def test_time_interval_list_add_not_sorted_bad_sequence(self):
params = [
[
("1.000", "1.000"),
("0.500", "1.500"),
],
[
("1.000", "2.000"),
("1.500", "1.750"),
],
[
("1.000", "2.000"),
("1.500", "1.500"),
],
[
("1.000", "2.000"),
("0.500", "1.500"),
],
[
("1.000", "2.000"),
("1.500", "2.500"),
],
[
("1.000", "2.000"),
("0.500", "2.500"),
],
]
for seq in params:
l = SyncMapFragmentList(begin=TimeValue("0.000"), end=TimeValue("10.000"))
for b, e in seq:
i = TimeInterval(begin=TimeValue(b), end=TimeValue(e))
s = SyncMapFragment(interval=i)
l.add(s, sort=False)
with self.assertRaises(ValueError):
l.sort()
def test_time_interval_list_add_bad_sequence(self):
params = [
[
("1.000", "1.000"),
("0.500", "1.500"),
],
[
("1.000", "2.000"),
("1.500", "1.750"),
],
[
("1.000", "2.000"),
("1.500", "1.500"),
],
[
("1.000", "2.000"),
("0.500", "1.500"),
],
[
("1.000", "2.000"),
("1.500", "2.500"),
],
[
("1.000", "2.000"),
("0.500", "2.500"),
],
]
for seq in params:
l = SyncMapFragmentList(begin=TimeValue("0.000"),
end=TimeValue("10.000"))
with self.assertRaises(ValueError):
for b, e in seq:
i = TimeInterval(begin=TimeValue(b), end=TimeValue(e))
s = SyncMapFragment(interval=i)
l.add(s)
def test_time_interval_list_add_bad_type(self):
params = [
None, (0.000, 5.000), (TimeValue("0.000"), TimeValue("5.000")),
TimeInterval(begin=TimeValue("0.000"), end=TimeValue("5.000"))
]
l = SyncMapFragmentList(begin=TimeValue("0.000"),
end=TimeValue("10.000"))
for p in params:
with self.assertRaises(TypeError):
l.add(p)
def test_time_interval_list_add_bad_type(self):
params = [
None,
(0.000, 5.000),
(TimeValue("0.000"), TimeValue("5.000")),
TimeInterval(begin=TimeValue("0.000"), end=TimeValue("5.000"))
]
l = SyncMapFragmentList(begin=TimeValue("0.000"), end=TimeValue("10.000"))
for p in params:
with self.assertRaises(TypeError):
l.add(p)
def test_time_interval_list_add_sorted(self):
params = [
([
("1.000", "1.000"),
("0.500", "0.500"),
("1.000", "1.000"),
], [
("0.500", "0.500"),
("1.000", "1.000"),
("1.000", "1.000"),
]),
([
("1.000", "1.000"),
("0.500", "0.500"),
], [
("0.500", "0.500"),
("1.000", "1.000"),
]),
([
("2.000", "2.000"),
("1.000", "2.000"),
("0.500", "0.500"),
], [
("0.500", "0.500"),
("1.000", "2.000"),
("2.000", "2.000"),
]),
([
("2.000", "2.000"),
("0.500", "0.500"),
("2.000", "3.000"),
("1.000", "2.000"),
("0.500", "0.500"),
], [
("0.500", "0.500"),
("0.500", "0.500"),
("1.000", "2.000"),
("2.000", "2.000"),
("2.000", "3.000"),
]),
]
for ins, exp in params:
l = SyncMapFragmentList(begin=TimeValue("0.000"),
end=TimeValue("10.000"))
for b, e in ins:
i = TimeInterval(begin=TimeValue(b), end=TimeValue(e))
s = SyncMapFragment(interval=i)
l.add(s)
for j, fragment in enumerate(l.fragments):
b, e = exp[j]
exp_i = TimeInterval(begin=TimeValue(b), end=TimeValue(e))
