* Go for Broke * Let it fire * Add PipLine * Create the dir if it doesn't exist * Install Setuptools * Track Test Action's files * Fix Calling Job * Track Build Action files * Install Distutils, rename filenames * Fix Fail conditions * Make Build scripts smarter * Add file * Concat DLLs lists * Try to fail if Error DLLs * Try to make the fail smarter * Moar verbosity * Print the stuff first * Print outputs objects * See if this skips failure * Use py instead * Print error list * Don't ValueError * Try checking a different way * Try something else * Bleh, spell filename correctly * Update excluded_dlls.json * Ugh, gotta compare old to new somehow * Compare to old list * Condense build script * Moar verbosity * Update the global version * Update Excluded DLLs list * Actually use the bad DLLs list * Make a version number * Fix version number building * Fix version number building again * Fix Diagnostics * Try REST API stuff * Try REST API again * Moar REST * await * Get SHA * Try it all together * Del test workflow * Add Perms * Use a Token * Try this Token * Try different Token * Try different Token * Create App Version earlier * See this error again * Don't fail if App Version not made yet * Use New Secret * Print whole response * Documentation for Tagger * Update CI Instructions * Update CI * List References * Find latest tag Fix App Version getter * Fix commas * Check returned data * Update Build Script * Fix substring * Fix Git tag * Fix tag again * Visual indicators * Use encoding * Remove an indicator * Update CI * Update Project Name * PyInstaller Spec Template file * Update Build Script * Fix Tagger * Update CI * Download AppVersion during build * Test job can fail * Upload Logs instead of printing them * Change from Reusable Workflow to Action * Change ref to token * Compare to string * Use PAT * Use String literal * Remove Reusable Workflow * Update CI Scripts * Go for Broke * Let it fire * Add PipLine * Create the dir if it doesn't exist * Install Setuptools * Track Test Action's files * Fix Calling Job * Track Build Action files * Install Distutils, rename filenames * Fix Fail conditions * Make Build scripts smarter * Add file * Concat DLLs lists * Try to fail if Error DLLs * Try to make the fail smarter * Moar verbosity * Print the stuff first * Print outputs objects * See if this skips failure * Use py instead * Print error list * Don't ValueError * Try checking a different way * Try something else * Bleh, spell filename correctly * Update excluded_dlls.json * Ugh, gotta compare old to new somehow * Compare to old list * Condense build script * Moar verbosity * Update the global version * Update Excluded DLLs list * Actually use the bad DLLs list * Make a version number * Fix version number building * Fix version number building again * Fix Diagnostics * Try REST API stuff * Try REST API again * Moar REST * await * Get SHA * Try it all together * Del test workflow * Add Perms * Use a Token * Try this Token * Try different Token * Try different Token * Create App Version earlier * See this error again * Don't fail if App Version not made yet * Use New Secret * Print whole response * Documentation for Tagger * Update CI Instructions * Update CI * List References * Find latest tag Fix App Version getter * Fix commas * Check returned data * Update Build Script * Fix substring * Fix Git tag * Fix tag again * Visual indicators * Use encoding * Remove an indicator * Update CI * Update Project Name * PyInstaller Spec Template file * Update Build Script * Fix Tagger * Update CI * Download AppVersion during build * Test job can fail * Upload Logs instead of printing them * Change from Reusable Workflow to Action * Change ref to token * Compare to string * Use PAT * Use String literal * Remove Reusable Workflow * Update CI Scripts --------- Co-authored-by: Minnie A. Trethewey (Mike) <minnietrethewey@gmail.com>
166 lines
6.2 KiB
Python
166 lines
6.2 KiB
Python
from tkinter import ttk, filedialog, StringVar, Button, Entry, Frame, Label, E, W, LEFT, X, Text, Tk, INSERT
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import source.classes.diags as diagnostics
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import source.gui.widgets as widgets
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import json
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import os
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from functools import partial
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from source.classes.Empty import Empty
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from Main import __version__
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def generation_page(parent,settings):
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# Generation Setup
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self = ttk.Frame(parent)
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# Generation Setup options
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self.widgets = {}
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# Generation Setup option sections
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self.frames = {}
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self.frames["checkboxes"] = Frame(self)
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self.frames["checkboxes"].pack(anchor=W)
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# Load Generation Setup option widgets as defined by JSON file
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# Defns include frame name, widget type, widget options, widget placement attributes
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with open(os.path.join("resources","app","gui","randomize","generation","checkboxes.json")) as checkboxes:
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myDict = json.load(checkboxes)
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myDict = myDict["checkboxes"]
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dictWidgets = widgets.make_widgets_from_dict(self, myDict, self.frames["checkboxes"])
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for key in dictWidgets:
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self.widgets[key] = dictWidgets[key]
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self.widgets[key].pack(anchor=W)
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self.frames["widgets"] = Frame(self)
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self.frames["widgets"].pack(anchor=W)
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# Load Generation Setup option widgets as defined by JSON file
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# Defns include frame name, widget type, widget options, widget placement attributes
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with open(os.path.join("resources","app","gui","randomize","generation","widgets.json")) as items:
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myDict = json.load(items)
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myDict = myDict["widgets"]
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dictWidgets = widgets.make_widgets_from_dict(self, myDict, self.frames["widgets"])
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for key in dictWidgets:
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self.widgets[key] = dictWidgets[key]
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self.widgets[key].pack(anchor=W)
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self.frames["baserom"] = Frame(self)
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self.frames["baserom"].pack(anchor=W, fill=X)
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## Locate base ROM
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# This one's more-complicated, build it and stuff it
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# widget ID
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widget = "rom"
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# Empty object
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self.widgets[widget] = Empty()
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# pieces
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self.widgets[widget].pieces = {}
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# frame
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self.widgets[widget].pieces["frame"] = Frame(self.frames["baserom"])
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# frame: label
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self.widgets[widget].pieces["frame"].label = Label(self.widgets[widget].pieces["frame"], text='Base Rom: ')
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# storage var
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self.widgets[widget].storageVar = StringVar()
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# textbox
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self.widgets[widget].pieces["textbox"] = Entry(self.widgets[widget].pieces["frame"], textvariable=self.widgets[widget].storageVar)
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self.widgets[widget].storageVar.set(settings["rom"])
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# FIXME: Translate these
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def RomSelect():
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rom = filedialog.askopenfilename(filetypes=[("Rom Files", (".sfc", ".smc")), ("All Files", "*")], initialdir=os.path.join("."))
