def _addPluginCommand(pluginName, funcName):
global _pluginData
if funcName not in _pluginData[pluginName].setdefault('commands', []):
_pluginData[pluginName]['commands'].append(funcName)
_logger.debug("Adding command: %s" % funcName)
#_logger.debug("adding new command:", funcName)
_factories.cmdlist[funcName] = _cmdcache.getCmdInfoBasic(funcName)
_factories.cmdlist[funcName]['plugin'] = pluginName
_pmcmds.addWrappedCmd(funcName)
func = _factories.functionFactory(funcName)
try:
if func:
coreModule = 'pymel.core.%s' % _cmdcache.getModule(
funcName, _factories.moduleCmds)
if coreModule in sys.modules:
setattr(sys.modules[coreModule], funcName, func)
# Note that we add the function to both a core module (ie,
# pymel.core.other), the pymel.core itself, and pymel.all; this
# way, we mirror the behavior of 'normal' functions
setattr(_module, funcName, func)
if 'pymel.all' in sys.modules:
setattr(sys.modules['pymel.all'], funcName, func)
else:
_logger.warning("failed to create function")
except Exception, msg:
_logger.warning("exception: %s" % str(msg))
def _addPluginCommand(pluginName, funcName):
global _pluginData
if funcName not in _pluginData[pluginName].setdefault('commands', []):
_pluginData[pluginName]['commands'].append(funcName)
_logger.debug("Adding plugin command: {} (plugin: {})".format(
funcName, pluginName))
#_logger.debug("adding new command:", funcName)
_factories.cmdlist[funcName] = _cmdcache.getCmdInfoBasic(funcName)
_factories.cmdlist[funcName]['plugin'] = pluginName
_pmcmds.addWrappedCmd(funcName)
# FIXME: I think we can call a much simpler factory function, because
# plugins cannnot opt into the complex mutations that functionFactory can apply
func = _factories.functionFactory(funcName)
try:
if func:
# FIXME: figure out what to do about moduleCmds. could a plugin function be in moduleCmds???
coreModule = 'pymel.core.%s' % _cmdcache.getModule(
funcName, {}) # _factories.moduleCmds)
if coreModule in sys.modules:
setattr(sys.modules[coreModule], funcName, func)
# Note that we add the function to both a core module (ie,
# pymel.core.other), the pymel.core itself, and pymel.all; this
# way, we mirror the behavior of 'normal' functions
setattr(_module, funcName, func)
if 'pymel.all' in sys.modules:
setattr(sys.modules['pymel.all'], funcName, func)
else:
_logger.warning("failed to create function")
except Exception, msg:
_logger.warning("exception: %s" % str(msg))
def _createClassCommands():
def createCallback(classname):
"""
create a callback that will trigger lazyLoading
"""
def callback(*args, **kwargs):
import uitypes
res = getattr(uitypes, classname)(*args, **kwargs)
return res
return callback
for funcName in _factories.uiClassList:
# Create Class
classname = _util.capitalize(funcName)
#cls = _uitypes[classname]
# Create Function
func = _factories.functionFactory(funcName,
createCallback(classname),
_thisModule,
uiWidget=True)
if func:
func.__module__ = __name__
setattr(_thisModule, funcName, func)
def _addPluginCommand(pluginName, funcName):
global _pluginData
if funcName not in _pluginData[pluginName].setdefault('commands', []):
_pluginData[pluginName]['commands'].append(funcName)
_logger.debug("Adding command: %s" % funcName)
#_logger.debug("adding new command:", funcName)
_factories.cmdlist[funcName] = _cmdcache.getCmdInfoBasic( funcName )
_factories.cmdlist[funcName]['plugin'] = pluginName
_pmcmds.addWrappedCmd(funcName)
func = _factories.functionFactory( funcName )
try:
if func:
coreModule = 'pymel.core.%s' % _cmdcache.getModule(funcName,
_factories.moduleCmds)
if coreModule in sys.modules:
setattr( sys.modules[coreModule], funcName, func )
# Note that we add the function to both a core module (ie,
# pymel.core.other), the pymel.core itself, and pymel.all; this
# way, we mirror the behavior of 'normal' functions
setattr( _module, funcName, func )
if 'pymel.all' in sys.modules:
setattr( sys.modules['pymel.all'], funcName, func )
else:
_logger.warning( "failed to create function" )
except Exception, msg:
_logger.warning("exception: %s" % str(msg) )
def _createOtherCommands():
moduleShortName = __name__.split(".")[-1]
nonClassFuncs = set(_factories.moduleCmds[moduleShortName]).difference(_factories.uiClassList)
for funcName in nonClassFuncs:
func = _factories.functionFactory(funcName, returnFunc=None, module=_thisModule)
if func:
func.__module__ = __name__
setattr(_thisModule, funcName, func)
# want this call to work regardless of order we call _createClassCommandParis / _createCommands
if sys.modules[__name__] != _thisModule:
setattr(sys.modules[__name__], funcName, func)
def _createOtherCommands():
moduleShortName = __name__.split('.')[-1]
nonClassFuncs = set(_factories.moduleCmds[moduleShortName]).difference(
_factories.uiClassList)
for funcName in nonClassFuncs:
func = _factories.functionFactory(funcName,
returnFunc=None,
module=_thisModule)
if func:
func.__module__ = __name__
