def test_mapping_complex_multiple(self):
demo3 = path('demo3.zip')
demo4 = path('demo4.zip')
m = DefaultMapper()
# load order matters, new entries will not overwrite old ones.
m.load_archive(demo3)
m.load_archive(demo4)
self.assertDemo3ThenDemo4(m, demo3, demo4)
self.assertEqual(
m.traverse('demo/dir1/file1'), (demo3, 'demo/dir1/file1', 33))
self.assertEqual(
m.readfile('demo/dir1/file1'),
b'b026324c6904b2a9cb4b88d6d61c81d1\n')
self.assertEqual(
m.traverse('demo/dir1/file5'), (demo4, 'demo/dir1/file5', 26))
self.assertEqual(
m.traverse('demo/dir4/dir5/dir6/file6'),
(demo3, 'demo/dir4/dir5/dir6/file6', 33))
self.assertEqual(
m.readfile('demo/dir1/file5'),
b'demo4.zip demo/dir1/file5\n')
self.assertEqual(sorted(m.readdir('')), ['demo', 'hello'])
def test_mapping_complex_multiple(self):
demo3 = path('demo3.zip')
demo4 = path('demo4.zip')
m = DefaultMapper()
# load order matters, new entries will not overwrite old ones.
m.load_archive(demo3)
m.load_archive(demo4)
self.assertDemo3ThenDemo4(m, demo3, demo4)
self.assertEqual(m.traverse('demo/dir1/file1'),
(demo3, 'demo/dir1/file1', 33))
self.assertEqual(m.readfile('demo/dir1/file1'),
b'b026324c6904b2a9cb4b88d6d61c81d1\n')
self.assertEqual(m.traverse('demo/dir1/file5'),
(demo4, 'demo/dir1/file5', 26))
self.assertEqual(m.traverse('demo/dir4/dir5/dir6/file6'),
(demo3, 'demo/dir4/dir5/dir6/file6', 33))
self.assertEqual(m.readfile('demo/dir1/file5'),
b'demo4.zip demo/dir1/file5\n')
self.assertEqual(sorted(m.readdir('')), ['demo', 'hello'])
def test_mapping_simple(self):
target = path('demo1.zip')
m = DefaultMapper(target)
self.assertEqual(m.mapping, {
'file1': (target, 'file1', 33),
'file2': (target, 'file2', 33),
'file3': (target, 'file3', 33),
'file4': (target, 'file4', 33),
'file5': (target, 'file5', 33),
'file6': (target, 'file6', 33),
})
self.assertEqual(m.traverse('file1'), (target, 'file1', 33))
self.assertEqual(
m.readfile('file1'), b'b026324c6904b2a9cb4b88d6d61c81d1\n')
def test_mapping_simple(self):
target = path('demo1.zip')
m = DefaultMapper(target)
self.assertEqual(
m.mapping, {
'file1': (target, 'file1', 33),
'file2': (target, 'file2', 33),
'file3': (target, 'file3', 33),
'file4': (target, 'file4', 33),
'file5': (target, 'file5', 33),
'file6': (target, 'file6', 33),
})
self.assertEqual(m.traverse('file1'), (target, 'file1', 33))
self.assertEqual(m.readfile('file1'),
b'b026324c6904b2a9cb4b88d6d61c81d1\n')