On my Windows 10 machine (10GbE wired, WSL2 Ubuntu), WSL2 networking was orders of magnitude slower than native Windows (KB/s–low MB/s in WSL vs full line rate in Windows).
The root cause turned out to be offload features on the WSL virtual NIC and the physical 10GbE adapter. Disabling them restored normal speeds.
10.0.19045.64662.6.3.0
| { | |
| "jsonGraph": { | |
| "videos": { | |
| "80988062": { | |
| "interactiveVideoMoments": { | |
| "$type": "atom", | |
| "$size": 272836, | |
| "value": { | |
| "type": "bandersnatch", | |
| "choicePointNavigatorMetadata": { |
| const argv = require('minimist')(process.argv.slice(2)); | |
| const stats = require('./sass-colors'); | |
| const readline = require('readline'); | |
| const fs = require('fs'); | |
| const rl = readline.createInterface({ | |
| input: fs.createReadStream(argv.f), | |
| console: false, | |
| }); |
We'll be using itermocil to aid the creation process.
Simply follow the installation process in the itermocil repo (best way to install is brew, which we already have)
Create a folder .itermocil in your home folder
itermocil uses a yaml based configuration file. The filename is the key to trigger the iterm creation process. E.g the w99.yml would be instantiated with itermocil w99
| /* | |
| Task: | |
| - request all files asynchronously | |
| - print them out in order of file1 > file2 > file3 | |
| - print result as soon as it returns | |
| - after all done, print "Completed!" | |
| - only rely on promise without any promise helper (i.e Promise.all) | |
| */ | |
| // ======= implementation 1 ======== // |
| const fs = require('fs'); | |
| const cache = {}; | |
| function zalgoRead(filename, cb) { | |
| const file = cache[filename]; | |
| if (typeof file !== 'undefined') { | |
| console.log('reading from cache'); | |
| cb(null, file); | |
| return |
| class LinkedList { | |
| constructor(head=null) { | |
| this.head = head; | |
| this.count = 0; | |
| } | |
| add (newData) { | |
| // create node | |
| // reference previous node to new node | |
| let temp = new Node(null, newData); | |
| let current = this.head; |
| function printPrime (num) { | |
| for (let counter = 1; counter <= num; counter++) { | |
| let prime = true; | |
| for (let j = 2; j <= counter; j++) { | |
| // if it can modus without remainder and it's not it self, means it's not prime | |
| if (counter % j === 0 && counter !== j) { | |
| prime = false; | |
| } | |
| } | |
| if (prime) { |
| function checkstring(str) { | |
| let pointer = 0; | |
| let len = str.length | |
| let smileCount = 0 | |
| let smileyBank = [] | |
| while (pointer < len - 1) { | |
| const currentSymbol = str[pointer] | |
| const nextSymbol = str[pointer + 1] | |
| if (currentSymbol === ":") { | |
| console.log(currentSymbol, nextSymbol) |
| function balanced(str) { | |
| const stack = [] | |
| let top; | |
| for (let i = 0; i < str.length; i++) { | |
| const char = str[i] | |
| if (char === "(" || char === "{" || char === "[") { | |
| console.log("pushing to stack") | |
| stack.push(char) | |
| } else { | |
| if (stack.length === 0) { |