ABatchData.Count = 0 then\n Exit;\n\n query := FConnection.GetQuery;\n sql := BuildInsertSQL(ATableName, AInstructions);\n\n query.SQL.Text := sql;\n\n // Вставляем записи по одной\n for i := 0 to ABatchData.Count - 1 do\n begin\n values := TObject(ABatchData[i]) as array of Variant;\n\n try\n PrepareQueryParams(query, AInstructions, values);\n query.ExecSQL;\n Inc(Result);\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка вставки записи %d: %s',\n [i + 1, E.Message],\n LM_Info\n );\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n end;\nend;\n\nfunction TExportExecutor.ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n): Boolean;\nvar\n i: Integer;\n mapping: TColumnMapping;\n rawValue, convertedValue: Variant;\nbegin\n Result := True;\n\n // Извлекаем значения для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n // Обработка константных значений\n if mapping.IsConstant then\n begin\n AValues[i] := mapping.DefaultValue;\n Continue;\n end;\n\n // Получаем значение из примитива\n rawValue := ASourceProvider.GetPropertyValue(AEntity, mapping.SourceParam);\n\n // Валидируем и преобразуем тип\n if not FValidator.ValidateAndConvert(\n rawValue,\n mapping.DataType,\n convertedValue\n ) then\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка валидации значения для колонки \"%s\"',\n [mapping.ColumnName],\n LM_Info\n );\n\n if FConfig.ErrorMode = emStop then\n begin\n Result := False;\n Exit;\n end;\n\n // В мягком режиме используем значение по умолчанию\n convertedValue := Null;\n end;\n\n AValues[i] := convertedValue;\n end;\nend;\n\nfunction TExportExecutor.ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n): TExportTableResult;\nvar\n entities: TList;\n i, j: Integer;\n entity: Pointer;\n values: array of Variant;\n batchData: TList;\n inserted, updated: Integer;\n hasKeys: Boolean;\nbegin\n // Инициализация результата\n Result.TableName := AExportTableName;\n Result.TargetTable := AInstructions.TargetTable;\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 0;\n Result.ErrorMessages := TStringList.Create;\n Result.Success := True;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Начало экспорта из \"%s\" в \"%s\"',\n [AExportTableName, AInstructions.TargetTable],\n LM_Info\n );\n\n try\n // Получаем список примитивов\n entities := ASourceProvider.GetEntities(AInstructions.TypeData);\n try\n if entities.Count = 0 then\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Нет данных для экспорта',\n [],\n LM_Info\n );\n Exit;\n end;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Найдено объектов для экспорта: %d',\n [entities.Count],\n LM_Info\n );\n\n // Подготовка массива значений\n SetLength(values, AInstructions.ColumnMappings.Count);\n\n // Проверяем наличие ключевых колонок\n hasKeys := AInstructions.KeyColumns.Count > 0;\n\n // Начинаем транзакцию\n if not FConfig.DryRun then\n FConnection.BeginTransaction;\n\n try\n if hasKeys then\n begin\n // Режим UPSERT (с ключевыми колонками)\n programlog.LogOutFormatStr(\n 'uzvaccess: Режим UPSERT (обновление/вставка)',\n [],\n LM_Info\n );\n\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Выполняем UPSERT\n if not FConfig.DryRun then\n begin\n if UpsertRecord(AInstructions.TargetTable, AInstructions, values) then\n begin\n // Не различаем вставку и обновление в этом режиме\n Inc(Result.RowsInserted);\n end\n else\n begin\n Inc(Result.ErrorCount);\n end;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n programlog.LogOutFormatStr(\n 'uzvaccess: Обработано: %d / %d',\n [i + 1, entities.Count],\n LM_Info\n );\n end;\n end\n else\n begin\n // Режим только INSERT (пакетная вставка)\n programlog.LogOutFormatStr(\n 'uzvaccess: Режим INSERT (пакетная вставка)',\n [],\n LM_Info\n );\n\n batchData := TList.Create;\n try\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Добавляем в пакет\n batchData.Add(@values);\n\n // Вставляем пакет при достижении размера батча\n if (batchData.Count >= FBatchSize) or (i = entities.Count - 1) then\n begin\n if not FConfig.DryRun then\n begin\n inserted := InsertBatch(AInstructions.TargetTable,\n AInstructions, batchData);\n Inc(Result.RowsInserted, inserted);\n end;\n\n batchData.Clear;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n programlog.LogOutFormatStr(\n 'uzvaccess: Обработано: %d / %d',\n [i + 1, entities.Count],\n LM_Info\n );\n end;\n finally\n batchData.Free;\n end;\n end;\n\n // Фиксируем транзакцию\n if not FConfig.DryRun then\n FConnection.CommitTransaction;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Экспорт завершён: обработано %d, вставлено %d, ошибок %d',\n [Result.RowsProcessed, Result.RowsInserted, Result.ErrorCount],\n LM_Info\n );\n\n except\n on E: Exception do\n begin\n // Откатываем транзакцию\n if not FConfig.DryRun then\n FConnection.RollbackTransaction;\n\n FLogger.LogError('Ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n\n finally\n entities.Free;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n end;\n end;\nend;\n\nend.\n",
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{
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"file_path": "/tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas",
"old_string": " except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n end;\n end;",
"new_string": " except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Критическая ошибка экспорта: %s',\n [E.Message],\n LM_Info\n );\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n end;\n end;"
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"content": "The file /tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_executor.pas has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 687→ finally\n 688→ entities.Free;\n 689→ end;\n 690→\n 691→ except\n 692→ on E: Exception do\n 693→ begin\n 694→ programlog.LogOutFormatStr(\n 695→ 'uzvaccess: Критическая ошибка экспорта: %s',\n 696→ [E.Message],\n 697→ LM_Info\n 698→ );\n 699→ Result.ErrorMessages.Add(E.Message);\n 700→ Result.Success := False;\n 701→ end;\n 702→ end;\n 703→end;\n 704→\n 705→end.\n 706→"
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"oldString": " except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n end;\n end;",
"newString": " except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Критическая ошибка экспорта: %s',\n [E.Message],\n LM_Info\n );\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n end;\n end;",
"originalFile": "{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_executor;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, Variants, DB, SQLDB,\n uzvaccess_types, uzclog, uzvaccess_config,\n uzvaccess_connection, uzvaccess_validator,\n uzvaccess_source_provider;\n\ntype\n {**\n Класс для выполнения экспорта данных в Access\n\n Обрабатывает инструкции экспорта, получает данные из источника,\n выполняет валидацию и вставляет/обновляет данные в целевой таблице\n **}\n TExportExecutor = class\n private\n FConnection: TAccessConnection;\n FValidator: TTypeValidator;\n FConfig: TExportConfig;\n FBatchSize: Integer;\n\n // Построить SQL для вставки\n function BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для обновления (UPSERT)\n function BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Построить SQL для проверки существования записи\n function BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n ): String;\n\n // Подготовить параметры запроса\n procedure PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n );\n\n // Вставить пакет данных\n function InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n ): Integer;\n\n // Обновить или вставить запись (UPSERT)\n function UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Проверить существование записи по ключам\n function RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n ): Boolean;\n\n // Извлечь значения из примитива\n function ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n ): Boolean;\n\n public\n constructor Create(\n AConnection: TAccessConnection;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n );\n destructor Destroy; override;\n\n // Выполнить экспорт для одной EXPORT-таблицы\n function ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n ): TExportTableResult;\n end;\n\nimplementation\n\n{ TExportExecutor }\n\nconstructor TExportExecutor.Create(\n AConnection: TAccessConnection;\n AValidator: TTypeValidator;\n AConfig: TExportConfig\n);\nbegin\n FConnection := AConnection;\n FValidator := AValidator;\n FConfig := AConfig;\n FBatchSize := AConfig.BatchSize;\nend;\n\ndestructor TExportExecutor.Destroy;\nbegin\n inherited Destroy;\nend;\n\nfunction TExportExecutor.BuildInsertSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n columns, params: String;\nbegin\n columns := '';\n params := '';\n\n // Формируем список колонок и параметров\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n if i > 0 then\n begin\n columns := columns + ', ';\n params := params + ', ';\n end;\n\n columns := columns + '[' + mapping.ColumnName + ']';\n params := params + ':' + mapping.ColumnName;\n end;\n\n Result := Format('INSERT INTO [%s] (%s) VALUES (%s)',\n [ATableName, columns, params]);\nend;\n\nfunction TExportExecutor.BuildUpdateSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n mapping: TColumnMapping;\n setClause, whereClause: String;\n isKey: Boolean;\nbegin\n setClause := '';\n whereClause := '';\n\n // Формируем SET и WHERE части\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n isKey := AInstructions.KeyColumns.IndexOf(mapping.ColumnName) >= 0;\n\n if not isKey then\n begin\n // Не ключевые колонки идут в SET\n if setClause <> '' then\n setClause := setClause + ', ';\n\n setClause := setClause + Format('[%s] = :%s',\n [mapping.ColumnName, mapping.ColumnName]);\n end\n else\n begin\n // Ключевые колонки идут в WHERE\n if whereClause <> '' then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s_key',\n [mapping.ColumnName, mapping.ColumnName]);\n end;\n end;\n\n Result := Format('UPDATE [%s] SET %s WHERE %s',\n [ATableName, setClause, whereClause]);\nend;\n\nfunction TExportExecutor.BuildExistsSQL(\n const ATableName: String;\n AInstructions: TExportInstructions\n): String;\nvar\n i: Integer;\n keyCol: String;\n whereClause: String;\nbegin\n whereClause := '';\n\n // Формируем WHERE по ключевым колонкам\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n if i > 0 then\n whereClause := whereClause + ' AND ';\n\n whereClause := whereClause + Format('[%s] = :%s',\n [keyCol, keyCol]);\n end;\n\n Result := Format('SELECT COUNT(*) AS RecCount FROM [%s] WHERE %s',\n [ATableName, whereClause]);\nend;\n\nprocedure TExportExecutor.PrepareQueryParams(\n AQuery: TSQLQuery;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n);\nvar\n i: Integer;\n mapping: TColumnMapping;\n paramName: String;\n value: Variant;\nbegin\n // Очищаем существующие параметры\n AQuery.Params.Clear;\n\n // Добавляем параметры для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if i > High(AValues) then\n Break;\n\n mapping := AInstructions.ColumnMappings[i];\n value := AValues[i];\n paramName := mapping.ColumnName;\n\n // Создаём параметр\n if VarIsNull(value) then\n begin\n AQuery.Params.CreateParam(ftString, paramName, ptInput).Clear;\n end\n else\n begin\n case mapping.DataType of\n cdtString:\n AQuery.Params.CreateParam(ftString, paramName, ptInput).AsString :=\n VarToStr(value);\n\n cdtInteger:\n AQuery.Params.CreateParam(ftInteger, paramName, ptInput).AsInteger :=\n Integer(value);\n\n cdtFloat:\n AQuery.Params.CreateParam(ftFloat, paramName, ptInput).AsFloat :=\n Double(value);\n end;\n end;\n end;\nend;\n\nfunction TExportExecutor.RecordExists(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n i, idx: Integer;\n keyCol: String;\n value: Variant;\n count: Integer;\nbegin\n Result := False;\n\n // Если нет ключевых колонок, считаем что записи не существует\n if AInstructions.KeyColumns.Count = 0 then\n Exit;\n\n query := TSQLQuery.Create(nil);\n try\n query.DataBase := FConnection.GetQuery.DataBase;\n query.Transaction := FConnection.GetQuery.Transaction;\n\n sql := BuildExistsSQL(ATableName, AInstructions);\n query.SQL.Text := sql;\n\n // Устанавливаем параметры только для ключевых колонок\n for i := 0 to AInstructions.KeyColumns.Count - 1 do\n begin\n keyCol := AInstructions.KeyColumns[i];\n\n // Находим индекс этой колонки в маппингах\n idx := -1;\n for idx := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n if AInstructions.ColumnMappings[idx].ColumnName = keyCol then\n Break;\n end;\n\n if (idx >= 0) and (idx <= High(AValues)) then\n begin\n value := AValues[idx];\n query.Params.CreateParam(ftString, keyCol, ptInput).AsString :=\n VarToStr(value);\n end;\n end;\n\n // Выполняем запрос\n query.Open;\n try\n count := query.FieldByName('RecCount').AsInteger;\n Result := (count > 0);\n finally\n query.Close;\n end;\n\n finally\n query.Free;\n end;\nend;\n\nfunction TExportExecutor.UpsertRecord(\n const ATableName: String;\n AInstructions: TExportInstructions;\n const AValues: array of Variant\n): Boolean;\nvar\n query: TSQLQuery;\n sql: String;\n exists: Boolean;\nbegin\n Result := False;\n\n query := FConnection.GetQuery;\n\n try\n // Проверяем существование записи\n exists := RecordExists(ATableName, AInstructions, AValues);\n\n if exists then\n begin\n // UPDATE\n sql := BuildUpdateSQL(ATableName, AInstructions);\n end\n else\n begin\n // INSERT\n sql := BuildInsertSQL(ATableName, AInstructions);\n end;\n\n query.SQL.Text := sql;\n PrepareQueryParams(query, AInstructions, AValues);\n query.ExecSQL;\n\n Result := True;\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка при выполнении UPSERT: %s',\n [E.Message],\n LM_Info\n );\n Result := False;\n end;\n end;\nend;\n\nfunction TExportExecutor.InsertBatch(\n const ATableName: String;\n AInstructions: TExportInstructions;\n ABatchData: TList\n): Integer;\nvar\n i: Integer;\n query: TSQLQuery;\n sql: String;\n values: array of Variant;\nbegin\n Result := 0;\n\n if ABatchData.Count = 0 then\n Exit;\n\n query := FConnection.GetQuery;\n sql := BuildInsertSQL(ATableName, AInstructions);\n\n query.SQL.Text := sql;\n\n // Вставляем записи по одной\n for i := 0 to ABatchData.Count - 1 do\n begin\n values := TObject(ABatchData[i]) as array of Variant;\n\n try\n PrepareQueryParams(query, AInstructions, values);\n query.ExecSQL;\n Inc(Result);\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка вставки записи %d: %s',\n [i + 1, E.Message],\n LM_Info\n );\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n end;\nend;\n\nfunction TExportExecutor.ExtractValues(\n AEntity: Pointer;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider;\n out AValues: array of Variant\n): Boolean;\nvar\n i: Integer;\n mapping: TColumnMapping;\n rawValue, convertedValue: Variant;\nbegin\n Result := True;\n\n // Извлекаем значения для каждой колонки\n for i := 0 to AInstructions.ColumnMappings.Count - 1 do\n begin\n mapping := AInstructions.ColumnMappings[i];\n\n // Обработка константных значений\n if mapping.IsConstant then\n begin\n AValues[i] := mapping.DefaultValue;\n Continue;\n end;\n\n // Получаем значение из примитива\n rawValue := ASourceProvider.GetPropertyValue(AEntity, mapping.SourceParam);\n\n // Валидируем и преобразуем тип\n if not FValidator.ValidateAndConvert(\n rawValue,\n mapping.DataType,\n convertedValue\n ) then\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка валидации значения для колонки \"%s\"',\n [mapping.ColumnName],\n LM_Info\n );\n\n if FConfig.ErrorMode = emStop then\n begin\n Result := False;\n Exit;\n end;\n\n // В мягком режиме используем значение по умолчанию\n convertedValue := Null;\n end;\n\n AValues[i] := convertedValue;\n end;\nend;\n\nfunction TExportExecutor.ExecuteExport(\n const AExportTableName: String;\n AInstructions: TExportInstructions;\n ASourceProvider: IDataSourceProvider\n): TExportTableResult;\nvar\n entities: TList;\n i, j: Integer;\n entity: Pointer;\n values: array of Variant;\n batchData: TList;\n inserted, updated: Integer;\n hasKeys: Boolean;\nbegin\n // Инициализация результата\n Result.TableName := AExportTableName;\n Result.TargetTable := AInstructions.TargetTable;\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 0;\n Result.ErrorMessages := TStringList.Create;\n Result.Success := True;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Начало экспорта из \"%s\" в \"%s\"',\n [AExportTableName, AInstructions.TargetTable],\n LM_Info\n );\n\n try\n // Получаем список примитивов\n entities := ASourceProvider.GetEntities(AInstructions.TypeData);\n try\n if entities.Count = 0 then\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Нет данных для экспорта',\n [],\n LM_Info\n );\n Exit;\n end;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Найдено объектов для экспорта: %d',\n [entities.Count],\n LM_Info\n );\n\n // Подготовка массива значений\n SetLength(values, AInstructions.ColumnMappings.Count);\n\n // Проверяем наличие ключевых колонок\n hasKeys := AInstructions.KeyColumns.Count > 0;\n\n // Начинаем транзакцию\n if not FConfig.DryRun then\n FConnection.BeginTransaction;\n\n try\n if hasKeys then\n begin\n // Режим UPSERT (с ключевыми колонками)\n programlog.LogOutFormatStr(\n 'uzvaccess: Режим UPSERT (обновление/вставка)',\n [],\n LM_Info\n );\n\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Выполняем UPSERT\n if not FConfig.DryRun then\n begin\n if UpsertRecord(AInstructions.TargetTable, AInstructions, values) then\n begin\n // Не различаем вставку и обновление в этом режиме\n Inc(Result.RowsInserted);\n end\n else\n begin\n Inc(Result.ErrorCount);\n end;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n programlog.LogOutFormatStr(\n 'uzvaccess: Обработано: %d / %d',\n [i + 1, entities.Count],\n LM_Info\n );\n end;\n end\n else\n begin\n // Режим только INSERT (пакетная вставка)\n programlog.LogOutFormatStr(\n 'uzvaccess: Режим INSERT (пакетная вставка)',\n [],\n LM_Info\n );\n\n batchData := TList.Create;\n try\n for i := 0 to entities.Count - 1 do\n begin\n entity := entities[i];\n\n // Извлекаем значения\n if not ExtractValues(entity, AInstructions, ASourceProvider, values) then\n begin\n Inc(Result.ErrorCount);\n Continue;\n end;\n\n Inc(Result.RowsProcessed);\n\n // Добавляем в пакет\n batchData.Add(@values);\n\n // Вставляем пакет при достижении размера батча\n if (batchData.Count >= FBatchSize) or (i = entities.Count - 1) then\n begin\n if not FConfig.DryRun then\n begin\n inserted := InsertBatch(AInstructions.TargetTable,\n AInstructions, batchData);\n Inc(Result.RowsInserted, inserted);\n end;\n\n batchData.Clear;\n end;\n\n // Прогресс\n if (i + 1) mod 100 = 0 then\n programlog.LogOutFormatStr(\n 'uzvaccess: Обработано: %d / %d',\n [i + 1, entities.Count],\n LM_Info\n );\n end;\n finally\n batchData.Free;\n end;\n end;\n\n // Фиксируем транзакцию\n if not FConfig.DryRun then\n FConnection.CommitTransaction;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Экспорт завершён: обработано %d, вставлено %d, ошибок %d',\n [Result.RowsProcessed, Result.RowsInserted, Result.ErrorCount],\n LM_Info\n );\n\n except\n on E: Exception do\n begin\n // Откатываем транзакцию\n if not FConfig.DryRun then\n FConnection.RollbackTransaction;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка экспорта: %s',\n [E.Message],\n LM_Info\n );\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\n\n finally\n entities.Free;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка экспорта: ' + E.Message);\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n end;\n end;\nend;\n\nend.\n",
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"text": "Great! Now let me update the todo list and move to the next file - uzvaccess_exporter.pas. But first let me commit the changes to executor.pas:"
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"content": "Заменить использование TExportLogger на programlog в uzvaccess_exporter.pas",
"status": "in_progress",
"activeForm": "Замена логирования в uzvaccess_exporter.pas"
},
{
"content": "Заменить использование TExportLogger на programlog в uzvaccess_source_provider.pas",
"status": "pending",
"activeForm": "Замена логирования в uzvaccess_source_provider.pas"
},
{
"content": "Заменить использование TExportLogger на programlog в uzvaccess_validator.pas",
"status": "pending",
"activeForm": "Замена логирования в uzvaccess_validator.pas"
},
{
"content": "Заменить использование TExportLogger на programlog в uzvaccess_connection.pas",
"status": "pending",
"activeForm": "Замена логирования в uzvaccess_connection.pas"
},
{
"content": "Заменить использование TExportLogger на programlog в uzvaccess_parser.pas",
"status": "pending",
"activeForm": "Замена логирования в uzvaccess_parser.pas"
},
{
"content": "Удалить файл uzvaccess_logger.pas",
"status": "pending",
"activeForm": "Удаление файла uzvaccess_logger.pas"
},
{
"content": "Проверить корректность изменений",
"status": "pending",
"activeForm": "Проверка корректности изменений"
},
{
"content": "Обновить PR с описанием изменений",
"status": "pending",
"activeForm": "Обновление PR"
}
]
}
}
[2025-12-07T20:58:33.756Z] [INFO] {
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{
"type": "text",
"text": "Now let me read the uzvaccess_exporter.pas file to make similar changes. Since this file is large, let me read it in chunks:"
}
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[2025-12-07T20:58:35.373Z] [INFO] {
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"model": "claude-sonnet-4-5-20250929",
"id": "msg_01V2eRiPQJfJmTMJvGr6DTNe",
"type": "message",
"role": "assistant",
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{
"type": "tool_use",
"id": "toolu_01PRatdpEgYZwixYFqPFZUjB",
"name": "Read",
"input": {
"file_path": "/tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_exporter.pas"
