TKinterDesigner API Instruction

Author	Honghaier
Version	V1.6.3
Last Update Date	2021-12-05
Twitter:	honghaier_2020@Honghaier_game
Email:	285421210@qq.com
Twitter:	honghaier_2020@Honghaier_game

WebSite:www.tkinterdesigner.com

GitHub: https://github.com/honghaier-game/TKinterDesigner.git

What's Fun.py？

Fun.py is a function library of TkinterDesigner, which provides common functions to access UI controls and their properties. At the same time, it also contains some functions encapsulated by common functions.

Most of the parameters of these functions start with uiname and elementname, which respectively represent the class name and control name of the interface. In the logic file corresponding to the interface, such as "project1_cmd. Py", if we add an event function for the control, tkinterdesigner will also generate corresponding parameters, such as:

def Button_ 6_ onCommand(uiName,widgetName):
UserName=Fun.GetText(uiName,"Entry_3")
PassWord=Fun.GetText(uiName,"Entry_5")
Fun.MessageBox("UserName:"+UserName+"  PassWord:"+PassWord)

In this function, we also pass similar parameters uiname and widgetname, corresponding to the class name and control name of the interface, which can be directly passed to the function in fun.py. In fact, the uiname can be directly set to your corresponding interface class name, such as "project1", and the elementname can also be directly set to the control name you need, such as "entry_5" Note: fun.py is created dynamically according to the needs of the project. It is not recommended to modify fun.py.

What are the functions of Fun.py ?

Tkinterdesigner v1.4.6 currently includes below functions:

Register: Register a control in the control list.
GetElement: Access the control entity through the control name.
AddTKVariable: Add a tkinter variable to control.
SetTKVariable: Set the tkinter variable value of the control.
GetTKVariable: Get the tkinter variable value of the control.
AddUserData: Add a user data to control.
SetUserData: Set the user data value of the control.
GetUserData: Get the user data value of the control.
SetTKAttrib: Set the tkinter attribute value of the control.
GetTKAttrib: Get the tkinter attribute value of the control.
SetText: Set the text of the control.
GetText: Get the text of the control.
SetImage: Set the image of the control.
GetImage:Get the image of the control.
SetSelectIndex:Set selected items for listbox and combobox。
GetSelectIndex:Get the selected items of listbox and combobox。
InitElementData:Initialize all control data.
InitElementStyle:Initialize all control style.
UpdateUIInputDataArray:Get all the entry data of an interface
CenterDlg:Center a pop-up interface dialog box
SetRoundedRectangle:Set the fillet properties of the control
ShowRoundedRectangle:Set the fillet property of the control immediately.
**SetTransparencyFunction:Set the transparent value of the form. **
ExpandAllTreeItem:Expand or close tree items.
MessageBox:Pop up a message dialog box
InputBox:Pop up a input dialog box
AskBox:Pop up a question dialog box,You need choose yes or no.
WalkAllResFiles:Returns all the files in the directory
EventFunction_Adaptor:Redefine the event response function
SetControlPlace:Sets the absolute or relative position of the control
**SetRootRoundRectangle:Set the fillet parameter of TK root, support cross platform. **
ReadFromFile:Read content from file.
WriteToFile:Writing content to a file.
ReadStyleFile:Read style file

Function explanation:

Register: To register a control is to bind the name to the control entity. If you want to access the control entity by name, it must be registered. Here, the param 'uiName' is used to distinguish the controls belonging to which interface instance. Because there may be multiple interfaces in the project, the UI name is used to distinguish them.

Parameter 1: interface class name, parameter 2: control name, parameter 3: control.

def Register(uiName,elementName,element): if uiName not in G_UIElementArray: G_UIElementArray[uiName]={} G_UIElementArray[uiName][elementName]=element

Example:

Fun.Register(className,'Form_1',Form_1)
GetElement: Access the control entity through the control name.