exp_s = SyncMapFragment(interval=exp_i)
self.assertTrue(fragment == exp_s)
def test_time_interval_list_add_good(self):
params = [
("5.000", "6.000", "5.000", "5.000"),
("5.000", "6.000", "5.000", "5.500"),
("5.000", "6.000", "5.000", "6.000"),
("5.000", "6.000", "5.500", "5.600"),
("5.000", "6.000", "6.000", "6.000"),
]
for lb, le, b, e in params:
i = TimeInterval(begin=TimeValue(b), end=TimeValue(e))
s = SyncMapFragment(interval=i)
l = SyncMapFragmentList(begin=TimeValue(lb), end=TimeValue(le))
l.add(s)
def test_time_interval_list_add_good(self):
params = [
("5.000", "6.000", "5.000", "5.000"),
("5.000", "6.000", "5.000", "5.500"),
("5.000", "6.000", "5.000", "6.000"),
("5.000", "6.000", "5.500", "5.600"),
("5.000", "6.000", "6.000", "6.000"),
]
for lb, le, b, e in params:
i = TimeInterval(begin=TimeValue(b), end=TimeValue(e))
s = SyncMapFragment(interval=i)
l = SyncMapFragmentList(begin=TimeValue(lb), end=TimeValue(le))
l.add(s)
def test_time_interval_list_add_bad_value(self):
params = [
("5.000", "6.000", "1.000", "2.000"),
("5.000", "6.000", "1.000", "5.000"),
("5.000", "6.000", "5.000", "7.000"),
("5.000", "6.000", "5.500", "7.000"),
("5.000", "6.000", "6.000", "7.000"),
("5.000", "6.000", "7.000", "8.000"),
]
for lb, le, b, e in params:
i = TimeInterval(begin=TimeValue(b), end=TimeValue(e))
s = SyncMapFragment(interval=i)
l = SyncMapFragmentList(begin=TimeValue(lb), end=TimeValue(le))
with self.assertRaises(ValueError):
l.add(s)
def test_time_interval_list_add_bad_value(self):
params = [
("5.000", "6.000", "1.000", "2.000"),
("5.000", "6.000", "1.000", "5.000"),
("5.000", "6.000", "5.000", "7.000"),
("5.000", "6.000", "5.500", "7.000"),
("5.000", "6.000", "6.000", "7.000"),
("5.000", "6.000", "7.000", "8.000"),
]
for lb, le, b, e in params:
i = TimeInterval(begin=TimeValue(b), end=TimeValue(e))
s = SyncMapFragment(interval=i)
l = SyncMapFragmentList(begin=TimeValue(lb), end=TimeValue(le))
with self.assertRaises(ValueError):
l.add(s)
def leaves_are_consistent(self):
"""
Return ``True`` if the sync map fragments
which are the leaves of the sync map tree
(except for HEAD and TAIL leaves)
are all consistent, that is,
their intervals do not overlap in forbidden ways.
:rtype: bool
.. versionadded:: 1.7.0
"""
self.log(u"Checking if leaves are consistent")
leaves = self.leaves()
if len(leaves) < 1:
self.log(u"Empty leaves => return True")
return True
min_time = min([l.interval.begin for l in leaves])
self.log([u" Min time: %.3f", min_time])
max_time = max([l.interval.end for l in leaves])
self.log([u" Max time: %.3f", max_time])
self.log(u" Creating SyncMapFragmentList...")
smf = SyncMapFragmentList(
begin=min_time,
end=max_time,
rconf=self.rconf,
logger=self.logger
)
self.log(u" Creating SyncMapFragmentList... done")
self.log(u" Sorting SyncMapFragmentList...")