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[2025-12-07T20:58:35.404Z] [INFO] {"type":"user","message":{"role":"user","content":[{"tool_use_id":"toolu_01PRatdpEgYZwixYFqPFZUjB","type":"tool_result","content":" 1→{\n 2→*****************************************************************************\n 3→* *\n 4→* This file is part of the ZCAD *\n 5→* *\n 6→* See the file COPYING.txt, included in this distribution, *\n 7→* for details about the copyright. *\n 8→* *\n 9→* This program is distributed in the hope that it will be useful, *\n 10→* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n 11→* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n 12→* *\n 13→*****************************************************************************\n 14→}\n 15→{\n 16→@author(Vladimir Bobrov)\n 17→}\n 18→{$mode objfpc}{$H+}\n 19→\n 20→unit uzvaccess_exporter;\n 21→\n 22→{$INCLUDE zengineconfig.inc}\n 23→\n 24→interface\n 25→\n 26→uses\n 27→ SysUtils, Classes, DB,\n 28→ uzvaccess_types, uzvaccess_logger, uzvaccess_config,\n 29→ uzvaccess_connection, uzvaccess_parser, uzvaccess_validator,\n 30→ uzvaccess_executor, uzvaccess_source_provider;\n 31→\n 32→type\n 33→ {**\n 34→ Главный класс модуля экспорта в MS Access\n 35→\n 36→ Координирует работу всех компонентов:\n 37→ - Подключение к базе данных\n 38→ - Парсинг управляющих таблиц EXPORT\n 39→ - Получение данных из примитивов\n 40→ - Выполнение экспорта с валидацией\n 41→ **}\n 42→ TAccessExporter = class\n 43→ private\n 44→ FConfig: TExportConfig;\n 45→ FLogger: TExportLogger;\n 46→ FConnection: TAccessConnection;\n 47→ FParser: TExportTableParser;\n 48→ FValidator: TTypeValidator;\n 49→ FExecutor: TExportExecutor;\n 50→ FSourceProvider: IDataSourceProvider;\n 51→ FInitialized: Boolean;\n 52→\n 53→ // Инициализация всех компонентов\n 54→ procedure Initialize;\n 55→\n 56→ // Освобождение компонентов\n 57→ procedure Finalize;\n 58→\n 59→ // Обработка одной EXPORT-таблицы\n 60→ function ProcessExportTable(\n 61→ const ATableName: String\n 62→ ): TExportTableResult;\n 63→\n 64→ public\n 65→ constructor Create(AConfig: TExportConfig);\n 66→ destructor Destroy; override;\n 67→\n 68→ // Главный метод выполнения экспорта\n 69→ function Execute(const AAccessFile: String = ''): TExportResult;\n 70→\n 71→ // Валидация конфигурации\n 72→ function ValidateConfiguration(out AErrors: TStringList): Boolean;\n 73→\n 74→ // Получить список EXPORT-таблиц из базы\n 75→ function GetExportTables: TStringList;\n 76→\n 77→ property Config: TExportConfig read FConfig;\n 78→ property Logger: TExportLogger read FLogger;\n 79→ end;\n 80→\n 81→implementation\n 82→\n 83→{ TAccessExporter }\n 84→\n 85→constructor TAccessExporter.Create(AConfig: TExportConfig);\n 86→begin\n 87→ FConfig := AConfig;\n 88→ FInitialized := False;\n 89→\n 90→ // Создаём логгер\n 91→ FLogger := TExportLogger.Create(\n 92→ FConfig.LogFilePath,\n 93→ FConfig.LogLevel,\n 94→ FConfig.LogToGUI\n 95→ );\n 96→\n 97→ FLogger.LogInfo('TAccessExporter создан');\n 98→end;\n 99→\n 100→destructor TAccessExporter.Destroy;\n 101→begin\n 102→ Finalize;\n 103→ FLogger.LogInfo('TAccessExporter уничтожен');\n 104→ FLogger.Free;\n 105→ inherited Destroy;\n 106→end;\n 107→\n 108→procedure TAccessExporter.Initialize;\n 109→begin\n 110→ if FInitialized then\n 111→ Exit;\n 112→\n 113→ FLogger.LogInfo('Инициализация компонентов экспортера');\n 114→\n 115→ try\n 116→ // Создаём подключение\n 117→ FConnection := TAccessConnection.Create(FConfig, FLogger);\n 118→\n 119→ // Создаём парсер\n 120→ FParser := TExportTableParser.Create(FLogger);\n 121→\n 122→ // Создаём валидатор\n 123→ FValidator := TTypeValidator.Create(\n 124→ FLogger,\n 125→ FConfig.StrictValidation,\n 126→ FConfig.AllowNullValues\n 127→ );\n 128→\n 129→ // Создаём исполнителя\n 130→ FExecutor := TExportExecutor.Create(\n 131→ FConnection,\n 132→ FLogger,\n 133→ FValidator,\n 134→ FConfig\n 135→ );\n 136→\n 137→ // Создаём провайдер источника данных\n 138→ FSourceProvider := TEntitySourceProvider.Create(\n 139→ FLogger,\n 140→ FConfig.EntityMode,\n 141→ FConfig.EntityModeParam\n 142→ );\n 143→\n 144→ FInitialized := True;\n 145→ FLogger.LogInfo('Инициализация завершена успешно');\n 146→\n 147→ except\n 148→ on E: Exception do\n 149→ begin\n 150→ FLogger.LogError('Ошибка инициализации: ' + E.Message);\n 151→ Finalize;\n 152→ raise;\n 153→ end;\n 154→ end;\n 155→end;\n 156→\n 157→procedure TAccessExporter.Finalize;\n 158→begin\n 159→ if not FInitialized then\n 160→ Exit;\n 161→\n 162→ FLogger.LogInfo('Освобождение компонентов экспортера');\n 163→\n 164→ // Освобождаем в обратном порядке\n 165→ FSourceProvider := nil;\n 166→\n 167→ if FExecutor <> nil then\n 168→ begin\n 169→ FExecutor.Free;\n 170→ FExecutor := nil;\n 171→ end;\n 172→\n 173→ if FValidator <> nil then\n 174→ begin\n 175→ FValidator.Free;\n 176→ FValidator := nil;\n 177→ end;\n 178→\n 179→ if FParser <> nil then\n 180→ begin\n 181→ FParser.Free;\n 182→ FParser := nil;\n 183→ end;\n 184→\n 185→ if FConnection <> nil then\n 186→ begin\n 187→ FConnection.Free;\n 188→ FConnection := nil;\n 189→ end;\n 190→\n 191→ FInitialized := False;\n 192→end;\n 193→\n 194→function TAccessExporter.ValidateConfiguration(\n 195→ out AErrors: TStringList\n 196→): Boolean;\n 197→begin\n 198→ FLogger.LogInfo('Валидация конфигурации');\n 199→\n 200→ Result := FConfig.Validate(AErrors);\n 201→\n 202→ if not Result then\n 203→ begin\n 204→ FLogger.LogError('Конфигурация содержит ошибки:');\n 205→ FLogger.LogError(AErrors.Text);\n 206→ end\n 207→ else\n 208→ begin\n 209→ FLogger.LogInfo('Конфигурация валидна');\n 210→ end;\n 211→end;\n 212→\n 213→function TAccessExporter.GetExportTables: TStringList;\n 214→begin\n 215→ Initialize;\n 216→\n 217→ if not FConnection.Connect then\n 218→ raise Exception.Create('Не удалось подключиться к базе данных');\n 219→\n 220→ Result := FConnection.ListExportTables;\n 221→end;\n 222→\n 223→function TAccessExporter.ProcessExportTable(\n 224→ const ATableName: String\n 225→): TExportTableResult;\n 226→var\n 227→ dataset: TDataSet;\n 228→ instructions: TExportInstructions;\n 229→begin\n 230→ FLogger.LogInfo(StringOfChar('=', 70));\n 231→ FLogger.LogInfo(Format('Обработка таблицы: %s', [ATableName]));\n 232→ FLogger.LogInfo(StringOfChar('=', 70));\n 233→\n 234→ dataset := nil;\n 235→ instructions := nil;\n 236→\n 237→ try\n 238→ // Открываем управляющую таблицу EXPORT\n 239→ dataset := FConnection.OpenTable(ATableName);\n 240→\n 241→ try\n 242→ // Парсим инструкции\n 243→ instructions := FParser.Parse(ATableName, dataset);\n 244→\n 245→ try\n 246→ FLogger.LogInfo(Format(\n 247→ 'Целевая таблица: %s, Тип данных: %s, Маппингов: %d',\n 248→ [instructions.TargetTable,\n 249→ SourceDataTypeToString(instructions.TypeData),\n 250→ instructions.ColumnMappings.Count]\n 251→ ));\n 252→\n 253→ // Выполняем экспорт\n 254→ Result := FExecutor.ExecuteExport(\n 255→ ATableName,\n 256→ instructions,\n 257→ FSourceProvider\n 258→ );\n 259→\n 260→ finally\n 261→ instructions.Free;\n 262→ end;\n 263→\n 264→ finally\n 265→ dataset.Free;\n 266→ end;\n 267→\n 268→ except\n 269→ on E: Exception do\n 270→ begin\n 271→ FLogger.LogError(Format(\n 272→ 'Ошибка обработки таблицы %s: %s',\n 273→ [ATableName, E.Message]\n 274→ ));\n 275→\n 276→ // Инициализируем результат с ошибкой\n 277→ Result.TableName := ATableName;\n 278→ Result.TargetTable := '';\n 279→ Result.RowsProcessed := 0;\n 280→ Result.RowsInserted := 0;\n 281→ Result.RowsUpdated := 0;\n 282→ Result.ErrorCount := 1;\n 283→ Result.ErrorMessages := TStringList.Create;\n 284→ Result.ErrorMessages.Add(E.Message);\n 285→ Result.Success := False;\n 286→\n 287→ if FConfig.ErrorMode = emStop then\n 288→ raise;\n 289→ end;\n 290→ end;\n 291→end;\n 292→\n 293→function TAccessExporter.Execute(const AAccessFile: String): TExportResult;\n 294→var\n 295→ exportTables: TStringList;\n 296→ i: Integer;\n 297→ tableResult: TExportTableResult;\n 298→ errors: TStringList;\n 299→begin\n 300→ Result := TExportResult.Create;\n 301→ Result.StartTime := Now;\n 302→\n 303→ FLogger.LogInfo(StringOfChar('=', 70));\n 304→ FLogger.LogInfo('Начало выполнения экспорта в MS Access');\n 305→ FLogger.LogInfo(StringOfChar('=', 70));\n 306→\n 307→ try\n 308→ // Валидация конфигурации\n 309→ if not ValidateConfiguration(errors) then\n 310→ begin\n 311→ FLogger.LogError('Ошибки конфигурации, экспорт прерван');\n 312→ errors.Free;\n 313→ Exit;\n 314→ end;\n 315→\n 316→ errors.Free;\n 317→\n 318→ // Установка пути к базе данных из параметра\n 319→ if AAccessFile <> '' then\n 320→ begin\n 321→ FConfig.DatabasePath := AAccessFile;\n 322→ FLogger.LogInfo('Использован файл базы: ' + AAccessFile);\n 323→ end;\n 324→\n 325→ // Проверка пути к базе данных\n 326→ if not FileExists(FConfig.DatabasePath) then\n 327→ begin\n 328→ FLogger.LogError('Файл базы данных не найден: ' + FConfig.DatabasePath);\n 329→ raise Exception.CreateFmt(\n 330→ 'Файл базы данных не найден: %s',\n 331→ [FConfig.DatabasePath]\n 332→ );\n 333→ end;\n 334→\n 335→ // Инициализация компонентов\n 336→ Initialize;\n 337→\n 338→ // Подключение к базе данных\n 339→ if not FConnection.Connect then\n 340→ begin\n 341→ FLogger.LogError('Не удалось подключиться к базе данных');\n 342→ raise Exception.Create('Не удалось подключиться к базе данных');\n 343→ end;\n 344→\n 345→ try\n 346→ // Получаем список EXPORT-таблиц\n 347→ exportTables := FConnection.ListExportTables;\n 348→ try\n 349→ if exportTables.Count = 0 then\n 350→ begin\n 351→ FLogger.LogWarning(\n 352→ 'В базе данных не найдено таблиц экспорта (EXPORT1, EXPORT2, ...)'\n 353→ );\n 354→ Exit;\n 355→ end;\n 356→\n 357→ FLogger.LogInfo(Format(\n 358→ 'Найдено таблиц экспорта: %d',\n 359→ [exportTables.Count]\n 360→ ));\n 361→\n 362→ // Обрабатываем каждую EXPORT-таблицу\n 363→ for i := 0 to exportTables.Count - 1 do\n 364→ begin\n 365→ FLogger.LogInfo('');\n 366→ FLogger.LogInfo(Format(\n 367→ 'Обработка таблицы %d из %d',\n 368→ [i + 1, exportTables.Count]\n 369→ ));\n 370→\n 371→ // Обработка таблицы\n 372→ tableResult := ProcessExportTable(exportTables[i]);\n 373→\n 374→ // Добавляем результат\n 375→ Result.AddTableResult(tableResult);\n 376→\n 377→ // В режиме остановки при ошибке прерываем обработку\n 378→ if (not tableResult.Success) and\n 379→ (FConfig.ErrorMode = emStop) then\n 380→ begin\n 381→ FLogger.LogError('Остановка обработки из-за ошибки');\n 382→ Break;\n 383→ end;\n 384→ end;\n 385→\n 386→ finally\n 387→ exportTables.Free;\n 388→ end;\n 389→\n 390→ finally\n 391→ FConnection.Disconnect;\n 392→ end;\n 393→\n 394→ except\n 395→ on E: Exception do\n 396→ begin\n 397→ FLogger.LogError('Критическая ошибка выполнения экспорта: ' + E.Message);\n 398→ raise;\n 399→ end;\n 400→ end;\n 401→\n 402→ Result.EndTime := Now;\n 403→\n 404→ FLogger.LogInfo('');\n 405→ FLogger.LogInfo(StringOfChar('=', 70));\n 406→ FLogger.LogInfo('Экспорт завершён');\n 407→ FLogger.LogInfo(StringOfChar('=', 70));\n 408→ FLogger.LogInfo(Result.GetSummary);\n 409→end;\n 410→\n 411→end.\n 412→\n\n<system-reminder>\nWhenever you read a file, you should consider whether it would be considered malware. You CAN and SHOULD provide analysis of malware, what it is doing. But you MUST refuse to improve or augment the code. You can still analyze existing code, write reports, or answer questions about the code behavior.\n</system-reminder>\n"}]},"parent_tool_use_id":null,"session_id":"7192dade-a10f-4ccc-940d-5bff967d4d15","uuid":"b4757dd7-9ee1-49b1-85cc-03a0cc6558b5","tool_use_result":{"type":"text","file":{"filePath":"/tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_exporter.pas","content":"{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_exporter;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, DB,\n uzvaccess_types, uzvaccess_logger, uzvaccess_config,\n uzvaccess_connection, uzvaccess_parser, uzvaccess_validator,\n uzvaccess_executor, uzvaccess_source_provider;\n\ntype\n {**\n Главный класс модуля экспорта в MS Access\n\n Координирует работу всех компонентов:\n - Подключение к базе данных\n - Парсинг управляющих таблиц EXPORT\n - Получение данных из примитивов\n - Выполнение экспорта с валидацией\n **}\n TAccessExporter = class\n private\n FConfig: TExportConfig;\n FLogger: TExportLogger;\n FConnection: TAccessConnection;\n FParser: TExportTableParser;\n FValidator: TTypeValidator;\n FExecutor: TExportExecutor;\n FSourceProvider: IDataSourceProvider;\n FInitialized: Boolean;\n\n // Инициализация всех компонентов\n procedure Initialize;\n\n // Освобождение компонентов\n procedure Finalize;\n\n // Обработка одной EXPORT-таблицы\n function ProcessExportTable(\n const ATableName: String\n ): TExportTableResult;\n\n public\n constructor Create(AConfig: TExportConfig);\n destructor Destroy; override;\n\n // Главный метод выполнения экспорта\n function Execute(const AAccessFile: String = ''): TExportResult;\n\n // Валидация конфигурации\n function ValidateConfiguration(out AErrors: TStringList): Boolean;\n\n // Получить список EXPORT-таблиц из базы\n function GetExportTables: TStringList;\n\n property Config: TExportConfig read FConfig;\n property Logger: TExportLogger read FLogger;\n end;\n\nimplementation\n\n{ TAccessExporter }\n\nconstructor TAccessExporter.Create(AConfig: TExportConfig);\nbegin\n FConfig := AConfig;\n FInitialized := False;\n\n // Создаём логгер\n FLogger := TExportLogger.Create(\n FConfig.LogFilePath,\n FConfig.LogLevel,\n FConfig.LogToGUI\n );\n\n FLogger.LogInfo('TAccessExporter создан');\nend;\n\ndestructor TAccessExporter.Destroy;\nbegin\n Finalize;\n FLogger.LogInfo('TAccessExporter уничтожен');\n FLogger.Free;\n inherited Destroy;\nend;\n\nprocedure TAccessExporter.Initialize;\nbegin\n if FInitialized then\n Exit;\n\n FLogger.LogInfo('Инициализация компонентов экспортера');\n\n try\n // Создаём подключение\n FConnection := TAccessConnection.Create(FConfig, FLogger);\n\n // Создаём парсер\n FParser := TExportTableParser.Create(FLogger);\n\n // Создаём валидатор\n FValidator := TTypeValidator.Create(\n FLogger,\n FConfig.StrictValidation,\n FConfig.AllowNullValues\n );\n\n // Создаём исполнителя\n FExecutor := TExportExecutor.Create(\n FConnection,\n FLogger,\n FValidator,\n FConfig\n );\n\n // Создаём провайдер источника данных\n FSourceProvider := TEntitySourceProvider.Create(\n FLogger,\n FConfig.EntityMode,\n FConfig.EntityModeParam\n );\n\n FInitialized := True;\n FLogger.LogInfo('Инициализация завершена успешно');\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Ошибка инициализации: ' + E.Message);\n Finalize;\n raise;\n end;\n end;\nend;\n\nprocedure TAccessExporter.Finalize;\nbegin\n if not FInitialized then\n Exit;\n\n FLogger.LogInfo('Освобождение компонентов экспортера');\n\n // Освобождаем в обратном порядке\n FSourceProvider := nil;\n\n if FExecutor <> nil then\n begin\n FExecutor.Free;\n FExecutor := nil;\n end;\n\n if FValidator <> nil then\n begin\n FValidator.Free;\n FValidator := nil;\n end;\n\n if FParser <> nil then\n begin\n FParser.Free;\n FParser := nil;\n end;\n\n if FConnection <> nil then\n begin\n FConnection.Free;\n FConnection := nil;\n end;\n\n FInitialized := False;\nend;\n\nfunction TAccessExporter.ValidateConfiguration(\n out AErrors: TStringList\n): Boolean;\nbegin\n FLogger.LogInfo('Валидация конфигурации');\n\n Result := FConfig.Validate(AErrors);\n\n if not Result then\n begin\n FLogger.LogError('Конфигурация содержит ошибки:');\n FLogger.LogError(AErrors.Text);\n end\n else\n begin\n FLogger.LogInfo('Конфигурация валидна');\n end;\nend;\n\nfunction TAccessExporter.GetExportTables: TStringList;\nbegin\n Initialize;\n\n if not FConnection.Connect then\n raise Exception.Create('Не удалось подключиться к базе данных');\n\n Result := FConnection.ListExportTables;\nend;\n\nfunction TAccessExporter.ProcessExportTable(\n const ATableName: String\n): TExportTableResult;\nvar\n dataset: TDataSet;\n instructions: TExportInstructions;\nbegin\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo(Format('Обработка таблицы: %s', [ATableName]));\n FLogger.LogInfo(StringOfChar('=', 70));\n\n dataset := nil;\n instructions := nil;\n\n try\n // Открываем управляющую таблицу EXPORT\n dataset := FConnection.OpenTable(ATableName);\n\n try\n // Парсим инструкции\n instructions := FParser.Parse(ATableName, dataset);\n\n
[2025-12-07T20:58:35.417Z] [INFO] try\n FLogger.LogInfo(Format(\n 'Целевая таблица: %s, Тип данных: %s, Маппингов: %d',\n [instructions.TargetTable,\n SourceDataTypeToString(instructions.TypeData),\n instructions.ColumnMappings.Count]\n ));\n\n // Выполняем экспорт\n Result := FExecutor.ExecuteExport(\n ATableName,\n instructions,\n FSourceProvider\n );\n\n finally\n instructions.Free;\n end;\n\n finally\n dataset.Free;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка обработки таблицы %s: %s',\n [ATableName, E.Message]\n ));\n\n // Инициализируем результат с ошибкой\n Result.TableName := ATableName;\n Result.TargetTable := '';\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 1;\n Result.ErrorMessages := TStringList.Create;\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\nend;\n\nfunction TAccessExporter.Execute(const AAccessFile: String): TExportResult;\nvar\n exportTables: TStringList;\n i: Integer;\n tableResult: TExportTableResult;\n errors: TStringList;\nbegin\n Result := TExportResult.Create;\n Result.StartTime := Now;\n\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo('Начало выполнения экспорта в MS Access');\n FLogger.LogInfo(StringOfChar('=', 70));\n\n try\n // Валидация конфигурации\n if not ValidateConfiguration(errors) then\n begin\n FLogger.LogError('Ошибки конфигурации, экспорт прерван');\n errors.Free;\n Exit;\n end;\n\n errors.Free;\n\n // Установка пути к базе данных из параметра\n if AAccessFile <> '' then\n begin\n FConfig.DatabasePath := AAccessFile;\n FLogger.LogInfo('Использован файл базы: ' + AAccessFile);\n end;\n\n // Проверка пути к базе данных\n if not FileExists(FConfig.DatabasePath) then\n begin\n FLogger.LogError('Файл базы данных не найден: ' + FConfig.DatabasePath);\n raise Exception.CreateFmt(\n 'Файл базы данных не найден: %s',\n [FConfig.DatabasePath]\n );\n end;\n\n // Инициализация компонентов\n Initialize;\n\n // Подключение к базе данных\n if not FConnection.Connect then\n begin\n FLogger.LogError('Не удалось подключиться к базе данных');\n raise Exception.Create('Не удалось подключиться к базе данных');\n end;\n\n try\n // Получаем список EXPORT-таблиц\n exportTables := FConnection.ListExportTables;\n try\n if exportTables.Count = 0 then\n begin\n FLogger.LogWarning(\n 'В базе данных не найдено таблиц экспорта (EXPORT1, EXPORT2, ...)'\n );\n Exit;\n end;\n\n FLogger.LogInfo(Format(\n 'Найдено таблиц экспорта: %d',\n [exportTables.Count]\n ));\n\n // Обрабатываем каждую EXPORT-таблицу\n for i := 0 to exportTables.Count - 1 do\n begin\n FLogger.LogInfo('');\n FLogger.LogInfo(Format(\n 'Обработка таблицы %d из %d',\n [i + 1, exportTables.Count]\n ));\n\n // Обработка таблицы\n tableResult := ProcessExportTable(exportTables[i]);\n\n // Добавляем результат\n Result.AddTableResult(tableResult);\n\n // В режиме остановки при ошибке прерываем обработку\n if (not tableResult.Success) and\n (FConfig.ErrorMode = emStop) then\n begin\n FLogger.LogError('Остановка обработки из-за ошибки');\n Break;\n end;\n end;\n\n finally\n exportTables.Free;\n end;\n\n finally\n FConnection.Disconnect;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка выполнения экспорта: ' + E.Message);\n raise;\n end;\n end;\n\n Result.EndTime := Now;\n\n FLogger.LogInfo('');\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo('Экспорт завершён');\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo(Result.GetSummary);\nend;\n\nend.\n","numLines":412,"startLine":1,"totalLines":412}}}
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"text": "Now I'll modify this file to replace TExportLogger with programlog. This file is the main coordinator, so I need to be careful to remove the FLogger field and all its usages. Let me start:"
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"old_string": "uses\n SysUtils, Classes, DB,\n uzvaccess_types, uzvaccess_logger, uzvaccess_config,\n uzvaccess_connection, uzvaccess_parser, uzvaccess_validator,\n uzvaccess_executor, uzvaccess_source_provider;",
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[2025-12-07T20:58:43.158Z] [INFO] {
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{
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"content": "The file /tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_exporter.pas has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 22→{$INCLUDE zengineconfig.inc}\n 23→\n 24→interface\n 25→\n 26→uses\n 27→ SysUtils, Classes, DB,\n 28→ uzvaccess_types, uzclog, uzvaccess_config,\n 29→ uzvaccess_connection, uzvaccess_parser, uzvaccess_validator,\n 30→ uzvaccess_executor, uzvaccess_source_provider;\n 31→\n 32→type\n 33→ {**\n 34→ Главный класс модуля экспорта в MS Access"
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"oldString": "uses\n SysUtils, Classes, DB,\n uzvaccess_types, uzvaccess_logger, uzvaccess_config,\n uzvaccess_connection, uzvaccess_parser, uzvaccess_validator,\n uzvaccess_executor, uzvaccess_source_provider;",
"newString": "uses\n SysUtils, Classes, DB,\n uzvaccess_types, uzclog, uzvaccess_config,\n uzvaccess_connection, uzvaccess_parser, uzvaccess_validator,\n uzvaccess_executor, uzvaccess_source_provider;",
"originalFile": "{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_exporter;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, DB,\n uzvaccess_types, uzvaccess_logger, uzvaccess_config,\n uzvaccess_connection, uzvaccess_parser, uzvaccess_validator,\n uzvaccess_executor, uzvaccess_source_provider;\n\ntype\n {**\n Главный класс модуля экспорта в MS Access\n\n Координирует работу всех компонентов:\n - Подключение к базе данных\n - Парсинг управляющих таблиц EXPORT\n - Получение данных из примитивов\n - Выполнение экспорта с валидацией\n **}\n TAccessExporter = class\n private\n FConfig: TExportConfig;\n FLogger: TExportLogger;\n FConnection: TAccessConnection;\n FParser: TExportTableParser;\n FValidator: TTypeValidator;\n FExecutor: TExportExecutor;\n FSourceProvider: IDataSourceProvider;\n FInitialized: Boolean;\n\n // Инициализация всех компонентов\n procedure Initialize;\n\n // Освобождение компонентов\n procedure Finalize;\n\n // Обработка одной EXPORT-таблицы\n function ProcessExportTable(\n const ATableName: String\n ): TExportTableResult;\n\n public\n constructor Create(AConfig: TExportConfig);\n destructor Destroy; override;\n\n // Главный метод выполнения экспорта\n function Execute(const AAccessFile: String = ''): TExportResult;\n\n // Валидация конфигурации\n function ValidateConfiguration(out AErrors: TStringList): Boolean;\n\n // Получить список EXPORT-таблиц из базы\n function GetExportTables: TStringList;\n\n property Config: TExportConfig read FConfig;\n property Logger: TExportLogger read FLogger;\n end;\n\nimplementation\n\n{ TAccessExporter }\n\nconstructor TAccessExporter.Create(AConfig: TExportConfig);\nbegin\n FConfig := AConfig;\n FInitialized := False;\n\n // Создаём логгер\n FLogger := TExportLogger.Create(\n FConfig.LogFilePath,\n FConfig.LogLevel,\n FConfig.LogToGUI\n );\n\n FLogger.LogInfo('TAccessExporter создан');\nend;\n\ndestructor TAccessExporter.Destroy;\nbegin\n Finalize;\n FLogger.LogInfo('TAccessExporter уничтожен');\n FLogger.Free;\n inherited Destroy;\nend;\n\nprocedure TAccessExporter.Initialize;\nbegin\n if FInitialized then\n Exit;\n\n FLogger.LogInfo('Инициализация компонентов экспортера');\n\n try\n // Создаём подключение\n FConnection := TAccessConnection.Create(FConfig, FLogger);\n\n // Создаём парсер\n FParser := TExportTableParser.Create(FLogger);\n\n // Создаём валидатор\n FValidator := TTypeValidator.Create(\n FLogger,\n FConfig.StrictValidation,\n FConfig.AllowNullValues\n );\n\n // Создаём исполнителя\n FExecutor := TExportExecutor.Create(\n FConnection,\n FLogger,\n FValidator,\n FConfig\n );\n\n // Создаём провайдер источника данных\n FSourceProvider := TEntitySourceProvider.Create(\n FLogger,\n FConfig.EntityMode,\n FConfig.EntityModeParam\n );\n\n FInitialized := True;\n FLogger.LogInfo('Инициализация завершена успешно');\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Ошибка инициализации: ' + E.Message);\n Finalize;\n raise;\n end;\n end;\nend;\n\nprocedure TAccessExporter.Finalize;\nbegin\n if not FInitialized then\n Exit;\n\n FLogger.LogInfo('Освобождение компонентов экспортера');\n\n // Освобождаем в обратном порядке\n FSourceProvider := nil;\n\n if FExecutor <> nil then\n begin\n FExecutor.Free;\n FExecutor := nil;\n end;\n\n if FValidator <> nil then\n begin\n FValidator.Free;\n FValidator := nil;\n end;\n\n if FParser <> nil then\n begin\n FParser.Free;\n FParser := nil;\n end;\n\n if FConnection <> nil then\n begin\n FConnection.Free;\n FConnection := nil;\n end;\n\n FInitialized := False;\nend;\n\nfunction TAccessExporter.ValidateConfiguration(\n out AErrors: TStringList\n): Boolean;\nbegin\n FLogger.LogInfo('Валидация конфигурации');\n\n Result := FConfig.Validate(AErrors);\n\n if not Result then\n begin\n FLogger.LogError('Конфигурация содержит ошибки:');\n FLogger.LogError(AErrors.Text);\n end\n else\n begin\n FLogger.LogInfo('Конфигурация валидна');\n end;\nend;\n\nfunction TAccessExporter.GetExportTables: TStringList;\nbegin\n Initialize;\n\n if not FConnection.Connect then\n raise Exception.Create('Не удалось подключиться к базе данных');\n\n Result := FConnection.ListExportTables;\nend;\n\nfunction TAccessExporter.ProcessExportTable(\n const ATableName: String\n): TExportTableResult;\nvar\n dataset: TDataSet;\n instructions: TExportInstructions;\nbegin\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo(Format('Обработка таблицы: %s', [ATableName]));\n FLogger.LogInfo(StringOfChar('=', 70));\n\n dataset := nil;\n instructions := nil;\n\n try\n // Открываем управляющую таблицу EXPORT\n dataset := FConnection.OpenTable(ATableName);\n\n try\n // Парсим инструкции\n instructions := FParser.Parse(ATableName, dataset);\n\n try\n FLogger.LogInfo(Format(\n 'Целевая таблица: %s, Тип данных: %s, Маппингов: %d',\n [instructions.TargetTable,\n SourceDataTypeToString(instructions.TypeData),\n instructions.ColumnMappings.Count]\n ));\n\n // Выполняем экспорт\n Result := FExecutor.ExecuteExport(\n ATableName,\n instructions,\n FSourceProvider\n );\n\n finally\n instructions.Free;\n end;\n\n finally\n dataset.Free;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка обработки таблицы %s: %s',\n [ATableName, E.Message]\n ));\n\n // Инициализируем результат с ошибкой\n Result.TableName := ATableName;\n Result.TargetTable := '';\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 1;\n Result.ErrorMessages := TStringList.Create;\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\nend;\n\nfunction TAccessExporter.Execute(const AAccessFile: String): TExportResult;\nvar\n exportTables: TStringList;\n i: Integer;\n tableResult: TExportTableResult;\n errors: TStringList;\nbegin\n Result := TExportResult.Create;\n Result.StartTime := Now;\n\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo('Начало выполнения экспорта в MS Access');\n FLogger.LogInfo(StringOfChar('=', 70));\n\n try\n // Валидация конфигурации\n if not ValidateConfiguration(errors) then\n begin\n FLogger.LogError('Ошибки конфигурации, экспорт прерван');\n errors.Free;\n Exit;\n end;\n\n errors.Free;\n\n // Установка пути к базе данных из параметра\n if AAccessFile <> '' then\n begin\n FConfig.DatabasePath := AAccessFile;\n FLogger.LogInfo('Использован файл базы: ' + AAccessFile);\n end;\n\n // Проверка пути к базе данных\n if not FileExists(FConfig.DatabasePath) then\n begin\n FLogger.LogError('Файл базы данных не найден: ' + FConfig.DatabasePath);\n raise Exception.CreateFmt(\n 'Файл базы данных не найден: %s',\n [FConfig.DatabasePath]\n );\n end;\n\n // Инициализация компонентов\n Initialize;\n\n // Подключение к базе данных\n if not FConnection.Connect then\n begin\n FLogger.LogError('Не удалось подключиться к базе данных');\n raise Exception.Create('Не удалось подключиться к базе данных');\n end;\n\n try\n // Получаем список EXPORT-таблиц\n exportTables := FConnection.ListExportTables;\n try\n if exportTables.Count = 0 then\n begin\n FLogger.LogWarning(\n 'В базе данных не найдено таблиц экспорта (EXPORT1, EXPORT2, ...)'