Parameter 1: interface class name, parameter 2: control name

def GetElement(uiName,elementName): global G_UIElementArray if uiName in G_UIElementArray: return G_UIElementArray[uiName][elementName] return None

Example:

Entry_3 = Fun.GetUIEle(className,'Entry_3 ')
AddTKVariable: Add a tkinter variable to control.

parameter 1: interface class name, parameter 2: control name, parameter 3: default value.

def AddTKVariable(uiName,elementName,defaultValue = None): if uiName not in G_UIElementVariableArray: G_UIElementVariableArray[uiName]={} NameLower = elementName.lower() if NameLower.find('combobox_') >= 0: G_UIElementVariableArray[uiName][elementName]=tkinter.IntVar() elif NameLower.find('group_') >= 0: G_UIElementVariableArray[uiName][elementName]=tkinter.IntVar() elif NameLower.find('checkbutton_') >= 0: G_UIElementVariableArray[uiName][elementName]=tkinter.BooleanVar() else: G_UIElementVariableArray[uiName][elementName]=tkinter.StringVar() if defaultValue: G_UIElementVariableArray[uiName][elementName].set(defaultValue) return G_UIElementVariableArray[uiName][elementName]

Example:

CheckButton_6_Variable = Fun.AddTKVariable(className,'CheckButton_6')

CheckButton_6_Variable.set(False)
SetTKVariable: Set the tkinter variable value of the control.

Parameter 1: interface class name, parameter 2: control name, parameter 3: value.

def SetTKVariable(uiName,elementName,value): if uiName in G_UIElementVariableArray: if elementName in G_UIElementVariableArray[uiName]: G_UIElementVariableArray[uiName][elementName].set(value)

Example:

Fun.SetTKVariable(className,'CheckButton_6',True)
GetTKAttrib: Get the tkinter attribute value of the control.

Parameter 1: interface class name, parameter 2: control name

def GetTKVariable(uiName,elementName): if uiName in G_UIElementVariableArray: if elementName in G_UIElementVariableArray[uiName]: return G_UIElementVariableArray[uiName][elementName].get()

Example:

CheckButton_6_Variable = Fun.GetTKVariable(className,'CheckButton_6')
AddUserData: Add a user data to control.The parameter dataname is the data name and datatype is the data type, which can include int, float, string, list, dictionary, etc. generally, the control is operated by the right mouse button in the design software and set in the pop-up "bind data variable".The parameter datavalue is the data value, and ismaptotext is whether to directly reflect the data to the text variable of the control

def AddUserData(uiName,elementName,dataName,datatype,datavalue,isMapToText): global G_UIElementUserDataArray if uiName not in G_UIElementUserDataArray: G_UIElementUserDataArray[uiName]={} if elementName not in G_UIElementUserDataArray[uiName]: G_UIElementUserDataArray[uiName][elementName]=[] G_UIElementUserDataArray[uiName][elementName].append([dataName,datatype,datavalue,isMapToText])

Example:

Fun.AddUserData(className,'Label_7','AAA','int',0,0)

Fun.AddUserData(className,'Label_7','DDD','list',[],0)
SetUserData: Set the user data value of the control.

Parameter 1: interface class name, parameter 2: control name, parameter 3 dataname is the data name, and parameter 4 datavalue is the data value.

def SetUserData(uiName,elementName,dataName,datavalue): global G_UIElementArray global G_UIElementUserDataArray if uiName in G_UIElementUserDataArray: if elementName in G_UIElementUserDataArray[uiName]: for EBData in G_UIElementUserDataArray[uiName][elementName]: if EBData[0] == dataName: EBData[2] = datavalue if EBData[3] == 1: SetText(uiName,elementName,datavalue) return

Example:

Fun.AddUserData(className,'Label_7','AAA',888)
GetUserData: Get the user data value of the control.

Parameter 1: interface class name, parameter 2: control name, parameter 3 dataname is the data name.

def GetUserData(uiName,elementName,dataName): global G_UIElementUserDataArray if uiName in G_UIElementUserDataArray: if elementName in G_UIElementUserDataArray[uiName]: for EBData in G_UIElementUserDataArray[uiName][elementName]: if EBData[0] == dataName: if EBData[1]=='int': return int(EBData[2]) elif EBData[1]=='float': return float(EBData[2]) else: return EBData[2] return None

Example:

aaa = Fun.GetUserData(className,'Label_7','AAA')
SetTKAttrib: Set the tkinter attribute value of the control.

