def _parse_documentation_node(node):
if node.tag == 'see':
ref = node.attrib['cref']
if ref[0] == 'M':
ref = ref.split('.')
ref[-1] = snake_case(ref[-1])
ref = '.'.join(ref)
return ref[2:]
elif node.tag == 'paramref':
return snake_case(node.attrib['name'])
elif node.tag == 'c':
replace = {'true': 'True', 'false': 'False', 'null': 'None'}
if node.text in replace:
return replace[node.text]
else:
return node.text
elif node.tag == 'list':
content = '\n'
for item in node:
item_content = _parse_documentation_content(item[0])
content += '* %s\n' % '\n'.join(
_indent(item_content.split('\n'), 2))[2:].rstrip()
return content
else:
return node.text
def __init__(self, rpc_connection, stream_connection):
self._types = Types()
self._rpc_connection = rpc_connection
self._rpc_connection_lock = threading.Lock()
self._stream_connection = stream_connection
self._stream_cache = {}
self._stream_cache_lock = threading.Lock()
self._request_type = self._types.as_type('KRPC.Request')
self._response_type = self._types.as_type('KRPC.Response')
# Get the services
services = self._invoke('KRPC', 'GetServices', [], [], [], self._types.as_type('KRPC.Services')).services
# Set up services
for service in services:
setattr(self, snake_case(service.name), create_service(self, service))
# Set up stream update thread
if stream_connection is not None:
self._stream_thread_stop = threading.Event()
self._stream_thread = threading.Thread(target=krpc.stream.update_thread,
args=(stream_connection, self._stream_thread_stop,
self._stream_cache, self._stream_cache_lock))
self._stream_thread.daemon = True
self._stream_thread.start()
else:
self._stream_thread = None
def _parse_documentation(xml):
if xml.strip() == '':
return ''
parser = ElementTree.XMLParser(encoding='UTF-8')
root = ElementTree.XML(xml.encode('UTF-8'), parser=parser)
summary = ''
params = []
returns = ''
note = ''
for node in root:
if node.tag == 'summary':
summary = _parse_documentation_content(node)
elif node.tag == 'param':
doc = _parse_documentation_content(node).replace('\n', '')
params.append('%s: %s' % (snake_case(node.attrib['name']), doc))
elif node.tag == 'returns':
returns = 'Returns:\n %s' % \
_parse_documentation_content(node).replace('\n', '')
elif node.tag == 'remarks':
note = 'Note: %s' % _parse_documentation_content(node)
if params:
params_str = 'Args:\n%s' % '\n'.join(' ' + x for x in params)
else:
params_str = ''
return '\n\n'.join(x for x in (summary, params_str, returns, note)
if x != '')
def __init__(self, rpc_connection, stream_connection):
self._types = Types()
self._rpc_connection = rpc_connection
self._rpc_connection_lock = threading.Lock()
self._stream_connection = stream_connection
self._stream_cache = {}
self._stream_cache_lock = threading.Lock()
self._request_type = self._types.as_type('KRPC.Request')
self._response_type = self._types.as_type('KRPC.Response')
# Get the services
services = self._invoke('KRPC', 'GetServices', [], [], [],
self._types.as_type('KRPC.Services')).services
# Set up services
for service in services:
setattr(self, snake_case(service.name),
create_service(self, service))
# Set up stream update thread
if stream_connection is not None:
self._stream_thread_stop = threading.Event()
self._stream_thread = threading.Thread(
target=krpc.stream.update_thread,
args=(stream_connection, self._stream_thread_stop,
self._stream_cache, self._stream_cache_lock))
self._stream_thread.daemon = True
self._stream_thread.start()
else:
self._stream_thread = None
def _add_service_class_property(cls, class_name, property_name, getter=None, setter=None):
""" Add a property to a class """
class_cls = cls._client._types.as_type('Class(' + cls._name + '.' + class_name + ')').python_type
doc = None
if getter:
doc = _parse_documentation(getter.documentation)
elif setter:
doc = _parse_documentation(setter.documentation)
if getter:
getter_name = getter.name
param_names, param_types, _, _, return_type = cls._parse_procedure(getter)
# Rename this to self if it doesn't cause a name clash
if 'self' not in param_names:
param_names[0] = 'self'
getter = _construct_func(cls._client._invoke, cls._name, getter_name, [],