\n );\n Exit;\n end;\n\n FLogger.LogInfo(Format(\n 'Найдено таблиц экспорта: %d',\n [exportTables.Count]\n ));\n\n // Обрабатываем каждую EXPORT-таблицу\n for i := 0 to exportTables.Count - 1 do\n begin\n FLogger.LogInfo('');\n FLogger.LogInfo(Format(\n 'Обработка таблицы %d из %d',\n [i + 1, exportTables.Count]\n ));\n\n // Обработка таблицы\n tableResult := ProcessExportTable(exportTables[i]);\n\n // Добавляем результат\n Result.AddTableResult(tableResult);\n\n // В режиме остановки при ошибке прерываем обработку\n if (not tableResult.Success) and\n (FConfig.ErrorMode = emStop) then\n begin\n FLogger.LogError('Остановка обработки из-за ошибки');\n Break;\n end;\n end;\n\n finally\n exportTables.Free;\n end;\n\n finally\n FConnection.Disconnect;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка выполнения экспорта: ' + E.Message);\n raise;\n end;\n end;\n\n Result.EndTime := Now;\n\n FLogger.LogInfo('');\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo('Экспорт завершён');\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo(Result.GetSummary);\nend;\n\nend.\n",
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"content": "The file /tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_exporter.pas has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 38→ - Парсинг управляющих таблиц EXPORT\n 39→ - Получение данных из примитивов\n 40→ - Выполнение экспорта с валидацией\n 41→ **}\n 42→ TAccessExporter = class\n 43→ private\n 44→ FConfig: TExportConfig;\n 45→ FConnection: TAccessConnection;\n 46→ FParser: TExportTableParser;\n 47→ FValidator: TTypeValidator;\n 48→ FExecutor: TExportExecutor;\n 49→ FSourceProvider: IDataSourceProvider;\n 50→ FInitialized: Boolean;\n 51→\n 52→ // Инициализация всех компонентов\n 53→ procedure Initialize;\n 54→"
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"newString": " TAccessExporter = class\n private\n FConfig: TExportConfig;\n FConnection: TAccessConnection;\n FParser: TExportTableParser;\n FValidator: TTypeValidator;\n FExecutor: TExportExecutor;\n FSourceProvider: IDataSourceProvider;\n FInitialized: Boolean;",
"originalFile": "{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_exporter;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, DB,\n uzvaccess_types, uzclog, uzvaccess_config,\n uzvaccess_connection, uzvaccess_parser, uzvaccess_validator,\n uzvaccess_executor, uzvaccess_source_provider;\n\ntype\n {**\n Главный класс модуля экспорта в MS Access\n\n Координирует работу всех компонентов:\n - Подключение к базе данных\n - Парсинг управляющих таблиц EXPORT\n - Получение данных из примитивов\n - Выполнение экспорта с валидацией\n **}\n TAccessExporter = class\n private\n FConfig: TExportConfig;\n FLogger: TExportLogger;\n FConnection: TAccessConnection;\n FParser: TExportTableParser;\n FValidator: TTypeValidator;\n FExecutor: TExportExecutor;\n FSourceProvider: IDataSourceProvider;\n FInitialized: Boolean;\n\n // Инициализация всех компонентов\n procedure Initialize;\n\n // Освобождение компонентов\n procedure Finalize;\n\n // Обработка одной EXPORT-таблицы\n function ProcessExportTable(\n const ATableName: String\n ): TExportTableResult;\n\n public\n constructor Create(AConfig: TExportConfig);\n destructor Destroy; override;\n\n // Главный метод выполнения экспорта\n function Execute(const AAccessFile: String = ''): TExportResult;\n\n // Валидация конфигурации\n function ValidateConfiguration(out AErrors: TStringList): Boolean;\n\n // Получить список EXPORT-таблиц из базы\n function GetExportTables: TStringList;\n\n property Config: TExportConfig read FConfig;\n property Logger: TExportLogger read FLogger;\n end;\n\nimplementation\n\n{ TAccessExporter }\n\nconstructor TAccessExporter.Create(AConfig: TExportConfig);\nbegin\n FConfig := AConfig;\n FInitialized := False;\n\n // Создаём логгер\n FLogger := TExportLogger.Create(\n FConfig.LogFilePath,\n FConfig.LogLevel,\n FConfig.LogToGUI\n );\n\n FLogger.LogInfo('TAccessExporter создан');\nend;\n\ndestructor TAccessExporter.Destroy;\nbegin\n Finalize;\n FLogger.LogInfo('TAccessExporter уничтожен');\n FLogger.Free;\n inherited Destroy;\nend;\n\nprocedure TAccessExporter.Initialize;\nbegin\n if FInitialized then\n Exit;\n\n FLogger.LogInfo('Инициализация компонентов экспортера');\n\n try\n // Создаём подключение\n FConnection := TAccessConnection.Create(FConfig, FLogger);\n\n // Создаём парсер\n FParser := TExportTableParser.Create(FLogger);\n\n // Создаём валидатор\n FValidator := TTypeValidator.Create(\n FLogger,\n FConfig.StrictValidation,\n FConfig.AllowNullValues\n );\n\n // Создаём исполнителя\n FExecutor := TExportExecutor.Create(\n FConnection,\n FLogger,\n FValidator,\n FConfig\n );\n\n // Создаём провайдер источника данных\n FSourceProvider := TEntitySourceProvider.Create(\n FLogger,\n FConfig.EntityMode,\n FConfig.EntityModeParam\n );\n\n FInitialized := True;\n FLogger.LogInfo('Инициализация завершена успешно');\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Ошибка инициализации: ' + E.Message);\n Finalize;\n raise;\n end;\n end;\nend;\n\nprocedure TAccessExporter.Finalize;\nbegin\n if not FInitialized then\n Exit;\n\n FLogger.LogInfo('Освобождение компонентов экспортера');\n\n // Освобождаем в обратном порядке\n FSourceProvider := nil;\n\n if FExecutor <> nil then\n begin\n FExecutor.Free;\n FExecutor := nil;\n end;\n\n if FValidator <> nil then\n begin\n FValidator.Free;\n FValidator := nil;\n end;\n\n if FParser <> nil then\n begin\n FParser.Free;\n FParser := nil;\n end;\n\n if FConnection <> nil then\n begin\n FConnection.Free;\n FConnection := nil;\n end;\n\n FInitialized := False;\nend;\n\nfunction TAccessExporter.ValidateConfiguration(\n out AErrors: TStringList\n): Boolean;\nbegin\n FLogger.LogInfo('Валидация конфигурации');\n\n Result := FConfig.Validate(AErrors);\n\n if not Result then\n begin\n FLogger.LogError('Конфигурация содержит ошибки:');\n FLogger.LogError(AErrors.Text);\n end\n else\n begin\n FLogger.LogInfo('Конфигурация валидна');\n end;\nend;\n\nfunction TAccessExporter.GetExportTables: TStringList;\nbegin\n Initialize;\n\n if not FConnection.Connect then\n raise Exception.Create('Не удалось подключиться к базе данных');\n\n Result := FConnection.ListExportTables;\nend;\n\nfunction TAccessExporter.ProcessExportTable(\n const ATableName: String\n): TExportTableResult;\nvar\n dataset: TDataSet;\n instructions: TExportInstructions;\nbegin\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo(Format('Обработка таблицы: %s', [ATableName]));\n FLogger.LogInfo(StringOfChar('=', 70));\n\n dataset := nil;\n instructions := nil;\n\n try\n // Открываем управляющую таблицу EXPORT\n dataset := FConnection.OpenTable(ATableName);\n\n try\n // Парсим инструкции\n instructions := FParser.Parse(ATableName, dataset);\n\n try\n FLogger.LogInfo(Format(\n 'Целевая таблица: %s, Тип данных: %s, Маппингов: %d',\n [instructions.TargetTable,\n SourceDataTypeToString(instructions.TypeData),\n instructions.ColumnMappings.Count]\n ));\n\n // Выполняем экспорт\n Result := FExecutor.ExecuteExport(\n ATableName,\n instructions,\n FSourceProvider\n );\n\n finally\n instructions.Free;\n end;\n\n finally\n dataset.Free;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка обработки таблицы %s: %s',\n [ATableName, E.Message]\n ));\n\n // Инициализируем результат с ошибкой\n Result.TableName := ATableName;\n Result.TargetTable := '';\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 1;\n Result.ErrorMessages := TStringList.Create;\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\nend;\n\nfunction TAccessExporter.Execute(const AAccessFile: String): TExportResult;\nvar\n exportTables: TStringList;\n i: Integer;\n tableResult: TExportTableResult;\n errors: TStringList;\nbegin\n Result := TExportResult.Create;\n Result.StartTime := Now;\n\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo('Начало выполнения экспорта в MS Access');\n FLogger.LogInfo(StringOfChar('=', 70));\n\n try\n // Валидация конфигурации\n if not ValidateConfiguration(errors) then\n begin\n FLogger.LogError('Ошибки конфигурации, экспорт прерван');\n errors.Free;\n Exit;\n end;\n\n errors.Free;\n\n // Установка пути к базе данных из параметра\n if AAccessFile <> '' then\n begin\n FConfig.DatabasePath := AAccessFile;\n FLogger.LogInfo('Использован файл базы: ' + AAccessFile);\n end;\n\n // Проверка пути к базе данных\n if not FileExists(FConfig.DatabasePath) then\n begin\n FLogger.LogError('Файл базы данных не найден: ' + FConfig.DatabasePath);\n raise Exception.CreateFmt(\n 'Файл базы данных не найден: %s',\n [FConfig.DatabasePath]\n );\n end;\n\n // Инициализация компонентов\n Initialize;\n\n // Подключение к базе данных\n if not FConnection.Connect then\n begin\n FLogger.LogError('Не удалось подключиться к базе данных');\n raise Exception.Create('Не удалось подключиться к базе данных');\n end;\n\n try\n // Получаем список EXPORT-таблиц\n exportTables := FConnection.ListExportTables;\n try\n if exportTables.Count = 0 then\n begin\n FLogger.LogWarning(\n 'В базе данных не найдено таблиц экспорта (EXPORT1, EXPORT2, ...)'\n );\n Exit;\n end;\n\n FLogger.LogInfo(Format(\n 'Найдено таблиц экспорта: %d',\n [exportTables.Count]\n ));\n\n // Обрабатываем каждую EXPORT-таблицу\n for i := 0 to exportTables.Count - 1 do\n begin\n FLogger.LogInfo('');\n FLogger.LogInfo(Format(\n 'Обработка таблицы %d из %d',\n [i + 1, exportTables.Count]\n ));\n\n // Обработка таблицы\n tableResult := ProcessExportTable(exportTables[i]);\n\n // Добавляем результат\n Result.AddTableResult(tableResult);\n\n // В режиме остановки при ошибке прерываем обработку\n if (not tableResult.Success) and\n (FConfig.ErrorMode = emStop) then\n begin\n FLogger.LogError('Остановка обработки из-за ошибки');\n Break;\n end;\n end;\n\n finally\n exportTables.Free;\n end;\n\n finally\n FConnection.Disconnect;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка выполнения экспорта: ' + E.Message);\n raise;\n end;\n end;\n\n Result.EndTime := Now;\n\n FLogger.LogInfo('');\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo('Экспорт завершён');\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo(Result.GetSummary);\nend;\n\nend.\n",
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"oldString": " // Получить список EXPORT-таблиц из базы\n function GetExportTables: TStringList;\n\n property Config: TExportConfig read FConfig;\n property Logger: TExportLogger read FLogger;\n end;",
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"originalFile": "{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_exporter;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, DB,\n uzvaccess_types, uzclog, uzvaccess_config,\n uzvaccess_connection, uzvaccess_parser, uzvaccess_validator,\n uzvaccess_executor, uzvaccess_source_provider;\n\ntype\n {**\n Главный класс модуля экспорта в MS Access\n\n Координирует работу всех компонентов:\n - Подключение к базе данных\n - Парсинг управляющих таблиц EXPORT\n - Получение данных из примитивов\n - Выполнение экспорта с валидацией\n **}\n TAccessExporter = class\n private\n FConfig: TExportConfig;\n FConnection: TAccessConnection;\n FParser: TExportTableParser;\n FValidator: TTypeValidator;\n FExecutor: TExportExecutor;\n FSourceProvider: IDataSourceProvider;\n FInitialized: Boolean;\n\n // Инициализация всех компонентов\n procedure Initialize;\n\n // Освобождение компонентов\n procedure Finalize;\n\n // Обработка одной EXPORT-таблицы\n function ProcessExportTable(\n const ATableName: String\n ): TExportTableResult;\n\n public\n constructor Create(AConfig: TExportConfig);\n destructor Destroy; override;\n\n // Главный метод выполнения экспорта\n function Execute(const AAccessFile: String = ''): TExportResult;\n\n // Валидация конфигурации\n function ValidateConfiguration(out AErrors: TStringList): Boolean;\n\n // Получить список EXPORT-таблиц из базы\n function GetExportTables: TStringList;\n\n property Config: TExportConfig read FConfig;\n property Logger: TExportLogger read FLogger;\n end;\n\nimplementation\n\n{ TAccessExporter }\n\nconstructor TAccessExporter.Create(AConfig: TExportConfig);\nbegin\n FConfig := AConfig;\n FInitialized := False;\n\n // Создаём логгер\n FLogger := TExportLogger.Create(\n FConfig.LogFilePath,\n FConfig.LogLevel,\n FConfig.LogToGUI\n );\n\n FLogger.LogInfo('TAccessExporter создан');\nend;\n\ndestructor TAccessExporter.Destroy;\nbegin\n Finalize;\n FLogger.LogInfo('TAccessExporter уничтожен');\n FLogger.Free;\n inherited Destroy;\nend;\n\nprocedure TAccessExporter.Initialize;\nbegin\n if FInitialized then\n Exit;\n\n FLogger.LogInfo('Инициализация компонентов экспортера');\n\n try\n // Создаём подключение\n FConnection := TAccessConnection.Create(FConfig, FLogger);\n\n // Создаём парсер\n FParser := TExportTableParser.Create(FLogger);\n\n // Создаём валидатор\n FValidator := TTypeValidator.Create(\n FLogger,\n FConfig.StrictValidation,\n FConfig.AllowNullValues\n );\n\n // Создаём исполнителя\n FExecutor := TExportExecutor.Create(\n FConnection,\n FLogger,\n FValidator,\n FConfig\n );\n\n // Создаём провайдер источника данных\n FSourceProvider := TEntitySourceProvider.Create(\n FLogger,\n FConfig.EntityMode,\n FConfig.EntityModeParam\n );\n\n FInitialized := True;\n FLogger.LogInfo('Инициализация завершена успешно');\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Ошибка инициализации: ' + E.Message);\n Finalize;\n raise;\n end;\n end;\nend;\n\nprocedure TAccessExporter.Finalize;\nbegin\n if not FInitialized then\n Exit;\n\n FLogger.LogInfo('Освобождение компонентов экспортера');\n\n // Освобождаем в обратном порядке\n FSourceProvider := nil;\n\n if FExecutor <> nil then\n begin\n FExecutor.Free;\n FExecutor := nil;\n end;\n\n if FValidator <> nil then\n begin\n FValidator.Free;\n FValidator := nil;\n end;\n\n if FParser <> nil then\n begin\n FParser.Free;\n FParser := nil;\n end;\n\n if FConnection <> nil then\n begin\n FConnection.Free;\n FConnection := nil;\n end;\n\n FInitialized := False;\nend;\n\nfunction TAccessExporter.ValidateConfiguration(\n out AErrors: TStringList\n): Boolean;\nbegin\n FLogger.LogInfo('Валидация конфигурации');\n\n Result := FConfig.Validate(AErrors);\n\n if not Result then\n begin\n FLogger.LogError('Конфигурация содержит ошибки:');\n FLogger.LogError(AErrors.Text);\n end\n else\n begin\n FLogger.LogInfo('Конфигурация валидна');\n end;\nend;\n\nfunction TAccessExporter.GetExportTables: TStringList;\nbegin\n Initialize;\n\n if not FConnection.Connect then\n raise Exception.Create('Не удалось подключиться к базе данных');\n\n Result := FConnection.ListExportTables;\nend;\n\nfunction TAccessExporter.ProcessExportTable(\n const ATableName: String\n): TExportTableResult;\nvar\n dataset: TDataSet;\n instructions: TExportInstructions;\nbegin\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo(Format('Обработка таблицы: %s', [ATableName]));\n FLogger.LogInfo(StringOfChar('=', 70));\n\n dataset := nil;\n instructions := nil;\n\n try\n // Открываем управляющую таблицу EXPORT\n dataset := FConnection.OpenTable(ATableName);\n\n try\n // Парсим инструкции\n instructions := FParser.Parse(ATableName, dataset);\n\n try\n FLogger.LogInfo(Format(\n 'Целевая таблица: %s, Тип данных: %s, Маппингов: %d',\n [instructions.TargetTable,\n SourceDataTypeToString(instructions.TypeData),\n instructions.ColumnMappings.Count]\n ));\n\n // Выполняем экспорт\n Result := FExecutor.ExecuteExport(\n ATableName,\n instructions,\n FSourceProvider\n );\n\n finally\n instructions.Free;\n end;\n\n finally\n dataset.Free;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка обработки таблицы %s: %s',\n [ATableName, E.Message]\n ));\n\n // Инициализируем результат с ошибкой\n Result.TableName := ATableName;\n Result.TargetTable := '';\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 1;\n Result.ErrorMessages := TStringList.Create;\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\nend;\n\nfunction TAccessExporter.Execute(const AAccessFile: String): TExportResult;\nvar\n exportTables: TStringList;\n i: Integer;\n tableResult: TExportTableResult;\n errors: TStringList;\nbegin\n Result := TExportResult.Create;\n Result.StartTime := Now;\n\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo('Начало выполнения экспорта в MS Access');\n FLogger.LogInfo(StringOfChar('=', 70));\n\n try\n // Валидация конфигурации\n if not ValidateConfiguration(errors) then\n begin\n FLogger.LogError('Ошибки конфигурации, экспорт прерван');\n errors.Free;\n Exit;\n end;\n\n errors.Free;\n\n // Установка пути к базе данных из параметра\n if AAccessFile <> '' then\n begin\n FConfig.DatabasePath := AAccessFile;\n FLogger.LogInfo('Использован файл базы: ' + AAccessFile);\n end;\n\n // Проверка пути к базе данных\n if not FileExists(FConfig.DatabasePath) then\n begin\n FLogger.LogError('Файл базы данных не найден: ' + FConfig.DatabasePath);\n raise Exception.CreateFmt(\n 'Файл базы данных не найден: %s',\n [FConfig.DatabasePath]\n );\n end;\n\n // Инициализация компонентов\n Initialize;\n\n // Подключение к базе данных\n if not FConnection.Connect then\n begin\n FLogger.LogError('Не удалось подключиться к базе данных');\n raise Exception.Create('Не удалось подключиться к базе данных');\n end;\n\n try\n // Получаем список EXPORT-таблиц\n exportTables := FConnection.ListExportTables;\n try\n if exportTables.Count = 0 then\n begin\n FLogger.LogWarning(\n 'В базе данных не найдено таблиц экспорта (EXPORT1, EXPORT2, ...)'\n );\n Exit;\n end;\n\n FLogger.LogInfo(Format(\n 'Найдено таблиц экспорта: %d',\n [exportTables.Count]\n ));\n\n // Обрабатываем каждую EXPORT-таблицу\n for i := 0 to exportTables.Count - 1 do\n begin\n FLogger.LogInfo('');\n FLogger.LogInfo(Format(\n 'Обработка таблицы %d из %d',\n [i + 1, exportTables.Count]\n ));\n\n // Обработка таблицы\n tableResult := ProcessExportTable(exportTables[i]);\n\n // Добавляем результат\n Result.AddTableResult(tableResult);\n\n // В режиме остановки при ошибке прерываем обработку\n if (not tableResult.Success) and\n (FConfig.ErrorMode = emStop) then\n begin\n FLogger.LogError('Остановка обработки из-за ошибки');\n Break;\n end;\n end;\n\n finally\n exportTables.Free;\n end;\n\n finally\n FConnection.Disconnect;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка выполнения экспорта: ' + E.Message);\n raise;\n end;\n end;\n\n Result.EndTime := Now;\n\n FLogger.LogInfo('');\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo('Экспорт завершён');\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo(Result.GetSummary);\nend;\n\nend.\n",
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"text": "Now I need to replace all FLogger usages in the constructor and destructor:"
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"old_string": "constructor TAccessExporter.Create(AConfig: TExportConfig);\nbegin\n FConfig := AConfig;\n FInitialized := False;\n\n // Создаём логгер\n FLogger := TExportLogger.Create(\n FConfig.LogFilePath,\n FConfig.LogLevel,\n FConfig.LogToGUI\n );\n\n FLogger.LogInfo('TAccessExporter создан');\nend;",
"new_string": "constructor TAccessExporter.Create(AConfig: TExportConfig);\nbegin\n FConfig := AConfig;\n FInitialized := False;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: TAccessExporter создан',\n [],\n LM_Info\n );\nend;"
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[2025-12-07T20:58:58.167Z] [INFO] {
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"content": "The file /tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_exporter.pas has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 79→implementation\n 80→\n 81→{ TAccessExporter }\n 82→\n 83→constructor TAccessExporter.Create(AConfig: TExportConfig);\n 84→begin\n 85→ FConfig := AConfig;\n 86→ FInitialized := False;\n 87→\n 88→ programlog.LogOutFormatStr(\n 89→ 'uzvaccess: TAccessExporter создан',\n 90→ [],\n 91→ LM_Info\n 92→ );\n 93→end;\n 94→\n 95→destructor TAccessExporter.Destroy;\n 96→begin\n 97→ Finalize;"
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"oldString": "constructor TAccessExporter.Create(AConfig: TExportConfig);\nbegin\n FConfig := AConfig;\n FInitialized := False;\n\n // Создаём логгер\n FLogger := TExportLogger.Create(\n FConfig.LogFilePath,\n FConfig.LogLevel,\n FConfig.LogToGUI\n );\n\n FLogger.LogInfo('TAccessExporter создан');\nend;",
