def testCflowNesting(self):
Foo = self.Foo
advice = self.Advice()
f = Foo()
pc = CFlow(Call(Foo.bar))
around(pc, advice.notify)
f.bar()
self.assertEqual(len(advice.events), 3)
def testRecursive(self):
Foo = self.Foo
f = Foo()
pc = Call(Foo.recursive) & ~CFlowBelow(Call(Foo.recursive))
advice = self.Advice()
around(pc, advice.notify)
self.assertEqual(f.recursive(5), 120)
self.assertEqual(len(advice.events), 1)
def testCFlow(self):
Foo = self.Foo
advice = self.Advice()
f = Foo()
bazInBoo = Call(Foo.baz) & CFlow(Call(Foo.bar))
around(bazInBoo, advice.notify)
f.baz()
self.assertEqual(len(advice.events), 0)
f.bar()
self.assertEqual(len(advice.events), 1)
def testCflow(self):
class Foo:
__metaclass__ = Advisable
def foo(self):
self.bar()
def bar(self):
pass
a = self.Advice()
f = Foo()
pc = CFlow(Call(Foo.foo))
around(pc, a.notify)
f.foo()
self.assertEqual(len(a.events), 2)
def testSubclass(self):
class Foo:
__metaclass__ = Advisable
def foo(self):
pass
class Bar(Foo):
def foo(self):
pass
b = Bar()
a = self.Advice()
pc = Call(Foo.foo)
around(pc, a.notify)
b.foo()
self.assertEqual(len(a.events), 1)
def testTwoClasses(self):
class Foo:
__metaclass__ = Advisable
def foo(self, b):
b.bar()
class Bar:
__metaclass__ = Advisable
def bar(self):
pass
pc = Call(Bar.bar) & CFlow(Call(Foo.foo))
a = self.Advice()
around(pc, a.notify)
f = Foo()
b = Bar()
f.foo(b)
self.assertEqual(len(a.events), 1)
self.assertEqual(a.events[0].getMethod().__name__, 'bar')
def testOrPc(self):
class Foo:
__metaclass__ = Advisable
def foo(self):
self.bar()
def bar(self):
self.baz()
def baz(self):
pass
pc = CFlow(Call(Foo.bar) & CFlow(Call(Foo.foo)))
f = Foo()
a = self.Advice()
around(pc, a.notify)
f.bar()
f.baz()
self.assertEqual(len(a.events), 0)
f.foo()
self.assertEqual(len(a.events), 2)
self.assertEqual(a.events[0].getMethod().__name__, 'bar')
self.assertEqual(a.events[1].getMethod().__name__, 'baz')
print 'calling %s %d' %(event.getMethod(), self.call)
r = event.callNextFunction(event.getArg('n'))
print 'after %s %d' %(event.getMethod(), self.call)
self.call -= 1
return r
def hey(self, event):
print 'hey'
if __name__ == '__main__':
from aspect import Call, around
def p(s):
print s
ca = CacheAdvice()
f = Fib()
#import pdb
print 'without:'
f.fibonacci(10)
around(Call(Fib.fibonacci), ca.advice)
#around(Call(Fib.fibonacci), ca.trace)
#around(Call(Fib.fibonacci), ca.advice)
print 'with:'
# f.fibonacci(10)
