def testOutputParser(self):
output = (b'[ 0.0] Opening the source -i libvirt ://roo...\n'
b'[ 1.0] Creating an overlay to protect the f...\n'
b'[ 88.0] Copying disk 1/2 to /tmp/v2v/0000000...\n'
b' (0/100%)\r'
b'some messages\r'
b' (25/100%)\r'
b'more messages\n'
b' (50/100%)\r'
b'much much more messages\r\n'
b' (100/100%)\r'
b'[ 180.0] Copying disk 2/2 to /tmp/v2v/100000-...\n'
b' (0/100%)\r'
b' (50/100%)\r'
b' (100/100%)\r'
b'[ 256.0] Creating output metadata'
b'[ 256.0] Finishing off')
parser = v2v.OutputParser()
events = list(parser.parse(io.BytesIO(output)))
assert events == [(v2v.ImportProgress(1, 2, b'Copying disk 1/2')),
(v2v.DiskProgress(0)), (v2v.DiskProgress(25)),
(v2v.DiskProgress(50)), (v2v.DiskProgress(100)),
(v2v.ImportProgress(2, 2, b'Copying disk 2/2')),
(v2v.DiskProgress(0)), (v2v.DiskProgress(50)),
(v2v.DiskProgress(100))]
def testOutputParser(self):
output = (u'[ 0.0] Opening the source -i libvirt ://roo...\n'
u'[ 1.0] Creating an overlay to protect the f...\n'
u'[ 88.0] Copying disk 1/2 to /tmp/v2v/0000000...\n'
u' (0/100%)\r'
u' (50/100%)\r'
u' (100/100%)\r'
u'[ 180.0] Copying disk 2/2 to /tmp/v2v/100000-...\n'
u' (0/100%)\r'
u' (50/100%)\r'
u' (100/100%)\r'
u'[ 256.0] Creating output metadata'
u'[ 256.0] Finishing off')
parser = v2v.OutputParser()
events = list(parser.parse(StringIO(output)))
self.assertEqual(events, [
(v2v.ImportProgress(1, 2, 'Copying disk 1/2')),
(v2v.DiskProgress(0)),
(v2v.DiskProgress(50)),
(v2v.DiskProgress(100)),
(v2v.ImportProgress(2, 2, 'Copying disk 2/2')),
(v2v.DiskProgress(0)),
(v2v.DiskProgress(50)),
(v2v.DiskProgress(100))])
