def reduceCall(callNode, value):
# construct the value node
valueNode = symbol("constant")(callNode.get("line"), callNode.get("column"))
valueNode = reducer.set_node_type_from_value(valueNode, value)
# put it in place of the callNode
# print "optimizing: .get()"
callNode.parent.replaceChild(callNode, valueNode)
return valueNode
def reduceCall(callNode, value):
# construct the value node
valueNode = symbol("constant")(callNode.get("line"),
callNode.get("column"))
valueNode = reducer.set_node_type_from_value(valueNode, value)
# put it in place of the callNode
#print "optimizing: .get()"
callNode.parent.replaceChild(callNode, valueNode)
return valueNode
def visit_Literal(self, enode):
n = new_symbol("constant", enode)
# have to sort out RegExp literals
if enode["value"] == {}:
# Esprima 1.0.4 represents regexp's as empty map in Json!, so i have
# to fall back to the "raw" property.
# the online demo esprima.org/demo/parse.html has the regex as a
# string in "value" directly!?
n = treegenerator.parse(enode["raw"], expr=True) # need esparse --raw here!!
else:
n = reducer.set_node_type_from_value(n, enode["value"])
return n
def visit_Literal(self, enode):
n = new_symbol("constant", enode)
# have to sort out RegExp literals
if enode["value"] == {}:
# Esprima 1.0.4 represents regexp's as empty map in Json!, so i have
# to fall back to the "raw" property.
# the online demo esprima.org/demo/parse.html has the regex as a
# string in "value" directly!?
n = treegenerator.parse(enode["raw"],
expr=True) # need esparse --raw here!!
else:
n = reducer.set_node_type_from_value(n, enode["value"])
return n
