def register(self, _type, item, replace=False):
_type = str(_type)
if _type in self._items and not replace:
raise Exception("Type already has an item")
else:
if type(item) == str:
item = import_callable(item)
self._items[_type] = item
def loadPlugins(self, plugins):
self._plugins = []
for plugin in plugins:
if type(plugin) == str:
plugin = import_callable(plugin)
p = plugin(self)
self._plugins.append(p)
action = p.action()
self.pluginLoaded.emit(action)
def loadPlugins(self, plugins):
self._plugins = []
for plugin in plugins:
if type(plugin) == str:
plugin = import_callable(plugin)
p = plugin(self)
self._plugins.append(p)
action = p.action()
self.pluginLoaded.emit(action)
def loadPlugins(self, plugins):
self._plugins = []
for plugin in plugins:
if type(plugin) == str:
plugin = import_callable(plugin)
p = plugin(self)
self._plugins.append(p)
action = p.action()
if isinstance(action, (list, tuple)):
for a in action:
self.pluginLoaded.emit(a)
else:
self.pluginLoaded.emit(action)
def __init__(self, containers):
"""
Initialize the factory with the mappings between file pattern and
the container.
Parameters
==========
containers: tuple of tuples (str, str/class)
The mapping between file pattern and container class responsible
for loading/saving.
"""
self._containers = []
for pattern, item in containers:
if type(item) == str:
item = import_callable(item)
self._containers.append((pattern, item))
def __init__(self, containers):
"""
Initialize the factory with the mappings between file pattern and
the container.
Parameters
==========
containers: tuple of tuples (str, str/class)
The mapping between file pattern and container class responsible
for loading/saving.
"""
self._containers = []
for pattern, item in containers:
if type(item) == str:
item = import_callable(item)
self._containers.append((pattern, item))
def register(self, _type, item, replace=False):
"""
Register a new type-item mapping.
Parameters
==========
_type: string
Type of the item.
item: python callable or string
Reference to the callable which creates the new object.
"""
_type = str(_type)
if _type in self._items and not replace:
raise Exception("Type %s already has an item: %s" % \
(_type, str(self._items[_type])))
else:
if type(item) == str:
item = import_callable(item)
self._items[_type] = item
def register(self, _type, item, replace=False):
"""
Register a new type-item mapping.
Parameters
==========
_type: string
Type of the item.
item: python callable or string
Reference to the callable which creates the new object.
"""
_type = str(_type)
if _type in self._items and not replace:
raise Exception("Type %s already has an item: %s" % \
(_type, str(self._items[_type])))
else:
if type(item) == str:
item = import_callable(item)
self._items[_type] = item
def initShortcuts(self, HOTKEYS):
self.shortcuts = []
for hotkey in HOTKEYS:
assert len(hotkey) >= 2
key = hotkey[0]
fun = hotkey[1]
desc = ""
if len(hotkey) > 2:
desc = hotkey[2]
if type(fun) == str:
fun = import_callable(fun)
hk = QAction(desc, self)
hk.setShortcut(QKeySequence(key))
hk.setEnabled(True)
if hasattr(fun, '__call__'):
hk.triggered.connect(bind(fun, self.labeltool))
else:
hk.triggered.connect(compose_noargs([bind(f, self.labeltool) for f in fun]))
self.ui.menuShortcuts.addAction(hk)
self.shortcuts.append(hk)
def initShortcuts(self, HOTKEYS):
self.shortcuts = []
for hotkey in HOTKEYS:
assert len(hotkey) >= 2
key = hotkey[0]
fun = hotkey[1]
desc = ""
if len(hotkey) > 2:
desc = hotkey[2]
if type(fun) == str:
fun = import_callable(fun)
hk = QAction(desc, self)
hk.setShortcut(QKeySequence(key))
hk.setEnabled(True)
if hasattr(fun, '__call__'):
hk.triggered.connect(bind(fun, self.labeltool))
else:
hk.triggered.connect(compose_noargs([bind(f, self.labeltool) for f in fun]))
self.ui.menuShortcuts.addAction(hk)
self.shortcuts.append(hk)
