def f():
keys.append(K())
d = RWeakValueDictionary(K, X)
x1, x3 = g(d)
rgc.collect(); rgc.collect()
assert d.get(keys[0]) is x1
assert d.get(keys[1]) is None
assert d.get(keys[2]) is x3
assert d.get(keys[3]) is None
d.set(keys[0], None)
assert d.get(keys[0]) is None
assert d.get(keys[1]) is None
assert d.get(keys[2]) is x3
assert d.get(keys[3]) is None
def f():
keys.append(K())
d = RWeakValueDictionary(K, X)
x1, x3 = g(d)
rgc.collect(); rgc.collect()
assert d.get(keys[0]) is x1
assert d.get(keys[1]) is None
assert d.get(keys[2]) is x3
assert d.get(keys[3]) is None
d.set(keys[0], None)
assert d.get(keys[0]) is None
assert d.get(keys[1]) is None
assert d.get(keys[2]) is x3
assert d.get(keys[3]) is None
def f(n):
x = X()
if n:
d = empty
else:
d = RWeakValueDictionary(str, X)
d.set("a", x)
return d.get("a") is x
def f(n):
x = X()
if n:
d = empty
else:
d = RWeakValueDictionary(str, X)
d.set("a", x)
return d.get("a") is x
def f():
d = RWeakValueDictionary(keyclass, X)
x1, x3 = g(d)
rgc.collect()
rgc.collect()
assert d.get(keys[0]) is x1
assert d.get(keys[1]) is None
assert d.get(keys[2]) is x3
assert d.get(keys[3]) is None
d.set(keys[0], None)
assert d.get(keys[0]) is None
assert d.get(keys[1]) is None
assert d.get(keys[2]) is x3
assert d.get(keys[3]) is None
# resizing should also work
for i in range(loop):
d.set(make_key(i), x1)
for i in range(loop):
assert d.get(make_key(i)) is x1
assert d.get(keys[0]) is None
assert d.get(keys[1]) is None
assert d.get(keys[2]) is x3
assert d.get(keys[3]) is None
# a subclass
y = Y()
d.set(keys[3], y)
assert d.get(keys[3]) is y
# storing a lot of Nones
for i in range(loop, loop * 2 - 5):
d.set(make_key(1000 + i), x1)
for i in range(loop):
d.set(make_key(i), None)
for i in range(loop):
assert d.get(make_key(i)) is None
assert d.get(keys[0]) is None
assert d.get(keys[1]) is None
assert d.get(keys[2]) is x3
assert d.get(keys[3]) is y
for i in range(loop, loop * 2 - 5):
assert d.get(make_key(1000 + i)) is x1
def f():
d = RWeakValueDictionary(keyclass, X)
x1, x3 = g(d)
rgc.collect()
rgc.collect()
assert d.get(keys[0]) is x1
assert d.get(keys[1]) is None
assert d.get(keys[2]) is x3
assert d.get(keys[3]) is None
d.set(keys[0], None)
assert d.get(keys[0]) is None
assert d.get(keys[1]) is None
assert d.get(keys[2]) is x3
assert d.get(keys[3]) is None
# resizing should also work
for i in range(loop):
d.set(make_key(i), x1)
for i in range(loop):
assert d.get(make_key(i)) is x1
assert d.get(keys[0]) is None
assert d.get(keys[1]) is None
assert d.get(keys[2]) is x3
assert d.get(keys[3]) is None
# a subclass
y = Y()
d.set(keys[3], y)
assert d.get(keys[3]) is y
# storing a lot of Nones
for i in range(loop, loop * 2 - 5):
d.set(make_key(1000 + i), x1)
for i in range(loop):
d.set(make_key(i), None)
for i in range(loop):
assert d.get(make_key(i)) is None
assert d.get(keys[0]) is None
assert d.get(keys[1]) is None
assert d.get(keys[2]) is x3
assert d.get(keys[3]) is y
for i in range(loop, loop * 2 - 5):
assert d.get(make_key(1000 + i)) is x1
