def test(self):
mb = module_builder.module_builder_t(
[ module_builder.create_text_fc( self.CODE )]
, gccxml_path=autoconfig.gccxml.executable )
d = mb.class_( 'derived' )
f = d.mem_fun( 'f' )
self.failUnless( f.create_with_signature == True )
def test(self):
code = """
namespace xyz{
struct Y;
struct X{
X();
X( const X& );
X( Y* );
};
}
"""
mb = module_builder.module_builder_t(
[module_builder.create_text_fc(code)],
xml_generator_config=autoconfig.xml_generator_config)
x = mb.class_('X')
x.include()
x.constructors().body = ' //all constructors body'
x.null_constructor_body = ' //null constructor body'
x.copy_constructor_body = ' //copy constructor body'
mb.build_code_creator('XXX')
code = mb.code_creator.create()
tmp = code.split(x.null_constructor_body)
self.assertTrue(len(tmp) == 2)
tmp = code.split(x.copy_constructor_body)
self.assertTrue(len(tmp) == 2)
tmp = code.split(' //all constructors body')
self.assertTrue(len(tmp) == 2)
def test(self):
code = """
namespace xyz{
struct good{};
typedef void (*ff1)( int, int );
void f_bad( ff1 );
}
"""
mb = module_builder.module_builder_t(
[module_builder.create_text_fc(code)],
xml_generator_config=autoconfig.xml_generator_config)
xyz = mb.namespace(name='xyz')
xyz.include()
xyz.exclude(compilation_errors=True)
self.assertTrue(xyz.ignore == False)
self.assertTrue(xyz.class_('good').ignore == False)
self.assertTrue(xyz.free_function('f_bad').ignore == True)
def test(self):
code = """
namespace xyz{
struct good{};
typedef void (*ff1)( int, int );
void f_bad( ff1 );
}
"""
mb = module_builder.module_builder_t(
[ module_builder.create_text_fc( code ) ]
, gccxml_path=autoconfig.gccxml.executable )
xyz = mb.namespace( name='xyz' )
xyz.include()
xyz.exclude(compilation_errors=True)
self.failUnless( xyz.ignore == False )
self.failUnless( xyz.class_( 'good' ).ignore == False )
self.failUnless( xyz.free_fun( 'f_bad' ).ignore == True )
def test(self):
mb = module_builder.module_builder_t(
[module_builder.create_text_fc(self.CODE)],
xml_generator_config=autoconfig.xml_generator_config)
d = mb.class_('derived')
f = d.member_function('f')
self.assertTrue(f.create_with_signature == True)
def test(self):
code = """
namespace xyz{
struct Y;
struct X{
X();
X( const X& );
X( Y* );
};
}
"""
mb = module_builder.module_builder_t(
[ module_builder.create_text_fc( code ) ]
, gccxml_path=autoconfig.gccxml.executable )
x = mb.class_( 'X' )
x.include()
x.constructors().body = ' //all constructors body'
x.null_constructor_body = ' //null constructor body'
x.copy_constructor_body = ' //copy constructor body'
mb.build_code_creator( 'XXX' )
code = mb.code_creator.create()
tmp = code.split( x.null_constructor_body )
self.failUnless( len( tmp ) == 2 )
tmp = code.split( x.copy_constructor_body )
self.failUnless( len( tmp ) == 2 )
tmp = code.split( ' //all constructors body' )
self.failUnless( len( tmp ) == 2 )
def test(self):
mb = module_builder.module_builder_t(
[ module_builder.create_text_fc( 'namespace enums{ enum { OK=1 }; }' ) ]
, gccxml_path=autoconfig.gccxml.executable )
mb.namespace( name='::enums' ).include()
mb.build_code_creator('dummy')
flatten = code_creators.make_flatten(mb.code_creator.creators)
self.failUnless( filter( lambda inst: isinstance( inst, code_creators.unnamed_enum_t ), flatten ) )
def test(self):
mb = module_builder.module_builder_t(
[ module_builder.create_text_fc( 'namespace arr{ struct x{ x( int arr[3][3], int ){} x( const x arr[3][3], int ){} }; }' )]
, gccxml_path=autoconfig.gccxml.executable )
arr = mb.namespace( name='arr' )
mem_funs = arr.calldefs( 'x', arg_types=[None,None] )
for x in mem_funs:
self.failUnless( x.exportable == False )
def test(self):
mb = module_builder.module_builder_t(
[ module_builder.create_text_fc( 'struct x{};' ) ]
, xml_generator_config=autoconfig.xml_generator_config
, encoding='UTF-8')
mb.build_code_creator( module_name='unicode_bug' )
mb.code_creator.license = "//абвгдеёжзийклмнопрстуфхцчшщъыьэюя"
