def test_Branch_isin_map():
l = Leaf(item=b"Hello", key=b"A")
store = {l.identity(): l}
b = l.add(store, item=b"World", key=b"B")
assert b.is_in(store, b"Hello", b"A")
assert b.is_in(store, b"World", b"B")
assert not b.is_in(store, b"World", b"C")
def test_store():
_flushDB()
r = RedisStore()
l = Leaf("Hello")
r[l.identity()] = l
assert r[l.identity()].identity() == l.identity()
def test_store():
_flushDB()
r = RedisStore()
l = Leaf(b"Hello", b"Hello")
r[l.identity()] = l
assert r[l.identity()].identity() == l.identity()
def test_Branch_multi():
l = Leaf("Hello")
store = {l.identity() : l}
b = l.multi_add(store, ["B", "C"])
b.check(store)
assert b.is_in(store, "B")
assert b.is_in(store, "C")
assert b.is_in(store, "Hello")
def test_Branch_multi():
l = Leaf(b"Hello", b"Hello")
store = {l.identity(): l}
b = l.multi_add(store, [b"B", b"C"], [b"B", b"C"])
b.check(store)
assert b.is_in(store, b"B", b"B")
assert b.is_in(store, b"C", b"C")
assert b.is_in(store, b"Hello", b"Hello")
def test_double_add():
l = Leaf(item=b"Hello", key=b"A")
store = {l.identity(): l}
b = l.add(store, item=b"World", key=b"B")
assert b.is_in(store, b"Hello", b"A")
assert b.is_in(store, b"World", b"B")
assert not b.is_in(store, b"World", b"C")
b = b.add(store, item=b"World2", key=b"B")
assert b.lookup(store, b"B") == (b"B", b"World")
assert not b.lookup(store, b"B") == (b"B", b"World2")
def test_Branch_add():
l = Leaf("Hello")
store = {l.identity() : l}
b = l.add(store, "World")
b2 = b.add(store, "Doom")
assert isinstance(b2, Branch)
assert b2.left_branch in store
assert b2.right_branch in store
assert b2.identity() in store
b2.check(store)
def test_Branch_add():
l = Leaf(b"Hello", b"Hello")
store = {l.identity(): l}
b = l.add(store, b"World", b"World")
b2 = b.add(store, b"Doom", b"Doom")
assert isinstance(b2, Branch)
assert b2.left_branch in store
assert b2.right_branch in store
assert b2.identity() in store
b2.check(store)
def test_Leaf_add():
l = Leaf(b"Hello", b"Hello")
store = {l.identity(): l}
b = l.add(store, b"World", b"World")
assert isinstance(b, Branch)
assert b.left_branch in store
assert b.right_branch in store
assert b.identity() in store
assert store[b.left_branch].item <= b.pivot
assert store[b.right_branch].item > b.pivot
def test_Leaf_add():
l = Leaf("Hello")
store = {l.identity() : l}
b = l.add(store, "World")
assert isinstance(b, Branch)
assert b.left_branch in store
assert b.right_branch in store
assert b.identity() in store
assert store[b.left_branch].item <= b.pivot
assert store[b.right_branch].item > b.pivot
def test_lookup():
l = Leaf(item=b"Hello", key=b"A")
store = {l.identity(): l}
b = l.add(store, item=b"World", key=b"B")
assert b.is_in(store, b"Hello", b"A")
assert b.is_in(store, b"World", b"B")
assert not b.is_in(store, b"World", b"C")
assert b.lookup(store, b"B") == (b"B", b"World")
try:
b.lookup(store, b"B") == (b"B", b"World2")
assert False
except:
assert True
try:
b.lookup(store, b"C") == (b"B", b"World2")
assert False
except:
assert True
def test_add_like_a_monkey():
root = Leaf(b"Hello", b"Hello")
store = {root.identity(): root}
from os import urandom
for _ in range(100):
item = urandom(32)
root = root.add(store, item, item)
root.check(store)
assert root.is_in(store, item, item)
def test_add_like_a_monkey():
root = Leaf("Hello")
store = {root.identity() : root}
from os import urandom
for _ in range(100):
item = urandom(32)
root = root.add(store, item)
root.check(store)
assert root.is_in(store, item)
def test_store(rstore):
l = Leaf(b"Hello", b"Hello")
rstore[l.identity()] = l
assert rstore[l.identity()].identity() == l.identity()
def test_Branch_isin():
l = Leaf("Hello")
store = {l.identity() : l}
b = l.add(store, "World")
assert b.is_in(store, "Hello")
assert b.is_in(store, "World")
def test_Branch_isin():
l = Leaf(b"Hello", b"Hello")
store = {l.identity(): l}
b = l.add(store, b"World", b"World")
assert b.is_in(store, b"Hello", b"Hello")
assert b.is_in(store, b"World", b"World")
def test_leaf_isin_map():
l = Leaf(item=b"Hello", key=b"World")
store = {l.identity(): l}
b = l.add(store, b"World", b"World")
assert l.is_in(store, item=b"Hello", key=b"World")
def test_leaf_isin():
l = Leaf(b"Hello", b"Hello")
store = {l.identity(): l}
b = l.add(store, b"Woitemrld", b"Woitemrld")
assert l.is_in(store, b"Hello", b"Hello")
