def checkupdate(self):
'''Checks for update'''
self.title('Checking for updates...')
ver, log = checkupdate()
if ver:
self.title('Update found!')
if ask.askyesno('A new update is available!', 'Update %s is available (you are on %s.) Download? In this update:\n%s' % (ver, version, log)):
web('https://github.com/yunruse/Steam-Mover/')
else:
self.title('No updates found')
def openInfosite(self):
try:
FullVerInfo = self.master.TF3.get().replace(' ', '')
if FullVerInfo:
showinfo('Information', DownloadInfo)
VerInfo = FullVerInfo.split(',')[0]
version = VerInfo.split('.')[0]
osbuild = VerInfo.split('B')[1]
model = FullVerInfo.split(',')[1]
Fullmodel = model.split('_')[0]
model_dict = getJsonData(
join(dirname(ImagePath), 'models.json'))
Fullmodel = model_dict[Fullmodel]
web('https://info.fortinet.com/files/{0}/v{1}.00/images/build{2}/{3}-v{1}-build{2}-FORTINET.out'
.format(Fullmodel, version, osbuild, model))
else:
showerror(
'ERROR',
'Please select TP request form,\nsuch as \"04-TP-REQUEST-REQUEST FORM-FAZ-XXXE.docx\"'
)
except IOError as ioerr:
pass
self.master.displayText["text"] = str(ioerr)
showerror('ERROR', str(ioerr))
def on_bug(self, *args):
web("https://github.com/avernusheros/avernus/issues")
def on_website(self, *args):
web("https://github.com/avernusheros/avernus")
def on_help(self, *args):
# unused
web("https://answers.launchpad.net/avernus")
def tab(self,file='t.html'):
with open(file,'w') as f:f.write(self.dr.page_source)
sleep(1) ; web(file)
except Exception as e:
e = traceback.format_exc()
sg.popup_scrolled(e, title="Unknown Error")
elif event == "c_login":
login_window["col1"].update(visible=False)
login_window["col2"].update(visible=True)
access_token = config["access_token"]
client_id = config["client_id"]
login_window["access_token"].update(value=access_token)
login_window["client_id"].update(value=client_id)
elif event == "Github":
web("https://github.com/techtanic/Discounted-Udemy-Course-Enroller"
)
elif event == "Support":
web("https://techtanic.github.io/ucg/")
elif event == "Discord":
web("https://discord.gg/wFsfhJh4Rh")
elif event == "Back":
login_window["col1"].update(visible=True)
login_window["col2"].update(visible=False)
elif event == "Login":
access_token = values["access_token"]
client_id = values["client_id"]
def check_update():
web("https://virtual-robo.github.io/VirtualLine/update/?%s" % version)
def __init__(self):
self.window = window = tk.Tk()
window.resizable(0,1)
window.minsize(600,300)
window.protocol('WM_DELETE_WINDOW', self.close)
window.grid_rowconfigure(3, weight=1)
#Path entry boxes
ltype = tk.Entry(window, width=50)
rtype = tk.Entry(window, width=50)
ltype.bind('<Return>', lambda e: thread(self.getlibrary,'l'))
rtype.bind('<Return>', lambda e: thread(self.getlibrary,'r'))
ltype.grid(row=0)
rtype.grid(row=0,column=1, columnspan=3)
ltype.insert(0, defaultleft)
rtype.insert(0, defaultright)
#Sizing labels
llab = tk.Label(window)
rlab = tk.Label(window)
llab.grid(row=1)
rlab.grid(row=1,column=1, columnspan=3)
#Canvases for size
lbar = tk.Canvas(window, height=20, width=300)
rbar = tk.Canvas(window, height=20, width=300)
lbar.grid(row=2)
rbar.grid(row=2,column=1, columnspan=3)
self.showdrives = True
#Lists of games
llis = tk.Listbox(window, width=50)
rlis = tk.Listbox(window, width=50)
llis.grid(row=3, sticky='ns')
rlis.grid(row=3, column=1, sticky='ns', columnspan=3)
