def add_std_ofstream(module):
module.add_include('<fstream>')
ostream = module.add_class('ostream', foreign_cpp_namespace='::std')
ostream.set_cannot_be_constructed("abstract base class")
ofstream = module.add_class('ofstream',
foreign_cpp_namespace='::std',
parent=ostream)
ofstream.add_enum('openmode', [
('app', 'std::ios_base::app'),
('ate', 'std::ios_base::ate'),
('binary', 'std::ios_base::binary'),
('in', 'std::ios_base::in'),
('out', 'std::ios_base::out'),
('trunc', 'std::ios_base::trunc'),
])
ofstream.add_constructor([
Parameter.new("const char *", 'filename'),
Parameter.new("::std::ofstream::openmode",
'mode',
default_value="std::ios_base::out")
])
ofstream.add_method('close', None, [])
import pybindgen.typehandlers.base
for alias in "std::_Ios_Openmode", "std::ios::openmode":
pybindgen.typehandlers.base.param_type_matcher.add_type_alias(
alias, "int")
for flag in 'in', 'out', 'ate', 'app', 'trunc', 'binary':
module.after_init.write_code(
'PyModule_AddIntConstant(m, (char *) "STD_IOS_%s", std::ios::%s);'
% (flag.upper(), flag))
def my_module_gen(out_file):
mod = Module('g')
mod.add_include('"g.h"')
mod.add_function('GDoA', None, [])
G = mod.add_cpp_namespace("G")
G.add_function('GDoB', None, [])
GInner = G.add_cpp_namespace("GInner")
GInner.add_function('GDoC', None, [])
G.add_include('<fstream>')
ofstream = G.add_class('ofstream', foreign_cpp_namespace='::std')
ofstream.add_enum('openmode', [
('app', 'std::ios_base::app'),
('ate', 'std::ios_base::ate'),
('binary', 'std::ios_base::binary'),
('in', 'std::ios_base::in'),
('out', 'std::ios_base::out'),
('trunc', 'std::ios_base::trunc'),
])
ofstream.add_constructor([Parameter.new("const char *", 'filename'),
Parameter.new("::std::ofstream::openmode", 'mode', default_value="std::ios_base::out")])
ofstream.add_method('close', None, [])
mod.generate(FileCodeSink(out_file))
def my_module_gen(out_file):
mod = Module('g')
mod.add_include('"g.h"')
mod.add_function('GDoA', None, [])
G = mod.add_cpp_namespace("G")
G.add_function('GDoB', None, [])
GInner = G.add_cpp_namespace("GInner")
GInner.add_function('GDoC', None, [])
G.add_include('<fstream>')
ofstream = G.add_class('ofstream', foreign_cpp_namespace='::std')
ofstream.add_enum('openmode', [
('app', 'std::ios_base::app'),
('ate', 'std::ios_base::ate'),
('binary', 'std::ios_base::binary'),
('in', 'std::ios_base::in'),
('out', 'std::ios_base::out'),
('trunc', 'std::ios_base::trunc'),
])
ofstream.add_constructor([
Parameter.new("const char *", 'filename'),
Parameter.new("::std::ofstream::openmode",
'mode',
default_value="std::ios_base::out")
])
ofstream.add_method('close', None, [])
mod.generate(FileCodeSink(out_file))
def my_module_gen(out_file):
mod = Module('cmrclient')
mod.add_include('"cmrclient.h"')
mod.add_container('std::vector<std::string>', 'std::string', 'vector');
cl = mod.add_class('Client', allow_subclassing=True)
cl.add_constructor([Parameter.new('const std::string&', 'id')])
# HOST setting functions
cl.add_method('reset_hosts', None, []);
cl.add_method('add_host', None,
[Parameter.new('const std::string&', 'hostname'),
Parameter.new('int', 'port')])
cl.add_method('send_host_list', None, [])
# GET functions
cl.add_method('get', retval('PyObject*', caller_owns_return=True),
[param('const std::string&', 'key')])
cl.add_method('gets', retval('PyObject*', caller_owns_return=True),
[param('const std::string&', 'key')])
cl.add_method('get_multi', retval('PyObject*', caller_owns_return=True),
[param('const std::vector<std::string>&', 'keys')])
# SET functions
cl.add_method('set', retval('bool'),
[param('const std::string&', 'key'),
param('PyObject*', 'val', transfer_ownership=False),
param('uint64_t', 'time', default_value='0')])
cl.add_method('add', retval('bool'),
[param('const std::string&', 'key'),
param('PyObject*', 'val', transfer_ownership=False),
param('uint64_t', 'time', default_value='0')])
cl.add_method('cas', retval('bool'),
[param('const std::string&', 'key'),
param('PyObject*', 'val', transfer_ownership=False),
param('uint64_t', 'cas_unique'),
param('uint64_t', 'time', default_value='0')])
# INCREMENT functions
cl.add_method('incr', retval('uint64_t'),
[param('const std::string&', 'key'),
param('int', 'offset')])
cl.add_method('decr', retval('uint64_t'),
[param('const std::string&', 'key'),
param('int', 'offset')])
# TEST functions
cl.add_method('Echo', retval('std::string'),
[param('const std::vector<std::string>&', 'messages')])
cl.add_method('Test', retval('PyObject*', caller_owns_return=True),
[param('PyObject*', 'obj', transfer_ownership=False)])
cl.add_method('DecompressTest', retval('std::string'),
[param('const std::string&', 'input')])
# Now generate code.
mod.generate(FileCodeSink(out_file))
def my_module_gen(out_file):
mod = Module('bar')
mod.add_include('"bar.h"')
Foo = mod.add_class('Foo',
automatic_type_narrowing=True,
memory_policy=cppclass.BoostSharedPtr('::Foo'))
Foo.add_static_attribute('instance_count', ReturnValue.new('int'))
Foo.add_constructor([Parameter.new('std::string', 'datum')])
Foo.add_constructor([])
Foo.add_method('get_datum', ReturnValue.new('const std::string'), [])
Foo.add_method('is_initialized',
ReturnValue.new('bool'), [],
is_const=True)
Foo.add_output_stream_operator()
mod.add_function('function_that_takes_foo', ReturnValue.new('void'),
[param('boost::shared_ptr<Foo>', 'foo')])
mod.add_function('function_that_returns_foo',
retval('boost::shared_ptr<Foo>'), [])
cls = mod.add_class('ClassThatTakesFoo', allow_subclassing=True)
cls.add_constructor([Parameter.new('boost::shared_ptr<Foo>', 'foo')])
cls.add_method('get_foo', ReturnValue.new('boost::shared_ptr<Foo>'), [])
cls.add_method('get_modified_foo',
retval('boost::shared_ptr<Foo>'),
[param('boost::shared_ptr<Foo>', 'foo')],
is_virtual=True,
is_const=True)
#### --- error handler ---
class MyErrorHandler(pybindgen.settings.ErrorHandler):
def __init__(self):
super(MyErrorHandler, self).__init__()
self.num_errors = 0
def handle_error(self, wrapper, exception, traceback_):
print >> sys.stderr, "exception %s in wrapper %s" % (exception,
wrapper)
self.num_errors += 1
if 0: # verbose?
import traceback
traceback.print_tb(traceback_)
return True
pybindgen.settings.error_handler = MyErrorHandler()
## ---- finally, generate the whole thing ----
mod.generate(FileCodeSink(out_file))
def my_module_gen():
module = Module(NAME)
module.add_include('"%s"' % SRC)
A = module.add_class('A', allow_subclassing=True)
A.add_constructor([])
A.add_method('virtualMethod1', None, [], is_virtual=True, is_pure_virtual=True)
A.add_method('virtualMethod2', None, [], is_virtual=True)
B = module.add_class('B', parent=A)
B.add_constructor([])
B.add_constructor([Parameter.new('int', 'a'), Parameter.new('int', 'b')])
B.add_method('virtualMethod1', None, [], is_virtual=True)
B.add_method('overloadedMethod', None, [])
B.add_method('overloadedMethod', None, [Parameter.new('int', 'a'), Parameter.new('int', 'b')])
B.add_method('overloadedMethod', None, [Parameter.new('double', 'd')])
B.add_method('defaultArgs', None, [Parameter.new('int', 'a', default_value='0'),
Parameter.new('int', 'b', default_value='123')])
#bool operator==(const B& other) { return false; }
#bool operator!=(const B& other) { return true; }
#B& operator+(const B& other) { return *this; }
#// anything special done for these?
#int __len__() { return 0; } // yes, added to sequence methods structure
#int __int__() { return 0; } // no but the method is still there
#operator bool() { return true; } // no
#static void staticMethod() {}
#int m_publicAttribute;
C = module.add_class('C', parent=B)
B.add_constructor([])
B.add_constructor([Parameter.new('int', 'a'), Parameter.new('int', 'b')])
B.add_method('returnBaseClassPtr', ReturnValue.new('A*',
#caller_owns_return=True
reference_existing_object=True
), [])
#A* returnBaseClassPtr() { return this; }
#void baseClassParameterPtr(const A* ptr) {}
#void baseClassParameterRef(const A& ptr) {}
output = open(DEST, 'w')
module.generate(FileCodeSink(output))
def my_module_gen(out_file):
mod = Module('d')
mod.add_include('"d.h"')
D = mod.add_class('D', memory_policy=cppclass.FreeFunctionPolicy('DDestroy'))
D.add_instance_attribute('d', ReturnValue.new('bool'))
D.add_function_as_constructor("DCreate", ReturnValue.new("D*", caller_owns_return=True), [])
mod.add_function('DDoA', None, [Parameter.new('D*', 'd', transfer_ownership=False)])
mod.add_function('DDoB', None, [Parameter.new('D&', 'd', direction=Parameter.DIRECTION_IN)])
mod.add_function('DDoC', None, [Parameter.new('const D&', 'd',
direction=Parameter.DIRECTION_IN)])
mod.generate(FileCodeSink(out_file) )
def my_module_gen(out_file):
mod = Module('c')
mod.add_include('"c.h"')
C = mod.add_class('C')
C.add_constructor([])
C.add_constructor([Parameter.new('uint32_t', 'c')])
C.add_method('DoA', None, [], is_static=True)
C.add_method('DoB', None, [])
C.add_method('DoC', None, [Parameter.new('uint32_t', 'c')])
C.add_method('DoD', ReturnValue.new('uint32_t'), [])
C.add_method('DoE', None, [], is_virtual=True)
mod.generate(FileCodeSink(out_file) )
def my_module_gen(out_file):
mod = Module('c')
mod.add_include('"c.h"')
C = mod.add_class('C')
C.add_constructor([])
C.add_constructor([Parameter.new('uint32_t', 'c')])
C.add_method('DoA', None, [], is_static=True)
C.add_method('DoB', None, [])
C.add_method('DoC', None, [Parameter.new('uint32_t', 'c')])
C.add_method('DoD', ReturnValue.new('uint32_t'), [])
C.add_method('DoE', None, [], is_virtual=True)
mod.generate(FileCodeSink(out_file))
def add_std_ofstream(module):
module.add_include('<fstream>')
ostream = module.add_class('ostream', foreign_cpp_namespace='::std')
ostream.set_cannot_be_constructed("abstract base class")
ofstream = module.add_class('ofstream', foreign_cpp_namespace='::std', parent=ostream)
ofstream.add_enum('openmode', [
('app', 'std::ios_base::app'),
('ate', 'std::ios_base::ate'),
('binary', 'std::ios_base::binary'),
('in', 'std::ios_base::in'),
('out', 'std::ios_base::out'),
('trunc', 'std::ios_base::trunc'),
])
ofstream.add_constructor([Parameter.new("const char *", 'filename'),
Parameter.new("::std::ofstream::openmode", 'mode', default_value="std::ios_base::out")])
ofstream.add_method('close', None, [])
def add_std_ofstream(module):
module.add_include('<fstream>')
ostream = module.add_class('ostream', foreign_cpp_namespace='::std')
ostream.set_cannot_be_constructed("abstract base class")
ofstream = module.add_class('ofstream', foreign_cpp_namespace='::std', parent=ostream)
ofstream.add_enum('openmode', [
('app', 'std::ios_base::app'),
('ate', 'std::ios_base::ate'),
('binary', 'std::ios_base::binary'),
('in', 'std::ios_base::in'),
('out', 'std::ios_base::out'),
('trunc', 'std::ios_base::trunc'),
])
ofstream.add_constructor([Parameter.new("const char *", 'filename'),
Parameter.new("::std::ofstream::openmode", 'mode', default_value="std::ios_base::out")])
ofstream.add_method('close', None, [])
def my_module_gen(out_file):
mod = Module('bar')
mod.add_include ('"bar.h"')
Foo = mod.add_class('Foo', automatic_type_narrowing=True,
memory_policy=BoostSharedPtr('::Foo'))
Foo.add_static_attribute('instance_count', ReturnValue.new('int'))
Foo.add_constructor([Parameter.new('std::string', 'datum')])
Foo.add_constructor([])
Foo.add_method('get_datum', ReturnValue.new('const std::string'), [])
Foo.add_method('is_initialized', ReturnValue.new('bool'), [], is_const=True)
Foo.add_output_stream_operator()
mod.add_function('function_that_takes_foo', ReturnValue.new('void'),
[param('boost::shared_ptr<Foo>', 'foo')])
mod.add_function('function_that_returns_foo', retval('boost::shared_ptr<Foo>'), [])
cls = mod.add_class('ClassThatTakesFoo', allow_subclassing=True)
cls.add_constructor([Parameter.new('boost::shared_ptr<Foo>', 'foo')])
cls.add_method('get_foo', ReturnValue.new('boost::shared_ptr<Foo>'), [])
cls.add_method('get_modified_foo', retval('boost::shared_ptr<Foo>'),
[param('boost::shared_ptr<Foo>', 'foo')],
is_virtual=True, is_const=True)
#### --- error handler ---
class MyErrorHandler(pybindgen.settings.ErrorHandler):
def __init__(self):
super(MyErrorHandler, self).__init__()
self.num_errors = 0
def handle_error(self, wrapper, exception, traceback_):
print("exception %s in wrapper %s" % (exception, wrapper), file=sys.stderr)
self.num_errors += 1
if 0: # verbose?
