Best Python code snippet using pandera_python
example.py
Source:example.py
...18 unify(a, 'fluffy'),19 unify(a, 'daisy'),20 )21@predicate22def not_dog(a):23 return no(dog(a))24@predicate25def child(a, b):26 return staralt(27 unify([a, b], ['archimedes', 'bob']),28 unify([a, b], ['fluffy', 'fifi']),29 unify([a, b], ['daisy', 'fluffy']),30 unify([a, b], ['athene', 'zeus']),31 )32@predicate33def descendant(a, c):34 b = var()35 return staralt(36 child(a, c),37 starseq(child(a, b), descendant(b, c)),38 )39@predicate40def mortal(a):41 b = var()42 return staralt(43 human(a),44 dog(a),45 starseq(descendant(a, b), mortal(b)),46 )47@predicate48def append(a, b, c):49 x = var()50 y = var()51 z = var()52 return starseq(53 unify([x, y], a),54 unify([y, z], b),55 unify([x, z], c),56 )57# ----8<---------8<---------8<---------8<---------8<---------8<---------8<-----58x = var()59y = var()60z = var()61for each in resolve(append([[1, 2, 3, x], x], [[4, 5, 6, y], y], [z, []])):62 print(each[x], each[y], each[z])63print()64for each in resolve(descendant(x, y)):65 print(each[x], each[y])66print()67for each in resolve(starseq(child(x, y), descendant(y, z))):68 print(each[x], each[y], each[z])69print()70for each in resolve(starseq(mortal(x), not_dog(x))):71 print(each[x])72print()73for each in resolve(starseq(not_dog(x), mortal(x))):74 print(each[x])75else:76 print('no.')77print()78for each in resolve(starseq()):79 print('yes.')80 break81else:82 print('no.')83print()84for each in resolve(staralt()):85 print('yes.')86 break87else:...
test_fifo_animal_shelter.py
Source:test_fifo_animal_shelter.py
1from data_structures_and_algorithms.challenges.fifo_animal_shelter.fifo_animal_shelter import *2def test_fifo_animal_shelter1():3 dog = Dog('oscar')4 cat1 = Cat('shery')5 cat2 = Cat('shery2')6 cat3 = Cat('shery3')7 shelter = AnimalShelter()8 shelter.enqueue(dog)9 shelter.enqueue(cat1, cat2, cat3)10 assert shelter.dequeue("cat") == 'shery'11def test_fifo_animal_shelter2():12 dog1 = Dog('oscar')13 dog2 = Dog('oscar2')14 dog3 = Dog('oscar3')15 cat1 = Cat('shery')16 cat2 = Cat('shery2')17 cat3 = Cat('shery3')18 shelter = AnimalShelter()19 shelter.enqueue(dog1, dog2, dog3)20 shelter.enqueue(cat1, cat2, cat3)21 assert shelter.dequeue("dog") == 'oscar'22def test_fifo_animal_shelter3():23 dog1 = Dog('oscar')24 dog2 = Dog('oscar2')25 dog3 = Dog('oscar3')26 cat1 = Cat('shery')27 cat2 = Cat('shery2')28 cat3 = Cat('shery3')29 shelter = AnimalShelter()30 shelter.enqueue(dog1, dog2, dog3)31 shelter.enqueue(cat1, cat2, cat3)32 shelter.dequeue("dog")33 assert shelter.dequeue("dog") == 'oscar2'34def test_fifo_animal_shelter4():35 dog1 = Dog('oscar')36 dog2 = Dog('oscar2')37 dog3 = Dog('oscar3')38 cat1 = Cat('shery')39 cat2 = Cat('shery2')40 cat3 = Cat('shery3')41 shelter = AnimalShelter()42 shelter.enqueue(dog1, dog2, dog3)43 shelter.enqueue(cat1, cat2, cat3)44 shelter.dequeue("dog")45 shelter.dequeue("dog")46 assert shelter.dequeue("dog") == 'oscar3'47def test_fifo_animal_shelter5():48 not_dog = AnimalShelter()49 shelter = AnimalShelter()...
comparing_strings.py
Source:comparing_strings.py
1#Comparing Numbers2not_dog = "This is not a dog"3def animal(x):4 #Use a comparison operator to print the largest number.5 if x == "dog":6 return x7 else:8 return not_dog...
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