result = True
not_head_tail = [l for l in leaves if not l.is_head_or_tail]
for l in not_head_tail:
smf.add(l, sort=False)
try:
smf.sort()
self.log(u" Sorting completed => return True")
except ValueError:
self.log(u" Exception while sorting => return False")
result = False
self.log(u" Sorting SyncMapFragmentList... done")
return result
def test_time_interval_list_add_sorted_bad(self):
l = SyncMapFragmentList(begin=TimeValue("0.000"),
end=TimeValue("10.000"))
i = TimeInterval(begin=TimeValue("0.000"), end=TimeValue("0.000"))
s = SyncMapFragment(interval=i)
l.add(s, sort=False)
i = TimeInterval(begin=TimeValue("1.000"), end=TimeValue("1.000"))
s = SyncMapFragment(interval=i)
l.add(s, sort=False)
i = TimeInterval(begin=TimeValue("2.000"), end=TimeValue("2.000"))
s = SyncMapFragment(interval=i)
with self.assertRaises(ValueError):
l.add(s, sort=True)
def test_time_interval_list_clone(self):
params = [
[
("1.000", "1.000"),
("0.500", "0.500"),
("1.000", "1.000"),
],
[
("1.000", "1.000"),
("0.500", "0.500"),
],
[
("2.000", "2.000"),
("1.000", "2.000"),
("0.500", "0.500"),
],
[
("2.000", "2.000"),
("0.500", "0.500"),
("2.000", "3.000"),
("1.000", "2.000"),
("0.500", "0.500"),
],
]
for ins in params:
l = SyncMapFragmentList(begin=TimeValue("0.000"),
end=TimeValue("10.000"))
for b, e in ins:
i = TimeInterval(begin=TimeValue(b), end=TimeValue(e))
s = SyncMapFragment(interval=i)
l.add(s)
c = l.clone()
self.assertNotEqual(id(l), id(c))
self.assertEqual(len(l), len(c))
for j, fragment in enumerate(l.fragments):
self.assertNotEqual(id(l[j]), id(c[j]))
self.assertEqual(l[j], c[j])
fragment.fragment_type = SyncMapFragment.NONSPEECH
self.assertNotEqual(l[j].fragment_type, c[j].fragment_type)
self.assertEqual(l[j].fragment_type, SyncMapFragment.NONSPEECH)
self.assertEqual(c[j].fragment_type, SyncMapFragment.REGULAR)
def test_time_interval_list_clone(self):
params = [
[
("1.000", "1.000"),
("0.500", "0.500"),
("1.000", "1.000"),
],
[
("1.000", "1.000"),
("0.500", "0.500"),
],
[
("2.000", "2.000"),
("1.000", "2.000"),
("0.500", "0.500"),
],
[
("2.000", "2.000"),
("0.500", "0.500"),
("2.000", "3.000"),
("1.000", "2.000"),
("0.500", "0.500"),
],
]
for ins in params:
l = SyncMapFragmentList(begin=TimeValue("0.000"), end=TimeValue("10.000"))
for b, e in ins:
i = TimeInterval(begin=TimeValue(b), end=TimeValue(e))
s = SyncMapFragment(interval=i)
l.add(s)
c = l.clone()
self.assertNotEqual(id(l), id(c))
self.assertEqual(len(l), len(c))
for j, fragment in enumerate(l.fragments):
self.assertNotEqual(id(l[j]), id(c[j]))
self.assertEqual(l[j], c[j])
fragment.fragment_type = SyncMapFragment.NONSPEECH
self.assertNotEqual(l[j].fragment_type, c[j].fragment_type)
self.assertEqual(l[j].fragment_type, SyncMapFragment.NONSPEECH)
self.assertEqual(c[j].fragment_type, SyncMapFragment.REGULAR)
def test_time_interval_list_good(self):
params = [
("0.000", "0.000"),
("0.000", "5.000"),
("1.000", "5.000"),
("5.000", "5.000"),
]
for b, e in params:
if b is not None:
b = TimeValue(b)
if e is not None:
e = TimeValue(e)
l = SyncMapFragmentList(begin=b, end=e)
def test_time_interval_list_add_sorted_bad(self):
l = SyncMapFragmentList(begin=TimeValue("0.000"), end=TimeValue("10.000"))
i = TimeInterval(begin=TimeValue("0.000"), end=TimeValue("0.000"))
s = SyncMapFragment(interval=i)
l.add(s, sort=False)
i = TimeInterval(begin=TimeValue("1.000"), end=TimeValue("1.000"))
s = SyncMapFragment(interval=i)
l.add(s, sort=False)
i = TimeInterval(begin=TimeValue("2.000"), end=TimeValue("2.000"))
s = SyncMapFragment(interval=i)
with self.assertRaises(ValueError):
l.add(s, sort=True)