setattr(_thisModule, funcName, func)
# want this call to work regardless of order we call _createClassCommandParis / _createCommands
if sys.modules[__name__] != _thisModule:
setattr(sys.modules[__name__], funcName, func)
def _pluginLoaded( *args ):
if len(args) > 1:
# 2009 API callback, the args are ( [ pathToPlugin, pluginName ], clientData )
pluginName = args[0][1]
else:
pluginName = args[0]
if not pluginName:
return
_logger.debug("Plugin loaded: %s", pluginName)
_pluginData[pluginName] = {}
try:
commands = _pmcmds.pluginInfo(pluginName, query=1, command=1)
except:
_logger.error("Failed to get command list from %s", pluginName)
commands = None
# Commands
if commands:
_pluginData[pluginName]['commands'] = commands
_logger.debug( "adding new commands: %s" % ', '.join(commands) )
for funcName in commands:
_logger.debug("Adding command: %s..." % funcName)
#__logger.debug("adding new command:", funcName)
_factories.cmdlist[funcName] = _factories.cmdcache.getCmdInfoBasic( funcName )
_pmcmds.addWrappedCmd(funcName)
func = _factories.functionFactory( funcName )
try:
if func:
setattr( _module, funcName, func )
if 'pymel.all' in sys.modules:
setattr( sys.modules['pymel.all'], funcName, func )
else:
_logger.warning( "failed to create function" )
except Exception, msg:
_logger.warning("exception: %s" % str(msg) )
_logger.debug("Done adding command %s" % funcName)
def _createClassCommands():
def createCallback( classname ):
"""
create a callback that will trigger lazyLoading
"""
def callback(*args, **kwargs):
import uitypes
res = getattr(uitypes, classname)(*args, **kwargs)
return res
return callback
for funcName in _factories.uiClassList:
# Create Class
classname = _util.capitalize(funcName)
#cls = _uitypes[classname]
# Create Function
func = _factories.functionFactory( funcName, createCallback(classname), _thisModule, uiWidget=True )
if func:
func.__module__ = __name__
setattr(_thisModule, funcName, func)
class PyUI(unicode):
def __new__(cls, name=None, create=False, **kwargs):
"""
Provides the ability to create the PyUI Element when creating a class::
import pymel.core as pm
n = pm.Window("myWindow",create=True)
n.__repr__()
# Result: Window('myWindow')
"""
if cls is PyUI:
try:
uiType = objectTypeUI(name)
except RuntimeError:
uiType = 'PyUI'
uiType = _uiTypesToCommands.get(uiType, uiType)
try:
newcls = getattr(dynModule, _util.capitalize(uiType))
except AttributeError:
newcls = PyUI
# objectTypeUI for panels seems to return weird results -
# ie, TmodelPane ... check for them this way.
# Other types should be detected correctly by objectTypeUI,
# but this just provides a failsafe...
for testType in 'panel scriptedPanel window control layout menu'.split(
):
if getattr(cmds, testType)(name, ex=1, q=1):
newcls = getattr(dynModule, _util.capitalize(testType),
PyUI)
if newcls != PyUI:
break
else:
newcls = cls
if not newcls is PyUI:
if cls._isBeingCreated(name, create, kwargs):
name = newcls.__melcmd__(name, **kwargs)
_logger.debug("PyUI: created... %s" % name)
else:
# find the long name
if '|' not in name and not issubclass(
newcls,
(Window, Panel, dynModule.ScriptedPanel,
dynModule.RadioCollection, dynModule.ToolCollection)):
import windows
try:
if issubclass(newcls, Layout):
parent = windows.layout(name, q=1, p=1)
elif issubclass(newcls, OptionMenu):
parent = windows.optionMenu(name, q=1, p=1)
elif issubclass(newcls, Menu):
parent = windows.menu(name, q=1, p=1)
else:
parent = windows.control(name, q=1, p=1)
if parent:
name = parent + '|' + name
except RuntimeError:
# editors don't have a long name, so we keep the short name
if name not in cmds.lsUI(long=True, editors=True):
raise
# correct for optionMenu
if newcls == PopupMenu and cmds.optionMenu(name, ex=1):
newcls = OptionMenu
return unicode.__new__(newcls, name)
@staticmethod
def _isBeingCreated(name, create, kwargs):
"""
create a new node when any of these conditions occur:
name is None
create is True
parent flag is set
"""
return not name or create or ('q' not in kwargs and kwargs.get(
'parent', kwargs.get('p', None)))
def __repr__(self):
return u"ui.%s('%s')" % (self.__class__.__name__, self)
def parent(self):
buf = unicode(self).split('|')[:-1]
if len(buf) == 2 and buf[0] == buf[1] and _versions.current(
) < _versions.v2011:
# pre-2011, windows with menus can have a strange name:
# ex. window1|window1|menu1
buf = buf[:1]
if not buf:
return None
return PyUI('|'.join(buf))
getParent = parent
def shortName(self):
return unicode(self).split('|')[-1]
def name(self):
return unicode(self)
def window(self):
return Window(self.name().split('|')[0])
delete = _factories.functionFactory('deleteUI', rename='delete')
rename = _factories.functionFactory('renameUI', rename='rename')
type = objectTypeUI
@classmethod
def exists(cls, name):
return cls.__melcmd__(name, exists=True)
if _versions.current() >= _versions.v2011:
asQtObject = toQtControl
