def test_undersized(self):
package1 = SizedDeb('a', '1', '10')
package2 = SizedDeb('b', '1', '20')
packages = PackageMediaItems([package1, package2])
splitter = Splitter(packages, 31)
volumes = list(splitter.iter_volumes())
self.assert_equal([package1, package2], volumes)
def test_undersized(self):
package1 = SizedDeb('a', '1', '10')
package2 = SizedDeb('b', '1', '20')
packages = PackageMediaItems([package1, package2])
splitter = Splitter(packages, 31)
volumes = list(splitter.iter_volumes())
self.assert_equal([package1, package2], volumes)
def test_overflow_under(self):
package1 = SizedDeb('a', '1', '10')
package2 = SizedDeb('b', '1', '20')
package3 = SizedDeb('c', '1', '25')
packages = PackageMediaItems([package1, package2, package3])
splitter = Splitter(packages, 31)
volumes = list(splitter.iter_volumes())
self.assert_equal([package1, package2, BREAK, package3], volumes)
def test_overflow_under(self):
package1 = SizedDeb('a', '1', '10')
package2 = SizedDeb('b', '1', '20')
package3 = SizedDeb('c', '1', '25')
packages = PackageMediaItems([package1, package2, package3])
splitter = Splitter(packages, 31)
volumes = list(splitter.iter_volumes())
self.assert_equal([package1, package2, BREAK, package3], volumes)
def test_multiple_overflow(self):
package1 = SizedDeb('a', '1', '10')
package2 = SizedDeb('b', '1', '20')
package3 = SizedDeb('c', '1', '25')
package4 = SizedDeb('d', '1', '10')
packages = PackageMediaItems([package1, package2, package3, package4])
splitter = Splitter(packages, 30)
volumes = list(splitter.iter_volumes())
self.assert_equal(
[package1, package2, BREAK, package3, BREAK, package4], volumes)
def test_multiple_overflow(self):
package1 = SizedDeb('a', '1', '10')
package2 = SizedDeb('b', '1', '20')
package3 = SizedDeb('c', '1', '25')
package4 = SizedDeb('d', '1', '10')
packages = PackageMediaItems([package1, package2, package3,
package4])
splitter = Splitter(packages, 30)
volumes = list(splitter.iter_volumes())
self.assert_equal([package1, package2, BREAK, package3, BREAK,
package4], volumes)
def test_do_nothing(self):
splitter = Splitter([], 0)
volumes = list(splitter.iter_volumes())
self.assert_equal([], volumes)
def test_do_nothing(self):
splitter = Splitter([], 0)
volumes = list(splitter.iter_volumes())
self.assert_equal([], volumes)
