def g_adv(x):
retval = 0
try:
retval = yield aspects.proceed(x + 1)
except Exception, e:
if str(e) == "test exception2":
yield aspects.return_stop(retval + 10)
def g_adv(x):
retval=0
try:
retval=yield aspects.proceed(x+1)
except Exception, e:
if str(e)=="test exception2":
yield aspects.return_stop(retval+10)
def show_times(*args):
import aspects
begin = datetime.utcnow().replace(tzinfo=pytz.UTC)
result = yield aspects.proceed(*args)
end = datetime.utcnow().replace(tzinfo=pytz.UTC)
say("\t[time consumed: %.2f seconds]\n" % (end - begin).total_seconds())
yield aspects.return_stop(result)
def adv2(*a):
yield aspects.return_stop(52)
def offbyone(*a):
real_output = yield aspects.proceed
if type(real_output)==int:
yield aspects.return_stop(real_output+1)
def add4(*a,**kw):
rv = yield aspects.proceed
yield aspects.return_stop(rv+4)
def adv2(self):
yield aspects.return_stop('adv2')
def g_adv2(self,x=5):
try: yield aspects.proceed
except Exception,e:
self.g_adv2_saw_ex=e
yield aspects.return_stop(11)
def g_adv_fixsq(self,x):
yield aspects.return_stop(self.mul(x,x))
def adv1(self):
yield aspects.return_stop('adv1')
def g_adv2(*args):
rv = yield aspects.proceed(*args + (2, ))
yield aspects.return_stop("-".join(str(s) for s in rv))
def g_adv_fixmul(self, x, y):
if y < 1: yield aspects.return_stop(0)
else: yield aspects.proceed
def add4(*a, **kw):
rv = yield aspects.proceed
yield aspects.return_stop(rv + 4)
def g_adv_fixsq(self, x):
yield aspects.return_stop(self.mul(x, x))
def g_adv(x):
r = yield aspects.proceed(x)
yield aspects.return_stop(r + 1)
def g_adv2(self, x=5):
try:
yield aspects.proceed
except Exception, e:
self.g_adv2_saw_ex = e
yield aspects.return_stop(11)
def w_do(self_do, self_co, *args):
rv = yield aspects.proceed
yield aspects.return_stop(rv+1)
def adv2(self):
yield aspects.return_stop('adv2')
def g_adv(x):
retval=yield aspects.proceed(x+1)
yield aspects.return_stop(retval+10)
def adv(*a):
yield aspects.return_stop(42)
def g_adv2(*args):
rv = yield aspects.proceed(*args+(2,))
yield aspects.return_stop("-".join(str(s) for s in rv))
def adv2(*a):
yield aspects.return_stop(52)
def g_adv(x):
r = yield aspects.proceed(x)
yield aspects.return_stop(r+1)
def wrap(*a):
wrapped_func = yield aspects.get_wrapped
if wrapped_func.__name__ == "wf":
yield aspects.return_stop(PASS)
else:
yield aspects.return_stop(FAIL)
def g_adv_fixmul(self,x,y):
if y<1: yield aspects.return_stop(0)
else: yield aspects.proceed
def offbyone(*a):
real_output = yield aspects.proceed
if type(real_output) == int:
yield aspects.return_stop(real_output + 1)
def adv1(self):
yield aspects.return_stop('adv1')
def w(*a):
yield aspects.return_stop("WRAPPED %s" % (yield aspects.proceed))
def adv(*a):
yield aspects.return_stop(42)
def w_do(self_do, self_co, *args):
rv = yield aspects.proceed
yield aspects.return_stop(rv + 1)
def wrap(*a):
wrapped_func = yield aspects.get_wrapped
if wrapped_func.__name__=="wf":
yield aspects.return_stop(PASS)
else:
yield aspects.return_stop(FAIL)
def w3():
rv = yield aspects.proceed
yield aspects.return_stop("w3" + str(rv))
def w(*a):
yield aspects.return_stop("WRAPPED %s" % (yield aspects.proceed))
def show_times(*args):
begin = datetime.now()
result = yield aspects.proceed(*args)
end = datetime.now()
say("\t[time consumed: %.2f seconds]\n" % (end - begin).total_seconds())
yield aspects.return_stop(result)
def w3():
rv = yield aspects.proceed
yield aspects.return_stop("w3" + str(rv))
def g_adv1(self,x=3):
retval=yield aspects.proceed
yield aspects.return_stop(retval+1)
def g_adv(x):
retval = yield aspects.proceed(x + 1)
yield aspects.return_stop(retval + 10)
def g_adv1(self, x=3):
retval = yield aspects.proceed
yield aspects.return_stop(retval + 1)