def test_get_silent_and_listen():
hashtable = Hashtable()
hashtable.set('listen', 'to me')
hashtable.set('silent', 'so quiet')
assert hashtable.get('listen') == 'to me'
assert hashtable.get('silent') == 'so quiet'
import pytest
from hashtable.hashtable import Hashtable
new_hash = Hashtable()
new_hash.set('abc', 12)
# Adding a key/value to your hashtable results in the value being in the data structure
def test_hash1():
hash_key = new_hash._hash('abc')
current = new_hash._buckets[hash_key].head.value[1]
actual = current
expected = 12
assert actual == expected
# Retrieving based on a key returns the value stored
def test_get():
actual= new_hash.get('abc')
expected = 12
assert actual == expected
# Successfully handle a collision within the hashtable / Successfully retrieve a value from a bucket within the hashtable that has a collision
def test_get2():
new_hash.set('cab', 13)
actual = new_hash.get('cab')
expected = 13
assert actual == expected
# Successfully returns null for a key that does not exist in the hashtable
def test_get3():
new_hash.set('cab', 13)
new_hash.set('test', 33)
def test_get_apple():
hashtable = Hashtable()
hashtable.set("apple", "Used for apple sauce")
actual = hashtable.get("apple")
expected = "Used for apple sauce"
assert actual == expected