def test_left_join_one():
map1 = {
'fond': 'enamored',
'wrath': 'anger',
'diligent': 'employed',
'outfit': 'garb',
'guide': 'usher',
}
map2 = {
'fond': 'averse',
'wrath': 'delight',
'diligent': 'idle',
'guide': 'follow',
'flow': 'jam',
}
actual = []
actual = left_join(map1, map2)
expected = [
['fond', 'enamored', 'averse'],
['wrath', 'anger', 'delight'],
['diligent', 'employed', 'idle'],
['outfit', 'garb', None],
['guide', 'usher', 'follow']
]
assert actual == expected
def test_left_join_two():
map1 = {
'happy': 'glad',
'sad': 'unhappy',
'busy': 'occupied',
'big': 'huge',
'small': 'tiny',
}
map2 = {
'small': 'big',
'big': 'small',
'nice': 'bad',
'fun': 'boring',
'bright': 'dim',
}
actual = []
actual = left_join(map1, map2)
expected = [
['happy', 'glad', None],
['sad', 'unhappy', None],
['busy', 'occupied', None],
['big', 'huge', 'small'],
['small', 'tiny', 'big']
]
assert actual == expected
def test_left_join(hash_one, hash_two, expected):
"""
Two hashmaps can be left joined.
"""
actual = left_join(hash_one, hash_two)
assert actual == expected
def test_left_join_number():
map1 = {
1: 'glad',
3: 22.3,
6: 'occupied',
15: 'huge',
23: 'tiny',
}
map2 = {
3: 'big',
15: 44,
28: 'bad',
5: 'boring',
44: 'dim',
}
actual = []
actual = left_join(map1, map2)
expected = [
[1, 'glad', None],
[3, 22.3, 'big'],
[6, 'occupied', None],
[15, 'huge', 44],
[23, 'tiny', None]
]
assert actual == expected
def test_left_join_null(even_table_two, uneven_table):
"""Test left join with null values."""
result = left_join(even_table_two, uneven_table)
assert result == {
'diligent': ['idle', 'NULL'],
'fond': ['averse', 'averse'],
'wrath': ['delight', 'delight']
}
def test_left_join_perfect(even_table_one, even_table_two):
"""Test left join with perfect matches."""
result = left_join(even_table_one, even_table_two)
assert result == {
'diligent': ['employed', 'idle'],
'fond': ['enamored', 'averse'],
'wrath': ['anger', 'delight']
}
def test_left_join_small_lists(hash_table_filled_one_small, hash_table_filled_two_small):
actual = left_join(hash_table_filled_one_small, hash_table_filled_two_small)
expected = [
['Max', 'Max Gunnar McFarland', None],
['John', 'John Hamm', 'John Wayne'],
['Mike', 'Michael Jordan', 'Michael Jackson'],
]
assert actual == expected
def test_returns_map_of_both_hashmaps_in_one_data_structure(
hashmap_one, hashmap_two):
"""Succesfully returns appended value from hashmap two to hashmap one"""
actual = left_join(hashmap_one, hashmap_two)
expected = [[['wrath', 'anger', 'delight']], None,
[['fond', 'enamored', 'averse'],
['diligent', 'employed', 'idle']], [['outift', 'garb', None]],
[['guide', 'usher', 'follow']]]
assert actual == expected
def test_returns_None_in_bucket_if_key_is_not_preset():
"""Successfull returns appended None to bucket if both keys are not present"""
h1 = HashMap(1)
h2 = HashMap(1)
h1.add('wrath', 'anger')
h2.add('flow', 'jam')
expected = [[['wrath', 'anger', None]]]
actual = left_join(h1, h2)
assert actual == expected
def test_returns_values_if_both_keys_are_present():
"""Successfull returns appended value to bucket if both keys are present"""
h1 = HashMap(1)
h2 = HashMap(1)
h1.add('wrath', 'anger')
h2.add('wrath', 'delight')
expected = [[['wrath', 'anger', 'delight']]]
actual = left_join(h1, h2)
assert actual == expected
def test_no_repeats():
first = HashTable()
first.add('cat', 'meow')
first.add('dog', 'woof')
second = HashTable()
second.add('snake', 'hiss')
actual = left_join(first, second)
expected = [('cat', 'meow', None), ('dog', 'woof', None)]
assert actual == expected
def test_2_dict_is_empty(sample_dict):
t1 = sample_dict
t2 = {}
assert left_join(t1, t2) == {
"fond": ["enamored", None],
"wrath": ["anger", None],
"diligent": ["employed", None],
"outfit": ["garb", None],
"guide": ["usher", None]
}
def test_first_dict_is_empty():
t1 = {}
t2 = {
'kind': 'averse',
'anger': 'delight',
'studious': 'idle',
'manual': 'follow',
'leak': 'jam'
}
assert left_join(t1, t2) == {}
def test_2nd_dict_is_empty():
d1 = {"cat": "100", "chair": "200", "Cat": "300"}
d2 = {}
assert left_join(d1, d2) == {
"cat": ["100", None],
"chair": ["200", None],
"Cat": ["300", None]
}
def test_different_case():
d1 = {"cat": "a", "dog": "b", "Cat": "c"}
d2 = {"cat": "100", "chair": "200", "Cat": "300"}
assert left_join(d1, d2) == {
"cat": ["a", "100"],
"dog": ["b", None],
"Cat": ["c", "300"]
}
def test_left_join_larger_second_table(default_tables):
T1 = default_tables[0]
T2 = default_tables[1]
T2.set('hostile', 'friendly')
T2.set('addicted', 'indifferent')
T2.set('hypnotize', 'disenchant')
result = left_join(T1, T2)
assert ['dirty', 'filthy', 'clean'] in result
assert ['wall', 'barricade', 'opening'] in result
assert ['double', 'copy', None] in result
assert ['comfortable', 'pleasant', 'disagreeable'] in result
def test_for_empty_map(small_table, empty_hash_table):
"""Test for items in second hash map."""