import traceback
traceback.print_tb(traceback_)
return True
pybindgen.settings.error_handler = MyErrorHandler()
## ---- finally, generate the whole thing ----
mod.generate(FileCodeSink(out_file))
def generate(fp):
mod = Module('foo')
mod.add_include('"ownership.hpp"')
Foo = mod.add_class('Foo', automatic_type_narrowing=True)
Foo.add_constructor([Parameter.new('std::string', 'datum')])
Foo.add_constructor([])
Foo.add_constructor([Parameter.new('const Foo&', 'foo')])
## Zbr is a reference counted class
Zbr = mod.add_class('Zbr',
memory_policy=cppclass.ReferenceCountingMethodsPolicy(
incref_method='Ref',
decref_method='Unref',
peekref_method="GetReferenceCount"))
# allow_subclassing=True)
Zbr.add_constructor([])
Zbr.add_constructor([Parameter.new('std::string', 'datum')])
Zbr.add_method('get_datum', ReturnValue.new('std::string'), [])
Zbr.add_method('get_int',
ReturnValue.new('int'), [Parameter.new('int', 'x')],
is_virtual=True)
Zbr.add_static_attribute('instance_count', ReturnValue.new('int'))
Zbr.add_method(
'get_value', ReturnValue.new('int'),
[Parameter.new('int*', 'x', direction=Parameter.DIRECTION_OUT)])
mod.add_function('store_zbr', None,
[Parameter.new('Zbr*', 'zbr', transfer_ownership=True)])
mod.add_function('invoke_zbr', ReturnValue.new('int'),
[Parameter.new('int', 'x')])
mod.add_function('delete_stored_zbr', None, [])
SomeObject = mod.add_class('SomeObject', allow_subclassing=True)
SomeObject.add_method(
'set_foo_ptr', ReturnValue.new('void'),
[Parameter.new('Foo*', 'foo', transfer_ownership=True)])
SomeObject.add_method(
'set_foo_shared_ptr', ReturnValue.new('void'),
[Parameter.new('Foo*', 'foo', transfer_ownership=False)])
SomeObject.add_method(
'get_foo_shared_ptr',
ReturnValue.new('const Foo*', caller_owns_return=False), [])
SomeObject.add_method('get_foo_ptr',
ReturnValue.new('Foo*', caller_owns_return=True), [])
mod.generate(fp)
def my_module_gen(out_file):
mod = Module('a')
mod.add_include('"a.h"')
mod.add_function('ADoA', None, [])
mod.add_function('ADoB', None, [Parameter.new('uint32_t', 'b')])
mod.add_function('ADoC', ReturnValue.new('uint32_t'), [])
mod.generate(FileCodeSink(out_file) )
def my_module_gen(inputdir, outputdir, includedirs):
aliases = [("uint8_t*", "unsigned char*")]
for alias in aliases:
typehandlers.add_type_alias(alias[0], alias[1])
generator_fn = os.path.join(outputdir, "unitsync_python_wrapper.cc")
module_parser = ModuleParser("pyunitsync")
module_parser.add_pre_scan_hook(pre_scan_hook)
with open(generator_fn, "wb") as output: # ensures file is closed after output
module = module_parser.parse(
[os.path.join(inputdir, "unitsync_api.h")],
include_paths=includedirs,
includes=['"../unitsync.h"', '"../unitsync_api.h"'],
)
module.add_function(
"GetMinimap",
BufferReturn("unsigned short*", "1024*1024"),
[Parameter.new("const char*", "fileName"), Parameter.new("int", "mipLevel")],
)
module.generate(FileCodeSink(output))
def my_module_gen(inputdir, outputdir, includedirs):
aliases = [('uint8_t*', 'unsigned char*')]
for alias in aliases:
typehandlers.add_type_alias(alias[0], alias[1])
generator_fn = os.path.join(outputdir, 'unitsync_python_wrapper.cc')
module_parser = ModuleParser('pyunitsync')
module_parser.add_pre_scan_hook(pre_scan_hook)
with open(generator_fn,
'wb') as output: #ensures file is closed after output
module = module_parser.parse(
[os.path.join(inputdir, 'unitsync_api.h')],
include_paths=includedirs,
includes=['"../unitsync.h"', '"../unitsync_api.h"'],
)
module.add_function("GetMinimap",
BufferReturn("unsigned short*", "1024*1024"), [
Parameter.new('const char*', 'fileName'),
Parameter.new('int', 'mipLevel')
])
module.generate(FileCodeSink(output))
def my_module_gen(out_file):
mod = Module('b')
mod.add_include('"b.h"')
B = mod.add_class('B')
B.add_constructor([])
B.add_instance_attribute('b_a', ReturnValue.new('uint32_t'))
B.add_instance_attribute('b_b', ReturnValue.new('uint32_t'))
mod.add_function('BDoA', None, [Parameter.new('B', 'b')])
mod.add_function('BDoB', ReturnValue.new('B'), [])
mod.generate(FileCodeSink(out_file) )
def add_std_ofstream(module):
module.add_include('<fstream>')
ostream = module.add_class('ostream', foreign_cpp_namespace='::std')
ostream.set_cannot_be_constructed("abstract base class")
ofstream = module.add_class('ofstream', foreign_cpp_namespace='::std', parent=ostream)
ofstream.add_enum('openmode', [
('app', 'std::ios_base::app'),
('ate', 'std::ios_base::ate'),
('binary', 'std::ios_base::binary'),
('in', 'std::ios_base::in'),
('out', 'std::ios_base::out'),
('trunc', 'std::ios_base::trunc'),
])
ofstream.add_constructor([Parameter.new("const char *", 'filename'),
Parameter.new("::std::ofstream::openmode", 'mode', default_value="std::ios_base::out")])
ofstream.add_method('close', None, [])
import pybindgen.typehandlers.base
for alias in "std::_Ios_Openmode", "std::ios::openmode":
pybindgen.typehandlers.base.param_type_matcher.add_type_alias(alias, "int")
for flag in 'in', 'out', 'ate', 'app', 'trunc', 'binary':
module.after_init.write_code('PyModule_AddIntConstant(m, (char *) "STD_IOS_%s", std::ios::%s);'
% (flag.upper(), flag))
def my_module_gen(out_file):
mod = Module('b')
mod.add_include('"b.h"')
B = mod.add_class('B')
B.add_constructor([])
B.add_copy_constructor()
B.add_instance_attribute('b_a', ReturnValue.new('uint32_t'))
B.add_instance_attribute('b_b', ReturnValue.new('uint32_t'))
mod.add_function('BDoA', None, [Parameter.new('B', 'b')])
mod.add_function('BDoB', ReturnValue.new('B'), [])
mod.generate(FileCodeSink(out_file) )
def my_module_gen(out_file):
mod = Module('c')
mod.add_include('"c.h"')
mod.header.writeln("""void _wrap_Visit(int value, void *data);""")
mod.body.writeln("""
void _wrap_Visit(int value, void *data)
{
PyObject *callback = (PyObject*) data;
PyObject_CallFunction(callback, (char*) "i", value);
}
""")
mod.add_function("visit", None, [Parameter.new("Visitor", "visitor")]
# the 'data' parameter is inserted automatically
# by the custom callback type handler
)
mod.generate(FileCodeSink(out_file))
def my_module_gen(out_file):
mod = Module('c')
mod.add_include('"c.h"')
mod.header.writeln("""void _wrap_Visit(int value, void *data);""")
mod.body.writeln("""
void _wrap_Visit(int value, void *data)
{
PyObject *callback = (PyObject*) data;
PyObject_CallFunction(callback, (char*) "i", value);
}
""")
mod.add_function(
"visit", None, [Parameter.new("Visitor", "visitor")]
# the 'data' parameter is inserted automatically
# by the custom callback type handler
)
mod.generate(FileCodeSink(out_file))
def generate_callback_classes(out, callbacks):
for callback_impl_num, template_parameters in enumerate(callbacks):
sink = MemoryCodeSink()
cls_name = "ns3::Callback< %s >" % ', '.join(template_parameters)
class_name = "PythonCallbackImpl%i" % callback_impl_num
sink.writeln( % (class_name, ', '.join(template_parameters), class_name, class_name, class_name, class_name))
sink.indent()
callback_return = template_parameters[0]
return_ctype = ctypeparser.parse_type(callback_return)
if ('const' in return_ctype.remove_modifiers()):
kwargs = {'is_const': True}
else:
kwargs = {}
try:
return_type = ReturnValue.new(str(return_ctype), **kwargs)
except (typehandlers.TypeLookupError, typehandlers.TypeConfigurationError), ex:
warnings.warn("***** Unable to register callback; Return value '%s' error (used in %s): %r"
% (callback_return, cls_name, ex),
Warning)
continue
arguments = []
ok = True
callback_parameters = [arg for arg in template_parameters[1:] if arg != 'ns3::empty']
for arg_num, arg_type in enumerate(callback_parameters):
arg_name = 'arg%i' % (arg_num+1)
param_ctype = ctypeparser.parse_type(arg_type)
if ('const' in param_ctype.remove_modifiers()):
kwargs = {'is_const': True}
else:
kwargs = {}
try:
arguments.append(Parameter.new(str(param_ctype), arg_name, **kwargs))
except (typehandlers.TypeLookupError, typehandlers.TypeConfigurationError), ex:
warnings.warn("***** Unable to register callback; parameter '%s %s' error (used in %s): %r"
% (arg_type, arg_name, cls_name, ex),
Warning)
ok = False
def my_module_gen(out_file):
mod = Module('_DMDomain')
mod.add_include('"DMDomain.h"')
mod.add_function('ValidateDomainString', None, [
Parameter.new('char*', 'DomainStr', transfer_ownership=False),
Parameter.new('char', 'DomainType'),
Parameter.new('char', 'DomainLen')])
mod.add_function('DMDomainMatch', 'char', [
Parameter.new('char*', 'ControlStr', transfer_ownership=False),
Parameter.new('char*', 'MatchStr', transfer_ownership=False),
Parameter.new('char', 'ControlLen')])
mod.generate(FileCodeSink(out_file) )
def my_module_gen(out_file):
mod = Module('foo')
foomodulegen_common.customize_module_pre(mod)
mod.add_include('"foo.h"')
mod.add_function('TypeNameGet',
'std::string', [],
custom_name='IntegerTypeNameGet',
template_parameters=['int'])
Foo = mod.add_class('Foo', automatic_type_narrowing=True)
Foo.add_static_attribute('instance_count', ReturnValue.new('int'))
Foo.add_constructor([Parameter.new('std::string', 'datum')])
Foo.add_constructor([])
Foo.add_constructor([Parameter.new('const Foo&', 'foo')])
Foo.add_method('get_datum', ReturnValue.new('const std::string'), [])
Foo.add_method('is_initialized',
ReturnValue.new('bool'), [],
is_const=True)
Foo.add_output_stream_operator()
Foo.add_method('add_sub',
ReturnValue.new('int'), [
Parameter.new('int', 'a'),
Parameter.new('int', 'b', default_value='3'),
Parameter.new('bool', 'subtract', default_value='false')
],
is_static=True)
Foo.add_custom_instance_attribute("is_unique",
"bool",
getter="is_unique",
is_const=True)
Zoo = mod.add_class('Zoo', automatic_type_narrowing=True)
Zoo.add_constructor([Parameter.new('std::string', 'datum')])
Zoo.add_constructor([])
Zoo.add_method('get_datum', ReturnValue.new('std::string'), [])
Zoo.implicitly_converts_to(Foo)
Foobar = mod.add_class('Foobar', allow_subclassing=True)
Foobar.add_static_attribute('instance_count', ReturnValue.new('int'))
Bar = mod.add_class('Bar', parent=Foo)
Bar.inherit_default_constructors()
## a static method..
Bar.add_method('Hooray',
ReturnValue.new('std::string'), [],
is_static=True)
## to test RTTI with a hidden subclass
mod.add_function('get_hidden_subclass_pointer',
ReturnValue.new('Foo*', caller_owns_return=True), [])
## Zbr is a reference counted class
Zbr = mod.add_class('Zbr',
memory_policy=cppclass.ReferenceCountingMethodsPolicy(
incref_method='Ref',
decref_method='Unref',
peekref_method="GetReferenceCount"),
allow_subclassing=True)
def helper_class_hook(helper_class):
helper_class.add_custom_method(
declaration="static int custom_method_added_by_a_hook(int x);",
body="""
int %s::custom_method_added_by_a_hook(int x)
{
return x + 1;
}
""" % helper_class.name)
helper_class.add_post_generation_code(
"// this comment was written by a helper class hook function")
Zbr.add_helper_class_hook(helper_class_hook)
Zbr.add_constructor([])
Zbr.add_constructor([Parameter.new('std::string', 'datum')])
Zbr.add_method('get_datum', ReturnValue.new('std::string'), [])
Zbr.add_method('get_int',
ReturnValue.new('int'), [Parameter.new('int', 'x')],
is_virtual=True)
Zbr.add_static_attribute('instance_count', ReturnValue.new('int'))
Zbr.add_method(
'get_value', ReturnValue.new('int'),
[Parameter.new('int*', 'x', direction=Parameter.DIRECTION_OUT)])
mod.add_function('store_zbr', None,
[Parameter.new('Zbr*', 'zbr', transfer_ownership=True)])
mod.add_function('invoke_zbr', ReturnValue.new('int'),
[Parameter.new('int', 'x')])
mod.add_function('delete_stored_zbr', None, [])
mod.add_function('print_something',
ReturnValue.new('int'),
[Parameter.new('const char*', 'message')],
deprecated=True)
mod.add_function('print_something_else', ReturnValue.new('int'),
[Parameter.new('const char*', 'message2')])
## test overloaded functions
mod.add_function('get_int_from_string',
ReturnValue.new('int'), [
Parameter.new('const char*', 'from_string'),
Parameter.new('int', 'multiplier', default_value='1')
],
custom_name="get_int")
mod.add_function('get_int_from_float',
ReturnValue.new('int'), [
Parameter.new('double', 'from_float'),
Parameter.new('int', 'multiplier', default_value='1')
],
custom_name="get_int")
## test free_after_copy.
mod.add_function('return_c_string_to_be_freed',
ReturnValue.new('char *', free_after_copy=True),
[Parameter.new('int', 'size')])
mod.add_function('return_c_string_to_not_be_freed',
ReturnValue.new('char *', free_after_copy=False),
[Parameter.new('int', 'size')])
ToBeFreed = mod.add_class('ToBeFreed')
ToBeFreed.add_constructor([Parameter.new('int', 'size')])
ToBeFreed.add_copy_constructor()
ToBeFreed.add_method('value', ReturnValue.new('char *'), [])
mod.add_function('return_class_to_be_freed',
ReturnValue.new('ToBeFreed *', free_after_copy=True),
[Parameter.new('int', 'size')])
mod.add_function('return_class_to_not_be_freed',
ReturnValue.new('ToBeFreed *', free_after_copy=False),
[Parameter.new('int', 'size')])
SomeObject = mod.add_class('SomeObject', allow_subclassing=True)
SomeObject.add_instance_attribute('foo',
ReturnValue.new('Foo'),
getter='get_foo_value',
setter='set_foo_value')
SomeObject.add_instance_attribute('m_prefix',
ReturnValue.new('std::string'))
SomeObject.add_static_attribute('staticData',
ReturnValue.new('std::string'))
SomeObject.add_static_attribute('instance_count', ReturnValue.new('int'))
SomeObject.add_method('add_prefix', ReturnValue.new('int'), [
Parameter.new(
'std::string&', 'message', direction=Parameter.DIRECTION_INOUT)
])
SomeObject.add_constructor([Parameter.new('std::string', 'prefix')])
SomeObject.add_constructor([Parameter.new('int', 'prefix_len')])
SomeObject.add_method(
'operator()',
ReturnValue.new('int'), [
Parameter.new(
'std::string&', 'message', direction=Parameter.DIRECTION_INOUT)
],
custom_name='__call__')
# --- some virtual methods ---
SomeObject.add_method('get_prefix',
ReturnValue.new('std::string'), [],
is_virtual=True,
is_const=True)
SomeObject.add_method('get_prefix_with_foo_value',
ReturnValue.new('std::string'),
[Parameter.new('Foo', 'foo')],
is_virtual=True,
is_const=True)
SomeObject.add_method(
'get_prefix_with_foo_ref',
ReturnValue.new('std::string'), [
Parameter.new(
'const Foo&', 'foo', direction=Parameter.DIRECTION_INOUT)
],
is_virtual=True,
is_const=True)
SomeObject.add_method(
'get_prefix_with_foo_ptr',
ReturnValue.new('std::string'),
[Parameter.new('const Foo*', 'foo', transfer_ownership=False)],
is_virtual=True,
is_const=True)
## overloaded virtual methods
SomeObject.add_method('get_something',
ReturnValue.new('std::string'), [],
is_virtual=True,
is_const=True)
SomeObject.add_method('get_something',
ReturnValue.new('std::string'),
[Parameter.new('int', 'x')],
is_virtual=True,
is_const=True)
SomeObject.add_method(
'set_pyobject',
None,
[Parameter.new('PyObject*', 'pyobject', transfer_ownership=False)],
is_virtual=True)
SomeObject.add_method('get_pyobject',
ReturnValue.new('PyObject*',
caller_owns_return=True), [],
is_virtual=True)
## add a function that appears as a method of an object
SomeObject.add_function_as_method(
'some_object_get_something_prefixed',
ReturnValue.new('std::string'), [
Parameter.new('const SomeObject*', 'obj',
transfer_ownership=False),
Parameter.new('std::string', 'something')
],
custom_name='get_something_prefixed')
## add a function that appears as a method of an object
SomeObject.add_function_as_method(
'some_object_val_get_something_prefixed',
ReturnValue.new('std::string'), [
Parameter.new('SomeObject', 'obj'),
Parameter.new('std::string', 'something')
],
custom_name='val_get_something_prefixed')
## add a function that appears as a method of an object
SomeObject.add_function_as_method(
'some_object_ref_get_something_prefixed',
ReturnValue.new('std::string'), [
Parameter.new('const SomeObject&', 'obj'),
Parameter.new('std::string', 'something')
],
custom_name='ref_get_something_prefixed')
# ---
SomeObject.add_method('call_get_prefix', ReturnValue.new('std::string'),
[])
SomeObject.add_method('set_foo_value', None, [Parameter.new('Foo', 'foo')])
SomeObject.add_method('get_foo_value', ReturnValue.new('Foo'), [])
SomeObject.add_method(
'set_foo_ptr', ReturnValue.new('void'),
[Parameter.new('Foo*', 'foo', transfer_ownership=True)])
SomeObject.add_method(
'set_foo_shared_ptr', ReturnValue.new('void'),
[Parameter.new('Foo*', 'foo', transfer_ownership=False)])
SomeObject.add_method(
'get_foo_shared_ptr',
ReturnValue.new('const Foo*', caller_owns_return=False), [])
SomeObject.add_method('get_foo_ptr',
ReturnValue.new('Foo*', caller_owns_return=True), [])
SomeObject.add_method(
'set_foo_by_ref', ReturnValue.new('void'),
[Parameter.new('Foo&', 'foo', direction=Parameter.DIRECTION_IN)])
SomeObject.add_method(
'get_foo_by_ref', ReturnValue.new('void'),
[Parameter.new('Foo&', 'foo', direction=Parameter.DIRECTION_OUT)])
## custodian/ward tests
SomeObject.add_method(
'get_foobar_with_self_as_custodian',
ReturnValue.new('Foobar*', custodian=0,
reference_existing_object=True), [])
SomeObject.add_method(
'get_foobar_with_other_as_custodian',
ReturnValue.new('Foobar*', custodian=1,
reference_existing_object=True),
[Parameter.new('SomeObject*', 'other', transfer_ownership=False)])
SomeObject.add_method(
'set_foobar_with_self_as_custodian', ReturnValue.new('void'), [
Parameter.new(
'Foobar*', 'foobar', transfer_ownership=True, custodian=0)
])
mod.add_function(
'get_foobar_with_other_as_custodian',
ReturnValue.new('Foobar*', custodian=1,
reference_existing_object=True),
[Parameter.new('SomeObject*', 'other', transfer_ownership=False)])
mod.add_function('create_new_foobar',
ReturnValue.new('Foobar*', caller_owns_return=True), [])
mod.add_function(
'set_foobar_with_other_as_custodian', ReturnValue.new('void'), [
Parameter.new(
'Foobar*', 'foobar', transfer_ownership=True, custodian=2),
Parameter.new('SomeObject*', 'other', transfer_ownership=False)
])
mod.add_function(
'set_foobar_with_return_as_custodian',
ReturnValue.new('SomeObject*', caller_owns_return=True), [
Parameter.new(
'Foobar*', 'foobar', transfer_ownership=True, custodian=-1)
])
## get/set recfcounted object Zbr
SomeObject.add_method('get_zbr',
ReturnValue.new('Zbr*', caller_owns_return=True), [])
SomeObject.add_method('get_internal_zbr',
ReturnValue.new('Zbr*', caller_owns_return=True), [])
SomeObject.add_method('peek_zbr',
ReturnValue.new('Zbr*', caller_owns_return=False),
[])
SomeObject.add_method(
'set_zbr_transfer', ReturnValue.new('void'),
[Parameter.new('Zbr*', 'zbr', transfer_ownership=True)])
SomeObject.add_method(
'set_zbr_shared', ReturnValue.new('void'),
[Parameter.new('Zbr*', 'zbr', transfer_ownership=False)])
## methods with transformed types
SomeObject.add_method('set_zbr_pholder', ReturnValue.new('void'),
[Parameter.new('PointerHolder<Zbr>', 'zbr')])
SomeObject.add_method('get_zbr_pholder',
ReturnValue.new('PointerHolder<Zbr>'), [])
## test overloaded methods
SomeObject.add_method('get_int',
ReturnValue.new('int'),
[Parameter.new('const char*', 'from_string')],
custom_name="get_int")
SomeObject.add_method('get_int',
ReturnValue.new('int'),
[Parameter.new('double', 'from_float')],
custom_name="get_int")
# Bug #508577
SomeObject.add_method('protected_method_that_is_not_virtual',
ReturnValue.new('std::string'),
[Parameter.new('std::string', 'arg')],
is_const=True,
visibility='protected')
SomeObject.add_method('method_returning_cstring',
ReturnValue.new('const char *'), [],
is_virtual=True,
is_const=True)
mod.add_function(
'store_some_object', ReturnValue.new('void'),
[Parameter.new('SomeObject*', 'obj', transfer_ownership=True)])
mod.add_function('invoke_some_object_get_prefix',
ReturnValue.new('std::string'), [])
mod.add_function('take_some_object',
ReturnValue.new('SomeObject*', caller_owns_return=True),
[])
mod.add_function('delete_some_object', ReturnValue.new('void'), [])
xpto = mod.add_cpp_namespace("xpto")
xpto.add_function('some_function', ReturnValue.new('std::string'), [])