def test_time_interval_list_has_adjacent_fragments_only(self):
params = [
([
("0.000", "0.000"),
("0.000", "0.000"),
("0.000", "0.000"),
], True, True),
([
("0.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.000"),
], True, True),
([
("0.000", "0.000"),
("0.000", "0.000"),
("0.000", "1.000"),
], True, True),
([
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.000"),
], True, True),
([
("0.000", "1.000"),
("1.000", "2.000"),
("2.000", "3.000"),
], True, True),
([
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.000"),
("1.000", "2.000"),
("2.000", "2.000"),
], True, True),
(
[
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.500"),
("1.500", "2.000"),
("2.000", "2.000"),
],
True,
True,
),
]
for frags, exp, exp_inside in params:
l = SyncMapFragmentList(begin=TimeValue("0.000"),
end=TimeValue("10.000"))
for b, e in frags:
i = TimeInterval(begin=TimeValue(b), end=TimeValue(e))
s = SyncMapFragment(interval=i)
l.add(s)
self.assertEqual(l.has_adjacent_fragments_only(), exp)
self.assertEqual(
l.has_adjacent_fragments_only(min_index=1,
max_index=len(l) - 1),
exp_inside)
def test_time_interval_list_bad(self):
params = [
(None, None, TypeError),
("0.000", None, TypeError),
(0.000, None, TypeError),
(0.000, 5.000, TypeError),
("0.000", None, TypeError),
("0.000", "5.000", TypeError),
(TimeValue("0.000"), None, TypeError),
(TimeValue("-5.000"), TimeValue("5.000"), ValueError),
(TimeValue("5.000"), TimeValue("0.000"), ValueError),
]
for b, e, exc in params:
with self.assertRaises(exc):
SyncMapFragmentList(begin=b, end=e)
def leaves_are_consistent(self):
"""
Return ``True`` if the sync map fragments
which are the leaves of the sync map tree
(except for HEAD and TAIL leaves)
are all consistent, that is,
their intervals do not overlap in forbidden ways.
:rtype: bool
.. versionadded:: 1.7.0
"""
self.log(u"Checking if leaves are consistent")
leaves = self.leaves()
if len(leaves) < 1:
self.log(u"Empty leaves => return True")
return True
min_time = min([l.interval.begin for l in leaves])
self.log([u" Min time: %.3f", min_time])
max_time = max([l.interval.end for l in leaves])
self.log([u" Max time: %.3f", max_time])
self.log(u" Creating SyncMapFragmentList...")
smf = SyncMapFragmentList(begin=min_time,
end=max_time,
rconf=self.rconf,
logger=self.logger)
self.log(u" Creating SyncMapFragmentList... done")
self.log(u" Sorting SyncMapFragmentList...")
result = True
not_head_tail = [l for l in leaves if not l.is_head_or_tail]
for l in not_head_tail:
smf.add(l, sort=False)
try:
smf.sort()
self.log(u" Sorting completed => return True")
except ValueError:
self.log(u" Exception while sorting => return False")
result = False
self.log(u" Sorting SyncMapFragmentList... done")
return result
def test_time_interval_list_fix_zero_length_fragments_middle(self):
params = [
(
[
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.000"),
("1.000", "2.000"),
("2.000", "9.999"),
],
[
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.001"),
("1.001", "2.000"),
("2.000", "9.999"),
],
),
(
[
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.000"),
("1.000", "2.000"),
("2.000", "9.999"),
],
[
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.001"),
("1.001", "1.002"),
("1.002", "2.000"),
("2.000", "9.999"),
],
),
(
[
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.000"),
("1.000", "2.000"),
("2.000", "9.999"),
],
[
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.001"),
("1.001", "1.002"),
("1.002", "1.003"),
("1.003", "2.000"),
("2.000", "9.999"),
],
),
(
[
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.000"),
("1.000", "2.000"),
("2.000", "3.000"),
("3.000", "4.000"),