param_names, param_types, [True], [None], return_type)
build_request = _construct_func(cls._client._build_request, cls._name, getter_name, [],
param_names, param_types, [True], [None], return_type)
setattr(getter, '_build_request', build_request)
setattr(getter, '_return_type', return_type)
if setter:
param_names, param_types, _, _, return_type = cls._parse_procedure(setter)
setter = _construct_func(cls._client._invoke, cls._name, setter.name, [],
param_names, param_types, [True, True], [None, None], None)
property_name = str(snake_case(property_name))
return class_cls._add_property(property_name, getter, setter, doc=doc)
def _add_service_enumeration(cls, enum):
""" Add an enumeration type """
name = enum.name
enum_type = cls._client._types.as_type('Enum(' + cls._name + '.' + name + ')',
_parse_documentation(enum.documentation))
enum_type.set_values(dict((str(snake_case(x.name)), x.value) for x in enum.values))
setattr(cls, name, enum_type.python_type)
def _add_service_property(cls, name, getter=None, setter=None):
""" Add a property """
doc = None
if getter:
doc = _parse_documentation(getter.documentation)
elif setter:
doc = _parse_documentation(setter.documentation)
if getter:
getter_name = getter.name
_, _, _, _, return_type = cls._parse_procedure(getter)
getter = _construct_func(cls._client._invoke, cls._name,
getter_name, ['self'], [], [], [], [],
return_type)
build_request = _construct_func(cls._client._build_request,
cls._name, getter_name, ['self'],
[], [], [], [], return_type)
setattr(getter, '_build_request', build_request)
setattr(getter, '_return_type', return_type)
if setter:
param_names, param_types, _, _, _ = cls._parse_procedure(setter)
setter = _construct_func(cls._client._invoke, cls._name,
setter.name, ['self'], param_names,
param_types, [True], [None], None)
name = str(snake_case(name))
return cls._add_property(name, getter, setter, doc=doc)
def _add_service_procedure(cls, procedure):
""" Add a procedure """
param_names, param_types, param_required, param_default, return_type = cls._parse_procedure(procedure)
func = _construct_func(
cls._client._invoke,
cls._name,
procedure.name,
[],
param_names,
param_types,
param_required,
param_default,
return_type,
)
build_request = _construct_func(
cls._client._build_request,
cls._name,
procedure.name,
[],
param_names,
param_types,
param_required,
param_default,
return_type,
)
setattr(func, "_build_request", build_request)
setattr(func, "_return_type", return_type)
name = str(snake_case(procedure.name))
return cls._add_static_method(name, func, doc=_parse_documentation(procedure.documentation))
def _parse_documentation(xml):
if xml.strip() == '':
return ''
parser = ElementTree.XMLParser(encoding='UTF-8')
root = ElementTree.XML(xml.encode('UTF-8'), parser=parser)
summary = ''
params = []
returns = ''
note = ''
for node in root:
if node.tag == 'summary':
summary = _parse_documentation_content(node)
elif node.tag == 'param':
doc = _parse_documentation_content(node).replace('\n', '')
params.append('%s: %s' % (snake_case(node.attrib['name']), doc))
elif node.tag == 'returns':
returns = 'Returns:\n %s' % \
_parse_documentation_content(node).replace('\n', '')
elif node.tag == 'remarks':
note = 'Note: %s' % _parse_documentation_content(node)
if params:
params_str = 'Args:\n%s' % '\n'.join(' ' + x for x in params)
else:
params_str = ''
return '\n\n'.join(x for x in (summary, params_str, returns, note)
if x != '')
def ref(self, obj):
name = obj.fullname.split('.')
if isinstance(obj, Procedure) or isinstance(obj, Property) or \
isinstance(obj, ClassMethod) or isinstance(obj, ClassStaticMethod) or isinstance(obj, ClassProperty) or \
isinstance(obj, EnumerationValue):
name[-1] = snake_case(name[-1])
return self.shorten_ref('.'.join(name)).replace('.', '::')
def ref(self, obj):
name = obj.fullname.split('.')
if any(isinstance(obj, cls) for cls in
(Procedure, Property, ClassMethod, ClassStaticMethod,
ClassProperty, EnumerationValue)):
name[-1] = snake_case(name[-1])
return self.shorten_ref('.'.join(name)).replace('.', '::')
def ref(self, obj):
name = obj.fullname.split('.')
