soleshka · November 15, 2024 04:51 · soleshka · Mar 11, 2018 · soleshka · May 17, 2018
diff --git a/history_tab.py b/history_tab.py
 from tkinter import *
 from tkinter import ttk
 import datetime
 class HistoryTabC:
    """This is a container class for saving previously executed commands
    It contains a text widget which shows commands content as well as
    combo box containng the names of the commands
    Commands are being labeld with a name and suffix of the date """
    def __init__(self,root):
        """initializer for this class"""
        self.root = root
        self.cmds_content_l = []  #[("name","content"),("name2","content2")]
        #contains the active cmd lable value
        self.cmds_names_v = StringVar()
        self.cmds_names_v.trace('w',self.combo_selected_cb)
        #text widget
        self.text = text = Text(root,width=50,height=20)
        self.test_l  = ["a","b","c"]
        self.cmds_names_cmb = ttk.Combobox(root,values=self.test_l,textvariable=self.cmds_names_v,width=50)
        #load button command
        self.load_cmd_btn = Button(root,text="load cmd",command=self.exec_button_cb)
        self.del_cmd_btn = Button(root,text="del cmd",command=self.del_button_cb)
        self.text.pack()
        self.cmds_names_cmb.pack()
        self.load_cmd_btn.pack()
        self.del_cmd_btn.pack()
    def bind_load_cmd(self,load_cb):
        """binded to external callback which in turn
        catches the content of the current active command"""
        self.load_cmd_btn.config(command=load_cb)
    def exec_button_cb(self):
        """This is a call back fired when load command
        button is clicked . It will set..?"""
        self.get_active_cmd()
    def del_button_cb(self):
        """call back for delete command.
        removes the spesified command from
        combo and it context"""
        name = self.cmds_names_v.get()
        # in case no more commands in list
        if name:
            indx = [x for  x in range(len(self.cmds_content_l)) if self.cmds_content_l[x][0] == name]
            self.cmds_content_l.pop(indx[0])
        self.update_combo()
    def update_combo(self):
        """updates combo and active cmd with
        full self.get_cmds_name list"""
        self.cmds_names_cmb.config(values=self.get_cmds_names())
        if not len(self.cmds_content_l):
            self.cmds_names_v.set("")
        else:
            self.cmds_names_v.set(self.cmds_content_l[-1][0])
    def combo_selected_cb(self,*args):
        """call back for updating text container
        with command content based on commbo active
        label"""
        name = self.cmds_names_v.get()
        text = [y for x,y in self.cmds_content_l if x == name]
        if not text:
            self.update_text_content("")
        else:
            self.update_text_content(text[0])
        #self.update_combo() # not sure why this was here
    def get_active_cmd(self):
        """Returns the content of the current active command. i.# -*- coding: utf-8 -*-
        the content of the self.cmds_content_l[self.cmds_names_v.get()]"""
        name = self.cmds_names_v.get()
        #print([y for x,y in self.cmds_content_l if x == name])
        return [y for x,y in self.cmds_content_l if x == name]
    def add_history_cmd(self,name,content,suffix=""):
        """Adds new command label  to combo box
        with suffix of date and hour . Updates the content
        list with the text and cmd label. use @date to add date"""

        #create suffix
        if suffix == "@date":
            now = datetime.datetime.now()
            suffix = str(now.day)+str(now.month)+str(now.year)+"_"+str(now.hour)+":"+str(now.minute)
        #update command content list
        self.update_cmds_content((name+suffix,content))
        #update new values for the combo box
        self.cmds_names_cmb['values'] =self.get_cmds_names()
    def update_cmds_content(self,name_content_tpl):
        """adds new entry to commands content list """
        self.cmds_content_l.append(name_content_tpl)
        self.update_combo()
    def get_cmds_names(self):
        """retrievs all command cmds_names
        existing in combo box"""
        return [x for x,y in self.cmds_content_l]
    def get_cmds_w_content(self):
        """Returns commands and content list of tuples"""
        return self.cmds_content_l
    def update_text_content(self,text_content):
        """Deletes previous text content and inserts
        new content """
        self.text.delete('1.0','end')
        self.text.insert('1.0',text_content)

 def dummy():
    print("i am in dummy")
 def main():
    root = Tk()

    cls1 = HistoryTabC(root)
    cls1.add_history_cmd("name","content")
    cls1.add_history_cmd("name1","content1")
    cls1.add_history_cmd("name2","content2")

    cls1.bind_load_cmd(dummy)

    root.mainloop()
 if __name__=='__main__':main()

diff --git a/makefile.py b/makefile.py
 import numpy as np
 import os
 class SaveContentC:
    def __init__(self,filename):
        self.file = filename+".npy"


    def append(dic):
        """
        Appends dictionary dic to active file
        """
        pass
    def save(self,dic):
        """
        Saves the content of the dic into file
        overrides the content if was existing before
        """
        np.save(self.file,dic)
    def load_few(self,entries_l):
        """
        Recieves entries_l  with commands labels.
        Returns dictionary with entries which exist in the file
        Entries which do not exist are not in the returned dictionary
        """
        if os.path.isfile(self.file):
            dir = np.load(self.file)
            dic_r = dict()
            for entry in entries_l:
                if entry in dir[()].keys():
                    dic_r[entry] = dir[()][entry]
            return dic_r
        else:
            print("[Py-Warning]: Saved content file does not exist")
            return None
    def load_all(self):
        """
        returns all the content of the file.
        Warning if file does not exist. return None
        """
        if os.path.isfile(self.file):
            dir = np.load(self.file)
            #print (dir[()].keys())
            #print (dir[()])
            return dir[()]
        else:
            print("[Py-Warning]: Saved content file does not exist")
            return None
            # for cmd_indx in range(len(cmds_text_l)):
            #     cmd_lable = cmds_text_l[cmd_indx][0]["text"]
            #     if cmd_lable in dir[()].keys():
            #         cmds_text_l[cmd_indx][1].insert('insert'," "+dir[()][cmd_lable])


 def main():
    dic1 = {'cmd0': 'setenv SOMETHING  56 - changed', 'clean': 'changed',\
     'compile': 'vlogan -full64 module.sv', 'elab': 'vcs -full64 -top top', 'run': 'simv -verdi changed'}
    sav1 = SaveContentC("run_test_commands_do_not_remove.txt")
    sav1.save(dic1)
    print (sav1.load_all())
    print (sav1.load_few(['compile','cmd0','whatever']))
    print (sav1.load_few([]))
 if __name__=='__main__':
    main()
diff --git a/menubar.py b/menubar.py
 from tkinter import *
 #from tkinter import ttk


 class MenubarC:
    """
    this is an encapsulating menu  bar
    """

    def __init__(self,root,create_makefile_cb):
        self.menubar    = Menu(root)
        self.file_tab  = Menu(self.menubar)
        self.menubar.add_cascade(menu=self.file_tab,label="File")
        self.file_tab.add_command(label="Create Makefile", command=create_makefile_cb)

    def get_menu(self):
        return self.menubar




 #legacy and backward compatability not having bad menu


 def create_mk_temp():
    print("Creating makefile ")
    
 def main():
    root = Tk()
    root.option_add('*tearOff',False)

    menubar = MenubarC(root,create_mk_temp)
    root.config(menu = menubar.get_menu())
    root.mainloop()



 if __name__ == "__main__":main()
diff --git a/menubar1.py b/menubar1.py
 ok
diff --git a/run_test_gui.py b/run_test_gui.py
 #!/global/freeware/Linux/RHEL6/python-3.6.3/bin/python
 from tkinter import *
 from tkinter import messagebox
 from tkinter import ttk
 from subprocess import call
 import subprocess
 import numpy as np
 import os.path
 import history_tab
 import save_content
 import os
 import makefile
 import menubar
 import threading
 import time
 import tools_setup
 import tools_setup_gui


 """
 Debug
 Architeture 
 Reuse 
 Interface
 Application 
 """


 class PanedDEsignC:
    def __init__(self,root,cmds_info,mouse_text_click_cb):

        self.frame_list = list()
        self.texts_list = list()
        self.painwindow = PanedWindow(root,orient=VERTICAL,relief=RAISED,background=BG_COLOR)
        #self.painwindow = PanedWindow(root,orient=VERTICAL,cursor='spider',relief=RAISED,background=BG_COLOR)
        self.painwindow.pack(fill=BOTH,expand=True)

        #print(self.painwindow.config())
        for indx in range(len(cmds_info)):
            #print(indx)
            self.frame_list.append(ttk.LabelFrame(self.painwindow,text=cmds_info[indx][0]))
            self.frame_list[indx].config(relief=SUNKEN)
            self.frame_list[indx].pack()
            self.painwindow.add(self.frame_list[indx])
            text = Text(self.frame_list[indx],height=cmds_info[indx][2])
            text.insert('insert', cmds_info[indx][4])
            text.pack(side=LEFT,fill=BOTH,expand=True)#grid(row=0,column=0,sticky='nwse')
            self.texts_list.append((self.frame_list[indx],text))

            scroll_bar = Scrollbar(self.frame_list[indx],orient=VERTICAL,command=text.yview)
            scroll_bar.pack(side=LEFT,anchor="w")#grid(row=0,column=1)
            text.config(yscrollcommand=scroll_bar.set)


    def get_frame_list(self):
        return self.texts_list
    # def add_frame(self,text):
    #     """this will create additional frame with some default parameters"""
    #     self.frame_list.append(ttk.LabelFrame(self.painwindow,text=text))
    #     self.frame_list[len(self.frame_list)-1].config(height=20,width=20,relief=SUNKEN)
    #     self.frame_list[len(self.frame_list)-1].pack()
    #     self.painwindow.add(self.frame_list[len(self.frame_list)-1],weight=1)


 FILE_NAME ="run_test_commands_do_not_remove.txt"
 CMD_TEXT_SIZE_X =70
 CMD_TEXT_SIZE_Y =3
 CONTROL_FRAME_X = 100
 cmds_info =  [      ("cmd0",CMD_TEXT_SIZE_X,CMD_TEXT_SIZE_Y,1,"setenv PATH;\nsetenv PATH $VCS_HOME/bin:$PATH"),
                    ("clean",CMD_TEXT_SIZE_X,CMD_TEXT_SIZE_Y-2,1,"rm -rf AN* 64* csrc simv* work.lib* work/*"),
                    ("compile",CMD_TEXT_SIZE_X,CMD_TEXT_SIZE_Y,1,"vlogan -kdb -full64 ;\nvhdlan -kdb -full64"),
                    ("elab",CMD_TEXT_SIZE_X,CMD_TEXT_SIZE_Y,1,"vcs -full64 -lca -kdb -debug_access+all -top top;"),
                    ("run",CMD_TEXT_SIZE_X,CMD_TEXT_SIZE_Y-1,1,"simv -verdi; ")]



