def __init__(self, settings=None, template=None):
Generator.__init__(self)
if settings is not None and not isinstance(settings, dict):
raise TypeError('settings must be a dict')
self._settings = settings
if template is not None and not isinstance(template, str):
raise TypeError('template must be a str')
self._template = template
def __init__(self, settings=None, template=None):
Generator.__init__(self)
if settings is not None and not isinstance(settings, dict):
raise TypeError('settings must be a dict')
self._settings = settings
if template is not None and not isinstance(template, str):
raise TypeError('template must be a str')
self._template = template
def __init__(
self,
cpp_exception_includes_definition=None,
cpp_exception_parent_class_qname='::thryft::Exception',
cpp_service_includes_definition=None,
cpp_service_parent_class_qname='::thryft::Service',
):
Generator.__init__(self)
self.__cpp_exception_includes_definition = cpp_exception_includes_definition if cpp_exception_includes_definition is not None else tuple()
self.__cpp_exception_parent_class_qname = cpp_exception_parent_class_qname
self.__cpp_service_includes_definition = cpp_service_includes_definition if cpp_service_includes_definition is not None else tuple()
self.__cpp_service_parent_class_qname = cpp_service_parent_class_qname
def __init__(
self,
default_methods=False,
exception_type_extends_default='org.thryft.ThryftException',
function_overloads=False,
mutable_compound_types=False,
namespace_prefix=None,
thrift_id_java_type='short',
write_field_metadata=True,
**kwds
):
Generator.__init__(self, **kwds)
self.__default_methods = default_methods
self.__exception_type_extends_default = exception_type_extends_default
self.__function_overloads = function_overloads
self.__mutable_compound_types = mutable_compound_types
self.__namespace_prefix = namespace_prefix
self.__thrift_id_java_type = thrift_id_java_type
self.__write_field_metadata = write_field_metadata
def _compile_thrift_file(self, thrift_file_path, document_root_dir_path=None, generator=None, out=None):
try:
for i in xrange(2):
if generator is not None:
gen = generator.__class__.__name__
gen = gen[:gen.index('Generator')]
gen = decamelize(gen)
if len(self.__gen) > 0 and gen not in self.__gen:
return
else:
generator = Generator()
try:
document = \
self.__compiler.compile(
document_root_dir_path=document_root_dir_path,
generator=generator,
thrift_file_path=thrift_file_path,
)
except (ScanException, CompileException):
if self.__debug:
raise
if i == 0:
logging.basicConfig(level=logging.DEBUG)
continue # Try again with debugging on
else:
raise
if out is not None:
document.save(out)
elif isinstance(generator, LintGenerator):
document.lint()
return document
except:
logging.error("exception compiling %s", thrift_file_path)
raise
def __init__(self, ts_out_dir_path, ts_share_dir_path, **kwds):
Generator.__init__(self, **kwds)
self.__ts_out_dir_path = ts_out_dir_path
self.__ts_share_dir_path = ts_share_dir_path
def __init__(self, package_name):
Generator.__init__(self)
self.__package_name = package_name
class __AstVisitor(object):
__ROOT_GENERATOR = Generator()
def __init__(self, compiler, generator, include_dir_paths):
object.__init__(self)
self.__compiler = compiler
self.__generator = generator
self.__include_dir_paths = include_dir_paths
self.__scope_stack = []
self.__type_cache = {}
def __construct(self, class_name, **kwds):
if len(self.__scope_stack) > 0:
parent = self.__scope_stack[-1]
else:
parent = self.__generator
kwds['parent'] = parent
annotations = kwds.get('annotations')
name = kwds.get('name')
if annotations is None:
native = False
elif name is None:
native = False
else:
native = False
for annotation in annotations:
if annotation == 'native':
native = True
break
if native:
for scope in reversed(self.__scope_stack):
if not isinstance(scope, Document):
continue
document = scope
overrides_module_file_path = os.path.splitext(
document.path)[0] + '.py'
if not os.path.isfile(overrides_module_file_path):
continue
overrides_module_dir_path, overrides_module_file_name = \
os.path.split(overrides_module_file_path)
overrides_module_name = \
os.path.splitext(overrides_module_file_name)[0]
try:
overrides_module = \
imp.load_module(
overrides_module_name,
*imp.find_module(
overrides_module_name,
[overrides_module_dir_path]
)
)
except ImportError:
logging.error("error importing overrides module %s",
overrides_module_file_path,
exc_info=True)