if any(isinstance(obj, cls) for cls in
(Procedure, Property, ClassMethod, ClassStaticMethod,
ClassProperty, EnumerationValue)):
name[-1] = snake_case(name[-1])
return self.shorten_ref('.'.join(name)).replace('.', '::')
def __init__(self, rpc_connection, stream_connection):
self._types = Types()
self._rpc_connection = rpc_connection
self._rpc_connection_lock = threading.Lock()
self._stream_connection = stream_connection
self._stream_manager = StreamManager(self)
# Get the services
services = self._invoke('KRPC', 'GetServices', [], [], [],
self._types.services_type).services
# Set up services
for service in services:
setattr(self, snake_case(service.name),
create_service(self, service))
# Set up stream update thread
if stream_connection is not None:
self._stream_thread_stop = threading.Event()
self._stream_thread = threading.Thread(
target=krpc.streammanager.update_thread,
args=(self._stream_manager, stream_connection,
self._stream_thread_stop))
self._stream_thread.daemon = True
self._stream_thread.start()
else:
self._stream_thread = None
def _add_service_class_property(cls, class_name, property_name, getter=None, setter=None):
""" Add a property to a class """
class_cls = cls._client._types.as_type('Class('+cls._name+'.'+class_name+')').python_type
doc = None
if getter:
doc = _parse_documentation(getter.documentation)
elif setter:
doc = _parse_documentation(setter.documentation)
if getter:
getter_name = getter.name
param_names, param_types, _, _, return_type = cls._parse_procedure(getter)
# Rename this to self if it doesn't cause a name clash
if 'self' not in param_names:
param_names[0] = 'self'
getter = _construct_func(cls._client._invoke, cls._name, getter_name, [],
param_names, param_types, [True], [None], return_type)
build_request = _construct_func(cls._client._build_request, cls._name, getter_name, [],
param_names, param_types, [True], [None], return_type)
setattr(getter, '_build_request', build_request)
setattr(getter, '_return_type', return_type)
if setter:
param_names, param_types, _, _, return_type = cls._parse_procedure(setter)
setter = _construct_func(cls._client._invoke, cls._name, setter.name, [],
param_names, param_types, [True, True], [None, None], None)
property_name = str(snake_case(property_name))
return class_cls._add_property(property_name, getter, setter, doc=doc)
def _add_service_class_static_method(cls, class_name, method_name, procedure):
""" Add a static method to a class """
class_cls = cls._client._types.as_type("Class(" + cls._name + "." + class_name + ")").python_type
param_names, param_types, param_required, param_default, return_type = cls._parse_procedure(procedure)
func = _construct_func(
cls._client._invoke,
cls._name,
procedure.name,
[],
param_names,
param_types,
param_required,
param_default,
return_type,
)
build_request = _construct_func(
cls._client._build_request,
cls._name,
procedure.name,
[],
param_names,
param_types,
param_required,
param_default,
return_type,
)
setattr(func, "_build_request", build_request)
setattr(func, "_return_type", return_type)
name = str(snake_case(method_name))
class_cls._add_static_method(name, func, doc=_parse_documentation(procedure.documentation))
def _add_service_class_method(cls, class_name, method_name, procedure):
""" Add a method to a class """
class_cls = cls._client._types.as_type("Class(" + cls._name + "." + class_name + ")").python_type
param_names, param_types, param_required, param_default, return_type = cls._parse_procedure(procedure)
# Rename this to self if it doesn't cause a name clash
if "self" not in param_names:
param_names[0] = "self"
func = _construct_func(
cls._client._invoke,
cls._name,
procedure.name,
[],
param_names,
param_types,
param_required,
param_default,
return_type,
)
build_request = _construct_func(
cls._client._build_request,
cls._name,
procedure.name,
[],
param_names,
param_types,
param_required,
param_default,
return_type,
)
setattr(func, "_build_request", build_request)
setattr(func, "_return_type", return_type)
name = str(snake_case(method_name))
class_cls._add_method(name, func, doc=_parse_documentation(procedure.documentation))
def parse_cref(cref):
if cref[0] == 'M':
cref = cref[2:].split('.')
member = snake_case(cref[-1])
del cref[-1]
return '::'.join(cref)+'::'+member
elif cref[0] == 'T':
return cref[2:].replace('.', '::')
else:
raise RuntimeError('Unknown cref \'%s\'' % cref)
def _add_service_enumeration(cls, enumeration):
""" Add an enum type """
name = enumeration.name
enumeration_type = cls._client._types.enumeration_type(
cls._name, name, _parse_documentation(enumeration.documentation))
enumeration_type.set_values(dict(
(str(snake_case(x.name)), {
'value': x.value, 'doc': _parse_documentation(x.documentation)
}) for x in enumeration.values))
setattr(cls, name, enumeration_type.python_type)
def parse_cref(cref):
if cref[0] == 'M':
cref = cref[2:].split('.')