 COMPILE_FLAGS   = ["-kdb","-full64","-work","+define+<macro>",\
                    "-f file.f","-q","-l compile.log","-nc",\
                    "-timescale=1ns/1ps","+incdir+<incdir>",
                    "+v2k","+notimingchecks","+nospecify","-y <libdir>",\
                    "-v <libfile>"]
 ELAB_FLAGS      = ["-kdb","-full64","-lca","-sverilog","-top","-partcomp",\
                    "+optconfig","-g <generic.f>","-P pli.tab","-xlrm","-o simv"\
                    "-debug_accee+all","-debug_pp","-debug_access+f","-debug",\
                    "-cm","-cm+line+assert+fsm+cond","-cm_dir cov.dir","-cm_hier\
                    hier.cfg","-l elab.log",]
 RUN_FLAGS       = ["-gui=verdi","-gui","-ucli -i ucli.cmd","-ucli",
                    "+fsdb+force","+fsdb+delta"\
                    "-cm","-cm+line+assert+fsm+cond"]
 ALL_FLAGS = COMPILE_FLAGS+ELAB_FLAGS+RUN_FLAGS
 NUM_OF_CMDS = len(cmds_info)
 FLAG_DEFAULT  = "pick flag"
 BG_COLOR ='#e1d8b9'
 #'#e0f8ff'
 #'#82B1FF'
 #'#d6b4e7' 
 #'#c18ed0'
 #'#793698'   - purple too bright
 #'#d6b4e7'   - purple  light
 #'#e1d8b9'   - bezh
 root = Tk()
 root.title("Tester@DaRiA (C)Oleg Greenberg ->"+os.getcwd())
 #root.configure(bg='orange')
 cmds_text_l = list()
 cmds_var = StringVar()
 vcs_ver_var = StringVar()
 verdi_ver_var = StringVar()
 add_flag_var = StringVar()
 notebk = ttk.Notebook(root)
 main_frame = Frame(root,padx=10,pady=10,background=BG_COLOR)
 history_frame = Frame(root,padx=10,pady=10,background=BG_COLOR)
 info_frame = Frame(root,padx=10,pady=10,background=BG_COLOR)
 control_frame = LabelFrame(main_frame,background=BG_COLOR,text="Configuartions ")
 #history tab container classsc
 hist_tab = history_tab.HistoryTabC(history_frame)
 #save content container class
 save_contnt = save_content.SaveContentC("run_test_commands_do_not_remove.txt")

 #instead of set_vcs_verdi
 path_constructor =  {"vcsmx":([tools_setup.fs_release_vcsmx_pathes,tools_setup.vcsmx_global_pathes,tools_setup.vcsmx_snps_apps_pathes],"VCS_HOME") ,"verdi":([tools_setup.verdi_global_pathes ,tools_setup.verdi_snps_apps_pathes,tools_setup.verdi_remote_vtgimages],"VERDI_HOME"),"xa":([tools_setup.xa_global_pathes],"XA_HOME")}
 tool_setup = tools_setup.ToolC(path_constructor)

 tools_to_add_d = dict()
 tool_paths_d  = dict()
 t_gui = tools_setup_gui.ToolsSetupGuiC()
 added_tools_versions_label  = Label(info_frame,text="Added tools : ",height=10,bg='#e1FFb9')
 added_tools_versions_label.pack()
 def center_window(root,width=300, height=200):
    # get screen width and height
    screen_width = root.winfo_screenwidth()
    screen_height = root.winfo_screenheight()

    # calculate position x and y coordinates
    x = screen_width - width
    y = 0#screen_height - height
    root.geometry('%dx%d+%d+%d' % (width, height, x, y))
 def create_cmd_choice_radio_btn(root,cmds_info,start_row,start_col,cmd_var):
    """
    returns list of radio buttons ocntaining commands labels
    conected to the cmds_var  String variable
    """

    cmds_radio_btn_l = list()
    for cmds_indx in range(len(cmds_info)):
        #cmds_combo_l[cmds_indx].grid(row=start_row+cmds_indx,column=0)
        cmds_radio_btn_l.append(Radiobutton(root,background=BG_COLOR,text=cmds_info[cmds_indx][0],value=cmds_info[cmds_indx][0],variable=cmd_var))
        cmds_radio_btn_l[cmds_indx].grid(row=start_row+cmds_indx,column=start_col,sticky="wn",ipadx='5')
    #append  "all" command
    cmds_radio_btn_l.append(Radiobutton(root,text="all",value="all",variable=cmd_var,background=BG_COLOR))
    cmds_radio_btn_l[len(cmds_info)].grid(row=start_row+len(cmds_info),column=start_col,sticky="wn",ipadx='5')
    return cmds_radio_btn_l
 def get_cmds_text_content(cmd_label):
    """returns text for cmd's name cmd_label"""
    #This is a list with one item
    cmd_indx  = [x for x,y in enumerate(cmds_text_l) if y[0]["text"]== cmd_label ]
    text = cmds_text_l[cmd_indx[0]][1].get('1.0','end')
    return text
 def get_cmds_indx_list(cmd_label):
    """return index of a spesific command in command list"""
    return [x for x,y in enumerate(cmds_text_l) if y[0]["text"]== cmd_label ]
 def get_cmds_labels_list(cmds_text_l):
    return [y[0]["text"] for x,y in enumerate(cmds_text_l)  ]
 def exec_save_cmd_cb(saved_cmd_text_suffix):
    global hist_tab,cmds_var,cmds_text_l
    cmd_label = cmds_var.get()
    #cmd = cmds_text_l[cmd_indx][1].get('1.0','end')
    if cmd_label != "all":
        text = get_cmds_text_content(cmd_label)
        #to prevent saving empty commands
        if text.strip()!="":
            prefix = saved_cmd_text_suffix.get().strip()
            if not prefix:
                 prefix = "@date"
            hist_tab.add_history_cmd(cmd_label,text,prefix)
    else:#save all commands #TODO
        pass
 def add_flags_cb(cmd_text_l,cmds_var,add_flag_var):
    flag_str =  add_flag_var.get()
    #no action when all is used
    if cmds_var.get() != "all":
        if flag_str:#prevent empty string
            cmds_text_l[get_cmds_indx_list(cmds_var.get())[0]][1].insert('insert'," "+flag_str)
 def ordered_thread(task,task_args):
        t = threading.Thread(target= task, name="execute command",args=task_args)
        t.start()


    #t.join()  to  do a blocking thread
 def exec_button_cb():
    global cmds_var, cmds_text_l
    cmd_label = cmds_var.get()

    print("These are the tools to add ",tools_to_add_d) 
 	
 	#The use of hardcoded VCS_HOME & and other homes is a wa , because 
    #everything here is written through the as*. In proper coding one 
    #needs to retrieve these based on the tool path from the too_setup
    #the home variabels are already there.When adding new tool this WA needs to be updated 	
    if not len(tools_to_add_d):
        print("[py-Warning]: Please add at least one Tool with Add Tool button")
        messagebox.showwarning("Warning","Please set at least one tool")
        return
    for tool in tools_to_add_d.keys():
        home = "IAMBADLYSET_HOME" 
        if tool == "vcsmx":
        	home = "VCS_HOME"
        elif tool == "verdi":
        	home = "VERDI_HOME"
        elif tool == "xa":
        	home = "XA_HOME"
        tool_setup.setenv_tool_home(tool,home,tools_to_add_d[tool])

    if cmd_label == "all":
        #execute_command(list(range(len(cmds_text_l))))
        args_v = list(range(len(cmds_text_l)))
    else:
        y  = get_cmds_indx_list(cmd_label)#[x for x,y in enumerate(cmds_text_l) if y[0]["text"]== cmd_label ]
        #print("[Py-Info]:Exec was pressed . Executing",y,cmd_label)
        #execute_command(y)
        args_v = get_cmds_indx_list(cmd_label)
    #print(args_v)
    ordered_thread(execute_command,[args_v])
 def create_combo(root,values,cmds_info,vcs_ver_var,start_row,start_col):
    vcs_verscombo=ttk.Combobox(root,values=values,width=25,textvariable=vcs_ver_var,background=BG_COLOR)
    vcs_verscombo.grid(row=start_row,column=start_col,sticky='w')
    return vcs_verscombo
 def create_exec_button(root,name,callback,start_row,start_col,stick,bg=BG_COLOR,fg='black'):
    exec_button = Button(root,text=name,command=callback,width=6,bg=bg,fg=fg)
    exec_button.grid(row=start_row,column=start_col,sticky=stick)
    return exec_button
 def create_label(**kwargs):
    #root,text,height,row,column,sticky,bg=BG_COLOR
    root = kwargs.get("root",None)
    text = kwargs.get("text","")
    height = kwargs.get("hg",1)
    row = kwargs.get("row",0)
    column = kwargs.get("col",0)
    sticky = kwargs.get("sticky",0)
    bg = kwargs.get("bg","red")
    columnspan = kwargs.get("colspan",None)

    label = Label(root,text=text,height=height,background=bg)
    label.grid(row=row,column=column,sticky=sticky,columnspan=columnspan)
    return label
 def load_from_file(cmds_text_l,save_contnt):
    global hist_tab,added_tools_versions_label,t_gui,tools_to_add_d
    """onstartup read file conent and insert into text ids
    both in the main frame and history frame. History frame will
    get all the commands including duplicaates of main frame. for simplicity"""

    #main frame commands
    cmds_content_d = save_contnt.load_few(get_cmds_labels_list(cmds_text_l))
    if cmds_content_d :
        for label,content in cmds_content_d.items():
            cmds_text_l[get_cmds_indx_list(label)[0]][1].delete('1.0',END)
            cmds_text_l[get_cmds_indx_list(label)[0]][1].insert('insert'," "+content)
          
        tools_labels_d =save_contnt.load_few(["tools"])
        tools_to_add_d = save_contnt.load_few(tools_labels_d['tools']) #save_contnt.load_few['tools'] - contains saved tools labels 
        print("[py-Info]: Adding the following tools:\n",tools_labels_d,tools_to_add_d)
        text = ''.join("{} : {}\n".format(key,val) \
                 for (key,val) in tools_to_add_d.items())
        added_tools_versions_label['text'] = text
        for tool in tools_to_add_d.keys():
            t_gui.add_version_external(tool,tools_to_add_d[tool])

        #history frame commands
        cmds_content_hist_d = save_contnt.load_all()
        for label,content in cmds_content_hist_d.items():
 			#TODO exlude the tools from history!!!!
            if label not in [cmds_content_d.keys(),tools_labels_d.keys(),tools_to_add_d.keys()]:# check if command not in main frame
                hist_tab.add_history_cmd(label,content)
 def save_to_file():
    """On program exit save to file command texts content  and insert into FILE_NAME"""
    global save_contnt,hist_tab,t_gui
    dic = dict()
    #1. get main frame commands data to save
    for cmd_indx in range(len(cmds_text_l)):
        #cmds_text_l[cmd_indx][1] : is the text pointer
        dic[cmds_text_l[cmd_indx][0]["text"]] = cmds_text_l[cmd_indx][1].get('1.0',END).strip()
    #2. get history data
    hist_dic = hist_tab.get_cmds_w_content()
 	#get used tools 
    tools_d = t_gui.get_added_versions()
    # this is required to retrieve the saved tools labels 
    saved_tools_d = dict()
    saved_tools_d["tools"] = list(tools_d.keys())
    	

