* Input: Udev: Fix touch support building against older kernel headers
* Input: Udev: Fix Touch Deep Debug compile issues
* Input: Joypad: Udev: Joypad: Add Change detection for udev events
This is handy with controllers like the Nintendo Joycons that have a daemon
app in the background to handle combining them into one controller(Joycond)
Since the device was already added, but joycond clamped permissions on evdev
retroarch was never updating the controller input change, this fixes that issue.
Note: Needs a patch in joycond as well, to send change uevent.
This shouldnt cause any issues with other controllers, as the kernel probably
will never send change events for these device types.
* Lakka: Add canary builds to updater
* AI service rework
* File missing
* Fixed C89 build
* Fixed usage of inline for C89 build
* Fixed an overlay unloading bug
Made sure to unload the overlay on release and when the server returns empty values in automatic modes.
* Fixed forward decl (c89)
* Fixed OpenGL texture loading
Moved image display to the main thread for now
* Changed some formatting slightly
* Fixed struct variable order and put brackets on newlines
* Moved pointer, fixed retroarch.cfg, and replaced strlcat with strlcpy
* Fixed catenation issue
* Fixed a few other catenation issues
* Fixed one more concatenation issue
* Fixed concatenation issue
* Fixed a few other concatenation issues
* Fixed one more concatenation issue
* potential fix for parsing issue
---------
Co-authored-by: Xunkar <329857+xunkar@users.noreply.github.com>
* Lakka: Switch: Decouple From LibNX builds.
* Lakka: Always show Power Management Settings menu
* Lakka: Switch: Add Nintendo Switch Options Menu, and First Option
* Lakka: Switch: Add CEC Toggle
* Lakka: Switch: Add Bluetooth ERTM Toggle
* Retroarch: unix platform: Always display battery meter even when the device reports it as unknown
This is useful for most arm devices that have unknown battery status until charger state changes
* Retroarch: Lakka: Remove Gamemode stuff from build
Lakka will never include this, as it only runs base system, and retroarch.
Add keyboard overlay preset, keyboard submenu, and osk_toggle hotkey. Use overlay caching for osk_toggle.
For now, keyboard menu has only preset path, auto-scale toggle, and opacity.
Related fixes:
- input_keyboard_event: Don't check hotkey binds when device is RETRO_DEVICE_POINTER
- Add input_keymaps_translate_rk_to_ascii() for correct character input to input_keyboard_event
- input_overlay_poll: Delay clearing INPUT_OVERLAY_BLOCKED flag until there is no overlay input (Avoids stray input after osk_toggle)
- Send keyboard events for modifiers before other keys (for correct modifier+key input if hitboxes overlap)
assignments for strings longer than 2 chars
- Use strlcpy concatenation instead of strlcat
- Make sure that what remains of iteration of the '_len' variable
for manual char assignment
is done in a safer way so mistakes are less possible
usage of strlcpy (when position/offset of previous strlcpy/snprintf call
is known. strlcat implementation in libretro-common makes implicit strlen
call, using strlcpy avoids this
* Reduce a bunch of local char variables by use of said clever usage,
should save up on local stack size usage
* Some slight fixes
* Update libretro.h
* Log calls to RETRO_ENVIRONMENT_GET_MICROPHONE_INTERFACE
* Finish proof-of-concept for mic support
- It works, but doesn't support floating-point audio yet
- It may need to be resampled, too
* Add macros that aren't available in SDL 2
* Comment out a variable definition for now
- For C89 compliance
* Add some comments for clarity
* Let ALSA tolerate a null new_rate
* Partial ALSA microphone support
- Not yet tested
- Mic is created and destroyed
- Mic can also be paused or unpaused
- Mic is paused or unpaused with the rest of the driver
- Microphone is not yet read
* Install error logging in the ALSA driver
- It defers to RARCH_ERR
* Free the ALSA microphone in alsa_free
* Fix an indent
* First draft of alsa_read_microphone
* Deinitialize SDL Audio in sdl_audio_free
* Save and restore the ALSA error logger