Parameter 1: interface class name, parameter 2: control name, parameter 3: attribname is the property name, and parameter 4: attribvalue is the data value.

def SetTKAttrib(uiName,elementName,AttribName,attribValue): global G_UIElementArray if uiName in G_UIElementArray: if AttribName in G_UIElementArray[uiName][elementName].configure().keys(): G_UIElementArray[uiName][elementName][AttribName]=attribValue

Example:

Fun.SetTKAttrib(className,'Label_7','bg','#000000')

Fun.SetTKAttrib(className,'Label_7','fg','#ffffff')
GetTKAttrib: Get the tkinter attribute value of the control.

Parameter 1: interface class name, parameter 2: control name, parameter 3: attribname is property name.

def GetTKAttrib(uiName,elementName,AttribName): global G_UIElementArray if uiName in G_UIElementArray: return G_UIElementArray[uiName][elementName].cget(AttribName) return None

Example:

bgColor = Fun.GetTKAttrib(className,'Label_7','bg')

fgColor = Fun.GetTKAttrib(className,'Label_7','fg')
SetText: Set the text of the control(label, button, entry and text)

Parameter 1: interface class name, parameter 2: control name, parameter 3: text content.

def SetText(uiName,elementName,textValue): global G_UIElementArray global G_UIElementVariableArray showtext = str("%s"%textValue) if uiName in G_UIElementVariableArray: if elementName in G_UIElementVariableArray[uiName]: G_UIElementVariableArray[uiName][elementName].set(showtext) return if uiName in G_UIElementArray: if elementName in G_UIElementArray[uiName]: if elementName.find('Text_') >= 0: G_UIElementArray[uiName][elementName].delete('0.0',tkinter.END) G_UIElementArray[uiName][elementName].insert(tkinter.END,showtext) else: G_UIElementArray[uiName][elementName].configure(text=showtext)

Example:

Fun.SetText(className,'Label_2','Name')

Fun.SetText(className,'Entry_3','Honghaier')
GetText: Get the text of the control.

Parameter 1: interface class name, parameter 2: control name

def GetText(uiName,elementName): global G_UIElementArray global G_UIElementVariableArray if uiName in G_UIElementVariableArray: if elementName in G_UIElementVariableArray[uiName]: return G_UIElementVariableArray[uiName][elementName].get() if uiName in G_UIElementArray: if elementName in G_UIElementArray[uiName]: if elementName.find('Text_') >= 0: return G_UIElementArray[uiName][elementName].get('0.0', tkinter.END) elif elementName.find('Spinbox_') >= 0: return str(G_UIElementArray[uiName][elementName].get()) else: return G_UIElementArray[uiName][elementName].cget('text') return str("")

Example:

Name = Fun.GetText(className,'Entry_3')
SetImage: Set the image of the control(Label,Button).

Parameter 1: interface class name, parameter 2: control name, parameter 3: picture name.

def SetImage(uiName,elementName,imagePath): global G_UIElementVariableArray if elementName.find('Label_') == 0 or elementName.find('Button_') == 0 : Control = GetElement(uiName,elementName) if Control != None: if uiName in G_UIElementUserDataArray: if elementName in G_UIElementUserDataArray[uiName]: for EBData in G_UIElementUserDataArray[uiName][elementName]: if EBData[0] == 'image': EBData[1] = imagePath from PIL import Image,ImageTk image=Image.open(imagePath).convert('RGBA') image_Resize = image.resize((Control.winfo_width(), Control.winfo_height()),Image.ANTIALIAS) EBData[2] = ImageTk.PhotoImage(image_Resize) Control.configure(image = EBData[2]) return from PIL import Image,ImageTk image=Image.open(imagePath).convert('RGBA') image_Resize = image.resize((Control.winfo_width(), Control.winfo_height()),Image.ANTIALIAS) EBData2 = ImageTk.PhotoImage(image_Resize) AddUserData(uiName,elementName,'image',imagePath,EBData2,0) Control.configure(image = EBData2)

Example:

Fun.SetImage(className,'Label_2','C:\\bg.jpg')
GetImage: Get the image file path of the control(Label,Button).