    #merge dictionaries
    dic = {**dic,**dict(hist_dic),**dict(tools_d),**dict(saved_tools_d)}
    save_contnt.save(dic)
 def onClose():
    if messagebox.askokcancel("Quit", "Do you want to quit?"):
        save_to_file()
        root.destroy()

 def execute_command(cmds_to_exe_l):
 	global tool_setup
 	"""Recievs a list of cmd indexes in cmd_text_l to execute.
 	Excecutes the commands into shell maintaining list order
 	example  [0,1,3]  : cmd0 ,clean ,elab"""
 	for cmd_indx in cmds_to_exe_l:
 		cmd = cmds_text_l[cmd_indx][1].get('1.0','end')
 		cmd_l = parse_text2commands(''.join(cmd.rstrip("\n")))
 		for itm in cmd_l:
 			itm = itm.rstrip()
 			if itm:# to remove the empty commands caused by parse_text2commands
 				itm1 = " ".join(itm.split()) # to removedouble spaces /t /n 
 				print("\n\t[Py-Info]:\t\t   Start execution ")
 				print("\t[Py-Info]:\t{}\n ".format(itm1))
 				if "setenv" in itm1:
 					print('[Py-Info]:Command contains setenv:',itm1)
 					if ' ' not in [itm1.split(' ')[1],itm1.split(' ')[2]]: 
 						tool_setup.setenv_var(itm1.split(' ')[1],itm1.split(' ')[2])
 				else:
 					call(itm1,shell=True)
 					print("\n\t[Py-Info]:\t\t   End execution ")
 					print("\t[Py-Info]:\t{}\n ".format(itm1))		
 def parse_text2commands(text):
 	"""divides text to commands usingthe semicolumn ; seperator
 	returns list of commands . """
 	#print(text)
 	return text.split(';')
 # def configure_grid(root,cmd_info):
 #     for cmd in range(len(cmd_info)):
 #         root.rowconfigure(cmd,weight=cmd_info[cmd][3],minsize=40)
 #         root.columnconfigure(0,weight=cmd_info[cmd][3],minsize=300)
 #     #for control frame
 #     root.rowconfigure(len(cmd_info),weight=3)

 def root_configs(root):
    global cmds_info
    root.protocol("WM_DELETE_WINDOW", onClose)
    #this will set the min size
    #root.minsize(420,300)
    #root.columnconfigure(0,weight=1)
    #root.columnconfigure(1,weight=1)
    #root.rowconfigure(0,weight=1)
    #root.rowconfigure(1,weight=1)
    #configure_grid(root,cmds_info)
    root.mainloop()
 def on_mouse_click_cmd_cb(cmd_label):
    """gets cmd label on which the left click wasexecuted"""
    str1 = cmd_label
    #print("Woooooohhhuuuuuu:",str1)
 def bind_texts(cmds_text_l,callback):
    """binds texsts (frame,text) to spesific callback"""
    for itm in cmds_text_l:
        widg = itm[1]
        cmd_label = itm[0]["text"]
        print (cmd_label)   #TODO there is a problem here referencing the same last adress forthe parameter to cb
        widg.bind('<1>',lambda : on_mouse_click_cmd_cb(cmd_label))
 def hist_load_command_cb():
    """this method is called when history .load cmd. is issued
    it updates the current active commnd text. message for
    confirmation pops up """
    global cmds_var,notebk
    print("[py-Info]:current command to overwrite:",cmds_var.get())
    if cmds_var.get() != "all":
        notebk.select(main_frame) #set focus on main frame to see the command
        if messagebox.askokcancel("Overwrite", "Do you want to overwrite - {} - content?".format(cmds_var.get())):
            cmds_text_l[get_cmds_indx_list(cmds_var.get())[0]][1].delete('1.0',END)
            content = hist_tab.get_active_cmd()[0]
            cmds_text_l[get_cmds_indx_list(cmds_var.get())[0]][1].insert('insert',content)
 def create_makefile():
    """creates file based on commands . Adds export to
    vcs and verdi versions if this are set"""
    global cmds_text_l

    targets_l = list()
    all_cmds = ""
    for cmd_indx in range(len(cmds_text_l)):
        cmd_label=cmds_text_l[cmd_indx][0]["text"]
        cmd_content=cmds_text_l[cmd_indx][1].get('1.0','end')
        print(cmd_label,cmd_content)
        targets_l.append((cmd_label,cmd_content))
        all_cmds += cmd_label + " "

    targets_l.insert(0,("all",all_cmds))
    mk = makefile.MakefileC("Makefile_DaRiA",["all"])
    
    #again really bad coding style 
    exp_tool_d =dict()
    for_path_s = ""
    for tool in tools_to_add_d.keys():
        home = "IAMBADLYSET_HOME" 
        if tool == "vcsmx":
        	home = "VCS_HOME"
        elif tool == "verdi":
        	home = "VERDI_HOME"
        elif tool == "xa":
        	home = "XA_HOME"
        exp_tool_d[home] = tools_to_add_d[tool]
        for_path_s += "$("+home+")/bin:"
    exp_tool_d["PATH"] = for_path_s+":$(PATH)"

    mk.export_setenv_vars(exp_tool_d)
    mk.create_makefile(targets_l)
 def add_tools_versions_to_label(t_gui,container_label):
    """adds the added tools in tool_gui_setup to the label under the info tab"""
    global 	tools_to_add_d
    t_gui.add_version_button_cb()
    tools_to_add_d = t_gui.get_added_versions()   
    print("[py-Info]: Adding the following tools:\n",tools_to_add_d)
    text = ''.join("{} : {}\n".format(key,val) \
                    for (key,val) in tools_to_add_d.items())
    container_label['text'] = text
 def main():
    global root,cmds_var,cmds_text_l,notebk,main_frame,history_frame,save_contnt, tool_paths_d ,t_gui,added_tools_versions_label
    #center_window(root,500, 600)
    notebk.pack(fill=BOTH)#this makes the main view fully streched
    main_frame.pack()
    history_frame.pack()
    info_frame.pack()
    ttk.Style().configure("TNotebook", background=BG_COLOR)
    hist_tab.bind_load_cmd(hist_load_command_cb)
    #main_frame.bind('<1>',on_mouse_click_cmd_cb)


    control_frame.pack(fill=BOTH,expand=True)
    design = PanedDEsignC(main_frame,cmds_info,on_mouse_click_cmd_cb)
    cmds_text_l = design.get_frame_list()
    #bind_texts(cmds_text_l,on_mouse_click_cmd_cb)
    # widg = design.get_widget()
    # widg.bind('<1>',on_mouse_click_cmd_cb)

    #menubar
    menu = menubar.MenubarC(root,create_makefile)


    #new implementation
    vcsmx_ids_new = tool_setup.get_tool_paths("vcsmx")
    verdi_ids_new = tool_setup.get_tool_paths("verdi")





    #cmd radio buttons not to resize
    #all the rest in control frame to  resize
    control_frame.rowconfigure(0,weight=1)
    control_frame.rowconfigure(1,weight=1)
    control_frame.rowconfigure(2,weight=1)
    control_frame.rowconfigure(3,weight=1)
    control_frame.columnconfigure(0,weight=0)
    control_frame.columnconfigure(1,weight=1)
    control_frame.columnconfigure(2,weight=1)
    control_frame.columnconfigure(3,weight=1)

    main_frame.rowconfigure(0,weight=1)
    main_frame.rowconfigure(1,weight=1)
    #main_frame.rowconfigure(3,weight=1)
    #main_frame.rowconfigure(2,weight=1)
    #main_frame.rowconfigure(4,weight=1)
    main_frame.columnconfigure(0,weight=1)
    main_frame.columnconfigure(1,weight=1)
    #main_frame.columnconfigure(2,weight=1)
    #main_frame.columnconfigure(3,weight=1)
    #main_frame.columnconfigure(4,weight=1)

 	
    cmds_var.set(cmds_info[0][0])


    grid_row = NUM_OF_CMDS
    grid_col = 0
    cmds_radio_btn_l = create_cmd_choice_radio_btn(control_frame,cmds_info,grid_row,grid_col,cmds_var)



    grid_col +=1
    tool_paths_d['vcsmx'] = tool_setup.get_tool_paths('vcsmx')
    tool_paths_d['verdi'] = tool_setup.get_tool_paths('verdi')
    tool_paths_d['xa'] = tool_setup.get_tool_paths('xa')
    t_gui.init_me(control_frame,tool_paths_d,grid_col,grid_row,BG_COLOR)
    grid_col +=1
    runc_cmd_btn        = create_exec_button(control_frame,"Execute",\
                            exec_button_cb,grid_row,3,"nwes",'green','white')
    grid_row +=2
    grid_col +=1
    add_tool_button = Button(control_frame,text="Add Tool",bg=BG_COLOR,fg='white')
    add_tool_button.grid(row=grid_row,column=grid_col,sticky='nwe ')

    grid_col -=2
    grid_row +=1

    label_add_flags  = create_label(root=control_frame,text="Add flags: ",
                                    hg=1,row=grid_row,col=grid_col,sticky='w',
                                    bg=BG_COLOR)
    grid_col +=1
    add_flags_combo     =   create_combo(control_frame,ALL_FLAGS,cmds_info,\
                                        add_flag_var,grid_row,grid_col)
    grid_col +=1
    add_flgs_btn        =   create_exec_button(control_frame,"Add flags",\
                            lambda: add_flags_cb(cmds_text_l,cmds_var,\
                            add_flag_var),grid_row,3,"wsne",BG_COLOR,'white')

    grid_row +=1
    grid_col -=2

    label_saved_cmd_suffix  = create_label(root=control_frame,text="Command save suffix: ",
                                        hg=1,row=grid_row,col=grid_col,sticky='w',
                                        bg=BG_COLOR)
    grid_col +=1
    saved_cmd_suffix_entr = Entry(control_frame,bg="white")
    saved_cmd_suffix_entr.grid(row=grid_row,column=grid_col,sticky='w')
    grid_col +=1
    save_cmd_btn = create_exec_button(control_frame,"Save",lambda: \
                    exec_save_cmd_cb(saved_cmd_suffix_entr),grid_row,3,"wnse",BG_COLOR,'white')

    grid_row +=3
    grid_col -=3



    add_tool_button.configure(command = lambda: add_tools_versions_to_label(t_gui,added_tools_versions_label))

    load_from_file(cmds_text_l,save_contnt)
    notebk.add(main_frame,text="main",state='normal')
    notebk.add(history_frame,text="history",state='normal')
    notebk.add(info_frame,text="Info",state='normal')

    s = ttk.Style()
    s.configure('.',background=BG_COLOR)
    root.config(menu = menu.get_menu())
    root_configs(root)



 if __name__=='__main__':main()
diff --git a/save_content class b/save_content class
 import numpy as np
 import os
 class SaveContentC:
    def __init__(self,filename):
        self.file = filename+".npy"


    def append(dic):
        """
        Appends dictionary dic to active file
        """
        pass
    def save(self,dic):
        """
        Saves the content of the dic into file
        overrides the content if was existing before
        """
        np.save(self.file,dic)
    def load_few(self,entries_l):
        """
        Recieves entries_l  with commands labels.
        Returns dictionary with entries which exist in the file
        Entries which do not exist are not in the returned dictionary
        """
        if os.path.isfile(self.file):
            dir = np.load(self.file)
            dic_r = dict()
            for entry in entries_l:
                if entry in dir[()].keys():
                    dic_r[entry] = dir[()][entry]
            return dic_r
        else:
            print("[Py-Warning]: Saved content file does not exist")
            return None
    def load_all(self):
        """
        returns all the content of the file.
        Warning if file does not exist. return None
        """
        if os.path.isfile(self.file):
            dir = np.load(self.file)
            #print (dir[()].keys())
            #print (dir[()])
            return dir[()]
        else:
            print("[Py-Warning]: Saved content file does not exist")
            return None
            # for cmd_indx in range(len(cmds_text_l)):
            #     cmd_lable = cmds_text_l[cmd_indx][0]["text"]
            #     if cmd_lable in dir[()].keys():
            #         cmds_text_l[cmd_indx][1].insert('insert'," "+dir[()][cmd_lable])


 def main():
    dic1 = {'cmd0': 'setenv SOMETHING  56 - changed', 'clean': 'changed',\
     'compile': 'vlogan -full64 module.sv', 'elab': 'vcs -full64 -top top', 'run': 'simv -verdi changed'}
    sav1 = SaveContentC("run_test_commands_do_not_remove.txt")
    sav1.save(dic1)
    print (sav1.load_all())
    print (sav1.load_few(['compile','cmd0','whatever']))
    print (sav1.load_few([]))
 if __name__=='__main__':
    main()
diff --git a/tools_gui_setup.py b/tools_gui_setup.py
 #!/global/freeware/Linux/RHEL6/python-3.6.3/bin/python
 from tkinter import *
 from tkinter import messagebox
 from tkinter import ttk
 import fnmatch
 import re

