def post_install_clean_up():
"""Do some post-processing on the installation to clean things like property inheritance"""
# Find all the intermediate properties that are using a base class and create an appropriate
# inherited class that matches the inheriance of its parent class
# Example: say someone registers "graph/colors/red"
# We end up with _BaseGraphColors, where _BaseGraph has a property 'colors' which points to it
# Now, regular old Graph(_BaseGraph) did get any commands installed at colors specifically, so it inherits property 'color' which points to _BaseGraphColors
# This makes things awkward because the Graph class installation doesn't know about the property color, since it wasn't installed there.
# It becomes much more straightforward in Graph gets its own proeprty 'colors' (overriding inheritance) which points to a class GraphColors
# So in this method, we look for this situation, now that installation is complete.
installable_classes = metaprog.get_installable_classes()
for cls in installable_classes:
installation = metaprog.get_installation(cls)
if installation:
for name in dir(cls):
member = getattr(cls, name)
if metaprog.is_intermediate_property(member):
if name not in cls.__dict__: # is inherited...
path =metaprog.InstallPath(installation.install_path.entity_type + '/' + name)
new_class = metaprog._create_class(path) # create new, appropriate class to avoid inheritance
installation.add_property(cls, name, new_class)
metaprog.get_installation(new_class).keep_me = True # mark its installation so it will survive the next for loop
# Some added properties may access intermediate classes which did not end up
# receiving any commands. They are empty and should not appear in the API. We
# will take a moment to delete them. This approach seemed much better than writing
# special logic to calculate fancy inheritance and awkwardly insert classes into
# the hierarchy on-demand.
for name, intermediate_cls in installation.intermediates.items():
intermediate_installation = metaprog.get_installation(intermediate_cls)
if not intermediate_installation.commands and not hasattr(intermediate_installation, "keep_me"):
delattr(cls, name)
del installation.intermediates[name]
def post_install_clean_up():
"""Do some post-processing on the installation to clean things like property inheritance"""
# Find all the intermediate properties that are using a base class and create an appropriate
# inherited class that matches the inheriance of its parent class
# Example: say someone registers "graph/colors/red"
# We end up with _BaseGraphColors, where _BaseGraph has a property 'colors' which points to it
# Then we see "graph:titan/colors/blue"
# We get TitanGraphColors(_BaseGraphColors) and TitaGraph has a property 'colors' which points to it
# Now, regular old Graph(_BaseGraph) did get any commands installed at colors specifically, so it inherits property 'color' which points to _BaseGraphColors
# This makes things awkward because the Graph class installation doesn't know about the property color, since it wasn't installed there.
# It becomes much more straightforward in Graph gets its own proeprty 'colors' (overriding inheritance) which points to a class GraphColors
# So in this method, we look for this situation, now that installation is complete.
installable_classes = metaprog.get_installable_classes()
for cls in installable_classes:
installation = metaprog.get_installation(cls)
if installation:
for name in dir(cls):
member = getattr(cls, name)
if metaprog.is_intermediate_property(member):
if name not in cls.__dict__: # is inherited...
path =metaprog.InstallPath(installation.install_path.entity_type + '/' + name)
new_class = metaprog._create_class(path) # create new, appropriate class to avoid inheritance
installation.add_property(cls, name, new_class)
metaprog.get_installation(new_class).keep_me = True # mark its installation so it will survive the next for loop
# Some added properties may access intermediate classes which did not end up
# receiving any commands. They are empty and should not appear in the API. We
# will take a moment to delete them. This approach seemed much better than writing
# special logic to calculate fancy inheritance and awkwardly insert classes into
# the hierarchy on-demand.
for name, intermediate_cls in installation.intermediates.items():
intermediate_installation = metaprog.get_installation(intermediate_cls)
if not intermediate_installation.commands and not hasattr(intermediate_installation, "keep_me"):
delattr(cls, name)
del installation.intermediates[name]
def collect(o, a):
try:
if not metaprog.is_intermediate_property(a):
info._add(o, a.command)
except:
pass
def collect(o, a):
try:
if not metaprog.is_intermediate_property(a):
info._add(o, a.command)
except:
pass
