def op(self, verb):
'''Do operation on game.'''
game = self.sources[self.game]
if self.operation == False and \
ask.askyesno('%s game?' % verb, 'Are you sure you want to %s %s?' %
(verb.lower(), self.name(self.game)),
icon='warning', default='no'):
self.operation = 0
self.lastpercent = 0
self.button('move', False)
for i in (self.ltype, self.rtype):
i.unbind('<Return>') #Disallow refreshing during operation
if verb != 'Delete':
self.copy(self.srclib, self.dstlib, self.game)
if verb == 'Move':
self.title('Deleting original files', 100)
if verb != 'Copy':
self.delete(self.srclib, self.game)
self.title()
for lib, lab, lis, bar in ((self.llib, self.llab, self.llis, self.lbar),
(self.llib, self.llab, self.llis, self.lbar)):
capacity, used, free = shutil.disk_usage(lib['path'])
lib['capacity'] = capacity
lib['used'] = used
lib['free'] = free
self.canvas(bar, capacity, [
(bgcolor, 0, capacity),(usedcolor, 0, used)])
updateitem(lab, '%s (%s free)' %
(sm.bytesize(capacity), sm.bytesize(free)))
names = [self.name(ID) for ID in lib['games']]
updateitem(lis, sorted(names,
key = lambda x: x.lower().replace('the ','').replace('a ','')))
self.operation = False
self.button() #Reset movement
self.ltype.bind('<Return>', lambda e: thread(self.getlibrary,'l'))
self.rtype.bind('<Return>', lambda e: thread(self.getlibrary,'r')) #Reällow refresh
def clean(self, event=None):
inp = self.path.get()
path = sm.getpath(inp)
if not path:
print("Can't find library at path '%s'" % inp)
self.button.config(state='active', text='Library not find')
return None
self.button.config(text='Cleaning...', state='disabled')
path = os.path.join(path, 'steamapps', 'common')
deletedsize, deletedcount = removeredists(path)
if deletedcount:
update = '%s (%s files) saved' % (sm.bytesize(deletedsize), deletedcount)
print(path + ': ' + update)
self.button.config(state='active', text=update)
else:
print('No redundant files found in ' + path)
self.button.config(state='active', text='Already clean :D')
def displaygame(self, side, ID):
if 'l' in side:
lib = self.llib
dstlib = self.rlib
srclab = self.llab
dstlab = self.rlab
srcnam = 'left'
dstnam = 'right'
srcbar = self.lbar
dstbar = self.rbar
else:
lib = self.rlib
dstlib = self.llib
srclab = self.rlab
dstlab = self.llab
srcbar = self.rbar
dstbar = self.lbar
srcnam = 'right'
dstnam = 'left'
game = self.sources[ID]
if lib['games'][ID]: # The size in bytes, or FALSE if not provided
size = lib['games'][ID]
sizeestimate = False
else:
size = game['size'] # Steam's provided size; may be incorrect
sizeestimate = True
def sizeget():
self.updatesize(lib, ID)
self.displaygame(side, ID)
thread(sizeget) # Immediately set off to get size
if ID in self.names:
name = self.names[ID]
else:
name = game['name']
if len(name) > 50:
name = name[:50] + '...' #Truncate name for display
if dstlib:
needed = size - dstlib['free'] #Bytes needed on other drive
else:
needed = 1
#Update canvas for own game showing space taken
self.canvas(srcbar, lib['capacity'],[
(bgcolor,0,lib['capacity']),(usedcolor, 0, lib['used']),
(ohnecolor, lib['used'] - size, lib['used'])
])
if needed < 0: #Can move to destination drive
self.srclib = lib
self.dstlib = dstlib
if not self.operation:
self.button() #Allow movement to other library
if sizeestimate:
updateitem(self.info, '%s (%s side)\nSize: %s? – ID: %s' % (
name, srcnam, sm.bytesize(size), ID))
bg = bgcolor_ #Paler color to indicate unsureness
else:
updateitem(self.info, '%s (%s side)\nSize: %s – ID: %s' % (
name, srcnam, sm.bytesize(size), ID))
bg = bgcolor
self.canvas(dstbar, dstlib['capacity'],[
(bg, 0, dstlib['capacity']), (usedcolor, 0, dstlib['used']),
(withcolor, dstlib['used'], dstlib['used'] + size)
])
else:
self.button('move', False) #Disallow movement buttons
if sizeestimate:
updateitem(self.info, '%s\nSize: %s? – %s more needed – ID: %s' % (
name, sm.bytesize(size), sm.bytesize(needed), ID))
else:
updateitem(self.info, '%s\nSize: %s – %s more needed – ID: %s' % (
name, sm.bytesize(size), sm.bytesize(needed), ID))
self.canvas(dstbar, dstlib['capacity'],[
(ohnecolor, 0, dstlib['capacity']),
(usedcolor, 0, dstlib['used'])
])
def getlibrary(self, side):
'''Fetches library of given side ('l' or 'r')'''
updateitem(self.info, 'No game selected. Double-click one from either library.')
side, inp, lab, lis, bar = (
('left', self.ltype, self.llab, self.llis, self.lbar),
('right', self.rtype, self.rlab, self.rlis, self.rbar))[side == 'r']
self.title('Finding %s library' % side)
path = sm.getpath(inp.get())
if path:
updateitem(inp, path)
gamespath = os.path.join(path, 'steamapps')
self.title('Scanning %s library' % side)
capacity, used, free = shutil.disk_usage(path)
games = {} # List of library's game IDs.
for i in os.listdir(gamespath):
if not (i.endswith('.acf') and i.startswith('appmanifest_')):
continue
ID = i[12:-4]
downloaded = None
if not ID in self.sources:
acfpath = os.path.join(gamespath, i)
with open(acfpath) as f:
f = f.readlines()
for line in f:
if 'buildid' in line:
# if it is "0", it is not downloaded
downloaded = re.findall('"buildid"\s+"(.+)"', line)[0]
elif 'installdir' in line:
gamepath = re.findall('"installdir"\s+"(.+)"', line)[0]
elif 'name' in line:
name = re.findall('"name"\s+"(.+)"', line)[0]
elif 'SizeOnDisk' in line:
size = int(re.findall('"SizeOnDisk"\s+"(.+)"', line)[0])
if downloaded != '0':
self.sources[ID] = {'name': name, 'path': gamepath, 'size': size}
games[ID] = False
else:
games[ID] = False
lib = {'capacity': capacity, 'free': free, 'used': used, 'games': games,
'path': gamespath}
self.canvas(bar, capacity, [
(bgcolor, 0, capacity),(usedcolor, 0, used)])
updateitem(lab, '%s (%s free)' %
(sm.bytesize(capacity), sm.bytesize(free)))
names = [self.name(ID) for ID in games]
updateitem(lis, sorted(names,
key = lambda x: x.lower().replace('the ','').replace('a ','')))
else:
lib = False
updateitem(lab, 'No drive found')
updateitem(lis, defaultlist)
self.canvas(bar, 1, [(bgcolor,0,1)])
if side == 'right':
self.rlib = lib
else:
self.llib = lib
if lib:
sm.thread(self.updatesizes, side) #Set process off to calculate sizes
self.title() # Clear title