## enums..
xpto.add_enum('FooType', ['FOO_TYPE_AAA', 'FOO_TYPE_BBB', 'FOO_TYPE_CCC'])
xpto.add_function('get_foo_type', ReturnValue.new('FooType'), [])
xpto.add_function('set_foo_type', ReturnValue.new('void'),
[Parameter.new("FooType", 'type')])
xpto.add_function('set_foo_type_inout', ReturnValue.new('void'), [
Parameter.new("FooType&", 'type', direction=Parameter.DIRECTION_INOUT)
])
xpto.add_function('set_foo_type_ptr', ReturnValue.new('void'), [
Parameter.new("FooType*", 'type', direction=Parameter.DIRECTION_INOUT)
])
xpto_SomeClass = xpto.add_class(
'SomeClass', docstring="This is the docstring for SomeClass")
xpto_SomeClass.add_constructor([])
xpto.add_typedef(Foo, 'FooXpto')
xpto.add_function('get_foo_datum', 'std::string',
[Parameter.new('const xpto::FooXpto&', 'foo')])
typehandlers.add_type_alias('uint32_t', 'xpto::FlowId')
xpto.add_function('get_flow_id', 'xpto::FlowId',
[Parameter.new('xpto::FlowId', 'flowId')])
# bug #798383
XptoClass = xpto.add_struct('XptoClass')
XptoClass.add_method("GetSomeClass",
retval("xpto::SomeClass*", caller_owns_return=True),
[])
## ---- some implicity conversion APIs
mod.add_function('function_that_takes_foo', ReturnValue.new('void'),
[Parameter.new('Foo', 'foo')])
mod.add_function('function_that_returns_foo', ReturnValue.new('Foo'), [])
cls = mod.add_class('ClassThatTakesFoo')
cls.add_constructor([Parameter.new('Foo', 'foo')])
cls.add_method('get_foo', ReturnValue.new('Foo'), [])
cls = mod.add_class('SingletonClass', is_singleton=True)
cls.add_method('GetInstance',
ReturnValue.new('SingletonClass*', caller_owns_return=True),
[],
is_static=True)
## A class that has no public default constructor...
cls = mod.add_class('InterfaceId', is_singleton=True)
## A function that returns such a class...
mod.add_function('make_interface_id', ReturnValue.new('InterfaceId'), [])
## A class the cannot be constructed; this will cause late CodeGenerationError's
cls = mod.add_class('CannotBeConstructed')
cls.set_cannot_be_constructed("no reason")
cls.add_method('get_value',
ReturnValue.new('CannotBeConstructed'), [],
is_static=True)
cls.add_method('get_ptr',
ReturnValue.new('CannotBeConstructed*',
caller_owns_return=True), [],
is_static=True)
mod.add_function('get_cannot_be_constructed_value',
ReturnValue.new('CannotBeConstructed'), [])
mod.add_function(
'get_cannot_be_constructed_ptr',
ReturnValue.new('CannotBeConstructed*', caller_owns_return=True), [])
## A nested class
#NestedClass = mod.add_class('NestedClass', automatic_type_narrowing=True, outer_class=SomeObject)
NestedClass = SomeObject.add_class('NestedClass',
automatic_type_narrowing=True)
NestedClass.add_static_attribute('instance_count', ReturnValue.new('int'))
NestedClass.add_constructor([Parameter.new('std::string', 'datum')])
NestedClass.add_constructor([])
NestedClass.add_method('get_datum', ReturnValue.new('std::string'), [])
## A nested enum..
#mod.add_enum('NestedEnum', ['FOO_TYPE_AAA', 'FOO_TYPE_BBB', 'FOO_TYPE_CCC'], outer_class=SomeObject)
SomeObject.add_enum('NestedEnum',
['FOO_TYPE_AAA', 'FOO_TYPE_BBB', 'FOO_TYPE_CCC'])
## anonymous enum
SomeObject.add_enum('', ['CONSTANT_A', 'CONSTANT_B', 'CONSTANT_C'])
AbstractBaseClass2 = mod.add_class('AbstractBaseClass2',
allow_subclassing=True)
AbstractBaseClass2.add_method('invoke_private_virtual',
ReturnValue.new('int'),
[Parameter.new('int', 'x')],
is_const=True)
AbstractBaseClass2.add_method('invoke_protected_virtual',
ReturnValue.new('int'),
[Parameter.new('int', 'x')],
is_const=True)
AbstractBaseClass2.add_method('invoke_protected_pure_virtual',
ReturnValue.new('int'),
[Parameter.new('int', 'x')],
is_const=True)
AbstractBaseClass2.add_constructor([], visibility='protected')
AbstractBaseClass2.add_method('protected_virtual',
ReturnValue.new('int'),
[Parameter.new('int', 'x')],
is_virtual=True,
visibility='protected',
is_const=True)
AbstractBaseClass2.add_method('protected_pure_virtual',
ReturnValue.new('int'),
[Parameter.new('int', 'x')],
is_virtual=True,
is_pure_virtual=True,
visibility='protected',
is_const=True)
AbstractBaseClass2.add_method('private_virtual',
ReturnValue.new('int'),
[Parameter.new('int', 'x')],
is_virtual=True,
is_pure_virtual=True,
visibility='private',
is_const=True)
AbstractXpto = mod.add_class('AbstractXpto', allow_subclassing=True)
AbstractXpto.add_method('something',
ReturnValue.new('void'),
[Parameter.new('int', 'x')],
is_const=True,
is_virtual=True,
is_pure_virtual=True)
AbstractXpto.add_constructor([])
AbstractXptoImpl = mod.add_class('AbstractXptoImpl', parent=AbstractXpto)
AbstractXptoImpl.add_method('something',
ReturnValue.new('void'),
[Parameter.new('int', 'x')],
is_const=True,
is_virtual=True,
is_pure_virtual=False)
AbstractXptoImpl.add_constructor([])
Word = mod.add_class('Word')
Word.add_instance_attribute('low', 'uint8_t', is_const=False)
Word.add_instance_attribute('high', 'uint8_t', is_const=False)
Word.add_instance_attribute('word', 'uint16_t', is_const=False)
Word.add_constructor([])
mod.add_function('matrix_sum_of_elements', ReturnValue.new('float'), [
Parameter.new("float*",
'matrix',
direction=Parameter.DIRECTION_IN,
array_length=6)
])
mod.add_function('matrix_identity_new', ReturnValue.new('void'), [
Parameter.new("float*",
'matrix',
direction=Parameter.DIRECTION_OUT,
array_length=6)
])
top_ns = mod.add_cpp_namespace('TopNs')
outer_base = top_ns.add_class('OuterBase')
bottom_ns = top_ns.add_cpp_namespace('PrefixBottomNs')
inner = bottom_ns.add_class('PrefixInner', parent=outer_base)
inner.add_constructor([])
inner.add_method('Do', 'void', [])
Socket = mod.add_class('Socket', allow_subclassing=True)
Socket.add_constructor([])
Socket.add_method('Bind', ReturnValue.new('int'), [], is_virtual=True)
Socket.add_method('Bind',
ReturnValue.new('int'),
[Parameter.new('int', 'address')],
is_virtual=True)
UdpSocket = mod.add_class('UdpSocket', parent=Socket)
UdpSocket.add_constructor([])
UdpSocket.add_method('Bind', ReturnValue.new('int'), [], is_virtual=True)
simple_struct_t = mod.add_struct('simple_struct_t')
simple_struct_t.add_instance_attribute('xpto', 'int')
# containers...
mod.add_container('SimpleStructList', ReturnValue.new('simple_struct_t'),
'list')
mod.add_function('get_simple_list', ReturnValue.new('SimpleStructList'),
[])
mod.add_function('set_simple_list', 'int',
[Parameter.new('SimpleStructList', 'list')])
mod.add_container('std::set<float>', 'float', 'set')
TestContainer = mod.add_class('TestContainer', allow_subclassing=True)
TestContainer.add_constructor([])
TestContainer.add_instance_attribute('m_floatSet', 'std::set<float>')
TestContainer.add_method('get_simple_list',
ReturnValue.new('SimpleStructList'), [],
is_virtual=True)
TestContainer.add_method('set_simple_list',
'int',
[Parameter.new('SimpleStructList', 'list')],
is_virtual=True)
TestContainer.add_method(
'set_simple_list_by_ref',
'int', [
Parameter.new('SimpleStructList&',
'inout_list',
direction=Parameter.DIRECTION_INOUT)
],
is_virtual=True)
mod.add_container('std::vector<simple_struct_t>',
ReturnValue.new('simple_struct_t'), 'vector')
TestContainer.add_method('get_simple_vec',
ReturnValue.new('std::vector<simple_struct_t>'),
[],
is_virtual=True)
TestContainer.add_method(
'set_simple_vec',
'int', [Parameter.new('std::vector<simple_struct_t>', 'vec')],
is_virtual=True)
mod.add_container('std::vector<std::string>', 'std::string', 'vector')
TestContainer.add_method('get_vec', 'void', [
Parameter.new('std::vector<std::string> &',
'outVec',
direction=Parameter.DIRECTION_OUT)
])
TestContainer.add_method('set_vec_ptr', 'void', [
Parameter.new('std::vector<std::string>*',
'inVec',
direction=Parameter.DIRECTION_IN,
transfer_ownership=True)
])
TestContainer.add_method('get_vec_ptr', 'void', [
Parameter.new('std::vector<std::string>*',
'outVec',
direction=Parameter.DIRECTION_OUT)
])
mod.add_container(
'std::map<std::string, simple_struct_t>',
(ReturnValue.new('std::string'), ReturnValue.new('simple_struct_t')),
'map')
TestContainer.add_method(
'get_simple_map',
ReturnValue.new('std::map<std::string, simple_struct_t>'), [],
is_virtual=True)
TestContainer.add_method(
'set_simple_map',
'int',
[Parameter.new('std::map<std::string, simple_struct_t>', 'map')],
is_virtual=True)
mod.add_container('SimpleStructUnorderedMap',
('std::string', 'simple_struct_t'),
container_type='map')
typehandlers.add_type_alias(
'std::unordered_map< std::string, simple_struct_t >',
'SimpleStructUnorderedMap')
typehandlers.add_type_alias(
'std::unordered_map< std::string, simple_struct_t >*',
'SimpleStructUnorderedMap*')
typehandlers.add_type_alias(
'std::unordered_map< std::string, simple_struct_t >&',
'SimpleStructUnorderedMap&')
TestContainer.add_method(
'get_simple_unordered_map',
ReturnValue.new('std::unordered_map<std::string, simple_struct_t>'),
[],
is_virtual=True)
TestContainer.add_method(
'set_simple_unordered_map',
'int', [
Parameter.new('std::unordered_map<std::string, simple_struct_t>',
'map')
],
is_virtual=True)
Tupl = mod.add_class('Tupl')
Tupl.add_binary_comparison_operator('<')
Tupl.add_binary_comparison_operator('<=')
Tupl.add_binary_comparison_operator('>=')
Tupl.add_binary_comparison_operator('>')
Tupl.add_binary_comparison_operator('==')
Tupl.add_binary_comparison_operator('!=')
Tupl.add_binary_numeric_operator('+')
Tupl.add_binary_numeric_operator('-')
Tupl.add_binary_numeric_operator('*')
Tupl.add_binary_numeric_operator('/')
Tupl.add_instance_attribute('x', 'int', is_const=False)
Tupl.add_instance_attribute('y', 'int', is_const=False)
Tupl.add_constructor([Parameter.new('Tupl const &', 'arg0')])
Tupl.add_constructor([])
Tupl.add_inplace_numeric_operator('+=')
Tupl.add_inplace_numeric_operator('-=')
Tupl.add_inplace_numeric_operator('*=')
Tupl.add_inplace_numeric_operator('/=')
Tupl.add_unary_numeric_operator('-')
Tupl.add_inplace_numeric_operator('+=', right='int')
ManipulatedObject = mod.add_class('ManipulatedObject')
ManipulatedObject.add_constructor([])
ManipulatedObject.add_method('GetValue', 'int', [], is_const=True)
ManipulatedObject.add_method('SetValue', 'void',
[Parameter.new('int', 'value')])
ReferenceManipulator = mod.add_class('ReferenceManipulator',
allow_subclassing=True)
ReferenceManipulator.add_constructor([])
ReferenceManipulator.add_method('manipulate_object', 'int', [])
ReferenceManipulator.add_method(
'do_manipulate_object',
'void', [
Parameter.new('ManipulatedObject&',
'obj',
direction=Parameter.DIRECTION_INOUT)
],
is_virtual=True,
is_pure_virtual=True)
VectorLike = mod.add_class('VectorLike')
VectorLike.add_constructor([])
VectorLike.add_constructor([Parameter.new("VectorLike&", "obj")])
VectorLike.add_method('get_len', 'size_t', [], custom_name='__len__')
VectorLike.add_method('add_VectorLike',
'VectorLike', [Parameter.new('VectorLike', 'rhs')],
custom_name='__add__')
VectorLike.add_method('iadd_VectorLike',
'VectorLike', [Parameter.new('VectorLike', 'rhs')],
custom_name='__iadd__')
VectorLike.add_method('mul_VectorLike',
'VectorLike', [Parameter.new('unsigned int', 'n')],
custom_name='__mul__')
VectorLike.add_method('imul_VectorLike',
'VectorLike', [Parameter.new('unsigned int', 'n')],
custom_name='__imul__')
VectorLike.add_method(
'set_item',
'int',
[Parameter.new('int', 'index'),
Parameter.new('double', 'value')],
custom_name='__setitem__')
VectorLike.add_method('get_item',
'double', [Parameter.new('int', 'index')],
custom_name='__getitem__')
VectorLike.add_method('set_slice',
'int', [
Parameter.new('int', 'index1'),
Parameter.new('int', 'index2'),
Parameter.new('VectorLike', 'values')
],
custom_name='__setslice__')
VectorLike.add_method(
'get_slice',
'VectorLike',
[Parameter.new('int', 'index1'),
Parameter.new('int', 'index2')],
custom_name='__getslice__')
VectorLike.add_method('contains_value',
'int', [Parameter.new('double', 'value')],
custom_name='__contains__')
VectorLike.add_method('append', 'void', [Parameter.new('double', 'value')])
VectorLike2 = mod.add_class('VectorLike2')
VectorLike2.add_constructor([])
VectorLike2.add_method('append', 'void',
[Parameter.new('double', 'value')])
MapLike = mod.add_class('MapLike')
MapLike.add_constructor([])
MapLike.add_method(
'set', 'void',
[Parameter.new('int', 'key'),
Parameter.new('double', 'value')])
Error = mod.add_exception('Error')
DomainError = mod.add_exception('DomainError', parent=Error)
mod.add_function('my_inverse_func',
'double', [Parameter.new('double', 'x')],
throw=[DomainError])
ClassThatThrows = mod.add_class('ClassThatThrows', allow_subclassing=True)
ClassThatThrows.add_constructor([Parameter.new('double', 'x')],
throw=[DomainError])
ClassThatThrows.add_method('my_inverse_method',
'double', [Parameter.new('double', 'x')],
throw=[DomainError])
std_exception = mod.add_exception('exception',
foreign_cpp_namespace='std',
message_rvalue='%(EXC)s.what()')
mod.add_function('my_inverse_func2',
'double', [Parameter.new('double', 'x')],
throw=[std_exception])
ClassThatThrows.add_method('my_inverse_method2',
'double', [Parameter.new('double', 'x')],
throw=[std_exception])
mod.add_function('my_inverse_func3',
'double', [Parameter.new('double', 'x')],
throw=[std_exception])
ClassThatThrows.add_method('my_inverse_method3',
'double', [Parameter.new('double', 'x')],
throw=[std_exception])
ClassThatThrows.add_method('throw_error',
'int', [],
throw=[mod["out_of_range"]],
is_const=True,
is_virtual=True)
ClassThatThrows.add_method('throw_out_of_range',
'int', [],
throw=[mod["out_of_range"]])
# https://bugs.launchpad.net/pybindgen/+bug/450255
ProtectedConstructor = mod.add_class('ProtectedConstructor')
ProtectedConstructor.add_constructor([])
ProtectedConstructor.add_constructor(
[Parameter.new('ProtectedConstructor&', 'c')], visibility='protected')
# https://bugs.launchpad.net/pybindgen/+bug/455689
property_std_string = mod.add_struct('property',
template_parameters=['std::string'])
Box = mod.add_class('Box')
Box.add_constructor([])
Box.add_static_attribute('instance_count', ReturnValue.new('int'))
Box.add_method(
'getFoobarInternalPtr',
ReturnValue.new('const Foobar*', reference_existing_object=True), [])
Box.add_method('getFoobarInternalRef',
ReturnValue.new('Foobar&', reference_existing_object=True),
[])
Box.add_method('getFoobarInternalPtr2',
ReturnValue.new('Foobar*', return_internal_reference=True),
[])
Box.add_method('getFoobarInternalRef2',
ReturnValue.new('Foobar&', return_internal_reference=True),
[])
Box.add_instance_attribute(
'm_internalFoobar',
ReturnValue.new('Foobar*', reference_existing_object=True))
# multiple inheritance
MIRoot = mod.add_class('MIRoot')
MIRoot.add_constructor([])
MIRoot.add_method('root_method', 'int', [], is_const=True)
