Converter

Copyright (C) 2016, 2017 Leo Durrant

This program is free software: you can redistribute it and/or modify

it under the terms of the GNU General Public License as published by

the Free Software Foundation, either version 3 of the License, or

(at your option) any later version.

This program is distributed in the hope that it will be useful,

but WITHOUT ANY WARRANTY; without even the implied warranty of

MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the

GNU General Public License for more details.

You should have received a copy of the GNU General Public License

along with this program. If not, see <http://www.gnu.org/licenses/>.

selected=str(option)

if selected == "()":

messagebox.showerror("Error", "Please select an option.")

logger.error("User chose option {}. But {} is an invaild option!".format(selected, selected))

elif "0" in selected:

window.destroy()

createconvertwindow(selected)

elif "1" in selected:

window.destroy()

createconvertwindow(selected)

elif "2" in selected:

window.destroy()

createconvertwindow(selected)

elif "3" in selected:

window.destroy()

createconvertwindow(selected)

elif "4" in selected:

window.destroy()

createconvertwindow(selected)

elif "5" in selected:

messagebox.showinfo("Information", "Every seperate hexadecimal has to be on a new line in order to be converted correctly.")

window.destroy()

createconvertwindow(selected)

else:

logger.error("User chose option {}. But {} is an invaild option!".format(selected, selected))

converted=""

window.destroy()

if "0" in mode:

try:

print(inputcon)

converted=conlib.text2binary(inputcon)

createresultwindow(mode, converted)

except Exception as e:

logger.error("Error when converting %s to mode %s\n Exception: %s" % (inputcon, mode, str(e)))

messagebox.showerror("Error", "Error when converting %s to mode %s\n Exception: %s." % (inputcon, mode, str(e)))

createmainwindow()

elif "1" in mode:

try:

converted=conlib.binary2text(inputcon)

createresultwindow(mode, converted)

except Exception as e:

logger.error("Error when converting %s to mode %s\n Exception: %s" % (inputcon, mode, str(e)))

messagebox.showerror("Error", "Error when converting %s to mode %s\n Exception: %s." % (inputcon, mode, str(e)))

createmainwindow()

elif "2" in mode:

try:

converted=conlib.int2binary(inputcon)

createresultwindow(mode, converted)

except Exception as e:

logger.error("Error when converting %s to mode %s\n Exception: %s" % (inputcon, mode, str(e)))

messagebox.showerror("Error", "Error when converting %s to mode %s\n Exception: %s." % (inputcon, mode, str(e)))

createmainwindow()

elif "3" in mode:

try:

converted=conlib.binary2int(inputcon)

createresultwindow(mode, converted)

except Exception as e:

logger.error("Error when converting %s to mode %s\n Exception: %s" % (inputcon, mode, str(e)))

messagebox.showerror("Error", "Error when converting %s to mode %s\n Exception: %s." % (inputcon, mode, str(e)))

createmainwindow()

elif "4" in mode:

try:

converted=conlib.text2hexdec(inputcon)

createresultwindow(mode, converted)

except Exception as e:

logger.error("Error when converting %s to mode %s\n Exception: %s" % (inputcon, mode, str(e)))

messagebox.showerror("Error", "Error when converting %s to mode %s\n Exception: %s." % (inputcon, mode, str(e)))

createmainwindow()

elif "5" in mode:

try:

inputcon=inputcon.strip()

converted=conlib.hexdec2text(inputcon)

createresultwindow(mode, converted)

except Exception as e:

logger.error("Error when converting %s to mode %s\n Exception: %s" % (inputcon, mode, str(e)))

messagebox.showerror("Error", "Error when converting %s to mode %s\n Exception: %s." % (inputcon, mode, str(e)))

createmainwindow()

else:

logger.error("Error when converting %s to mode %s\n Exception: %s" % (inputcon, mode, str(e)))

value=False

try:

value=int(readvaluefromconfig(section, valuename))

except Exception as e:

logger.error("Invaild value '%s' from section '%s'.\n Exception: %s" % (valuename, section, str(e)))

messagebox.showerror("Error", "Invaild value '%s' from section '%s'.\n Exception: %s" % (valuename, section, str(e)))

if value == 1:

checkbutton.select()