- You should always practice safe global state
* Add newlines to some RARCH_ERRs
* Add some logging
* Check for the mic being active via settings instead of via flags
* Adjusted a log entry to be less misleading
- A frequency of 0Hz looks weird to the uninformed
- In reality, it means the driver used the requested frequency
* Fix an incorrect format string
* Tidy up logging in alsa.c
* Rename audio_enable_microphone to audio_enable_input
* Rename microphone_device to audio_input_device
* Add audio_input_latency and audio_input_block_frames settings
* Add all mic-related settings to the options menu
* Adjust logging for alsa.c
- Log the ALSA library version
- Add errno details
* Refer to the microphone in logs by name
* Use %u instead of %d for some log items
* Add input_samples_buf
* Remove an inaccurate comment
* Change type of input_samples_buf
* Clean up audio_driver_flush_microphone_input
* Comment convert_float_to_s16
- It helped me understand what it's doing
- Turns out it'll work just fine on mono audio
* Don't use the resampler for mic input
* Fix crash in the ALSA driver when reading from a mic
* Update some logging messages
* ALSA support now works for mics
* Reuse some common functions in alsa.c
* Add alsa_thread_microphone_t
* Refactor alsa.c
- Introduce alsa_init_pcm to init any PCM that we're using
- Vastly simplifies the implementation of alsa_init and alsa_init_microphone
- Will be used for the read-based versions next
* Make ALSA logging a little more consistent
* Clean up the mic with alsa_free_microphone if alsa_init_microphone fails
* Remove an unused function
* Move some cleanup in alsa.c to a common function
* First crack at mic support for alsathread
- Refactor some duplicate code into functions
- Use functions introduced in alsa.c
- Create and destroy the mic
* Slight cleanups for clarity
* Implement alsa_thread_set/get_microphone_state
* More work on alsathread
- No more crashing, but the mic just returns silence
* Slight cleanups for clarity
* Add alsa_set_mic_enabled_internal
- For setting the state of a microphone while considering its current state
* Use alsa_set_mic_enabled_internal
* Log a little more info
* Log when the audio driver is started/stopped
* Move base microphone driver code into a new directory
- Add microphone_driver.c to Makefile.common
- Rename functions as needed
* Initialize and deinitialize the microphone driver
* Implement sdl_microphone.c
* Un-const an argument
- In case the driver context needs to do any locking
* Revise comments for microphone_driver.h
* Remove an unimplemented function
* Remove some functions from the mic driver
* Remove mic functions from audio_thread_wrapper
* Remove mic functions from sdl_audio
* Fix microphone_null
* Split the mic code for the alsa audio drivers into microphone drivers
* Fix an extra struct member
* Add a setting for the mic driver
* Add a command to reinitialize the microphone driver
* Rename mic-related settings
* Add DRIVER_MICROPHONE_MASK to DRIVERS_CMD_ALL
* Rename audio_enable_input to microphone_enable
* Remove some labels from qt_options
* Search for microphone_driver within find_driver_nonempty
* Clean up some mic driver code
* Pending mics now return silence
* Adjust some logging and comments
* Some cleanup in the microphone driver
* Invert a flag check
- Oops
* Fix a log message
* Fix the wrong flags being checked
* Slight refactor of wasapi_init_device
- Add a data_flow parameter
- Declare it in a header
- In preparation for WASAPI mic support
* Add some WASAPI macros for _IAudioCaptureClient
* Move some common WASAPI functions to audio/common/wasapi.c
- They'll be used by the mic and the audio drivers
* Add wasapi_log_hr
* Generalize mmdevice_list_new to look for capture devices, too
* Fix a function declaration
* Move driver-specific device_list_new functions into their respective files
* Clean up some declarations
* First draft of wasapi microphone driver
* Add wasapi_microphone_device_list_free
* Change function parameter names to be consistent with microphone_driver
* Partially implement wasapi_microphone_read
