def eval(self, ctx):
value = ctx.stack.pop()
name = ctx.stack.pop()
left = ctx.stack.pop()
typ = type(left)
if typ in PRIMITIVES:
if typ is NULL_TYPE:
raise MakeError(
'TypeError',
"Cannot set property '%s' of null" % to_string(name))
elif typ is UNDEFINED_TYPE:
raise MakeError(
'TypeError',
"Cannot set property '%s' of undefined" % to_string(name))
ctx.stack.append(BINARY_OPERATIONS[self.op](value,
get_member(
left, name,
ctx.space)))
return
else:
ctx.stack.append(BINARY_OPERATIONS[self.op](value,
get_member(
left, name,
ctx.space)))
left.put_member(name, ctx.stack[-1])
def eval(self, ctx):
prop = ctx.stack.pop()
base = ctx.stack.pop()
func = get_member(base, prop, ctx.space)
return bytecode_call(ctx, func, base, ())
def eval(self, ctx):
prop = ctx.stack.pop()
base = ctx.stack.pop()
func = get_member(base, prop, ctx.space)
return bytecode_call(ctx, func, base, ())
def eval(self, ctx):
value = ctx.stack.pop()
name = ctx.stack.pop()
left = ctx.stack.pop()
typ = type(left)
if typ in PRIMITIVES:
if typ is NULL_TYPE:
raise MakeError('TypeError', "Cannot set property '%s' of null" % to_string(name))
elif typ is UNDEFINED_TYPE:
raise MakeError('TypeError', "Cannot set property '%s' of undefined" % to_string(name))
ctx.stack.append(BINARY_OPERATIONS[self.op](get_member(left, name, ctx.space), value))
return
else:
ctx.stack.append(BINARY_OPERATIONS[self.op](get_member(left, name, ctx.space), value))
left.put_member(name, ctx.stack[-1])
def eval(self, ctx):
name = ctx.stack.pop()
left = ctx.stack.pop()
target = to_number(get_member(left, name, ctx.space)) + self.cb
if type(left) not in PRIMITIVES:
left.put_member(name, target)
ctx.stack.append(target + self.ca)
def eval(self, ctx):
name = ctx.stack.pop()
left = ctx.stack.pop()
target = to_number(get_member(left, name, ctx.space)) + self.cb
if type(left) not in PRIMITIVES:
left.put_member(name, target)
ctx.stack.append(target + self.ca)
def eval(self, ctx):
prop = ctx.stack.pop()
obj = ctx.stack.pop()
ctx.stack.append(get_member(obj, prop, ctx.space))
def eval(self, ctx):
prop = ctx.stack.pop()
obj = ctx.stack.pop()
ctx.stack.append(get_member(obj, prop, ctx.space))