def doProcess(self, recipe):
"""
Invocation instance
@param recipe: holds the recipe object, which is used for
the macro set and group objects.
@return: None
@rtype: None
"""
self.recipe = recipe
self.macros = recipe.macros
if hasattr(self.__class__, 'preProcess'):
self.preProcess()
# is runtime check implemented?
if hasattr(self.__class__, 'test'):
if not self.test():
return
# change self.use to be a simple flag
self.use = action.checkUse(self.use)
# compile the exceptions
self.exceptionFilters = []
self.compileFilters(self.invariantexceptions, self.exceptionFilters)
if self.exceptions:
if not isinstance(self.exceptions, (tuple, list)):
# turn a plain string into a sequence
self.exceptions = (self.exceptions, )
self.compileFilters(self.exceptions, self.exceptionFilters,
self.unusedFilters['exceptions'])
# compile the inclusions
self.inclusionFilters = []
self.compileFilters(self.invariantinclusions, self.inclusionFilters)
if not self.inclusions:
# an empty list, as opposed to None, means nothing is included
if isinstance(self.inclusions, (tuple, list)):
return
else:
if not isinstance(self.inclusions, (tuple, list)):
# turn a plain string into a sequence
self.inclusions = (self.inclusions, )
self.compileFilters(self.inclusions, self.inclusionFilters,
self.unusedFilters['inclusions'])
# dispatch if/as appropriate
if self.use:
self.do()
if hasattr(self.__class__, 'postProcess'):
self.postProcess()
def doProcess(self, recipe):
"""
Invocation instance
@param recipe: holds the recipe object, which is used for
the macro set and group objects.
@return: None
@rtype: None
"""
self.recipe = recipe
self.macros = recipe.macros
if hasattr(self.__class__, 'preProcess'):
self.preProcess()
# is runtime check implemented?
if hasattr(self.__class__, 'test'):
if not self.test():
return
# change self.use to be a simple flag
self.use = action.checkUse(self.use)
# compile the exceptions
self.exceptionFilters = []
self.compileFilters(self.invariantexceptions, self.exceptionFilters)
if self.exceptions:
if not isinstance(self.exceptions, (tuple, list)):
# turn a plain string into a sequence
self.exceptions = (self.exceptions,)
self.compileFilters(self.exceptions, self.exceptionFilters,
self.unusedFilters['exceptions'])
# compile the inclusions
self.inclusionFilters = []
self.compileFilters(self.invariantinclusions, self.inclusionFilters)
if not self.inclusions:
# an empty list, as opposed to None, means nothing is included
if isinstance(self.inclusions, (tuple, list)):
return
else:
if not isinstance(self.inclusions, (tuple, list)):
# turn a plain string into a sequence
self.inclusions = (self.inclusions,)
self.compileFilters(self.inclusions, self.inclusionFilters,
self.unusedFilters['inclusions'])
# dispatch if/as appropriate
if self.use:
self.do()
if hasattr(self.__class__, 'postProcess'):
self.postProcess()
def doProcess(self, recipe):
"""
Invocation instance
@param recipe: holds the recipe object, which is used for
the macro set and package objects.
@return: None
@rtype: None
"""
self.recipe = recipe
self.macros = recipe.macros
if not self._isSupportedTarget():
return
if self.rootdir:
self.rootdir = util.normpath(self.rootdir % self.macros)
if (hasattr(recipe, '_isDerived') and recipe._isDerived == True
and self.processUnmodified is None):
# This policy does not handle derived packages
return
if hasattr(self.__class__, 'preProcess'):
self.preProcess()
# is runtime check implemented?
if hasattr(self.__class__, 'test'):
if not self.test():
return
# change self.use to be a simple flag
self.use = action.checkUse(self.use)
# compile the exceptions
self.exceptionFilters = []
self.compileFilters(self.invariantexceptions, self.exceptionFilters)
if self.exceptions:
if not isinstance(self.exceptions, (tuple, list, set)):
# turn a plain string into a sequence
self.exceptions = (self.exceptions, )
self.compileFilters(self.exceptions, self.exceptionFilters,
self.unusedFilters['exceptions'])
# compile the inclusions
self.inclusionFilters = []
if self.invariantinclusions is None:
self.compileFilters([], self.inclusionFilters)
else:
self.compileFilters(self.invariantinclusions,
self.inclusionFilters)
if not self.inclusions:
# an empty list, as opposed to None, means nothing is included
if isinstance(self.inclusions, (tuple, list, set)):
return
else:
if not isinstance(self.inclusions, (tuple, list, set)):
# turn a plain string into a sequence
self.inclusions = (self.inclusions, )
self.compileFilters(self.inclusions, self.inclusionFilters,
self.unusedFilters['inclusions'])
# dispatch if/as appropriate
if self.use:
self.do()
if hasattr(self.__class__, 'postProcess'):
self.postProcess()
def doProcess(self, recipe):
"""
Invocation instance
@param recipe: holds the recipe object, which is used for
the macro set and package objects.
@return: None
@rtype: None
"""
self.recipe = recipe
self.macros = recipe.macros
if not self._isSupportedTarget():
return
if self.rootdir:
self.rootdir = util.normpath(self.rootdir % self.macros)
if (hasattr(recipe, '_isDerived')
and recipe._isDerived == True
and self.processUnmodified is None):
# This policy does not handle derived packages
return
if hasattr(self.__class__, 'preProcess'):
self.preProcess()
# is runtime check implemented?
if hasattr(self.__class__, 'test'):
if not self.test():
return
# change self.use to be a simple flag
self.use = action.checkUse(self.use)
# compile the exceptions
self.exceptionFilters = []
self.compileFilters(self.invariantexceptions, self.exceptionFilters)
if self.exceptions:
if not isinstance(self.exceptions, (tuple, list, set)):
# turn a plain string into a sequence
self.exceptions = (self.exceptions,)
self.compileFilters(self.exceptions, self.exceptionFilters, self.unusedFilters['exceptions'])
# compile the inclusions
self.inclusionFilters = []
if self.invariantinclusions is None:
self.compileFilters([], self.inclusionFilters)
else:
self.compileFilters(self.invariantinclusions, self.inclusionFilters)
if not self.inclusions:
# an empty list, as opposed to None, means nothing is included
if isinstance(self.inclusions, (tuple, list, set)):
return
else:
if not isinstance(self.inclusions, (tuple, list, set)):
# turn a plain string into a sequence
self.inclusions = (self.inclusions,)
self.compileFilters(self.inclusions, self.inclusionFilters, self.unusedFilters['inclusions'])
# dispatch if/as appropriate
if self.use:
self.do()
if hasattr(self.__class__, 'postProcess'):
self.postProcess()