member = snake_case(cref[-1])
del cref[-1]
return '::'.join(cref)+'::'+member
elif cref[0] == 'T':
return cref[2:].replace('.', '::')
else:
raise RuntimeError('Unknown cref \'%s\'' % cref)
def _add_service_enumeration(cls, enumeration):
""" Add an enum type """
name = enumeration.name
enumeration_type = cls._client._types.enumeration_type(
cls._name, name, _parse_documentation(enumeration.documentation))
enumeration_type.set_values(
dict((str(snake_case(x.name)), {
'value': x.value,
'doc': _parse_documentation(x.documentation)
}) for x in enumeration.values))
setattr(cls, name, enumeration_type.python_type)
def _add_service_procedure(cls, procedure):
""" Add a procedure """
param_names, param_types, param_required, param_default, return_type = cls._parse_procedure(procedure)
func = _construct_func(cls._client._invoke, cls._name, procedure.name, [],
param_names, param_types, param_required, param_default, return_type)
build_request = _construct_func(cls._client._build_request, cls._name, procedure.name, [],
param_names, param_types, param_required, param_default, return_type)
setattr(func, '_build_request', build_request)
setattr(func, '_return_type', return_type)
name = str(snake_case(procedure.name))
return cls._add_static_method(name, func, doc=_parse_documentation(procedure.documentation))
def _add_service_class_static_method(cls, class_name, method_name, procedure):
""" Add a static method to a class """
class_cls = cls._client._types.as_type('Class(' + cls._name + '.' + class_name + ')').python_type
param_names, param_types, param_required, param_default, return_type = cls._parse_procedure(procedure)
func = _construct_func(cls._client._invoke, cls._name, procedure.name, [],
param_names, param_types, param_required, param_default, return_type)
build_request = _construct_func(cls._client._build_request, cls._name, procedure.name, [],
param_names, param_types, param_required, param_default, return_type)
setattr(func, '_build_request', build_request)
setattr(func, '_return_type', return_type)
name = str(snake_case(method_name))
class_cls._add_static_method(name, func, doc=_parse_documentation(procedure.documentation))
def _add_service_enumeration(cls, enum):
""" Add an enumeration type """
name = enum.name
enum_type = cls._client._types.as_type(
"Enum(" + cls._name + "." + name + ")", _parse_documentation(enum.documentation)
)
enum_type.set_values(
dict(
(str(snake_case(x.name)), {"value": x.value, "doc": _parse_documentation(x.documentation)})
for x in enum.values
)
)
setattr(cls, name, enum_type.python_type)
def _parse_documentation_node(node):
if node.tag == 'see':
ref = node.attrib['cref']
if ref[0] == 'M':
ref = ref.split('.')
ref[-1] = snake_case(ref[-1])
ref = '.'.join(ref)
return ref[2:]
elif node.tag == 'paramref':
return snake_case(node.attrib['name'])
elif node.tag == 'c':
replace = {'true': 'True', 'false': 'False', 'null': 'None'}
if node.text in replace:
return replace[node.text]
return node.text
elif node.tag == 'list':
content = '\n'
for item in node:
item_content = _parse_documentation_content(item[0])
content += '* %s\n' % '\n'.join(
_indent(item_content.split('\n'), 2))[2:].rstrip()
return content
return node.text
def _parse_procedure(cls, procedure):
param_names = [snake_case(param.name) for param in procedure.parameters]
param_types = [cls._client._types.get_parameter_type(i, param.type, procedure.attributes) for i,param in enumerate(procedure.parameters)]
param_required = [not param.has_default_argument for param in procedure.parameters]
param_default = []
for param,typ in zip(procedure.parameters, param_types):
if param.has_default_argument:
param_default.append(Decoder.decode(param.default_argument, typ))
else:
param_default.append(None)
return_type = None
if procedure.has_return_type:
return_type = cls._client._types.get_return_type(procedure.return_type, procedure.attributes)
return param_names, param_types, param_required, param_default, return_type
def _parse_procedure(cls, procedure):
param_names = [snake_case(param.name) for param in procedure.parameters]
param_types = [cls._client._types.get_parameter_type(i, param.type, procedure.attributes)
for i, param in enumerate(procedure.parameters)]
param_required = [not param.has_default_value for param in procedure.parameters]
param_default = []
for param, typ in zip(procedure.parameters, param_types):
if param.has_default_value:
param_default.append(Decoder.decode(param.default_value, typ))
else:
param_default.append(None)
return_type = None
if procedure.has_return_type:
return_type = cls._client._types.get_return_type(procedure.return_type, procedure.attributes)
return param_names, param_types, param_required, param_default, return_type
def _parse_documentation_node(node):
if node.tag == "see":
ref = node.attrib["cref"]
if ref[0] == "M":
ref = ref.split(".")
