def _toDoDouble(i, top, frame, context, interpreter, block_method, universe):
assert isinstance(i, int)
assert isinstance(top, float)
while i <= top:
jitdriver_double.jit_merge_point(interpreter=interpreter,
block_method=block_method)
b = universe.new_block(block_method, context)
frame.push(b)
frame.push(universe.new_integer(i))
block_evaluate(b, interpreter, frame)
frame.pop()
i += 1
def _toDo(ivkbl, frame, interpreter):
universe = interpreter.get_universe()
block = frame.pop()
limit = frame.pop()
self = frame.pop() # we do leave it on there
block_method = block.get_method()
context = block.get_context()
i = self.get_embedded_integer()
top = limit.get_embedded_integer()
while i <= top:
jitdriver.jit_merge_point(interpreter=interpreter,
block_method=block_method)
b = universe.new_block(block_method, context)
frame.push(b)
frame.push(universe.new_integer(i))
block_evaluate(b, interpreter, frame)
frame.pop()
i += 1
frame.push(self)
def _execute_block(frame, block, block_method, interpreter, universe):
b = universe.new_block(block_method, block.get_context())
frame.push(b)
block_evaluate(b, interpreter, frame)
return frame.pop()
def _execute_block(frame, block, block_method, interpreter, universe):
b = universe.new_block(block_method, block.get_context())
frame.push(b)
block_evaluate(b, interpreter, frame)
return frame.pop()