 # class InfoC():
 #     def __init__(self):
 #         pass
 #
 #     def add_content(self,label,text):
 #         pass
 #
 #     def create_label(**kwargs):
 #         #root,text,height,row,column,sticky,bg=BG_COLOR
 #         root = kwargs.get("root",None)
 #         text = kwargs.get("text","")
 #         height = kwargs.get("hg",1)
 #         bg = kwargs.get("bg","red")
 #
 #         label = Label(root,text=text,height=height,background=bg)
 #         label.pack()
 #         return label
 class ToolsSetupGuiC():
    def __init__(self):
       pass
    def init_me(self,root,tools_paths,col=0,row=0,bg_color="#e1d8b9"):
        """Ths should be in init but as the code written through the as* this build me is required"""
        self.tools_paths = tools_paths
        start_col = col
        start_row = row
        self.tool_label = Label(root,text="Tool:",bg=bg_color)
        self.tool_label.grid(row=start_row,column=start_col,sticky='w',padx = 5 , pady = (5,0))

        start_col +=1
        #spin box to hold the tool types  
        self.tools_var = StringVar()
        self.tools_spin = Spinbox(root,values=list(self.tools_paths.keys()),\
                         textvariable = self.tools_var,font =10,\
                         command=lambda :self.tools_spin_change_cb(),state="readonly")
        self.tools_spin.grid(row=start_row,column=start_col,sticky='w',padx = 5)


        start_row+=1
        start_col -=1
        print(start_col )
        self.filter_label = Label(root,text="Filter versions(regex):",bg=bg_color)
        self.filter_label.grid(row=start_row,column=start_col,sticky='w',\
                          padx = 5 , pady = (5,0))

        start_col +=1
        # entry to hold regex expression patten
        self.filter_entry = Entry(root,font=("Courier",11,'bold'))
        self.filter_entry.grid(row=start_row,column=start_col,sticky='w',padx = 5)
        self.filter_entry.insert(0,".*global.*(17.12).*")

        start_row+=1
        start_col-=1
        # combot o hold all the versions for the same tool
        self.version_var= StringVar()
        self.version_combo=ttk.Combobox(root,values=self.tools_paths[self.tools_var.get()],\
                                textvariable=self.version_var,state="readonly")
        self.version_combo.grid(row=start_row,column=start_col,columnspan=2,\
                                sticky='we',padx = 5)
        self.version_combo.current(0)

        #start_row+=1
        # contains the actual versions which needs to be added to the path
        self.versions_to_add_d=dict()

        start_row +=1
    def filter_versions(self,pattern,versions_l):
        "Return only matched pattern versions in new list"
        versions_filt_l = list()
        #for entry in versions_l:
        #    if fnmatch.fnmatch(entry, pattern):
        #        #print ("matched pattern in path {}:  {}".format(path,entry))
        #        versions_filt_l.append(entry)
        r = re.compile(pattern)
 		#matches = r.finditer(?)
        versions_filt_l = list(filter(r.match,versions_l))
        return versions_filt_l

    def tools_spin_change_cb(self):
        tool_v = self.tools_var.get()
        pattern= self.filter_entry.get()
        versions_filt_l = sorted(self.filter_versions(pattern,self.tools_paths[tool_v]))

        if not versions_filt_l:
            versions_filt_l = self.tools_paths[tool_v]
        self.version_combo.config(values=versions_filt_l)
        #update the current active value
        self.version_combo.current(0)

    def add_version_button_cb(self):
        """adds a version to a spesific tool .
        overrides if such exists"""
        version = self.version_var.get()
        tool    = self.tools_var.get()
        text = "" #self.added_versions_label['text']""
        if version :# check not an empty content
            #text = text + "\n\t" + version
            self.versions_to_add_d[tool]=version
            #text = "The following will be added: "+ ''.join("\n->{!s}:{!r}".format(key,val) \
            #                for (key,val) in self.versions_to_add_d.items())
            #self.added_versions_label['text'] = text
        #print(self.versions_to_add_d)
    def add_version_external(self,tool="",version=""):
        """adds a version to a spesific tool .
        overrides if such exists"""
        if version :# check not an empty content
            self.versions_to_add_d[tool]=version
    def get_added_versions(self):
        return self.versions_to_add_d
 def main():
    root = Tk()
    tool_paths = {"vcsmx":["vcsmx_path1/1712/p","vcsmx_path2/1703/l","vcsmx_path/1809/o","vcsmx_path/1606/f"],
                  "verdi":["verdi_path1","verdi_path2/1703/","verdi/1712/release-build/vcsmx",
                  "/remote/vtgimages/SAFE/<name>/release-build/verdi"],
                  "xa":["xa_path1","xa_path2"],
                  "VC_LP":["vclp_path1","vc_lp_path2","vc_lp1712","vc_lp1703sp1","vc_lp1703sp21"]}

    t = ToolsSetupGuiC(root,tool_paths)
    add_button = Button(root,text="Add Tool",command=lambda: \
                         t.add_version_button_cb())
    add_button.grid(row=3,column=3,sticky='nwe ')


    root.rowconfigure(0,weight=1)
    root.rowconfigure(1,weight=1)
    root.rowconfigure(2,weight=1)
    root.columnconfigure(0,weight=1)
    root.columnconfigure(1,weight=1)
    root.columnconfigure(2,weight=1)
    root.mainloop()


 if __name__ == '__main__': main()
diff --git a/tools_setup.py b/tools_setup.py
 #!/global/freeware/Linux/RHEL6/python-3.6.3/bin/python

 import os
 import re , fnmatch
 class ToolC:
 	def	__init__(self,*args):
 		"""
 		args[0]={tool: [task1,task2] ,tool2:[task2,task3],..
 		self.tool_paths : {tool:([path1,path2],"tool_HOME"),tool2:([path1:path2],"tool_HOME")}"""


 		if args:
 			#assuming if args exist it contains the pathes and constructors
 			##print("These are args :\n\t",args[0])
 			self.tool_paths = dict()
 			#retrieves list of rrelevant tool pathes
 			for tool,cnstr_list in args[0].items():
 				#print("oleggrex debug 0 ",tool,cnstr_list)
 				for cnstr in cnstr_list[0]:#cnstr_list[1] = "VCS_HOME" , [0] = list of all path constructors
 					##print("cnstr",cnstr)
 					if tool in self.tool_paths:
 						#Extend existing list of pathes
 						cnstr_list_of_paths = cnstr()
 						#print("oleggrex debug 1",cnstr_list_of_paths)
 						self.tool_paths[tool][0].extend(cnstr_list_of_paths) # cnstr returns list of pathes
 					else:
 						self.tool_paths[tool]=(cnstr(),cnstr_list[1])
 		else:
 			print("[py-ERROR]: No paths provided to tool constructor in ToolC")
 	def print_tool_paths(self,tool=""):
 		if not tool:
 			for tool,path_list in self.tool_paths.items():
 				print("[py-INFO]: -->tool = {}\n paths = {}\n".format(tool,path_list[0]))
 		#else:
 			#print(self.tool_paths[tool])
 	def get_tool_paths(self,tool = ""):
 		"""returns a list of pathes from spesific tool"""
 		paths_list = self.tool_paths.get(tool,{None})[0]
 		if not paths_list:
 			print("[py-Error]: Tool {} is not present in tools list".format(tool))
 			return None
 		return paths_list
 	def get_tool_home(self,path = ""):
 		"""returns tool home env variable """ 
 		pass
 		#TODO  find the tool home from the path
 		#paths_list = self.tool_paths.get(tool,{None})[0]
 		#if not paths_list:
 		#	print("[py-Error]: Tool {} is not present in tools list".format(tool))
 		#	return None
 		#return paths_list
 	def setenv_var(self,var,val=""):
 		"""setenv environment variable: setenv var val"""
 		os.environ[var]=os.path.expandvars(val)
 		#print("setenv_var : var = {} val = {}".format(var,val))
 	def setenv_tool_home(self,tool="",var="",path=""):
 		"""setenvs the tool's home (ex.VCS_HOME) and the path"""
 		#sanity check that such path and tool exist
 		#print(self.tool_paths.keys())
 		if tool not in self.tool_paths:
 			print("[py-Warning]: Such tool {} does not exist ".format(tool))
 			return
 		else:
 			if path not in self.tool_paths[tool][0]:
 				print("[py-Warning]: Such path ----{}---- does not exist for the tool ---{}----".format(path,tool))
 				return

 		print("[py-Info]: Setting {} to : {}".format(var,path))
 		self.setenv_var(var,path)
 		#print("The following was set {} with {}".format(var,os.environ[var]))
 		self.set_home_bin_to_path(path)
 	def set_home_bin_to_path(self,param=""):
 		"""sets the param/bin to path:"""
 		##print os.environ['PATH']
 		#uncomment PATH = os.environ['PATH']
 		print("set_home_bin_to_path , param=",param)
 		if param != "":
 			print("")
 			PATH = os.environ['PATH']
 			os.environ['PATH']=param + '/bin:' + PATH
 		else:
 			print ("[py-Warning]: Wrong parameter for set_home_bin_to_path function")





 def get_tool_path_spesific_pattern(path,pattern):
 	"""gets directory path and a pattern acording to which 
 	retrieves list of sub directories iwith a full path"""

 	listOfFiles = next(os.walk(path))[1]
 	listOfFiles_filtered_l = list()
 	#match_b = False
 	#for entry in listOfFiles:
 	#	if fnmatch.fnmatch(entry, pattern):
 	#		##print ("matched pattern in path {}:  {}".format(path,entry))
 	#		listOfFiles_filtered_l.append(entry)
 	#		match_b = True
 	#if not match_b:
 	#	print ("[py-Warning]:NO matched pattern in path {} with pattern:  {}".format(path,pattern))
 	#	return

 	r = re.compile(pattern)
 	listOfFiles_filtered_l = list(filter(r.match,listOfFiles))
 	if not len(listOfFiles_filtered_l):
 		print ("[py-Warning]:NO matched pattern in path {} with pattern:  {}".format(path,pattern))
 		listOfFiles_filtered_l = listOfFiles  # as no filtered found return all

 	else:
 		pass
 		#print("[py-Info]:found matches  in path {} are : {}".format(path,listOfFiles_filtered_l))
 	for indx in range(len(listOfFiles_filtered_l)):
 		listOfFiles_filtered_l[indx] = path + "/" + listOfFiles_filtered_l[indx]
 	##print (listOfFiles_filtered_l)
 	return listOfFiles_filtered_l