Parameter 1: interface class name, parameter 2: control name.

def GetImage(uiName,elementName): global G_UIElementVariableArray if elementName.find('Label_') == 0 or elementName.find('Button_') == 0 : Control = GetElement(uiName,elementName) if Control != None: if uiName in G_UIElementUserDataArray: if elementName in G_UIElementUserDataArray[uiName]: for EBData in G_UIElementUserDataArray[uiName][elementName]: if EBData[0] == 'image': return EBData[1] return str("")

Example:

bgImage = Fun.GetImage(className,'Label_2')
SetSelectIndex: Set the selected index values for listbox and ComboBox.

Parameter 1: interface class name, parameter 2: control name, parameter 3: index value.

def SetSelectIndex(uiName,elementName,index): if uiName in G_UIElementAlias.keys() and elementName in G_UIElementAlias[uiName].keys(): elementName = G_UIElementAlias[uiName][elementName] Control = GetElement(uiName,elementName) if Control != None: if elementName.find('ComboBox_') == 0 : Control.current(index) elif elementName.find('ListBox_') == 0 : Control.select_set(index)

Example:

Fun.SetSelectIndex(className,'ComboBox_4',2)
GetSelectIndex: Get the selected index values for listbox and ComboBox.

Parameter 1: interface class name, parameter 2: control name.

`def GetSelectIndex(uiName,elementName): if uiName in G_UIElementAlias.keys() and elementName in G_UIElementAlias[uiName].keys(): elementName = G_UIElementAlias[uiName][elementName] Control = GetElement(uiName,elementName) if Control != None: if elementName.find('ComboBox_') == 0 : return Control.current() elif elementName.find('ListBox_') == 0 : currIndex = Control.curselection() if len(currIndex) > 0 and currIndex[0] >= 0: return currIndex[0] return -1

Example:

index = Fun.GetSelectIndex(className,'ComboBox_4')
InitElementData:Initialize all user binding data without manual call.

Parameter 1: interface class name,

def InitElementData(uiName): global G_UIElementUserDataArray if uiName in G_UIElementUserDataArray: for elementName in G_UIElementUserDataArray[uiName].keys(): for EBData in G_UIElementUserDataArray[uiName][elementName]: if EBData[3] == 1: SetText(uiName,elementName,EBData[2]) SetText(uiName,elementName,EBData[2])
**InitElementStyle:Initialize all control style without manual call. **

Parameter 1: interface class name; parameter 2: style name.

def InitElementStyle(uiName,Style): StyleArray = ReadStyleFile(Style+".py") global G_UIElementArray if uiName in G_UIElementArray: for elementName in G_UIElementArray[uiName].keys(): Widget = G_UIElementArray[uiName][elementName] try: if Widget.winfo_exists() == 1: WinClass = Widget.winfo_class() StyleName = ".T"+WinClass if StyleName == '.TLabel': Root = GetElement(uiName,'root') Root['background'] = StyleArray[StyleName]['background'] for attribute in StyleArray[StyleName].keys(): Widget[attribute] = StyleArray[StyleName][attribute] except BaseException: continue
GetInputDataArray:Get all the entry data of an interface

Parameter 1: interface class name,

def GetInputDataArray(uiName): global G_UIElementArray global G_UIInputDataArray global G_UIElementVariableArray G_UIInputDataArray.clear() if uiName in G_UIElementArray: for elementName in G_UIElementArray[uiName].keys(): G_UIInputDataArray[elementName] = [] Widget = G_UIElementArray[uiName][elementName] if elementName.find('Text_') >= 0: content = Widget.get('0.0', tkinter.END) G_UIInputDataArray[elementName].append(content) elif elementName.find('Entry_') >= 0: content = G_UIElementVariableArray[uiName][elementName].get() G_UIInputDataArray[elementName].append(content) if uiName in G_UIElementVariableArray: for elementName in G_UIElementVariableArray[uiName].keys(): if elementName.find('Group_') >= 0: ElementIntValue = G_UIElementVariableArray[uiName][elementName].get() G_UIInputDataArray[elementName] = [] G_UIInputDataArray[elementName].append(ElementIntValue) return G_UIInputDataArray

