def __call__(self, actual_class):
build_required_attrs(actual_class)
if not actual_class.__grouped_pcc__:
for dim in self.type.__dimensions__:
setattr(actual_class, dim._name, dim)
actual_class.__dimensions__.add(dim)
actual_class.__dimensions_name__.add(dim._name)
if hasattr(
dim,
"_primarykey") and getattr(dim, "_primarykey") != None:
actual_class.__primarykey__ = dim
setattr(actual_class, dim._name, dim)
actual_class.__primarykey__ = self.type.__primarykey__
actual_class.__dimensions__.update(self.type.__dimensions__)
actual_class.__dimensions_name__.update(
self.type.__dimensions_name__)
actual_class.__PCC_BASE_TYPE__ = False
actual_class.__dependent_type__ = True
actual_class.__pcc_bases__ = set(
[self.type]).union(actual_class.__pcc_bases__ if hasattr(
actual_class, "__pcc_bases__") else set())
actual_class.__ENTANGLED_TYPES__ = [self.type]
actual_class.__start_tracking__ = False
actual_class.__pcc_subset__ = True
actual_class.__pcc_type__ = "subset"
return actual_class
def pcc_set(actual_class):
build_required_attrs(actual_class)
actual_class.__PCC_BASE_TYPE__ = True
actual_class.__dependent_type__ = True
actual_class.__pcc_bases__ = set()
actual_class.__ENTANGLED_TYPES__ = list()
actual_class.__start_tracking__ = False
return actual_class
def pcc_set(actual_class):
build_required_attrs(actual_class)
actual_class.__PCC_BASE_TYPE__ = True
actual_class.__dependent_type__ = True
actual_class.__pcc_bases__ = set()
actual_class.__ENTANGLED_TYPES__ = list()
actual_class.__start_tracking__ = False
return actual_class
def __call__(self, actual_class):
build_required_attrs(actual_class)
# actual_class the class that is being passed from application.
actual_class.__dependent_type__ = True
actual_class.__ENTANGLED_TYPES__ = self.types
actual_class.__PCC_BASE_TYPE__ = False
actual_class.__pcc_bases__ = set(self.types)
actual_class.__pcc_join__ = True
for tp in self.types:
if hasattr(tp, "__pcc_bases__"):
actual_class.__pcc_bases__.update(tp.__pcc_bases__)
actual_class.__start_tracking__ = False
actual_class.__pcc_type__ = "join"
return actual_class
def __call__(self, actual_class):
build_required_attrs(actual_class)
# actual_class the class that is being passed from application.
actual_class.__dependent_type__ = True
actual_class.__ENTANGLED_TYPES__ = self.types
actual_class.__PCC_BASE_TYPE__ = False
actual_class.__pcc_bases__ = set(self.types)
actual_class.__pcc_join__ = True
for tp in self.types:
if hasattr(tp, "__pcc_bases__"):
actual_class.__pcc_bases__.update(tp.__pcc_bases__)
actual_class.__start_tracking__ = False
actual_class.__pcc_type__ = "join"
return actual_class
def __call__(self, actual_class):
# actual_class the class that is being passed from application.
for dimension in self.dimensions:
setattr(actual_class, dimension._name, dimension)
build_required_attrs(actual_class)
actual_class.__dependent_type__ = True
actual_class.__ENTANGLED_TYPES__ = [self.type]
actual_class.__PCC_BASE_TYPE__ = False
actual_class.__pcc_bases__ = set(
[self.type]).union(actual_class.__pcc_bases__ if hasattr(
actual_class, "__pcc_bases__") else set())
actual_class.__start_tracking__ = False
actual_class.__pcc_projection__ = True
actual_class.__pcc_type__ = "projection"
return actual_class
def __call__(self, actual_class):
# actual_class the class that is being passed from application.
for dimension in self.dimensions:
setattr(actual_class, dimension._name, dimension)
build_required_attrs(actual_class)
actual_class.__dependent_type__ = True
actual_class.__ENTANGLED_TYPES__ = [self.type]
actual_class.__PCC_BASE_TYPE__ = False
actual_class.__pcc_bases__ = set([self.type]).union(
actual_class.__pcc_bases__
if hasattr(actual_class, "__pcc_bases__") else
set())
actual_class.__start_tracking__ = False
actual_class.__pcc_projection__ = True
actual_class.__pcc_type__ = "projection"
return actual_class
def __call__(self, actual_class):
build_required_attrs(actual_class)
# actual_class the class that is being passed from application.
actual_class.__dimensions__ = self.dimensions
actual_class.__dimensions_name__ = self.dimension_names
# The pcc union class being cooked right here.
actual_class.__dependent_type__ = True
actual_class.__ENTANGLED_TYPES__ = self.types
actual_class.__PCC_BASE_TYPE__ = False
actual_class.__pcc_bases__ = set(self.types).union(actual_class.__pcc_bases__
if hasattr(actual_class, "__pcc_bases__") else
set())
actual_class.__start_tracking__ = False
actual_class.__dimensions__ = actual_class.__dimensions__ if hasattr(actual_class, "__dimensions__") else set()
actual_class.__dimensions_name__ = actual_class.__dimensions_name__ if hasattr(actual_class, "__dimensions_name__") else set()
actual_class.__pcc_union__ = True
actual_class.__pcc_type__ = "union"
actual_class.__real_types__ = self.real_types
return actual_class
def __call__(self, actual_class):
build_required_attrs(actual_class)
# actual_class the class that is being passed from application.
actual_class.__dimensions__ = self.dimensions
actual_class.__dimensions_name__ = self.dimension_names
# The pcc union class being cooked right here.
actual_class.__dependent_type__ = True
actual_class.__ENTANGLED_TYPES__ = self.types
actual_class.__PCC_BASE_TYPE__ = False
actual_class.__pcc_bases__ = set(
self.types).union(actual_class.__pcc_bases__ if hasattr(
actual_class, "__pcc_bases__") else set())
actual_class.__start_tracking__ = False
actual_class.__dimensions__ = actual_class.__dimensions__ if hasattr(
actual_class, "__dimensions__") else set()
actual_class.__dimensions_name__ = actual_class.__dimensions_name__ if hasattr(
actual_class, "__dimensions_name__") else set()
actual_class.__pcc_union__ = True
actual_class.__pcc_type__ = "union"
actual_class.__real_types__ = self.real_types
return actual_class
def __call__(self, actual_class):
build_required_attrs(actual_class)
for dim in self.type.__dimensions__:
setattr(actual_class, dim._name, dim)
actual_class.__dimensions__.add(dim)
actual_class.__dimensions_name__.add(dim._name)
if hasattr(dim, "_primarykey") and getattr(dim, "_primarykey") != None:
actual_class.__primarykey__ = dim
setattr(actual_class, dim._name, dim)
actual_class.__PCC_BASE_TYPE__ = False
actual_class.__dependent_type__ = True
actual_class.__pcc_bases__ = set([self.type]).union(actual_class.__pcc_bases__
if hasattr(actual_class, "__pcc_bases__") else
set())
actual_class.__ENTANGLED_TYPES__ = [self.type]
actual_class.__start_tracking__ = False
actual_class.__primarykey__ = self.type.__primarykey__
actual_class.__dimensions__.update(self.type.__dimensions__)
actual_class.__dimensions_name__.update(self.type.__dimensions_name__)
actual_class.__pcc_subset__ = True
actual_class.__pcc_type__ = "subset"
return actual_class
