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This differs from ::locate_pending() by covering either phase of a locate - declick or refill
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plus slight cleanup of Region::set_name().
Note that issues with ARDOUR::legalize_for_path() not excluding colons still remain
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In prior versions: if Auto Input was enabled, the default behavior was
to monitor the Input of all tracks when stopped; even if they aren't armed.
Tape Machine Mode changed the behavior of Auto Input so that it doesn't
always monitor the track inputs when transport is stopped.
After some discussion on IRC, we determined that Tape mode is likely
more practical for a DAW user, and therefore a better default.
Rather than default an ambiguously-named preference "on", we decided
to invert the behavior, rename it sensibly(?), and default it OFF.
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Because of the addition of LocateTransportDisposition, this call was unconditionally forcing a roll during startup
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Absurd to be memory-conscious about a couple of member variables in an object that represents user input
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TransportFSM
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"roll-after-locate"
This allows callers to defer logic about auto-play/current rolling state and more to TransportFSM where it
can be cnentralized and is less ambiguous
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portability)
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Session::TransportStateChanged notifies about transport stop before the stop is complete (i.e. at the start of the declick).
Various other objects (notably control surfaces) connect to this signal and use it to modify their displayed state.
We need a method that can tell them we are stopped (or stopping) even though we are not "fully" stopped yet. This is
that method
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up to the nearest buffer size
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Note: there is no global state for "the" transport master, since we have several at all times now
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This might fix a "SessionHandleRef exists across session deletion",
when the shared_ptr was be pushed onto a x-thread pool, and not
invalidated in time before the session was closed.
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destroy_sources () is only called from Session::remove_last_capture ().
The list of sources to be destroyed is the local scope of that method
and will hold a reference to the object.
copy-construct the list and removing elements one by one from the
copy is only unnecessary overhead.
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future, atomically
The atomically is with respect to the initial thread-based MIDNAM loading
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Removed (mistakenly) during work on transportFSM
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This allows to indicate that a control should by default be displayed
inline in the mixer-strip.
Previously that was hard-coded for and enabled for send-level
controls only.
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Equivalent to Gain and Trim (gain-coefficient, not dB) and use
it for Sends.
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overwrite_queued == true is equivalent to _pending_overwrite != 0
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rbuf allocation/use is protected by process_lock
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Even though the method that is overridden (shared_ptr<t>::operator=),
has that signature in modern boost, it's of no real significance
for the case at hand (ExportChannel, ExportTimespan)
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We just don't do this anymore
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boost::shared_ptr & operator=(shared_ptr const & r);
is not declared virtual and cannot safely be overloaded.
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While loading a session XML state, set_state must use
`Stateful::loading_state_version`.
When later copying processor state,
`Stateful::current_state_version` is correct.
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Also address issues with MIDI and also atomicity of _pending_overwrite
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It's long been a guideline (and IIRC a Weff-c++ warning) that either all, or
none, of the copy methods should be defined, but this became a standard warning
in GCC9. Presumably to account for a later language change though I'm not sure
which.
I don't remember why the ChanMapping copy constructor can't just be a simple
copy (it's just a map of POD), but figure it's safer to just copy what that
does.
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The file_sample[AUDIO] member was not updated to reflect the last-read sample in the
switched-to buffer.
Also move several methods and members from DiskIO to DiskReader where they belong.
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(MSVC project changes to follow...)
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Second buffer is not used (or allocated) yet.
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