elif value == 0:

checkbutton.deselect()

else:

logger.error("Invaild value '%s' from section '%s'." % (valuename, section))

try:

config = configparser.ConfigParser()

config.read(configfilereadname)

try:

val = config[section][valuename]

return val

except Exception as e:

logger.error("Cannot find value %s in %s. Check %s.\n Exception: %s\n Attempting to create..." % (valuename, section, configfilereadname, str(e)))

messagebox.showerror("Error", "Cannot find value %s in %s. Check %s.\n Exception: %s\n Attempting to create..." % (valuename, section, configfilereadname, str(e)))

createconfig()

return "null"

except Exception as e:

logger.error("Cannot read %s.\n Exception: %s" % (configfilereadname, str(e)))

messagebox.showerror("Error", "Cannot read %s.\n Exception: %s" % (configfilereadname, str(e)))

config = configparser.ConfigParser()

try:

config.read(configfilereadname)

config.set(section, key, value)

with open(configfilename, 'w') as configfile:

config.write(configfile)

except Exception as e:

logger.error("Unhandled error occurred while writing the config. Using default settings.\n Exception: %s" % (str(e)))

if os.path.exists(configfilereadname) == True:

try:

config = configparser.ConfigParser()

config.read(configfilereadname)

try:

bLoggingenabled = readvaluefromconfig('general', 'bLoggingenabled')

if bLoggingenabled == "null":

logging.info

bLoggingenabled = 1

bAppendtxtwhensaving = readvaluefromconfig('general', 'bAppendtxtwhensaving')

bCheckforupdatesonstartup = readvaluefromconfig('updater', 'bCheckforupdatesonstartup')

except Exception as e:

bLoggingenabled = 1

bCheckforupdatesonstartup = 1

logger.error("Cannot find option value(s) in config.ini.\n Exception: %s" % (str(e)))

print("Configuration file out of date! Rebuilding...")

createconfig()

except Exception as e:

createconfig()

else:

config = configparser.ConfigParser()

config['general'] = {'bLoggingenabled': '1', 'bAppendtxtwhensaving' : '1'}

config['updater'] = {'bCheckforupdatesonstartup': '1'}

try:

with open(configfilename, 'w') as configfile:

config.write(configfile)

except Exception as e:

logger.error("Unhandled error occurred while writing the config. Using default settings.\n Exception: %s" % (str(e)))

while True:

if os.path.exists("data//logs") == True:

try:

logfilename = 'data//logs//log_gui ({}).log'.format(time.strftime("%d-%m-%Y"))

handler = logging.FileHandler(logfilename)

formatter = logging.Formatter('%(asctime)s - %(name)s - %(levelname)s - %(message)s')

handler.setFormatter(formatter)

if bLoggingenabled == 0:

logging.basicConfig()

else:

logging.basicConfig(filename=logfilename, level=logging.DEBUG)

logger.addHandler(handler)

logger.handlers.pop()

logger.debug('Started %s at %s on %s', appname, time.strftime("%H:%M:%S"), time.strftime("%d/%m/%Y"))

logger.info('Running on {} version {} {}.'.format(platform.system(), platform.release(), platform.machine()))

# cx_freeze?

if appfrozen == True:

logger.info("Currently running the frozen version. Compiled by cx_freeze.")

else:

logger.info("Currently running from the Python script.")

logger.info("%s version (%s %s) started in directory: %s", appname, version, release, currentdir)

break

except Exception as e:

messagebox.showerror("Error", "Cannot create log.\n Exception: %s\nTrying to create logs folder..." % (str(e)))

try:

os.mkdir("data//logs")

except Exception as e:

messagebox.showerror("Error", "Cannot create logs folder.\n Exception: %s" % (str(e)))

else:

try:

filename = filedialog.asksaveasfilename(filetypes=(("Text files", "*.txt"),

("All files", "*.*") ))

if bAppendtxtwhensaving == 1:

filename = filename + ".txt"

if not filename == "":

txtcontent = iolib.writetotextfile(text, filename)

if txtcontent == 1:

print("Something went wrong while saving : %s.\n Does this user have to approrite permissions to the file?" % (filename))

messagebox.showerror("Error", "Something went wrong while saving to: %s.\n Do you have the approrite permissions to the file?" % (filename))

else:

conversionsaved=1

print("Saved conversion to %s." % (filename))

messagebox.showinfo("Saved", "Saved conversion to %s." % (filename))