llis.bind('<Double-Button-1>', lambda e: thread(self.select, 'l'))
rlis.bind('<Double-Button-1>', lambda e: thread(self.select, 'r'))
#Information label
info = tk.Label(window, text='No game selected. Double-click one from either library.', width=42)
info.grid(row=4, rowspan=2)
#Buttons
bcopy = tk.Button(window, text='Copy', command = lambda: thread(self.op, 'Copy'), state='disabled')
bcopy.grid(row=4, column=1, sticky='nwe')
bmove = tk.Button(window, text='Move', command = lambda: thread(self.op, 'Move'), state='disabled')
bmove.grid(row=4, column=2, sticky='nwe')
bdel = tk.Button(window, text='Delete', command = lambda: thread(self.op, 'Delete'), state='disabled')
bdel.grid(row=4, column=3, sticky='nwe')
btool = tk.Button(window, text='Tools...', command = self.tools, state='disabled')
btool.grid(row=5, column=1, sticky='nwe')
bopen = tk.Button(window, text='Open folder', command = lambda: os.startfile(
os.path.join(self.srclib['path'], 'common', self.sources[self.game]['path'])
), state='disabled')
bopen.grid(row=5, column=2, sticky='nwe')
bplay = tk.Button(window, text='Play game', command = lambda: web('steam://run/%s' % self.game), state='disabled')
bplay.grid(row=5, column=3, sticky='nwe')
self.drivewin = DriveClean(self)
#Menu bar
menu = tk.Menu(window, tearoff=0)
def updateboth():
self.getlibrary('l')
self.getlibrary('r')
menu.add_command(label='Refresh libraries', command = lambda: thread(updateboth))
menu.add_command(label='Check for updates', command = lambda: thread(self.checkupdate))
menu.add_command(label='Library Cleaner...', command = self.drivewin.show)
menu.add_command(label='Toggle drive display', command = self.toggledrive)
menu.add_command(label='About...', command = lambda: ask.showinfo('Steam Mover version %s' % version, 'Copyright © 2016 Ami yun Ruse @yunruse. See LICENSE for legal stuff.'))
window.config(menu=menu)
#Tools menu popup
popup = tk.Menu(window, tearoff=0)
popup.add_command(label='Details in Steam', command = lambda: web('steam://nav/games/details/%s' % self.game))
popup.add_command(label='Verify cache', command = lambda: web('steam://validate/%s' % self.game))
popup.add_command(label='Backup to file...', command = lambda: web('steam://backup/%s' % self.game))
visit = tk.Menu(popup, tearoff=0)
visit.add_command(label='SteamDB stats', command = lambda: web('https://steamdb.info/app/%s' % self.game))
visit.add_command(label='Store page', command = lambda: web('steam://url/StoreAppPage/%s' % self.game))
visit.add_command(label='Game hub', command = lambda: web('steam://url/GameHub/%s' % self.game))
visit.add_command(label='News page', command = lambda: web('steam://appnews/%s' % self.game))
popup.add_cascade(label='Visit...', menu=visit)
self.ltype = ltype
self.rtype = rtype
self.llab = llab
self.rlab = rlab
self.lbar = lbar
self.rbar = rbar
self.llis = llis
self.rlis = rlis
self.info = info
self.popup = popup
self.bcopy = bcopy
self.bmove = bmove
self.bdel = bdel
self.bopen = bopen
self.bplay = bplay
self.btool = btool
self.srclib = self.game = self.dstlib = False #In case of preëmptive checks
self.operation = False
self.sources = {}
thread(self.getnames)
thread(self.getlibrary('l'))
thread(self.getlibrary('r'))
self.loop = window.mainloop
def initUI(self, alog): # Massive function that prepares the ui, defines data, and connects slots.
self.data = None # Initialize save data var to null.
self.alog = alog # Advanced logging.