 def verdi_remote_vtgimages(path="/remote/vtgimages/SAFE"):
 	"""retrieves tool pathes from a main directory and formats the path
 	to the bin/  level. """
 	pattern = ".*_VERDI201[5,6,7,8].*"
 	verdi_paths = get_tool_path_spesific_pattern(path,pattern)

 	if verdi_paths:
 		for indx in range(len(verdi_paths)):
 			verdi_paths[indx] = verdi_paths[indx] + "/release-build/verdi"
 		return verdi_paths
 	return None


 def xa_global_pathes(path='/global/apps'):
 	"""retrieves tool pathes from a main directory and formats the path
 	to the bin/  level. """
    #/global/apps/<name>
    ##print("Here is the list of dirs in path \n",next(os.walk(path))[1]) #'next..  returns list of directories
 	pattern = ".*xa_.*201[6,7,8]*"
 	xa_pathes = get_tool_path_spesific_pattern(path,pattern)
 	return xa_pathes

 def vcsmx_global_pathes(path='/global/apps'):
 	"""retrieves tool pathes from a main directory and formats the path
 	to the bin/  level. """
    #/global/apps/<name>
    ##print("Here is the list of dirs in path \n",next(os.walk(path))[1]) #'next..  returns list of directories
 	pattern = ".*(vcsmx).*"
 	#pattern = "(?!.*static)(17).*"
 	vcsmx_pathes = get_tool_path_spesific_pattern(path,pattern)
 	return vcsmx_pathes

 def vcsmx_snps_apps_pathes(path='/global/snps_apps'):
 	"""retrieves tool pathes from a main directory and formats the path
 	to the bin/  level. """
    #/global/apps/<name>
    ##print("Here is the list of dirs in path \n",next(os.walk(path))[1]) #'next..  returns list of directories
 	pattern = ".*vcs[_,(mx)].*201[5,6,7,8].*Beta*"
 	vcsmx_pathes = get_tool_path_spesific_pattern(path,pattern)
 	return vcsmx_pathes

 def verdi_snps_apps_pathes(path='/global/snps_apps'):
 	"""retrieves tool pathes from a main directory and formats the path
 	to the bin/  level. """
    #/global/apps/<name>
    ##print("Here is the list of dirs in path \n",next(os.walk(path))[1]) #'next..  returns list of directories
 	pattern = ".*verdi.*201[5,6,7,8].*Beta*"
 	verdi_paths = get_tool_path_spesific_pattern(path,pattern)
 	return verdi_paths

 def fs_release_vcsmx_pathes(path='/fs/Release'):
 	"""retrieves tool pathes from a main directory and formats the path
 	to the bin/  level.formats each path with the following:
 	/fs/Release/linux_<name>/release-build/vcs-mx"""
 	#/fs/Release/linux_RH5_EM64T_VCS2016.06_mode64_debug_Engineer/release-build/vcs-mx
 	pattern = ".*VCS201[5,6,7,8].*"
 	#print("oleggrex debug 3 ",path,pattern)
 	vcsmx_paths = get_tool_path_spesific_pattern(path,pattern)
 	if vcsmx_paths:
 		for indx in range(len(vcsmx_paths)):
 			vcsmx_paths[indx] = vcsmx_paths[indx] + "/release-build/vcs-mx"
 		return vcsmx_paths
 	return None

 def verdi_global_pathes(path='/global/apps'):
 	"""retrieves tool pathes from a main directory and formats the path
 	to the bin/  level. """
    #/global/apps/<name>
 	pattern = ".*verdi.*201[6,7,8].*"#"*vcsmx_201[7]*"
 	verdi_paths = get_tool_path_spesific_pattern(path,pattern)
 	return verdi_paths



 def main():
 	path_constructor =  {"vcsmx":([fs_release_vcsmx_pathes,vcsmx_global_pathes],"VCS_HOME") ,
 						 "verdi":([verdi_global_pathes],"VERDI_HOME")}
 	t = ToolC(path_constructor)
 	t.setenv_tool_home("vcsmx","VCS_HOME",'/fs/images/linux_64_VCS2017.12_temp0/release-build/vcs-mx')
 if __name__=='__main__':main()



 #def main():
 #	path_constructor =  { "vcsmx":('/fs/Release',fs_release_vcsmx_pathes),
 #						  "vcsmx":('/global/apps',vcsmx_global_pathes) ,
 #						  "verdi":('/remote/vtgimages/SAFE',verdi_global_pathes)}
 #	t = ToolC('vcsmx',path_constructor)
 #	t.#print_tool_paths("vcsmx")
 #
 #
 #if __name__=='__main__':main()
	from tkinter import *
	from tkinter import ttk
	import datetime
	class HistoryTabC:
	"""This is a container class for saving previously executed commands
	It contains a text widget which shows commands content as well as
	combo box containng the names of the commands
	Commands are being labeld with a name and suffix of the date """
	def __init__(self,root):
	"""initializer for this class"""
	self.root = root
	self.cmds_content_l = [] #[("name","content"),("name2","content2")]
	#contains the active cmd lable value
	self.cmds_names_v = StringVar()
	self.cmds_names_v.trace('w',self.combo_selected_cb)
	#text widget
	self.text = text = Text(root,width=50,height=20)
	self.test_l = ["a","b","c"]
	self.cmds_names_cmb = ttk.Combobox(root,values=self.test_l,textvariable=self.cmds_names_v,width=50)
	#load button command
	self.load_cmd_btn = Button(root,text="load cmd",command=self.exec_button_cb)
	self.del_cmd_btn = Button(root,text="del cmd",command=self.del_button_cb)
	self.text.pack()
	self.cmds_names_cmb.pack()
	self.load_cmd_btn.pack()
	self.del_cmd_btn.pack()
	def bind_load_cmd(self,load_cb):
	"""binded to external callback which in turn
	catches the content of the current active command"""
	self.load_cmd_btn.config(command=load_cb)
	def exec_button_cb(self):
	"""This is a call back fired when load command
	button is clicked . It will set..?"""
	self.get_active_cmd()
	def del_button_cb(self):
	"""call back for delete command.
	removes the spesified command from
	combo and it context"""
	name = self.cmds_names_v.get()
	# in case no more commands in list
	if name:
	indx = [x for x in range(len(self.cmds_content_l)) if self.cmds_content_l[x][0] == name]
	self.cmds_content_l.pop(indx[0])
	self.update_combo()
	def update_combo(self):
	"""updates combo and active cmd with
	full self.get_cmds_name list"""
	self.cmds_names_cmb.config(values=self.get_cmds_names())
	if not len(self.cmds_content_l):
	self.cmds_names_v.set("")
	else:
	self.cmds_names_v.set(self.cmds_content_l[-1][0])
	def combo_selected_cb(self,*args):
	"""call back for updating text container
	with command content based on commbo active
	label"""
	name = self.cmds_names_v.get()
	text = [y for x,y in self.cmds_content_l if x == name]
	if not text:
	self.update_text_content("")
	else:
	self.update_text_content(text[0])
	#self.update_combo() # not sure why this was here
	def get_active_cmd(self):
	"""Returns the content of the current active command. i.# -- coding: utf-8 --
	the content of the self.cmds_content_l[self.cmds_names_v.get()]"""
	name = self.cmds_names_v.get()
	#print([y for x,y in self.cmds_content_l if x == name])
	return [y for x,y in self.cmds_content_l if x == name]
	def add_history_cmd(self,name,content,suffix=""):
	"""Adds new command label to combo box
	with suffix of date and hour . Updates the content
	list with the text and cmd label. use @date to add date"""

	#create suffix
	if suffix == "@date":
	now = datetime.datetime.now()
	suffix = str(now.day)+str(now.month)+str(now.year)+"_"+str(now.hour)+":"+str(now.minute)
	#update command content list
	self.update_cmds_content((name+suffix,content))
	#update new values for the combo box
	self.cmds_names_cmb['values'] =self.get_cmds_names()
	def update_cmds_content(self,name_content_tpl):
	"""adds new entry to commands content list """
	self.cmds_content_l.append(name_content_tpl)
	self.update_combo()
	def get_cmds_names(self):
	"""retrievs all command cmds_names
	existing in combo box"""
	return [x for x,y in self.cmds_content_l]
	def get_cmds_w_content(self):
	"""Returns commands and content list of tuples"""
	return self.cmds_content_l
	def update_text_content(self,text_content):
	"""Deletes previous text content and inserts
	new content """
	self.text.delete('1.0','end')
	self.text.insert('1.0',text_content)

	def dummy():
	print("i am in dummy")
	def main():
	root = Tk()

	cls1 = HistoryTabC(root)
	cls1.add_history_cmd("name","content")
	cls1.add_history_cmd("name1","content1")
	cls1.add_history_cmd("name2","content2")

	cls1.bind_load_cmd(dummy)

	root.mainloop()
	if __name__=='__main__':main()
	import numpy as np
	import os
	class SaveContentC:
	def __init__(self,filename):
	self.file = filename+".npy"


	def append(dic):
	"""
	Appends dictionary dic to active file
	"""
	pass
	def save(self,dic):
	"""
	Saves the content of the dic into file
	overrides the content if was existing before
	"""
	np.save(self.file,dic)
	def load_few(self,entries_l):
	"""
	Recieves entries_l with commands labels.
	Returns dictionary with entries which exist in the file
	Entries which do not exist are not in the returned dictionary
	"""
	if os.path.isfile(self.file):
	dir = np.load(self.file)
	dic_r = dict()
	for entry in entries_l:
	if entry in dir[()].keys():
	dic_r[entry] = dir[()][entry]
	return dic_r
	else:
	print("[Py-Warning]: Saved content file does not exist")
	return None
	def load_all(self):
	"""
	returns all the content of the file.
	Warning if file does not exist. return None
	"""
	if os.path.isfile(self.file):
	dir = np.load(self.file)
	#print (dir[()].keys())
	#print (dir[()])
	return dir[()]
	else:
	print("[Py-Warning]: Saved content file does not exist")
	return None
	# for cmd_indx in range(len(cmds_text_l)):
	# cmd_lable = cmds_text_l[cmd_indx][0]["text"]
	# if cmd_lable in dir[()].keys():
	# cmds_text_l[cmd_indx][1].insert('insert'," "+dir[()][cmd_lable])


	def main():
	dic1 = {'cmd0': 'setenv SOMETHING 56 - changed', 'clean': 'changed',\
	'compile': 'vlogan -full64 module.sv', 'elab': 'vcs -full64 -top top', 'run': 'simv -verdi changed'}
	sav1 = SaveContentC("run_test_commands_do_not_remove.txt")
	sav1.save(dic1)
	print (sav1.load_all())
	print (sav1.load_few(['compile','cmd0','whatever']))
	print (sav1.load_few([]))
	if __name__=='__main__':
	main()
	from tkinter import *
	#from tkinter import ttk


	class MenubarC:
	"""
	this is an encapsulating menu bar
	"""

	def __init__(self,root,create_makefile_cb):
	self.menubar = Menu(root)
	self.file_tab = Menu(self.menubar)
	self.menubar.add_cascade(menu=self.file_tab,label="File")
	self.file_tab.add_command(label="Create Makefile", command=create_makefile_cb)

	def get_menu(self):
	return self.menubar




	#legacy and backward compatability not having bad menu


	def create_mk_temp():
	print("Creating makefile ")

	def main():
	root = Tk()
	root.option_add('*tearOff',False)

	menubar = MenubarC(root,create_mk_temp)
	root.config(menu = menubar.get_menu())
	root.mainloop()



	if __name__ == "__main__":main()
	#!/global/freeware/Linux/RHEL6/python-3.6.3/bin/python
	from tkinter import *
	from tkinter import messagebox
	from tkinter import ttk
	from subprocess import call
	import subprocess
	import numpy as np
	import os.path
	import history_tab
	import save_content
	import os
	import makefile
	import menubar
	import threading
	import time
	import tools_setup
	import tools_setup_gui