# print(txtcontent) # debugging purposes.

else:

# print("passed") # debugging purposes.

pass

except Exception as e:

print("Error while loading file picker.\n %s." % (str(e)))

messagebox.showerror("Error", "Error while loading file save.\n %s." % (str(e)))

filename = 1

try:

filename = filedialog.askopenfilename(filetypes=(("Text files", "*.txt"),

("All files", "*.*") ))

if not filename == "":

txtcontent = iolib.readfromtextfile(filename)

if txtcontent == 3:

print("Something went wrong while reading: %s.\n Does this user have to approrite permissions to the file?" % (filename))

messagebox.showerror("Error", "Something went wrong while reading: %s.\n Do you have to approrite permissions to the file?" % (filename))

else:

textbox.insert(INSERT, txtcontent)

# print(txtcontent) # debugging purposes.

else:

# print("passed") # debugging purposes.

pass

except Exception as e:

print("Error while loading file picker.\n %s." % (str(e)))

messagebox.showerror("Error", "Error while loading file picker.\n %s." % (str(e)))

filename = 1

try:

window.clipboard_clear()

window.clipboard_append(content)

messagebox.showinfo("Success", "Content copied to clipboard.")

except Exception as e:

print("Failed to copy '%s' to the clipboard.\n Exception: %s" % (content, str(e)))

status=0

try:

print("Checking for updates...", end=" ")

onlineversion=iolib.readonlinefile(onlineversioninfourl)

downloadurl=iolib.readonlinefile(latestversionurl)

patchnotes=iolib.readonlinefile(patchnotesurl)

except Exception as e:

print("Failed!")

status=1

logger.error("Failed to check for updates.\n Exception: %s" % (str(e)))

if supressinfo == False:

messagebox.showerror("Check for updates", "Failed to check for updates.\n Exception: {}".format(str(e)), icon='info')

if status == 0:

logger.info("Comparing onlineversion(%s) to local version(%s)." % (onlineversion, version))

if not onlineversion==version:

logger.info("Version %s is avaiable." % (onlineversion))

createupdateinfowindow("Version {} is available".format(onlineversion), patchnotes, onlineversion, downloadurl)

elif onlineversion==version:

if supressinfo == False:

messagebox.showinfo("Check for updates", "{} is up to date at version {}.".format(appname, version))

if systemos == 0:

windowwidth=385

windowheight=93

elif systemos == 1:

windowwidth=385

windowheight=93

else:

windowwidth=385

windowheight=93

abouticon1=r"data/images/about_con.gif"

licensewindow = Toplevel()

licensewindow.title("{}: {}".format(appname, title))

try:

if systemos == 0: # Check if the user is using Windows...

licensewindow.iconbitmap(progicon)

else: # If not...

ico = PhotoImage(file=abouticon1)

licensewindow.tk.call('wm', 'iconphoto', licensewindow._w, ico)

except Exception as e:

messagebox.showerror("Error", "Error while setting program icon\n {}.".format(str(e)))

licensewindow.geometry("{}x{}".format(windowwidth,windowheight))

choicebox = Frame(licensewindow)

updatelabel = Label(licensewindow, text="Version {} is available.\nDo you want to download it now? (Current version: {})".format(onversion, version))

btn1 = Button(choicebox, text="Patch notes", command=lambda: createlicensewindow("Patch notes (Version {})".format(onversion), text, True))

btn2 = Button(choicebox, text="Yes", command=lambda: closewindowandopenurl(licensewindow, downloadurl))

btn3 = Button(choicebox, text="No", command=lambda: licensewindow.destroy())

btn1.grid(row=0, column=3, sticky=N+S+W+E, padx=2, pady=5)

btn2.grid(row=0, column=1, sticky=N+S+W+E, padx=2, pady=5)

btn3.grid(row=0, column=2, sticky=N+S+W+E, padx=2, pady=5)

choicebox.pack(side=BOTTOM)

global patchnotesopen

if systemos == 0:

windowwidth=670

windowheight=375

elif systemos == 1:

windowwidth=670

windowheight=350

else:

windowwidth=670

windowheight=350

abouticon1=r"data/images/about_con.gif"

licensewindow = Toplevel()

licensewindow.title("{}: {}".format(appname, title))

if patchnotesopen==True:

licensewindow.destroy()

else:

try:

if systemos == 0: # Check if the user is using Windows...

