Adds overlay_cache_ptr to keep a disabled overlay in memory when it's expected to be shown again.
Most input_overlay_deinit calls are replaced with input_overlay_unload, which caches the overlay unless initing/deiniting core or disabling overlays.
Loading a cached overlay is done as a swap, intended for osk_toggle.
Related updates:
- Fewer parameters for the overlay loading task. Use current settings when enabling an overlay
- Add input_overlay_check_mouse_cursor() to preserve show/hide mouse behavior
- Don't apply input_overlay_show_mouse_cursor in windowed mode (controlled by mouse grab only)
- Remove some dead code
If cores are not deterministic, or if they only have bounded
determinism, we can obtain less drift if replay files also contain
periodic checkpoint states. These are configured by the new retroarch
stting replay_checkpoint_interval (measured in seconds). States are
inserted into the replay file in between frames.
This patch also fixes the settings display for the replay
autoincrement max keep setting.
* change bsv file suffix to replay, update strings
* add trivial RPLY block to save states
* WIP rerecording support, doesn't load states properly yet--issue with checking identifiers?
* Fixed a type error to get time identifiers working right, ready for testing
* handle case where state without replay data is loaded during replay
* cleanups
* whitespace cleanup
* Cleanups, change replay file format magic, fix logic around future states
* Remove failed future message
* Add play-replay-from-slot command, fix load-state-from-slot to use given slot
* build fixes
* Fix race conditions in emscripten build and incorrect replay state incrementing
* Style fix for single line if
---------
Co-authored-by: Joseph C. Osborn <jcoa2018@pomona.edu>
* Add bsv replay controls (not yet fully implemented), remove toggle
see notes in task_movie.c, make sure command.c calls the right
functions, check retroarch.c and other todos.
bsv files are also now stored with states, not saves.
* Compilation fixes
* Added command impls for play and record replay, and some code in load state to do the right thing there
* Guard some parts of the new code with HAVE_BSV_MOVIE
* wip, menu fixes
* more menu fixes, osd for movie errors, halt recording properly
* Menu and label fixes
* move bsvs to own file suffix series under savestates, fix recording and playback command validity checks
* Fix replay autoincrement
* fix endif placement, whoops
---------
Co-authored-by: Joseph C. Osborn <jcoa2018@pomona.edu>
* add keyboard recording support to bsv
BSV movies recorded in older RA *WILL NOT* replay properly after this
patch. While looking to see if the core actually uses a keyboard
device could mitigate this, it is an unavoidable consequence of using
BSV, a format which carries no metadata whatsoever.
* Fix for loop declarations and some whitespace
---------
Co-authored-by: Joseph C. Osborn <jcoa2018@pomona.edu>
* BSV ergonomics improvements
- Date stamp toggled recordings instead of overwriting or using save
slot number
- Properly stop movie on playback EOF; also pause emulation
- Add recording flag to match playback flag in bsv state enum
- Rename bsv "movie path" to "movie auto path" to clarify role
- Allow stopping movie playback before EOF using record toggle hotkey
---------
Co-authored-by: Joseph C. Osborn <jcoa2018@pomona.edu>
* Add bsv to emscripten builds
BSV has no external dependencies so this addition should be fine.
Co-authored-by: Joseph C. Osborn <jcoa2018@pomona.edu>
* Allow for both -e and -R to start a BSV file recording at a state
The key issue is that loading a state takes some time, and the BSV
recording shouldn't start until that's done.
The minimal patch for this would just be a change to runloop.c which
moves movie initialization after entry state loading, throwing in a
task_queue_wait(). This makes for some awkward repeated autoload OSD
messages and doesn't solve the underlying issue.
Most of this change puts BSV recording start/stop into tasks, like
saving and loading are tasks; this was important to centralize BSV
operations a bit more and is the first part of a refactoring towards
more robust input recording. The necessary wait is introduced in the
begin-recording callback.
Co-authored-by: Joseph C. Osborn <jcoa2018@pomona.edu>
- New descriptors: 'dpad_area' and 'abxy_area'
- Each has a diagonal sensitivity setting, 100% being 8-way symmetry
- Buttons can be redefined in the cfg file
E.g. This would create a d-pad area, then redefine it to use analog directions:
overlay0_desc0 = "dpad_area,0.85,0.57,rect,0.166228,0.295516"
overlay0_desc0_up = "r_y_minus"
overlay0_desc0_down = "r_y_plus"
overlay0_desc0_left = "r_x_minus"
overlay0_desc0_right = "r_x_plus"
Repurpose vibrate_on_keypress to enable device's standard keypress feedback on overlay key/button state changes
- Add keypress_vibrate function ptr to input_driver_t (only implemented on Android for now)
- (Android) Remove APP_CMD_VIBRATE_KEYPRESS
- (Android) Add doHapticFeedback, called directly to avoid latency
* * Use flags for rarch_state
* Get rid of ^M linebreaks in retroarch_types.h
* Buildfixes for consoles
* (audio driver) use flags instead of bools
* (video) Use flags instead of bools
* Rewrite input driver state bools into flags
* Any pad can control the menu
== DETAILS
I am not sure I've quite got it so that any pad can *open* the
menu, but I do have it so any pad can control it.
- split out the input processing into a separate method
- track down and squish some hairy bugs that boiled down to
bad pointer math
- it looks like `menu_driver.c` has a mix of line endings, so I
ran it through `dos2unix` so it has consistent line endings
again.
- verified that this change did not impact actual cores
* optimize out cumulative_bits
* Incorporate PR feedback
Many thanks to @jdgleaver for providing these optimizations.
* apply one more optimization
* Move more state to runloop state
* remove unused variable
* Cleanup
* Move more state to runloop_state
* Remove unused variable
* Cleanups
* move input_remapping functions over to input_driver.c
* Some buildfixes
== DETAILS
When I first implemented the Wii U HID architecture, I ended up
having to design my own implementation because, at the time, I did
not have a way to read the HID device string to allow the existing
code to successfully detect the gamepad.
After spending some time experimenting, I've figured out how to
do this. And that means I can better align the HID driver with other
platforms.
change summary:
- create a single state structure for all three sub-types of wiiu pads
(kpad, wpad, and hid)
- eliminate confusing duplicate pad lists
- eliminate confusing duplicate HID pad drivers (ds3, gamecube
adapter, etc)
- ensure the ds3 driver still works
