def __init__(self, argv):
super().__init__()
logger.info('%s init', self.__class__.__qualname__)
self.active_window = '%1'
self.cfg = None
self.bud = None
self.now = None # Instant states like current visibility, etc
yml.init()
self._psArg = ArgParser()
self.update(argv)
def __init__(self, argv):
super().__init__()
logger.info('%s init', self.__class__.__qualname__)
self.active_window = '%1'
self.cfg = None
self.bud = None
self.now = None # Instant states like current visibility, etc
yml.init()
self._psArg = ArgParser()
self.update(argv)
class GState(QObject):
invalidated = pyqtSignal(dict)
def __init__(self, argv):
super().__init__()
logger.info('%s init', self.__class__.__qualname__)
self.active_window = '%1'
self.cfg = None
self.bud = None
self.now = None # Instant states like current visibility, etc
yml.init()
self._psArg = ArgParser()
self.update(argv)
def update(self, argv):
kgs = self.parse(argv)
# chg_gs = self.compare(kgs)
# if chg_gs:
# self.invalidated.emit(self.get_gs(), chg_gs)
logger.info('GState updated')
self.invalidated.emit(kgs)
def _set_args_from_command_line(self, cfg, args):
ar = [(k, v) for k, v in vars(args).items() if v]
for section, opts in cfg.items():
for k, v in ar:
if k in opts:
cfg[section][k] = str(v)
def parse(self, argv): # NEED: RFC
args = self._psArg.parse(argv[1:])
self._psArg.apply(args) # Set gvars
cfg = yml.parse(yml.G_CONFIG_PATH)
self.sty = yml.parse(yml.G_STYLE_PATH)
if args.kill:
print("kill:")
self.quit.emit()
self._psArg.apply(args) # Set gvars
self._set_args_from_command_line(cfg, args)
entries = args.buds if args.buds else str(cfg['Bud']['default'])
Bud_Ps = BudParser()
try:
bud = Bud_Ps.parse(entries)
except BudError as e:
print("Error:", e)
if not self.bud: # NOTE: work must go on if client args are bad
qApp.quit()
# TODO: Make 'bReload' as tuple to distinguish necessary refreshes.
bReload = {}
bReload['toggle'] = bool(0 == len(argv))
bReload['Window'] = bool(self.cfg
and cfg['Window'] != self.cfg['Window'])
self.cfg = cfg
self.bud = bud
# TODO: ret whole new current state?
return bReload
def compare(self, kgs): # WARNING: broken
""" Used as separate function because of embedded file paths in arg """
# Compose dict of current GState variables
# curr_gs = self.get_gs()
# Detected changes in global state
chg_gs = [('cfg', 'Window'), 'bud']
# TODO: recursive diff cgs/kgs and inserting 1 in changed keys/branches
return chg_gs
# TODO: replace with namedtuple (use it to emit)
def get_gs(self):
return {
k: v
for k, v in self.__dict__.items()
if not k.startswith('__') and not callable(k)
}
class GState(QObject):
invalidated = pyqtSignal(dict)
def __init__(self, argv):
super().__init__()
logger.info('%s init', self.__class__.__qualname__)
self.active_window = '%1'
self.cfg = None
self.bud = None
self.now = None # Instant states like current visibility, etc
yml.init()
self._psArg = ArgParser()
self.update(argv)
def update(self, argv):
kgs = self.parse(argv)
# chg_gs = self.compare(kgs)
# if chg_gs:
# self.invalidated.emit(self.get_gs(), chg_gs)
logger.info('GState updated')
self.invalidated.emit(kgs)
def _set_args_from_command_line(self, cfg, args):
ar = [(k, v) for k, v in vars(args).items() if v]
for section, opts in cfg.items():
for k, v in ar:
if k in opts:
cfg[section][k] = str(v)
def parse(self, argv): # NEED: RFC
args = self._psArg.parse(argv[1:])
self._psArg.apply(args) # Set gvars
cfg = yml.parse(yml.G_CONFIG_PATH)
self.sty = yml.parse(yml.G_STYLE_PATH)
if args.kill:
print("kill:")
self.quit.emit()
self._psArg.apply(args) # Set gvars
self._set_args_from_command_line(cfg, args)
entries = args.buds if args.buds else str(cfg['Bud']['default'])
Bud_Ps = BudParser()
try:
bud = Bud_Ps.parse(entries)
except BudError as e:
print("Error:", e)
if not self.bud: # NOTE: work must go on if client args are bad
qApp.quit()
# TODO: Make 'bReload' as tuple to distinguish necessary refreshes.
bReload = {}
bReload['toggle'] = bool(0 == len(argv))
bReload['Window'] = bool(self.cfg and cfg['Window'] != self.cfg['Window'])
self.cfg = cfg
self.bud = bud
# TODO: ret whole new current state?
return bReload
def compare(self, kgs): # WARNING: broken
""" Used as separate function because of embedded file paths in arg """
# Compose dict of current GState variables
# curr_gs = self.get_gs()
# Detected changes in global state
chg_gs = [('cfg', 'Window'), 'bud']
# TODO: recursive diff cgs/kgs and inserting 1 in changed keys/branches
return chg_gs
# TODO: replace with namedtuple (use it to emit)
def get_gs(self):
return {k: v for k, v in self.__dict__.items()
if not k.startswith('__') and not callable(k)}