def _get_explicit_scope_visibility(id_node):
# See :help internal-variables
scope_prefix = id_node['value'][0:2]
if is_function_identifier(id_node) and is_declarative_identifier(id_node):
return FunctionDeclarationIdentifierScopePrefixToScopeVisibility.get(scope_prefix)
else:
return VariableIdentifierScopePrefixToScopeVisibility.get(scope_prefix)
def _get_explicit_scope_visibility(id_node):
# See :help internal-variables
scope_prefix = id_node['value'][0:2]
if is_function_identifier(id_node) and is_declarative_identifier(id_node):
return FunctionDeclarationIdentifierScopePrefixToScopeVisibility.get(
scope_prefix)
else:
return VariableIdentifierScopePrefixToScopeVisibility.get(scope_prefix)
def is_analyzable_declarative_identifier(node):
""" Whether the specified node is an analyzable declarative identifier.
Node declarative-identifier-like is analyzable if it is not dynamic
and not a member variable, because we can do static scope analysis.
Analyzable cases:
- let s:var = 0
- function! Func()
Unanalyzable cases:
- let s:my_{var} = 0
- function! dict.Func()
"""
return is_declarative_identifier(node) and is_analyzable_identifier(node)
def is_analyzable_declarative_identifier(node):
""" Whether the specified node is an analyzable declarative identifier.
Node declarative-identifier-like is analyzable if it is not dynamic
and not a member variable, because we can do static scope analysis.
Analyzable cases:
- let s:var = 0
- function! Func()
Unanalyzable cases:
- let s:my_{var} = 0
- function! dict.Func()
"""
return is_declarative_identifier(node) and is_analyzable_identifier(node)