	"""
	Debug
	Architeture
	Reuse
	Interface
	Application
	"""


	class PanedDEsignC:
	def __init__(self,root,cmds_info,mouse_text_click_cb):

	self.frame_list = list()
	self.texts_list = list()
	self.painwindow = PanedWindow(root,orient=VERTICAL,relief=RAISED,background=BG_COLOR)
	#self.painwindow = PanedWindow(root,orient=VERTICAL,cursor='spider',relief=RAISED,background=BG_COLOR)
	self.painwindow.pack(fill=BOTH,expand=True)

	#print(self.painwindow.config())
	for indx in range(len(cmds_info)):
	#print(indx)
	self.frame_list.append(ttk.LabelFrame(self.painwindow,text=cmds_info[indx][0]))
	self.frame_list[indx].config(relief=SUNKEN)
	self.frame_list[indx].pack()
	self.painwindow.add(self.frame_list[indx])
	text = Text(self.frame_list[indx],height=cmds_info[indx][2])
	text.insert('insert', cmds_info[indx][4])
	text.pack(side=LEFT,fill=BOTH,expand=True)#grid(row=0,column=0,sticky='nwse')
	self.texts_list.append((self.frame_list[indx],text))

	scroll_bar = Scrollbar(self.frame_list[indx],orient=VERTICAL,command=text.yview)
	scroll_bar.pack(side=LEFT,anchor="w")#grid(row=0,column=1)
	text.config(yscrollcommand=scroll_bar.set)


	def get_frame_list(self):
	return self.texts_list
	# def add_frame(self,text):
	# """this will create additional frame with some default parameters"""
	# self.frame_list.append(ttk.LabelFrame(self.painwindow,text=text))
	# self.frame_list[len(self.frame_list)-1].config(height=20,width=20,relief=SUNKEN)
	# self.frame_list[len(self.frame_list)-1].pack()
	# self.painwindow.add(self.frame_list[len(self.frame_list)-1],weight=1)


	FILE_NAME ="run_test_commands_do_not_remove.txt"
	CMD_TEXT_SIZE_X =70
	CMD_TEXT_SIZE_Y =3
	CONTROL_FRAME_X = 100
	cmds_info = [ ("cmd0",CMD_TEXT_SIZE_X,CMD_TEXT_SIZE_Y,1,"setenv PATH;\nsetenv PATH $VCS_HOME/bin:$PATH"),
	("clean",CMD_TEXT_SIZE_X,CMD_TEXT_SIZE_Y-2,1,"rm -rf AN* 64* csrc simv* work.lib* work/*"),
	("compile",CMD_TEXT_SIZE_X,CMD_TEXT_SIZE_Y,1,"vlogan -kdb -full64 ;\nvhdlan -kdb -full64"),
	("elab",CMD_TEXT_SIZE_X,CMD_TEXT_SIZE_Y,1,"vcs -full64 -lca -kdb -debug_access+all -top top;"),
	("run",CMD_TEXT_SIZE_X,CMD_TEXT_SIZE_Y-1,1,"simv -verdi; ")]



	COMPILE_FLAGS = ["-kdb","-full64","-work","+define+<macro>",\
	"-f file.f","-q","-l compile.log","-nc",\
	"-timescale=1ns/1ps","+incdir+<incdir>",
	"+v2k","+notimingchecks","+nospecify","-y <libdir>",\
	"-v <libfile>"]
	ELAB_FLAGS = ["-kdb","-full64","-lca","-sverilog","-top","-partcomp",\
	"+optconfig","-g <generic.f>","-P pli.tab","-xlrm","-o simv"\
	"-debug_accee+all","-debug_pp","-debug_access+f","-debug",\
	"-cm","-cm+line+assert+fsm+cond","-cm_dir cov.dir","-cm_hier\
	hier.cfg","-l elab.log",]
	RUN_FLAGS = ["-gui=verdi","-gui","-ucli -i ucli.cmd","-ucli",
	"+fsdb+force","+fsdb+delta"\
	"-cm","-cm+line+assert+fsm+cond"]
	ALL_FLAGS = COMPILE_FLAGS+ELAB_FLAGS+RUN_FLAGS
	NUM_OF_CMDS = len(cmds_info)
	FLAG_DEFAULT = "pick flag"
	BG_COLOR ='#e1d8b9'
	#'#e0f8ff'
	#'#82B1FF'
	#'#d6b4e7'
	#'#c18ed0'
	#'#793698' - purple too bright
	#'#d6b4e7' - purple light
	#'#e1d8b9' - bezh
	root = Tk()
	root.title("Tester@DaRiA (C)Oleg Greenberg ->"+os.getcwd())
	#root.configure(bg='orange')
	cmds_text_l = list()
	cmds_var = StringVar()
	vcs_ver_var = StringVar()
	verdi_ver_var = StringVar()
	add_flag_var = StringVar()
	notebk = ttk.Notebook(root)
	main_frame = Frame(root,padx=10,pady=10,background=BG_COLOR)
	history_frame = Frame(root,padx=10,pady=10,background=BG_COLOR)
	info_frame = Frame(root,padx=10,pady=10,background=BG_COLOR)
	control_frame = LabelFrame(main_frame,background=BG_COLOR,text="Configuartions ")
	#history tab container classsc
	hist_tab = history_tab.HistoryTabC(history_frame)
	#save content container class
	save_contnt = save_content.SaveContentC("run_test_commands_do_not_remove.txt")

	#instead of set_vcs_verdi
	path_constructor = {"vcsmx":([tools_setup.fs_release_vcsmx_pathes,tools_setup.vcsmx_global_pathes,tools_setup.vcsmx_snps_apps_pathes],"VCS_HOME") ,"verdi":([tools_setup.verdi_global_pathes ,tools_setup.verdi_snps_apps_pathes,tools_setup.verdi_remote_vtgimages],"VERDI_HOME"),"xa":([tools_setup.xa_global_pathes],"XA_HOME")}
	tool_setup = tools_setup.ToolC(path_constructor)

	tools_to_add_d = dict()
	tool_paths_d = dict()
	t_gui = tools_setup_gui.ToolsSetupGuiC()
	added_tools_versions_label = Label(info_frame,text="Added tools : ",height=10,bg='#e1FFb9')
	added_tools_versions_label.pack()
	def center_window(root,width=300, height=200):
	# get screen width and height
	screen_width = root.winfo_screenwidth()
	screen_height = root.winfo_screenheight()

	# calculate position x and y coordinates
	x = screen_width - width
	y = 0#screen_height - height
	root.geometry('%dx%d+%d+%d' % (width, height, x, y))
	def create_cmd_choice_radio_btn(root,cmds_info,start_row,start_col,cmd_var):
	"""
	returns list of radio buttons ocntaining commands labels
	conected to the cmds_var String variable
	"""

	cmds_radio_btn_l = list()
	for cmds_indx in range(len(cmds_info)):
	#cmds_combo_l[cmds_indx].grid(row=start_row+cmds_indx,column=0)
	cmds_radio_btn_l.append(Radiobutton(root,background=BG_COLOR,text=cmds_info[cmds_indx][0],value=cmds_info[cmds_indx][0],variable=cmd_var))
	cmds_radio_btn_l[cmds_indx].grid(row=start_row+cmds_indx,column=start_col,sticky="wn",ipadx='5')
	#append "all" command
	cmds_radio_btn_l.append(Radiobutton(root,text="all",value="all",variable=cmd_var,background=BG_COLOR))
	cmds_radio_btn_l[len(cmds_info)].grid(row=start_row+len(cmds_info),column=start_col,sticky="wn",ipadx='5')
	return cmds_radio_btn_l
	def get_cmds_text_content(cmd_label):
	"""returns text for cmd's name cmd_label"""
	#This is a list with one item
	cmd_indx = [x for x,y in enumerate(cmds_text_l) if y[0]["text"]== cmd_label ]
	text = cmds_text_l[cmd_indx[0]][1].get('1.0','end')
	return text
	def get_cmds_indx_list(cmd_label):
	"""return index of a spesific command in command list"""
	return [x for x,y in enumerate(cmds_text_l) if y[0]["text"]== cmd_label ]
	def get_cmds_labels_list(cmds_text_l):
	return [y[0]["text"] for x,y in enumerate(cmds_text_l) ]
	def exec_save_cmd_cb(saved_cmd_text_suffix):
	global hist_tab,cmds_var,cmds_text_l
	cmd_label = cmds_var.get()
	#cmd = cmds_text_l[cmd_indx][1].get('1.0','end')
	if cmd_label != "all":
	text = get_cmds_text_content(cmd_label)
	#to prevent saving empty commands
	if text.strip()!="":
	prefix = saved_cmd_text_suffix.get().strip()
	if not prefix:
	prefix = "@date"
	hist_tab.add_history_cmd(cmd_label,text,prefix)
	else:#save all commands #TODO
	pass
	def add_flags_cb(cmd_text_l,cmds_var,add_flag_var):
	flag_str = add_flag_var.get()
	#no action when all is used
	if cmds_var.get() != "all":
	if flag_str:#prevent empty string
	cmds_text_l[get_cmds_indx_list(cmds_var.get())[0]][1].insert('insert'," "+flag_str)
	def ordered_thread(task,task_args):
	t = threading.Thread(target= task, name="execute command",args=task_args)
	t.start()


	#t.join() to do a blocking thread
	def exec_button_cb():
	global cmds_var, cmds_text_l
	cmd_label = cmds_var.get()

	print("These are the tools to add ",tools_to_add_d)

	#The use of hardcoded VCS_HOME & and other homes is a wa , because
	#everything here is written through the as*. In proper coding one
	#needs to retrieve these based on the tool path from the too_setup
	#the home variabels are already there.When adding new tool this WA needs to be updated
	if not len(tools_to_add_d):
	print("[py-Warning]: Please add at least one Tool with Add Tool button")
	messagebox.showwarning("Warning","Please set at least one tool")
	return
	for tool in tools_to_add_d.keys():
	home = "IAMBADLYSET_HOME"
	if tool == "vcsmx":
	home = "VCS_HOME"
	elif tool == "verdi":
	home = "VERDI_HOME"
	elif tool == "xa":
	home = "XA_HOME"
	tool_setup.setenv_tool_home(tool,home,tools_to_add_d[tool])

	if cmd_label == "all":
	#execute_command(list(range(len(cmds_text_l))))
	args_v = list(range(len(cmds_text_l)))
	else:
	y = get_cmds_indx_list(cmd_label)#[x for x,y in enumerate(cmds_text_l) if y[0]["text"]== cmd_label ]
	#print("[Py-Info]:Exec was pressed . Executing",y,cmd_label)
	#execute_command(y)
	args_v = get_cmds_indx_list(cmd_label)
	#print(args_v)
	ordered_thread(execute_command,[args_v])
	def create_combo(root,values,cmds_info,vcs_ver_var,start_row,start_col):
	vcs_verscombo=ttk.Combobox(root,values=values,width=25,textvariable=vcs_ver_var,background=BG_COLOR)
	vcs_verscombo.grid(row=start_row,column=start_col,sticky='w')
	return vcs_verscombo
	def create_exec_button(root,name,callback,start_row,start_col,stick,bg=BG_COLOR,fg='black'):
	exec_button = Button(root,text=name,command=callback,width=6,bg=bg,fg=fg)
	exec_button.grid(row=start_row,column=start_col,sticky=stick)
	return exec_button
	def create_label(**kwargs):
	#root,text,height,row,column,sticky,bg=BG_COLOR
	root = kwargs.get("root",None)
	text = kwargs.get("text","")
	height = kwargs.get("hg",1)
	row = kwargs.get("row",0)
	column = kwargs.get("col",0)
	sticky = kwargs.get("sticky",0)
	bg = kwargs.get("bg","red")
	columnspan = kwargs.get("colspan",None)

	label = Label(root,text=text,height=height,background=bg)
	label.grid(row=row,column=column,sticky=sticky,columnspan=columnspan)
	return label
	def load_from_file(cmds_text_l,save_contnt):
	global hist_tab,added_tools_versions_label,t_gui,tools_to_add_d
	"""onstartup read file conent and insert into text ids
	both in the main frame and history frame. History frame will
	get all the commands including duplicaates of main frame. for simplicity"""

