def patch(node):
patchCount = 0
classDefNodes = list(treeutil.findQxDefineR(node))
for classDefNode in classDefNodes:
patchCount += optimize(classDefNode, classDefNodes)
return patchCount
def patch(node):
patchCount = 0
classDefNodes = list(treeutil.findQxDefineR(node))
for classDefNode in classDefNodes:
patchCount += optimize(classDefNode, classDefNodes)
return patchCount
def node_is_defer_value(self, node):
is_defer = False
# find qxDefine in tree
for qx_def_node in treeutil.findQxDefineR(self.root_node):
class_map = treeutil.getClassMap(qx_def_node)
if 'defer' in class_map and class_map['defer'] == node:
is_defer = True
break
return is_defer
def node_is_defer_value(self, node):
is_defer = False
# find qxDefine in tree
for qx_def_node in treeutil.findQxDefineR(self.root_node):
class_map = treeutil.getClassMap(qx_def_node)
if 'defer' in class_map and class_map['defer'] == node:
is_defer = True
break
return is_defer
def process(node, globals_map):
# make sure we have current scope tree
node = scopes.create_scopes(node)
# replace globals in tree
globals_optimizer = GlobalsOptimizer(globals_map)
globals_optimizer.visit(node.scope)
# get new globals from tree
new_symbols = list(treeutil.findQxDefineR(node))
new_names = operands_of_calls(new_symbols)
# add to globals_map
for new_name in new_names:
globals_map.add(new_name) # this will create replacements if they're new
# add defining code lines to closure
propagate_new_globals(node, new_names, globals_map)
def visit_file(self, node):
# we can run the basic scope checks as with function nodes
if not self.opts.ignore_undefined_globals:
self.function_unknown_globals(node)
self.function_unused_vars(node)
if not self.opts.ignore_deprecated_symbols:
self.function_used_deprecated(node)
if not self.opts.ignore_multiple_vardecls:
self.function_multiple_var_decls(node)
# this is also good to check class map integrity
for class_defn in treeutil.findQxDefineR(node):
if not self.opts.ignore_undeclared_privates:
self.class_declared_privates(class_defn)
if not self.opts.ignore_reference_fields:
self.class_reference_fields(class_defn)
# check all qx.core.Environment calls
self.environment_check_calls(node)
# recurse
for cld in node.children:
self.visit(cld)
def visit_file(self, node):
# we can run the basic scope checks as with function nodes
if not self.opts.ignore_undefined_globals:
self.unknown_globals(node.scope)
self.function_unused_vars(node)
if not self.opts.ignore_deprecated_symbols:
self.function_used_deprecated(node)
if not self.opts.ignore_multiple_vardecls:
self.function_multiple_var_decls(node)
# this is also good to check class map integrity
for class_defn in treeutil.findQxDefineR(node):
if not self.opts.ignore_undeclared_privates:
self.class_declared_privates(class_defn)
if not self.opts.ignore_reference_fields:
self.class_reference_fields(class_defn)
# check all qx.core.Environment calls
self.environment_check_calls(node)
# recurse
for cld in node.children:
self.visit(cld)
