def test_single_title(self):
ts = pawl.parse_titles("""
+ title 7:
+ vts 3, ttn 1, cells 0->4 (453012 blocks)
+ duration: 00:26:15
+ size: 720x576, aspect: 1.33, 25.000 fps
+ autocrop: 2/2/8/10
+ chapters:
+ 1: cells 0->0, 115316 blocks, duration 00:06:41
+ 2: cells 1->1, 113769 blocks, duration 00:06:35
+ 3: cells 2->2, 103977 blocks, duration 00:06:01
+ 4: cells 3->3, 79300 blocks, duration 00:04:35
+ 5: cells 4->4, 40650 blocks, duration 00:02:22
+ audio tracks:
+ 1, English (AC3) (2.0 ch), 48000Hz, 192000bps
+ subtitle tracks:
+ 1, English (iso639-2: eng)
""".split('\n'))
self.assertEqual(len(ts), 1)
t = ts[0]
self.assertEqual(t.duration, "00:26:15")
self.assertEqual(t.number, 7)
self.assertEqual(len(t.audio), 1)
self.assertEqual(t.audio[0].description, 'English (AC3) (2.0 ch)')
self.assertEqual(t.audio[0].samplerate, '48000Hz')
self.assertEqual(t.audio[0].bitrate, '192000bps')
self.assertEqual(len(t.subtitle), 1)
self.assertEqual(t.subtitle[0].description, 'English (iso639-2: eng)')
self.assertEqual(t.subtitle[0].samplerate, None)
self.assertEqual(t.subtitle[0].bitrate, None)
def test_two_titles(self):
ts = pawl.parse_titles("""
+ title 6:
+ vts 2, ttn 5, cells 0->24 (2162108 blocks)
+ duration: 01:36:44
+ size: 720x576, aspect: 1.33, 25.000 fps
+ autocrop: 0/0/12/10
+ chapters:
+ 1: cells 0->0, 107704 blocks, duration 00:04:50
+ 2: cells 1->1, 101927 blocks, duration 00:04:33
+ 3: cells 2->2, 169251 blocks, duration 00:07:33
+ 4: cells 3->3, 76586 blocks, duration 00:03:24
+ 5: cells 4->4, 58616 blocks, duration 00:02:37
+ 6: cells 5->5, 27793 blocks, duration 00:01:16
+ 7: cells 6->6, 112838 blocks, duration 00:05:03
+ 8: cells 7->7, 82342 blocks, duration 00:03:41
+ 9: cells 8->8, 113926 blocks, duration 00:05:05
+ 10: cells 9->9, 116138 blocks, duration 00:05:11
+ 11: cells 10->10, 93521 blocks, duration 00:04:10
+ 12: cells 11->11, 28562 blocks, duration 00:01:18
+ 13: cells 12->12, 97953 blocks, duration 00:04:23
+ 14: cells 13->13, 76661 blocks, duration 00:03:26
+ 15: cells 14->14, 192812 blocks, duration 00:08:37
+ 16: cells 15->15, 75855 blocks, duration 00:03:24
+ 17: cells 16->16, 74395 blocks, duration 00:03:20
+ 18: cells 17->17, 28260 blocks, duration 00:01:19
+ 19: cells 18->18, 89686 blocks, duration 00:04:00
+ 20: cells 19->19, 107409 blocks, duration 00:04:48
+ 21: cells 20->20, 106000 blocks, duration 00:04:44
+ 22: cells 21->21, 99920 blocks, duration 00:04:28
+ 23: cells 22->22, 95460 blocks, duration 00:04:16
+ 24: cells 23->23, 28488 blocks, duration 00:01:21
+ 25: cells 24->24, 5 blocks, duration 00:00:00
+ audio tracks:
+ 1, English (AC3) (2.0 ch), 48000Hz, 192000bps
+ 2, English (AC3) (2.0 ch), 48000Hz, 192000bps
+ 3, English (AC3) (2.0 ch), 48000Hz, 192000bps
+ subtitle tracks:
+ 1, English (iso639-2: eng)
+ 2, English (iso639-2: eng)
+ 3, English (iso639-2: eng)
+ title 7:
+ vts 3, ttn 1, cells 0->4 (453012 blocks)
+ duration: 00:26:15
+ size: 720x576, aspect: 1.33, 25.000 fps
+ autocrop: 2/2/8/10
+ chapters:
+ 1: cells 0->0, 115316 blocks, duration 00:06:41
+ 2: cells 1->1, 113769 blocks, duration 00:06:35
+ 3: cells 2->2, 103977 blocks, duration 00:06:01
+ 4: cells 3->3, 79300 blocks, duration 00:04:35
+ 5: cells 4->4, 40650 blocks, duration 00:02:22
+ audio tracks:
+ 1, English (AC3) (2.0 ch), 48000Hz, 192000bps
+ subtitle tracks:
+ 1, English (iso639-2: eng)
""".split('\n'))
self.assertEqual(len(ts), 2)
t = ts[0]
self.assertEqual(t.duration, "01:36:44")
self.assertEqual(t.number, 6)
self.assertEqual(len(t.audio), 3)
for i in range(0, 3):
self.assertEqual(t.audio[i].description, 'English (AC3) (2.0 ch)')
self.assertEqual(t.audio[i].samplerate, '48000Hz')
self.assertEqual(t.audio[i].bitrate, '192000bps')
self.assertEqual(len(t.subtitle), 3)
for i in range(0, 3):
self.assertEqual(t.subtitle[i].description, 'English (iso639-2: eng)')
self.assertEqual(t.subtitle[i].samplerate, None)
self.assertEqual(t.subtitle[i].bitrate, None)
t = ts[1]
self.assertEqual(t.duration, "00:26:15")
self.assertEqual(t.number, 7)
self.assertEqual(len(t.audio), 1)
self.assertEqual(t.audio[0].description, 'English (AC3) (2.0 ch)')
self.assertEqual(t.audio[0].samplerate, '48000Hz')
self.assertEqual(t.audio[0].bitrate, '192000bps')
self.assertEqual(len(t.subtitle), 1)
self.assertEqual(t.subtitle[0].description, 'English (iso639-2: eng)')
self.assertEqual(t.subtitle[0].samplerate, None)
self.assertEqual(t.subtitle[0].bitrate, None)
