#!/usr/bin/env python
from pywrap.wrapper import Wrapper
import pywrap.namespaces as ns
wrap = Wrapper()
mb = wrap.mb
# include everything from test namespace
mb.namespace("test").include()
# expose only public interfaces
ns.exclude_by_access_type(mb, ['variables', 'calldefs', 'classes'], 'private')
ns.exclude_by_access_type(mb, ['variables', 'calldefs', 'classes'],
'protected')
# exclude names begining with a single underscore or ending with Cpp
ns.exclude_by_regex(mb, ['calldefs'], r'(^_[^_])|(.*Cpp$)|(^impl$)')
wrap.finish()
# 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)
cl.constructors(lambda c: c.explicit == True,
allow_empty=True).allow_implicit_conversion = False
# Do not expose typedefs (prevent AttributeErrors on import)
for td in mb.typedefs(allow_empty=True):
td.exclude()
# expose only public interfaces and protected interfaces,
# protected variables cannot be exposed :(
namespaces.exclude_by_access_type(
mb, ['variables', 'calldefs', 'classes', 'typedefs'], 'private')
mb.namespace('::boost::serialization').exclude()
containers.extend_std_containers(mb)
wrap.set_number_of_files(0)
wrap.finish()
calibtic.typedefs(points_to_smart_ptr).exclude()
free_functions = [
'loadADCCalibration',
'storeADCCalibration',
]
for fun in free_functions:
mb.free_function(fun).include()
ns.exclude(mb,
'namespaces', [
'::boost::serialization',
'::boost::archive',
'::boost::mpi',
],
allow_missing=True)
# expose only public interfaces
ns.exclude_by_access_type(mb, ['classes'], 'private')
mb.decl("::std::pair< double, double>").include()
ns_hmf = mb.namespace("::HMF")
f = ns_hmf.free_function(
"to_string",
arg_types=["::HMF::NeuronCalibrationParameters::Calibrations::calib"])
f.include()
wrap.finish()
