def test_reverse(self):
for init in self.inits:
il = itemlist(init)
items = il.items()
items.reverse()
assert il.reverse() == il
assert items == il.items()
def test_clear(self):
for init in self.inits:
il = itemlist(init)
if len(init) > 0:
assert bool(il)
assert il.clear() == il
assert not il
def test_reverse(self):
for init in self.inits:
il = itemlist(init)
items = il.items()
items.reverse()
assert il.reverse() == il
assert items == il.items()
def test_clear(self):
for init in self.inits:
il = itemlist(init)
if len(init) > 0:
assert bool(il)
assert il.clear() == il
assert not il
def test_items_keys_values_iteritems_iterkeys_itervalues(self):
for init in self.inits:
il = itemlist(init)
iterator = zip(zip(il.items(), il.keys(), il.values()),
zip(il.iteritems(), il.iterkeys(), il.itervalues()))
for (item1, key1, value1), (item2, key2, value2) in iterator:
assert item1 == item2 and key1 == key2 and value1 == value2
def test_items_keys_values_iteritems_iterkeys_itervalues(self):
for init in self.inits:
il = itemlist(init)
iterator = izip(izip(il.items(), il.keys(), il.values()),
izip(il.iteritems(), il.iterkeys(), il.itervalues()))
for (item1,key1,value1), (item2,key2,value2) in iterator:
assert item1 == item2 and key1 == key2 and value1 == value2
def test_append(self):
for init in self.inits:
il = itemlist(init)
for key, value in self.appends:
oldsize = len(il)
newnode = il.append(key, value)
assert len(il) == oldsize + 1
assert il[-1] == newnode
def test_len(self):
for init in self.inits:
il = itemlist(init)
assert len(il) == len(init)
for key, value in self.appends:
oldsize = len(il)
il.append(key, value)
assert len(il) == oldsize + 1
def test_append(self):
for init in self.inits:
il = itemlist(init)
for key, value in self.appends:
oldsize = len(il)
newnode = il.append(key, value)
assert len(il) == oldsize + 1
assert il[-1] == newnode
def test_len(self):
for init in self.inits:
il = itemlist(init)
assert len(il) == len(init)
for key, value in self.appends:
oldsize = len(il)
il.append(key, value)
assert len(il) == oldsize + 1
def test_nonzero(self):
for init in self.inits:
il = itemlist(init)
if init:
assert il
il.clear()
assert not il
else:
assert not il
def test_delitem(self):
for init in self.inits:
for index in [0, -1]:
il = itemlist(init)
while il:
node = il[index]
assert node in il
del il[index]
assert node not in il
def test_removenode(self):
for init in self.inits:
il = itemlist(init)
for node, key, value in il:
oldsize = len(il)
assert node in il
assert il.removenode(node) == il
assert len(il) == oldsize - 1
assert node not in il
def test_nonzero(self):
for init in self.inits:
il = itemlist(init)
if init:
assert il
il.clear()
assert not il
else:
assert not il
def test_delitem(self):
for init in self.inits:
for index in [0, -1]:
il = itemlist(init)
while il:
node = il[index]
assert node in il
del il[index]
assert node not in il
def test_removenode(self):
for init in self.inits:
il = itemlist(init)
for node, key, value in il:
oldsize = len(il)
assert node in il
assert il.removenode(node) == il
assert len(il) == oldsize - 1
assert node not in il
def test_contains(self):
for init in self.inits:
il = itemlist(init)
for node, key, value in il:
assert node in il
assert (key, value) in il
assert None not in il
assert _unique not in il
assert (19283091823, 102893091820) not in il
def test_contains(self):
for init in self.inits:
il = itemlist(init)
for node, key, value in il:
assert node in il
assert (key, value) in il
assert None not in il
assert _unique not in il
assert (19283091823, 102893091820) not in il
def test_iter(self):
for init in self.inits:
il = itemlist(init)
for node, key, value in il:
assert node in il
assert (key, value) in il
def test_iter(self):
for init in self.inits:
il = itemlist(init)
for node, key, value in il:
assert node in il
assert (key, value) in il
def test_init(self):
for init in self.inits:
il = itemlist(init)
assert il.items() == init
def test_init(self):
for init in self.inits:
il = itemlist(init)
assert il.items() == init