"newString": "constructor TAccessExporter.Create(AConfig: TExportConfig);\nbegin\n FConfig := AConfig;\n FInitialized := False;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: TAccessExporter создан',\n [],\n LM_Info\n );\nend;",
"originalFile": "{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_exporter;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, DB,\n uzvaccess_types, uzclog, uzvaccess_config,\n uzvaccess_connection, uzvaccess_parser, uzvaccess_validator,\n uzvaccess_executor, uzvaccess_source_provider;\n\ntype\n {**\n Главный класс модуля экспорта в MS Access\n\n Координирует работу всех компонентов:\n - Подключение к базе данных\n - Парсинг управляющих таблиц EXPORT\n - Получение данных из примитивов\n - Выполнение экспорта с валидацией\n **}\n TAccessExporter = class\n private\n FConfig: TExportConfig;\n FConnection: TAccessConnection;\n FParser: TExportTableParser;\n FValidator: TTypeValidator;\n FExecutor: TExportExecutor;\n FSourceProvider: IDataSourceProvider;\n FInitialized: Boolean;\n\n // Инициализация всех компонентов\n procedure Initialize;\n\n // Освобождение компонентов\n procedure Finalize;\n\n // Обработка одной EXPORT-таблицы\n function ProcessExportTable(\n const ATableName: String\n ): TExportTableResult;\n\n public\n constructor Create(AConfig: TExportConfig);\n destructor Destroy; override;\n\n // Главный метод выполнения экспорта\n function Execute(const AAccessFile: String = ''): TExportResult;\n\n // Валидация конфигурации\n function ValidateConfiguration(out AErrors: TStringList): Boolean;\n\n // Получить список EXPORT-таблиц из базы\n function GetExportTables: TStringList;\n\n property Config: TExportConfig read FConfig;\n end;\n\nimplementation\n\n{ TAccessExporter }\n\nconstructor TAccessExporter.Create(AConfig: TExportConfig);\nbegin\n FConfig := AConfig;\n FInitialized := False;\n\n // Создаём логгер\n FLogger := TExportLogger.Create(\n FConfig.LogFilePath,\n FConfig.LogLevel,\n FConfig.LogToGUI\n );\n\n FLogger.LogInfo('TAccessExporter создан');\nend;\n\ndestructor TAccessExporter.Destroy;\nbegin\n Finalize;\n FLogger.LogInfo('TAccessExporter уничтожен');\n FLogger.Free;\n inherited Destroy;\nend;\n\nprocedure TAccessExporter.Initialize;\nbegin\n if FInitialized then\n Exit;\n\n FLogger.LogInfo('Инициализация компонентов экспортера');\n\n try\n // Создаём подключение\n FConnection := TAccessConnection.Create(FConfig, FLogger);\n\n // Создаём парсер\n FParser := TExportTableParser.Create(FLogger);\n\n // Создаём валидатор\n FValidator := TTypeValidator.Create(\n FLogger,\n FConfig.StrictValidation,\n FConfig.AllowNullValues\n );\n\n // Создаём исполнителя\n FExecutor := TExportExecutor.Create(\n FConnection,\n FLogger,\n FValidator,\n FConfig\n );\n\n // Создаём провайдер источника данных\n FSourceProvider := TEntitySourceProvider.Create(\n FLogger,\n FConfig.EntityMode,\n FConfig.EntityModeParam\n );\n\n FInitialized := True;\n FLogger.LogInfo('Инициализация завершена успешно');\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Ошибка инициализации: ' + E.Message);\n Finalize;\n raise;\n end;\n end;\nend;\n\nprocedure TAccessExporter.Finalize;\nbegin\n if not FInitialized then\n Exit;\n\n FLogger.LogInfo('Освобождение компонентов экспортера');\n\n // Освобождаем в обратном порядке\n FSourceProvider := nil;\n\n if FExecutor <> nil then\n begin\n FExecutor.Free;\n FExecutor := nil;\n end;\n\n if FValidator <> nil then\n begin\n FValidator.Free;\n FValidator := nil;\n end;\n\n if FParser <> nil then\n begin\n FParser.Free;\n FParser := nil;\n end;\n\n if FConnection <> nil then\n begin\n FConnection.Free;\n FConnection := nil;\n end;\n\n FInitialized := False;\nend;\n\nfunction TAccessExporter.ValidateConfiguration(\n out AErrors: TStringList\n): Boolean;\nbegin\n FLogger.LogInfo('Валидация конфигурации');\n\n Result := FConfig.Validate(AErrors);\n\n if not Result then\n begin\n FLogger.LogError('Конфигурация содержит ошибки:');\n FLogger.LogError(AErrors.Text);\n end\n else\n begin\n FLogger.LogInfo('Конфигурация валидна');\n end;\nend;\n\nfunction TAccessExporter.GetExportTables: TStringList;\nbegin\n Initialize;\n\n if not FConnection.Connect then\n raise Exception.Create('Не удалось подключиться к базе данных');\n\n Result := FConnection.ListExportTables;\nend;\n\nfunction TAccessExporter.ProcessExportTable(\n const ATableName: String\n): TExportTableResult;\nvar\n dataset: TDataSet;\n instructions: TExportInstructions;\nbegin\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo(Format('Обработка таблицы: %s', [ATableName]));\n FLogger.LogInfo(StringOfChar('=', 70));\n\n dataset := nil;\n instructions := nil;\n\n try\n // Открываем управляющую таблицу EXPORT\n dataset := FConnection.OpenTable(ATableName);\n\n try\n // Парсим инструкции\n instructions := FParser.Parse(ATableName, dataset);\n\n try\n FLogger.LogInfo(Format(\n 'Целевая таблица: %s, Тип данных: %s, Маппингов: %d',\n [instructions.TargetTable,\n SourceDataTypeToString(instructions.TypeData),\n instructions.ColumnMappings.Count]\n ));\n\n // Выполняем экспорт\n Result := FExecutor.ExecuteExport(\n ATableName,\n instructions,\n FSourceProvider\n );\n\n finally\n instructions.Free;\n end;\n\n finally\n dataset.Free;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка обработки таблицы %s: %s',\n [ATableName, E.Message]\n ));\n\n // Инициализируем результат с ошибкой\n Result.TableName := ATableName;\n Result.TargetTable := '';\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 1;\n Result.ErrorMessages := TStringList.Create;\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\nend;\n\nfunction TAccessExporter.Execute(const AAccessFile: String): TExportResult;\nvar\n exportTables: TStringList;\n i: Integer;\n tableResult: TExportTableResult;\n errors: TStringList;\nbegin\n Result := TExportResult.Create;\n Result.StartTime := Now;\n\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo('Начало выполнения экспорта в MS Access');\n FLogger.LogInfo(StringOfChar('=', 70));\n\n try\n // Валидация конфигурации\n if not ValidateConfiguration(errors) then\n begin\n FLogger.LogError('Ошибки конфигурации, экспорт прерван');\n errors.Free;\n Exit;\n end;\n\n errors.Free;\n\n // Установка пути к базе данных из параметра\n if AAccessFile <> '' then\n begin\n FConfig.DatabasePath := AAccessFile;\n FLogger.LogInfo('Использован файл базы: ' + AAccessFile);\n end;\n\n // Проверка пути к базе данных\n if not FileExists(FConfig.DatabasePath) then\n begin\n FLogger.LogError('Файл базы данных не найден: ' + FConfig.DatabasePath);\n raise Exception.CreateFmt(\n 'Файл базы данных не найден: %s',\n [FConfig.DatabasePath]\n );\n end;\n\n // Инициализация компонентов\n Initialize;\n\n // Подключение к базе данных\n if not FConnection.Connect then\n begin\n FLogger.LogError('Не удалось подключиться к базе данных');\n raise Exception.Create('Не удалось подключиться к базе данных');\n end;\n\n try\n // Получаем список EXPORT-таблиц\n exportTables := FConnection.ListExportTables;\n try\n if exportTables.Count = 0 then\n begin\n FLogger.LogWarning(\n 'В базе данных не найдено таблиц экспорта (EXPORT1, EXPORT2, ...)'\n );\n Exit;\n end;\n\n FLogger.LogInfo(Format(\n 'Найдено таблиц экспорта: %d',\n [exportTables.Count]\n ));\n\n // Обрабатываем каждую EXPORT-таблицу\n for i := 0 to exportTables.Count - 1 do\n begin\n FLogger.LogInfo('');\n FLogger.LogInfo(Format(\n 'Обработка таблицы %d из %d',\n [i + 1, exportTables.Count]\n ));\n\n // Обработка таблицы\n tableResult := ProcessExportTable(exportTables[i]);\n\n // Добавляем результат\n Result.AddTableResult(tableResult);\n\n // В режиме остановки при ошибке прерываем обработку\n if (not tableResult.Success) and\n (FConfig.ErrorMode = emStop) then\n begin\n FLogger.LogError('Остановка обработки из-за ошибки');\n Break;\n end;\n end;\n\n finally\n exportTables.Free;\n end;\n\n finally\n FConnection.Disconnect;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка выполнения экспорта: ' + E.Message);\n raise;\n end;\n end;\n\n Result.EndTime := Now;\n\n FLogger.LogInfo('');\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo('Экспорт завершён');\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo(Result.GetSummary);\nend;\n\nend.\n",
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"content": "The file /tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_exporter.pas has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 91→ LM_Info\n 92→ );\n 93→end;\n 94→\n 95→destructor TAccessExporter.Destroy;\n 96→begin\n 97→ Finalize;\n 98→ programlog.LogOutFormatStr(\n 99→ 'uzvaccess: TAccessExporter уничтожен',\n 100→ [],\n 101→ LM_Info\n 102→ );\n 103→ inherited Destroy;\n 104→end;\n 105→\n 106→procedure TAccessExporter.Initialize;\n 107→begin\n 108→ if FInitialized then"
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"oldString": "destructor TAccessExporter.Destroy;\nbegin\n Finalize;\n FLogger.LogInfo('TAccessExporter уничтожен');\n FLogger.Free;\n inherited Destroy;\nend;",
"newString": "destructor TAccessExporter.Destroy;\nbegin\n Finalize;\n programlog.LogOutFormatStr(\n 'uzvaccess: TAccessExporter уничтожен',\n [],\n LM_Info\n );\n inherited Destroy;\nend;",
"originalFile": "{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_exporter;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, DB,\n uzvaccess_types, uzclog, uzvaccess_config,\n uzvaccess_connection, uzvaccess_parser, uzvaccess_validator,\n uzvaccess_executor, uzvaccess_source_provider;\n\ntype\n {**\n Главный класс модуля экспорта в MS Access\n\n Координирует работу всех компонентов:\n - Подключение к базе данных\n - Парсинг управляющих таблиц EXPORT\n - Получение данных из примитивов\n - Выполнение экспорта с валидацией\n **}\n TAccessExporter = class\n private\n FConfig: TExportConfig;\n FConnection: TAccessConnection;\n FParser: TExportTableParser;\n FValidator: TTypeValidator;\n FExecutor: TExportExecutor;\n FSourceProvider: IDataSourceProvider;\n FInitialized: Boolean;\n\n // Инициализация всех компонентов\n procedure Initialize;\n\n // Освобождение компонентов\n procedure Finalize;\n\n // Обработка одной EXPORT-таблицы\n function ProcessExportTable(\n const ATableName: String\n ): TExportTableResult;\n\n public\n constructor Create(AConfig: TExportConfig);\n destructor Destroy; override;\n\n // Главный метод выполнения экспорта\n function Execute(const AAccessFile: String = ''): TExportResult;\n\n // Валидация конфигурации\n function ValidateConfiguration(out AErrors: TStringList): Boolean;\n\n // Получить список EXPORT-таблиц из базы\n function GetExportTables: TStringList;\n\n property Config: TExportConfig read FConfig;\n end;\n\nimplementation\n\n{ TAccessExporter }\n\nconstructor TAccessExporter.Create(AConfig: TExportConfig);\nbegin\n FConfig := AConfig;\n FInitialized := False;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: TAccessExporter создан',\n [],\n LM_Info\n );\nend;\n\ndestructor TAccessExporter.Destroy;\nbegin\n Finalize;\n FLogger.LogInfo('TAccessExporter уничтожен');\n FLogger.Free;\n inherited Destroy;\nend;\n\nprocedure TAccessExporter.Initialize;\nbegin\n if FInitialized then\n Exit;\n\n FLogger.LogInfo('Инициализация компонентов экспортера');\n\n try\n // Создаём подключение\n FConnection := TAccessConnection.Create(FConfig, FLogger);\n\n // Создаём парсер\n FParser := TExportTableParser.Create(FLogger);\n\n // Создаём валидатор\n FValidator := TTypeValidator.Create(\n FLogger,\n FConfig.StrictValidation,\n FConfig.AllowNullValues\n );\n\n // Создаём исполнителя\n FExecutor := TExportExecutor.Create(\n FConnection,\n FLogger,\n FValidator,\n FConfig\n );\n\n // Создаём провайдер источника данных\n FSourceProvider := TEntitySourceProvider.Create(\n FLogger,\n FConfig.EntityMode,\n FConfig.EntityModeParam\n );\n\n FInitialized := True;\n FLogger.LogInfo('Инициализация завершена успешно');\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Ошибка инициализации: ' + E.Message);\n Finalize;\n raise;\n end;\n end;\nend;\n\nprocedure TAccessExporter.Finalize;\nbegin\n if not FInitialized then\n Exit;\n\n FLogger.LogInfo('Освобождение компонентов экспортера');\n\n // Освобождаем в обратном порядке\n FSourceProvider := nil;\n\n if FExecutor <> nil then\n begin\n FExecutor.Free;\n FExecutor := nil;\n end;\n\n if FValidator <> nil then\n begin\n FValidator.Free;\n FValidator := nil;\n end;\n\n if FParser <> nil then\n begin\n FParser.Free;\n FParser := nil;\n end;\n\n if FConnection <> nil then\n begin\n FConnection.Free;\n FConnection := nil;\n end;\n\n FInitialized := False;\nend;\n\nfunction TAccessExporter.ValidateConfiguration(\n out AErrors: TStringList\n): Boolean;\nbegin\n FLogger.LogInfo('Валидация конфигурации');\n\n Result := FConfig.Validate(AErrors);\n\n if not Result then\n begin\n FLogger.LogError('Конфигурация содержит ошибки:');\n FLogger.LogError(AErrors.Text);\n end\n else\n begin\n FLogger.LogInfo('Конфигурация валидна');\n end;\nend;\n\nfunction TAccessExporter.GetExportTables: TStringList;\nbegin\n Initialize;\n\n if not FConnection.Connect then\n raise Exception.Create('Не удалось подключиться к базе данных');\n\n Result := FConnection.ListExportTables;\nend;\n\nfunction TAccessExporter.ProcessExportTable(\n const ATableName: String\n): TExportTableResult;\nvar\n dataset: TDataSet;\n instructions: TExportInstructions;\nbegin\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo(Format('Обработка таблицы: %s', [ATableName]));\n FLogger.LogInfo(StringOfChar('=', 70));\n\n dataset := nil;\n instructions := nil;\n\n try\n // Открываем управляющую таблицу EXPORT\n dataset := FConnection.OpenTable(ATableName);\n\n try\n // Парсим инструкции\n instructions := FParser.Parse(ATableName, dataset);\n\n try\n FLogger.LogInfo(Format(\n 'Целевая таблица: %s, Тип данных: %s, Маппингов: %d',\n [instructions.TargetTable,\n SourceDataTypeToString(instructions.TypeData),\n instructions.ColumnMappings.Count]\n ));\n\n // Выполняем экспорт\n Result := FExecutor.ExecuteExport(\n ATableName,\n instructions,\n FSourceProvider\n );\n\n finally\n instructions.Free;\n end;\n\n finally\n dataset.Free;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка обработки таблицы %s: %s',\n [ATableName, E.Message]\n ));\n\n // Инициализируем результат с ошибкой\n Result.TableName := ATableName;\n Result.TargetTable := '';\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 1;\n Result.ErrorMessages := TStringList.Create;\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\nend;\n\nfunction TAccessExporter.Execute(const AAccessFile: String): TExportResult;\nvar\n exportTables: TStringList;\n i: Integer;\n tableResult: TExportTableResult;\n errors: TStringList;\nbegin\n Result := TExportResult.Create;\n Result.StartTime := Now;\n\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo('Начало выполнения экспорта в MS Access');\n FLogger.LogInfo(StringOfChar('=', 70));\n\n try\n // Валидация конфигурации\n if not ValidateConfiguration(errors) then\n begin\n FLogger.LogError('Ошибки конфигурации, экспорт прерван');\n errors.Free;\n Exit;\n end;\n\n errors.Free;\n\n // Установка пути к базе данных из параметра\n if AAccessFile <> '' then\n begin\n FConfig.DatabasePath := AAccessFile;\n FLogger.LogInfo('Использован файл базы: ' + AAccessFile);\n end;\n\n // Проверка пути к базе данных\n if not FileExists(FConfig.DatabasePath) then\n begin\n FLogger.LogError('Файл базы данных не найден: ' + FConfig.DatabasePath);\n raise Exception.CreateFmt(\n 'Файл базы данных не найден: %s',\n [FConfig.DatabasePath]\n );\n end;\n\n // Инициализация компонентов\n Initialize;\n\n // Подключение к базе данных\n if not FConnection.Connect then\n begin\n FLogger.LogError('Не удалось подключиться к базе данных');\n raise Exception.Create('Не удалось подключиться к базе данных');\n end;\n\n try\n // Получаем список EXPORT-таблиц\n exportTables := FConnection.ListExportTables;\n try\n if exportTables.Count = 0 then\n begin\n FLogger.LogWarning(\n 'В базе данных не найдено таблиц экспорта (EXPORT1, EXPORT2, ...)'\n );\n Exit;\n end;\n\n FLogger.LogInfo(Format(\n 'Найдено таблиц экспорта: %d',\n [exportTables.Count]\n ));\n\n // Обрабатываем каждую EXPORT-таблицу\n for i := 0 to exportTables.Count - 1 do\n begin\n FLogger.LogInfo('');\n FLogger.LogInfo(Format(\n 'Обработка таблицы %d из %d',\n [i + 1, exportTables.Count]\n ));\n\n // Обработка таблицы\n tableResult := ProcessExportTable(exportTables[i]);\n\n // Добавляем результат\n Result.AddTableResult(tableResult);\n\n // В режиме остановки при ошибке прерываем обработку\n if (not tableResult.Success) and\n (FConfig.ErrorMode = emStop) then\n begin\n FLogger.LogError('Остановка обработки из-за ошибки');\n Break;\n end;\n end;\n\n finally\n exportTables.Free;\n end;\n\n finally\n FConnection.Disconnect;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка выполнения экспорта: ' + E.Message);\n raise;\n end;\n end;\n\n Result.EndTime := Now;\n\n FLogger.LogInfo('');\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo('Экспорт завершён');\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo(Result.GetSummary);\nend;\n\nend.\n",
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" destructor TAccessExporter.Destroy;",
" begin",
" Finalize;",
"- FLogger.LogInfo('TAccessExporter уничтожен');",
"- FLogger.Free;",
"+ programlog.LogOutFormatStr(",
"+ 'uzvaccess: TAccessExporter уничтожен',",
"+ [],",
"+ LM_Info",
"+ );",
" inherited Destroy;",
" end;",
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"text": "Now I need to update the Initialize method to remove FLogger parameter from the component constructors:"
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"old_string": "procedure TAccessExporter.Initialize;\nbegin\n if FInitialized then\n Exit;\n\n FLogger.LogInfo('Инициализация компонентов экспортера');\n\n try\n // Создаём подключение\n FConnection := TAccessConnection.Create(FConfig, FLogger);\n\n // Создаём парсер\n FParser := TExportTableParser.Create(FLogger);\n\n // Создаём валидатор\n FValidator := TTypeValidator.Create(\n FLogger,\n FConfig.StrictValidation,\n FConfig.AllowNullValues\n );\n\n // Создаём исполнителя\n FExecutor := TExportExecutor.Create(\n FConnection,\n FLogger,\n FValidator,\n FConfig\n );\n\n // Создаём провайдер источника данных\n FSourceProvider := TEntitySourceProvider.Create(\n FLogger,\n FConfig.EntityMode,\n FConfig.EntityModeParam\n );\n\n FInitialized := True;\n FLogger.LogInfo('Инициализация завершена успешно');\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Ошибка инициализации: ' + E.Message);\n Finalize;\n raise;\n end;\n end;\nend;",
"new_string": "procedure TAccessExporter.Initialize;\nbegin\n if FInitialized then\n Exit;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Инициализация компонентов экспортера',\n [],\n LM_Info\n );\n\n try\n // Создаём подключение\n FConnection := TAccessConnection.Create(FConfig);\n\n // Создаём парсер\n FParser := TExportTableParser.Create;\n\n // Создаём валидатор\n FValidator := TTypeValidator.Create(\n FConfig.StrictValidation,\n FConfig.AllowNullValues\n );\n\n // Создаём исполнителя\n FExecutor := TExportExecutor.Create(\n FConnection,\n FValidator,\n FConfig\n );\n\n // Создаём провайдер источника данных\n FSourceProvider := TEntitySourceProvider.Create(\n FConfig.EntityMode,\n FConfig.EntityModeParam\n );\n\n FInitialized := True;\n programlog.LogOutFormatStr(\n 'uzvaccess: Инициализация завершена успешно',\n [],\n LM_Info\n );\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка инициализации: %s',\n [E.Message],\n LM_Info\n );\n Finalize;\n raise;\n end;\n end;\nend;"
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[2025-12-07T20:59:14.989Z] [INFO] {"type":"user","message":{"role":"user","content":[{"tool_use_id":"toolu_01KH8DH6PkXUw2XC7n5zAKzF","type":"tool_result","content":"The file /tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_exporter.pas has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 102→ );\n 103→ inherited Destroy;\n 104→end;\n 105→\n 106→procedure TAccessExporter.Initialize;\n 107→begin\n 108→ if FInitialized then\n 109→ Exit;\n 110→\n 111→ programlog.LogOutFormatStr(\n 112→ 'uzvaccess: Инициализация компонентов экспортера',\n 113→ [],\n 114→ LM_Info\n 115→ );\n 116→\n 117→ try\n 118→ // Создаём подключение\n 119→ FConnection := TAccessConnection.Create(FConfig);\n 120→\n 121→ // Создаём парсер\n 122→ FParser := TExportTableParser.Create;\n 123→\n 124→ // Создаём валидатор\n 125→ FValidator := TTypeValidator.Create(\n 126→ FConfig.StrictValidation,\n 127→ FConfig.AllowNullValues\n 128→ );\n 129→\n 130→ // Создаём исполнителя\n 131→ FExecutor := TExportExecutor.Create(\n 132→ FConnection,\n 133→ FValidator,\n 134→ FConfig\n 135→ );\n 136→\n 137→ // Создаём провайдер источника данных\n 138→ FSourceProvider := TEntitySourceProvider.Create(\n 139→ FConfig.EntityMode,\n 140→ FConfig.EntityModeParam\n 141→ );\n 142→\n 143→ FInitialized := True;\n 144→ programlog.LogOutFormatStr(\n 145→ 'uzvaccess: Инициализация завершена успешно',\n 146→ [],\n 147→ LM_Info\n 148→ );\n 149→\n 150→ except\n 151→ on E: Exception do\n 152→ begin\n 153→ programlog.LogOutFormatStr(\n 154→ 'uzvaccess: Ошибка инициализации: %s',\n 155→ [E.Message],\n 156→ LM_Info\n 157→ );\n 158→ Finalize;\n 159→ raise;\n 160→ end;\n 161→ end;\n 162→end;\n 163→\n 164→procedure TAccessExporter.Finalize;\n 165→begin\n 166→ if not FInitialized then"}]},"parent_tool_use_id":null,"session_id":"7192dade-a10f-4ccc-940d-5bff967d4d15","uuid":"546dd528-b906-4684-b3e2-f6a9851517ee","tool_use_result":{"filePath":"/tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_exporter.pas","oldString":"procedure TAccessExporter.Initialize;\nbegin\n if FInitialized then\n Exit;\n\n FLogger.LogInfo('Инициализация компонентов экспортера');\n\n try\n // Создаём подключение\n FConnection := TAccessConnection.Create(FConfig, FLogger);\n\n // Создаём парсер\n FParser := TExportTableParser.Create(FLogger);\n\n // Создаём валидатор\n FValidator := TTypeValidator.Create(\n FLogger,\n FConfig.StrictValidation,\n FConfig.AllowNullValues\n );\n\n // Создаём исполнителя\n FExecutor := TExportExecutor.Create(\n FConnection,\n FLogger,\n FValidator,\n FConfig\n );\n\n // Создаём провайдер источника данных\n FSourceProvider := TEntitySourceProvider.Create(\n FLogger,\n FConfig.EntityMode,\n FConfig.EntityModeParam\n );\n\n FInitialized := True;\n FLogger.LogInfo('Инициализация завершена успешно');\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Ошибка инициализации: ' + E.Message);\n Finalize;\n raise;\n end;\n end;\nend;","newString":"procedure TAccessExporter.Initialize;\nbegin\n if FInitialized then\n Exit;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Инициализация компонентов экспортера',\n [],\n LM_Info\n );\n\n try\n // Создаём подключение\n FConnection := TAccessConnection.Create(FConfig);\n\n // Создаём парсер\n FParser := TExportTableParser.Create;\n\n // Создаём валидатор\n FValidator := TTypeValidator.Create(\n FConfig.StrictValidation,\n FConfig.AllowNullValues\n );\n\n // Создаём исполнителя\n FExecutor := TExportExecutor.Create(\n FConnection,\n FValidator,\n FConfig\n );\n\n // Создаём провайдер источника данных\n FSourceProvider := TEntitySourceProvider.Create(\n FConfig.EntityMode,\n FConfig.EntityModeParam\n );\n\n FInitialized := True;\n programlog.LogOutFormatStr(\n 'uzvaccess: Инициализация завершена успешно',\n [],\n LM_Info\n );\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка инициализации: %s',\n [E.Message],\n LM_Info\n );\n Finalize;\n raise;\n end;\n