licensewindow.iconbitmap(progicon)

else: # If not...

ico = PhotoImage(file=abouticon1)

licensewindow.tk.call('wm', 'iconphoto', licensewindow._w, ico)

except Exception as e:

messagebox.showerror("Error", "Error while setting program icon\n {}.".format(str(e)))

licensewindow.geometry("{}x{}".format(windowwidth,windowheight))

if patchnotes == True:

if patchnotesopen==False:

patchnotesopen=True

licensewindow.protocol("WM_DELETE_WINDOW", lambda: closepatchnotes(licensewindow))

aboutbox = tkst.ScrolledText(licensewindow, width=str(windowwidth), height=str(windowheight))

aboutbox.insert(INSERT, text)

aboutbox.pack(side = TOP)

windowwidth=300

windowheight=250

mainwindow = Toplevel()

mainwindow.title(appname)

try:

if systemos == 0: # Check if the user is using Windows...

mainwindow.iconbitmap(progicon)

else: # If not...

ico = PhotoImage(file=abouticon)

mainwindow.tk.call('wm', 'iconphoto', mainwindow._w, ico)

except Exception as e:

messagebox.showerror("Error", "Error while setting program icon\n {}.".format(str(e)))

mainwindow.geometry("{}x{}".format(windowwidth,windowheight))

mainwindow.resizable(width=False, height=False)

panel1 = Frame(mainwindow)

panel2 = Frame(mainwindow)

label1txt = StringVar()

label1 = Label(panel1, textvariable=label1txt, relief=SUNKEN, width=str(windowwidth))

msb = Listbox(panel1, width=str(windowwidth))

btn1 = Button(mainwindow, text="Continue", command=lambda: checkmethod(msb.curselection(), mainwindow), width=str(windowwidth))

btn2 = Button(panel2, text="Settings", command=lambda: showsettings(mainwindow), width=20)

btn3 = Button(panel2, text="About", command=showabout, width=25)

label1txt.set("Welcome to %s version %s.\n Please select an option below." % (appname, version))

msb.insert(1, "Convert text to binary")

msb.insert(2, "Convert binary to text")

msb.insert(3, "Convert integer to binary")

msb.insert(4, "Convert binary to integer")

msb.insert(5, "Convert text and integer to hexadecimal")

msb.insert(6, "Convert hexadecminal to text and integer")

panel1.pack(side = TOP)

label1.pack(side = TOP)

msb.pack(side = TOP)

btn1.pack(side = TOP)

panel2.pack(side = TOP)

btn2.pack(side = LEFT)

btn3.pack(side = RIGHT)

mainwindow.protocol("WM_DELETE_WINDOW", lambda: exitapp(mainwindow))

windowwidth=414

windowheight=475

convertwindow = Toplevel()

modedesc = "null"

if "0" in mode:

modedesc="Convert text to binary"

elif "1" in mode:

modedesc="Convert binary to text"

elif "2" in mode:

modedesc="Convert integer to binary"

elif "3" in mode:

modedesc="Convert binary to integer"

elif "4" in mode:

modedesc="Convert text and integer to hexadecimal"

elif "5" in mode:

modedesc="Convert hexadecimal to text and integer"

else:

modedesc="Unknown or inproper implmented mode."