MIBase1 = mod.add_class('MIBase1', parent=MIRoot)
MIBase1.add_constructor([])
MIBase1.add_method('base1_method', 'int', [], is_const=True)
MIBase2 = mod.add_class('MIBase2', parent=MIRoot)
MIBase2.add_constructor([])
MIBase2.add_method('base2_method', 'int', [], is_const=True)
MIMixed = mod.add_class('MIMixed', parent=[MIBase1, MIBase2])
MIMixed.add_constructor([])
MIMixed.add_method('mixed_method', 'int', [], is_const=True)
mod.add_function('my_throwing_func', 'Tupl', [], throw=[std_exception])
IFoo = mod.add_class("IFoo",
destructor_visibility='protected',
allow_subclassing=True)
IFoo.add_method("DoSomething", None, [], is_pure_virtual=True)
IFooImpl = mod.add_class("IFooImpl",
parent=IFoo,
destructor_visibility='public')
IFooImpl.add_constructor([])
IFooImpl.add_method("DoSomething", None, [], is_virtual=True)
mod.add_function(
"test_args_kwargs", "int",
[param("const char *", "args"),
param("const char *", "kwargs")])
# https://github.com/gjcarneiro/pybindgen/issues/21
cls = mod.add_class('RAStruct')
cls.add_constructor([])
cls.add_constructor([param('RAStruct const &', 'arg0')])
cls.add_instance_attribute('a', 'int', is_const=False)
cls = mod.add_class('ReturnConstRef', allow_subclassing=True)
cls.add_constructor([])
cls.add_constructor([param('ReturnConstRef const &', 'arg0')])
cls.add_method('ReturnMyAStruct',
'RAStruct const &', [],
is_pure_virtual=True,
is_virtual=True)
cls = mod.add_class('RAReturnConstRef', parent=mod['ReturnConstRef'])
cls.add_constructor([])
cls.add_constructor([param('int', 'value')])
cls.add_constructor([param('RAReturnConstRef const &', 'arg0')])
cls.add_method('ReturnMyAStruct', 'RAStruct const &', [], is_virtual=True)
#### --- error handler ---
class MyErrorHandler(pybindgen.settings.ErrorHandler):
def __init__(self):
super(MyErrorHandler, self).__init__()
self.num_errors = 0
def handle_error(self, wrapper, exception, traceback_):
print("exception %s in wrapper %s" % (exception, wrapper),
file=sys.stderr)
self.num_errors += 1
if 0: # verbose?
import traceback
traceback.print_tb(traceback_)
return True
pybindgen.settings.error_handler = MyErrorHandler()
foomodulegen_common.customize_module(mod)
## ---- finally, generate the whole thing ----
mod.generate(FileCodeSink(out_file))
def generate_callback_classes(out, callbacks):
for callback_impl_num, template_parameters in enumerate(callbacks):
sink = MemoryCodeSink()
cls_name = "ns3::Callback< %s >" % ', '.join(template_parameters)
#print >> sys.stderr, "***** trying to register callback: %r" % cls_name
class_name = "PythonCallbackImpl%i" % callback_impl_num
sink.writeln('''
class %s : public ns3::CallbackImpl<%s>
{
public:
PyObject *m_callback;
%s(PyObject *callback)
{
Py_INCREF(callback);
m_callback = callback;
}
virtual ~%s()
{
Py_DECREF(m_callback);
m_callback = NULL;
}
virtual bool IsEqual(ns3::Ptr<const ns3::CallbackImplBase> other_base) const
{
const %s *other = dynamic_cast<const %s*> (ns3::PeekPointer (other_base));
if (other != NULL)
return (other->m_callback == m_callback);
else
return false;
}
''' % (class_name, ', '.join(template_parameters), class_name, class_name,
class_name, class_name))
sink.indent()
callback_return = template_parameters[0]
return_ctype = ctypeparser.parse_type(callback_return)
if ('const' in return_ctype.remove_modifiers()):
kwargs = {'is_const': True}
else:
kwargs = {}
try:
return_type = ReturnValue.new(str(return_ctype), **kwargs)
except (typehandlers.TypeLookupError,
typehandlers.TypeConfigurationError), ex:
warnings.warn(
"***** Unable to register callback; Return value '%s' error (used in %s): %r"
% (callback_return, cls_name, ex), Warning)
continue
arguments = []
ok = True
callback_parameters = [
arg for arg in template_parameters[1:] if arg != 'ns3::empty'
]
for arg_num, arg_type in enumerate(callback_parameters):
arg_name = 'arg%i' % (arg_num + 1)
param_ctype = ctypeparser.parse_type(arg_type)
if ('const' in param_ctype.remove_modifiers()):
kwargs = {'is_const': True}
else:
kwargs = {}
try:
arguments.append(
Parameter.new(str(param_ctype), arg_name, **kwargs))
except (typehandlers.TypeLookupError,
typehandlers.TypeConfigurationError), ex:
warnings.warn(
"***** Unable to register callback; parameter '%s %s' error (used in %s): %r"
% (arg_type, arg_name, cls_name, ex), Warning)
ok = False
def my_module_gen(out_file):
mod = Module("foo")
mod.add_include('"foo.h"')
mod.add_function("TypeNameGet", "std::string", [], custom_name="IntegerTypeNameGet", template_parameters=["int"])
Foo = mod.add_class("Foo", automatic_type_narrowing=True)
Foo.add_static_attribute("instance_count", ReturnValue.new("int"))
Foo.add_constructor([Parameter.new("std::string", "datum")])
Foo.add_constructor([])
Foo.add_method("get_datum", ReturnValue.new("const std::string"), [])
Foo.add_method("is_initialized", ReturnValue.new("bool"), [], is_const=True)
Foo.add_output_stream_operator()
Foo.add_method(
"add_sub",
ReturnValue.new("int"),
[
Parameter.new("int", "a"),
Parameter.new("int", "b", default_value="3"),
Parameter.new("bool", "subtract", default_value="false"),
],
is_static=True,
)
Zoo = mod.add_class("Zoo", automatic_type_narrowing=True)
Zoo.add_constructor([Parameter.new("std::string", "datum")])
Zoo.add_constructor([])
Zoo.add_method("get_datum", ReturnValue.new("std::string"), [])
Zoo.implicitly_converts_to(Foo)
Foobar = mod.add_class("Foobar", allow_subclassing=True)
Foobar.add_static_attribute("instance_count", ReturnValue.new("int"))
Bar = mod.add_class("Bar", parent=Foo)
Bar.inherit_default_constructors()
## a static method..
Bar.add_method("Hooray", ReturnValue.new("std::string"), [], is_static=True)
## to test RTTI with a hidden subclass
mod.add_function("get_hidden_subclass_pointer", ReturnValue.new("Foo*", caller_owns_return=True), [])
## Zbr is a reference counted class
Zbr = mod.add_class(
"Zbr",
memory_policy=cppclass.ReferenceCountingMethodsPolicy(
incref_method="Ref", decref_method="Unref", peekref_method="GetReferenceCount"
),
allow_subclassing=True,
)
def helper_class_hook(helper_class):
helper_class.add_custom_method(
declaration="static int custom_method_added_by_a_hook(int x);",
body="""
int %s::custom_method_added_by_a_hook(int x)
{
return x + 1;
}
"""
% helper_class.name,
)
helper_class.add_post_generation_code("// this comment was written by a helper class hook function")
Zbr.add_helper_class_hook(helper_class_hook)
Zbr.add_constructor([])
Zbr.add_constructor([Parameter.new("std::string", "datum")])
Zbr.add_method("get_datum", ReturnValue.new("std::string"), [])
Zbr.add_method("get_int", ReturnValue.new("int"), [Parameter.new("int", "x")], is_virtual=True)
Zbr.add_static_attribute("instance_count", ReturnValue.new("int"))
Zbr.add_method("get_value", ReturnValue.new("int"), [Parameter.new("int*", "x", direction=Parameter.DIRECTION_OUT)])
mod.add_function("store_zbr", None, [Parameter.new("Zbr*", "zbr", transfer_ownership=True)])
mod.add_function("invoke_zbr", ReturnValue.new("int"), [Parameter.new("int", "x")])
mod.add_function("delete_stored_zbr", None, [])
mod.add_function(
"print_something", ReturnValue.new("int"), [Parameter.new("const char*", "message")], deprecated=True
)
mod.add_function("print_something_else", ReturnValue.new("int"), [Parameter.new("const char*", "message2")])
## test overloaded functions
mod.add_function(
"get_int_from_string",
ReturnValue.new("int"),
[Parameter.new("const char*", "from_string"), Parameter.new("int", "multiplier", default_value="1")],
custom_name="get_int",
)
mod.add_function(
"get_int_from_float",
ReturnValue.new("int"),
[Parameter.new("double", "from_float"), Parameter.new("int", "multiplier", default_value="1")],
custom_name="get_int",
)
SomeObject = mod.add_class("SomeObject", allow_subclassing=True)
SomeObject.add_instance_attribute("foo", ReturnValue.new("Foo"), getter="get_foo_value", setter="set_foo_value")
SomeObject.add_instance_attribute("m_prefix", ReturnValue.new("std::string"))
SomeObject.add_static_attribute("staticData", ReturnValue.new("std::string"))
SomeObject.add_static_attribute("instance_count", ReturnValue.new("int"))
SomeObject.add_method(
"add_prefix",
ReturnValue.new("int"),
[Parameter.new("std::string&", "message", direction=Parameter.DIRECTION_INOUT)],
)
SomeObject.add_constructor([Parameter.new("std::string", "prefix")])
SomeObject.add_constructor([Parameter.new("int", "prefix_len")])
SomeObject.add_method(
"operator()",
ReturnValue.new("int"),
[Parameter.new("std::string&", "message", direction=Parameter.DIRECTION_INOUT)],
custom_name="__call__",
)
# --- some virtual methods ---
SomeObject.add_method("get_prefix", ReturnValue.new("std::string"), [], is_virtual=True, is_const=True)
SomeObject.add_method(
"get_prefix_with_foo_value",
ReturnValue.new("std::string"),
[Parameter.new("Foo", "foo")],
is_virtual=True,
is_const=True,
)
SomeObject.add_method(
"get_prefix_with_foo_ref",
ReturnValue.new("std::string"),
[Parameter.new("const Foo&", "foo", direction=Parameter.DIRECTION_INOUT)],
is_virtual=True,
is_const=True,
)
SomeObject.add_method(
"get_prefix_with_foo_ptr",
ReturnValue.new("std::string"),
[Parameter.new("const Foo*", "foo", transfer_ownership=False)],
is_virtual=True,
is_const=True,
)
## overloaded virtual methods
SomeObject.add_method("get_something", ReturnValue.new("std::string"), [], is_virtual=True, is_const=True)
SomeObject.add_method(
"get_something", ReturnValue.new("std::string"), [Parameter.new("int", "x")], is_virtual=True, is_const=True
)
SomeObject.add_method(
"set_pyobject", None, [Parameter.new("PyObject*", "pyobject", transfer_ownership=False)], is_virtual=True
)
SomeObject.add_method("get_pyobject", ReturnValue.new("PyObject*", caller_owns_return=True), [], is_virtual=True)
## add a function that appears as a method of an object
SomeObject.add_function_as_method(
"some_object_get_something_prefixed",
ReturnValue.new("std::string"),
[
Parameter.new("const SomeObject*", "obj", transfer_ownership=False),
Parameter.new("std::string", "something"),
],
custom_name="get_something_prefixed",
)
## add a function that appears as a method of an object
SomeObject.add_function_as_method(
"some_object_val_get_something_prefixed",
ReturnValue.new("std::string"),
[Parameter.new("SomeObject", "obj"), Parameter.new("std::string", "something")],
custom_name="val_get_something_prefixed",
)
## add a function that appears as a method of an object
SomeObject.add_function_as_method(
"some_object_ref_get_something_prefixed",
ReturnValue.new("std::string"),
[Parameter.new("const SomeObject&", "obj"), Parameter.new("std::string", "something")],
custom_name="ref_get_something_prefixed",
)
# ---
SomeObject.add_method("call_get_prefix", ReturnValue.new("std::string"), [])
SomeObject.add_method("set_foo_value", None, [Parameter.new("Foo", "foo")])
SomeObject.add_method("get_foo_value", ReturnValue.new("Foo"), [])
SomeObject.add_method(
"set_foo_ptr", ReturnValue.new("void"), [Parameter.new("Foo*", "foo", transfer_ownership=True)]
)
SomeObject.add_method(
"set_foo_shared_ptr", ReturnValue.new("void"), [Parameter.new("Foo*", "foo", transfer_ownership=False)]
)
SomeObject.add_method("get_foo_shared_ptr", ReturnValue.new("Foo*", caller_owns_return=False), [])
SomeObject.add_method("get_foo_ptr", ReturnValue.new("Foo*", caller_owns_return=True), [])
SomeObject.add_method(
"set_foo_by_ref", ReturnValue.new("void"), [Parameter.new("Foo&", "foo", direction=Parameter.DIRECTION_IN)]
)
SomeObject.add_method(
"get_foo_by_ref", ReturnValue.new("void"), [Parameter.new("Foo&", "foo", direction=Parameter.DIRECTION_OUT)]
)
## custodian/ward tests
SomeObject.add_method(
"get_foobar_with_self_as_custodian", ReturnValue.new("Foobar*", custodian=0, reference_existing_object=True), []
)
SomeObject.add_method(
"get_foobar_with_other_as_custodian",
ReturnValue.new("Foobar*", custodian=1, reference_existing_object=True),
[Parameter.new("SomeObject*", "other", transfer_ownership=False)],
)
SomeObject.add_method(
"set_foobar_with_self_as_custodian",
ReturnValue.new("void"),
[Parameter.new("Foobar*", "foobar", transfer_ownership=True, custodian=0)],
)
mod.add_function(
"get_foobar_with_other_as_custodian",
ReturnValue.new("Foobar*", custodian=1, reference_existing_object=True),
[Parameter.new("SomeObject*", "other", transfer_ownership=False)],
)
mod.add_function("create_new_foobar", ReturnValue.new("Foobar*", caller_owns_return=True), [])
mod.add_function(
"set_foobar_with_other_as_custodian",
ReturnValue.new("void"),
[
Parameter.new("Foobar*", "foobar", transfer_ownership=True, custodian=2),
Parameter.new("SomeObject*", "other", transfer_ownership=False),
],
)
mod.add_function(
"set_foobar_with_return_as_custodian",
ReturnValue.new("SomeObject*", caller_owns_return=True),
[Parameter.new("Foobar*", "foobar", transfer_ownership=True, custodian=-1)],
)
## get/set recfcounted object Zbr
SomeObject.add_method("get_zbr", ReturnValue.new("Zbr*", caller_owns_return=True), [])
SomeObject.add_method("get_internal_zbr", ReturnValue.new("Zbr*", caller_owns_return=True), [])
SomeObject.add_method("peek_zbr", ReturnValue.new("Zbr*", caller_owns_return=False), [])
SomeObject.add_method(
"set_zbr_transfer", ReturnValue.new("void"), [Parameter.new("Zbr*", "zbr", transfer_ownership=True)]
)
SomeObject.add_method(
"set_zbr_shared", ReturnValue.new("void"), [Parameter.new("Zbr*", "zbr", transfer_ownership=False)]
)
## methods with transformed types
SomeObject.add_method("set_zbr_pholder", ReturnValue.new("void"), [Parameter.new("PointerHolder<Zbr>", "zbr")])
SomeObject.add_method("get_zbr_pholder", ReturnValue.new("PointerHolder<Zbr>"), [])
## test overloaded methods
SomeObject.add_method(
"get_int", ReturnValue.new("int"), [Parameter.new("const char*", "from_string")], custom_name="get_int"
)
SomeObject.add_method(
"get_int", ReturnValue.new("int"), [Parameter.new("double", "from_float")], custom_name="get_int"
)
# Bug #508577
SomeObject.add_method(
"protected_method_that_is_not_virtual",
ReturnValue.new("std::string"),
[Parameter.new("std::string", "arg")],
is_const=True,
visibility="protected",
)
mod.add_function(
"store_some_object", ReturnValue.new("void"), [Parameter.new("SomeObject*", "obj", transfer_ownership=True)]
)
mod.add_function("invoke_some_object_get_prefix", ReturnValue.new("std::string"), [])
mod.add_function("take_some_object", ReturnValue.new("SomeObject*", caller_owns_return=True), [])
mod.add_function("delete_some_object", ReturnValue.new("void"), [])
xpto = mod.add_cpp_namespace("xpto")
xpto.add_function("some_function", ReturnValue.new("std::string"), [])