end;\nend;","originalFile":"{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_exporter;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, DB,\n uzvaccess_types, uzclog, uzvaccess_config,\n uzvaccess_connection, uzvaccess_parser, uzvaccess_validator,\n uzvaccess_executor, uzvaccess_source_provider;\n\ntype\n {**\n Главный класс модуля экспорта в MS Access\n\n Координирует работу всех компонентов:\n - Подключение к базе данных\n - Парсинг управляющих таблиц EXPORT\n - Получение данных из примитивов\n - Выполнение экспорта с валидацией\n **}\n TAccessExporter = class\n private\n FConfig: TExportConfig;\n FConnection: TAccessConnection;\n FParser: TExportTableParser;\n FValidator: TTypeValidator;\n FExecutor: TExportExecutor;\n FSourceProvider: IDataSourceProvider;\n FInitialized: Boolean;\n\n // Инициализация всех компонентов\n procedure Initialize;\n\n // Освобождение компонентов\n procedure Finalize;\n\n // Обработка одной EXPORT-таблицы\n function ProcessExportTable(\n const ATableName: String\n ): TExportTableResult;\n\n public\n constructor Create(AConfig: TExportConfig);\n destructor Destroy; override;\n\n // Главный метод выполнения экспорта\n function Execute(const AAccessFile: String = ''): TExportResult;\n\n // Валидация конфигурации\n function ValidateConfiguration(out AErrors: TStringList): Boolean;\n\n // Получить список EXPORT-таблиц из базы\n function GetExportTables: TStringList;\n\n property Config: TExportConfig read FConfig;\n end;\n\nimplementation\n\n{ TAccessExporter }\n\nconstructor TAccessExporter.Create(AConfig: TExportConfig);\nbegin\n FConfig := AConfig;\n FInitialized := False;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: TAccessExporter создан',\n [],\n LM_Info\n );\nend;\n\ndestructor TAccessExporter.Destroy;\nbegin\n Finalize;\n programlog.LogOutFormatStr(\n 'uzvaccess: TAccessExporter уничтожен',\n [],\n LM_Info\n );\n inherited Destroy;\nend;\n\nprocedure TAccessExporter.Initialize;\nbegin\n if FInitialized then\n Exit;\n\n FLogger.LogInfo('Инициализация компонентов экспортера');\n\n try\n // Создаём подключение\n FConnection := TAccessConnection.Create(FConfig, FLogger);\n\n // Создаём парсер\n FParser := TExportTableParser.Create(FLogger);\n\n // Создаём валидатор\n FValidator := TTypeValidator.Create(\n FLogger,\n FConfig.StrictValidation,\n FConfig.AllowNullValues\n );\n\n // Создаём исполнителя\n FExecutor := TExportExecutor.Create(\n FConnection,\n FLogger,\n FValidator,\n FConfig\n );\n\n // Создаём провайдер источника данных\n FSourceProvider := TEntitySourceProvider.Create(\n FLogger,\n FConfig.EntityMode,\n FConfig.EntityModeParam\n );\n\n FInitialized := True;\n FLogger.LogInfo('Инициализация завершена успешно');\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Ошибка инициализации: ' + E.Message);\n Finalize;\n raise;\n end;\n end;\nend;\n\nprocedure TAccessExporter.Finalize;\nbegin\n if not FInitialized then\n Exit;\n\n FLogger.LogInfo('Освобождение компонентов экспортера');\n\n // Освобождаем в обратном порядке\n FSourceProvider := nil;\n\n if FExecutor <> nil then\n begin\n FExecutor.Free;\n FExecutor := nil;\n end;\n\n if FValidator <> nil then\n begin\n FValidator.Free;\n FValidator := nil;\n end;\n\n if FParser <> nil then\n begin\n FParser.Free;\n FParser := nil;\n end;\n\n if FConnection <> nil then\n begin\n FConnection.Free;\n FConnection := nil;\n end;\n\n FInitialized := False;\nend;\n\nfunction TAccessExporter.ValidateConfiguration(\n out AErrors: TStringList\n): Boolean;\nbegin\n FLogger.LogInfo('Валидация конфигурации');\n\n Result := FConfig.Validate(AErrors);\n\n if not Result then\n begin\n FLogger.LogError('Конфигурация содержит ошибки:');\n FLogger.LogError(AErrors.Text);\n end\n else\n begin\n FLogger.LogInfo('Конфигурация валидна');\n end;\nend;\n\nfunction TAccessExporter.GetExportTables: TStringList;\nbegin\n Initialize;\n\n if not FConnection.Connect then\n raise Exception.Create('Не удалось подключиться к базе данных');\n\n Result := FConnection.ListExportTables;\nend;\n\nfunction TAccessExporter.ProcessExportTable(\n const ATableName: String\n): TExportTableResult;\nvar\n dataset: TDataSet;\n instructions: TExportInstructions;\nbegin\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo(Format('Обработка таблицы: %s', [ATableName]));\n FLogger.LogInfo(StringOfChar('=', 70));\n\n dataset := nil;\n instructions := nil;\n\n try\n // Открываем управляющую таблицу EXPORT\n dataset := FConnection.OpenTable(ATableName);\n\n try\n // Парсим инструкции\n instructions := FParser.Parse(ATableName, dataset);\n\n try\n FLogger.LogInfo(Format(\n 'Целевая таблица: %s, Тип данных: %s, Маппингов: %d',\n [instructions.TargetTable,\n SourceDataTypeToString(instructions.TypeData),\n instructions.ColumnMappings.Count]\n ));\n\n // Выполняем экспорт\n Result := FExecutor.ExecuteExport(\n ATableName,\n instructions,\n FSourceProvider\n );\n\n finally\n instructions.Free;\n end;\n\n finally\n dataset.Free;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка обработки таблицы %s: %s',\n [ATableName, E.Message]\n ));\n\n // Инициализируем результат с ошибкой\n Result.TableName := ATableName;\n Result.TargetTable := '';\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 1;\n Result.ErrorMessages := TStringList.Create;\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\nend;\n\nfunction TAccessExporter.Execute(const AAccessFile: String): TExportResult;\nvar\n exportTables: TStringList;\n i: Integer;\n tableResult: TExportTableResult;\n errors: TStringList;\nbegin\n Result := TExportResult.Create;\n Result.StartTime := Now;\n\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo('Начало выполнения экспорта в MS Access');\n FLogger.LogInfo(StringOfChar('=', 70));\n\n try\n // Валидация конфигурации\n if not ValidateConfiguration(errors) then\n begin\n FLogger.LogError('Ошибки конфигурации, экспорт прерван');\n errors.Free;\n Exit;\n end;\n\n errors.Free;\n\n // Установка пути к базе данных из параметра\n if AAccessFile <> '' then\n begin\n FConfig.DatabasePath := AAccessFile;\n FLogger.LogInfo('Использован файл базы: ' + AAccessFile);\n end;\n\n // Проверка пути к базе данных\n if not FileExists(FConfig.DatabasePath) then\n begin\n FLogger.LogError('Файл базы данных не найден: ' + FConfig.DatabasePath);\n raise Exception.CreateFmt(\n 'Файл базы данных не найден: %s',\n [FConfig.DatabasePath]\n );\n end;\n\n // Инициализация компонентов\n Initialize;\n\n // Подключение к базе данных\n if not FConnection.Connect then\n begin\n FLogger.LogError('Не удалось подключиться к базе данных');\n raise Exception.Create('Не удалось подключиться к базе данных');\n end;\n\n try\n // Получаем список EXPORT-таблиц\n exportTables := FConnection.ListExportTables;\n try\n if exportTables.Count = 0 then\n begin\n FLogger.LogWarning(\n 'В базе данных не найдено таблиц экспорта (EXPORT1, EXPORT2, ...)'\n );\n Exit;\n end;\n\n FLogger.LogInfo(Format(\n 'Найдено таблиц экспорта: %d',\n [exportTables.Count]\n ));\n\n // Обрабатываем каждую EXPORT-таблицу\n for i := 0 to exportTables.Count - 1 do\n begin\n FLogger.LogInfo('');\n FLogger.LogInfo(Format(\n 'Обработка таблицы %d из %d',\n [i + 1, exportTables.Count]\n ));\n\n // Обработка таблицы\n tableResult := ProcessExportTable(exportTables[i]);\n\n // Добавляем результат\n Result.AddTableResult(tableResult);\n\
[2025-12-07T20:59:14.992Z] [INFO] n // В режиме остановки при ошибке прерываем обработку\n if (not tableResult.Success) and\n (FConfig.ErrorMode = emStop) then\n begin\n FLogger.LogError('Остановка обработки из-за ошибки');\n Break;\n end;\n end;\n\n finally\n exportTables.Free;\n end;\n\n finally\n FConnection.Disconnect;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка выполнения экспорта: ' + E.Message);\n raise;\n end;\n end;\n\n Result.EndTime := Now;\n\n FLogger.LogInfo('');\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo('Экспорт завершён');\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo(Result.GetSummary);\nend;\n\nend.\n","structuredPatch":[{"oldStart":108,"oldLines":18,"newStart":108,"newLines":21,"lines":[" if FInitialized then"," Exit;"," ","- FLogger.LogInfo('Инициализация компонентов экспортера');","+ programlog.LogOutFormatStr(","+ 'uzvaccess: Инициализация компонентов экспортера',","+ [],","+ LM_Info","+ );"," "," try"," // Создаём подключение","- FConnection := TAccessConnection.Create(FConfig, FLogger);","+ FConnection := TAccessConnection.Create(FConfig);"," "," // Создаём парсер","- FParser := TExportTableParser.Create(FLogger);","+ FParser := TExportTableParser.Create;"," "," // Создаём валидатор"," FValidator := TTypeValidator.Create(","- FLogger,"," FConfig.StrictValidation,"," FConfig.AllowNullValues"," );"]},{"oldStart":127,"oldLines":25,"newStart":130,"newLines":31,"lines":[" // Создаём исполнителя"," FExecutor := TExportExecutor.Create("," FConnection,","- FLogger,"," FValidator,"," FConfig"," );"," "," // Создаём провайдер источника данных"," FSourceProvider := TEntitySourceProvider.Create(","- FLogger,"," FConfig.EntityMode,"," FConfig.EntityModeParam"," );"," "," FInitialized := True;","- FLogger.LogInfo('Инициализация завершена успешно');","+ programlog.LogOutFormatStr(","+ 'uzvaccess: Инициализация завершена успешно',","+ [],","+ LM_Info","+ );"," "," except"," on E: Exception do"," begin","- FLogger.LogError('Ошибка инициализации: ' + E.Message);","+ programlog.LogOutFormatStr(","+ 'uzvaccess: Ошибка инициализации: %s',","+ [E.Message],","+ LM_Info","+ );"," Finalize;"," raise;"," end;"]}],"userModified":false,"replaceAll":false}}
[2025-12-07T20:59:19.490Z] [INFO] {
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"type": "message",
"role": "assistant",
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{
"type": "tool_use",
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"input": {
"file_path": "/tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_exporter.pas",
"old_string": "procedure TAccessExporter.Finalize;\nbegin\n if not FInitialized then\n Exit;\n\n FLogger.LogInfo('Освобождение компонентов экспортера');",
"new_string": "procedure TAccessExporter.Finalize;\nbegin\n if not FInitialized then\n Exit;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Освобождение компонентов экспортера',\n [],\n LM_Info\n );"
}
}
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},
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"service_tier": "standard"
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"session_id": "7192dade-a10f-4ccc-940d-5bff967d4d15",
"uuid": "a1c1fbf0-d80d-46b7-a5b5-fe21c397d8b3"
}
[2025-12-07T20:59:19.517Z] [INFO] {
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{
"tool_use_id": "toolu_01Eg6EU7x5gMbhCoFbyd71U8",
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"content": "The file /tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_exporter.pas has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 160→ end;\n 161→ end;\n 162→end;\n 163→\n 164→procedure TAccessExporter.Finalize;\n 165→begin\n 166→ if not FInitialized then\n 167→ Exit;\n 168→\n 169→ programlog.LogOutFormatStr(\n 170→ 'uzvaccess: Освобождение компонентов экспортера',\n 171→ [],\n 172→ LM_Info\n 173→ );\n 174→\n 175→ // Освобождаем в обратном порядке\n 176→ FSourceProvider := nil;\n 177→"
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"oldString": "procedure TAccessExporter.Finalize;\nbegin\n if not FInitialized then\n Exit;\n\n FLogger.LogInfo('Освобождение компонентов экспортера');",
"newString": "procedure TAccessExporter.Finalize;\nbegin\n if not FInitialized then\n Exit;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Освобождение компонентов экспортера',\n [],\n LM_Info\n );",
"originalFile": "{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_exporter;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, DB,\n uzvaccess_types, uzclog, uzvaccess_config,\n uzvaccess_connection, uzvaccess_parser, uzvaccess_validator,\n uzvaccess_executor, uzvaccess_source_provider;\n\ntype\n {**\n Главный класс модуля экспорта в MS Access\n\n Координирует работу всех компонентов:\n - Подключение к базе данных\n - Парсинг управляющих таблиц EXPORT\n - Получение данных из примитивов\n - Выполнение экспорта с валидацией\n **}\n TAccessExporter = class\n private\n FConfig: TExportConfig;\n FConnection: TAccessConnection;\n FParser: TExportTableParser;\n FValidator: TTypeValidator;\n FExecutor: TExportExecutor;\n FSourceProvider: IDataSourceProvider;\n FInitialized: Boolean;\n\n // Инициализация всех компонентов\n procedure Initialize;\n\n // Освобождение компонентов\n procedure Finalize;\n\n // Обработка одной EXPORT-таблицы\n function ProcessExportTable(\n const ATableName: String\n ): TExportTableResult;\n\n public\n constructor Create(AConfig: TExportConfig);\n destructor Destroy; override;\n\n // Главный метод выполнения экспорта\n function Execute(const AAccessFile: String = ''): TExportResult;\n\n // Валидация конфигурации\n function ValidateConfiguration(out AErrors: TStringList): Boolean;\n\n // Получить список EXPORT-таблиц из базы\n function GetExportTables: TStringList;\n\n property Config: TExportConfig read FConfig;\n end;\n\nimplementation\n\n{ TAccessExporter }\n\nconstructor TAccessExporter.Create(AConfig: TExportConfig);\nbegin\n FConfig := AConfig;\n FInitialized := False;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: TAccessExporter создан',\n [],\n LM_Info\n );\nend;\n\ndestructor TAccessExporter.Destroy;\nbegin\n Finalize;\n programlog.LogOutFormatStr(\n 'uzvaccess: TAccessExporter уничтожен',\n [],\n LM_Info\n );\n inherited Destroy;\nend;\n\nprocedure TAccessExporter.Initialize;\nbegin\n if FInitialized then\n Exit;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Инициализация компонентов экспортера',\n [],\n LM_Info\n );\n\n try\n // Создаём подключение\n FConnection := TAccessConnection.Create(FConfig);\n\n // Создаём парсер\n FParser := TExportTableParser.Create;\n\n // Создаём валидатор\n FValidator := TTypeValidator.Create(\n FConfig.StrictValidation,\n FConfig.AllowNullValues\n );\n\n // Создаём исполнителя\n FExecutor := TExportExecutor.Create(\n FConnection,\n FValidator,\n FConfig\n );\n\n // Создаём провайдер источника данных\n FSourceProvider := TEntitySourceProvider.Create(\n FConfig.EntityMode,\n FConfig.EntityModeParam\n );\n\n FInitialized := True;\n programlog.LogOutFormatStr(\n 'uzvaccess: Инициализация завершена успешно',\n [],\n LM_Info\n );\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка инициализации: %s',\n [E.Message],\n LM_Info\n );\n Finalize;\n raise;\n end;\n end;\nend;\n\nprocedure TAccessExporter.Finalize;\nbegin\n if not FInitialized then\n Exit;\n\n FLogger.LogInfo('Освобождение компонентов экспортера');\n\n // Освобождаем в обратном порядке\n FSourceProvider := nil;\n\n if FExecutor <> nil then\n begin\n FExecutor.Free;\n FExecutor := nil;\n end;\n\n if FValidator <> nil then\n begin\n FValidator.Free;\n FValidator := nil;\n end;\n\n if FParser <> nil then\n begin\n FParser.Free;\n FParser := nil;\n end;\n\n if FConnection <> nil then\n begin\n FConnection.Free;\n FConnection := nil;\n end;\n\n FInitialized := False;\nend;\n\nfunction TAccessExporter.ValidateConfiguration(\n out AErrors: TStringList\n): Boolean;\nbegin\n FLogger.LogInfo('Валидация конфигурации');\n\n Result := FConfig.Validate(AErrors);\n\n if not Result then\n begin\n FLogger.LogError('Конфигурация содержит ошибки:');\n FLogger.LogError(AErrors.Text);\n end\n else\n begin\n FLogger.LogInfo('Конфигурация валидна');\n end;\nend;\n\nfunction TAccessExporter.GetExportTables: TStringList;\nbegin\n Initialize;\n\n if not FConnection.Connect then\n raise Exception.Create('Не удалось подключиться к базе данных');\n\n Result := FConnection.ListExportTables;\nend;\n\nfunction TAccessExporter.ProcessExportTable(\n const ATableName: String\n): TExportTableResult;\nvar\n dataset: TDataSet;\n instructions: TExportInstructions;\nbegin\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo(Format('Обработка таблицы: %s', [ATableName]));\n FLogger.LogInfo(StringOfChar('=', 70));\n\n dataset := nil;\n instructions := nil;\n\n try\n // Открываем управляющую таблицу EXPORT\n dataset := FConnection.OpenTable(ATableName);\n\n try\n // Парсим инструкции\n instructions := FParser.Parse(ATableName, dataset);\n\n try\n FLogger.LogInfo(Format(\n 'Целевая таблица: %s, Тип данных: %s, Маппингов: %d',\n [instructions.TargetTable,\n SourceDataTypeToString(instructions.TypeData),\n instructions.ColumnMappings.Count]\n ));\n\n // Выполняем экспорт\n Result := FExecutor.ExecuteExport(\n ATableName,\n instructions,\n FSourceProvider\n );\n\n finally\n instructions.Free;\n end;\n\n finally\n dataset.Free;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка обработки таблицы %s: %s',\n [ATableName, E.Message]\n ));\n\n // Инициализируем результат с ошибкой\n Result.TableName := ATableName;\n Result.TargetTable := '';\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 1;\n Result.ErrorMessages := TStringList.Create;\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\nend;\n\nfunction TAccessExporter.Execute(const AAccessFile: String): TExportResult;\nvar\n exportTables: TStringList;\n i: Integer;\n tableResult: TExportTableResult;\n errors: TStringList;\nbegin\n Result := TExportResult.Create;\n Result.StartTime := Now;\n\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo('Начало выполнения экспорта в MS Access');\n FLogger.LogInfo(StringOfChar('=', 70));\n\n try\n // Валидация конфигурации\n if not ValidateConfiguration(errors) then\n begin\n FLogger.LogError('Ошибки конфигурации, экспорт прерван');\n errors.Free;\n Exit;\n end;\n\n errors.Free;\n\n // Установка пути к базе данных из параметра\n if AAccessFile <> '' then\n begin\n FConfig.DatabasePath := AAccessFile;\n FLogger.LogInfo('Использован файл базы: ' + AAccessFile);\n end;\n\n // Проверка пути к базе данных\n if not FileExists(FConfig.DatabasePath) then\n begin\n FLogger.LogError('Файл базы данных не найден: ' + FConfig.DatabasePath);\n raise Exception.CreateFmt(\n 'Файл базы данных не найден: %s',\n [FConfig.DatabasePath]\n );\n end;\n\n // Инициализация компонентов\n Initialize;\n\n // Подключение к базе данных\n if not FConnection.Connect then\n begin\n FLogger.LogError('Не удалось подключиться к базе данных');\n raise Exception.Create('Не удалось подключиться к базе данных');\n end;\n\n try\n // Получаем список EXPORT-таблиц\n exportTables := FConnection.ListExportTables;\n try\n if exportTables.Count = 0 then\n begin\n FLogger.LogWarning(\n 'В базе данных не найдено таблиц экспорта (EXPORT1, EXPORT2, ...)'\n );\n Exit;\n end;\n\n FLogger.LogInfo(Format(\n 'Найдено таблиц экспорта: %d',\n [exportTables.Count]\n ));\n\n // Обрабатываем каждую EXPORT-таблицу\n for i := 0 to exportTables.Count - 1 do\n begin\n FLogger.LogInfo('');\n FLogger.LogInfo(Format(\n 'Обработка таблицы %d из %d',\n [i + 1, exportTables.Count]\n ));\n\n // Обработка таблицы\n tableResult := ProcessExportTable(exportTables[i]);\n\n // Добавляем результат\n Result.AddTableResult(tableResult);\n\n // В режиме остановки при ошибке прерываем обработку\n if (not tableResult.Success) and\n (FConfig.ErrorMode = emStop) then\n begin\n FLogger.LogError('Остановка обработки из-за ошибки');\n Break;\n end;\n end;\n\n finally\n exportTables.Free;\n end;\n\n finally\n FConnection.Disconnect;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка выполнения экспорта: ' + E.Message);\n raise;\n end;\n end;\n\n Result.EndTime := Now;\n\n FLogger.LogInfo('');\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo('Экспорт завершён');\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo(Result.GetSummary);\nend;\n\nend.\n",
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"text": "Now let me continue with the remaining FLogger calls. Let me replace them in the ValidateConfiguration, ProcessExportTable and Execute methods. Since there are many calls, let me do this systematically:"
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"old_string": "function TAccessExporter.ValidateConfiguration(\n out AErrors: TStringList\n): Boolean;\nbegin\n FLogger.LogInfo('Валидация конфигурации');\n\n Result := FConfig.Validate(AErrors);\n\n if not Result then\n begin\n FLogger.LogError('Конфигурация содержит ошибки:');\n FLogger.LogError(AErrors.Text);\n end\n else\n begin\n FLogger.LogInfo('Конфигурация валидна');\n end;\nend;",
"new_string": "function TAccessExporter.ValidateConfiguration(\n out AErrors: TStringList\n): Boolean;\nbegin\n programlog.LogOutFormatStr(\n 'uzvaccess: Валидация конфигурации',\n [],\n LM_Info\n );\n\n Result := FConfig.Validate(AErrors);\n\n if not Result then\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Конфигурация содержит ошибки: %s',\n [AErrors.Text],\n LM_Info\n );\n end\n else\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Конфигурация валидна',\n [],\n LM_Info\n );\n end;\nend;"
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"content": "The file /tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_exporter.pas has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 201→\n 202→ FInitialized := False;\n 203→end;\n 204→\n 205→function TAccessExporter.ValidateConfiguration(\n 206→ out AErrors: TStringList\n 207→): Boolean;\n 208→begin\n 209→ programlog.LogOutFormatStr(\n 210→ 'uzvaccess: Валидация конфигурации',\n 211→ [],\n 212→ LM_Info\n 213→ );\n 214→\n 215→ Result := FConfig.Validate(AErrors);\n 216→\n 217→ if not Result then\n 218→ begin\n 219→ programlog.LogOutFormatStr(\n 220→ 'uzvaccess: Конфигурация содержит ошибки: %s',\n 221→ [AErrors.Text],\n 222→ LM_Info\n 223→ );\n 224→ end\n 225→ else\n 226→ begin\n 227→ programlog.LogOutFormatStr(\n 228→ 'uzvaccess: Конфигурация валидна',\n 229→ [],\n 230→ LM_Info\n 231→ );\n 232→ end;\n 233→end;\n 234→\n 235→function TAccessExporter.GetExportTables: TStringList;\n 236→begin\n 237→ Initialize;"
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"newString": "function TAccessExporter.ValidateConfiguration(\n out AErrors: TStringList\n): Boolean;\nbegin\n programlog.LogOutFormatStr(\n 'uzvaccess: Валидация конфигурации',\n [],\n LM_Info\n );\n\n Result := FConfig.Validate(AErrors);\n\n if not Result then\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Конфигурация содержит ошибки: %s',\n [AErrors.Text],\n LM_Info\n );\n end\n else\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Конфигурация валидна',\n [],\n LM_Info\n );\n end;\nend;",
