def test_function_declaration(self): r = self.parse(''' function foo() { var x; } function main() { } ''') expected = ast.Program([ ast.Function('foo', [], [ast.VarDeclaration(['x'])]), ast.Function('main', [], []) ]) assert r == expected
def function_function_body(state, p): lineno = p[0].getsourcepos().lineno return ast.Function(p[1].getstr(), p[2].get_vars(), p[4].get_element_list(), lineno, srcpos=sr(p))
def test_function_declaration(self): r = self.parse(''' def foo() { let x; } def main() { } ''') expected = ast.Program([ ast.Function('foo', [], [ ast.VarDeclaration([ast.Var('x', ast.NoTypeDecl(), None)]) ], lineno=1), ast.Function('main', [], [], lineno=4) ]) assert r == expected
def test_function_declaration_args(self): r = self.parse(''' def foo(a0, a1) { } ''') expected = ast.Program([ ast.Function('foo', [ast.Var('a0', ast.NoTypeDecl(), None), ast.Var('a1', ast.NoTypeDecl(), None)], [ ], lineno=1) ]) assert r == expected
def function_function_body(state, p): return ast.Function(p[1].getstr(), p[2].get_element_list(), p[4].get_element_list())