## enums..
xpto.add_enum("FooType", ["FOO_TYPE_AAA", "FOO_TYPE_BBB", "FOO_TYPE_CCC"])
xpto.add_function("get_foo_type", ReturnValue.new("FooType"), [])
xpto.add_function("set_foo_type", ReturnValue.new("void"), [Parameter.new("FooType", "type")])
xpto.add_function(
"set_foo_type_inout",
ReturnValue.new("void"),
[Parameter.new("FooType&", "type", direction=Parameter.DIRECTION_INOUT)],
)
xpto.add_function(
"set_foo_type_ptr",
ReturnValue.new("void"),
[Parameter.new("FooType*", "type", direction=Parameter.DIRECTION_INOUT)],
)
xpto_SomeClass = xpto.add_class("SomeClass", docstring="This is the docstring for SomeClass")
xpto_SomeClass.add_constructor([])
xpto.add_typedef(Foo, "FooXpto")
xpto.add_function("get_foo_datum", "std::string", [Parameter.new("const xpto::FooXpto&", "foo")])
typehandlers.add_type_alias("uint32_t", "xpto::FlowId")
xpto.add_function("get_flow_id", "xpto::FlowId", [Parameter.new("xpto::FlowId", "flowId")])
## ---- some implicity conversion APIs
mod.add_function("function_that_takes_foo", ReturnValue.new("void"), [Parameter.new("Foo", "foo")])
mod.add_function("function_that_returns_foo", ReturnValue.new("Foo"), [])
cls = mod.add_class("ClassThatTakesFoo")
cls.add_constructor([Parameter.new("Foo", "foo")])
cls.add_method("get_foo", ReturnValue.new("Foo"), [])
cls = mod.add_class("SingletonClass", is_singleton=True)
cls.add_method("GetInstance", ReturnValue.new("SingletonClass*", caller_owns_return=True), [], is_static=True)
## A class that has no public default constructor...
cls = mod.add_class("InterfaceId", is_singleton=True)
## A function that returns such a class...
mod.add_function("make_interface_id", ReturnValue.new("InterfaceId"), [])
## A class the cannot be constructed; this will cause late CodeGenerationError's
cls = mod.add_class("CannotBeConstructed")
cls.set_cannot_be_constructed("no reason")
cls.add_method("get_value", ReturnValue.new("CannotBeConstructed"), [], is_static=True)
cls.add_method("get_ptr", ReturnValue.new("CannotBeConstructed*", caller_owns_return=True), [], is_static=True)
mod.add_function("get_cannot_be_constructed_value", ReturnValue.new("CannotBeConstructed"), [])
mod.add_function(
"get_cannot_be_constructed_ptr", ReturnValue.new("CannotBeConstructed*", caller_owns_return=True), []
)
## A nested class
# NestedClass = mod.add_class('NestedClass', automatic_type_narrowing=True, outer_class=SomeObject)
NestedClass = SomeObject.add_class("NestedClass", automatic_type_narrowing=True)
NestedClass.add_static_attribute("instance_count", ReturnValue.new("int"))
NestedClass.add_constructor([Parameter.new("std::string", "datum")])
NestedClass.add_constructor([])
NestedClass.add_method("get_datum", ReturnValue.new("std::string"), [])
## A nested enum..
# mod.add_enum('NestedEnum', ['FOO_TYPE_AAA', 'FOO_TYPE_BBB', 'FOO_TYPE_CCC'], outer_class=SomeObject)
SomeObject.add_enum("NestedEnum", ["FOO_TYPE_AAA", "FOO_TYPE_BBB", "FOO_TYPE_CCC"])
## anonymous enum
SomeObject.add_enum("", ["CONSTANT_A", "CONSTANT_B", "CONSTANT_C"])
AbstractBaseClass2 = mod.add_class("AbstractBaseClass2", allow_subclassing=True)
AbstractBaseClass2.add_method(
"invoke_private_virtual", ReturnValue.new("int"), [Parameter.new("int", "x")], is_const=True
)
AbstractBaseClass2.add_method(
"invoke_protected_virtual", ReturnValue.new("int"), [Parameter.new("int", "x")], is_const=True
)
AbstractBaseClass2.add_method(
"invoke_protected_pure_virtual", ReturnValue.new("int"), [Parameter.new("int", "x")], is_const=True
)
AbstractBaseClass2.add_constructor([], visibility="protected")
AbstractBaseClass2.add_method(
"protected_virtual",
ReturnValue.new("int"),
[Parameter.new("int", "x")],
is_virtual=True,
visibility="protected",
is_const=True,
)
AbstractBaseClass2.add_method(
"protected_pure_virtual",
ReturnValue.new("int"),
[Parameter.new("int", "x")],
is_virtual=True,
is_pure_virtual=True,
visibility="protected",
is_const=True,
)
AbstractBaseClass2.add_method(
"private_virtual",
ReturnValue.new("int"),
[Parameter.new("int", "x")],
is_virtual=True,
is_pure_virtual=True,
visibility="private",
is_const=True,
)
AbstractXpto = mod.add_class("AbstractXpto", allow_subclassing=True)
AbstractXpto.add_method(
"something",
ReturnValue.new("void"),
[Parameter.new("int", "x")],
is_const=True,
is_virtual=True,
is_pure_virtual=True,
)
AbstractXpto.add_constructor([])
AbstractXptoImpl = mod.add_class("AbstractXptoImpl", parent=AbstractXpto)
AbstractXptoImpl.add_method(
"something",
ReturnValue.new("void"),
[Parameter.new("int", "x")],
is_const=True,
is_virtual=True,
is_pure_virtual=False,
)
AbstractXptoImpl.add_constructor([])
Word = mod.add_class("Word")
Word.add_instance_attribute("low", "uint8_t", is_const=False)
Word.add_instance_attribute("high", "uint8_t", is_const=False)
Word.add_instance_attribute("word", "uint16_t", is_const=False)
Word.add_constructor([])
mod.add_function(
"matrix_sum_of_elements",
ReturnValue.new("float"),
[Parameter.new("float*", "matrix", direction=Parameter.DIRECTION_IN, array_length=6)],
)
mod.add_function(
"matrix_identity_new",
ReturnValue.new("void"),
[Parameter.new("float*", "matrix", direction=Parameter.DIRECTION_OUT, array_length=6)],
)
top_ns = mod.add_cpp_namespace("TopNs")
outer_base = top_ns.add_class("OuterBase")
bottom_ns = top_ns.add_cpp_namespace("PrefixBottomNs")
inner = bottom_ns.add_class("PrefixInner", parent=outer_base)
inner.add_constructor([])
inner.add_method("Do", "void", [])
Socket = mod.add_class("Socket", allow_subclassing=True)
Socket.add_constructor([])
Socket.add_method("Bind", ReturnValue.new("int"), [], is_virtual=True)
Socket.add_method("Bind", ReturnValue.new("int"), [Parameter.new("int", "address")], is_virtual=True)
UdpSocket = mod.add_class("UdpSocket", parent=Socket)
UdpSocket.add_constructor([])
UdpSocket.add_method("Bind", ReturnValue.new("int"), [], is_virtual=True)
simple_struct_t = mod.add_struct("simple_struct_t")
simple_struct_t.add_instance_attribute("xpto", "int")
# containers...
mod.add_container("SimpleStructList", ReturnValue.new("simple_struct_t"), "list")
mod.add_function("get_simple_list", ReturnValue.new("SimpleStructList"), [])
mod.add_function("set_simple_list", "int", [Parameter.new("SimpleStructList", "list")])
mod.add_container("std::set<float>", "float", "set")
TestContainer = mod.add_class("TestContainer", allow_subclassing=True)
TestContainer.add_constructor([])
TestContainer.add_instance_attribute("m_floatSet", "std::set<float>")
TestContainer.add_method("get_simple_list", ReturnValue.new("SimpleStructList"), [], is_virtual=True)
TestContainer.add_method("set_simple_list", "int", [Parameter.new("SimpleStructList", "list")], is_virtual=True)
TestContainer.add_method(
"set_simple_list_by_ref",
"int",
[Parameter.new("SimpleStructList&", "inout_list", direction=Parameter.DIRECTION_INOUT)],
is_virtual=True,
)
mod.add_container("std::vector<simple_struct_t>", ReturnValue.new("simple_struct_t"), "vector")
TestContainer.add_method("get_simple_vec", ReturnValue.new("std::vector<simple_struct_t>"), [], is_virtual=True)
TestContainer.add_method(
"set_simple_vec", "int", [Parameter.new("std::vector<simple_struct_t>", "vec")], is_virtual=True
)
mod.add_container("std::vector<std::string>", "std::string", "vector")
TestContainer.add_method(
"get_vec", "void", [Parameter.new("std::vector<std::string> &", "outVec", direction=Parameter.DIRECTION_OUT)]
)
TestContainer.add_method(
"set_vec_ptr",
"void",
[
Parameter.new(
"std::vector<std::string>*", "inVec", direction=Parameter.DIRECTION_IN, transfer_ownership=True
)
],
)
TestContainer.add_method(
"get_vec_ptr", "void", [Parameter.new("std::vector<std::string>*", "outVec", direction=Parameter.DIRECTION_OUT)]
)
mod.add_container(
"std::map<std::string, simple_struct_t>",
(ReturnValue.new("std::string"), ReturnValue.new("simple_struct_t")),
"map",
)
TestContainer.add_method(
"get_simple_map", ReturnValue.new("std::map<std::string, simple_struct_t>"), [], is_virtual=True
)
TestContainer.add_method(
"set_simple_map", "int", [Parameter.new("std::map<std::string, simple_struct_t>", "map")], is_virtual=True
)
Tupl = mod.add_class("Tupl")
Tupl.add_binary_comparison_operator("<")
Tupl.add_binary_comparison_operator("<=")
Tupl.add_binary_comparison_operator(">=")
Tupl.add_binary_comparison_operator(">")
Tupl.add_binary_comparison_operator("==")
Tupl.add_binary_comparison_operator("!=")
Tupl.add_binary_numeric_operator("+")
Tupl.add_binary_numeric_operator("-")
Tupl.add_binary_numeric_operator("*")
Tupl.add_binary_numeric_operator("/")
Tupl.add_instance_attribute("x", "int", is_const=False)
Tupl.add_instance_attribute("y", "int", is_const=False)
Tupl.add_constructor([Parameter.new("Tupl const &", "arg0")])
Tupl.add_constructor([])
Tupl.add_inplace_numeric_operator("+=")
Tupl.add_inplace_numeric_operator("-=")
Tupl.add_inplace_numeric_operator("*=")
Tupl.add_inplace_numeric_operator("/=")
Tupl.add_unary_numeric_operator("-")
Tupl.add_inplace_numeric_operator("+=", right="int")
ManipulatedObject = mod.add_class("ManipulatedObject")
ManipulatedObject.add_constructor([])
ManipulatedObject.add_method("GetValue", "int", [], is_const=True)
ManipulatedObject.add_method("SetValue", "void", [Parameter.new("int", "value")])
ReferenceManipulator = mod.add_class("ReferenceManipulator", allow_subclassing=True)
ReferenceManipulator.add_constructor([])
ReferenceManipulator.add_method("manipulate_object", "int", [])
ReferenceManipulator.add_method(
"do_manipulate_object",
"void",
[Parameter.new("ManipulatedObject&", "obj", direction=Parameter.DIRECTION_INOUT)],
is_virtual=True,
is_pure_virtual=True,
)
VectorLike = mod.add_class("VectorLike")
VectorLike.add_constructor([])
VectorLike.add_method("append", "void", [Parameter.new("double", "value")])
VectorLike.add_method("get_item", "double", [Parameter.new("size_t", "index")], custom_name="__getitem__")
VectorLike.add_method(
"set_item",
"void",
[Parameter.new("size_t", "index"), Parameter.new("double", "value")],
custom_name="__setitem__",
)
VectorLike.add_method("get_len", "size_t", [], custom_name="__len__")
VectorLike2 = mod.add_class("VectorLike2")
VectorLike2.add_constructor([])
VectorLike2.add_method("append", "void", [Parameter.new("double", "value")])
MapLike = mod.add_class("MapLike")
MapLike.add_constructor([])
MapLike.add_method("set", "void", [Parameter.new("int", "key"), Parameter.new("double", "value")])
Error = mod.add_exception("Error")
DomainError = mod.add_exception("DomainError", parent=Error)
mod.add_function("my_inverse_func", "double", [Parameter.new("double", "x")], throw=[DomainError])
ClassThatThrows = mod.add_class("ClassThatThrows", allow_subclassing=True)
ClassThatThrows.add_constructor([Parameter.new("double", "x")], throw=[DomainError])
ClassThatThrows.add_method("my_inverse_method", "double", [Parameter.new("double", "x")], throw=[DomainError])
std_exception = mod.add_exception("exception", foreign_cpp_namespace="std", message_rvalue="%(EXC)s.what()")
mod.add_function("my_inverse_func2", "double", [Parameter.new("double", "x")], throw=[std_exception])
ClassThatThrows.add_method("my_inverse_method2", "double", [Parameter.new("double", "x")], throw=[std_exception])
ClassThatThrows.add_method("throw_error", "int", [], throw=[std_exception], is_const=True, is_virtual=True)
# https://bugs.launchpad.net/pybindgen/+bug/450255
ProtectedConstructor = mod.add_class("ProtectedConstructor")
ProtectedConstructor.add_constructor([])
ProtectedConstructor.add_constructor([Parameter.new("ProtectedConstructor&", "c")], visibility="protected")
# https://bugs.launchpad.net/pybindgen/+bug/455689
property_std_string = mod.add_struct("property", template_parameters=["std::string"])
Box = mod.add_class("Box")
Box.add_constructor([])
Box.add_static_attribute("instance_count", ReturnValue.new("int"))
Box.add_method("getFoobarInternalPtr", ReturnValue.new("Foobar*", reference_existing_object=True), [])
Box.add_method("getFoobarInternalRef", ReturnValue.new("Foobar&", reference_existing_object=True), [])
Box.add_method("getFoobarInternalPtr2", ReturnValue.new("Foobar*", return_internal_reference=True), [])
Box.add_method("getFoobarInternalRef2", ReturnValue.new("Foobar&", return_internal_reference=True), [])
Box.add_instance_attribute("m_internalFoobar", ReturnValue.new("Foobar*", reference_existing_object=True))
# multiple inheritance
MIRoot = mod.add_class("MIRoot")
MIRoot.add_constructor([])
MIRoot.add_method("root_method", "int", [], is_const=True)
MIBase1 = mod.add_class("MIBase1", parent=MIRoot)
MIBase1.add_constructor([])
MIBase1.add_method("base1_method", "int", [], is_const=True)
MIBase2 = mod.add_class("MIBase2", parent=MIRoot)
MIBase2.add_constructor([])
MIBase2.add_method("base2_method", "int", [], is_const=True)
MIMixed = mod.add_class("MIMixed", parent=[MIBase1, MIBase2])
MIMixed.add_constructor([])
MIMixed.add_method("mixed_method", "int", [], is_const=True)
#### --- error handler ---
class MyErrorHandler(pybindgen.settings.ErrorHandler):
def __init__(self):
super(MyErrorHandler, self).__init__()
self.num_errors = 0
def handle_error(self, wrapper, exception, traceback_):
print >>sys.stderr, "exception %s in wrapper %s" % (exception, wrapper)
self.num_errors += 1
if 0: # verbose?
