Present Perfect

After a weekend full of refactoring code, adding tasks, and putting pieces together, combined with last night's airplane session, I have my first AccurateRip-verified rip done:


[gst-git] [thomas@level trunk]$ PYTHONPATH=$PYTHONPATH:`pwd` python examples/readdisc.py --offset 6 --table-pickle=peel1.table.pickle --toc-pickle=peel1.toc.pickle
Ripping track 1
Checksums match for track 1
Ripping track 2
Checksums match for track 2
Ripping track 3
Checksums match for track 3
Ripping track 4
Checksums match for track 4
Ripping track 5
Checksums match for track 5
Ripping track 6
Checksums match for track 6
Ripping track 7
Checksums match for track 7
Ripping track 8
Checksums match for track 8
Ripping track 9
Checksums match for track 9
Ripping track 10
Checksums match for track 10
Ripping track 11
Checksums match for track 11
Ripping track 12
Checksums match for track 12
Ripping track 13
Checksums match for track 13
Ripping track 14
Checksums match for track 14
Ripping track 15
Checksums match for track 15
Ripping track 16
Checksums match for track 16
Ripping track 17
Checksums match for track 17
Ripping track 18
Checksums match for track 18
Ripping track 19
Checksums match for track 19
Ripping track 20
Checksums match for track 20

CDDB disc id 21115314
AccurateRip URL http://www.accuraterip.com/accuraterip/c/2/c/dBAR-020-00362c2c-031aaa3e-21115314.bin
2 AccurateRip reponses found
Track 1: rip accurate (confidence 11 of 17) [b29a0c41], AR [b29a0c41]
Track 2: rip accurate (confidence 11 of 17) [2ee8800e], AR [2ee8800e]
Track 3: rip accurate (confidence 11 of 17) [9f2dbab2], AR [9f2dbab2]
Track 4: rip accurate (confidence 11 of 17) [467010a7], AR [467010a7]
Track 5: rip accurate (confidence 11 of 16) [f5b0c850], AR [f5b0c850]
Track 6: rip accurate (confidence 11 of 16) [679dbc4c], AR [679dbc4c]
Track 7: rip accurate (confidence 11 of 14) [feddbbef], AR [feddbbef]
Track 8: rip accurate (confidence 11 of 16) [f46adb28], AR [f46adb28]
Track 9: rip accurate (confidence 11 of 16) [cac7a069], AR [cac7a069]
Track 10: rip accurate (confidence 11 of 16) [3f3a1521], AR [3f3a1521]
Track 11: rip accurate (confidence 11 of 16) [80fb00b4], AR [80fb00b4]
Track 12: rip accurate (confidence 11 of 16) [f1534ce2], AR [f1534ce2]
Track 13: rip accurate (confidence 11 of 16) [5953768f], AR [5953768f]
Track 14: rip accurate (confidence 11 of 16) [6e6c2a7e], AR [6e6c2a7e]
Track 15: rip accurate (confidence 11 of 16) [24d519a4], AR [24d519a4]
Track 16: rip accurate (confidence 11 of 16) [21509f9e], AR [21509f9e]
Track 17: rip accurate (confidence 11 of 16) [3e4be9f8], AR [3e4be9f8]
Track 18: rip accurate (confidence 11 of 16) [16ff964f], AR [16ff964f]
Track 19: rip accurate (confidence 11 of 16) [6db5f2b1], AR [6db5f2b1]
Track 20: rip accurate (confidence 10 of 16) [bb898cec], AR [bb898cec]


This version does full index scanning (gap detection) using cdrdao, read and verify using cdparanoia and an offset, .cue file writing (non-compliant .cue, which means gaps/index 00 are appended at end of previous track), and AccurateRip verification.

It doesn't do Hidden Track One Audio ripping yet (which will now be easy to add, but I forgot to bring a CD that actually has a HTOA to test with), doesn't do any kind of metadata lookup (so tracks are named track%02d.wav), no encoding to other formats, and no log file generation.

But those are the easy parts...

After a weekend full of refactoring code, adding tasks, and putting pieces together, combined with last night's airplane session, I have my first AccurateRip-verified rip done: [gst-git] [thomas@level trunk]$ PYTHONPATH=$PYTHONPATH:`pwd`...