def _add_builtin_variable(self, id_node, explicity, is_function):
# type: (Dict[str, Any], ExplicityOfScopeVisibility, bool) -> None
variable_name = remove_optional_scope_prefix(id_node['value'])
self._register_variable(self.get_global_scope(),
variable_name,
id_node,
explicity,
is_function,
is_builtin=True,
is_explicit_lambda_argument=False)
def _add_variable(self, objective_scope, id_node, is_function,
explicity):
# type: (Scope, Dict[str, Any], bool, ExplicityOfScopeVisibility) -> None
variable_name = remove_optional_scope_prefix(id_node['value'])
self._register_variable(objective_scope,
variable_name,
id_node,
explicity,
is_function,
is_builtin=False,
is_explicit_lambda_argument=False)
def _add_self_variable(self, objective_scope): # type: (Scope) -> None
variable_name = remove_optional_scope_prefix('l:self')
virtual_node = _create_virtual_identifier_node(variable_name)
self._register_variable(
objective_scope,
variable_name,
virtual_node,
explicity=ExplicityOfScopeVisibility.EXPLICIT,
is_function=False,
is_builtin=False,
is_explicit_lambda_argument=False)
def _add_builtin_variable(self, id_node, explicity, is_function):
# type: (Dict[str, Any], ExplicityOfScopeVisibility, bool) -> None
variable_name = remove_optional_scope_prefix(id_node['value'])
self._register_variable(
self.get_global_scope(),
variable_name,
id_node,
explicity,
is_function,
is_builtin=True,
is_explicit_lambda_argument=False
)
def _add_variable(self, objective_scope, id_node, is_function, explicity):
# type: (Scope, Dict[str, Any], bool, ExplicityOfScopeVisibility) -> None
variable_name = remove_optional_scope_prefix(id_node['value'])
self._register_variable(
objective_scope,
variable_name,
id_node,
explicity,
is_function,
is_builtin=False,
is_explicit_lambda_argument=False
)
def _add_self_variable(self, objective_scope): # type: (Scope) -> None
variable_name = remove_optional_scope_prefix('l:self')
virtual_node = _create_virtual_identifier_node(variable_name)
self._register_variable(
objective_scope,
variable_name,
virtual_node,
explicity=ExplicityOfScopeVisibility.EXPLICIT,
is_function=False,
is_builtin=False,
is_explicit_lambda_argument=False
)
def get_referenced_variable_declarations(self, ref_id_node):
# type: (Dict[str, Any]) -> Union[List[VariableDeclaration], GlobalVariableDeclaration]
scope = self._scope_linker.link_registry.get_context_scope_by_identifier(
ref_id_node)
var_name = remove_optional_scope_prefix(ref_id_node['value'])
is_func_id = is_function_identifier(ref_id_node)
while scope is not None:
if is_func_id:
functions_list = scope.functions
if var_name in functions_list:
# The function is found in the symbol table for functions.
funcs = functions_list[var_name]
for func in funcs:
declaring_id_node = self._scope_linker.link_registry \
.get_declarative_identifier_by_variable(func)
declaring_id_node[REFERENCED_FLAG] = True
return funcs
else:
# We can access the function via a variable function
# reference if the function not found from the symbol table
# for functions. So we should check the symbol table for
# variables to search the function reference.
pass
variables_list = scope.variables
if var_name in variables_list:
# The variable or function reference found in the symbol table
# for variables.
variables = variables_list[var_name]
for variable in variables:
declaring_id_node = self._scope_linker.link_registry \
.get_declarative_identifier_by_variable(variable)
declaring_id_node[REFERENCED_FLAG] = True
return variables
scope = scope.parent
# If it is builtin, it will be used by Vim.
if is_builtin_variable(ref_id_node):
return GLOBAL_VARIABLE_DECLARATION
return []
def get_referenced_variable_declarations(self, ref_id_node):
# type: (Dict[str, Any]) -> Union[List[VariableDeclaration], GlobalVariableDeclaration]
scope = self._scope_linker.link_registry.get_context_scope_by_identifier(ref_id_node)
var_name = remove_optional_scope_prefix(ref_id_node['value'])
is_func_id = is_function_identifier(ref_id_node)
while scope is not None:
if is_func_id:
functions_list = scope.functions
if var_name in functions_list:
# The function is found in the symbol table for functions.
funcs = functions_list[var_name]
for func in funcs:
declaring_id_node = self._scope_linker.link_registry \
.get_declarative_identifier_by_variable(func)
declaring_id_node[REFERENCED_FLAG] = True
return funcs
else:
# We can access the function via a variable function
# reference if the function not found from the symbol table
# for functions. So we should check the symbol table for
# variables to search the function reference.
pass
variables_list = scope.variables
if var_name in variables_list:
# The variable or function reference found in the symbol table
# for variables.
variables = variables_list[var_name]
for variable in variables:
declaring_id_node = self._scope_linker.link_registry \
.get_declarative_identifier_by_variable(variable)
declaring_id_node[REFERENCED_FLAG] = True
return variables
scope = scope.parent
# If it is builtin, it will be used by Vim.
if is_builtin_variable(ref_id_node):
return GLOBAL_VARIABLE_DECLARATION
return []