	#main frame commands
	cmds_content_d = save_contnt.load_few(get_cmds_labels_list(cmds_text_l))
	if cmds_content_d :
	for label,content in cmds_content_d.items():
	cmds_text_l[get_cmds_indx_list(label)[0]][1].delete('1.0',END)
	cmds_text_l[get_cmds_indx_list(label)[0]][1].insert('insert'," "+content)

	tools_labels_d =save_contnt.load_few(["tools"])
	tools_to_add_d = save_contnt.load_few(tools_labels_d['tools']) #save_contnt.load_few['tools'] - contains saved tools labels
	print("[py-Info]: Adding the following tools:\n",tools_labels_d,tools_to_add_d)
	text = ''.join("{} : {}\n".format(key,val) \
	for (key,val) in tools_to_add_d.items())
	added_tools_versions_label['text'] = text
	for tool in tools_to_add_d.keys():
	t_gui.add_version_external(tool,tools_to_add_d[tool])

	#history frame commands
	cmds_content_hist_d = save_contnt.load_all()
	for label,content in cmds_content_hist_d.items():
	#TODO exlude the tools from history!!!!
	if label not in [cmds_content_d.keys(),tools_labels_d.keys(),tools_to_add_d.keys()]:# check if command not in main frame
	hist_tab.add_history_cmd(label,content)
	def save_to_file():
	"""On program exit save to file command texts content and insert into FILE_NAME"""
	global save_contnt,hist_tab,t_gui
	dic = dict()
	#1. get main frame commands data to save
	for cmd_indx in range(len(cmds_text_l)):
	#cmds_text_l[cmd_indx][1] : is the text pointer
	dic[cmds_text_l[cmd_indx][0]["text"]] = cmds_text_l[cmd_indx][1].get('1.0',END).strip()
	#2. get history data
	hist_dic = hist_tab.get_cmds_w_content()
	#get used tools
	tools_d = t_gui.get_added_versions()
	# this is required to retrieve the saved tools labels
	saved_tools_d = dict()
	saved_tools_d["tools"] = list(tools_d.keys())


	#merge dictionaries
	dic = {dic,dict(hist_dic),dict(tools_d),dict(saved_tools_d)}
	save_contnt.save(dic)
	def onClose():
	if messagebox.askokcancel("Quit", "Do you want to quit?"):
	save_to_file()
	root.destroy()

	def execute_command(cmds_to_exe_l):
	global tool_setup
	"""Recievs a list of cmd indexes in cmd_text_l to execute.
	Excecutes the commands into shell maintaining list order
	example [0,1,3] : cmd0 ,clean ,elab"""
	for cmd_indx in cmds_to_exe_l:
	cmd = cmds_text_l[cmd_indx][1].get('1.0','end')
	cmd_l = parse_text2commands(''.join(cmd.rstrip("\n")))
	for itm in cmd_l:
	itm = itm.rstrip()
	if itm:# to remove the empty commands caused by parse_text2commands
	itm1 = " ".join(itm.split()) # to removedouble spaces /t /n
	print("\n\t[Py-Info]:\t\t Start execution ")
	print("\t[Py-Info]:\t{}\n ".format(itm1))
	if "setenv" in itm1:
	print('[Py-Info]:Command contains setenv:',itm1)
	if ' ' not in [itm1.split(' ')[1],itm1.split(' ')[2]]:
	tool_setup.setenv_var(itm1.split(' ')[1],itm1.split(' ')[2])
	else:
	call(itm1,shell=True)
	print("\n\t[Py-Info]:\t\t End execution ")
	print("\t[Py-Info]:\t{}\n ".format(itm1))
	def parse_text2commands(text):
	"""divides text to commands usingthe semicolumn ; seperator
	returns list of commands . """
	#print(text)
	return text.split(';')
	# def configure_grid(root,cmd_info):
	# for cmd in range(len(cmd_info)):
	# root.rowconfigure(cmd,weight=cmd_info[cmd][3],minsize=40)
	# root.columnconfigure(0,weight=cmd_info[cmd][3],minsize=300)
	# #for control frame
	# root.rowconfigure(len(cmd_info),weight=3)

	def root_configs(root):
	global cmds_info
	root.protocol("WM_DELETE_WINDOW", onClose)
	#this will set the min size
	#root.minsize(420,300)
	#root.columnconfigure(0,weight=1)
	#root.columnconfigure(1,weight=1)
	#root.rowconfigure(0,weight=1)
	#root.rowconfigure(1,weight=1)
	#configure_grid(root,cmds_info)
	root.mainloop()
	def on_mouse_click_cmd_cb(cmd_label):
	"""gets cmd label on which the left click wasexecuted"""
	str1 = cmd_label
	#print("Woooooohhhuuuuuu:",str1)
	def bind_texts(cmds_text_l,callback):
	"""binds texsts (frame,text) to spesific callback"""
	for itm in cmds_text_l:
	widg = itm[1]
	cmd_label = itm[0]["text"]
	print (cmd_label) #TODO there is a problem here referencing the same last adress forthe parameter to cb
	widg.bind('<1>',lambda : on_mouse_click_cmd_cb(cmd_label))
	def hist_load_command_cb():
	"""this method is called when history .load cmd. is issued
	it updates the current active commnd text. message for
	confirmation pops up """
	global cmds_var,notebk
	print("[py-Info]:current command to overwrite:",cmds_var.get())
	if cmds_var.get() != "all":
	notebk.select(main_frame) #set focus on main frame to see the command
	if messagebox.askokcancel("Overwrite", "Do you want to overwrite - {} - content?".format(cmds_var.get())):
	cmds_text_l[get_cmds_indx_list(cmds_var.get())[0]][1].delete('1.0',END)
	content = hist_tab.get_active_cmd()[0]
	cmds_text_l[get_cmds_indx_list(cmds_var.get())[0]][1].insert('insert',content)
	def create_makefile():
	"""creates file based on commands . Adds export to
	vcs and verdi versions if this are set"""
	global cmds_text_l

	targets_l = list()
	all_cmds = ""
	for cmd_indx in range(len(cmds_text_l)):
	cmd_label=cmds_text_l[cmd_indx][0]["text"]
	cmd_content=cmds_text_l[cmd_indx][1].get('1.0','end')
	print(cmd_label,cmd_content)
	targets_l.append((cmd_label,cmd_content))
	all_cmds += cmd_label + " "

	targets_l.insert(0,("all",all_cmds))
	mk = makefile.MakefileC("Makefile_DaRiA",["all"])

	#again really bad coding style
	exp_tool_d =dict()
	for_path_s = ""
	for tool in tools_to_add_d.keys():
	home = "IAMBADLYSET_HOME"
	if tool == "vcsmx":
	home = "VCS_HOME"
	elif tool == "verdi":
	home = "VERDI_HOME"
	elif tool == "xa":
	home = "XA_HOME"
	exp_tool_d[home] = tools_to_add_d[tool]
	for_path_s += "$("+home+")/bin:"
	exp_tool_d["PATH"] = for_path_s+":$(PATH)"

	mk.export_setenv_vars(exp_tool_d)
	mk.create_makefile(targets_l)
	def add_tools_versions_to_label(t_gui,container_label):
	"""adds the added tools in tool_gui_setup to the label under the info tab"""
	global tools_to_add_d
	t_gui.add_version_button_cb()
	tools_to_add_d = t_gui.get_added_versions()
	print("[py-Info]: Adding the following tools:\n",tools_to_add_d)
	text = ''.join("{} : {}\n".format(key,val) \
	for (key,val) in tools_to_add_d.items())
	container_label['text'] = text
	def main():
	global root,cmds_var,cmds_text_l,notebk,main_frame,history_frame,save_contnt, tool_paths_d ,t_gui,added_tools_versions_label
	#center_window(root,500, 600)
	notebk.pack(fill=BOTH)#this makes the main view fully streched
	main_frame.pack()
	history_frame.pack()
	info_frame.pack()
	ttk.Style().configure("TNotebook", background=BG_COLOR)
	hist_tab.bind_load_cmd(hist_load_command_cb)
	#main_frame.bind('<1>',on_mouse_click_cmd_cb)


	control_frame.pack(fill=BOTH,expand=True)
	design = PanedDEsignC(main_frame,cmds_info,on_mouse_click_cmd_cb)
	cmds_text_l = design.get_frame_list()
	#bind_texts(cmds_text_l,on_mouse_click_cmd_cb)
	# widg = design.get_widget()
	# widg.bind('<1>',on_mouse_click_cmd_cb)

	#menubar
	menu = menubar.MenubarC(root,create_makefile)


	#new implementation
	vcsmx_ids_new = tool_setup.get_tool_paths("vcsmx")
	verdi_ids_new = tool_setup.get_tool_paths("verdi")