Example:

import RegDlg

RegDlg.RegDlg(topLevel)

tkinter.Tk.wait_window(topLevel)

InputDataArray = RegDlg.Fun.G_UIInputDataArray

print(InputDataArray)

print('Name:'+InputDataArray['Entry_5'][0])
CenterDlg:Center a pop-up interface dialog box,Center a pop-up interface dialog box. If the parameter does not specify the width and height, use the width and height of the dialog box itself. If it is used before registering root, that is, the main window root is in the center, the center of the windows screen is in the center.

Parameter 1: interface class name, parameter 2: dialog form, parameter 3: form width, parameter 4: form height.

def CenterDlg(uiName,popupDlg,dw=0,dh=0): if dw == 0: dw = popupDlg.winfo_width() if dh == 0: dh = popupDlg.winfo_height() root = GetElement(uiName,'root') if root != None: sw = root.winfo_width() sh = root.winfo_height() sx = root.winfo_x() sy = root.winfo_y() popupDlg.geometry('%dx%d+%d+%d'%(dw,dh,sx+(sw-dw)/2,sy+(sh-dh)/2)) else: import ctypes user32 = ctypes.windll.user32 sw = user32.GetSystemMetrics(0) sh = user32.GetSystemMetrics(1) sx = 0 sy = 0 popupDlg.geometry('%dx%d+%d+%d'%(dw,dh,sx+(sw-dw)/2,sy+(sh-dh)/2))

Example:

Fun.CenterDlg(uiName,popDlg)
SetRoundedRectangle:The rounded property of the control is called in the interface Layout Pyfile, but because the interface has not been created, it is necessary to call ShowRoundedRectangle two times later. Note: this function does not cross platform.

Parameter 1: control, parameter 2: fillet width, parameter 3: fillet height.

def SetRoundedRectangle(control,WidthEllipse=20,HeightEllipse=20): if control != None: control.after(10, lambda: ShowRoundedRectangle(control,WidthEllipse,HeightEllipse))

Example:

SetRoundedRectangle(Button_2,20,20)
ShowRoundedRectangle: Set the fillet property of the control immediately.

参数1：控件, 参数2:圆角宽度，参数3:圆角高度。

def ShowRoundedRectangle(control,WidthEllipse,HeightEllipse): import win32gui HRGN = win32gui.CreateRoundRectRgn(0,0,control.winfo_width(),control.winfo_height(),WidthEllipse,HeightEllipse) win32gui.SetWindowRgn(control.winfo_id(), HRGN,1)

Example:

Fun.ShowRoundedRectangle(Button_2,20,20)
**SetTransparencyFunction: Sets the transparent value of the form。Sets the transparent value of the form.****Sets the transparent value of the form.

Parameter 1: control, parameter 2: transparency.

def SetTransparencyFunction(root,alpha): if root != None: try : import ctypes from ctypes import windll hwnd = windll.user32.GetParent(root.winfo_id()) _winlib = ctypes.windll.user32 style = _winlib.GetWindowLongA( hwnd, 0xffffffec ) | 0x00080000 _winlib.SetWindowLongA( hwnd, 0xffffffec, style ) _winlib.SetLayeredWindowAttributes( hwnd, 0, alpha, 2 ) except ImportError: pass Example:

Fun.SetTransparencyFunction(root,128)
ExpandAllTreeItem: Expand or close tree items

Parameter 1: target tree item, parameter 1: expand or close, parameter 3: recursive call, no need to pass in manually.

def ExpandAllTreeItem(targetTree,isOpen,parentItem = None): ParentItemArray = [parentItem] if parentItem == None: ParentItemArray = targetTree.get_children() for Item in ParentItemArray: targetTree.item(Item,open=isOpen) for childItem in targetTree.get_children(Item): targetTree.item(childItem,open=isOpen) ExpandAllTreeItem(targetTree,isOpen,childItem)

