Returns:
True if __str__() should be wrapped
False otherwise
"""
allowed_namespace = matchers.namespace_contains_matcher_t(
ns_hmf_hicann.name)(c)
return allowed_namespace and (c.decl_string in cls_w_ostream)
# Special fix up
containers.extend_std_containers(mb)
namespaces.include_default_copy_constructors(mb)
for f in ['get_trace']:
f = ns_hmf.free_function("get_trace")
f.call_policies = call_policies.custom_call_policies(
"::pywrap::ReturnNumpyPolicy", "pywrap/return_numpy_policy.hpp")
#Normally included classes
for ns in included_ns:
ns.include()
add_numpy_construtor_to_strong_typedefs(ns)
namespaces.extend_array_operators(ns)
for c in ns.classes(allow_empty=True):
if ignore(c):
continue
c.include()
for base in classes.get_all_bases(c):
base.include()
base.constructors(
cls = [
'NeuronCalibrationParameters',
'VoltageMeasurement',
'DataPoint',
]
ns.include(mb, 'classes', cls)
ns.include(mb, 'namespaces', ['::calibtic::backend'])
calibtic = mb.global_ns.namespace('::calibtic')
cls = mb.class_('Polynomial')
for fname in ('find_roots', 'find_real_roots'):
cls.mem_fun(fname).call_policies = call_policies.custom_call_policies(
"::pywrap::ReturnNumpyPolicy", "pywrap/return_numpy_policy.hpp")
def points_to_smart_ptr(td):
return smart_pointer_traits.is_smart_pointer(td.target_decl)
calibtic.typedefs(points_to_smart_ptr).exclude()
free_functions = [
'loadADCCalibration',
'storeADCCalibration',
]
for fun in free_functions:
mb.free_function(fun).include()
containers.extend_std_containers(mb)
namespaces.include_default_copy_constructors(mb)
c = mb.class_('::boost::asio::ip::address_v4')
c.include()
c.rename('IPv4')
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)
for f in ['get_trace']:
f = ns_hmf.free_function("get_trace")
f.call_policies = call_policies.custom_call_policies(
"::pywrap::ReturnNumpyPolicy", "pywrap/return_numpy_policy.hpp")
f = ns_hmf.free_function("get_pyoneer")
f.call_policies = call_policies.custom_call_policies(
"bp::return_value_policy<bp::reference_existing_object>")
f.add_declaration_code('#include "pyoneer/PyOneer.h"')
#Normally included classes
for ns in included_ns:
ns.include()
add_numpy_construtor_to_strong_typedefs(ns)
namespaces.extend_array_operators(ns)
for c in ns.classes(allow_empty=True):
c.include()