def check(target):
class Config:
cpp_id_attributes = ["id_attr"]
cpp_paren_attributes = ["paren_attr"]
parser = DefinitionParser(target, None, Config())
ast, isShorthand = parser.parse_xref_object()
parser.assert_end()
def parse(name, string):
class Config(object):
cpp_id_attributes = ["id_attr"]
cpp_paren_attributes = ["paren_attr"]
parser = DefinitionParser(string, None, Config())
ast = parser.parse_declaration(name)
parser.assert_end()
# The scopedness would usually have been set by CPPEnumObject
if name == "enum":
ast.scoped = None # simulate unscoped enum
return ast
def parse(name, string):
parser = DefinitionParser(string, None)
ast = parser.parse_declaration(name)
if not parser.eof:
print("Parsing stopped at", parser.pos)
print(string)
print('-' * parser.pos + '^')
raise DefinitionError("")
# The scopedness would usually have been set by CPPEnumObject
if name == "enum":
ast.scoped = None # simulate unscoped enum
return ast
def parse(name, string):
parser = DefinitionParser(string, None)
ast = parser.parse_declaration(name)
if not parser.eof:
print("Parsing stopped at", parser.pos)
print(string)
print('-'*parser.pos + '^')
raise DefinitionError("")
# The scopedness would usually have been set by CPPEnumObject
if name == "enum":
ast.scoped = None # simulate unscoped enum
return ast
def parse(name, string):
class Config(object):
cpp_id_attributes = ["id_attr"]
cpp_paren_attributes = ["paren_attr"]
parser = DefinitionParser(string, None, Config())
ast = parser.parse_declaration(name)
parser.assert_end()
# The scopedness would usually have been set by CPPEnumObject
if name == "enum":
ast.scoped = None # simulate unscoped enum
return ast
def parse(name, string):
class Config(object):
cpp_id_attributes = ["id_attr"]
cpp_paren_attributes = ["paren_attr"]
parser = DefinitionParser(string, None, Config())
ast = parser.parse_declaration(name)
if not parser.eof:
print("Parsing stopped at", parser.pos)
print(string)
print('-' * parser.pos + '^')
raise DefinitionError("")
# The scopedness would usually have been set by CPPEnumObject
if name == "enum":
ast.scoped = None # simulate unscoped enum
return ast
def parse(name, string):
class Config(object):
cpp_id_attributes = ["id_attr"]
cpp_paren_attributes = ["paren_attr"]
parser = DefinitionParser(string, None, Config())
ast = parser.parse_declaration(name)
if not parser.eof:
print("Parsing stopped at", parser.pos)
print(string)
print('-'*parser.pos + '^')
raise DefinitionError("")
# The scopedness would usually have been set by CPPEnumObject
if name == "enum":
ast.scoped = None # simulate unscoped enum
return ast
def parse(name, string):
parser = DefinitionParser(string)
res = getattr(parser, "parse_" + name + "_object")()
if not parser.eof:
print("Parsing stopped at", parser.pos)
print(string)
print('-' * parser.pos + '^')
raise DefinitionError("")
return res
def exprCheck(expr, id, id4=None):
ids = 'IE1CIA%s_1aE'
idDict = {2: ids % expr, 3: ids % id}
if id4 is not None:
idDict[4] = ids % id4
check('class', 'template<> C<a[%s]>' % expr, idDict)
class Config:
cpp_id_attributes = ["id_attr"]
cpp_paren_attributes = ["paren_attr"]
parser = DefinitionParser(expr, location=None,
config=Config())
parser.allowFallbackExpressionParsing = False
ast = parser.parse_expression()
res = str(ast)
if res != expr:
print("")
print("Input: ", expr)
print("Result: ", res)
raise DefinitionError("")
def parse(name, string):
class Config:
cpp_id_attributes = ["id_attr"]
cpp_paren_attributes = ["paren_attr"]
parser = DefinitionParser(string, location=None,
config=Config())
parser.allowFallbackExpressionParsing = False
ast = parser.parse_declaration(name, name)
parser.assert_end()
# The scopedness would usually have been set by CPPEnumObject
if name == "enum":
ast.scoped = None # simulate unscoped enum
return ast
def parse(name, string):
return getattr(DefinitionParser(string), 'parse_' + name)()
