def test_project_simulate(n=1000):
t1 = Task(name='Analysis', min=2, mode=3, max=7)
t2 = Task(name='Experiment', min=30, mode=35, max=40)
p = Project(name='High Score Bypass')
p.add_task(t1)
p.add_task(t2)
sim_runs = p._simulate(n=n)
assert type(sim_runs) == Counter
def test_project_init_params():
t1 = Task()
t2 = Task()
p2 = Project(name='Experiment')
p2.add_task(t1)
p2.add_task(t2)
assert len(p2.tasks) == 2
assert p2.name == 'Experiment'
def test_project_add_two_task():
p = Project()
t1 = Task(name='example')
t2 = Task(name='example2')
p.add_task(t1)
p.add_task(t2)
assert len(p.tasks) == 2
assert p.tasks[0].name == 'example'
assert p.tasks[1].name == 'example2'
def test_project_estimate():
t1 = Task(name='Analysis', min=2, mode=3, max=7)
t2 = Task(name='Experiment', min=30, mode=35, max=40)
p = Project(name='High Score Bypass')
p.add_task(t1)
p.add_task(t2)
est = p.estimate()
assert p.p_est
assert est > 7
assert type(est) == float
def test_plot_cumul(n=1000):
t1 = Task(name='Analysis', min=2, mode=3, max=7, estimator='triangular')
t2 = Task(name='Experiment',
min=30,
mode=35,
max=40,
estimator='triangular')
t3 = Task(name='Evaluation',
min=30,
mode=35,
max=40,
estimator='triangular')
t4 = Task(name='Monitoring',
min=30,
mode=35,
max=40,
estimator='triangular')
p = Project(name='High Score Bypass')
p.add_task(t1)
p.add_task(t2)
p.add_task(t3)
p.add_task(t4)
p.plot(hist=False, n=n)
def test_project_add_one_task():
t = Task(name='example')
p = Project()
p.add_task(t)
assert len(p.tasks) == 1
assert p.tasks[0].name == 'example'