mb.write_module( os.path.join( autoconfig.build_dir, 'unicode_bug.cpp' ) )
def test(self):
mb = module_builder.module_builder_t(
[ module_builder.create_text_fc( self.CODE )]
, gccxml_path=autoconfig.gccxml.executable )
xxx = mb.namespace( name='xxx' )
fun = xxx.calldef( 'do_smth' )
self.failUnless( fun.readme() == [] )
minus_minus = xxx.operator( symbol='--' )
self.failUnless( 1 == len( minus_minus.readme() ), os.linesep.join( minus_minus.readme() ) )
def test(self):
mb = module_builder.module_builder_t(
[ module_builder.create_text_fc( 'namespace enums{ enum { OK=1 }; }' ) ]
, gccxml_path=autoconfig.gccxml.executable
, compiler=pygccxml.utils.native_compiler.get_gccxml_compiler() )
mb.namespace( name='::enums' ).include()
mb.build_code_creator('dummy')
flatten = code_creators.make_flatten(mb.code_creator.creators)
self.failUnless( [inst for inst in flatten if isinstance( inst, code_creators.unnamed_enum_t )] )
def test(self):
mb = module_builder.module_builder_t(
[module_builder.create_text_fc(self.CODE)],
xml_generator_config=autoconfig.xml_generator_config)
xxx = mb.namespace(name='xxx')
fun = xxx.calldef('do_smth')
self.assertTrue(fun.readme() == [])
minus_minus = xxx.operator(symbol='--')
self.assertTrue(1 == len(minus_minus.readme()),
os.linesep.join(minus_minus.readme()))
def test(self):
mb = module_builder.module_builder_t(
[ module_builder.create_text_fc( 'struct x{};' ) ]
, gccxml_path=autoconfig.gccxml.executable
, encoding='UTF-8'
, compiler=autoconfig.cxx_parsers_cfg.gccxml.compiler)
mb.build_code_creator( module_name='unicode_bug' )
mb.code_creator.license = "//абвгдеёжзийклмнопрстуфхцчшщъыьэюя"
mb.write_module( os.path.join( autoconfig.build_dir, 'unicode_bug.cpp' ) )
def test(self):
mb = module_builder.module_builder_t(
[ module_builder.create_text_fc( 'struct x{};' ) ]
, gccxml_path=autoconfig.gccxml.executable
, encoding='UTF-8'
, compiler=autoconfig.cxx_parsers_cfg.gccxml.compiler)
mb.build_code_creator( module_name='unicode_bug' )
mb.code_creator.license = "//абвгдеёжзийклмнопрстуфхцчшщъыьэюя"
mb.write_module( os.path.join( autoconfig.build_dir, 'unicode_bug.cpp' ) )
def test_find_by_declaration(self):
mb = module_builder.module_builder_t(
[ module_builder.create_text_fc( 'namespace enums{ enum color{ red = 1}; }' )]
, gccxml_path=autoconfig.gccxml.executable )
mb.namespace( name='::enums' ).include()
enum_matcher = declarations.match_declaration_t( name='color' )
mb.build_code_creator( 'dummy' )
enum_found = code_creators.creator_finder.find_by_declaration(
enum_matcher
, mb.code_creator.creators )
self.failUnless( enum_found )
def test_find_by_class_instance(self):
mb = module_builder.module_builder_t(
[ module_builder.create_text_fc( 'namespace enums{ enum color{ red = 1}; }' )]
, gccxml_path=autoconfig.gccxml.executable )
mb.namespace( name='::enums' ).include()
mb.build_code_creator('dummy')
enum_found = code_creators.creator_finder.find_by_class_instance(
code_creators.enum_t
, mb.code_creator.creators
, recursive=True)
self.failUnless( enum_found )
def test_find_by_class_instance(self):
mb = module_builder.module_builder_t(
[
module_builder.create_text_fc(
'namespace enums{ enum color{ red = 1}; }')
],
xml_generator_config=autoconfig.xml_generator_config)
mb.namespace(name='::enums').include()
mb.build_code_creator('dummy')
enum_found = code_creators.creator_finder.find_by_class_instance(
code_creators.enum_t, mb.code_creator.creators, recursive=True)
self.assertTrue(enum_found)
def test(self):
mb = module_builder.module_builder_t([
module_builder.create_text_fc(
'namespace arr{ struct x{ x( int arr[3][3], int ){} x( const x arr[3][3], int ){} }; }'
)
],
xml_generator_config=autoconfig.
xml_generator_config)
arr = mb.namespace(name='arr')
mem_funs = arr.calldefs('x', arg_types=[None, None])
for x in mem_funs:
self.assertTrue(x.exportable == False)
def test(self):
mb = module_builder.module_builder_t([
module_builder.create_text_fc('namespace enums{ enum { OK=1 }; }')
],
xml_generator_config=autoconfig.
