def attach_identifier_attributes(self, ast):
""" Attach 5 flags to the AST.
- is dynamic: True if the identifier name can be determined by static analysis.
- is member: True if the identifier is a member of a subscription/dot/slice node.
- is declaring: True if the identifier is used to declare.
- is autoload: True if the identifier is declared with autoload.
- is function: True if the identifier is a function. Vim distinguish
between function identifiers and variable identifiers.
- is declarative paramter: True if the identifier is a declarative
parameter. For example, the identifier "param" in Func(param) is a
declarative paramter.
- is on string expression context: True if the variable is on the
string expression context. The string expression context is the
string content on the 2nd argument of the map or filter function.
"""
redir_assignment_parser = RedirAssignmentParser()
ast_with_parsed_redir = redir_assignment_parser.process(ast)
map_and_filter_parser = MapAndFilterParser()
ast_with_parse_map_and_filter_and_redir = \
map_and_filter_parser.process(ast_with_parsed_redir)
traverse(ast_with_parse_map_and_filter_and_redir,
on_enter=self._enter_handler)
return ast
def attach_identifier_attributes(self, ast): # type: (Dict[str, Any]) -> Dict[str, Any]
""" Attach 5 flags to the AST.
- is dynamic: True if the identifier name can be determined by static analysis.
- is member: True if the identifier is a member of a subscription/dot/slice node.
- is declaring: True if the identifier is used to declare.
- is autoload: True if the identifier is declared with autoload.
- is function: True if the identifier is a function. Vim distinguish
between function identifiers and variable identifiers.
- is declarative parameter: True if the identifier is a declarative
parameter. For example, the identifier "param" in Func(param) is a
declarative parameter.
- is on string expression context: True if the variable is on the
string expression context. The string expression context is the
string content on the 2nd argument of the map or filter function.
- is lambda argument: True if the identifier is a lambda argument.
"""
redir_assignment_parser = RedirAssignmentParser()
ast_with_parsed_redir = redir_assignment_parser.process(ast)
map_and_filter_parser = CallNodeParser()
ast_with_parse_map_and_filter_and_redir = \
map_and_filter_parser.process(ast_with_parsed_redir)
traverse(
ast_with_parse_map_and_filter_and_redir,
on_enter=lambda node: self._enter_handler(
node,
is_on_lambda_str=None,
is_on_lambda_body=None,
)
)
return ast
def test_process(self):
ast = self.create_ast(Fixtures.REDIR_VARIABLE)
parser = RedirAssignmentParser()
got_ast = parser.process(ast)
got_identifier = get_redir_content(got_ast['body'][0])
self.assertEqual('g:var', got_identifier.get('value'))
def test_process(self):
ast = self.create_ast(Fixtures.REDIR_VARIABLE)
parser = RedirAssignmentParser()
got_ast = parser.process(ast)
got_identifier = get_redir_content(got_ast['body'][0])
self.assertEqual('g:var', got_identifier.get('value'))
def test_traverse(self):
ast = self.create_ast(Fixtures.REDIR_VARIABLE)
parser = RedirAssignmentParser()
got_ast = parser.process(ast)
is_redir_content_visited = {
'g:var': False,
}
def enter_handler(node):
if NodeType(node['type']) is not NodeType.IDENTIFIER:
return
is_redir_content_visited[node['value']] = True
traverse(got_ast, on_enter=enter_handler)
self.assertTrue(all(is_redir_content_visited.values()))
def test_traverse(self):
ast = self.create_ast(Fixtures.REDIR_VARIABLE)
parser = RedirAssignmentParser()
got_ast = parser.process(ast)
is_redir_content_visited = {
'g:var': False,
}
def enter_handler(node):
if NodeType(node['type']) is not NodeType.IDENTIFIER:
return
is_redir_content_visited[node['value']] = True
traverse(got_ast, on_enter=enter_handler)
self.assertTrue(all(is_redir_content_visited.values()))