assert left_join(small_table, empty_hash_table) == [{
'John': 1234
}, {
'Jane': '123456'
}, {
'John': '123'
}, {
'Jane': 'abc'
}]
def test_happy_path():
t1 = HashTable(4)
t2 = HashTable(3)
t1.set('happy', 'excited')
t2.set('happy', 'sad')
t1.set('mad', 'angry')
t2.set('mad', 'delighted')
t1.set('lost', 'failed')
t2.set('lost', 'won')
t1.set('shark', 'tornado')
results = left_join(t1, t2)
assert ['lost', 'failed', 'won'] in results
assert ['shark', 'tornado', None] in results
assert ['happy', 'excited', 'sad'] in results
assert ['mad', 'angry', 'delighted'] in results
def test_left_join_no_matches():
one = HashTable()
one.add('pond','enamored')
one.add('rath', 'anger')
one.add('adiligent', 'employed')
one.add('poutfit', 'garb')
one.add('hangguide', 'usher')
two = HashTable()
two.add('fond', 'averse')
two.add('wrath', 'delight')
two.add('diligent', 'idle')
two.add('guide', 'follow')
two.add('flow', 'jam')
assert left_join(one, two) == [['poutfit', 'garb', None], ['hangguide', 'usher', None], ['rath', 'anger', None], ['pond', 'enamored', None], ['adiligent', 'employed', None]]
def test_left_join_big_lists_reversed_three(hash_table_filled_two, hash_table_filled_one):
actual = left_join(hash_table_filled_two, hash_table_filled_one)
expected = [
['Max', 'The Axe', 'Max Gunnar McFarland'],
['Mike', 'Michael Jackson', 'Michael Jordan'],
['John', 'John Wayne', 'John Hamm'],
['Charlie', 'Charlie Sheen', 'Tiger Blood'],
['Ben', 'Ben Allen', 'Ben Heimershmidt'],
['Charlize', 'Mr. F', 'Charlieze Theron'],
['Brian', 'Bad Luck', 'Brian Cranston'],
['J', 'Homer Simpson', 'J Christie'],
['Gary', 'Gary Johnson', None],
['Ruth', 'Ruth Bayner Ginsberg', None],
['Sonya', 'Sonya Sotomayor', None],
]
assert expected[4] in actual
def test_different_keys(sample_dict):
t1 = sample_dict
t2 = {
'kind': 'averse',
'anger': 'delight',
'studious': 'idle',
'manual': 'follow',
'leak': 'jam'
}
assert left_join(t1, t2) == {
"fond": ["enamored", None],
"wrath": ["anger", None],
"diligent": ["employed", None],
"outfit": ["garb", None],
"guide": ["usher", None]
}
def test_left_join_big_lists_two(hash_table_filled_one, hash_table_filled_two):
actual = left_join(hash_table_filled_one, hash_table_filled_two)
expected = [
['Max', 'Max Gunnar McFarland', 'The Axe'],
['Mike', 'Michael Jordan', 'Michael Jackson'],
['John', 'John Hamm', 'John Wayne'],
['Charlie', 'Tiger Blood', 'Charlie Sheen'],
['Ben', 'Ben Heimershmidt', 'Ben Allen'],
['Charlize', 'Charlieze Theron', 'Mr. F'],
['Brian', 'Brian Cranston', 'Bad Luck'],
['J', 'J Christie', 'Homer Simpson'],
['Alex', 'Alexander Stone', None],
['Barrack', 'Barrack Hussien Obama', None],
['Garp', 'Garp Taco Sanchez', None],
['Alf', 'Alf, from that TV show. You know the one.... what was it called?...... Oh yeah Alf.', None],
]
assert expected[1] in actual
def test_left_join(left, right, known):
result = left_join(left, right)
result_values = []
known_values = []
for ll1 in result.table:
if ll1 and ll1.head:
current = ll1.head
while current:
result_values.append(current.data)
current = current.next
for ll2 in known.table:
if ll2 and ll2.head:
current = ll2.head
while current:
known_values.append(current.data)
current = current.next
assert result_values == known_values