("4.000", "4.000"),
("4.000", "5.000"),
("5.000", "9.999"),
],
[
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.001"),
("1.001", "1.002"),
("1.002", "1.003"),
("1.003", "2.000"),
("2.000", "3.000"),
("3.000", "4.000"),
("4.000", "4.001"),
("4.001", "5.000"),
("5.000", "9.999"),
],
),
(
[
("0.000", "0.000"),
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.000"),
("1.000", "2.000"),
("2.000", "3.000"),
("3.000", "4.000"),
("4.000", "4.000"),
("4.000", "5.000"),
("5.000", "9.999"),
],
[
("0.000", "0.000"),
("0.000", "0.001"),
("0.001", "1.000"),
("1.000", "1.001"),
("1.001", "1.002"),
("1.002", "1.003"),
("1.003", "2.000"),
("2.000", "3.000"),
("3.000", "4.000"),
("4.000", "4.001"),
("4.001", "5.000"),
("5.000", "9.999"),
],
),
(
[
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.002"),
("1.002", "9.999"),
],
[
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.001"),
("1.001", "1.002"),
("1.002", "1.003"),
("1.003", "1.005"),
("1.005", "9.999"),
],
),
(
[
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.002"),
("1.002", "2.000"),
("2.000", "9.999"),
],
[
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.001"),
("1.001", "1.002"),
("1.002", "1.003"),
("1.003", "1.005"),
("1.005", "2.000"),
("2.000", "9.999"),
],
),
(
[
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.002"),
("1.002", "1.002"),
("1.002", "2.000"),
("2.000", "9.999"),
],
[
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.001"),
("1.001", "1.002"),
("1.002", "1.003"),
("1.003", "1.005"),
("1.005", "1.006"),
("1.006", "2.000"),
("2.000", "9.999"),
],
),
]
for ins, exp in params:
l = SyncMapFragmentList(begin=TimeValue("0.000"),
end=TimeValue("10.000"))
for b, e in ins:
i = TimeInterval(begin=TimeValue(b), end=TimeValue(e))
s = SyncMapFragment(interval=i)
l.add(s)
l.fix_zero_length_fragments(duration=TimeValue("0.001"),
min_index=1,
max_index=(len(l) - 1))
for j, fragment in enumerate(l.fragments):
b, e = exp[j]
exp_i = TimeInterval(begin=TimeValue(b), end=TimeValue(e))
exp_s = SyncMapFragment(interval=exp_i)
self.assertTrue(fragment == exp_s)
def test_time_interval_list_fix_zero_length_fragments_middle(self):
params = [
(
[
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.000"),
("1.000", "2.000"),
("2.000", "9.999"),
],
[
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.001"),
("1.001", "2.000"),
("2.000", "9.999"),
],
),
(
[
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.000"),
("1.000", "2.000"),
("2.000", "9.999"),
],
[
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.001"),
("1.001", "1.002"),
("1.002", "2.000"),
("2.000", "9.999"),
],
),
(
[
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.000"),
("1.000", "2.000"),
("2.000", "9.999"),
],
[
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.001"),
("1.001", "1.002"),
("1.002", "1.003"),
("1.003", "2.000"),
("2.000", "9.999"),
],
),
(
[
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.000"),
("1.000", "2.000"),
("2.000", "3.000"),
("3.000", "4.000"),
("4.000", "4.000"),
("4.000", "5.000"),
("5.000", "9.999"),
],
[
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.001"),
("1.001", "1.002"),
("1.002", "1.003"),
("1.003", "2.000"),
("2.000", "3.000"),
("3.000", "4.000"),
("4.000", "4.001"),
("4.001", "5.000"),
("5.000", "9.999"),
],
),
(
[
("0.000", "0.000"),
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.000"),
("1.000", "2.000"),
("2.000", "3.000"),
("3.000", "4.000"),
("4.000", "4.000"),
("4.000", "5.000"),
("5.000", "9.999"),
],
[
("0.000", "0.000"),
("0.000", "0.001"),
("0.001", "1.000"),
("1.000", "1.001"),
("1.001", "1.002"),
("1.002", "1.003"),