# Default data structure to use in case loaded data is missing flags.
# Note: None values should not be set in data or default_data! None should only be used to default GUI widgets!
# These defaults are educated guesses and may not be accurate, so no harm in altering them.
self.default_data = {
'player': {
'name': "", 'acc1': "", 'acc2': "", 'botarm': "", 'toparm': "", 'toy': "", 'wep': "",
'dex': 0, 'dexG': 1, 'inte': 0, 'inteG': 1, 'lib': 0, 'libG': 1, 'sta': 0, 'staG': 1,
'str': 0, 'strG': 1, 'spi': 0, 'spiG': 1, 'maxLust': 10, 'maxLustG': 5, 'curLust': 0,
'maxHp': 10, 'maxHpG': 10, 'curHp': 140, 'maxSp': 10, 'maxSpG': 5, 'curSp': 90,
's**t': 0, 'subDom': 50, 'alvl': 1, 'lvl': 1, 'slvl': 1, 'sexp': 0, 'exp': 0,
'exp2lvl': 15, 'sxp2lvl': 30,
'body': {
'fem': 0, 'tone': 0, 'mass': 0, 'weight': 62
}
}
}
log.info("Setting up UI.")
i = 0
l = list(equipment.accessories.keys())
while i < len(l): # Load accessory drop-down boxes with equipment.accessories.
item = atlas.get(equipment.accessories, l[i])
self.acc1.addItem(item.name)
self.acc1.setItemData(i, item.desc, 3)
self.acc2.addItem(item.name)
self.acc2.setItemData(i, item.desc, 3)
i += 1
log.debug("Setup accessory combo boxes.")
i = t = b = 0
l = list(equipment.armor.keys())
while i < len(l): # Load and sort armor drop-down boxes with atlas.Armor.
item = atlas.get(equipment.armor, l[i])
if ('top' in str(item.type)) or ('full' in str(item.type)):
self.armTop.addItem(item.name)
self.armTop.setItemData(t, item.desc, 3)
t += 1
elif 'bot' in str(item.type):
self.armBot.addItem(item.name)
self.armBot.setItemData(b, item.desc, 3)
b += 1
i += 1
log.debug("Setup armor combo boxes.")
l = list(equipment.weapons.keys())
i = 0
while i < len(l): # Load weapon drop-down box with atlas.Weapons.
item = atlas.get(equipment.weapons, l[i])
self.weapon.addItem(item.name)
self.weapon.setItemData(i, item.desc, 3)
i += 1
log.debug("Setup weapon combo box.")
l = list(equipment.strapons.keys())
i = 0
while i < len(l): # Load toy drop-down box with atlas.Strapons.
item = atlas.get(equipment.strapons, l[i])
self.toy.addItem(item.name)
self.toy.setItemData(i, item.desc, 3)
i += 1
log.debug("Setup toy combo box.")
# Signal/slot work section.
self.actionSource.triggered.connect(lambda: web(url))
self.actionOpen.triggered.connect(self.load)
self.actionSave.triggered.connect(self.save)
self.acc1.highlighted['int'].connect(lambda arg: self.status(equipment.accessories, self.acc1, arg))
self.acc2.highlighted['int'].connect(lambda arg: self.status(equipment.accessories, self.acc2, arg))
self.armTop.highlighted['int'].connect(lambda arg: self.status(equipment.armor, self.armTop, arg))
self.armBot.highlighted['int'].connect(lambda arg: self.status(equipment.armor, self.armBot, arg))
self.weapon.highlighted['int'].connect(lambda arg: self.status(equipment.weapons, self.weapon, arg))
self.toy.highlighted['int'].connect(lambda arg: self.status(equipment.strapons, self.toy, arg))
self.characterName.textChanged['QString'].connect(lambda arg: self.setval('player/name', arg))
self.acc1.currentIndexChanged['QString'].connect(lambda arg: self.setval('player/acc1', atlas.id(equipment.accessories, arg)))
self.acc2.currentIndexChanged['QString'].connect(lambda arg: self.setval('player/acc2', atlas.id(equipment.accessories, arg)))
self.armTop.currentIndexChanged['QString'].connect(lambda arg: self.setval('player/toparm', atlas.id(equipment.armor, arg)))