import traceback
traceback.print_tb(traceback_)
return True
pybindgen.settings.error_handler = MyErrorHandler()
foomodulegen_common.customize_module(mod)
## ---- finally, generate the whole thing ----
mod.generate(FileCodeSink(out_file))
def generate_callback_classes(module, callbacks):
out = module.after_forward_declarations
for callback_impl_num, template_parameters in enumerate(callbacks):
sink = MemoryCodeSink()
cls_name = "ns3::Callback< %s >" % ', '.join(template_parameters)
#print >> sys.stderr, "***** trying to register callback: %r" % cls_name
class_name = "PythonCallbackImpl%i" % callback_impl_num
sink.writeln('''
class %s : public ns3::CallbackImpl<%s>
{
public:
PyObject *m_callback;
%s(PyObject *callback)
{
Py_INCREF(callback);
m_callback = callback;
}
virtual ~%s()
{
PyGILState_STATE __py_gil_state;
__py_gil_state = (PyEval_ThreadsInitialized() ? PyGILState_Ensure() : (PyGILState_STATE) 0);
Py_DECREF(m_callback);
m_callback = NULL;
PyGILState_Release(__py_gil_state);
}
virtual bool IsEqual(ns3::Ptr<const ns3::CallbackImplBase> other_base) const
{
const %s *other = dynamic_cast<const %s*> (ns3::PeekPointer (other_base));
if (other != NULL)
return (other->m_callback == m_callback);
else
return false;
}
''' % (class_name, ', '.join(template_parameters), class_name, class_name, class_name, class_name))
sink.indent()
callback_return = template_parameters[0]
return_ctype = ctypeparser.parse_type(callback_return)
if ('const' in return_ctype.remove_modifiers()):
kwargs = {'is_const': True}
else:
kwargs = {}
try:
return_type = ReturnValue.new(str(return_ctype), **kwargs)
except (typehandlers.TypeLookupError, typehandlers.TypeConfigurationError) as ex:
warnings.warn("***** Unable to register callback; Return value '%s' error (used in %s): %r"
% (callback_return, cls_name, ex),
Warning)
continue
arguments = []
ok = True
callback_parameters = [arg for arg in template_parameters[1:] if arg != 'ns3::empty']
for arg_num, arg_type in enumerate(callback_parameters):
arg_name = 'arg%i' % (arg_num+1)
param_ctype = ctypeparser.parse_type(arg_type)
if ('const' in param_ctype.remove_modifiers()):
kwargs = {'is_const': True}
else:
kwargs = {}
try:
param = Parameter.new(str(param_ctype), arg_name, **kwargs)
cpp_class = getattr(param, "cpp_class", None)
if isinstance(cpp_class, cppclass.CppClass):
# check if the "helper class" can be constructed
if cpp_class.helper_class is not None:
cpp_class.helper_class.generate_forward_declarations(
MemoryCodeSink())
if cpp_class.helper_class.cannot_be_constructed:
cpp_class.helper_class = None
cpp_class.helper_class_disabled = True
arguments.append(param)
except (typehandlers.TypeLookupError, typehandlers.TypeConfigurationError) as ex:
warnings.warn("***** Unable to register callback; parameter '%s %s' error (used in %s): %r"
% (arg_type, arg_name, cls_name, ex),
Warning)
ok = False
if not ok:
try:
typehandlers.return_type_matcher.lookup(cls_name)[0].DISABLED = True
except typehandlers.TypeLookupError:
pass
try:
typehandlers.param_type_matcher.lookup(cls_name)[0].DISABLED = True
except typehandlers.TypeLookupError:
pass
continue
wrapper = CallbackImplProxyMethod(return_type, arguments)
wrapper.generate(sink, 'operator()', decl_modifiers=[])
sink.unindent()
sink.writeln('};\n')
print("Flushing to ", out, file=sys.stderr)
sink.flush_to(out)
def generate_callback_classes(module, callbacks):
out = module.after_forward_declarations
for callback_impl_num, template_parameters in enumerate(callbacks):
sink = MemoryCodeSink()
cls_name = "ns3::Callback< %s >" % ', '.join(template_parameters)
#print >> sys.stderr, "***** trying to register callback: %r" % cls_name
class_name = "PythonCallbackImpl%i" % callback_impl_num
sink.writeln('''
class %s : public ns3::CallbackImpl<%s>
{
public:
PyObject *m_callback;
%s(PyObject *callback)
{
Py_INCREF(callback);
m_callback = callback;
}
virtual ~%s()
{
PyGILState_STATE __py_gil_state;
__py_gil_state = (PyEval_ThreadsInitialized() ? PyGILState_Ensure() : (PyGILState_STATE) 0);
Py_DECREF(m_callback);
m_callback = NULL;
PyGILState_Release(__py_gil_state);
}
virtual bool IsEqual(ns3::Ptr<const ns3::CallbackImplBase> other_base) const
{
const %s *other = dynamic_cast<const %s*> (ns3::PeekPointer (other_base));
if (other != NULL)
return (other->m_callback == m_callback);
else
return false;
}
''' % (class_name, ', '.join(template_parameters), class_name, class_name,
class_name, class_name))
sink.indent()
callback_return = template_parameters[0]
return_ctype = ctypeparser.parse_type(callback_return)
if ('const' in return_ctype.remove_modifiers()):
kwargs = {'is_const': True}
else:
kwargs = {}
try:
return_type = ReturnValue.new(str(return_ctype), **kwargs)
except (typehandlers.TypeLookupError,
typehandlers.TypeConfigurationError) as ex:
warnings.warn(
"***** Unable to register callback; Return value '%s' error (used in %s): %r"
% (callback_return, cls_name, ex), Warning)
continue
arguments = []
ok = True
callback_parameters = [
arg for arg in template_parameters[1:] if arg != 'ns3::empty'
]
for arg_num, arg_type in enumerate(callback_parameters):
arg_name = 'arg%i' % (arg_num + 1)
param_ctype = ctypeparser.parse_type(arg_type)
if ('const' in param_ctype.remove_modifiers()):
kwargs = {'is_const': True}
else:
kwargs = {}
try:
param = Parameter.new(str(param_ctype), arg_name, **kwargs)
cpp_class = getattr(param, "cpp_class", None)
if isinstance(cpp_class, cppclass.CppClass):
# check if the "helper class" can be constructed
if cpp_class.helper_class is not None:
cpp_class.helper_class.generate_forward_declarations(
MemoryCodeSink())
if cpp_class.helper_class.cannot_be_constructed:
cpp_class.helper_class = None
cpp_class.helper_class_disabled = True
arguments.append(param)
except (typehandlers.TypeLookupError,
typehandlers.TypeConfigurationError) as ex:
warnings.warn(
"***** Unable to register callback; parameter '%s %s' error (used in %s): %r"
% (arg_type, arg_name, cls_name, ex), Warning)
ok = False
if not ok:
try:
typehandlers.return_type_matcher.lookup(
cls_name)[0].DISABLED = True
except typehandlers.TypeLookupError:
pass
try:
typehandlers.param_type_matcher.lookup(
cls_name)[0].DISABLED = True
except typehandlers.TypeLookupError:
pass
continue
wrapper = CallbackImplProxyMethod(return_type, arguments)
wrapper.generate(sink, 'operator()', decl_modifiers=[])
sink.unindent()
sink.writeln('};\n')
print("Flushing to ", out, file=sys.stderr)
sink.flush_to(out)
def generate_callback_classes(out, callbacks):
for callback_impl_num, template_parameters in enumerate(callbacks):
sink = MemoryCodeSink()
cls_name = "ns3::Callback< %s >" % ', '.join(template_parameters)
#print >> sys.stderr, "***** trying to register callback: %r" % cls_name
class_name = "PythonCallbackImpl%i" % callback_impl_num
sink.writeln('''
class %s : public ns3::CallbackImpl<%s>
{
public:
PyObject *m_callback;
%s(PyObject *callback)
{
Py_INCREF(callback);
m_callback = callback;
}
virtual ~%s()
{
Py_DECREF(m_callback);
m_callback = NULL;
}
virtual bool IsEqual(ns3::Ptr<const ns3::CallbackImplBase> other_base) const
{
const %s *other = dynamic_cast<const %s*> (ns3::PeekPointer (other_base));
if (other != NULL)
return (other->m_callback == m_callback);
else
return false;
}
''' % (class_name, ', '.join(template_parameters), class_name, class_name, class_name, class_name))
sink.indent()
callback_return = template_parameters[0]
return_ctype = ctypeparser.parse_type(callback_return)
if ('const' in return_ctype.remove_modifiers()):
kwargs = {'is_const': True}
else:
kwargs = {}
try:
return_type = ReturnValue.new(str(return_ctype), **kwargs)
except (typehandlers.TypeLookupError, typehandlers.TypeConfigurationError), ex:
warnings.warn("***** Unable to register callback; Return value '%s' error (used in %s): %r"
% (callback_return, cls_name, ex),
Warning)
continue
arguments = []
ok = True
callback_parameters = [arg for arg in template_parameters[1:] if arg != 'ns3::empty']
for arg_num, arg_type in enumerate(callback_parameters):
arg_name = 'arg%i' % (arg_num+1)
param_ctype = ctypeparser.parse_type(arg_type)
if ('const' in param_ctype.remove_modifiers()):
kwargs = {'is_const': True}
else:
kwargs = {}
try:
arguments.append(Parameter.new(str(param_ctype), arg_name, **kwargs))
except (typehandlers.TypeLookupError, typehandlers.TypeConfigurationError), ex:
warnings.warn("***** Unable to register callback; parameter '%s %s' error (used in %s): %r"
% (arg_type, arg_name, cls_name, ex),
Warning)
ok = False
def generate_callback_classes(out, callbacks):
for callback_impl_num, template_parameters in enumerate(callbacks):
sink = MemoryCodeSink()
cls_name = "ns3::Callback< %s >" % ', '.join(template_parameters)
#print >> sys.stderr, "***** trying to register callback: %r" % cls_name
class_name = "PythonCallbackImpl%i" % callback_impl_num
sink.writeln('''
class %s : public ns3::CallbackImpl<%s>
{
public:
PyObject *m_callback;
%s(PyObject *callback)
{
Py_INCREF(callback);
m_callback = callback;
}
virtual ~%s()
{
PyGILState_STATE __py_gil_state;
__py_gil_state = (PyEval_ThreadsInitialized() ? PyGILState_Ensure() : (PyGILState_STATE) 0);
Py_DECREF(m_callback);
m_callback = NULL;
PyGILState_Release(__py_gil_state);
}
virtual bool IsEqual(ns3::Ptr<const ns3::CallbackImplBase> other_base) const
{
const %s *other = dynamic_cast<const %s*> (ns3::PeekPointer (other_base));
if (other != NULL)
return (other->m_callback == m_callback);
else
return false;
}
''' % (class_name, ', '.join(template_parameters), class_name, class_name, class_name, class_name))
sink.indent()
callback_return = template_parameters[0]
return_ctype = ctypeparser.parse_type(callback_return)
if ('const' in return_ctype.remove_modifiers()):
kwargs = {'is_const': True}
else:
kwargs = {}
try:
return_type = ReturnValue.new(str(return_ctype), **kwargs)
except (typehandlers.TypeLookupError, typehandlers.TypeConfigurationError) as ex:
warnings.warn("***** Unable to register callback; Return value '%s' error (used in %s): %r"
% (callback_return, cls_name, ex),
Warning)
continue
arguments = []
ok = True
callback_parameters = [arg for arg in template_parameters[1:] if arg != 'ns3::empty']
for arg_num, arg_type in enumerate(callback_parameters):
arg_name = 'arg%i' % (arg_num+1)
param_ctype = ctypeparser.parse_type(arg_type)
if ('const' in param_ctype.remove_modifiers()):
kwargs = {'is_const': True}
else:
kwargs = {}
try:
arguments.append(Parameter.new(str(param_ctype), arg_name, **kwargs))
except (typehandlers.TypeLookupError, typehandlers.TypeConfigurationError) as ex:
warnings.warn("***** Unable to register callback; parameter '%s %s' error (used in %s): %r"
% (arg_type, arg_name, cls_name, ex),
Warning)
ok = False
if not ok:
continue
wrapper = CallbackImplProxyMethod(return_type, arguments)
wrapper.generate(sink, 'operator()', decl_modifiers=[])
sink.unindent()
sink.writeln('};\n')
sink.flush_to(out)
class PythonCallbackParameter(Parameter):
"Class handlers"
CTYPES = [cls_name]
print("***** registering callback handler: %r" % ctypeparser.normalize_type_string(cls_name), file=sys.stderr)
DIRECTIONS = [Parameter.DIRECTION_IN]
PYTHON_CALLBACK_IMPL_NAME = class_name
TEMPLATE_ARGS = template_parameters
def convert_python_to_c(self, wrapper):
"parses python args to get C++ value"
assert isinstance(wrapper, typehandlers.ForwardWrapperBase)
if self.default_value is None:
py_callback = wrapper.declarations.declare_variable('PyObject*', self.name)
wrapper.parse_params.add_parameter('O', ['&'+py_callback], self.name)
wrapper.before_call.write_error_check(
'!PyCallable_Check(%s)' % py_callback,
'PyErr_SetString(PyExc_TypeError, "parameter \'%s\' must be callbale");' % self.name)
callback_impl = wrapper.declarations.declare_variable(
'ns3::Ptr<%s>' % self.PYTHON_CALLBACK_IMPL_NAME,
'%s_cb_impl' % self.name)
wrapper.before_call.write_code("%s = ns3::Create<%s> (%s);"
% (callback_impl, self.PYTHON_CALLBACK_IMPL_NAME, py_callback))
wrapper.call_params.append(
'ns3::Callback<%s> (%s)' % (', '.join(self.TEMPLATE_ARGS), callback_impl))
else:
py_callback = wrapper.declarations.declare_variable('PyObject*', self.name, 'NULL')
wrapper.parse_params.add_parameter('O', ['&'+py_callback], self.name, optional=True)
value = wrapper.declarations.declare_variable(
'ns3::Callback<%s>' % ', '.join(self.TEMPLATE_ARGS),
self.name+'_value',
self.default_value)
wrapper.before_call.write_code("if (%s) {" % (py_callback,))
wrapper.before_call.indent()
wrapper.before_call.write_error_check(
'!PyCallable_Check(%s)' % py_callback,
'PyErr_SetString(PyExc_TypeError, "parameter \'%s\' must be callbale");' % self.name)
wrapper.before_call.write_code("%s = ns3::Callback<%s> (ns3::Create<%s> (%s));"
% (value, ', '.join(self.TEMPLATE_ARGS),
self.PYTHON_CALLBACK_IMPL_NAME, py_callback))
wrapper.before_call.unindent()
wrapper.before_call.write_code("}") # closes: if (py_callback) {
wrapper.call_params.append(value)
def convert_c_to_python(self, wrapper):
raise typehandlers.NotSupportedError("Reverse wrappers for ns3::Callback<...> types "
"(python using callbacks defined in C++) not implemented.")