"originalFile": "{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_exporter;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, DB,\n uzvaccess_types, uzclog, uzvaccess_config,\n uzvaccess_connection, uzvaccess_parser, uzvaccess_validator,\n uzvaccess_executor, uzvaccess_source_provider;\n\ntype\n {**\n Главный класс модуля экспорта в MS Access\n\n Координирует работу всех компонентов:\n - Подключение к базе данных\n - Парсинг управляющих таблиц EXPORT\n - Получение данных из примитивов\n - Выполнение экспорта с валидацией\n **}\n TAccessExporter = class\n private\n FConfig: TExportConfig;\n FConnection: TAccessConnection;\n FParser: TExportTableParser;\n FValidator: TTypeValidator;\n FExecutor: TExportExecutor;\n FSourceProvider: IDataSourceProvider;\n FInitialized: Boolean;\n\n // Инициализация всех компонентов\n procedure Initialize;\n\n // Освобождение компонентов\n procedure Finalize;\n\n // Обработка одной EXPORT-таблицы\n function ProcessExportTable(\n const ATableName: String\n ): TExportTableResult;\n\n public\n constructor Create(AConfig: TExportConfig);\n destructor Destroy; override;\n\n // Главный метод выполнения экспорта\n function Execute(const AAccessFile: String = ''): TExportResult;\n\n // Валидация конфигурации\n function ValidateConfiguration(out AErrors: TStringList): Boolean;\n\n // Получить список EXPORT-таблиц из базы\n function GetExportTables: TStringList;\n\n property Config: TExportConfig read FConfig;\n end;\n\nimplementation\n\n{ TAccessExporter }\n\nconstructor TAccessExporter.Create(AConfig: TExportConfig);\nbegin\n FConfig := AConfig;\n FInitialized := False;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: TAccessExporter создан',\n [],\n LM_Info\n );\nend;\n\ndestructor TAccessExporter.Destroy;\nbegin\n Finalize;\n programlog.LogOutFormatStr(\n 'uzvaccess: TAccessExporter уничтожен',\n [],\n LM_Info\n );\n inherited Destroy;\nend;\n\nprocedure TAccessExporter.Initialize;\nbegin\n if FInitialized then\n Exit;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Инициализация компонентов экспортера',\n [],\n LM_Info\n );\n\n try\n // Создаём подключение\n FConnection := TAccessConnection.Create(FConfig);\n\n // Создаём парсер\n FParser := TExportTableParser.Create;\n\n // Создаём валидатор\n FValidator := TTypeValidator.Create(\n FConfig.StrictValidation,\n FConfig.AllowNullValues\n );\n\n // Создаём исполнителя\n FExecutor := TExportExecutor.Create(\n FConnection,\n FValidator,\n FConfig\n );\n\n // Создаём провайдер источника данных\n FSourceProvider := TEntitySourceProvider.Create(\n FConfig.EntityMode,\n FConfig.EntityModeParam\n );\n\n FInitialized := True;\n programlog.LogOutFormatStr(\n 'uzvaccess: Инициализация завершена успешно',\n [],\n LM_Info\n );\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка инициализации: %s',\n [E.Message],\n LM_Info\n );\n Finalize;\n raise;\n end;\n end;\nend;\n\nprocedure TAccessExporter.Finalize;\nbegin\n if not FInitialized then\n Exit;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Освобождение компонентов экспортера',\n [],\n LM_Info\n );\n\n // Освобождаем в обратном порядке\n FSourceProvider := nil;\n\n if FExecutor <> nil then\n begin\n FExecutor.Free;\n FExecutor := nil;\n end;\n\n if FValidator <> nil then\n begin\n FValidator.Free;\n FValidator := nil;\n end;\n\n if FParser <> nil then\n begin\n FParser.Free;\n FParser := nil;\n end;\n\n if FConnection <> nil then\n begin\n FConnection.Free;\n FConnection := nil;\n end;\n\n FInitialized := False;\nend;\n\nfunction TAccessExporter.ValidateConfiguration(\n out AErrors: TStringList\n): Boolean;\nbegin\n FLogger.LogInfo('Валидация конфигурации');\n\n Result := FConfig.Validate(AErrors);\n\n if not Result then\n begin\n FLogger.LogError('Конфигурация содержит ошибки:');\n FLogger.LogError(AErrors.Text);\n end\n else\n begin\n FLogger.LogInfo('Конфигурация валидна');\n end;\nend;\n\nfunction TAccessExporter.GetExportTables: TStringList;\nbegin\n Initialize;\n\n if not FConnection.Connect then\n raise Exception.Create('Не удалось подключиться к базе данных');\n\n Result := FConnection.ListExportTables;\nend;\n\nfunction TAccessExporter.ProcessExportTable(\n const ATableName: String\n): TExportTableResult;\nvar\n dataset: TDataSet;\n instructions: TExportInstructions;\nbegin\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo(Format('Обработка таблицы: %s', [ATableName]));\n FLogger.LogInfo(StringOfChar('=', 70));\n\n dataset := nil;\n instructions := nil;\n\n try\n // Открываем управляющую таблицу EXPORT\n dataset := FConnection.OpenTable(ATableName);\n\n try\n // Парсим инструкции\n instructions := FParser.Parse(ATableName, dataset);\n\n try\n FLogger.LogInfo(Format(\n 'Целевая таблица: %s, Тип данных: %s, Маппингов: %d',\n [instructions.TargetTable,\n SourceDataTypeToString(instructions.TypeData),\n instructions.ColumnMappings.Count]\n ));\n\n // Выполняем экспорт\n Result := FExecutor.ExecuteExport(\n ATableName,\n instructions,\n FSourceProvider\n );\n\n finally\n instructions.Free;\n end;\n\n finally\n dataset.Free;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка обработки таблицы %s: %s',\n [ATableName, E.Message]\n ));\n\n // Инициализируем результат с ошибкой\n Result.TableName := ATableName;\n Result.TargetTable := '';\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 1;\n Result.ErrorMessages := TStringList.Create;\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\nend;\n\nfunction TAccessExporter.Execute(const AAccessFile: String): TExportResult;\nvar\n exportTables: TStringList;\n i: Integer;\n tableResult: TExportTableResult;\n errors: TStringList;\nbegin\n Result := TExportResult.Create;\n Result.StartTime := Now;\n\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo('Начало выполнения экспорта в MS Access');\n FLogger.LogInfo(StringOfChar('=', 70));\n\n try\n // Валидация конфигурации\n if not ValidateConfiguration(errors) then\n begin\n FLogger.LogError('Ошибки конфигурации, экспорт прерван');\n errors.Free;\n Exit;\n end;\n\n errors.Free;\n\n // Установка пути к базе данных из параметра\n if AAccessFile <> '' then\n begin\n FConfig.DatabasePath := AAccessFile;\n FLogger.LogInfo('Использован файл базы: ' + AAccessFile);\n end;\n\n // Проверка пути к базе данных\n if not FileExists(FConfig.DatabasePath) then\n begin\n FLogger.LogError('Файл базы данных не найден: ' + FConfig.DatabasePath);\n raise Exception.CreateFmt(\n 'Файл базы данных не найден: %s',\n [FConfig.DatabasePath]\n );\n end;\n\n // Инициализация компонентов\n Initialize;\n\n // Подключение к базе данных\n if not FConnection.Connect then\n begin\n FLogger.LogError('Не удалось подключиться к базе данных');\n raise Exception.Create('Не удалось подключиться к базе данных');\n end;\n\n try\n // Получаем список EXPORT-таблиц\n exportTables := FConnection.ListExportTables;\n try\n if exportTables.Count = 0 then\n begin\n FLogger.LogWarning(\n 'В базе данных не найдено таблиц экспорта (EXPORT1, EXPORT2, ...)'\n );\n Exit;\n end;\n\n FLogger.LogInfo(Format(\n 'Найдено таблиц экспорта: %d',\n [exportTables.Count]\n ));\n\n // Обрабатываем каждую EXPORT-таблицу\n for i := 0 to exportTables.Count - 1 do\n begin\n FLogger.LogInfo('');\n FLogger.LogInfo(Format(\n 'Обработка таблицы %d из %d',\n [i + 1, exportTables.Count]\n ));\n\n // Обработка таблицы\n tableResult := ProcessExportTable(exportTables[i]);\n\n // Добавляем результат\n Result.AddTableResult(tableResult);\n\n // В режиме остановки при ошибке прерываем обработку\n if (not tableResult.Success) and\n (FConfig.ErrorMode = emStop) then\n begin\n FLogger.LogError('Остановка обработки из-за ошибки');\n Break;\n end;\n end;\n\n finally\n exportTables.Free;\n end;\n\n finally\n FConnection.Disconnect;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка выполнения экспорта: ' + E.Message);\n raise;\n end;\n end;\n\n Result.EndTime := Now;\n\n FLogger.LogInfo('');\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo('Экспорт завершён');\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo(Result.GetSummary);\nend;\n\nend.\n",
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"old_string": "function TAccessExporter.ProcessExportTable(\n const ATableName: String\n): TExportTableResult;\nvar\n dataset: TDataSet;\n instructions: TExportInstructions;\nbegin\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo(Format('Обработка таблицы: %s', [ATableName]));\n FLogger.LogInfo(StringOfChar('=', 70));",
"new_string": "function TAccessExporter.ProcessExportTable(\n const ATableName: String\n): TExportTableResult;\nvar\n dataset: TDataSet;\n instructions: TExportInstructions;\nbegin\n programlog.LogOutFormatStr(\n 'uzvaccess: %s',\n [StringOfChar('=', 70)],\n LM_Info\n );\n programlog.LogOutFormatStr(\n 'uzvaccess: Обработка таблицы: %s',\n [ATableName],\n LM_Info\n );\n programlog.LogOutFormatStr(\n 'uzvaccess: %s',\n [StringOfChar('=', 70)],\n LM_Info\n );"
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"content": "The file /tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_exporter.pas has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 241→\n 242→ Result := FConnection.ListExportTables;\n 243→end;\n 244→\n 245→function TAccessExporter.ProcessExportTable(\n 246→ const ATableName: String\n 247→): TExportTableResult;\n 248→var\n 249→ dataset: TDataSet;\n 250→ instructions: TExportInstructions;\n 251→begin\n 252→ programlog.LogOutFormatStr(\n 253→ 'uzvaccess: %s',\n 254→ [StringOfChar('=', 70)],\n 255→ LM_Info\n 256→ );\n 257→ programlog.LogOutFormatStr(\n 258→ 'uzvaccess: Обработка таблицы: %s',\n 259→ [ATableName],\n 260→ LM_Info\n 261→ );\n 262→ programlog.LogOutFormatStr(\n 263→ 'uzvaccess: %s',\n 264→ [StringOfChar('=', 70)],\n 265→ LM_Info\n 266→ );\n 267→\n 268→ dataset := nil;\n 269→ instructions := nil;\n 270→"
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"oldString": "function TAccessExporter.ProcessExportTable(\n const ATableName: String\n): TExportTableResult;\nvar\n dataset: TDataSet;\n instructions: TExportInstructions;\nbegin\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo(Format('Обработка таблицы: %s', [ATableName]));\n FLogger.LogInfo(StringOfChar('=', 70));",
"newString": "function TAccessExporter.ProcessExportTable(\n const ATableName: String\n): TExportTableResult;\nvar\n dataset: TDataSet;\n instructions: TExportInstructions;\nbegin\n programlog.LogOutFormatStr(\n 'uzvaccess: %s',\n [StringOfChar('=', 70)],\n LM_Info\n );\n programlog.LogOutFormatStr(\n 'uzvaccess: Обработка таблицы: %s',\n [ATableName],\n LM_Info\n );\n programlog.LogOutFormatStr(\n 'uzvaccess: %s',\n [StringOfChar('=', 70)],\n LM_Info\n );",
"originalFile": "{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_exporter;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, DB,\n uzvaccess_types, uzclog, uzvaccess_config,\n uzvaccess_connection, uzvaccess_parser, uzvaccess_validator,\n uzvaccess_executor, uzvaccess_source_provider;\n\ntype\n {**\n Главный класс модуля экспорта в MS Access\n\n Координирует работу всех компонентов:\n - Подключение к базе данных\n - Парсинг управляющих таблиц EXPORT\n - Получение данных из примитивов\n - Выполнение экспорта с валидацией\n **}\n TAccessExporter = class\n private\n FConfig: TExportConfig;\n FConnection: TAccessConnection;\n FParser: TExportTableParser;\n FValidator: TTypeValidator;\n FExecutor: TExportExecutor;\n FSourceProvider: IDataSourceProvider;\n FInitialized: Boolean;\n\n // Инициализация всех компонентов\n procedure Initialize;\n\n // Освобождение компонентов\n procedure Finalize;\n\n // Обработка одной EXPORT-таблицы\n function ProcessExportTable(\n const ATableName: String\n ): TExportTableResult;\n\n public\n constructor Create(AConfig: TExportConfig);\n destructor Destroy; override;\n\n // Главный метод выполнения экспорта\n function Execute(const AAccessFile: String = ''): TExportResult;\n\n // Валидация конфигурации\n function ValidateConfiguration(out AErrors: TStringList): Boolean;\n\n // Получить список EXPORT-таблиц из базы\n function GetExportTables: TStringList;\n\n property Config: TExportConfig read FConfig;\n end;\n\nimplementation\n\n{ TAccessExporter }\n\nconstructor TAccessExporter.Create(AConfig: TExportConfig);\nbegin\n FConfig := AConfig;\n FInitialized := False;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: TAccessExporter создан',\n [],\n LM_Info\n );\nend;\n\ndestructor TAccessExporter.Destroy;\nbegin\n Finalize;\n programlog.LogOutFormatStr(\n 'uzvaccess: TAccessExporter уничтожен',\n [],\n LM_Info\n );\n inherited Destroy;\nend;\n\nprocedure TAccessExporter.Initialize;\nbegin\n if FInitialized then\n Exit;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Инициализация компонентов экспортера',\n [],\n LM_Info\n );\n\n try\n // Создаём подключение\n FConnection := TAccessConnection.Create(FConfig);\n\n // Создаём парсер\n FParser := TExportTableParser.Create;\n\n // Создаём валидатор\n FValidator := TTypeValidator.Create(\n FConfig.StrictValidation,\n FConfig.AllowNullValues\n );\n\n // Создаём исполнителя\n FExecutor := TExportExecutor.Create(\n FConnection,\n FValidator,\n FConfig\n );\n\n // Создаём провайдер источника данных\n FSourceProvider := TEntitySourceProvider.Create(\n FConfig.EntityMode,\n FConfig.EntityModeParam\n );\n\n FInitialized := True;\n programlog.LogOutFormatStr(\n 'uzvaccess: Инициализация завершена успешно',\n [],\n LM_Info\n );\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка инициализации: %s',\n [E.Message],\n LM_Info\n );\n Finalize;\n raise;\n end;\n end;\nend;\n\nprocedure TAccessExporter.Finalize;\nbegin\n if not FInitialized then\n Exit;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Освобождение компонентов экспортера',\n [],\n LM_Info\n );\n\n // Освобождаем в обратном порядке\n FSourceProvider := nil;\n\n if FExecutor <> nil then\n begin\n FExecutor.Free;\n FExecutor := nil;\n end;\n\n if FValidator <> nil then\n begin\n FValidator.Free;\n FValidator := nil;\n end;\n\n if FParser <> nil then\n begin\n FParser.Free;\n FParser := nil;\n end;\n\n if FConnection <> nil then\n begin\n FConnection.Free;\n FConnection := nil;\n end;\n\n FInitialized := False;\nend;\n\nfunction TAccessExporter.ValidateConfiguration(\n out AErrors: TStringList\n): Boolean;\nbegin\n programlog.LogOutFormatStr(\n 'uzvaccess: Валидация конфигурации',\n [],\n LM_Info\n );\n\n Result := FConfig.Validate(AErrors);\n\n if not Result then\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Конфигурация содержит ошибки: %s',\n [AErrors.Text],\n LM_Info\n );\n end\n else\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Конфигурация валидна',\n [],\n LM_Info\n );\n end;\nend;\n\nfunction TAccessExporter.GetExportTables: TStringList;\nbegin\n Initialize;\n\n if not FConnection.Connect then\n raise Exception.Create('Не удалось подключиться к базе данных');\n\n Result := FConnection.ListExportTables;\nend;\n\nfunction TAccessExporter.ProcessExportTable(\n const ATableName: String\n): TExportTableResult;\nvar\n dataset: TDataSet;\n instructions: TExportInstructions;\nbegin\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo(Format('Обработка таблицы: %s', [ATableName]));\n FLogger.LogInfo(StringOfChar('=', 70));\n\n dataset := nil;\n instructions := nil;\n\n try\n // Открываем управляющую таблицу EXPORT\n dataset := FConnection.OpenTable(ATableName);\n\n try\n // Парсим инструкции\n instructions := FParser.Parse(ATableName, dataset);\n\n try\n FLogger.LogInfo(Format(\n 'Целевая таблица: %s, Тип данных: %s, Маппингов: %d',\n [instructions.TargetTable,\n SourceDataTypeToString(instructions.TypeData),\n instructions.ColumnMappings.Count]\n ));\n\n // Выполняем экспорт\n Result := FExecutor.ExecuteExport(\n ATableName,\n instructions,\n FSourceProvider\n );\n\n finally\n instructions.Free;\n end;\n\n finally\n dataset.Free;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка обработки таблицы %s: %s',\n [ATableName, E.Message]\n ));\n\n // Инициализируем результат с ошибкой\n Result.TableName := ATableName;\n Result.TargetTable := '';\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 1;\n Result.ErrorMessages := TStringList.Create;\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\nend;\n\nfunction TAccessExporter.Execute(const AAccessFile: String): TExportResult;\nvar\n exportTables: TStringList;\n i: Integer;\n tableResult: TExportTableResult;\n errors: TStringList;\nbegin\n Result := TExportResult.Create;\n Result.StartTime := Now;\n\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo('Начало выполнения экспорта в MS Access');\n FLogger.LogInfo(StringOfChar('=', 70));\n\n try\n // Валидация конфигурации\n if not ValidateConfiguration(errors) then\n begin\n FLogger.LogError('Ошибки конфигурации, экспорт прерван');\n errors.Free;\n Exit;\n end;\n\n errors.Free;\n\n // Установка пути к базе данных из параметра\n if AAccessFile <> '' then\n begin\n FConfig.DatabasePath := AAccessFile;\n FLogger.LogInfo('Использован файл базы: ' + AAccessFile);\n end;\n\n // Проверка пути к базе данных\n if not FileExists(FConfig.DatabasePath) then\n begin\n FLogger.LogError('Файл базы данных не найден: ' + FConfig.DatabasePath);\n raise Exception.CreateFmt(\n 'Файл базы данных не найден: %s',\n [FConfig.DatabasePath]\n );\n end;\n\n // Инициализация компонентов\n Initialize;\n\n // Подключение к базе данных\n if not FConnection.Connect then\n begin\n FLogger.LogError('Не удалось подключиться к базе данных');\n raise Exception.Create('Не удалось подключиться к базе данных');\n end;\n\n try\n // Получаем список EXPORT-таблиц\n exportTables := FConnection.ListExportTables;\n try\n if exportTables.Count = 0 then\n begin\n FLogger.LogWarning(\n 'В базе данных не найдено таблиц экспорта (EXPORT1, EXPORT2, ...)'\n );\n Exit;\n end;\n\n FLogger.LogInfo(Format(\n 'Найдено таблиц экспорта: %d',\n [exportTables.Count]\n ));\n\n // Обрабатываем каждую EXPORT-таблицу\n for i := 0 to exportTables.Count - 1 do\n begin\n FLogger.LogInfo('');\n FLogger.LogInfo(Format(\n 'Обработка таблицы %d из %d',\n [i + 1, exportTables.Count]\n ));\n\n // Обработка таблицы\n tableResult := ProcessExportTable(exportTables[i]);\n\n // Добавляем результат\n Result.AddTableResult(tableResult);\n\n // В режиме остановки при ошибке прерываем обработку\n if (not tableResult.Success) and\n (FConfig.ErrorMode = emStop) then\n begin\n FLogger.LogError('Остановка обработки из-за ошибки');\n Break;\n end;\n end;\n\n finally\n exportTables.Free;\n end;\n\n finally\n FConnection.Disconnect;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка выполнения экспорта: ' + E.Message);\n raise;\n end;\n end;\n\n Result.EndTime := Now;\n\n FLogger.LogInfo('');\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo('Экспорт завершён');\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo(Result.GetSummary);\nend;\n\nend.\n",
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"old_string": " // Парсим инструкции\n instructions := FParser.Parse(ATableName, dataset);\n\n try\n FLogger.LogInfo(Format(\n 'Целевая таблица: %s, Тип данных: %s, Маппингов: %d',\n [instructions.TargetTable,\n SourceDataTypeToString(instructions.TypeData),\n instructions.ColumnMappings.Count]\n ));",
"new_string": " // Парсим инструкции\n instructions := FParser.Parse(ATableName, dataset);\n\n try\n programlog.LogOutFormatStr(\n 'uzvaccess: Целевая таблица: %s, Тип данных: %s, Маппингов: %d',\n [instructions.TargetTable,\n SourceDataTypeToString(instructions.TypeData),\n instructions.ColumnMappings.Count],\n LM_Info\n );"
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"content": "The file /tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_exporter.pas has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 272→ // Открываем управляющую таблицу EXPORT\n 273→ dataset := FConnection.OpenTable(ATableName);\n 274→\n 275→ try\n 276→ // Парсим инструкции\n 277→ instructions := FParser.Parse(ATableName, dataset);\n 278→\n 279→ try\n 280→ programlog.LogOutFormatStr(\n 281→ 'uzvaccess: Целевая таблица: %s, Тип данных: %s, Маппингов: %d',\n 282→ [instructions.TargetTable,\n 283→ SourceDataTypeToString(instructions.TypeData),\n 284→ instructions.ColumnMappings.Count],\n 285→ LM_Info\n 286→ );\n 287→\n 288→ // Выполняем экспорт\n 289→ Result := FExecutor.ExecuteExport(\n 290→ ATableName,"
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"oldString": " // Парсим инструкции\n instructions := FParser.Parse(ATableName, dataset);\n\n try\n FLogger.LogInfo(Format(\n 'Целевая таблица: %s, Тип данных: %s, Маппингов: %d',\n [instructions.TargetTable,\n SourceDataTypeToString(instructions.TypeData),\n instructions.ColumnMappings.Count]\n ));",
"newString": " // Парсим инструкции\n instructions := FParser.Parse(ATableName, dataset);\n\n try\n programlog.LogOutFormatStr(\n 'uzvaccess: Целевая таблица: %s, Тип данных: %s, Маппингов: %d',\n [instructions.TargetTable,\n SourceDataTypeToString(instructions.TypeData),\n instructions.ColumnMappings.Count],\n LM_Info\n );",
"originalFile": "{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_exporter;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, DB,\n uzvaccess_types, uzclog, uzvaccess_config,\n uzvaccess_connection, uzvaccess_parser, uzvaccess_validator,\n uzvaccess_executor, uzvaccess_source_provider;\n\ntype\n {**\n Главный класс модуля экспорта в MS Access\n\n Координирует работу всех компонентов:\n - Подключение к базе данных\n - Парсинг управляющих таблиц EXPORT\n - Получение данных из примитивов\n - Выполнение экспорта с валидацией\n **}\n TAccessExporter = class\n private\n FConfig: TExportConfig;\n FConnection: TAccessConnection;\n FParser: TExportTableParser;\n FValidator: TTypeValidator;\n FExecutor: TExportExecutor;\n FSourceProvider: IDataSourceProvider;\n FInitialized: Boolean;\n\n // Инициализация всех компонентов\n procedure Initialize;\n\n // Освобождение компонентов\n procedure Finalize;\n\n // Обработка одной EXPORT-таблицы\n function ProcessExportTable(\n const ATableName: String\n ): TExportTableResult;\n\n public\n constructor Create(AConfig: TExportConfig);\n destructor Destroy; override;\n\n // Главный метод выполнения экспорта\n function Execute(const AAccessFile: String = ''): TExportResult;\n\n // Валидация конфигурации\n function ValidateConfiguration(out AErrors: TStringList): Boolean;\n\n // Получить список EXPORT-таблиц из базы\n function GetExportTables: TStringList;\n\n property Config: TExportConfig read FConfig;\n end;\n\nimplementation\n\n{ TAccessExporter }\n\nconstructor TAccessExporter.Create(AConfig: TExportConfig);\nbegin\n FConfig := AConfig;\n FInitialized := False;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: TAccessExporter создан',\n [],\n LM_Info\n );\nend;\n\ndestructor TAccessExporter.Destroy;\nbegin\n Finalize;\n programlog.LogOutFormatStr(\n 'uzvaccess: TAccessExporter уничтожен',\n [],\n LM_Info\n );\n inherited Destroy;\nend;\n\nprocedure TAccessExporter.Initialize;\nbegin\n if FInitialized then\n Exit;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Инициализация компонентов экспортера',\n [],\n LM_Info\n );\n\n try\n // Создаём подключение\n FConnection := TAccessConnection.Create(FConfig);\n\n // Создаём парсер\n FParser := TExportTableParser.Create;\n\n // Создаём валидатор\n FValidator := TTypeValidator.Create(\n FConfig.StrictValidation,\n FConfig.AllowNullValues\n );\n\n // Создаём исполнителя\n FExecutor := TExportExecutor.Create(\n FConnection,\n FValidator,\n FConfig\n );\n\n // Создаём провайдер источника данных\n FSourceProvider := TEntitySourceProvider.Create(\n FConfig.EntityMode,\n FConfig.EntityModeParam\n );\n\n FInitialized := True;\n programlog.LogOutFormatStr(\n 'uzvaccess: Инициализация завершена успешно',\n [],\n LM_Info\n );\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка инициализации: %s',\n [E.Message],\n LM_Info\n );\n Finalize;\n raise;\n end;\n end;\nend;\n\nprocedure TAccessExporter.Finalize;\nbegin\n if not FInitialized then\n Exit;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Освобождение компонентов экспортера',\n [],\n LM_Info\n );\n\n // Освобождаем в обратном порядке\n FSourceProvider := nil;\n\n if FExecutor <> nil then\n begin\n FExecutor.Free;\n FExecutor := nil;\n end;\n\n if FValidator <> nil then\n begin\n FValidator.Free;\n FValidator := nil;\n end;\n\n if FParser <> nil then\n begin\n FParser.Free;\n FParser := nil;\n end;\n\n if FConnection <> nil then\n begin\n FConnection.Free;\n FConnection := nil;\n end;\n\n FInitialized := False;\nend;\n\nfunction TAccessExporter.ValidateConfiguration(\n