def testBFSSingleInsert():
print(divider + "Executing testBFSSingleInsert()...")
nodes = []
tree = BinaryTree()
tree.insert(Node(7))
nodes = tree.getNodesBFS()
print(nodesToString(nodes))
assert (nodes[0].data == 7)
print("Passed" + divider)
def testBFSRandom():
print(divider + "Executing testBFSRandom()...")
tree = BinaryTree()
expectedNodes = [32, 16, 50, 2, 30, 48, 53, 5, 18, 12]
for num in randomNumbers:
tree.insert(Node(num))
bfsNodes = tree.getNodesBFS()
print(nodesToString(bfsNodes))
# Ensure that the order of the nodes is in the proper order for BFS
for i in range(0, len(expectedNodes)):
assert (bfsNodes[i].data == expectedNodes[i])
print("Passed" + divider)