("1.003", "2.000"),
("2.000", "3.000"),
("3.000", "4.000"),
("4.000", "4.001"),
("4.001", "5.000"),
("5.000", "9.999"),
],
),
(
[
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.002"),
("1.002", "9.999"),
],
[
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.001"),
("1.001", "1.002"),
("1.002", "1.003"),
("1.003", "1.005"),
("1.005", "9.999"),
],
),
(
[
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.002"),
("1.002", "2.000"),
("2.000", "9.999"),
],
[
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.001"),
("1.001", "1.002"),
("1.002", "1.003"),
("1.003", "1.005"),
("1.005", "2.000"),
("2.000", "9.999"),
],
),
(
[
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.002"),
("1.002", "1.002"),
("1.002", "2.000"),
("2.000", "9.999"),
],
[
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.001"),
("1.001", "1.002"),
("1.002", "1.003"),
("1.003", "1.005"),
("1.005", "1.006"),
("1.006", "2.000"),
("2.000", "9.999"),
],
),
]
for ins, exp in params:
l = SyncMapFragmentList(begin=TimeValue("0.000"), end=TimeValue("10.000"))
for b, e in ins:
i = TimeInterval(begin=TimeValue(b), end=TimeValue(e))
s = SyncMapFragment(interval=i)
l.add(s)
l.fix_zero_length_fragments(duration=TimeValue("0.001"), min_index=1, max_index=(len(l) - 1))
for j, fragment in enumerate(l.fragments):
b, e = exp[j]
exp_i = TimeInterval(begin=TimeValue(b), end=TimeValue(e))
exp_s = SyncMapFragment(interval=exp_i)
self.assertTrue(fragment == exp_s)
def test_time_interval_list_offset(self):
params = [
(
[
("0.500", "0.500"),
("1.000", "1.000"),
("1.000", "2.000"),
],
"0.500",
[
("1.000", "1.000"),
("1.500", "1.500"),
("1.500", "2.500"),
],
),
(
[
("0.500", "0.500"),
("1.000", "1.000"),
("1.000", "2.000"),
],
"8.000",
[
("8.500", "8.500"),
("9.000", "9.000"),
("9.000", "10.000"),
],
),
(
[
("0.500", "0.500"),
("1.000", "1.000"),
("1.000", "2.000"),
],
"8.500",
[
("9.000", "9.000"),
("9.500", "9.500"),
("9.500", "10.000"),
],
),
(
[
("0.500", "0.500"),
("1.000", "1.000"),
("1.000", "2.000"),
],
"9.000",
[
("9.500", "9.500"),
("10.000", "10.000"),
("10.000", "10.000"),
],
),
(
[
("0.500", "0.500"),
("1.000", "1.000"),
("1.000", "2.000"),
],
"10.000",
[
("10.000", "10.000"),
("10.000", "10.000"),
("10.000", "10.000"),
],
),
(
[
("0.500", "0.500"),
("1.000", "1.000"),
("1.000", "2.000"),
],
"-0.500",
[
("0.000", "0.000"),
("0.500", "0.500"),
("0.500", "1.500"),
],
),
(
[
("0.500", "0.500"),
("1.000", "1.000"),
("1.000", "2.000"),
],
"-1.000",
[
("0.000", "0.000"),
("0.000", "0.000"),
("0.000", "1.000"),
],
),
(
[
("0.500", "0.500"),
("1.000", "1.000"),
("1.000", "2.000"),
],
"-1.500",
[
("0.000", "0.000"),
("0.000", "0.000"),
("0.000", "0.500"),
],
),
(
[
("0.500", "0.500"),
("1.000", "1.000"),
("1.000", "2.000"),
],
"-3.000",
[
("0.000", "0.000"),
("0.000", "0.000"),
("0.000", "0.000"),
],
),
]
for ins, off, exp in params:
l = SyncMapFragmentList(begin=TimeValue("0.000"),
end=TimeValue("10.000"))
for b, e in ins:
i = TimeInterval(begin=TimeValue(b), end=TimeValue(e))
s = SyncMapFragment(interval=i)
l.add(s)
l.offset(TimeValue(off))
for j, fragment in enumerate(l.fragments):
b, e = exp[j]
exp_i = TimeInterval(begin=TimeValue(b), end=TimeValue(e))
exp_s = SyncMapFragment(interval=exp_i)
self.assertTrue(fragment == exp_s)
def test_time_interval_list_add_not_sorted(self):
params = [
(
[
("1.000", "1.000"),
("0.500", "0.500"),
("1.000", "1.000"),
],
[
("0.500", "0.500"),
("1.000", "1.000"),
("1.000", "1.000"),
]
),
(
[
("1.000", "1.000"),
("0.500", "0.500"),
],
[
("0.500", "0.500"),
("1.000", "1.000"),
]
),
(
[
("2.000", "2.000"),
("1.000", "2.000"),
("0.500", "0.500"),
