pthread-w32 does not support pthread_setschedparam() with
SCHED_FIFO and bails out. While pthread_create() simply ignores the policy
and sets the priority regadless.
This only affects ctrl-surface event-loops & AutomationWatch on Windows.
The generic plugin UI uses spelled-out automation state buttons for
controls, which is good for readability and usability, but some plugins
have a very big amount of controls which means we need a lot of columns.
For those plugins, prefer one-letter automation states, to save width.
When there was a knobtable in the ControlUI, the behavior of the
automation state button changed by displaying one-char state as in track
headers. Factor out that logic to depend on a new boolean property of
the ControlUI, which should be set with set_short_autostate().
This regroups sizing logic in a single place and avoids future
discrepancies between the actual caption and the size allocated for it,
when several use-cases for smaller buttons are added.
Check, in order, if the io is connected to another Ardour route, then a
user bundle, then some physical ports with simple configuration, and
lastly another client.
Before, Routes were considered connected as long as every io port
connected to that route, even if the channel order was mixed or worse if
all ports were connected to the same channel. Now Routes and Bundles are
considered connected if they are exclusively connected, in the right
order, to all their ports with matching datatype.
Add config setting for playhead-scroll-speed.
Default to 100% for now, but for new users we might later default it to something slower.
If you want to scroll quickly, it is preferred to zoom out first, then scroll.
New function session_gui_extents() reports the extents of all playlists.
ToDo: include region playlists, when they become available.
also: slow-down autoscroll (ToDo: make a config variable for this)
When setting up the 'TemplatesImported' signal, these 2 calls appear in the c'tor for class TemplateDialog:-
boost::bind (&RouteTemplateManager::init, route_tm)
boost::bind (&SessionTemplateManager::init, session_tm)
However - '&RouteTemplateManager::init' and '&SessionTemplateManager::init' are in fact the address of the same function. This seems to be causing a problem, either for boost::bind, or MSVC (or both).
In earlier builds they were 2 separate functions. So let's put them back that way (since the current code actually crashes the compiler!!)
If a bundle was already connected, a click on the corresponding entry
disconnected it, essentially giving toggle semantics to the io menus.
This behavior has three problems:
— When clicking on a not yet connected bundle, the new bundle replaces
any already connected one. This is not consistent with a toggle mode.
— It is a less discoverable and less easy way to disconnect a bundle
than the already present "Disconnect" menu entry.
— Bundles that match the I/O channels only partially (recently added to cater
for e.g. MIDI+STEREO tracks connecting to Master) are never
considered "connected" because the channels are not connected 1:1.
Those will thus never toggle, making the behavior inconsistent.
Change the semantics to ensure a bundle is connected on click instead.
IO used to manually keep a list of user bundles it was connected to, but
it didn't work correctly: sometimes it didn't notice that a bundle
wasn't connected anymore, and the list wasn't correctly persisted across
save/reloads among other things.
Moreover, it wasn't needed at all, since the user bundles are correctly
listed by _session.bundles() and IO already notices they are connected !
Remove all occurrences of |_bundles_connected| and |check_bundles_connected|.
When |allow_partial| is true, only when the number of channels of a
given DataType is the same for both bundles are the corresponding
channels connected together.
When |allow_partial| is false (the default), the number of channels must
match for each DataType (the ChanCounts must be equal) for the
connection to be attempted.
This also fixes the logic in case two bundles have the same number of
channels, or even the same ChanCounts, but not with the DataTypes in the
same order (so connecting the ith channel of the bundle to the ith
channel of the other bundle makes no sense).
|Bundle::nchannels()| creates a ChanCount on demand, by iterating over
the |_channel| member variable. The sum of all |nchannels().n(t)| over
all non-NIL DataTypes |t| is thus equal to |_channel.size()|.
Consequently, calling |nchannels().n_total()| is a convoluted (and slow)
way of getting |_channel.size()|. Add a method |Bundle::n_total()| that
directly returns the latter.