Example:

Fun.ExpandAllTreeItem(TreeView_4,True)
MessageBox:Pop up a message dialog box

Parameter 1: the dialog box displays text.

def MessageBox(text): tkinter.messagebox.showwarning('info',text)

Example:

Fun.MessageBox("Thank you")
InputBox:Pop up a input dialog box

Parameter 1: dialog box title text, parameter 2: dialog box default box input text.

def InputBox(title,text): res = tkinter.simpledialog.askstring(title,'Input Box',initialvalue=text) return res

Example:

Fun.InputBox("Please input the name")
AskBox:Pop up a question dialog box,You need choose yes or no.

Parameter 1: dialog title text, parameter 2: dialog display text.

def AskBox(title,text): res = tkinter.messagebox.askyesno(title,text) return res

Example:

Result = Fun.AskBox("Are you sure to delete?")

if Result == True:

....
WalkAllResFiles:Returns all the files in the directory

Parameter 1: directory name, parameter 2: enter subdirectory, parameter 3: whether there is extension filtering.

def WalkAllResFiles(parentPath,alldirs=True,extName=None): ResultFilesArray = [] if os.path.exists(parentPath) == True: for fileName in os.listdir(parentPath): if '__pycache__' not in fileName: if '.git' not in fileName: newPath = parentPath +'\\'+ fileName if os.path.isdir(newPath): if extName == None: ResultFilesArray.append(newPath) if alldirs == True: ResultFilesArray.extend(WalkAllResFiles(newPath,alldirs,extName)) else: if extName == None: ResultFilesArray.append(newPath) else: file_extension = os.path.splitext(fileName)[1].replace('.','') file_extension_lower = file_extension.lower().strip() file_extName_lower = extName.lower().strip() if file_extension_lower == file_extName_lower: ResultFilesArray.append(newPath) return ResultFilesArray

Example:

jsonFileArray = Fun.WalkAllResFiles(path,False,'json')
EventFunction_Adaptor:Redefine the event response function to have the specified parameter.

def EventFunction_Adaptor(fun, **params): return lambda event, fun=fun, params=params: fun(event, **params)

Example:

Button_7.configure(command=lambda:Project1_cmd.Button_7_onCommand(className,"Button_7"))

30 SetControlPlace:Sets the absolute or relative position of the control

Parameter 1: control, parameter 2: x position, parameter 3: y position, parameter 4: height, parameter 5: width.

`def SetControlPlace(control,x,y,w,h):
    control.place(x=0,y=0,width=0,height=0)
    control.place(relx=0,rely=0,relwidth=0,relheight=0)
    if type(x) == type(1.0):
        if type(y) == type(1.0):
            if type(w) == type(1.0):
                if type(h) == type(1.0):
                   control.place(relx=x,rely=y,relwidth=w,relheight=h)
                else:
                   control.place(relx=x,rely=y,relwidth=w,height=h)
            else:
                if type(h) == type(1.0):
                   control.place(relx=x,rely=y,width=w,relheight=h)
                else:
                   control.place(relx=x,rely=y,width=w,height=h)
        else:
            if type(w) == type(1.0):
                if type(h) == type(1.0):
                   control.place(relx=x,y=y,relwidth=w,relheight=h)
                else:
                   control.place(relx=x,y=y,relwidth=w,height=h)
            else:
                if type(h) == type(1.0):
                   control.place(relx=x,y=y,relwidth=w,relheight=h)
                else:
                   control.place(relx=x,y=y,relwidth=w,height=h)
    else:
        if type(y) == type(1.0):
            if type(w) == type(1.0):
                if type(h) == type(1.0):
                   control.place(x=x,rely=y,relwidth=w,relheight=h)
                else:
                   control.place(x=x,rely=y,relwidth=w,height=h)
            else:
                if type(h) == type(1.0):
                   control.place(x=x,rely=y,width=w,relheight=h)
                else:
                   control.place(x=x,rely=y,width=w,height=h)
        else:
            if type(w) == type(1.0):
                if type(h) == type(1.0):
                   control.place(x=x,y=y,relwidth=w,relheight=h)
                else:
                   control.place(x=x,y=y,relwidth=w,height=h)
            else:
                if type(h) == type(1.0):
                   control.place(x=x,y=y,width=w,relheight=h)
                else:
                   control.place(x=x,y=y,width=w,height=h)`

**Example:**

`Fun.SetControlPlace(Button_1,10,10,100,24)`

SetRootRoundRectangle:Set the fillet parameter of TK root, support cross platform.