out AErrors: TStringList\n): Boolean;\nbegin\n programlog.LogOutFormatStr(\n 'uzvaccess: Валидация конфигурации',\n [],\n LM_Info\n );\n\n Result := FConfig.Validate(AErrors);\n\n if not Result then\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Конфигурация содержит ошибки: %s',\n [AErrors.Text],\n LM_Info\n );\n end\n else\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Конфигурация валидна',\n [],\n LM_Info\n );\n end;\nend;\n\nfunction TAccessExporter.GetExportTables: TStringList;\nbegin\n Initialize;\n\n if not FConnection.Connect then\n raise Exception.Create('Не удалось подключиться к базе данных');\n\n Result := FConnection.ListExportTables;\nend;\n\nfunction TAccessExporter.ProcessExportTable(\n const ATableName: String\n): TExportTableResult;\nvar\n dataset: TDataSet;\n instructions: TExportInstructions;\nbegin\n programlog.LogOutFormatStr(\n 'uzvaccess: %s',\n [StringOfChar('=', 70)],\n LM_Info\n );\n programlog.LogOutFormatStr(\n 'uzvaccess: Обработка таблицы: %s',\n [ATableName],\n LM_Info\n );\n programlog.LogOutFormatStr(\n 'uzvaccess: %s',\n [StringOfChar('=', 70)],\n LM_Info\n );\n\n dataset := nil;\n instructions := nil;\n\n try\n // Открываем управляющую таблицу EXPORT\n dataset := FConnection.OpenTable(ATableName);\n\n try\n // Парсим инструкции\n instructions := FParser.Parse(ATableName, dataset);\n\n try\n FLogger.LogInfo(Format(\n 'Целевая таблица: %s, Тип данных: %s, Маппингов: %d',\n [instructions.TargetTable,\n SourceDataTypeToString(instructions.TypeData),\n instructions.ColumnMappings.Count]\n ));\n\n // Выполняем экспорт\n Result := FExecutor.ExecuteExport(\n ATableName,\n instructions,\n FSourceProvider\n );\n\n finally\n instructions.Free;\n end;\n\n finally\n dataset.Free;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка обработки таблицы %s: %s',\n [ATableName, E.Message]\n ));\n\n // Инициализируем результат с ошибкой\n Result.TableName := ATableName;\n Result.TargetTable := '';\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 1;\n Result.ErrorMessages := TStringList.Create;\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\nend;\n\nfunction TAccessExporter.Execute(const AAccessFile: String): TExportResult;\nvar\n exportTables: TStringList;\n i: Integer;\n tableResult: TExportTableResult;\n errors: TStringList;\nbegin\n Result := TExportResult.Create;\n Result.StartTime := Now;\n\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo('Начало выполнения экспорта в MS Access');\n FLogger.LogInfo(StringOfChar('=', 70));\n\n try\n // Валидация конфигурации\n if not ValidateConfiguration(errors) then\n begin\n FLogger.LogError('Ошибки конфигурации, экспорт прерван');\n errors.Free;\n Exit;\n end;\n\n errors.Free;\n\n // Установка пути к базе данных из параметра\n if AAccessFile <> '' then\n begin\n FConfig.DatabasePath := AAccessFile;\n FLogger.LogInfo('Использован файл базы: ' + AAccessFile);\n end;\n\n // Проверка пути к базе данных\n if not FileExists(FConfig.DatabasePath) then\n begin\n FLogger.LogError('Файл базы данных не найден: ' + FConfig.DatabasePath);\n raise Exception.CreateFmt(\n 'Файл базы данных не найден: %s',\n [FConfig.DatabasePath]\n );\n end;\n\n // Инициализация компонентов\n Initialize;\n\n // Подключение к базе данных\n if not FConnection.Connect then\n begin\n FLogger.LogError('Не удалось подключиться к базе данных');\n raise Exception.Create('Не удалось подключиться к базе данных');\n end;\n\n try\n // Получаем список EXPORT-таблиц\n exportTables := FConnection.ListExportTables;\n try\n if exportTables.Count = 0 then\n begin\n FLogger.LogWarning(\n 'В базе данных не найдено таблиц экспорта (EXPORT1, EXPORT2, ...)'\n );\n Exit;\n end;\n\n FLogger.LogInfo(Format(\n 'Найдено таблиц экспорта: %d',\n [exportTables.Count]\n ));\n\n // Обрабатываем каждую EXPORT-таблицу\n for i := 0 to exportTables.Count - 1 do\n begin\n FLogger.LogInfo('');\n FLogger.LogInfo(Format(\n 'Обработка таблицы %d из %d',\n [i + 1, exportTables.Count]\n ));\n\n // Обработка таблицы\n tableResult := ProcessExportTable(exportTables[i]);\n\n // Добавляем результат\n Result.AddTableResult(tableResult);\n\n // В режиме остановки при ошибке прерываем обработку\n if (not tableResult.Success) and\n (FConfig.ErrorMode = emStop) then\n begin\n FLogger.LogError('Остановка обработки из-за ошибки');\n Break;\n end;\n end;\n\n finally\n exportTables.Free;\n end;\n\n finally\n FConnection.Disconnect;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка выполнения экспорта: ' + E.Message);\n raise;\n end;\n end;\n\n Result.EndTime := Now;\n\n FLogger.LogInfo('');\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo('Экспорт завершён');\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo(Result.GetSummary);\nend;\n\nend.\n",
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"+ programlog.LogOutFormatStr(",
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" SourceDataTypeToString(instructions.TypeData),",
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"+ LM_Info",
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" // Выполняем экспорт",
" Result := FExecutor.ExecuteExport("
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"old_string": " except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка обработки таблицы %s: %s',\n [ATableName, E.Message]\n ));",
"new_string": " except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка обработки таблицы %s: %s',\n [ATableName, E.Message],\n LM_Info\n );"
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{
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"content": "The file /tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_exporter.pas has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 299→ finally\n 300→ dataset.Free;\n 301→ end;\n 302→\n 303→ except\n 304→ on E: Exception do\n 305→ begin\n 306→ programlog.LogOutFormatStr(\n 307→ 'uzvaccess: Ошибка обработки таблицы %s: %s',\n 308→ [ATableName, E.Message],\n 309→ LM_Info\n 310→ );\n 311→\n 312→ // Инициализируем результат с ошибкой\n 313→ Result.TableName := ATableName;\n 314→ Result.TargetTable := '';"
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"oldString": " except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка обработки таблицы %s: %s',\n [ATableName, E.Message]\n ));",
"newString": " except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка обработки таблицы %s: %s',\n [ATableName, E.Message],\n LM_Info\n );",
"originalFile": "{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_exporter;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, DB,\n uzvaccess_types, uzclog, uzvaccess_config,\n uzvaccess_connection, uzvaccess_parser, uzvaccess_validator,\n uzvaccess_executor, uzvaccess_source_provider;\n\ntype\n {**\n Главный класс модуля экспорта в MS Access\n\n Координирует работу всех компонентов:\n - Подключение к базе данных\n - Парсинг управляющих таблиц EXPORT\n - Получение данных из примитивов\n - Выполнение экспорта с валидацией\n **}\n TAccessExporter = class\n private\n FConfig: TExportConfig;\n FConnection: TAccessConnection;\n FParser: TExportTableParser;\n FValidator: TTypeValidator;\n FExecutor: TExportExecutor;\n FSourceProvider: IDataSourceProvider;\n FInitialized: Boolean;\n\n // Инициализация всех компонентов\n procedure Initialize;\n\n // Освобождение компонентов\n procedure Finalize;\n\n // Обработка одной EXPORT-таблицы\n function ProcessExportTable(\n const ATableName: String\n ): TExportTableResult;\n\n public\n constructor Create(AConfig: TExportConfig);\n destructor Destroy; override;\n\n // Главный метод выполнения экспорта\n function Execute(const AAccessFile: String = ''): TExportResult;\n\n // Валидация конфигурации\n function ValidateConfiguration(out AErrors: TStringList): Boolean;\n\n // Получить список EXPORT-таблиц из базы\n function GetExportTables: TStringList;\n\n property Config: TExportConfig read FConfig;\n end;\n\nimplementation\n\n{ TAccessExporter }\n\nconstructor TAccessExporter.Create(AConfig: TExportConfig);\nbegin\n FConfig := AConfig;\n FInitialized := False;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: TAccessExporter создан',\n [],\n LM_Info\n );\nend;\n\ndestructor TAccessExporter.Destroy;\nbegin\n Finalize;\n programlog.LogOutFormatStr(\n 'uzvaccess: TAccessExporter уничтожен',\n [],\n LM_Info\n );\n inherited Destroy;\nend;\n\nprocedure TAccessExporter.Initialize;\nbegin\n if FInitialized then\n Exit;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Инициализация компонентов экспортера',\n [],\n LM_Info\n );\n\n try\n // Создаём подключение\n FConnection := TAccessConnection.Create(FConfig);\n\n // Создаём парсер\n FParser := TExportTableParser.Create;\n\n // Создаём валидатор\n FValidator := TTypeValidator.Create(\n FConfig.StrictValidation,\n FConfig.AllowNullValues\n );\n\n // Создаём исполнителя\n FExecutor := TExportExecutor.Create(\n FConnection,\n FValidator,\n FConfig\n );\n\n // Создаём провайдер источника данных\n FSourceProvider := TEntitySourceProvider.Create(\n FConfig.EntityMode,\n FConfig.EntityModeParam\n );\n\n FInitialized := True;\n programlog.LogOutFormatStr(\n 'uzvaccess: Инициализация завершена успешно',\n [],\n LM_Info\n );\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка инициализации: %s',\n [E.Message],\n LM_Info\n );\n Finalize;\n raise;\n end;\n end;\nend;\n\nprocedure TAccessExporter.Finalize;\nbegin\n if not FInitialized then\n Exit;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Освобождение компонентов экспортера',\n [],\n LM_Info\n );\n\n // Освобождаем в обратном порядке\n FSourceProvider := nil;\n\n if FExecutor <> nil then\n begin\n FExecutor.Free;\n FExecutor := nil;\n end;\n\n if FValidator <> nil then\n begin\n FValidator.Free;\n FValidator := nil;\n end;\n\n if FParser <> nil then\n begin\n FParser.Free;\n FParser := nil;\n end;\n\n if FConnection <> nil then\n begin\n FConnection.Free;\n FConnection := nil;\n end;\n\n FInitialized := False;\nend;\n\nfunction TAccessExporter.ValidateConfiguration(\n out AErrors: TStringList\n): Boolean;\nbegin\n programlog.LogOutFormatStr(\n 'uzvaccess: Валидация конфигурации',\n [],\n LM_Info\n );\n\n Result := FConfig.Validate(AErrors);\n\n if not Result then\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Конфигурация содержит ошибки: %s',\n [AErrors.Text],\n LM_Info\n );\n end\n else\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Конфигурация валидна',\n [],\n LM_Info\n );\n end;\nend;\n\nfunction TAccessExporter.GetExportTables: TStringList;\nbegin\n Initialize;\n\n if not FConnection.Connect then\n raise Exception.Create('Не удалось подключиться к базе данных');\n\n Result := FConnection.ListExportTables;\nend;\n\nfunction TAccessExporter.ProcessExportTable(\n const ATableName: String\n): TExportTableResult;\nvar\n dataset: TDataSet;\n instructions: TExportInstructions;\nbegin\n programlog.LogOutFormatStr(\n 'uzvaccess: %s',\n [StringOfChar('=', 70)],\n LM_Info\n );\n programlog.LogOutFormatStr(\n 'uzvaccess: Обработка таблицы: %s',\n [ATableName],\n LM_Info\n );\n programlog.LogOutFormatStr(\n 'uzvaccess: %s',\n [StringOfChar('=', 70)],\n LM_Info\n );\n\n dataset := nil;\n instructions := nil;\n\n try\n // Открываем управляющую таблицу EXPORT\n dataset := FConnection.OpenTable(ATableName);\n\n try\n // Парсим инструкции\n instructions := FParser.Parse(ATableName, dataset);\n\n try\n programlog.LogOutFormatStr(\n 'uzvaccess: Целевая таблица: %s, Тип данных: %s, Маппингов: %d',\n [instructions.TargetTable,\n SourceDataTypeToString(instructions.TypeData),\n instructions.ColumnMappings.Count],\n LM_Info\n );\n\n // Выполняем экспорт\n Result := FExecutor.ExecuteExport(\n ATableName,\n instructions,\n FSourceProvider\n );\n\n finally\n instructions.Free;\n end;\n\n finally\n dataset.Free;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError(Format(\n 'Ошибка обработки таблицы %s: %s',\n [ATableName, E.Message]\n ));\n\n // Инициализируем результат с ошибкой\n Result.TableName := ATableName;\n Result.TargetTable := '';\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 1;\n Result.ErrorMessages := TStringList.Create;\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\nend;\n\nfunction TAccessExporter.Execute(const AAccessFile: String): TExportResult;\nvar\n exportTables: TStringList;\n i: Integer;\n tableResult: TExportTableResult;\n errors: TStringList;\nbegin\n Result := TExportResult.Create;\n Result.StartTime := Now;\n\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo('Начало выполнения экспорта в MS Access');\n FLogger.LogInfo(StringOfChar('=', 70));\n\n try\n // Валидация конфигурации\n if not ValidateConfiguration(errors) then\n begin\n FLogger.LogError('Ошибки конфигурации, экспорт прерван');\n errors.Free;\n Exit;\n end;\n\n errors.Free;\n\n // Установка пути к базе данных из параметра\n if AAccessFile <> '' then\n begin\n FConfig.DatabasePath := AAccessFile;\n FLogger.LogInfo('Использован файл базы: ' + AAccessFile);\n end;\n\n // Проверка пути к базе данных\n if not FileExists(FConfig.DatabasePath) then\n begin\n FLogger.LogError('Файл базы данных не найден: ' + FConfig.DatabasePath);\n raise Exception.CreateFmt(\n 'Файл базы данных не найден: %s',\n [FConfig.DatabasePath]\n );\n end;\n\n // Инициализация компонентов\n Initialize;\n\n // Подключение к базе данных\n if not FConnection.Connect then\n begin\n FLogger.LogError('Не удалось подключиться к базе данных');\n raise Exception.Create('Не удалось подключиться к базе данных');\n end;\n\n try\n // Получаем список EXPORT-таблиц\n exportTables := FConnection.ListExportTables;\n try\n if exportTables.Count = 0 then\n begin\n FLogger.LogWarning(\n 'В базе данных не найдено таблиц экспорта (EXPORT1, EXPORT2, ...)'\n );\n Exit;\n end;\n\n FLogger.LogInfo(Format(\n 'Найдено таблиц экспорта: %d',\n [exportTables.Count]\n ));\n\n // Обрабатываем каждую EXPORT-таблицу\n for i := 0 to exportTables.Count - 1 do\n begin\n FLogger.LogInfo('');\n FLogger.LogInfo(Format(\n 'Обработка таблицы %d из %d',\n [i + 1, exportTables.Count]\n ));\n\n // Обработка таблицы\n tableResult := ProcessExportTable(exportTables[i]);\n\n // Добавляем результат\n Result.AddTableResult(tableResult);\n\n // В режиме остановки при ошибке прерываем обработку\n if (not tableResult.Success) and\n (FConfig.ErrorMode = emStop) then\n begin\n FLogger.LogError('Остановка обработки из-за ошибки');\n Break;\n end;\n end;\n\n finally\n exportTables.Free;\n end;\n\n finally\n FConnection.Disconnect;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка выполнения экспорта: ' + E.Message);\n raise;\n end;\n end;\n\n Result.EndTime := Now;\n\n FLogger.LogInfo('');\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo('Экспорт завершён');\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo(Result.GetSummary);\nend;\n\nend.\n",
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"new_string": "function TAccessExporter.Execute(const AAccessFile: String): TExportResult;\nvar\n exportTables: TStringList;\n i: Integer;\n tableResult: TExportTableResult;\n errors: TStringList;\nbegin\n Result := TExportResult.Create;\n Result.StartTime := Now;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: %s',\n [StringOfChar('=', 70)],\n LM_Info\n );\n programlog.LogOutFormatStr(\n 'uzvaccess: Начало выполнения экспорта в MS Access',\n [],\n LM_Info\n );\n programlog.LogOutFormatStr(\n 'uzvaccess: %s',\n [StringOfChar('=', 70)],\n LM_Info\n );"
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"content": "The file /tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_exporter.pas has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 325→ end;\n 326→ end;\n 327→end;\n 328→\n 329→function TAccessExporter.Execute(const AAccessFile: String): TExportResult;\n 330→var\n 331→ exportTables: TStringList;\n 332→ i: Integer;\n 333→ tableResult: TExportTableResult;\n 334→ errors: TStringList;\n 335→begin\n 336→ Result := TExportResult.Create;\n 337→ Result.StartTime := Now;\n 338→\n 339→ programlog.LogOutFormatStr(\n 340→ 'uzvaccess: %s',\n 341→ [StringOfChar('=', 70)],\n 342→ LM_Info\n 343→ );\n 344→ programlog.LogOutFormatStr(\n 345→ 'uzvaccess: Начало выполнения экспорта в MS Access',\n 346→ [],\n 347→ LM_Info\n 348→ );\n 349→ programlog.LogOutFormatStr(\n 350→ 'uzvaccess: %s',\n 351→ [StringOfChar('=', 70)],\n 352→ LM_Info\n 353→ );\n 354→\n 355→ try\n 356→ // Валидация конфигурации\n 357→ if not ValidateConfiguration(errors) then"
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"oldString": "function TAccessExporter.Execute(const AAccessFile: String): TExportResult;\nvar\n exportTables: TStringList;\n i: Integer;\n tableResult: TExportTableResult;\n errors: TStringList;\nbegin\n Result := TExportResult.Create;\n Result.StartTime := Now;\n\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo('Начало выполнения экспорта в MS Access');\n FLogger.LogInfo(StringOfChar('=', 70));",
"newString": "function TAccessExporter.Execute(const AAccessFile: String): TExportResult;\nvar\n exportTables: TStringList;\n i: Integer;\n tableResult: TExportTableResult;\n errors: TStringList;\nbegin\n Result := TExportResult.Create;\n Result.StartTime := Now;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: %s',\n [StringOfChar('=', 70)],\n LM_Info\n );\n programlog.LogOutFormatStr(\n 'uzvaccess: Начало выполнения экспорта в MS Access',\n [],\n LM_Info\n );\n programlog.LogOutFormatStr(\n 'uzvaccess: %s',\n [StringOfChar('=', 70)],\n LM_Info\n );",
"originalFile": "{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_exporter;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, DB,\n uzvaccess_types, uzclog, uzvaccess_config,\n uzvaccess_connection, uzvaccess_parser, uzvaccess_validator,\n uzvaccess_executor, uzvaccess_source_provider;\n\ntype\n {**\n Главный класс модуля экспорта в MS Access\n\n Координирует работу всех компонентов:\n - Подключение к базе данных\n - Парсинг управляющих таблиц EXPORT\n - Получение данных из примитивов\n - Выполнение экспорта с валидацией\n **}\n TAccessExporter = class\n private\n FConfig: TExportConfig;\n FConnection: TAccessConnection;\n FParser: TExportTableParser;\n FValidator: TTypeValidator;\n FExecutor: TExportExecutor;\n FSourceProvider: IDataSourceProvider;\n FInitialized: Boolean;\n\n // Инициализация всех компонентов\n procedure Initialize;\n\n // Освобождение компонентов\n procedure Finalize;\n\n // Обработка одной EXPORT-таблицы\n function ProcessExportTable(\n const ATableName: String\n ): TExportTableResult;\n\n public\n constructor Create(AConfig: TExportConfig);\n destructor Destroy; override;\n\n // Главный метод выполнения экспорта\n function Execute(const AAccessFile: String = ''): TExportResult;\n\n // Валидация конфигурации\n function ValidateConfiguration(out AErrors: TStringList): Boolean;\n\n // Получить список EXPORT-таблиц из базы\n function GetExportTables: TStringList;\n\n property Config: TExportConfig read FConfig;\n end;\n\nimplementation\n\n{ TAccessExporter }\n\nconstructor TAccessExporter.Create(AConfig: TExportConfig);\nbegin\n FConfig := AConfig;\n FInitialized := False;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: TAccessExporter создан',\n [],\n LM_Info\n );\nend;\n\ndestructor TAccessExporter.Destroy;\nbegin\n Finalize;\n programlog.LogOutFormatStr(\n 'uzvaccess: TAccessExporter уничтожен',\n [],\n LM_Info\n );\n inherited Destroy;\nend;\n\nprocedure TAccessExporter.Initialize;\nbegin\n if FInitialized then\n Exit;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Инициализация компонентов экспортера',\n [],\n LM_Info\n );\n\n try\n // Создаём подключение\n FConnection := TAccessConnection.Create(FConfig);\n\n // Создаём парсер\n FParser := TExportTableParser.Create;\n\n // Создаём валидатор\n FValidator := TTypeValidator.Create(\n FConfig.StrictValidation,\n FConfig.AllowNullValues\n );\n\n // Создаём исполнителя\n FExecutor := TExportExecutor.Create(\n FConnection,\n FValidator,\n FConfig\n );\n\n // Создаём провайдер источника данных\n FSourceProvider := TEntitySourceProvider.Create(\n FConfig.EntityMode,\n FConfig.EntityModeParam\n );\n\n FInitialized := True;\n programlog.LogOutFormatStr(\n 'uzvaccess: Инициализация завершена успешно',\n [],\n LM_Info\n );\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка инициализации: %s',\n [E.Message],\n LM_Info\n );\n Finalize;\n raise;\n end;\n end;\nend;\n\nprocedure TAccessExporter.Finalize;\nbegin\n if not FInitialized then\n Exit;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Освобождение компонентов экспортера',\n [],\n LM_Info\n );\n\n // Освобождаем в обратном порядке\n FSourceProvider := nil;\n\n if FExecutor <> nil then\n begin\n FExecutor.Free;\n FExecutor := nil;\n end;\n\n if FValidator <> nil then\n begin\n FValidator.Free;\n FValidator := nil;\n end;\n\n if FParser <> nil then\n begin\n FParser.Free;\n FParser := nil;\n end;\n\n if FConnection <> nil then\n begin\n FConnection.Free;\n FConnection := nil;\n end;\n\n FInitialized := False;\nend;\n\nfunction TAccessExporter.ValidateConfiguration(\n out AErrors: TStringList\n): Boolean;\nbegin\n programlog.LogOutFormatStr(\n 'uzvaccess: Валидация конфигурации',\n [],\n LM_Info\n );\n\n Result := FConfig.Validate(AErrors);\n\n if not Result then\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Конфигурация содержит ошибки: %s',\n [AErrors.Text],\n LM_Info\n );\n end\n else\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Конфигурация валидна',\n [],\n LM_Info\n );\n end;\nend;\n\nfunction TAccessExporter.GetExportTables: TStringList;\nbegin\n Initialize;\n\n if not FConnection.Connect then\n raise Exception.Create('Не удалось подключиться к базе данных');\n\n Result := FConnection.ListExportTables;\nend;\n\nfunction TAccessExporter.ProcessExportTable(\n const ATableName: String\n): TExportTableResult;\nvar\n dataset: TDataSet;\n instructions: TExportInstructions;\nbegin\n programlog.LogOutFormatStr(\n 'uzvaccess: %s',\n [StringOfChar('=', 70)],\n LM_Info\n );\n programlog.LogOutFormatStr(\n 'uzvaccess: Обработка таблицы: %s',\n [ATableName],\n LM_Info\n );\n programlog.LogOutFormatStr(\n 'uzvaccess: %s',\n [StringOfChar('=', 70)],\n LM_Info\n );\n\n dataset := nil;\n instructions := nil;\n\n try\n // Открываем управляющую таблицу EXPORT\n dataset := FConnection.OpenTable(ATableName);\n\n try\n // Парсим инструкции\n instructions := FParser.Parse(ATableName, dataset);\n\n try\n programlog.LogOutFormatStr(\n 'uzvaccess: Целевая таблица: %s, Тип данных: %s, Маппингов: %d',\n [instructions.TargetTable,\n SourceDataTypeToString(instructions.TypeData),\n instructions.ColumnMappings.Count],\n LM_Info\n );\n\n // Выполняем экспорт\n Result := FExecutor.ExecuteExport(\n ATableName,\n instructions,\n FSourceProvider\n );\n\n finally\n instructions.Free;\n end;\n\n finally\n dataset.Free;\n end;\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка обработки таблицы %s: %s',\n [ATableName, E.Message],\n LM_Info\n );\n\n // Инициализируем результат с ошибкой\n Result.TableName := ATableName;\n Result.TargetTable := '';\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 1;\n Result.ErrorMessages := TStringList.Create;\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\nend;\n\nfunction TAccessExporter.Execute(const AAccessFile: String): TExportResult;\nvar\n exportTables: TStringList;\n i: Integer;\n tableResult: TExportTableResult;\n errors: TStringList;\nbegin\n Result := TExportResult.Create;\n Result.StartTime := Now;\n\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo('Начало выполнения экспорта в MS Access');\n FLogger.LogInfo(StringOfChar('=', 70));\n\n try\n // Валидация конфигурации\n if not ValidateConfiguration(errors) then\n begin\n FLogger.LogError('Ошибки конфигурации, экспорт прерван');\n errors.Free;\n Exit;\n end;\n\n errors.Free;\n\n // Установка пути к базе данных из параметра\n if AAccessFile <> '' then\n begin\n FConfig.DatabasePath := AAccessFile;\n FLogger.LogInfo('Использован файл базы: ' + AAccessFile);\n end;\n\n // Проверка пути к базе данных\n if not FileExists(FConfig.DatabasePath) then\n begin\n FLogger.LogError('Файл базы данных не найден: ' + FConfig.DatabasePath);\n raise Exception.CreateFmt(\n 'Файл базы данных не найден: %s',\n [FConfig.DatabasePath]\n );\n end;\n\n // Инициализация компонентов\n Initialize;\n\n // Подключение к базе данных\n if not FConnection.Connect then\n begin\n FLogger.LogError('Не удалось подключиться к базе данных');\n raise Exception.Create('Не удалось подключиться к базе данных');\n end;\n\n try\n // Получаем список EXPORT-таблиц\n exportTables := FConnection.ListExportTables;\n try\n if exportTables.Count = 0 then\n begin\n FLogger.LogWarning(\n 'В базе данных не найдено таблиц экспорта (EXPORT1, EXPORT2, ...)'\n );\n Exit;\n end;\n\n FLogger.LogInfo(Format(\n 'Найдено таблиц экспорта: %d',\n [exportTables.Count]\n ));\n\n // Обрабатываем каждую EXPORT-таблицу\n for i := 0 to exportTables.Count - 1 do\n begin\n FLogger.LogInfo('');\n FLogger.LogInfo(Format(\n 'Обработка таблицы %d из %d',\n [i + 1, exportTables.Count]\n ));\n\n // Обработка таблицы\n tableResult := ProcessExportTable(exportTables[i]);\n\n // Добавляем результат\n Result.AddTableResult(tableResult);\n\n // В режиме остановки при ошибке прерываем обработку\n if (not tableResult.Success) and\n (FConfig.ErrorMode = emStop) then\n begin\n FLogger.LogError('Остановка обработки из-за ошибки');\n Break;\n end;\n end;\n\n finally\n exportTables.Free;\n end;\n\n finally\n FConnection.Disconnect;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка выполнения экспорта: ' + E.Message);\n raise;\n end;\n end;\n\n Result.EndTime := Now;\n\n FLogger.LogInfo('');\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo('Экспорт завершён');\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo(Result.GetSummary);\nend;\n\nend.\n",