ref[-1] = snake_case(ref[-1])
ref = ".".join(ref)
return ref[2:]
elif node.tag == "paramref":
return snake_case(node.attrib["name"])
elif node.tag == "c":
replace = {"true": "True", "false": "False", "null": "None"}
if node.text in replace:
return replace[node.text]
else:
return node.text
elif node.tag == "list":
content = "\n"
for item in node:
item_content = _parse_documentation_content(item[0])
content += "* %s\n" % "\n".join(_indent(item_content.split("\n"), 2))[2:].rstrip()
return content
else:
return node.text
def _add_service_class_method(cls, class_name, method_name, procedure):
""" Add a method to a class """
class_cls = cls._client._types.as_type('Class(' + cls._name + '.' + class_name + ')').python_type
param_names, param_types, param_required, param_default, return_type = cls._parse_procedure(procedure)
# Rename this to self if it doesn't cause a name clash
if 'self' not in param_names:
param_names[0] = 'self'
func = _construct_func(cls._client._invoke, cls._name, procedure.name, [],
param_names, param_types, param_required, param_default, return_type)
build_request = _construct_func(cls._client._build_request, cls._name, procedure.name, [],
param_names, param_types, param_required, param_default, return_type)
setattr(func, '_build_request', build_request)
setattr(func, '_return_type', return_type)
name = str(snake_case(method_name))
class_cls._add_method(name, func, doc=_parse_documentation(procedure.documentation))
def ref(self, obj):
name = obj.fullname
if isinstance(obj, Procedure) or isinstance(obj, ClassMethod) or isinstance(obj, ClassStaticMethod):
parameters = [self.type(p.type) for p in obj.parameters]
if isinstance(obj, ClassMethod):
parameters = parameters[1:]
name = name.split('.')
name[-1] = lower_camel_case(name[-1])+'('+', '.join(parameters)+')'
name = '.'.join(name)
elif isinstance(obj, Property) or isinstance(obj, ClassProperty):
name = name.split('.')
name[-1] = 'get'+name[-1]+'()'
name = '.'.join(name)
elif isinstance(obj, EnumerationValue):
name = name.split('.')
name[-1] = snake_case(name[-1]).upper()
name = '.'.join(name)
return self.shorten_ref(name)
def _parse_procedure(cls, procedure):
param_names = [snake_case(param.name)
for param in procedure.parameters]
param_types = [cls._client._types.as_type(param.type)
for param in procedure.parameters]
param_required = [not param.default_value
for param in procedure.parameters]
param_default = []
for param, typ in zip(procedure.parameters, param_types):
if param.default_value:
param_default.append(Decoder.decode(param.default_value, typ))
else:
param_default.append(None)
return_type = None
if not Types.is_none_type(procedure.return_type):
return_type = cls._client._types.as_type(procedure.return_type)
return param_names, param_types, param_required, \
param_default, return_type
def _add_service_property(cls, name, getter=None, setter=None):
""" Add a property """
doc = None
if getter:
doc = _parse_documentation(getter.documentation)
elif setter:
doc = _parse_documentation(setter.documentation)
if getter:
getter_name = getter.name
_,_,_,_,return_type = cls._parse_procedure(getter)
getter = _construct_func(cls._client._invoke, cls._name, getter_name, ['self'], [], [], [], [], return_type)
build_request = _construct_func(cls._client._build_request, cls._name, getter_name, ['self'], [], [], [], [], return_type)
setattr(getter, '_build_request', build_request)
setattr(getter, '_return_type', return_type)
if setter:
param_names, param_types, _,_,_ = cls._parse_procedure(setter)
setter = _construct_func(cls._client._invoke, cls._name, setter.name, ['self'], param_names, param_types, [True], [None], None)
name = str(snake_case(name))
return cls._add_property(name, getter, setter, doc=doc)
def _build_error(self, error):
""" Build an exception from an error message that
can be thrown to the calling code """
# TODO: modify the stack trace of the thrown exception so it looks like
# it came from the local call
if error.service and error.name:
service_name = snake_case(error.service)
type_name = error.name
if not hasattr(self, service_name):
raise RuntimeError(
'Error building exception; service \'%s\' not found' %
service_name)
service = getattr(self, service_name)
if not hasattr(service, type_name):
