def test_hypothetical_operations_loop(self):
def callback(percent, message):
return percent, message
n = [0, 1, 2]
for n_subsettables, n_geometries, n_calculations in itertools.product(n, n, n):
try:
prog = ProgressOcgOperations(callback,
n_subsettables=n_subsettables,
n_geometries=n_geometries,
n_calculations=n_calculations)
except AssertionError:
if n_geometries == 0 or n_subsettables == 0:
continue
else:
raise
for ns in range(n_subsettables):
for ng in range(n_geometries):
for nc in range(n_calculations):
prog.mark()
if n_calculations == 0:
prog.mark()
self.assertEqual(prog(), (100.0, None))
def test_hypothetical_operations_loop(self):
def callback(percent, message):
return percent, message
n = [0, 1, 2]
for n_subsettables, n_geometries, n_calculations in itertools.product(n, n, n):
try:
prog = ProgressOcgOperations(callback,
n_subsettables=n_subsettables,
n_geometries=n_geometries,
n_calculations=n_calculations)
except AssertionError:
if n_geometries == 0 or n_subsettables == 0:
continue
else:
raise
for ns in range(n_subsettables):
for ng in range(n_geometries):
for nc in range(n_calculations):
prog.mark()
if n_calculations == 0:
prog.mark()
self.assertEqual(prog(), (100.0, None))
def test_simple(self):
n_geometries = 3
n_calculations = 3
def callback(percent, message):
return percent, message
for cb in [callback, None]:
prog = ProgressOcgOperations(callback=cb,
n_geometries=n_geometries,
n_calculations=n_calculations)
n_operations = 9
self.assertEqual(prog.n_operations, n_operations)
prog.mark()
if cb is None:
self.assertEqual(prog.percent_complete,
100 * (1 / float(n_operations)))
self.assertEqual(prog(), None)
else:
self.assertEqual(prog(),
(100 * (1 / float(n_operations)), None))
prog.mark()
if cb is None:
self.assertEqual(prog.percent_complete,
(100 * (2 / float(n_operations))))
else:
self.assertEqual(prog(message='hi'),
(100 * (2 / float(n_operations)), 'hi'))
def test_simple(self):
n_geometries = 3
n_calculations = 3
def callback(percent, message):
return percent, message
for cb in [callback, None]:
prog = ProgressOcgOperations(callback=cb, n_geometries=n_geometries, n_calculations=n_calculations)
n_operations = 9
self.assertEqual(prog.n_operations, n_operations)
prog.mark()
if cb is None:
self.assertEqual(prog.percent_complete, 100 * (1 / float(n_operations)))
self.assertEqual(prog(), None)
else:
self.assertEqual(prog(), (100 * (1 / float(n_operations)), None))
prog.mark()
if cb is None:
self.assertEqual(prog.percent_complete, (100 * (2 / float(n_operations))))
else:
self.assertEqual(prog(message='hi'), (100 * (2 / float(n_operations)), 'hi'))
