def test_semver_max(self):
v1 = AppSemVer('1.0.0', True, datetime.now())
v2 = AppSemVer('1.0.0', True, datetime.now())
v3 = AppSemVer('0.9.9', True, datetime.now())
v4 = AppSemVer('1.0.0')
versions = [v1, v3, v2, v4]
self.assertEqual(v2, max(versions))
def _latest(self, releases):
try:
return max(releases,
key=lambda r: AppSemVer(r.version, r.is_nightly,
r.last_modified))
except ValueError:
return None
def compatible_unstable_releases(self, platform_version, inclusive=True):
"""Returns all unstable releases of this app that are compatible with
the given platform version.
:param inclusive: Use inclusive version check (see
AppRelease.is_compatible()).
:return a sorted list of all compatible unstable releases.
"""
return sorted(
filter(
lambda r: r.is_compatible(platform_version, inclusive) and r.
is_unstable, self.releases.all()),
key=lambda r: AppSemVer(r.version, r.is_nightly, r.last_modified),
reverse=True)
def test_semver_two_nightlies(self):
d1 = datetime.now()
time.sleep(.01)
d2 = datetime.now()
self.assertLess(AppSemVer('1.0.0', True, d1),
AppSemVer('1.0.0', True, d2))
def test_semver_nightly_other(self):
self.assertGreater(AppSemVer('1.0.0', True), AppSemVer('1.0.0'))
def test_semver_nightly(self):
self.assertLess(AppSemVer('1.0.0'), AppSemVer('1.0.0', True))
def test_semver(self):
self.assertLess(AppSemVer('1.0.0'), AppSemVer('1.0.1'))
