def g(nrec, t, count=0):
t.count = count
if nrec < 0:
raise ValueError
if nrec:
g(nrec - 1, t, count + 1)
Coroutine.getmain().switch()
def g(nrec, t, count=0):
t.count = count
if nrec < 0:
raise ValueError
if nrec:
g(nrec-1, t, count+1)
Coroutine.getmain().switch()
def f():
assert Coroutine.getmain().frame is None
coro_g = self.Coroutine()
coro_g.__name__ = 'coro_g'
thunk_g = T(g, 42)
coro_g.bind(thunk_g)
coro_g.switch()
res = thunk_g.count
res *= 10
res |= coro_g.frame is not None
# testing kill
coro_g.kill()
res *= 10
res |= coro_g.frame is None
coro_g = self.Coroutine()
# see what happens if we __del__
thunk_g = T(g, -42)
coro_g.bind(thunk_g)
try:
coro_g.switch()
except ValueError:
res += 500
return res
def f():
assert Coroutine.getmain().frame is None
coro_g = self.Coroutine()
coro_g.__name__ = 'coro_g'
thunk_g = T(g, 42)
coro_g.bind(thunk_g)
coro_g.switch()
res = thunk_g.count
res *= 10
res |= coro_g.frame is not None
# testing kill
coro_g.kill()
res *= 10
res |= coro_g.frame is None
coro_g = self.Coroutine()
# see what happens if we __del__
thunk_g = T(g, -42)
coro_g.bind(thunk_g)
try:
coro_g.switch()
except ValueError:
res += 500
return res
def call(self):
self.result = self.consume(self.tree)
Coroutine.getmain().switch()
def call(self):
self.result = self.consume(self.tree)
Coroutine.getmain().switch()