- Mostly copied from the audio driver so far
- It doesn't compile yet
- But it'll be beautiful when I'm done with it
* Refactor the mic driver's functions
- Rename get_mic_active to mic_alive
- Split set_mic_active into start_mic and stop_mic
- Refactor the SDL mic driver accordingly
* Edit some WASAPI functions for logging and clarity
* Implement more of the WASAPI mic driver
* Rename write_event to read_event
* Pass the WASAPI driver context to the various read functions
* Mostly implement the read function for the WASAPI mic driver
* Fix a crash in microphone_driver
- Forgot to move the position of the name of null_driver
* Reduce some logging in wasapi common functions
- Only log the chosen audio client format, not all attempted ones
* Add some macro wrappers for IAudioClient methods
* Update mic driver configuration
- Make the mic driver configurable in the menu
- Add config items for WASAPI-related options similar to the audio driver
* Fix a menu entry scrolling through audio devices instead of mic devices
* Add some utility functions
* Expose the new utility functions in wasapi.h
* Add extra logging in the WASAPI common functions
* Add sharemode_name
* Use _IAudioClient_Initialize macro in some places
* Pass channels to wasapi_init_client
- Remember, mics are in mono
* Use _IAudioClient_Initialize macro some more
* Forgot to pass channels in some places
* Add some utility functions
* Forgot an #include
* Add wasapi_select_device_format
* Simplify the format selection logic in wasapi_init_client_sh
* Unset the microphone in wasapi_microphone_close_mic
- Ought to prevent a potential segfault
* Simplify some logging
* Fix incorrect value being passed to _IAudioCaptureClient_ReleaseBuffer
* Remove some unneeded logging
* Add some values to hresult_name
* Polish up wasapi_select_device_format
- Test for formats manually when Windows can't
- Add some debug logging
- Check for channels
* Compute the fields of WAVEFORMATEXTENSIBLE correctly
- As per the doc's stated requirements
* Simplify logic for WASAPI client creation
* Fix a potential hang in wasapi_microphone_read_shared_buffered
* Stop the microphone if the driver is stopped
* Don't name the microphone event
* Ensure that wasapi_init_client reports the correct format and rate
* Implement exclusive microphone read access for WASAPI
* Add _IAudioCaptureClient_GetNextPacketSize macro
* Organize cases in hresult_name
* Clear some extra fields if wasapi_set_format is setting a Pcm format
* Adjust some logs
* Adjust some logs
* Remove unneeded local vars
* Add a log
* Update wasapi.c
* Update wasapi.c
* Fix shared-mode mic support in WASAPI producing broken input
- Turns out it had nothing to do with shared mode
* Reuse a common function
- Remove wasapi_microphone_read_shared_buffered
- Rename wasapi_microphone_read_exclusive to wasapi_microphone_read_buffered
* Remove some code I was using for test purposes
* Clarify some language
* Double the default shared-mode mic buffer length
* Split getting a device's name into a separate function, then use it
* Fix the ALSA mic drivers
- To comply with changes I previously made to the mic driver interface
* Remove unused synchronization primitives from the SDL microphone driver
* Add sdl_microphone_mic_use_float
* Document audio_driver_state_flags
- I needed to understand these to see if similar flags were required for the mic driver
* Remove an unused function in wasapi.c
* Add and document flags in microphone_driver.h
* Remove driver-specific mic start/stop functions
- The mic driver itself doesn't do much processing
- That honor goes to individual mics
* Remove some unused fields in microphone_driver.h
* Add CMD_EVENT_MICROPHONE_STOP/START
* Remove unused functions from microphone_null
* Change how the mic driver state is referenced in some places
* Simplify the SDL microphone driver
- The driver backend no longer keeps a reference to the mic (the frontend does that)
- Remove functions that are no longer needed
- Don't track paused state, just query the mic itself
* Simplify the WASAPI microphone driver
- Don't track the driver running state or the microphone handle, the frontend does that now
