Previously when locating process_can_proceed() was set to true,
and routes were not processed while transport states are cleared.
As a result live input was also not processed.
This is no longer needed because the DiskReader handles seeking
directly.
This fixes segfaults as well as corrupt listes when copy/pasting
due to invalid iterators.
::mark_dirty() must be called with WriterLock, and
::rt_safe_earliest_event_linear_unlocked() must not be called
while _events is being modified. The Sequence iterator
(only user of that function) does not ensure this. Only the
sequence read-lock is taken.
When recording audio, simply not writing to the ringbuffer
offsets the recording accordingly.
When recording MIDI, absolute timestamps are used, so the recording
has to be offset by the accumulated difference.
Previously this went unnoticed because tests using the Dummy
backend the accumulated offset never exceeded 1 cycle.
* amend previous commit, fix runtime_error implementation
* Do not copy-construct classes that have a PBD::scoped connection list.
Replace std::map::emplace[C+11], an store shared pointers the std::map.
* Update ArdourMixerStrip is-a ScopedConnectionList (not has-a)
Rename all {object}_n variables and arguments to {object}_id
Parts of code were using the former convention, now use the latter everywhere
Another step towards supporting visual position agnostic identifiers in the future
Use maps instead of vectors for holding strips and plugins
This allows to deal with "holes" after objects are removed
Also paves the way for a future improved way of identifying
individual strips and plugins
Apparently gcc-6.2 with -O3 and -mfpu=neon can use ARM instructions
that requires 64bit alignment (here vst1.64) with data that
is not 64bit aligned (g->strcache) https://i.imgur.com/vYktsUn.png
So we need to be able to build "arm_neon_functions.cc" with
-mfpu=neon, while not automatically using NEON for the rest
of the codebase, unless explicitly asked for.