],
[
("0.500", "0.500"),
("1.000", "2.000"),
("2.000", "2.000"),
]
),
(
[
("2.000", "2.000"),
("0.500", "0.500"),
("2.000", "3.000"),
("1.000", "2.000"),
("0.500", "0.500"),
],
[
("0.500", "0.500"),
("0.500", "0.500"),
("1.000", "2.000"),
("2.000", "2.000"),
("2.000", "3.000"),
]
),
]
for ins, exp in params:
l = SyncMapFragmentList(begin=TimeValue("0.000"), end=TimeValue("10.000"))
for b, e in ins:
i = TimeInterval(begin=TimeValue(b), end=TimeValue(e))
s = SyncMapFragment(interval=i)
l.add(s, sort=False)
l.sort()
for j, fragment in enumerate(l.fragments):
b, e = exp[j]
exp_i = TimeInterval(begin=TimeValue(b), end=TimeValue(e))
exp_s = SyncMapFragment(interval=exp_i)
self.assertTrue(fragment == exp_s)
def test_time_interval_list_offset(self):
params = [
(
[
("0.500", "0.500"),
("1.000", "1.000"),
("1.000", "2.000"),
],
"0.500",
[
("1.000", "1.000"),
("1.500", "1.500"),
("1.500", "2.500"),
],
),
(
[
("0.500", "0.500"),
("1.000", "1.000"),
("1.000", "2.000"),
],
"8.000",
[
("8.500", "8.500"),
("9.000", "9.000"),
("9.000", "10.000"),
],
),
(
[
("0.500", "0.500"),
("1.000", "1.000"),
("1.000", "2.000"),
],
"8.500",
[
("9.000", "9.000"),
("9.500", "9.500"),
("9.500", "10.000"),
],
),
(
[
("0.500", "0.500"),
("1.000", "1.000"),
("1.000", "2.000"),
],
"9.000",
[
("9.500", "9.500"),
("10.000", "10.000"),
("10.000", "10.000"),
],
),
(
[
("0.500", "0.500"),
("1.000", "1.000"),
("1.000", "2.000"),
],
"10.000",
[
("10.000", "10.000"),
("10.000", "10.000"),
("10.000", "10.000"),
],
),
(
[
("0.500", "0.500"),
("1.000", "1.000"),
("1.000", "2.000"),
],
"-0.500",
[
("0.000", "0.000"),
("0.500", "0.500"),
("0.500", "1.500"),
],
),
(
[
("0.500", "0.500"),
("1.000", "1.000"),
("1.000", "2.000"),
],
"-1.000",
[
("0.000", "0.000"),
("0.000", "0.000"),
("0.000", "1.000"),
],
),
(
[
("0.500", "0.500"),
("1.000", "1.000"),
("1.000", "2.000"),
],
"-1.500",
[
("0.000", "0.000"),
("0.000", "0.000"),
("0.000", "0.500"),
],
),
(
[
("0.500", "0.500"),
("1.000", "1.000"),
("1.000", "2.000"),
],
"-3.000",
[
("0.000", "0.000"),
("0.000", "0.000"),
("0.000", "0.000"),
],
),
]
for ins, off, exp in params:
l = SyncMapFragmentList(begin=TimeValue("0.000"), end=TimeValue("10.000"))
for b, e in ins:
i = TimeInterval(begin=TimeValue(b), end=TimeValue(e))
s = SyncMapFragment(interval=i)
l.add(s)
l.offset(TimeValue(off))
for j, fragment in enumerate(l.fragments):
b, e = exp[j]
exp_i = TimeInterval(begin=TimeValue(b), end=TimeValue(e))
exp_s = SyncMapFragment(interval=exp_i)
self.assertTrue(fragment == exp_s)
def test_time_interval_list_has_adjacent_fragments_only(self):
params = [
(
[
("0.000", "0.000"),
("0.000", "0.000"),
("0.000", "0.000"),
],
True,
True
),
(
[
("0.000", "1.000"),
("1.000", "1.000"),
("1.000", "1.000"),
],
True,
True
),
(
[
("0.000", "0.000"),
("0.000", "0.000"),
("0.000", "1.000"),
],
True,
True
),
(
[
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.000"),
],
True,
True
),
(
[
("0.000", "1.000"),
("1.000", "2.000"),
("2.000", "3.000"),
],
True,
True
),
(
[
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.000"),
("1.000", "2.000"),
("2.000", "2.000"),
],
True,
True
),
(
[
("0.000", "0.000"),
("0.000", "1.000"),
("1.000", "1.500"),
("1.500", "2.000"),
("2.000", "2.000"),
],
True,
True,
),
]
for frags, exp, exp_inside in params:
l = SyncMapFragmentList(begin=TimeValue("0.000"), end=TimeValue("10.000"))
for b, e in frags:
i = TimeInterval(begin=TimeValue(b), end=TimeValue(e))
s = SyncMapFragment(interval=i)
l.add(s)
self.assertEqual(l.has_adjacent_fragments_only(), exp)
self.assertEqual(l.has_adjacent_fragments_only(min_index=1, max_index=len(l) - 1), exp_inside)