txtcontent = ""

filename = ""

convertwindow.title("%s: %s" % (appname, modedesc))

try:

if systemos == 0:

convertwindow.iconbitmap(progicon)

else:

ico = PhotoImage(file=abouticon)

convertwindow.tk.call('wm', 'iconphoto', convertwindow._w, ico)

except Exception as e:

messagebox.showerror("Error", "Error while setting program icon\n {}.".format(str(e)))

convertwindow.geometry("{}x{}".format(windowwidth,windowheight))

convertwindow.resizable(width=False, height=False)

panel1 = Frame(convertwindow)

panel2 = Frame(convertwindow)

con1txt = StringVar()

con1 = Label(panel1, textvariable=con1txt, relief=SUNKEN, width=str(windowwidth))

conbox = tkst.ScrolledText(panel1, width=str(windowwidth))

btn1 = Button(convertwindow, text="Continue", command=lambda: convert(mode, conbox.get("1.0", END), convertwindow), width=str(windowwidth))

btn2 = Button(convertwindow, text="Browse...", command=lambda: openfile(convertwindow, conbox), width=str(windowwidth))

con1txt.set("Mode: {}\n Select a text file or type some into the textbox.".format(modedesc))

panel1.pack(side = TOP)

con1.pack()

conbox.pack(side = TOP)

btn1.pack(side = TOP)

panel2.pack(side = TOP)

btn2.pack(side = BOTTOM)

convertwindow.protocol("WM_DELETE_WINDOW", lambda: exittowindow(convertwindow))

windowwidth=414

windowheight=545

resultwindow = Toplevel()

modedesc = "null"

conversionsaved=0

txtcontent = ""

filename = ""

if "0" in mode:

modedesc="Convert text to binary"

elif "1" in mode:

modedesc="Convert binary to text"

elif "2" in mode:

modedesc="Convert integer to binary"

elif "3" in mode:

modedesc="Convert binary to integer"

elif "4" in mode:

modedesc="Convert text and integer to hexadecimal"

elif "5" in mode:

modedesc="Convert hexadecimal to text and integer"

else:

modedesc="Unknown or inproper implmented mode."

resultwindow.title("%s: %s" % (appname, modedesc))

try:

if systemos == 0:

resultwindow.iconbitmap(progicon)

else:

ico = PhotoImage(file=abouticon)

resultwindow.tk.call('wm', 'iconphoto', resultwindow._w, ico)

except Exception as e:

messagebox.showerror("Error", "Error while setting program icon\n {}.".format(str(e)))

resultwindow.geometry("{}x{}".format(windowwidth, windowheight))

resultwindow.resizable(width=False, height=False)

panel1 = Frame(resultwindow)

con1txt = StringVar()

con1 = Label(panel1, textvariable=con1txt, relief=SUNKEN, width=str(windowwidth))

conbox = tkst.ScrolledText(panel1, width=str(windowwidth))

btn1 = Button(resultwindow, text="Convert again", command=lambda: restart(resultwindow), width=str(windowwidth))

btn2 = Button(resultwindow, text="Copy to clipboard", command=lambda: copytoclipboard(resultwindow, conbox.get("1.0", END)), width=str(windowwidth))

btn3 = Button(resultwindow, text="Save", command=lambda: savefile(resultwindow, conbox.get("1.0", END)), width=str(windowwidth))

btn4 = Button(resultwindow, text="Quit", command=lambda: end(resultwindow), width=str(windowwidth))

conbox.insert(INSERT, txt)

con1txt.set("Mode: {}\n The conversion has finished. Copy the text in the box below\n or click save.".format(modedesc))

panel1.pack(side = TOP)

con1.pack()

conbox.pack(side = TOP)

btn1.pack(side = TOP)

btn2.pack(side = TOP)

btn3.pack(side = TOP)

btn4.pack(side = TOP)

resultwindow.protocol("WM_DELETE_WINDOW", lambda: exittowindow(resultwindow))

windowwidth=300

windowheight=275

settingwindow = Toplevel()

settingwindow.title("{}: Settings".format(appname))

try:

if systemos == 0:

settingwindow.iconbitmap(progicon)

else:

ico = PhotoImage(file=abouticon)

settingwindow.tk.call('wm', 'iconphoto', settingwindow._w, ico)

except Exception as e:

messagebox.showerror("Error", "Error while setting program icon\n {}.".format(str(e)))

settingwindow.geometry("{}x{}".format(windowwidth,windowheight))

settingwindow.resizable(width=False, height=False)

panel1 = Frame(settingwindow)

panel2 = Frame(settingwindow)

group1 = LabelFrame(settingwindow, text="General", padx=5, pady=5)

group2 = LabelFrame(settingwindow, text="Updater", padx=5, pady=5)

con1txt = StringVar()

con2txt = StringVar()

check1val = IntVar()

check2val = IntVar()

check3val = IntVar()

con1txt.set("Modify the settings below to change\n the way the program works.")