continue
# Find an override implementation corresponding to our generator
# For example, find JavaDateTime by looking in the module for a
# class that inherits JavaNativeType.
# The first_bases algorithm below covers the case where we want
# JavaDateTime but the generator gave us something that itself
# inherits from JavaStructType e.g., SubJavaStructType.
# In this case there is no SubJavaDateTime(SubJavaStructType), so
# we need to consider SubJavaStructType's parent (JavaStructType)
# and look for a subclass of that.
root_construct_class = getattr(self.__ROOT_GENERATOR,
'NativeType')
generator_construct_class = getattr(
self.__generator, 'NativeType')
parent_construct_classes = [generator_construct_class]
def __get_first_bases(class_, first_bases):
if len(class_.__bases__) == 0:
return
first_base = class_.__bases__[0]
if first_base is object or first_base is root_construct_class:
return
if first_base.__name__[0] != '_':
first_bases.append(first_base)
__get_first_bases(first_base, first_bases)
__get_first_bases(generator_construct_class,
parent_construct_classes)
for parent_construct_class in parent_construct_classes:
for attr in dir(overrides_module):
value = getattr(overrides_module, attr)
if isclass(value) and \
issubclass(value, parent_construct_class) and \
value != parent_construct_class:
return getattr(overrides_module, attr)(**kwds)
# logging.warn("could not find override class for %s in %s" % (default_construct_class.__name__, overrides_module_name))
return getattr(self.__generator, class_name)(**kwds)
def visit_annotation_node(self, annotation_node):
return annotation_node.value
def __visit_annotation_nodes(self, annotation_nodes):
if annotation_nodes is None:
return {}
return dict((annotation_node.name, annotation_node.accept(self))
for annotation_node in annotation_nodes)
def visit_base_type_node(self, base_type_node):
try:
return self.__type_cache[base_type_node.name]
except:
base_type = getattr(self.__generator,
base_type_node.name.capitalize() +
'Type')(name=base_type_node.name)
self.__type_cache[base_type_node.name] = base_type
return base_type
def visit_bool_literal_node(self, bool_literal_node):
return bool_literal_node.value
def __visit_compound_type_node(self, construct_class_name,
compound_type_node):
compound_type = \
self.__construct(
construct_class_name,
annotations=self.__visit_annotation_nodes(compound_type_node.annotations),
doc=self.__visit_doc_node(compound_type_node.doc),
name=compound_type_node.name
)
if isinstance(compound_type, NativeType):
return compound_type
self.__scope_stack.append(compound_type)
# Insert the compound type into the type_map here to allow recursive
# definitions
self.__type_cache[compound_type.thrift_qname()] = compound_type
if construct_class_name == 'EnumType':
have_enumerator_with_value = False
for enumerator_node in compound_type_node.enumerators:
if enumerator_node.value is not None:
have_enumerator_with_value = True
elif have_enumerator_with_value:
raise CompileException(
"%s has mix of enumerators with and without values, must be one or the other"
% compound_type_node.name,
ast_node=compound_type_node)
for enumerator_i, enumerator_node in enumerate(
compound_type_node.enumerators):
if enumerator_node.value is None:
value = enumerator_i
else:
assert isinstance(enumerator_node.value,
Ast.IntLiteralNode), type(
enumerator_node.value)
value = enumerator_node.value.value
compound_type.enumerators.append(
self.__construct(
'Field',
annotations=self.__visit_annotation_nodes(
enumerator_node.annotations),
doc=self.__visit_doc_node(enumerator_node.doc),
id=enumerator_i,
name=enumerator_node.name,
type=Ast.BaseTypeNode('i32').accept(self),
value=value))
else:
for field in compound_type_node.fields:
compound_type.fields.append(field.accept(self))
self.__scope_stack.pop(-1)
return compound_type
def visit_const_node(self, const_node):
return \
self.__construct(
'Const',
annotations=self.__visit_annotation_nodes(const_node.annotations),
doc=self.__visit_doc_node(const_node.doc),
name=const_node.name,
type=const_node.type.accept(self),
value=const_node.value.accept(self)
)
def __visit_doc_node(self, doc_node):
if doc_node is not None:
return doc_node.text
else:
return None
def visit_document_node(self, document_node):
document = self.__construct('Document', path=document_node.path)
self.__scope_stack.append(document)
for header_node in document_node.headers:
document.headers.append(header_node.accept(self))
for definition_node in document_node.definitions:
document.definitions.append(definition_node.accept(self))
self.__scope_stack.pop(-1)
return document
def visit_enum_type_node(self, enum_node):
return self.__visit_compound_type_node('EnumType', enum_node)
def visit_exception_type_node(self, exception_type_node):
return self.__visit_compound_type_node('ExceptionType',
exception_type_node)
def visit_field_node(self, field_node):
return \
self.__construct(
'Field',
annotations=self.__visit_annotation_nodes(field_node.annotations),
doc=self.__visit_doc_node(field_node.doc),
id=field_node.id,
name=field_node.name,
required=field_node.required,
type=field_node.type.accept(self),
value=field_node.value
)
def visit_float_literal_node(self, float_literal_node):
return float_literal_node.value
def visit_function_node(self, function_node):