raise RuntimeError(
'Error building exception; type \'%s.%s\' not found' %
(service_name, type_name))
return getattr(service, type_name)(self._error_message(error))
return RPCError(self._error_message(error))
def _parse_procedure(cls, procedure):
param_names = [
snake_case(param.name) for param in procedure.parameters
]
param_types = [
cls._client._types.as_type(param.type)
for param in procedure.parameters
]
param_required = [
not param.default_value for param in procedure.parameters
]
param_default = []
for param, typ in zip(procedure.parameters, param_types):
if param.default_value:
param_default.append(Decoder.decode(param.default_value, typ))
else:
param_default.append(None)
return_type = None
if not Types.is_none_type(procedure.return_type):
return_type = cls._client._types.as_type(procedure.return_type)
return param_names, param_types, param_required, \
param_default, return_type
def __init__(self, rpc_connection, stream_connection):
self._types = Types()
self._rpc_connection = rpc_connection
self._rpc_connection_lock = threading.Lock()
self._stream_connection = stream_connection
self._request_type = self._types.as_type('KRPC.Request')
self._response_type = self._types.as_type('KRPC.Response')
# Set up the main KRPC service
self.krpc = KRPC(self)
services = self.krpc.get_services().services
# Create class types
#TODO: is this needed?!?
#for service in services:
# for procedure in service.procedures:
# try:
# name = Attributes.get_class_name(procedure.attributes)
# self._types.as_type('Class(' + service.name + '.' + name + ')')
# except ValueError:
# pass
# Set up services
for service in services:
if service.name != 'KRPC':
setattr(self, snake_case(service.name), create_service(self, service))
# Set up stream update thread
if stream_connection is not None:
self._stream_thread_stop = threading.Event()
self._stream_thread = threading.Thread(target=krpc.stream.update_thread,
args=(stream_connection,self._stream_thread_stop))
self._stream_thread.daemon = True
self._stream_thread.start()
else:
self._stream_thread = None
def _parse_documentation(xml):
if xml.strip() == "":
return ""
parser = ElementTree.XMLParser(encoding="UTF-8")
root = ElementTree.XML(xml.encode("UTF-8"), parser=parser)
summary = ""
params = []
returns = ""
note = ""
for node in root:
if node.tag == "summary":
summary = _parse_documentation_content(node)
elif node.tag == "param":
doc = _parse_documentation_content(node).replace("\n", "")
params.append("%s: %s" % (snake_case(node.attrib["name"]), doc))
elif node.tag == "returns":
returns = "Returns:\n %s" % _parse_documentation_content(node).replace("\n", "")
elif node.tag == "remarks":
note = "Note: %s" % _parse_documentation_content(node)
if len(params) > 0:
params_str = "Args:\n%s" % "\n".join(" " + x for x in params)
else:
params_str = ""
return "\n\n".join(x for x in (summary, params_str, returns, note) if x != "")
def parse_name(self, name):
name = snake_case(name)
if name in self._keywords:
return '%s_' % name
else:
return name
def parse_param(self, node):
return '\n:%s %s' % (snake_case(node.attrib['name']),
self.parse_node(node).strip())
def parse_name(self, name):
name = snake_case(name)
if name in self._keywords:
return '%s_' % name
else:
return name
def parse_paramref(node):
return snake_case(node.attrib['name'])
def method_name(self, name):
if snake_case(name) in self._keywords:
return '%s_' % name
return name
def paramref(self, name):
return super(CppDomain, self).paramref(snake_case(name))
def method_name(self, name):
name = snake_case(name)
if name in self.language.keywords:
return '%s_' % name
return name
def paramref(self, name):
return super(PythonDomain, self).paramref(snake_case(name))
def _member_name(name):
return str(_update_names(snake_case(name))[0])
def method_name(self, name):
name = snake_case(name)
if name in self.language.keywords:
return '%s_' % name
return name
def parse_const_name(name):
return snake_case(name).upper()
def parse_name(self, name):
return super(CppLanguage, self).parse_name(snake_case(name))
def parse_const_name(name):
return snake_case(name).upper()
def _member_name(name):
return str(_update_names(snake_case(name))[0])
def parse_name(self, name):
return super(CppLanguage, self).parse_name(snake_case(name))