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Encodings

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Formats

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Parsers

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DigitalPhaseLockedLoop.cpp

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DigitalPhaseLockedLoop.hpp

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Disk.cpp

Ensured no attempt to put a null track into the cache

2017-08-17 15:30:02 -04:00

Disk.hpp

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DiskController.cpp

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DiskController.hpp

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Drive.cpp

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Drive.hpp

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MFMDiskController.cpp

Added: write_id_data_joiner can now be instructed not to write the first portion of gap. Which makes more sense as an option, to avoiding splicing errors.

2017-08-15 15:29:23 -04:00

MFMDiskController.hpp

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PCMPatchedTrack.cpp

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PCMPatchedTrack.hpp

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PCMSegment.cpp

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PCMSegment.hpp

If asynchronous background processing is to occur on tracks then, given that they inherently have state, they'll need to be copyable, and ideally 'cheaply' (though it's not too great a priority). So started implementing appropriate copy constructors. Also introduced an extra level of indirection to PCMSegmentEventSource so that it can copy itself without copying the underlying PCMSegment, which is 95% of the heft of a track in all currently-implemented cases.

2016-12-30 14:23:26 -05:00

PCMTrack.cpp

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PCMTrack.hpp

After a quick bit of reading, discovered the virtual copy constructor pattern really is only a convention in C++, and conformed to it. Which hopefully gives copyable tracks.

2016-12-30 17:25:39 -05:00

UnformattedTrack.cpp

Introduced a test within the disk controller so as not to request illegal tracks from disks, instead automatically substituting an 'unformatted' track. Which is just empty.

2017-08-15 21:52:12 -04:00

UnformattedTrack.hpp

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