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self.widgets["rom"].storageVar.set(rom)
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# dialog button
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self.widgets[widget].pieces["button"] = Button(self.widgets[widget].pieces["frame"], text='Select Rom', command=RomSelect)
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# frame label: pack
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self.widgets[widget].pieces["frame"].label.pack(side=LEFT)
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# textbox: pack
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self.widgets[widget].pieces["textbox"].pack(side=LEFT, fill=X, expand=True)
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# button: pack
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self.widgets[widget].pieces["button"].pack(side=LEFT)
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# frame: pack
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self.widgets[widget].pieces["frame"].pack(fill=X)
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self.frames["customizer"] = Frame(self)
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self.frames["customizer"].pack(anchor=W, fill=X)
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## Customizer file
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# This one's more-complicated, build it and stuff it
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# widget ID
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widget = "customizer"
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# Empty object
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self.widgets[widget] = Empty()
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# pieces
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self.widgets[widget].pieces = {}
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# frame
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self.widgets[widget].pieces["frame"] = Frame(self.frames["customizer"])
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# frame: label
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self.widgets[widget].pieces["frame"].label = Label(self.widgets[widget].pieces["frame"], text='Customizer File: ')
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# storage var
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self.widgets[widget].storageVar = StringVar()
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# textbox
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self.widgets[widget].pieces["textbox"] = Entry(self.widgets[widget].pieces["frame"],
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textvariable=self.widgets[widget].storageVar)
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self.widgets[widget].storageVar.set(settings["customizer"])
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# FIXME: Translate these
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def FileSelect():
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file = filedialog.askopenfilename(filetypes=[("Yaml Files", (".yaml", ".yml")), ("All Files", "*")],
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initialdir=os.path.join("."))
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self.widgets["customizer"].storageVar.set(file)
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# dialog button
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self.widgets[widget].pieces["button"] = Button(self.widgets[widget].pieces["frame"],
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text='Select File', command=FileSelect)
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# frame label: pack
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self.widgets[widget].pieces["frame"].label.pack(side=LEFT)
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# textbox: pack
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self.widgets[widget].pieces["textbox"].pack(side=LEFT, fill=X, expand=True)
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# button: pack
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self.widgets[widget].pieces["button"].pack(side=LEFT)
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# frame: pack
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self.widgets[widget].pieces["frame"].pack(fill=X)
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## Run Diagnostics
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# This one's more-complicated, build it and stuff it
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# widget ID
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widget = "diags"
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# Empty object
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self.widgets[widget] = Empty()
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# pieces
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self.widgets[widget].pieces = {}
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# frame
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self.frames["diags"] = Frame(self)
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self.frames["diags"].pack()
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self.widgets[widget].pieces["frame"] = Frame(self.frames["diags"])
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def diags():
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# Debugging purposes
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dims = {
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"window": {
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"width": 800,
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"height": 500
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},
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"textarea.characters": {
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"width": 120,
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"height": 50
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}
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}
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diag = Tk()
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diag.title("Door Shuffle " + __version__)
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diag.geometry(str(dims["window"]["width"]) + 'x' + str(dims["window"]["height"]))
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text = Text(diag, width=dims["textarea.characters"]["width"], height=dims["textarea.characters"]["height"])
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text.pack()
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text.insert(INSERT,"\n".join(diagnostics.output()))
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# dialog button
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self.widgets[widget].pieces["button"] = Button(self.widgets[widget].pieces["frame"], text='Run Diagnostics', command=partial(diags))
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# button: pack
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self.widgets[widget].pieces["button"].pack(side=LEFT)
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# frame: pack
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self.widgets[widget].pieces["frame"].pack(fill=X)
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return self,settings
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