def my_module_gen(out_file):
mod = Module('foo')
mod.add_include ('"foo.h"')
mod.add_function('TypeNameGet',
'std::string',
[],
custom_name='IntegerTypeNameGet', template_parameters=['int'])
Foo = mod.add_class('Foo', automatic_type_narrowing=True)
Foo.add_static_attribute('instance_count', ReturnValue.new('int'))
Foo.add_constructor([Parameter.new('std::string', 'datum')])
Foo.add_constructor([])
Foo.add_method('get_datum', ReturnValue.new('const std::string'), [])
Foo.add_method('is_initialized', ReturnValue.new('bool'), [], is_const=True)
Foo.add_output_stream_operator()
Foo.add_method('add_sub', ReturnValue.new('int'), [
Parameter.new('int', 'a'),
Parameter.new('int', 'b', default_value='3'),
Parameter.new('bool', 'subtract', default_value='false')
], is_static=True)
Foo.add_custom_instance_attribute("is_unique", "bool", getter="is_unique", is_const=True)
Zoo = mod.add_class('Zoo', automatic_type_narrowing=True)
Zoo.add_constructor([Parameter.new('std::string', 'datum')])
Zoo.add_constructor([])
Zoo.add_method('get_datum', ReturnValue.new('std::string'), [])
Zoo.implicitly_converts_to(Foo)
Foobar = mod.add_class('Foobar', allow_subclassing=True)
Foobar.add_static_attribute('instance_count', ReturnValue.new('int'))
Bar = mod.add_class('Bar', parent=Foo)
Bar.inherit_default_constructors()
## a static method..
Bar.add_method('Hooray', ReturnValue.new('std::string'), [], is_static=True)
## to test RTTI with a hidden subclass
mod.add_function('get_hidden_subclass_pointer',
ReturnValue.new('Foo*', caller_owns_return=True),
[])
## Zbr is a reference counted class
Zbr = mod.add_class('Zbr', memory_policy=cppclass.ReferenceCountingMethodsPolicy(
incref_method='Ref', decref_method='Unref', peekref_method="GetReferenceCount"),
allow_subclassing=True)
def helper_class_hook(helper_class):
helper_class.add_custom_method(
declaration="static int custom_method_added_by_a_hook(int x);",
body="""
int %s::custom_method_added_by_a_hook(int x)
{
return x + 1;
}
""" % helper_class.name)
helper_class.add_post_generation_code("// this comment was written by a helper class hook function")
Zbr.add_helper_class_hook(helper_class_hook)
Zbr.add_constructor([])
Zbr.add_constructor([Parameter.new('std::string', 'datum')])
Zbr.add_method('get_datum', ReturnValue.new('std::string'), [])
Zbr.add_method('get_int', ReturnValue.new('int'), [Parameter.new('int', 'x')],
is_virtual=True)
Zbr.add_static_attribute('instance_count', ReturnValue.new('int'))
Zbr.add_method('get_value', ReturnValue.new('int'), [Parameter.new('int*', 'x', direction=Parameter.DIRECTION_OUT)])
mod.add_function('store_zbr', None,
[Parameter.new('Zbr*', 'zbr', transfer_ownership=True)])
mod.add_function('invoke_zbr', ReturnValue.new('int'), [Parameter.new('int', 'x')])
mod.add_function('delete_stored_zbr', None, [])
mod.add_function('print_something', ReturnValue.new('int'),
[Parameter.new('const char*', 'message')],
deprecated=True)
mod.add_function('print_something_else', ReturnValue.new('int'),
[Parameter.new('const char*', 'message2')])
## test overloaded functions
mod.add_function('get_int_from_string', ReturnValue.new('int'),
[Parameter.new('const char*', 'from_string'),
Parameter.new('int', 'multiplier', default_value='1')], custom_name="get_int")
mod.add_function('get_int_from_float', ReturnValue.new('int'),
[Parameter.new('double', 'from_float'),
Parameter.new('int', 'multiplier', default_value='1')],
custom_name="get_int")
SomeObject = mod.add_class('SomeObject', allow_subclassing=True)
SomeObject.add_instance_attribute('foo', ReturnValue.new('Foo'),
getter='get_foo_value',
setter='set_foo_value')
SomeObject.add_instance_attribute('m_prefix', ReturnValue.new('std::string'))
SomeObject.add_static_attribute('staticData', ReturnValue.new('std::string'))
SomeObject.add_static_attribute('instance_count', ReturnValue.new('int'))
SomeObject.add_method('add_prefix', ReturnValue.new('int'),
[Parameter.new('std::string&', 'message',
direction=Parameter.DIRECTION_INOUT)])
SomeObject.add_constructor([Parameter.new('std::string', 'prefix')])
SomeObject.add_constructor([Parameter.new('int', 'prefix_len')])
SomeObject.add_method('operator()', ReturnValue.new('int'),
[Parameter.new('std::string&', 'message',
direction=Parameter.DIRECTION_INOUT)],
custom_name='__call__')
# --- some virtual methods ---
SomeObject.add_method('get_prefix', ReturnValue.new('std::string'), [],
is_virtual=True, is_const=True)
SomeObject.add_method('get_prefix_with_foo_value', ReturnValue.new('std::string'),
[Parameter.new('Foo', 'foo')],
is_virtual=True, is_const=True)
SomeObject.add_method('get_prefix_with_foo_ref',
ReturnValue.new('std::string'),
[Parameter.new('const Foo&', 'foo',
direction=Parameter.DIRECTION_INOUT)],
is_virtual=True, is_const=True)
SomeObject.add_method('get_prefix_with_foo_ptr',
ReturnValue.new('std::string'),
[Parameter.new('const Foo*', 'foo', transfer_ownership=False)],
is_virtual=True, is_const=True)
## overloaded virtual methods
SomeObject.add_method('get_something',
ReturnValue.new('std::string'),
[],
is_virtual=True, is_const=True)
SomeObject.add_method('get_something',
ReturnValue.new('std::string'),
[Parameter.new('int', 'x')],
is_virtual=True, is_const=True)
SomeObject.add_method('set_pyobject', None,
[Parameter.new('PyObject*', 'pyobject', transfer_ownership=False)],
is_virtual=True)
SomeObject.add_method('get_pyobject',
ReturnValue.new('PyObject*', caller_owns_return=True),
[],
is_virtual=True)
## add a function that appears as a method of an object
SomeObject.add_function_as_method('some_object_get_something_prefixed',
ReturnValue.new('std::string'),
[Parameter.new('const SomeObject*', 'obj', transfer_ownership=False),
Parameter.new('std::string', 'something')],
custom_name='get_something_prefixed')
## add a function that appears as a method of an object
SomeObject.add_function_as_method('some_object_val_get_something_prefixed',
ReturnValue.new('std::string'),
[Parameter.new('SomeObject', 'obj'),
Parameter.new('std::string', 'something')],
custom_name='val_get_something_prefixed')
## add a function that appears as a method of an object
SomeObject.add_function_as_method('some_object_ref_get_something_prefixed',
ReturnValue.new('std::string'),
[Parameter.new('const SomeObject&', 'obj'),
Parameter.new('std::string', 'something')],
custom_name='ref_get_something_prefixed')
# ---
SomeObject.add_method('call_get_prefix', ReturnValue.new('std::string'), [])
SomeObject.add_method('set_foo_value', None, [Parameter.new('Foo', 'foo')])
SomeObject.add_method('get_foo_value', ReturnValue.new('Foo'), [])
SomeObject.add_method('set_foo_ptr', ReturnValue.new('void'),
[Parameter.new('Foo*', 'foo', transfer_ownership=True)])
SomeObject.add_method('set_foo_shared_ptr', ReturnValue.new('void'),
[Parameter.new('Foo*', 'foo', transfer_ownership=False)])
SomeObject.add_method('get_foo_shared_ptr', ReturnValue.new('const Foo*', caller_owns_return=False), [])
SomeObject.add_method('get_foo_ptr', ReturnValue.new('Foo*', caller_owns_return=True), [])
SomeObject.add_method('set_foo_by_ref', ReturnValue.new('void'),
[Parameter.new('Foo&', 'foo', direction=Parameter.DIRECTION_IN)])
SomeObject.add_method('get_foo_by_ref', ReturnValue.new('void'),
[Parameter.new('Foo&', 'foo', direction=Parameter.DIRECTION_OUT)])
## custodian/ward tests
SomeObject.add_method('get_foobar_with_self_as_custodian',
ReturnValue.new('Foobar*', custodian=0, reference_existing_object=True), [])
SomeObject.add_method('get_foobar_with_other_as_custodian',
ReturnValue.new('Foobar*', custodian=1, reference_existing_object=True),
[Parameter.new('SomeObject*', 'other', transfer_ownership=False)])
SomeObject.add_method('set_foobar_with_self_as_custodian', ReturnValue.new('void'),
[Parameter.new('Foobar*', 'foobar',
transfer_ownership=True, custodian=0)])
mod.add_function('get_foobar_with_other_as_custodian',
ReturnValue.new('Foobar*', custodian=1, reference_existing_object=True),
[Parameter.new('SomeObject*', 'other', transfer_ownership=False)])
mod.add_function('create_new_foobar', ReturnValue.new('Foobar*', caller_owns_return=True), [])
mod.add_function('set_foobar_with_other_as_custodian', ReturnValue.new('void'),
[Parameter.new('Foobar*', 'foobar', transfer_ownership=True, custodian=2),
Parameter.new('SomeObject*', 'other', transfer_ownership=False)])
mod.add_function('set_foobar_with_return_as_custodian',
ReturnValue.new('SomeObject*', caller_owns_return=True),
[Parameter.new('Foobar*', 'foobar',
transfer_ownership=True, custodian=-1)])
## get/set recfcounted object Zbr
SomeObject.add_method('get_zbr', ReturnValue.new('Zbr*', caller_owns_return=True), [])
SomeObject.add_method('get_internal_zbr', ReturnValue.new('Zbr*', caller_owns_return=True), [])
SomeObject.add_method('peek_zbr', ReturnValue.new('Zbr*', caller_owns_return=False), [])
SomeObject.add_method('set_zbr_transfer', ReturnValue.new('void'),
[Parameter.new('Zbr*', 'zbr', transfer_ownership=True)])
SomeObject.add_method('set_zbr_shared', ReturnValue.new('void'),
[Parameter.new('Zbr*', 'zbr', transfer_ownership=False)])
## methods with transformed types
SomeObject.add_method('set_zbr_pholder', ReturnValue.new('void'),
[Parameter.new('PointerHolder<Zbr>', 'zbr')])
SomeObject.add_method('get_zbr_pholder',
ReturnValue.new('PointerHolder<Zbr>'), [])
## test overloaded methods
SomeObject.add_method('get_int', ReturnValue.new('int'),
[Parameter.new('const char*', 'from_string')],
custom_name="get_int")
SomeObject.add_method('get_int', ReturnValue.new('int'),
[Parameter.new('double', 'from_float')],
custom_name="get_int")
# Bug #508577
SomeObject.add_method('protected_method_that_is_not_virtual',
ReturnValue.new('std::string'),
[Parameter.new('std::string', 'arg')],
is_const=True, visibility='protected')
SomeObject.add_method('method_returning_cstring', ReturnValue.new('const char *'),
[], is_virtual=True, is_const=True)
mod.add_function('store_some_object', ReturnValue.new('void'),
[Parameter.new('SomeObject*', 'obj', transfer_ownership=True)])
mod.add_function('invoke_some_object_get_prefix', ReturnValue.new('std::string'),
[])
mod.add_function('take_some_object', ReturnValue.new('SomeObject*', caller_owns_return=True), [])
mod.add_function('delete_some_object', ReturnValue.new('void'), [])
xpto = mod.add_cpp_namespace("xpto")
xpto.add_function('some_function', ReturnValue.new('std::string'), [])
## enums..
xpto.add_enum('FooType', ['FOO_TYPE_AAA', 'FOO_TYPE_BBB', 'FOO_TYPE_CCC'])
xpto.add_function('get_foo_type', ReturnValue.new('FooType'), [])
xpto.add_function('set_foo_type', ReturnValue.new('void'), [Parameter.new("FooType", 'type')])
xpto.add_function('set_foo_type_inout', ReturnValue.new('void'),
[Parameter.new("FooType&", 'type', direction=Parameter.DIRECTION_INOUT)])
xpto.add_function('set_foo_type_ptr', ReturnValue.new('void'),
[Parameter.new("FooType*", 'type', direction=Parameter.DIRECTION_INOUT)])
xpto_SomeClass = xpto.add_class('SomeClass', docstring="This is the docstring for SomeClass")
xpto_SomeClass.add_constructor([])
xpto.add_typedef(Foo, 'FooXpto')
xpto.add_function('get_foo_datum', 'std::string', [Parameter.new('const xpto::FooXpto&', 'foo')])
typehandlers.add_type_alias('uint32_t', 'xpto::FlowId')
xpto.add_function('get_flow_id', 'xpto::FlowId', [Parameter.new('xpto::FlowId', 'flowId')])
# bug #798383
XptoClass = xpto.add_struct('XptoClass')
XptoClass.add_method("GetSomeClass", retval("xpto::SomeClass*", caller_owns_return=True), [])
## ---- some implicity conversion APIs
mod.add_function('function_that_takes_foo', ReturnValue.new('void'),
[Parameter.new('Foo', 'foo')])
mod.add_function('function_that_returns_foo', ReturnValue.new('Foo'), [])
cls = mod.add_class('ClassThatTakesFoo')
cls.add_constructor([Parameter.new('Foo', 'foo')])
cls.add_method('get_foo', ReturnValue.new('Foo'), [])
cls = mod.add_class('SingletonClass', is_singleton=True)
cls.add_method('GetInstance', ReturnValue.new('SingletonClass*', caller_owns_return=True),
[], is_static=True)
## A class that has no public default constructor...
cls = mod.add_class('InterfaceId', is_singleton=True)
## A function that returns such a class...
mod.add_function('make_interface_id', ReturnValue.new('InterfaceId'), [])
## A class the cannot be constructed; this will cause late CodeGenerationError's
cls = mod.add_class('CannotBeConstructed')
cls.set_cannot_be_constructed("no reason")
cls.add_method('get_value', ReturnValue.new('CannotBeConstructed'),
[], is_static=True)
cls.add_method('get_ptr', ReturnValue.new('CannotBeConstructed*', caller_owns_return=True),
[], is_static=True)
mod.add_function('get_cannot_be_constructed_value',
ReturnValue.new('CannotBeConstructed'),
[])
mod.add_function('get_cannot_be_constructed_ptr',
ReturnValue.new('CannotBeConstructed*', caller_owns_return=True),
[])
## A nested class
#NestedClass = mod.add_class('NestedClass', automatic_type_narrowing=True, outer_class=SomeObject)
NestedClass = SomeObject.add_class('NestedClass', automatic_type_narrowing=True)
NestedClass.add_static_attribute('instance_count', ReturnValue.new('int'))
NestedClass.add_constructor([Parameter.new('std::string', 'datum')])
NestedClass.add_constructor([])
NestedClass.add_method('get_datum', ReturnValue.new('std::string'), [])
## A nested enum..
#mod.add_enum('NestedEnum', ['FOO_TYPE_AAA', 'FOO_TYPE_BBB', 'FOO_TYPE_CCC'], outer_class=SomeObject)
SomeObject.add_enum('NestedEnum', ['FOO_TYPE_AAA', 'FOO_TYPE_BBB', 'FOO_TYPE_CCC'])
## anonymous enum
SomeObject.add_enum('', ['CONSTANT_A', 'CONSTANT_B', 'CONSTANT_C'])
AbstractBaseClass2 = mod.add_class('AbstractBaseClass2', allow_subclassing=True)
AbstractBaseClass2.add_method('invoke_private_virtual', ReturnValue.new('int'),
[Parameter.new('int', 'x')], is_const=True)
AbstractBaseClass2.add_method('invoke_protected_virtual', ReturnValue.new('int'),
[Parameter.new('int', 'x')], is_const=True)
AbstractBaseClass2.add_method('invoke_protected_pure_virtual', ReturnValue.new('int'),
[Parameter.new('int', 'x')], is_const=True)
AbstractBaseClass2.add_constructor([], visibility='protected')
AbstractBaseClass2.add_method('protected_virtual',
ReturnValue.new('int'),
[Parameter.new('int', 'x')],
is_virtual=True, visibility='protected', is_const=True)
AbstractBaseClass2.add_method('protected_pure_virtual',
ReturnValue.new('int'),
[Parameter.new('int', 'x')],
is_virtual=True, is_pure_virtual=True, visibility='protected', is_const=True)
AbstractBaseClass2.add_method('private_virtual',
ReturnValue.new('int'), [Parameter.new('int', 'x')],
is_virtual=True, is_pure_virtual=True, visibility='private', is_const=True)
AbstractXpto = mod.add_class('AbstractXpto', allow_subclassing=True)
AbstractXpto.add_method('something', ReturnValue.new('void'),
[Parameter.new('int', 'x')], is_const=True,
is_virtual=True, is_pure_virtual=True)
AbstractXpto.add_constructor([])
AbstractXptoImpl = mod.add_class('AbstractXptoImpl', parent=AbstractXpto)
AbstractXptoImpl.add_method('something', ReturnValue.new('void'),
[Parameter.new('int', 'x')], is_const=True,
is_virtual=True, is_pure_virtual=False)
AbstractXptoImpl.add_constructor([])
Word = mod.add_class('Word')
Word.add_instance_attribute('low', 'uint8_t', is_const=False)
Word.add_instance_attribute('high', 'uint8_t', is_const=False)
Word.add_instance_attribute('word', 'uint16_t', is_const=False)
Word.add_constructor([])
mod.add_function('matrix_sum_of_elements',
ReturnValue.new('float'),
[Parameter.new("float*", 'matrix', direction=Parameter.DIRECTION_IN, array_length=6)])
mod.add_function('matrix_identity_new',
ReturnValue.new('void'),
[Parameter.new("float*", 'matrix', direction=Parameter.DIRECTION_OUT, array_length=6)])
top_ns = mod.add_cpp_namespace('TopNs')
outer_base = top_ns.add_class('OuterBase')
bottom_ns = top_ns.add_cpp_namespace('PrefixBottomNs')
inner = bottom_ns.add_class('PrefixInner',parent=outer_base)
inner.add_constructor([])
inner.add_method('Do', 'void', [])
Socket = mod.add_class('Socket', allow_subclassing=True)
Socket.add_constructor([])
Socket.add_method('Bind', ReturnValue.new('int'), [], is_virtual=True)
Socket.add_method('Bind', ReturnValue.new('int'), [Parameter.new('int', 'address')], is_virtual=True)
UdpSocket = mod.add_class('UdpSocket', parent=Socket)
UdpSocket.add_constructor([])
UdpSocket.add_method('Bind', ReturnValue.new('int'), [], is_virtual=True)
simple_struct_t = mod.add_struct('simple_struct_t')
simple_struct_t.add_instance_attribute('xpto', 'int')