function = \
self.__construct(
'Function',
annotations=self.__visit_annotation_nodes(function_node.annotations),
doc=self.__visit_doc_node(function_node.doc),
name=function_node.name,
oneway=function_node.oneway
)
self.__scope_stack.append(function)
for parameter_node in function_node.parameters:
function.parameters.append(parameter_node.accept(self))
if function_node.return_field is not None:
function.return_field = function_node.return_field.accept(self)
for throws_node in function_node.throws:
function.throws.append(throws_node.accept(self))
self.__scope_stack.pop(-1)
return function
def visit_include_node(self, include_node):
include_dir_paths = list(self.__include_dir_paths)
for scope in reversed(self.__scope_stack):
if isinstance(scope, Document):
include_dir_paths.append(os.path.dirname(scope.path))
break
include_file_relpath = include_node.path.replace('/', os.path.sep)
for include_dir_path in include_dir_paths:
include_file_path = os.path.join(include_dir_path,
include_file_relpath)
if os.path.exists(include_file_path):
include_file_path = os.path.abspath(include_file_path)
included_document = self.__compiler.compile(
(include_file_path, ), generator=self.__generator)[0]
include = \
self.__construct(
'Include',
annotations=self.__visit_annotation_nodes(include_node.annotations),
doc=self.__visit_doc_node(include_node.doc),
document=included_document,
path=include_file_relpath
)
for definition in included_document.definitions:
if isinstance(definition, _Type):
self.__type_cache[
definition.thrift_qname()] = definition
elif isinstance(definition, Typedef):
self.__type_cache[definition.thrift_qname(
)] = definition # .type
return include
raise CompileException("include path not found: %s" %
include_file_relpath,
ast_node=include_node)
def visit_int_literal_node(self, int_literal_node):
return int_literal_node.value
def visit_list_literal_node(self, list_literal_node):
return tuple(
element_value.accept(self)
for element_value in list_literal_node.value)
def visit_list_type_node(self, list_type_node):
return self.__visit_sequence_type_node('ListType', list_type_node)
def visit_map_literal_node(self, map_literal_node):
return dict((key_value.accept(self), value_value.accept(self))
for key_value, value_value in
map_literal_node.value.iteritems())
def visit_map_type_node(self, map_type_node):
try:
return self.__type_cache[map_type_node.name]
except:
map_type = self.__construct(
'MapType',
key_type=map_type_node.key_type.accept(self),
value_type=map_type_node.value_type.accept(self))
self.__type_cache[map_type_node.name] = map_type
return map_type
def visit_namespace_node(self, namespace_node):
return \
self.__construct(
'Namespace',
annotations=self.__visit_annotation_nodes(namespace_node.annotations),
doc=self.__visit_doc_node(namespace_node.doc),
name=namespace_node.name,
scope=namespace_node.scope
)
def __visit_sequence_type_node(self, construct_class_name,
sequence_type_node):
try:
return self.__type_cache[sequence_type_node.name]
except:
sequence_type = self.__construct(
construct_class_name,
element_type=sequence_type_node.element_type.accept(self))
self.__type_cache[sequence_type_node.name] = sequence_type
return sequence_type
def visit_service_node(self, service_node):
service = \
self.__construct(
'Service',
annotations=self.__visit_annotation_nodes(service_node.annotations),
doc=self.__visit_doc_node(service_node.doc),
name=service_node.name
)
self.__scope_stack.append(service)
for function_node in service_node.functions:
service.functions.append(function_node.accept(self))
self.__scope_stack.pop(-1)
return service
def visit_set_type_node(self, set_type_node):
return self.__visit_sequence_type_node('SetType', set_type_node)
def visit_string_literal_node(self, string_literal_node):
return string_literal_node.value
def visit_struct_type_node(self, struct_type_node):
return \
self.__visit_compound_type_node(
'StructType',
struct_type_node,
)
def visit_type_node(self, type_node):
try:
try:
return self.__type_cache[type_node.qname]
except KeyError:
if type_node.qname == type_node.name:
document = self.__scope_stack[0]
return self.__type_cache[document.name + '.' +
type_node.qname]
else:
raise
except KeyError:
raise CompileException("unrecognized type '%s'" %
type_node.qname,
ast_node=type_node)
def visit_typedef_node(self, typedef_node):
typedef = \
self.__construct(
'Typedef',
annotations=self.__visit_annotation_nodes(typedef_node.annotations),
doc=self.__visit_doc_node(typedef_node.doc),
name=typedef_node.name,
type=typedef_node.type.accept(self)
)
self.__type_cache[typedef.thrift_qname()] = typedef.type
return typedef
def __init__(self, import_base):
Generator.__init__(self)
self.__import_base = import_base
def __init__(self, default_methods=False, function_overloads=False, mutable_compound_types=False, namespace_prefix=None, **kwds):
Generator.__init__(self, **kwds)
self.__default_methods = default_methods
self.__function_overloads = function_overloads
self.__mutable_compound_types = mutable_compound_types
self.__namespace_prefix = namespace_prefix
def __init__(self, match_namespace_to_path=True, **kwds):
Generator.__init__(self, **kwds)
self._match_namespace_to_path = match_namespace_to_path
def __init__(self, **kwds):
Generator.__init__(self, **kwds)
self.ts_out_dir_path = None
