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# -*- python -*-

# Distributed under the Boost Software License, Version 1.0.

# (See accompanying file LICENSE_1_0.txt or copy at

# http://www.boost.org/LICENSE_1_0.txt)

from faber import platform

from faber.feature import set

from faber.tools.compiler import runpath

from faber.tools.python import python, pythonpath

from faber.artefacts.object import object

from faber.artefacts.binary import binary

from faber.artefacts.python import extension

from faber.test import test, report, fail

src = module('..src')

python_libs=python.instance().libs

features |= runpath(src.bpl.path, base='')

def extension_test(name, exts=[], script=None, numpy=False,

features=features, condition=None):

"""Create a Python extension test `name`.

Arguments:

* name: the name of the test.

* exts: extensions to be compiled, <name> if none are given.

* script: the test script to execute, <name>.py if none is given.

* numpy: if true, add boost_numpy to sources

* features: pre-defined features

* condition: any condition under which to run the test

Return:

* the test artefact"""

features=features.copy()

extensions = []

libs = [src.bnl, src.bpl] if numpy else [src.bpl]

for ext in exts or [name]:

if type(ext) is str: # build from a single source file

ext_name = ext if ext != name else ext + '_ext'

sources = [ext + '.cpp']

else: # build from a list of source files

ext_name = ext[0] if ext[0] != name else ext[0] + '_ext'

sources = [source + '.cpp' for source in ext]

ext = extension(ext_name, sources + libs, features=features)

features |= pythonpath(ext.path, base='')

extensions.append(ext)

if not script:

script = name+'.py'

return test(name, script, run=python.run, dependencies=extensions,

features=features, condition=condition)

tests = []

for t in [('injected',),

('properties',),

('return_arg',),

('staticmethod',),

('boost_shared_ptr',),

('enable_shared_from_this',),

('andreas_beyer',),

('polymorphism',),

('polymorphism2',),

('wrapper_held_type',),

('minimal',),

('args',),

('raw_ctor',),

('exception_translator',),

('module_init_exception',),

('module_nogil',),

('test_enum', ['enum_ext']),

('test_cltree', ['cltree']),

('newtest', ['m1', 'm2']),

('const_argument',),

('keywords_test', ['keywords']),

('test_pointer_adoption',),

('operators',),

('operators_wrapper',),

('callbacks',),

('defaults',),

('object',),

('class',),

('aligned_class',),

('list',),

('long',),

('dict',),

('tuple',),

('str',),

('slice',),

('virtual_functions',),

('back_reference',),

('implicit',),

('data_members',),

('ben_scott1',),

('bienstman1',),

('bienstman2',),

('bienstman3',),

('multi_arg_constructor',),

('iterator', ['iterator', 'input_iterator']),

('stl_iterator',),

('extract',),

('crossmod_opaque', ['crossmod_opaque_a', 'crossmod_opaque_b']),

('opaque',),

('voidptr',),

('pickle1',),

('pickle2',),

('pickle3',),

('pickle4',),

('nested',),

('docstring',),

('pytype_function',),

('vector_indexing_suite',),

('pointer_vector',),

('builtin_converters', [], 'test_builtin_converters.py'),

('map_indexing_suite',

[['map_indexing_suite', 'int_map_indexing_suite', 'a_map_indexing_suite']])]:

tests.append(extension_test(*t))

tests.append(extension_test('shared_ptr',

condition=set.define.contains('HAS_CXX11')))

#tests.append(extension_test('polymorphism2_auto_ptr',

# condition=set.define.contains('HAS_CXX11').not_()))

#tests.append(extension_test('auto_ptr',

# condition=set.define.contains('HAS_CXX11')))

import_ = binary('import_', ['import_.cpp', src.bpl], features=features|python_libs)

if platform.os == 'Windows':

command = """set PATH=$(runpath);%PATH%

$(>[0]) $(>[1])"""

else:

command = 'LD_LIBRARY_PATH=$(runpath) $(>[0]) $(>[1])'

tests.append(test('import', [import_, 'import_.py'],

run=action('run', command),

features=features))

tests.append(extension_test('calling_conventions',

condition=platform.os == 'Windows'))

tests.append(extension_test('calling_conventions_mf',

condition=platform.os == 'Windows'))

for t in ['destroy_test',

'pointer_type_id_test',

'bases',

'pointee',

'if_else',

'pointee',

'result',

'upcast',

'select_from_python_test']:

tests.append(test(t, binary(t, [t + '.cpp', src.bpl], features=features), features=features, run=True))

for t in ['indirect_traits_test',

'string_literal',

'borrowed',

'object_manager',

'copy_ctor_mutates_rhs',

'select_holder',

'select_arg_to_python_test']:

tests.append(test(t, object(t, [t + '.cpp'], features=features)))

for t in ['raw_pyobject_fail1',

'raw_pyobject_fail2',

'as_to_python_function',

'object_fail1']:

tests.append(test(t, object(t, [t + '.cpp'], features=features), expected=fail))

for t in ['numpy/dtype',

'numpy/ufunc',

'numpy/templates',

'numpy/ndarray',

'numpy/indexing',

'numpy/shapes']:

tests.append(extension_test(t, numpy=True,

condition=set.define.contains('HAS_NUMPY')))

python_version_major, python_version_minor = map(int, python.instance().version.split('.')[:2])

tests.append(extension_test("module_multi_phase",

condition=python_version_major > 3 or (python_version_major == 3 and python_version_minor >= 5)))

tests.append(extension_test("module_multi_phase_nogil",

condition=python_version_major > 3 or (python_version_major == 3 and python_version_minor >= 5)))

tests.append(extension_test("module_multi_phase_state",

condition=python_version_major > 3 or (python_version_major == 3 and python_version_minor >= 5)))

default = report('report', tests, fail_on_failures=True)