# containers...
mod.add_container('SimpleStructList', ReturnValue.new('simple_struct_t'), 'list')
mod.add_function('get_simple_list', ReturnValue.new('SimpleStructList'), [])
mod.add_function('set_simple_list', 'int', [Parameter.new('SimpleStructList', 'list')])
mod.add_container('std::set<float>', 'float', 'set')
TestContainer = mod.add_class('TestContainer', allow_subclassing=True)
TestContainer.add_constructor([])
TestContainer.add_instance_attribute('m_floatSet', 'std::set<float>')
TestContainer.add_method('get_simple_list', ReturnValue.new('SimpleStructList'), [], is_virtual=True)
TestContainer.add_method('set_simple_list', 'int', [Parameter.new('SimpleStructList', 'list')], is_virtual=True)
TestContainer.add_method('set_simple_list_by_ref', 'int', [Parameter.new('SimpleStructList&', 'inout_list',
direction=Parameter.DIRECTION_INOUT)],
is_virtual=True)
mod.add_container('std::vector<simple_struct_t>', ReturnValue.new('simple_struct_t'), 'vector')
TestContainer.add_method('get_simple_vec', ReturnValue.new('std::vector<simple_struct_t>'), [], is_virtual=True)
TestContainer.add_method('set_simple_vec', 'int', [Parameter.new('std::vector<simple_struct_t>', 'vec')], is_virtual=True)
mod.add_container('std::vector<std::string>', 'std::string', 'vector')
TestContainer.add_method('get_vec', 'void', [Parameter.new('std::vector<std::string> &', 'outVec',
direction=Parameter.DIRECTION_OUT)])
TestContainer.add_method('set_vec_ptr', 'void', [Parameter.new('std::vector<std::string>*', 'inVec',
direction=Parameter.DIRECTION_IN, transfer_ownership=True)])
TestContainer.add_method('get_vec_ptr', 'void', [Parameter.new('std::vector<std::string>*', 'outVec',
direction=Parameter.DIRECTION_OUT)])
mod.add_container('std::map<std::string, simple_struct_t>',
(ReturnValue.new('std::string'), ReturnValue.new('simple_struct_t')),
'map')
TestContainer.add_method('get_simple_map', ReturnValue.new('std::map<std::string, simple_struct_t>'), [], is_virtual=True)
TestContainer.add_method('set_simple_map', 'int', [Parameter.new('std::map<std::string, simple_struct_t>', 'map')], is_virtual=True)
Tupl = mod.add_class('Tupl')
Tupl.add_binary_comparison_operator('<')
Tupl.add_binary_comparison_operator('<=')
Tupl.add_binary_comparison_operator('>=')
Tupl.add_binary_comparison_operator('>')
Tupl.add_binary_comparison_operator('==')
Tupl.add_binary_comparison_operator('!=')
Tupl.add_binary_numeric_operator('+')
Tupl.add_binary_numeric_operator('-')
Tupl.add_binary_numeric_operator('*')
Tupl.add_binary_numeric_operator('/')
Tupl.add_instance_attribute('x', 'int', is_const=False)
Tupl.add_instance_attribute('y', 'int', is_const=False)
Tupl.add_constructor([Parameter.new('Tupl const &', 'arg0')])
Tupl.add_constructor([])
Tupl.add_inplace_numeric_operator('+=')
Tupl.add_inplace_numeric_operator('-=')
Tupl.add_inplace_numeric_operator('*=')
Tupl.add_inplace_numeric_operator('/=')
Tupl.add_unary_numeric_operator('-')
Tupl.add_inplace_numeric_operator('+=', right='int')
ManipulatedObject = mod.add_class('ManipulatedObject')
ManipulatedObject.add_constructor([])
ManipulatedObject.add_method('GetValue', 'int', [], is_const=True)
ManipulatedObject.add_method('SetValue', 'void', [Parameter.new('int', 'value')])
ReferenceManipulator = mod.add_class('ReferenceManipulator', allow_subclassing=True)
ReferenceManipulator.add_constructor([])
ReferenceManipulator.add_method('manipulate_object', 'int', [])
ReferenceManipulator.add_method('do_manipulate_object', 'void',
[Parameter.new('ManipulatedObject&', 'obj', direction=Parameter.DIRECTION_INOUT)],
is_virtual=True, is_pure_virtual=True)
VectorLike = mod.add_class('VectorLike')
VectorLike.add_constructor([])
VectorLike.add_method('get_len', 'size_t', [], custom_name='__len__')
VectorLike.add_method('add_VectorLike', 'VectorLike', [Parameter.new('VectorLike', 'rhs')], custom_name='__add__')
VectorLike.add_method('iadd_VectorLike', 'VectorLike', [Parameter.new('VectorLike', 'rhs')], custom_name='__iadd__')
VectorLike.add_method('mul_VectorLike', 'VectorLike', [Parameter.new('unsigned int', 'n')], custom_name='__mul__')
VectorLike.add_method('imul_VectorLike', 'VectorLike', [Parameter.new('unsigned int', 'n')], custom_name='__imul__')
VectorLike.add_method('set_item', 'int', [Parameter.new('int', 'index'), Parameter.new('double', 'value')],
custom_name='__setitem__')
VectorLike.add_method('get_item', 'double', [Parameter.new('int', 'index')], custom_name='__getitem__')
VectorLike.add_method('set_slice', 'int', [Parameter.new('int', 'index1'),
Parameter.new('int', 'index2'),
Parameter.new('VectorLike', 'values')], custom_name='__setslice__')
VectorLike.add_method('get_slice', 'VectorLike', [Parameter.new('int', 'index1'),
Parameter.new('int', 'index2')], custom_name='__getslice__')
VectorLike.add_method('contains_value', 'int', [Parameter.new('double', 'value')], custom_name='__contains__')
VectorLike.add_method('append', 'void', [Parameter.new('double', 'value')])
VectorLike2 = mod.add_class('VectorLike2')
VectorLike2.add_constructor([])
VectorLike2.add_method('append', 'void', [Parameter.new('double', 'value')])
MapLike = mod.add_class('MapLike')
MapLike.add_constructor([])
MapLike.add_method('set', 'void', [Parameter.new('int', 'key'), Parameter.new('double', 'value')])
Error = mod.add_exception('Error')
DomainError = mod.add_exception('DomainError', parent=Error)
mod.add_function('my_inverse_func', 'double', [Parameter.new('double', 'x')],
throw=[DomainError])
ClassThatThrows = mod.add_class('ClassThatThrows', allow_subclassing=True)
ClassThatThrows.add_constructor([Parameter.new('double', 'x')], throw=[DomainError])
ClassThatThrows.add_method('my_inverse_method', 'double', [Parameter.new('double', 'x')],
throw=[DomainError])
std_exception = mod.add_exception('exception', foreign_cpp_namespace='std', message_rvalue='%(EXC)s.what()')
mod.add_function('my_inverse_func2', 'double', [Parameter.new('double', 'x')],
throw=[std_exception])
ClassThatThrows.add_method('my_inverse_method2', 'double', [Parameter.new('double', 'x')],
throw=[std_exception])
mod.add_function('my_inverse_func3', 'double', [Parameter.new('double', 'x')],
throw=[std_exception])
ClassThatThrows.add_method('my_inverse_method3', 'double', [Parameter.new('double', 'x')],
throw=[std_exception])
ClassThatThrows.add_method('throw_error', 'int', [], throw=[std_exception], is_const=True, is_virtual=True)
# https://bugs.launchpad.net/pybindgen/+bug/450255
ProtectedConstructor = mod.add_class('ProtectedConstructor')
ProtectedConstructor.add_constructor([])
ProtectedConstructor.add_constructor([Parameter.new('ProtectedConstructor&', 'c')], visibility='protected')
# https://bugs.launchpad.net/pybindgen/+bug/455689
property_std_string = mod.add_struct('property', template_parameters=['std::string'])
Box = mod.add_class('Box')
Box.add_constructor([])
Box.add_static_attribute('instance_count', ReturnValue.new('int'))
Box.add_method('getFoobarInternalPtr', ReturnValue.new('const Foobar*', reference_existing_object=True), [])
Box.add_method('getFoobarInternalRef', ReturnValue.new('Foobar&', reference_existing_object=True), [])
Box.add_method('getFoobarInternalPtr2', ReturnValue.new('Foobar*', return_internal_reference=True), [])
Box.add_method('getFoobarInternalRef2', ReturnValue.new('Foobar&', return_internal_reference=True), [])
Box.add_instance_attribute('m_internalFoobar', ReturnValue.new('Foobar*', reference_existing_object=True))
# multiple inheritance
MIRoot = mod.add_class('MIRoot')
MIRoot.add_constructor([])
MIRoot.add_method('root_method', 'int', [], is_const=True)
MIBase1 = mod.add_class('MIBase1', parent=MIRoot)
MIBase1.add_constructor([])
MIBase1.add_method('base1_method', 'int', [], is_const=True)
MIBase2 = mod.add_class('MIBase2', parent=MIRoot)
MIBase2.add_constructor([])
MIBase2.add_method('base2_method', 'int', [], is_const=True)
MIMixed = mod.add_class('MIMixed', parent=[MIBase1, MIBase2])
MIMixed.add_constructor([])
MIMixed.add_method('mixed_method', 'int', [], is_const=True)
mod.add_function('my_throwing_func', 'Tupl', [], throw=[std_exception])
IFoo = mod.add_class("IFoo", destructor_visibility='protected', allow_subclassing=True)
IFoo.add_method("DoSomething", None, [], is_pure_virtual=True)
IFooImpl = mod.add_class("IFooImpl", parent=IFoo, destructor_visibility='public')
IFooImpl.add_constructor([])
IFooImpl.add_method("DoSomething", None, [], is_virtual=True)
mod.add_function("test_args_kwargs", "int", [param("const char *", "args"), param("const char *", "kwargs")])
#### --- error handler ---
class MyErrorHandler(pybindgen.settings.ErrorHandler):
def __init__(self):
super(MyErrorHandler, self).__init__()
self.num_errors = 0
def handle_error(self, wrapper, exception, traceback_):
print >> sys.stderr, "exception %s in wrapper %s" % (exception, wrapper)
self.num_errors += 1
if 0: # verbose?
import traceback
traceback.print_tb(traceback_)
return True
pybindgen.settings.error_handler = MyErrorHandler()
foomodulegen_common.customize_module(mod)
## ---- finally, generate the whole thing ----
mod.generate(FileCodeSink(out_file))
def generate_callback_classes(out, callbacks):
for callback_impl_num, template_parameters in enumerate(callbacks):
sink = MemoryCodeSink()
cls_name = "ns3::Callback< %s >" % ', '.join(template_parameters)
#print >> sys.stderr, "***** trying to register callback: %r" % cls_name
class_name = "PythonCallbackImpl%i" % callback_impl_num
sink.writeln('''
class %s : public ns3::CallbackImpl<%s>
{
public:
PyObject *m_callback;
%s(PyObject *callback)
{
Py_INCREF(callback);
m_callback = callback;
}
virtual ~%s()
{
PyGILState_STATE __py_gil_state;
__py_gil_state = (PyEval_ThreadsInitialized() ? PyGILState_Ensure() : (PyGILState_STATE) 0);
Py_DECREF(m_callback);
m_callback = NULL;
PyGILState_Release(__py_gil_state);
}
virtual bool IsEqual(ns3::Ptr<const ns3::CallbackImplBase> other_base) const
{
const %s *other = dynamic_cast<const %s*> (ns3::PeekPointer (other_base));
if (other != NULL)
return (other->m_callback == m_callback);
else
return false;
}
''' % (class_name, ', '.join(template_parameters), class_name, class_name,
class_name, class_name))
sink.indent()
callback_return = template_parameters[0]
return_ctype = ctypeparser.parse_type(callback_return)
if ('const' in return_ctype.remove_modifiers()):
kwargs = {'is_const': True}
else:
kwargs = {}
try:
return_type = ReturnValue.new(str(return_ctype), **kwargs)
except (typehandlers.TypeLookupError,
typehandlers.TypeConfigurationError) as ex:
warnings.warn(
"***** Unable to register callback; Return value '%s' error (used in %s): %r"
% (callback_return, cls_name, ex), Warning)
continue
arguments = []
ok = True
callback_parameters = [
arg for arg in template_parameters[1:] if arg != 'ns3::empty'
]
for arg_num, arg_type in enumerate(callback_parameters):
arg_name = 'arg%i' % (arg_num + 1)
param_ctype = ctypeparser.parse_type(arg_type)
if ('const' in param_ctype.remove_modifiers()):
kwargs = {'is_const': True}
else:
kwargs = {}
try:
arguments.append(
Parameter.new(str(param_ctype), arg_name, **kwargs))
except (typehandlers.TypeLookupError,
typehandlers.TypeConfigurationError) as ex:
warnings.warn(
"***** Unable to register callback; parameter '%s %s' error (used in %s): %r"
% (arg_type, arg_name, cls_name, ex), Warning)
ok = False
if not ok:
continue
wrapper = CallbackImplProxyMethod(return_type, arguments)
wrapper.generate(sink, 'operator()', decl_modifiers=[])
sink.unindent()
sink.writeln('};\n')
sink.flush_to(out)
class PythonCallbackParameter(Parameter):
"Class handlers"
CTYPES = [cls_name]
print("***** registering callback handler: %r" %
ctypeparser.normalize_type_string(cls_name),
file=sys.stderr)
DIRECTIONS = [Parameter.DIRECTION_IN]
PYTHON_CALLBACK_IMPL_NAME = class_name
TEMPLATE_ARGS = template_parameters
def convert_python_to_c(self, wrapper):
"parses python args to get C++ value"
assert isinstance(wrapper, typehandlers.ForwardWrapperBase)
if self.default_value is None:
py_callback = wrapper.declarations.declare_variable(
'PyObject*', self.name)
wrapper.parse_params.add_parameter('O',
['&' + py_callback],
self.name)
wrapper.before_call.write_error_check(
'!PyCallable_Check(%s)' % py_callback,
'PyErr_SetString(PyExc_TypeError, "parameter \'%s\' must be callbale");'
% self.name)
callback_impl = wrapper.declarations.declare_variable(
'ns3::Ptr<%s>' % self.PYTHON_CALLBACK_IMPL_NAME,
'%s_cb_impl' % self.name)
wrapper.before_call.write_code(
"%s = ns3::Create<%s> (%s);" %
(callback_impl, self.PYTHON_CALLBACK_IMPL_NAME,
py_callback))
wrapper.call_params.append(
'ns3::Callback<%s> (%s)' %
(', '.join(self.TEMPLATE_ARGS), callback_impl))
else:
py_callback = wrapper.declarations.declare_variable(
'PyObject*', self.name, 'NULL')
wrapper.parse_params.add_parameter('O',
['&' + py_callback],
self.name,
optional=True)
value = wrapper.declarations.declare_variable(
'ns3::Callback<%s>' % ', '.join(self.TEMPLATE_ARGS),
self.name + '_value', self.default_value)
wrapper.before_call.write_code("if (%s) {" %
(py_callback, ))
wrapper.before_call.indent()
wrapper.before_call.write_error_check(
'!PyCallable_Check(%s)' % py_callback,
'PyErr_SetString(PyExc_TypeError, "parameter \'%s\' must be callbale");'
% self.name)
wrapper.before_call.write_code(
"%s = ns3::Callback<%s> (ns3::Create<%s> (%s));" %
(value, ', '.join(self.TEMPLATE_ARGS),
self.PYTHON_CALLBACK_IMPL_NAME, py_callback))
wrapper.before_call.unindent()
wrapper.before_call.write_code(
"}") # closes: if (py_callback) {
wrapper.call_params.append(value)
def convert_c_to_python(self, wrapper):
raise typehandlers.NotSupportedError(
"Reverse wrappers for ns3::Callback<...> types "
"(python using callbacks defined in C++) not implemented.")