	#cmd radio buttons not to resize
	#all the rest in control frame to resize
	control_frame.rowconfigure(0,weight=1)
	control_frame.rowconfigure(1,weight=1)
	control_frame.rowconfigure(2,weight=1)
	control_frame.rowconfigure(3,weight=1)
	control_frame.columnconfigure(0,weight=0)
	control_frame.columnconfigure(1,weight=1)
	control_frame.columnconfigure(2,weight=1)
	control_frame.columnconfigure(3,weight=1)

	main_frame.rowconfigure(0,weight=1)
	main_frame.rowconfigure(1,weight=1)
	#main_frame.rowconfigure(3,weight=1)
	#main_frame.rowconfigure(2,weight=1)
	#main_frame.rowconfigure(4,weight=1)
	main_frame.columnconfigure(0,weight=1)
	main_frame.columnconfigure(1,weight=1)
	#main_frame.columnconfigure(2,weight=1)
	#main_frame.columnconfigure(3,weight=1)
	#main_frame.columnconfigure(4,weight=1)


	cmds_var.set(cmds_info[0][0])


	grid_row = NUM_OF_CMDS
	grid_col = 0
	cmds_radio_btn_l = create_cmd_choice_radio_btn(control_frame,cmds_info,grid_row,grid_col,cmds_var)



	grid_col +=1
	tool_paths_d['vcsmx'] = tool_setup.get_tool_paths('vcsmx')
	tool_paths_d['verdi'] = tool_setup.get_tool_paths('verdi')
	tool_paths_d['xa'] = tool_setup.get_tool_paths('xa')
	t_gui.init_me(control_frame,tool_paths_d,grid_col,grid_row,BG_COLOR)
	grid_col +=1
	runc_cmd_btn = create_exec_button(control_frame,"Execute",\
	exec_button_cb,grid_row,3,"nwes",'green','white')
	grid_row +=2
	grid_col +=1
	add_tool_button = Button(control_frame,text="Add Tool",bg=BG_COLOR,fg='white')
	add_tool_button.grid(row=grid_row,column=grid_col,sticky='nwe ')

	grid_col -=2
	grid_row +=1

	label_add_flags = create_label(root=control_frame,text="Add flags: ",
	hg=1,row=grid_row,col=grid_col,sticky='w',
	bg=BG_COLOR)
	grid_col +=1
	add_flags_combo = create_combo(control_frame,ALL_FLAGS,cmds_info,\
	add_flag_var,grid_row,grid_col)
	grid_col +=1
	add_flgs_btn = create_exec_button(control_frame,"Add flags",\
	lambda: add_flags_cb(cmds_text_l,cmds_var,\
	add_flag_var),grid_row,3,"wsne",BG_COLOR,'white')

	grid_row +=1
	grid_col -=2

	label_saved_cmd_suffix = create_label(root=control_frame,text="Command save suffix: ",
	hg=1,row=grid_row,col=grid_col,sticky='w',
	bg=BG_COLOR)
	grid_col +=1
	saved_cmd_suffix_entr = Entry(control_frame,bg="white")
	saved_cmd_suffix_entr.grid(row=grid_row,column=grid_col,sticky='w')
	grid_col +=1
	save_cmd_btn = create_exec_button(control_frame,"Save",lambda: \
	exec_save_cmd_cb(saved_cmd_suffix_entr),grid_row,3,"wnse",BG_COLOR,'white')

	grid_row +=3
	grid_col -=3



	add_tool_button.configure(command = lambda: add_tools_versions_to_label(t_gui,added_tools_versions_label))

	load_from_file(cmds_text_l,save_contnt)
	notebk.add(main_frame,text="main",state='normal')
	notebk.add(history_frame,text="history",state='normal')
	notebk.add(info_frame,text="Info",state='normal')

	s = ttk.Style()
	s.configure('.',background=BG_COLOR)
	root.config(menu = menu.get_menu())
	root_configs(root)



	if __name__=='__main__':main()
	#!/global/freeware/Linux/RHEL6/python-3.6.3/bin/python

	import os
	import re , fnmatch
	class ToolC:
	def __init__(self,*args):
	"""
	args[0]={tool: [task1,task2] ,tool2:[task2,task3],..
	self.tool_paths : {tool:([path1,path2],"tool_HOME"),tool2:([path1:path2],"tool_HOME")}"""


	if args:
	#assuming if args exist it contains the pathes and constructors
	##print("These are args :\n\t",args[0])
	self.tool_paths = dict()
	#retrieves list of rrelevant tool pathes
	for tool,cnstr_list in args[0].items():
	#print("oleggrex debug 0 ",tool,cnstr_list)
	for cnstr in cnstr_list[0]:#cnstr_list[1] = "VCS_HOME" , [0] = list of all path constructors
	##print("cnstr",cnstr)
	if tool in self.tool_paths:
	#Extend existing list of pathes
	cnstr_list_of_paths = cnstr()
	#print("oleggrex debug 1",cnstr_list_of_paths)
	self.tool_paths[tool][0].extend(cnstr_list_of_paths) # cnstr returns list of pathes
	else:
	self.tool_paths[tool]=(cnstr(),cnstr_list[1])
	else:
	print("[py-ERROR]: No paths provided to tool constructor in ToolC")
	def print_tool_paths(self,tool=""):
	if not tool:
	for tool,path_list in self.tool_paths.items():
	print("[py-INFO]: -->tool = {}\n paths = {}\n".format(tool,path_list[0]))
	#else:
	#print(self.tool_paths[tool])
	def get_tool_paths(self,tool = ""):
	"""returns a list of pathes from spesific tool"""
	paths_list = self.tool_paths.get(tool,{None})[0]
	if not paths_list:
	print("[py-Error]: Tool {} is not present in tools list".format(tool))
	return None
	return paths_list
	def get_tool_home(self,path = ""):
	"""returns tool home env variable """
	pass
	#TODO find the tool home from the path
	#paths_list = self.tool_paths.get(tool,{None})[0]
	#if not paths_list:
	# print("[py-Error]: Tool {} is not present in tools list".format(tool))
	# return None
	#return paths_list
	def setenv_var(self,var,val=""):
	"""setenv environment variable: setenv var val"""
	os.environ[var]=os.path.expandvars(val)
	#print("setenv_var : var = {} val = {}".format(var,val))
	def setenv_tool_home(self,tool="",var="",path=""):
	"""setenvs the tool's home (ex.VCS_HOME) and the path"""
	#sanity check that such path and tool exist
	#print(self.tool_paths.keys())
	if tool not in self.tool_paths:
	print("[py-Warning]: Such tool {} does not exist ".format(tool))
	return
	else:
	if path not in self.tool_paths[tool][0]:
	print("[py-Warning]: Such path ----{}---- does not exist for the tool ---{}----".format(path,tool))
	return

	print("[py-Info]: Setting {} to : {}".format(var,path))
	self.setenv_var(var,path)
	#print("The following was set {} with {}".format(var,os.environ[var]))
	self.set_home_bin_to_path(path)
	def set_home_bin_to_path(self,param=""):
	"""sets the param/bin to path:"""
	##print os.environ['PATH']
	#uncomment PATH = os.environ['PATH']
	print("set_home_bin_to_path , param=",param)
	if param != "":
	print("")
	PATH = os.environ['PATH']
	os.environ['PATH']=param + '/bin:' + PATH
	else:
	print ("[py-Warning]: Wrong parameter for set_home_bin_to_path function")





	def get_tool_path_spesific_pattern(path,pattern):
	"""gets directory path and a pattern acording to which
	retrieves list of sub directories iwith a full path"""

	listOfFiles = next(os.walk(path))[1]
	listOfFiles_filtered_l = list()
	#match_b = False
	#for entry in listOfFiles:
	# if fnmatch.fnmatch(entry, pattern):
	# ##print ("matched pattern in path {}: {}".format(path,entry))
	# listOfFiles_filtered_l.append(entry)
	# match_b = True
	#if not match_b:
	# print ("[py-Warning]:NO matched pattern in path {} with pattern: {}".format(path,pattern))
	# return

	r = re.compile(pattern)
	listOfFiles_filtered_l = list(filter(r.match,listOfFiles))
	if not len(listOfFiles_filtered_l):
	print ("[py-Warning]:NO matched pattern in path {} with pattern: {}".format(path,pattern))
	listOfFiles_filtered_l = listOfFiles # as no filtered found return all

	else:
	pass
	#print("[py-Info]:found matches in path {} are : {}".format(path,listOfFiles_filtered_l))
	for indx in range(len(listOfFiles_filtered_l)):
	listOfFiles_filtered_l[indx] = path + "/" + listOfFiles_filtered_l[indx]
	##print (listOfFiles_filtered_l)
	return listOfFiles_filtered_l

	def verdi_remote_vtgimages(path="/remote/vtgimages/SAFE"):
	"""retrieves tool pathes from a main directory and formats the path
	to the bin/ level. """
	pattern = "._VERDI201[5,6,7,8]."
	verdi_paths = get_tool_path_spesific_pattern(path,pattern)

	if verdi_paths:
	for indx in range(len(verdi_paths)):
	verdi_paths[indx] = verdi_paths[indx] + "/release-build/verdi"
	return verdi_paths
	return None


	def xa_global_pathes(path='/global/apps'):
	"""retrieves tool pathes from a main directory and formats the path
	to the bin/ level. """
	#/global/apps/<name>
	##print("Here is the list of dirs in path \n",next(os.walk(path))[1]) #'next.. returns list of directories
	pattern = ".xa_.201[6,7,8]*"
	xa_pathes = get_tool_path_spesific_pattern(path,pattern)
	return xa_pathes

	def vcsmx_global_pathes(path='/global/apps'):
	"""retrieves tool pathes from a main directory and formats the path
	to the bin/ level. """
	#/global/apps/<name>
	##print("Here is the list of dirs in path \n",next(os.walk(path))[1]) #'next.. returns list of directories
	pattern = ".(vcsmx)."
	#pattern = "(?!.static)(17)."
	vcsmx_pathes = get_tool_path_spesific_pattern(path,pattern)
	return vcsmx_pathes

	def vcsmx_snps_apps_pathes(path='/global/snps_apps'):
	"""retrieves tool pathes from a main directory and formats the path
	to the bin/ level. """
	#/global/apps/<name>
	##print("Here is the list of dirs in path \n",next(os.walk(path))[1]) #'next.. returns list of directories
	pattern = ".vcs[_,(mx)].201[5,6,7,8].Beta"
	vcsmx_pathes = get_tool_path_spesific_pattern(path,pattern)
	return vcsmx_pathes

	def verdi_snps_apps_pathes(path='/global/snps_apps'):
	"""retrieves tool pathes from a main directory and formats the path
	to the bin/ level. """
	#/global/apps/<name>
	##print("Here is the list of dirs in path \n",next(os.walk(path))[1]) #'next.. returns list of directories
	pattern = ".verdi.201[5,6,7,8].Beta"
	verdi_paths = get_tool_path_spesific_pattern(path,pattern)
	return verdi_paths

	def fs_release_vcsmx_pathes(path='/fs/Release'):
	"""retrieves tool pathes from a main directory and formats the path
	to the bin/ level.formats each path with the following:
	/fs/Release/linux_<name>/release-build/vcs-mx"""
	#/fs/Release/linux_RH5_EM64T_VCS2016.06_mode64_debug_Engineer/release-build/vcs-mx
	pattern = ".VCS201[5,6,7,8]."
	#print("oleggrex debug 3 ",path,pattern)
	vcsmx_paths = get_tool_path_spesific_pattern(path,pattern)
	if vcsmx_paths:
	for indx in range(len(vcsmx_paths)):
	vcsmx_paths[indx] = vcsmx_paths[indx] + "/release-build/vcs-mx"
	return vcsmx_paths
	return None

	def verdi_global_pathes(path='/global/apps'):
	"""retrieves tool pathes from a main directory and formats the path
	to the bin/ level. """
	#/global/apps/<name>
	pattern = ".verdi.201[6,7,8]."#"vcsmx_201[7]*"
	verdi_paths = get_tool_path_spesific_pattern(path,pattern)
	return verdi_paths



	def main():
	path_constructor = {"vcsmx":([fs_release_vcsmx_pathes,vcsmx_global_pathes],"VCS_HOME") ,
	"verdi":([verdi_global_pathes],"VERDI_HOME")}
	t = ToolC(path_constructor)
	t.setenv_tool_home("vcsmx","VCS_HOME",'/fs/images/linux_64_VCS2017.12_temp0/release-build/vcs-mx')
	if __name__=='__main__':main()



	#def main():
	# path_constructor = { "vcsmx":('/fs/Release',fs_release_vcsmx_pathes),
	# "vcsmx":('/global/apps',vcsmx_global_pathes) ,
	# "verdi":('/remote/vtgimages/SAFE',verdi_global_pathes)}
	# t = ToolC('vcsmx',path_constructor)
	# t.#print_tool_paths("vcsmx")
	#
	#
	#if __name__=='__main__':main()