if declarations.is_reference(v.decl_type):
v.use_make_functions = True
mb.decl("get_string_vector").include()
mb.namespace("test").include()
cl = mb.class_("RefWrap")
cl.include()
functions.convert_vector_of_references_return_type(cl.mem_fun("ints"))
for cl_name in ["ReturnOptional", "ReturnOptionalB", "ReturnOptionalC"]:
cl = mb.class_(cl_name)
cl.include()
for fun in cl.member_functions():
functions.return_optional_by_value(fun)
# expose only public interfaces
namespaces.exclude_by_access_type(mb, ['variables', 'calldefs', 'classes'], 'private')
namespaces.exclude_by_access_type(mb, ['variables', 'calldefs', 'classes'], 'protected')
# exclude names begining with a single underscore or ending with Cpp
namespaces.exclude_by_regex(mb, ['calldefs'], r'(^_[^_])|(.*Cpp$)|(^impl$)')
cls = mb.class_("WithPickle")
classes.add_pickle_suite(cls)
cls = mb.class_("WithPickleCereal")
classes.add_pickle_suite(cls, serialization_framework='cereal')
wrap.finish()
wrap = Wrapper()
mb = wrap.mb
ns = mb.namespace('::pymarocco::runtime')
for name in [
"sthal::Wafer", "marocco::results::Marocco",
"marocco::placement::algorithms::PlacePopulationsBase"
]:
mb.add_registration_code(
"bp::register_ptr_to_python< boost::shared_ptr< " + name + " > >();")
namespaces.extend_array_operators(ns)
for cl in ns.classes(allow_empty=True):
cl.include()
classes.add_pickle_suite(cl)
factory = list(cl.mem_funs("create", allow_empty=True))
if factory:
cl.add_fake_constructors(factory)
# propagate "explictness" to python :)
cl.constructors(lambda c: c.explicit == True,
allow_empty=True).allow_implicit_conversion = False
# expose member variables of type `boost::optional<vector<...>>`
uns = mb.namespace('::marocco::placement::algorithms')
namespaces.extend_array_operators(uns)
for cl in uns.classes(allow_empty=True):
cl.include()
for variable in cl.variables(allow_empty=True):
classes.add_optional_vector_wrapper_for(mb, variable)
classes.add_pickle_suite(cl)
for c in [
'Analog', 'BackgroundGenerator', 'BackgroundGeneratorArray',
'Crossbar', 'CrossbarRow', 'DNCMerger', 'DNCMergerLine',
'DecoderDoubleRow', 'DecoderRow', 'DriverDecoder', 'FGBlock',
'FGConfig', 'FGControl', 'FGInstruction', 'FGStimulus', 'GbitLink',
'HorizontalRepeater', 'L1Address', 'Merger', 'MergerTree', 'Neuron',
'NeuronConfig', 'NeuronQuad', 'Repeater', 'RepeaterBlock', 'RowConfig',
'STDPAnalog', 'STDPControl', 'STDPEval', 'STDPLUT', 'STDPTiming',
'Status', 'SynapseDecoder', 'SynapseDriver', 'SynapseSwitch',
'SynapseSwitchRow', 'SynapseWeight', 'TestEvent_3', 'VerticalRepeater',
'WeightRow', 'FGErrorResult', 'FGErrorResultRow',
'FGErrorResultQuadRow', 'FGRow'
]:
cls = ns_hmf.class_('::HMF::HICANN::' + c)
classes.add_pickle_suite(cls)
c = mb.class_('::HMF::ADC::USBSerial')
c.include()
classes.add_comparison_operators(c)
classes.expose_std_hash(c)
c.add_registration_code('def(bp::self == bp::self)')
c.include_files.append('pywrap/print_helper.hpp')
c.add_registration_code('def(pywrap::PrintNice())')
classes.add_pickle_suite(c)
# HMF::Handle stuff & special handling (ECM)
for c in ns_hmf.namespace('Handle').classes(allow_empty=True):
classes.add_context_manager(c)
# Try to capture the std::container dependcies