Parameter 1: Canvas control, parameter 2: x position, parameter 3: y position, parameter 4: height, parameter 5: width, parameter 6: fillet radius.

def SetRootRoundRectangle(canvas,x1, y1, x2, y2, radius=25,**kwargs): points = [x1+radius, y1, x1+radius, y1, x2-radius, y1, x2-radius, y1, x2, y1, x2, y1+radius, x2, y1+radius, x2, y2-radius, x2, y2-radius, x2, y2, x2-radius, y2, x2-radius, y2, x1+radius, y2, x1+radius, y2, x1, y2, x1, y2-radius, x1, y2-radius, x1, y1+radius, x1, y1+radius,

return canvas.create_polygon(points, **kwargs, smooth=True)

Example:

Fun.SetControlPlace(Button_1,10,10,100,24)
ReadFromFile:Read content from file.

Parameter 1: file path.

def ReadFromFile(filePath): content = None if filePath != None: if os.path.exists(filePath) == True: f = open(filePath,mode='r',encoding='utf-8') if f != None: content = f.read() f.close() return content

Example:

content = Fun.ReadFromFile('test.txt')

print(content)
WriteToFile:Writing content to a file

Parameter 1: file path, parameter 2: written content.

def WriteToFile(filePath,content): if filePath != None: f = open(filePath,mode='w',encoding='utf-8') if f != None: if content != None: f.write(content) f.close() return True return False

Example:

content = "welcome to use tkinter designer."

Fun.WriteToFile('test.txt',content)
ReadStyleFile:Read style file

Parameter 1: file path.

def ReadStyleFile(filePath): StyleArray = {} if len(filePath)==0 : return StyleArray if os.path.exists(filePath) == False: return StyleArray f = open(filePath,encoding='utf-8') line ="" while True: line = f.readline() if not line: break text = line.strip() if not text: continue if text.find('style = tkinter.ttk.Style()') >= 0: continue if text.find('style.configure(') >= 0: splitarray1 = text.partition('style.configure(') stylename = None splitarray2 = None if splitarray1[2].find(',') >= 0: splitarray2 = splitarray1[2].partition(',') stylename = splitarray2[0].replace('"','') else: splitarray2 = splitarray1[2].partition(')') stylename = splitarray2[0].replace('"','') sytleValueText = splitarray2[2] fontindex_begin = sytleValueText.find('font=(') fontindex_end = fontindex_begin StyleArray[stylename] = {} othertext = sytleValueText if fontindex_begin >= 0: fontindex_end = sytleValueText.find(')') fonttext = sytleValueText[fontindex_begin+6:fontindex_end] fontsplitarray = fonttext.split(',') StyleArray[stylename]['font'] = tkinter.font.Font(family=fontsplitarray[0].replace('"','').strip(), size=int(fontsplitarray[1].replace('"','').strip()),weight=fontsplitarray[2].replace('"','').strip()) othertext = sytleValueText[0:fontindex_begin] + sytleValueText[fontindex_end+1:-1] else: splitarray4 = sytleValueText.partition(')') othertext = splitarray4[0] splitarray3 = othertext.split(',') for stylecfgtext in splitarray3: if stylecfgtext.find('=') > 0: splitarray4 = stylecfgtext.partition('=') key = splitarray4[0].replace('"','').strip() value = splitarray4[2].replace('"','').strip() StyleArray[stylename][key] = value continue if text.find('style.map(') >= 0: continue f.close() return StyleArray

Example:

StyleArray= ReadStyleFile('Project1_sty.py')

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