con2txt.set("* These settings require {} to be\n restarted for full effect.".format(appname))

checkbox1 = Checkbutton(group1, text="Create log*", variable=check1val, width=str(windowwidth), command=lambda: setvalueinconfig("general", "bLoggingenabled", str(check1val.get())))

checkbox2 = Checkbutton(group2, text="Check for updates on startup", variable=check2val, width=str(windowwidth), command=lambda: setvalueinconfig("updater", "bCheckforupdatesonstartup", str(check2val.get())))

checkbox3 = Checkbutton(group1, text="Append '.txt' when saving files", variable=check3val, width=str(windowwidth), command=lambda: setvalueinconfig("general", "bappendtxtwhensaving", str(check3val.get())))

btn1 = Button(panel2, text="Close", command=lambda: restart(settingwindow), width=str(windowwidth))

con1 = Label(panel1, textvariable=con1txt, relief=SUNKEN, width=str(windowwidth))

con2 = Label(panel2, textvariable=con2txt, width=str(windowwidth))

initializesetting("general","bLoggingenabled", checkbox1)

initializesetting("updater","bCheckforupdatesonstartup", checkbox2)

initializesetting("general","bappendtxtwhensaving", checkbox3)

panel1.pack(side=TOP)

group1.pack(side=TOP, padx=10, pady=10)

group2.pack(side=TOP, padx=10, pady=10)

panel2.pack(side=BOTTOM)

con1.pack()

con2.pack()

checkbox1.pack(side=TOP)

checkbox2.pack(side=LEFT)

checkbox3.pack(side=LEFT)

btn1.pack(side=BOTTOM)

settingwindow.protocol("WM_DELETE_WINDOW", empty)

if systemos == 0:

windowwidth=475

windowheight=375

elif systemos == 1:

windowwidth=625

windowheight=375

else:

windowwidth=625

windowheight=375

aboutwindow = Toplevel()

aboutwindow.title("{}: About".format(appname))

try:

if systemos == 0:

aboutwindow.iconbitmap(progicon)

else:

ico = PhotoImage(file=abouticon)

aboutwindow.tk.call('wm', 'iconphoto', aboutwindow._w, ico)

except Exception as e:

messagebox.showerror("Error", "Error while setting program icon\n {}.".format(str(e)))

aboutwindow.geometry("{}x{}".format(windowwidth,windowheight))

aboutwindow.resizable(width=False, height=False)

try:

# Load the correct open source text file for corrisponding modes.

if appfrozen == False:

opensourcetext=iolib.readfromtextfile("data/text/opensourcelibraries.txt")

else:

opensourcetext=iolib.readfromtextfile("data/text/opensourcelibraries_cx.txt")

legalinfotext=iolib.readfromtextfile("data/text/legalinfo.txt")

except Exception as e:

messagebox.showerror("Error", "Error while reading about text files.\n {}.".format(str(e)))

# Initialize the variable...

appflavourinfo=""

# Then decide what it is going to hold.

if appfrozen == True and iolib.isexe64bit() == True and iolib.systemos() == 0:

appflavourinfo="a 64-bit executable on Windows."

elif appfrozen == True and iolib.isexe64bit() == False and iolib.systemos() == 0:

appflavourinfo="a 32-bit executable on Windows."

elif appfrozen == False and iolib.isexe64bit() == True and iolib.systemos() == 0:

appflavourinfo="a script running on a 64-bit interpreter on Windows."

elif appfrozen == False and iolib.isexe64bit() == False and iolib.systemos() == 0:

appflavourinfo="a script running on a 32-bit interpreter on Windows."

elif appfrozen == True and iolib.isexe64bit() == True and iolib.systemos() == 1:

appflavourinfo="a 64-bit executable on Linux."

elif appfrozen == True and iolib.isexe64bit() == False and iolib.systemos() == 1:

appflavourinfo="a 32-bit executable on Linux."

elif appfrozen == False and iolib.isexe64bit() == True and iolib.systemos() == 1:

appflavourinfo="a script running on a 64-bit interpreter on Linux."

