def test_ex3(capsys):
"""Ex3: Use a loop"""
import gizmo
assert hasattr(gizmo, 'spell')
assert gizmo.spell
gizmo.spell('Frankfurter')
captured = capsys.readouterr()
assert captured.out.strip() == "F.r.a.n.k.f.u.r.t.e.r"
def test_ex3(capsys):
"""Ex3: Use a loop"""
import gizmo
import inspect
assert hasattr(gizmo, 'spell')
assert gizmo.spell
code = inspect.getsource(gizmo.spell)
if 'split' in code or 'join' in code:
raise RuntimeError('No split() or join() allowed')
if 'for' not in code:
raise RuntimeError('Use a for-loop to solve this exercise')
gizmo.spell('Frankfurter')
captured = capsys.readouterr()
assert captured.out.strip() == "F.r.a.n.k.f.u.r.t.e.r"
def exercise(name="Ariel"):
print(">>> gizmo.hello('Gizmo', 'Germany')")
gizmo.hello('Gizmo', 'Germany')
print(">>> gizmo.hello('Gizmo')")
gizmo.hello('Gizmo')
print(">>> gizmo.spell('hello')")
gizmo.spell('hello')
print(">>> print(gizmo.relative_path(['subject1', 'subject2']))")
print(gizmo.relative_path(['subject1', 'subject2']))
print(">>> giz = gizmo.Gizmo(name='Ariel')")
giz = gizmo.Gizmo('Ariel')
print(">>> print(giz)")
print(giz)
print(">>> print(giz.name)")
print(giz.name)
print(">>> giz.speak()")
giz.speak()
print(">>> print(gizmo.multiplication_table())")
print(gizmo.multiplication_table())
print(">>> print(gizmo.multiplication_table(zero_out_multiples=5))")
print(gizmo.multiplication_table(zero_out_multiples=5))
print(">>> fib = gizmo.generate_fibonacci_sequence(10)")
fib = gizmo.generate_fibonacci_sequence(10)
print(">>> while(True): print(next(fib))")
try:
while(True):
print(next(fib))
except StopIteration:
pass
print(">>> print(gizmo.get_fibonacci_sequence(10))")
print(gizmo.get_fibonacci_sequence(10))
print(">>> print(gizmo.get_titanic().head(5))")
print(gizmo.get_titanic().head(5))
print(">>> print(gizmo.get_titanic_children())")
print(gizmo.get_titanic_children())
#!/usr/bin/env python3
# -*- coding: utf-8 -*-
"""
Created on Fri Mar 19 12:32:24 2021
@author: jenska
"""
import gizmo
#%%
gizmo.hello('Roi', 'Latvia')
gizmo.hello('Roi')
#%%
gizmo.spell('word')
#%%
#ids = ['subj1','subj2']
ids = 'subjx'
paths = gizmo.relative_path(ids)
print(paths)
#%%
from gizmo import Gizmo
g = Gizmo('Mabelle')
g.speak()
#%%
t = gizmo.multiplication_table()