self.armBot.currentIndexChanged['QString'].connect(lambda arg: self.setval('player/botarm', atlas.id(equipment.armor, arg)))
self.weapon.currentIndexChanged['QString'].connect(lambda arg: self.setval('player/wep', atlas.id(equipment.weapons, arg)))
self.toy.currentIndexChanged['QString'].connect(lambda arg: self.setval('player/toy', atlas.id(equipment.strapons, arg)))
self.dex.valueChanged['int'].connect(lambda arg: self.setval('player/dex', arg))
self.dexG.valueChanged['double'].connect(lambda arg: self.setval('player/dexG', arg))
self.inte.valueChanged['int'].connect(lambda arg: self.setval('player/inte', arg))
self.inteG.valueChanged['double'].connect(lambda arg: self.setval('player/inteG', arg))
self.lib.valueChanged['int'].connect(lambda arg: self.setval('player/lib', arg))
self.libG.valueChanged['double'].connect(lambda arg: self.setval('player/libG', arg))
self.sta.valueChanged['int'].connect(lambda arg: self.setval('player/sta', arg))
self.staG.valueChanged['double'].connect(lambda arg: self.setval('player/staG', arg))
self.str.valueChanged['int'].connect(lambda arg: self.setval('player/str', arg))
self.strG.valueChanged['double'].connect(lambda arg: self.setval('player/strG', arg))
self.spi.valueChanged['int'].connect(lambda arg: self.setval('player/spi', arg))
self.spiG.valueChanged['double'].connect(lambda arg: self.setval('player/spiG', arg))
self.fem.valueChanged['double'].connect(lambda arg: self.setval('player/body/fem', arg))
self.mTone.valueChanged['double'].connect(lambda arg: self.setval('player/body/tone', arg))
self.s**t.valueChanged['int'].connect(lambda arg: self.setval('player/s**t', arg))
self.subDom.valueChanged['int'].connect(lambda arg: self.setval('player/subDom', arg))
self.al.valueChanged['int'].connect(lambda arg: self.setval('player/alvl', arg))
self.mass.valueChanged['double'].connect(lambda arg: self.setval('player/body/mass', arg))
self.weight.valueChanged['double'].connect(lambda arg: self.setval('player/body/weight', arg))
self.mLust.valueChanged['int'].connect(lambda arg: self.setval('player/maxLust', arg))
self.mLustG.valueChanged['int'].connect(lambda arg: self.setval('player/maxLustG', arg))
self.lust.valueChanged['double'].connect(lambda arg: self.setval('player/curLust', arg))
self.mHP.valueChanged['int'].connect(lambda arg: self.setval('player/maxHp', arg))
self.mHPG.valueChanged['int'].connect(lambda arg: self.setval('player/maxHpG', arg))
self.HP.valueChanged['int'].connect(lambda arg: self.setval('player/curHp', arg))
self.mSP.valueChanged['int'].connect(lambda arg: self.setval('player/maxSp', arg))
self.mSPG.valueChanged['int'].connect(lambda arg: self.setval('player/maxSpG', arg))
self.SP.valueChanged['int'].connect(lambda arg: self.setval('player/curSp', arg))
self.lvl.valueChanged['int'].connect(lambda arg: self.setval('player/lvl', arg))
self.slvl.valueChanged['int'].connect(lambda arg: self.setval('player/slvl', arg))
self.sxp2lvl.valueChanged['int'].connect(lambda arg: self.setval('player/sxp2lvl', arg))
self.xp2lvl.valueChanged['int'].connect(lambda arg: self.setval('player/exp2lvl', arg))
self.SXP.valueChanged['int'].connect(lambda arg: self.setval('player/sexp', arg))
self.XP.valueChanged['int'].connect(lambda arg: self.setval('player/exp', arg))
self.lvl.valueChanged['int'].connect(lambda arg: self.getXP2lvl(arg))
self.slvl.valueChanged['int'].connect(lambda arg: self.getSXP2lvl(arg))
# End signal/slot work.
self.reset()