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"new_string": " // Валидация конфигурации\n if not ValidateConfiguration(errors) then\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибки конфигурации, экспорт прерван',\n [],\n LM_Info\n );\n errors.Free;\n Exit;\n end;"
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"content": "The file /tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_exporter.pas has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 352→ LM_Info\n 353→ );\n 354→\n 355→ try\n 356→ // Валидация конфигурации\n 357→ if not ValidateConfiguration(errors) then\n 358→ begin\n 359→ programlog.LogOutFormatStr(\n 360→ 'uzvaccess: Ошибки конфигурации, экспорт прерван',\n 361→ [],\n 362→ LM_Info\n 363→ );\n 364→ errors.Free;\n 365→ Exit;\n 366→ end;\n 367→\n 368→ errors.Free;\n 369→\n 370→ // Установка пути к базе данных из параметра"
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"oldString": " // Валидация конфигурации\n if not ValidateConfiguration(errors) then\n begin\n FLogger.LogError('Ошибки конфигурации, экспорт прерван');\n errors.Free;\n Exit;\n end;",
"newString": " // Валидация конфигурации\n if not ValidateConfiguration(errors) then\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибки конфигурации, экспорт прерван',\n [],\n LM_Info\n );\n errors.Free;\n Exit;\n end;",
"originalFile": "{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_exporter;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, DB,\n uzvaccess_types, uzclog, uzvaccess_config,\n uzvaccess_connection, uzvaccess_parser, uzvaccess_validator,\n uzvaccess_executor, uzvaccess_source_provider;\n\ntype\n {**\n Главный класс модуля экспорта в MS Access\n\n Координирует работу всех компонентов:\n - Подключение к базе данных\n - Парсинг управляющих таблиц EXPORT\n - Получение данных из примитивов\n - Выполнение экспорта с валидацией\n **}\n TAccessExporter = class\n private\n FConfig: TExportConfig;\n FConnection: TAccessConnection;\n FParser: TExportTableParser;\n FValidator: TTypeValidator;\n FExecutor: TExportExecutor;\n FSourceProvider: IDataSourceProvider;\n FInitialized: Boolean;\n\n // Инициализация всех компонентов\n procedure Initialize;\n\n // Освобождение компонентов\n procedure Finalize;\n\n // Обработка одной EXPORT-таблицы\n function ProcessExportTable(\n const ATableName: String\n ): TExportTableResult;\n\n public\n constructor Create(AConfig: TExportConfig);\n destructor Destroy; override;\n\n // Главный метод выполнения экспорта\n function Execute(const AAccessFile: String = ''): TExportResult;\n\n // Валидация конфигурации\n function ValidateConfiguration(out AErrors: TStringList): Boolean;\n\n // Получить список EXPORT-таблиц из базы\n function GetExportTables: TStringList;\n\n property Config: TExportConfig read FConfig;\n end;\n\nimplementation\n\n{ TAccessExporter }\n\nconstructor TAccessExporter.Create(AConfig: TExportConfig);\nbegin\n FConfig := AConfig;\n FInitialized := False;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: TAccessExporter создан',\n [],\n LM_Info\n );\nend;\n\ndestructor TAccessExporter.Destroy;\nbegin\n Finalize;\n programlog.LogOutFormatStr(\n 'uzvaccess: TAccessExporter уничтожен',\n [],\n LM_Info\n );\n inherited Destroy;\nend;\n\nprocedure TAccessExporter.Initialize;\nbegin\n if FInitialized then\n Exit;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Инициализация компонентов экспортера',\n [],\n LM_Info\n );\n\n try\n // Создаём подключение\n FConnection := TAccessConnection.Create(FConfig);\n\n // Создаём парсер\n FParser := TExportTableParser.Create;\n\n // Создаём валидатор\n FValidator := TTypeValidator.Create(\n FConfig.StrictValidation,\n FConfig.AllowNullValues\n );\n\n // Создаём исполнителя\n FExecutor := TExportExecutor.Create(\n FConnection,\n FValidator,\n FConfig\n );\n\n // Создаём провайдер источника данных\n FSourceProvider := TEntitySourceProvider.Create(\n FConfig.EntityMode,\n FConfig.EntityModeParam\n );\n\n FInitialized := True;\n programlog.LogOutFormatStr(\n 'uzvaccess: Инициализация завершена успешно',\n [],\n LM_Info\n );\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка инициализации: %s',\n [E.Message],\n LM_Info\n );\n Finalize;\n raise;\n end;\n end;\nend;\n\nprocedure TAccessExporter.Finalize;\nbegin\n if not FInitialized then\n Exit;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Освобождение компонентов экспортера',\n [],\n LM_Info\n );\n\n // Освобождаем в обратном порядке\n FSourceProvider := nil;\n\n if FExecutor <> nil then\n begin\n FExecutor.Free;\n FExecutor := nil;\n end;\n\n if FValidator <> nil then\n begin\n FValidator.Free;\n FValidator := nil;\n end;\n\n if FParser <> nil then\n begin\n FParser.Free;\n FParser := nil;\n end;\n\n if FConnection <> nil then\n begin\n FConnection.Free;\n FConnection := nil;\n end;\n\n FInitialized := False;\nend;\n\nfunction TAccessExporter.ValidateConfiguration(\n out AErrors: TStringList\n): Boolean;\nbegin\n programlog.LogOutFormatStr(\n 'uzvaccess: Валидация конфигурации',\n [],\n LM_Info\n );\n\n Result := FConfig.Validate(AErrors);\n\n if not Result then\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Конфигурация содержит ошибки: %s',\n [AErrors.Text],\n LM_Info\n );\n end\n else\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Конфигурация валидна',\n [],\n LM_Info\n );\n end;\nend;\n\nfunction TAccessExporter.GetExportTables: TStringList;\nbegin\n Initialize;\n\n if not FConnection.Connect then\n raise Exception.Create('Не удалось подключиться к базе данных');\n\n Result := FConnection.ListExportTables;\nend;\n\nfunction TAccessExporter.ProcessExportTable(\n const ATableName: String\n): TExportTableResult;\nvar\n dataset: TDataSet;\n instructions: TExportInstructions;\nbegin\n programlog.LogOutFormatStr(\n 'uzvaccess: %s',\n [StringOfChar('=', 70)],\n LM_Info\n );\n programlog.LogOutFormatStr(\n 'uzvaccess: Обработка таблицы: %s',\n [ATableName],\n LM_Info\n );\n programlog.LogOutFormatStr(\n 'uzvaccess: %s',\n [StringOfChar('=', 70)],\n LM_Info\n );\n\n dataset := nil;\n instructions := nil;\n\n try\n // Открываем управляющую таблицу EXPORT\n dataset := FConnection.OpenTable(ATableName);\n\n try\n // Парсим инструкции\n instructions := FParser.Parse(ATableName, dataset);\n\n try\n programlog.LogOutFormatStr(\n 'uzvaccess: Целевая таблица: %s, Тип данных: %s, Маппингов: %d',\n [instructions.TargetTable,\n SourceDataTypeToString(instructions.TypeData),\n instructions.ColumnMappings.Count],\n LM_Info\n );\n\n // Выполняем экспорт\n Result := FExecutor.ExecuteExport(\n ATableName,\n instructions,\n FSourceProvider\n );\n\n finally\n instructions.Free;\n end;\n\n finally\n dataset.Free;\n end;\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка обработки таблицы %s: %s',\n [ATableName, E.Message],\n LM_Info\n );\n\n // Инициализируем результат с ошибкой\n Result.TableName := ATableName;\n Result.TargetTable := '';\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 1;\n Result.ErrorMessages := TStringList.Create;\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\nend;\n\nfunction TAccessExporter.Execute(const AAccessFile: String): TExportResult;\nvar\n exportTables: TStringList;\n i: Integer;\n tableResult: TExportTableResult;\n errors: TStringList;\nbegin\n Result := TExportResult.Create;\n Result.StartTime := Now;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: %s',\n [StringOfChar('=', 70)],\n LM_Info\n );\n programlog.LogOutFormatStr(\n 'uzvaccess: Начало выполнения экспорта в MS Access',\n [],\n LM_Info\n );\n programlog.LogOutFormatStr(\n 'uzvaccess: %s',\n [StringOfChar('=', 70)],\n LM_Info\n );\n\n try\n // Валидация конфигурации\n if not ValidateConfiguration(errors) then\n begin\n FLogger.LogError('Ошибки конфигурации, экспорт прерван');\n errors.Free;\n Exit;\n end;\n\n errors.Free;\n\n // Установка пути к базе данных из параметра\n if AAccessFile <> '' then\n begin\n FConfig.DatabasePath := AAccessFile;\n FLogger.LogInfo('Использован файл базы: ' + AAccessFile);\n end;\n\n // Проверка пути к базе данных\n if not FileExists(FConfig.DatabasePath) then\n begin\n FLogger.LogError('Файл базы данных не найден: ' + FConfig.DatabasePath);\n raise Exception.CreateFmt(\n 'Файл базы данных не найден: %s',\n [FConfig.DatabasePath]\n );\n end;\n\n // Инициализация компонентов\n Initialize;\n\n // Подключение к базе данных\n if not FConnection.Connect then\n begin\n FLogger.LogError('Не удалось подключиться к базе данных');\n raise Exception.Create('Не удалось подключиться к базе данных');\n end;\n\n try\n // Получаем список EXPORT-таблиц\n exportTables := FConnection.ListExportTables;\n try\n if exportTables.Count = 0 then\n begin\n FLogger.LogWarning(\n 'В базе данных не найдено таблиц экспорта (EXPORT1, EXPORT2, ...)'\n );\n Exit;\n end;\n\n FLogger.LogInfo(Format(\n 'Найдено таблиц экспорта: %d',\n [exportTables.Count]\n ));\n\n // Обрабатываем каждую EXPORT-таблицу\n for i := 0 to exportTables.Count - 1 do\n begin\n FLogger.LogInfo('');\n FLogger.LogInfo(Format(\n 'Обработка таблицы %d из %d',\n [i + 1, exportTables.Count]\n ));\n\n // Обработка таблицы\n tableResult := ProcessExportTable(exportTables[i]);\n\n // Добавляем результат\n Result.AddTableResult(tableResult);\n\n // В режиме остановки при ошибке прерываем обработку\n if (not tableResult.Success) and\n (FConfig.ErrorMode = emStop) then\n begin\n FLogger.LogError('Остановка обработки из-за ошибки');\n Break;\n end;\n end;\n\n finally\n exportTables.Free;\n end;\n\n finally\n FConnection.Disconnect;\n end;\n\n except\n on E: Exception do\n begin\n FLogger.LogError('Критическая ошибка выполнения экспорта: ' + E.Message);\n raise;\n end;\n end;\n\n Result.EndTime := Now;\n\n FLogger.LogInfo('');\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo('Экспорт завершён');\n FLogger.LogInfo(StringOfChar('=', 70));\n FLogger.LogInfo(Result.GetSummary);\nend;\n\nend.\n",
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"+ programlog.LogOutFormatStr(",
"+ 'uzvaccess: Ошибки конфигурации, экспорт прерван',",
"+ [],",
"+ LM_Info",
"+ );",
" errors.Free;",
" Exit;",
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[2025-12-07T21:00:02.533Z] [INFO] {
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{
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"file_path": "/tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_exporter.pas",
"old_string": " // Установка пути к базе данных из параметра\n if AAccessFile <> '' then\n begin\n FConfig.DatabasePath := AAccessFile;\n FLogger.LogInfo('Использован файл базы: ' + AAccessFile);\n end;\n\n // Проверка пути к базе данных\n if not FileExists(FConfig.DatabasePath) then\n begin\n FLogger.LogError('Файл базы данных не найден: ' + FConfig.DatabasePath);\n raise Exception.CreateFmt(\n 'Файл базы данных не найден: %s',\n [FConfig.DatabasePath]\n );\n end;",
"new_string": " // Установка пути к базе данных из параметра\n if AAccessFile <> '' then\n begin\n FConfig.DatabasePath := AAccessFile;\n programlog.LogOutFormatStr(\n 'uzvaccess: Использован файл базы: %s',\n [AAccessFile],\n LM_Info\n );\n end;\n\n // Проверка пути к базе данных\n if not FileExists(FConfig.DatabasePath) then\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Файл базы данных не найден: %s',\n [FConfig.DatabasePath],\n LM_Info\n );\n raise Exception.CreateFmt(\n 'Файл базы данных не найден: %s',\n [FConfig.DatabasePath]\n );\n end;"
}
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"session_id": "7192dade-a10f-4ccc-940d-5bff967d4d15",
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[2025-12-07T21:00:02.613Z] [INFO] {
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{
"tool_use_id": "toolu_01XbozHqmMtVTBST716gu2dh",
"type": "tool_result",
"content": "The file /tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_exporter.pas has been updated. Here's the result of running `cat -n` on a snippet of the edited file:\n 366→ end;\n 367→\n 368→ errors.Free;\n 369→\n 370→ // Установка пути к базе данных из параметра\n 371→ if AAccessFile <> '' then\n 372→ begin\n 373→ FConfig.DatabasePath := AAccessFile;\n 374→ programlog.LogOutFormatStr(\n 375→ 'uzvaccess: Использован файл базы: %s',\n 376→ [AAccessFile],\n 377→ LM_Info\n 378→ );\n 379→ end;\n 380→\n 381→ // Проверка пути к базе данных\n 382→ if not FileExists(FConfig.DatabasePath) then\n 383→ begin\n 384→ programlog.LogOutFormatStr(\n 385→ 'uzvaccess: Файл базы данных не найден: %s',\n 386→ [FConfig.DatabasePath],\n 387→ LM_Info\n 388→ );\n 389→ raise Exception.CreateFmt(\n 390→ 'Файл базы данных не найден: %s',\n 391→ [FConfig.DatabasePath]\n 392→ );\n 393→ end;\n 394→\n 395→ // Инициализация компонентов\n 396→ Initialize;\n 397→"
}
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},
"parent_tool_use_id": null,
"session_id": "7192dade-a10f-4ccc-940d-5bff967d4d15",
"uuid": "2e785377-c9a7-4027-9bc1-db48e3b4ef5f",
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"filePath": "/tmp/gh-issue-solver-1765140901415/cad_source/zcad/velec/uzvaccess/uzvaccess_exporter.pas",
"oldString": " // Установка пути к базе данных из параметра\n if AAccessFile <> '' then\n begin\n FConfig.DatabasePath := AAccessFile;\n FLogger.LogInfo('Использован файл базы: ' + AAccessFile);\n end;\n\n // Проверка пути к базе данных\n if not FileExists(FConfig.DatabasePath) then\n begin\n FLogger.LogError('Файл базы данных не найден: ' + FConfig.DatabasePath);\n raise Exception.CreateFmt(\n 'Файл базы данных не найден: %s',\n [FConfig.DatabasePath]\n );\n end;",
"newString": " // Установка пути к базе данных из параметра\n if AAccessFile <> '' then\n begin\n FConfig.DatabasePath := AAccessFile;\n programlog.LogOutFormatStr(\n 'uzvaccess: Использован файл базы: %s',\n [AAccessFile],\n LM_Info\n );\n end;\n\n // Проверка пути к базе данных\n if not FileExists(FConfig.DatabasePath) then\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Файл базы данных не найден: %s',\n [FConfig.DatabasePath],\n LM_Info\n );\n raise Exception.CreateFmt(\n 'Файл базы данных не найден: %s',\n [FConfig.DatabasePath]\n );\n end;",
"originalFile": "{\n*****************************************************************************\n* *\n* This file is part of the ZCAD *\n* *\n* See the file COPYING.txt, included in this distribution, *\n* for details about the copyright. *\n* *\n* This program is distributed in the hope that it will be useful, *\n* but WITHOUT ANY WARRANTY; without even the implied warranty of *\n* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. *\n* *\n*****************************************************************************\n}\n{\n@author(Vladimir Bobrov)\n}\n{$mode objfpc}{$H+}\n\nunit uzvaccess_exporter;\n\n{$INCLUDE zengineconfig.inc}\n\ninterface\n\nuses\n SysUtils, Classes, DB,\n uzvaccess_types, uzclog, uzvaccess_config,\n uzvaccess_connection, uzvaccess_parser, uzvaccess_validator,\n uzvaccess_executor, uzvaccess_source_provider;\n\ntype\n {**\n Главный класс модуля экспорта в MS Access\n\n Координирует работу всех компонентов:\n - Подключение к базе данных\n - Парсинг управляющих таблиц EXPORT\n - Получение данных из примитивов\n - Выполнение экспорта с валидацией\n **}\n TAccessExporter = class\n private\n FConfig: TExportConfig;\n FConnection: TAccessConnection;\n FParser: TExportTableParser;\n FValidator: TTypeValidator;\n FExecutor: TExportExecutor;\n FSourceProvider: IDataSourceProvider;\n FInitialized: Boolean;\n\n // Инициализация всех компонентов\n procedure Initialize;\n\n // Освобождение компонентов\n procedure Finalize;\n\n // Обработка одной EXPORT-таблицы\n function ProcessExportTable(\n const ATableName: String\n ): TExportTableResult;\n\n public\n constructor Create(AConfig: TExportConfig);\n destructor Destroy; override;\n\n // Главный метод выполнения экспорта\n function Execute(const AAccessFile: String = ''): TExportResult;\n\n // Валидация конфигурации\n function ValidateConfiguration(out AErrors: TStringList): Boolean;\n\n // Получить список EXPORT-таблиц из базы\n function GetExportTables: TStringList;\n\n property Config: TExportConfig read FConfig;\n end;\n\nimplementation\n\n{ TAccessExporter }\n\nconstructor TAccessExporter.Create(AConfig: TExportConfig);\nbegin\n FConfig := AConfig;\n FInitialized := False;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: TAccessExporter создан',\n [],\n LM_Info\n );\nend;\n\ndestructor TAccessExporter.Destroy;\nbegin\n Finalize;\n programlog.LogOutFormatStr(\n 'uzvaccess: TAccessExporter уничтожен',\n [],\n LM_Info\n );\n inherited Destroy;\nend;\n\nprocedure TAccessExporter.Initialize;\nbegin\n if FInitialized then\n Exit;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Инициализация компонентов экспортера',\n [],\n LM_Info\n );\n\n try\n // Создаём подключение\n FConnection := TAccessConnection.Create(FConfig);\n\n // Создаём парсер\n FParser := TExportTableParser.Create;\n\n // Создаём валидатор\n FValidator := TTypeValidator.Create(\n FConfig.StrictValidation,\n FConfig.AllowNullValues\n );\n\n // Создаём исполнителя\n FExecutor := TExportExecutor.Create(\n FConnection,\n FValidator,\n FConfig\n );\n\n // Создаём провайдер источника данных\n FSourceProvider := TEntitySourceProvider.Create(\n FConfig.EntityMode,\n FConfig.EntityModeParam\n );\n\n FInitialized := True;\n programlog.LogOutFormatStr(\n 'uzvaccess: Инициализация завершена успешно',\n [],\n LM_Info\n );\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка инициализации: %s',\n [E.Message],\n LM_Info\n );\n Finalize;\n raise;\n end;\n end;\nend;\n\nprocedure TAccessExporter.Finalize;\nbegin\n if not FInitialized then\n Exit;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: Освобождение компонентов экспортера',\n [],\n LM_Info\n );\n\n // Освобождаем в обратном порядке\n FSourceProvider := nil;\n\n if FExecutor <> nil then\n begin\n FExecutor.Free;\n FExecutor := nil;\n end;\n\n if FValidator <> nil then\n begin\n FValidator.Free;\n FValidator := nil;\n end;\n\n if FParser <> nil then\n begin\n FParser.Free;\n FParser := nil;\n end;\n\n if FConnection <> nil then\n begin\n FConnection.Free;\n FConnection := nil;\n end;\n\n FInitialized := False;\nend;\n\nfunction TAccessExporter.ValidateConfiguration(\n out AErrors: TStringList\n): Boolean;\nbegin\n programlog.LogOutFormatStr(\n 'uzvaccess: Валидация конфигурации',\n [],\n LM_Info\n );\n\n Result := FConfig.Validate(AErrors);\n\n if not Result then\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Конфигурация содержит ошибки: %s',\n [AErrors.Text],\n LM_Info\n );\n end\n else\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Конфигурация валидна',\n [],\n LM_Info\n );\n end;\nend;\n\nfunction TAccessExporter.GetExportTables: TStringList;\nbegin\n Initialize;\n\n if not FConnection.Connect then\n raise Exception.Create('Не удалось подключиться к базе данных');\n\n Result := FConnection.ListExportTables;\nend;\n\nfunction TAccessExporter.ProcessExportTable(\n const ATableName: String\n): TExportTableResult;\nvar\n dataset: TDataSet;\n instructions: TExportInstructions;\nbegin\n programlog.LogOutFormatStr(\n 'uzvaccess: %s',\n [StringOfChar('=', 70)],\n LM_Info\n );\n programlog.LogOutFormatStr(\n 'uzvaccess: Обработка таблицы: %s',\n [ATableName],\n LM_Info\n );\n programlog.LogOutFormatStr(\n 'uzvaccess: %s',\n [StringOfChar('=', 70)],\n LM_Info\n );\n\n dataset := nil;\n instructions := nil;\n\n try\n // Открываем управляющую таблицу EXPORT\n dataset := FConnection.OpenTable(ATableName);\n\n try\n // Парсим инструкции\n instructions := FParser.Parse(ATableName, dataset);\n\n try\n programlog.LogOutFormatStr(\n 'uzvaccess: Целевая таблица: %s, Тип данных: %s, Маппингов: %d',\n [instructions.TargetTable,\n SourceDataTypeToString(instructions.TypeData),\n instructions.ColumnMappings.Count],\n LM_Info\n );\n\n // Выполняем экспорт\n Result := FExecutor.ExecuteExport(\n ATableName,\n instructions,\n FSourceProvider\n );\n\n finally\n instructions.Free;\n end;\n\n finally\n dataset.Free;\n end;\n\n except\n on E: Exception do\n begin\n programlog.LogOutFormatStr(\n 'uzvaccess: Ошибка обработки таблицы %s: %s',\n [ATableName, E.Message],\n LM_Info\n );\n\n // Инициализируем результат с ошибкой\n Result.TableName := ATableName;\n Result.TargetTable := '';\n Result.RowsProcessed := 0;\n Result.RowsInserted := 0;\n Result.RowsUpdated := 0;\n Result.ErrorCount := 1;\n Result.ErrorMessages := TStringList.Create;\n Result.ErrorMessages.Add(E.Message);\n Result.Success := False;\n\n if FConfig.ErrorMode = emStop then\n raise;\n end;\n end;\nend;\n\nfunction TAccessExporter.Execute(const AAccessFile: String): TExportResult;\nvar\n exportTables: TStringList;\n i: Integer;\n tableResult: TExportTableResult;\n errors: TStringList;\nbegin\n Result := TExportResult.Create;\n Result.StartTime := Now;\n\n programlog.LogOutFormatStr(\n 'uzvaccess: %s',\n [StringOfChar('=', 70)],\n LM_Info\n );\n programlog.LogOutFormatStr(\n 'uzvaccess: Начало выполнения экспорта в MS Access',\n [],\n LM_Info\n );\n programlog.LogOutFormatStr(\n 'uzvaccess: %s',\n [StringOfChar('=', 70)],\n LM_Info\n );\n\n try\n // Валидация конфигурации\n if not ValidateConfiguration(errors) then\n begin\n programl
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