def sign(ui=None, new=False, seed=None):
new and rnd.next()
if args.low_mem:
s = k.select_one(*l[rnd.current])
else:
if seed:
l[rnd.current] = seed
s = l[rnd.current]
if ui:
ui.display_sign(KDict.extract_dict(s), KDict.extract_priority(s))
ui.set_flips(rnd.flips)
return s
def input_handler(ui, key):
if rnd.current is None and not ui.is_key(key, 'exit'):
reveal_or_next(ui, force=True) # start no matter what key was pressed (except exit) and
return # ignore the key
if ui.is_key(key, 'exit'):
ui.free()
elif ui.is_key(key, 'prioritylist'): # set prio
if ui.to_priority(key) is KDict.extract_priority(sign()):
pass
else:
p_new = ui.to_priority(key)
update_priority(ui, p_new if args.no_scheck or (p_new < 100 and p_new > -100) else KDict.extract_priority(sign()))
if args.prio_proceed:
reveal_or_next(ui)
elif ui.is_key(key, 'inc_priority'):
p_old = KDict.extract_priority(sign())
p_scheck = (p_old + 1) if args.no_scheck or (p_old + 1) < 100 else 100
if p_old is not p_scheck:
update_priority(ui, p_scheck)
if args.prio_proceed:
reveal_or_next(ui)
elif ui.is_key(key, 'dec_priority'):
p_old = KDict.extract_priority(sign())
p_scheck = (p_old - 1) if args.no_scheck or (p_old - 1) > -100 else -100
if p_old is not p_scheck:
update_priority(ui, p_scheck)
if args.prio_proceed:
reveal_or_next(ui)
elif ui.is_key(key, 'proceed'): # reveal or next sign
reveal_or_next(ui)
elif ui.is_key(key, 'hide'):
reveal_or_next(ui, go_back=True)
elif ui.is_key(key, 'skip'): # next sign
reveal_or_next(ui, force=True)
if args.keydebug:
args.verbosity > 0 and print('[keydebug] ' + str(key))
else:
ui.redraw()
def update_priority(ui, p_new):
ui.set_priority(p_new)
k.update_p(KDict.extract_book(sign()), KDict.extract_id(sign()), p_new)
sign(seed=KDict.update_priority(sign(), p_new))
args.p_min = args.p_max
args.choice = expand_choice(args.choice)
try:
UI_Controller = getattr(import_module('ui.' + args.ui_class), 'UI_Controller')
except ImportError as e:
print('[ui] Error: ' + str(e) + ' (requested ui class: \'' + args.ui_class + '\')')
sys.exit(1)
##########################
# gather requested kanji #
##########################
k = KDict(args.db)
l = []
args.verbosity > 1 and print('[args] ' + str(args.choice))
if args.choice is None:
l = k.select_all_keyonly(args.p_min, args.p_max) if args.low_mem else k.select_all(args.p_min, args.p_max)
else:
for d in args.choice:
if args.low_mem:
l += k.select_keyonly(d['book'], d['from'], d['to'], args.p_min, args.p_max)
else:
l += k.select(d['book'], d['from'], d['to'], args.p_min, args.p_max)
if len(l) < 2 and not args.no_scheck:
print('[main] Error: number of selected kanji is too small (' + str(len(l)) + ')')