elif appfrozen == False and iolib.isexe64bit() == False and iolib.systemos() == 1:

appflavourinfo="a script running on a 32-bit interpreter on Linux."

elif appfrozen == True and iolib.isexe64bit() == True and iolib.systemos() == 2:

appflavourinfo="a 64-bit executable on MacOS."

elif appfrozen == True and iolib.isexe64bit() == False and iolib.systemos() == 2:

appflavourinfo="a 32-bit executable on MacOS."

elif appfrozen == False and iolib.isexe64bit() == True and iolib.systemos() == 2:

appflavourinfo="a script running on a 64-bit interpreter on MacOS."

elif appfrozen == False and iolib.isexe64bit() == False and iolib.systemos() == 2:

appflavourinfo="a script running on a 32-bit interpreter on MacOS."

elif appfrozen == True and iolib.isexe64bit() == True and iolib.systemos() == 3:

appflavourinfo="a 64-bit executable on Unknown."

elif appfrozen == True and iolib.isexe64bit() == False and iolib.systemos() == 3:

appflavourinfo="a 32-bit executable on Unknown."

elif appfrozen == False and iolib.isexe64bit() == True and iolib.systemos() == 3:

appflavourinfo="a script running on a 64-bit interpreter on Unknown."

elif appfrozen == False and iolib.isexe64bit() == False and iolib.systemos() == 3:

appflavourinfo="a script running on a 32-bit interpreter on Unknown."

else:

appflavourinfo="an Unknown mode on an Unknown OS."

panel1=Frame(aboutwindow, padx=5, pady=5, width=str(windowwidth))

links=LabelFrame(aboutwindow, padx=5, pady=5, width=str(windowwidth), height=10, text="")

lbt_logo=PhotoImage(file=abouticon)

logolabel=Label(panel1, image=lbt_logo, text="")

about_name=Label(panel1, text=appname)

about_license=Label(panel1, text="This product '{}' , '{}'\n and '{}' are all under the GPLv3 license.\nClick the 'Legal info' button below for more infomation.".format(appname, conlib.appname, iolib.appname))

about_verinfo=Label(panel1, text="Version: {} ({})".format(version, release), width=str(windowwidth))

about_appbuildinfo=Label(panel1, text="Written by {} on the {}".format(author, buliddate))

about_appflavour=Label(panel1, text="Running as {}".format(appflavourinfo))

about_conlib=Label(panel1, text="{} {} ({}) by {}. \nBuilt on {}.".format(conlib.appname, conlib.version, conlib.release, conlib.author, conlib.buliddate), width=str(windowwidth))

about_iolib=Label(panel1, text="{} {} ({}) by {}. \nBuilt on {}.".format(iolib.appname, iolib.version, iolib.release, iolib.author, iolib.buliddate), width=str(windowwidth))

about_extrainfo=Label(panel1, text="Please report any bugs to the issues tracker on the\n Github repo and tell me what I can improve on this app.\n All feedback apperciated!", width=str(windowwidth))

btn1=Button(links, text="Legal info", command=lambda: createlicensewindow("Legal info", legalinfotext))

btn2=Button(links, text="Github", command=lambda: iolib.openinwebbrowser(githuburl))

btn3=Button(links, text="Website", command=lambda: iolib.openinwebbrowser(websiteurl))

btn4=Button(links, text="Check for updates", command=lambda: checkforupdates(False))

btn5=Button(links, text="Help", command=empty)

btn6=Button(links, text="Open source libraries", command=lambda: createlicensewindow("Open source", opensourcetext))

panel1.pack(padx=20, pady=5)

links.pack(padx=5, pady=5, side=BOTTOM)

logolabel.pack()

about_name.pack()

about_verinfo.pack()

about_license.pack()

about_appbuildinfo.pack()

about_appflavour.pack()

about_conlib.pack()

about_iolib.pack()

about_extrainfo.pack()

btn1.pack(side=LEFT, padx=1)

btn2.pack(side=LEFT, padx=1)

btn3.pack(side=LEFT, padx=1)

btn4.pack(side=LEFT, padx=1)

btn5.pack(side=LEFT, padx=1)

btn6.pack(side=LEFT, padx=1)