xml_generator_config)
mb.namespace(name='::enums').include()
mb.build_code_creator('dummy')
flatten = code_creators.make_flatten(mb.code_creator.creators)
self.assertTrue([
inst for inst in flatten
if isinstance(inst, code_creators.unnamed_enum_t)
])
def test_find_by_declaration(self):
mb = module_builder.module_builder_t(
[
module_builder.create_text_fc(
'namespace enums{ enum color{ red = 1}; }')
],
xml_generator_config=autoconfig.xml_generator_config)
mb.namespace(name='::enums').include()
enum_matcher = declarations.match_declaration_t(name='color')
mb.build_code_creator('dummy')
enum_found = code_creators.creator_finder.find_by_declaration(
enum_matcher, mb.code_creator.creators)
self.assertTrue(enum_found)
def test(self):
code = """
namespace xyz{
void do_smth( int, ... );
}
"""
mb = module_builder.module_builder_t(
[ module_builder.create_text_fc( code ) ]
, gccxml_path=autoconfig.gccxml.executable )
do_smth = mb.free_fun( 'do_smth' )
self.failUnless( do_smth.exportable == False )
print do_smth.why_not_exportable()
def test(self):
code = """
namespace xyz{
void do_smth( int, ... );
}
"""
mb = module_builder.module_builder_t(
[module_builder.create_text_fc(code)],
xml_generator_config=autoconfig.xml_generator_config)
do_smth = mb.free_function('do_smth')
self.assertTrue(do_smth.exportable == False)
print(do_smth.why_not_exportable())
def test(self):
mb = module_builder.module_builder_t(
[module_builder.create_text_fc(self.CLASS_DEF)],
xml_generator_config=autoconfig.xml_generator_config)
mb.namespace(name='::tester').include()
x = mb.class_('x')
x.add_registration_code('//hello world reg')
x.add_declaration_code('//hello world decl')
nested = x.class_('x_nested')
nested.add_declaration_code('//hello nested decl')
nested.add_registration_code('//hello nested reg', False)
mb.calldefs('check_overload').use_overload_macro = True
mb.calldefs( 'get_opaque' ).call_policies \
= module_builder.call_policies.return_value_policy( module_builder.call_policies.return_opaque_pointer )
mb.class_('op_struct').exclude()
mb.member_function( 'get_rate' ).call_policies \
= module_builder.call_policies.return_value_policy( module_builder.call_policies.return_pointee_value )
mb.member_function('get_size').add_transformation(ft.output(0))
mb.build_code_creator('x_class_multi')
mb.split_module(autoconfig.build_dir, [mb.class_('::tester::x')],
on_unused_file_found=lambda fpath: fpath,
use_files_sum_repository=True)
def test(self):
mb = module_builder.module_builder_t(
[ module_builder.create_text_fc( self.CLASS_DEF ) ]
, gccxml_path=autoconfig.gccxml.executable )
mb.namespace( name='::tester' ).include()
x = mb.class_( 'x' )
x.add_registration_code( '//hello world reg' )
x.add_declaration_code( '//hello world decl' )
nested = x.class_( 'x_nested' )
nested.add_declaration_code( '//hello nested decl' )
nested.add_registration_code( '//hello nested reg', False )
mb.calldefs( 'check_overload' ).use_overload_macro = True
mb.calldefs( 'get_opaque' ).call_policies \
= module_builder.call_policies.return_value_policy( module_builder.call_policies.return_opaque_pointer )
mb.class_( 'op_struct' ).exclude()
mb.mem_fun( 'get_rate' ).call_policies \
= module_builder.call_policies.return_value_policy( module_builder.call_policies.return_pointee_value )
mb.mem_fun( 'get_size' ).add_transformation( ft.output(0) )
mb.build_code_creator('x_class_multi')
mb.split_module( autoconfig.build_dir
, [ mb.class_( '::tester::x' ) ]
, on_unused_file_found=lambda fpath: fpath
, use_files_sum_repository=True)
# -*- coding: UTF-8 -*-
import os
import unittest
import autoconfig
from pygccxml import parser
from pygccxml import declarations
from pyplusplus import code_creators
from pyplusplus import module_creator
from pyplusplus import module_builder
from pyplusplus import utils as pypp_utils
from pyplusplus import function_transformers as ft
mb = module_builder.module_builder_t(
[module_builder.create_text_fc("struct x{};")], gccxml_path=autoconfig.gccxml.executable, encoding="UTF-8"
)
mb.build_code_creator(module_name="unicode_bug")
mb.code_creator.license = "//абвгдеёжзийклмнопрстуфхцчшщъыьэюя"
mb.write_module(os.path.join(autoconfig.build_dir, "unicode_bug.cpp"))
# -*- coding: UTF-8 -*-
import os
import unittest
import autoconfig
from pygccxml import parser
from pygccxml import declarations
from pyplusplus import code_creators
from pyplusplus import module_creator
from pyplusplus import module_builder
from pyplusplus import utils as pypp_utils
from pyplusplus import function_transformers as ft
mb = module_builder.module_builder_t(
[ module_builder.create_text_fc( 'struct x{};' ) ]
, gccxml_path=autoconfig.gccxml.executable
, encoding='UTF-8')
mb.build_code_creator( module_name='unicode_bug' )
mb.code_creator.license = "//абвгдеёжзийклмнопрстуфхцчшщъыьэюя"
mb.write_module( os.path.join( autoconfig.build_dir, 'unicode_bug.cpp' ) )