def test_no_common_keys(my_dict):
d1 = my_dict
d2 = {
'car': 'averse',
'cat': 'delight',
'mouse': 'idle',
'table': 'follow',
'house': 'jam'
}
assert left_join(d1, d2) == {
"fond": ["enamored", None],
"wrath": ["anger", None],
"diligent": ["employed", None],
"outfit": ["garb", None],
"guide": ["usher", None]
}
def test_func_fullsample():
h1 = HashTable()
h1.add('fond', 'enamored')
h1.add('wrath', 'anger')
h1.add('diligent', 'employed')
h1.add('outfit', 'garb')
h1.add('guide', 'usher')
h2 = HashTable()
h2.add('fond', 'averse')
h2.add('wrath', 'delight')
h2.add('diligent', 'idle')
h2.add('guide', 'follow')
h2.add('flow', 'jam')
expected = [
{
'word': 'diligent',
'synonym': 'employed',
'antonym': 'idle',
}, # noqa E202
{
'word': 'outfit',
'synonym': 'garb',
'antonym': None,
}, # noqa E202
{
'word': 'fond',
'synonym': 'enamored',
'antonym': 'averse',
}, # noqa E202
{
'word': 'guide',
'synonym': 'usher',
'antonym': 'follow',
}, # noqa E202
{
'word': 'wrath',
'synonym': 'anger',
'antonym': 'delight',
} # noqa E202
]
actual = left_join(h1, h2)
assert expected == actual
def test_given_example(my_dict):
dict1 = my_dict
dict2 = {
'fond': 'averse',
'wrath': 'delight',
'diligent': 'idle',
'guide': 'follow',
'flow': 'jam'
}
assert left_join(dict1, dict2) == {
"fond": ["enamored", "averse"],
"wrath": ["anger", "delight"],
"diligent": ["employed", "idle"],
"outfit": ["garb", None],
"guide": ["usher", "follow"]
}
def test_one_overlap():
table1 = Hashtable()
table1.add("fond", "enamored")
table1.add("wrath", "anger")
table1.add("diligent", "employed")
table1.add("outfit", "garb")
table1.add("guide", "usher")
table2 = Hashtable()
table2.add("fond", "averse")
actual = left_join(table1, table2)
assert actual == [
["fond", "enamored", "averse"],
["guide", "usher", None],
["outfit", "garb", None],
["diligent", "employed", None],
["wrath", "anger", None],
]
def test_left_join_happy_test():
t_1 = HashTable()
t_1.add('fond', 'enamored')
t_1.add('wrath', 'anger')
t_1.add('diligent', 'employed')
t_1.add('outfit', 'garb')
t_1.add('guide', 'usher')
t_2 = HashTable()
t_2.add('fond', 'averse')
t_2.add('wrath', 'delight')
t_2.add('diligent', 'idle')
t_2.add('guide', 'follow')
t_2.add('flow', 'jam')
assert left_join(t_1, t_2) == [['diligent', 'employed', 'idle'],
['wrath', 'anger', 'delight'],
['guide', 'usher', 'follow'],
['fond', 'enamored', 'averse'],
['outfit', 'garb', None]]
def test_left_join_all_different():
t_1 = HashTable()
t_1.add('james', 'agent')
t_1.add('bond', 'surname')
t_1.add('gun', 'tool')
t_1.add('girl', 'bondgirl')
t_1.add('car', 'speed')
t_2 = HashTable()
t_2.add('fond', 'averse')
t_2.add('wrath', 'delight')
t_2.add('diligent', 'idle')
t_2.add('guide', 'follow')
t_2.add('flow', 'jam')
assert left_join(t_1, t_2) == [
['gun', 'tool', None],
['james', 'agent', None],
['bond', 'surname', None],
['girl', 'bondgirl', None],
['car', 'speed', None],
]
def test_func_onematch_onedoesnt():
h1 = HashTable()
h1.add('fond', 'enamored')
h1.add('wrath', 'anger')
h2 = HashTable()
h2.add('fond', 'averse')
expected = [
{
'word': 'fond',
'synonym': 'enamored',
'antonym': 'averse'
}, # noqa: E202
{
'word': 'wrath',
'synonym': 'anger',
'antonym': None
} # noqa: E202
]
actual = left_join(h1, h2)
assert expected == actual