- Remove support for unbuffered input (hunterk suggested that it wasn't necessary)
* Make microphone_wasapi_sh_buffer_length a uint, not an int
- It won't be negative anymore
- 0 now represents the default value
* Make the microphone frontend more robust
- Improve documentation for how various functions should be implemented
- Closes all microphones before freeing the driver (so backends don't have to)
- Tracks the enabled state of each microphone, so backends don't have to (but they still can)
* Stop the mic driver in core_unload_game
* Ensure mic support is compatible with the revised menu code
* Move alsa.h into audio/common
* Remove RETRO_ENVIRONMENT_GET_MICROPHONE_ENABLED
- It was never really needed
* Refactor the ALSA microphone driver
- Move common ALSA functions to audio/common/alsa.c
- Replace alsa_set_mic_enabled_internal with alsa_start/stop_pcm
- Don't track the microphone handle in the ALSA driver context
- Remove unneeded fields
* Move some common alsathread code into audio/common/alsathread.c
* Change return type of mic_driver_open_mic_internal to bool
* First crack at resampling mic input
* Remove an extraneous check
- I think something distracted me when I was writing this line
* Add stereo/mono conversion functions
* Make alsa_start_pcm and alsa_stop_pcm more robust
- They now return success if the stream is already running and stopped, respectively
* Revise some mic-related comments in libretro.h
* First crack at resampling mic input
* Simplify an expression
* Simplify an expression
* Fix a log tag
* Allow mic resampler to be configured separately from audio resampler
* Add some comments
* Set the source ratio to something sensible
* Stop deadlock in `alsathread` mic driver
* Allow mics to be initialized even when core is loaded from CLI
- When loading content from CLI, the drivers are initialized a little differently
- That threw off the mic initialization code
* Rename the functions in retro_microphone_interface
* Revise some mic-related comments in libretro.h
* Update retro_microphone_interface
- Add get_mic_rate
- Add a parameter to open_mic
- The modifications don't do anything yet
* Use parameter objects in the microphone handle
* Replace get_mic_rate with get_params
* Add a microphone interface version
* Remove part of a comment
* Set the effective params in mic_driver_microphone_handle_init
* Drop a stray newline
* Change where the mic interface is zeroed
- I was accidentally throwing out the version that the core was asking for
* Reduce logspam for wasapi_set_nonblock_state
- Now it only logs when the sync mode is changed
* Change DEFAULT_WASAPI_SH_BUFFER_LENGTH to 0
- -16 is no longer a valid value
* Set the new_rate in wasapi_init
* Change description of microphone sample rate in the settings
* First attempt at resampling configured mic input
* Forgot a section
* Fix some input samples being skipped
* Rename a variable for clarity
* Add microphone.outgoing_samples
* Update the mic driver
- Processed samples are now buffered
- The resampler is skipped if the ratio is (very close to) 1
* Remove part of a comment
* Update some comments in audio_resampler.h
* Slightly refactor the SDL microphone driver
- Move SDL_AudioSpec to a field of sdl_microphone_handle_t
- Allow SDL to change the requested format and sample rate
- Request floating-point input
- Implement sdl_microphone_mic_use_float
* Fix a non-C89-compliant declaration
* Add new files to griffin.c
* Remove a C++-style comment
* Add two more files to griffin.c
* Remove some unneeded declarations in microphone_driver.h
* Remove a stray comma in configuration.c
- For C89 compliance
* Fix compilation on some platforms
* Change some function signatures
* Make the ALSA drivers always set the audio rate
* Fix the alsathread mic driver
* Make state_manager_frame_is_reversed return false if HAVE_REWIND isn't defined
* Mute the microphone if the core is running in fast-forward, slow-mo, or rewind
* Clarify a comment
* Clarify a comment
* Add a comment
* Don't allocate memory for slowmo samples in the mic driver
- We're not supporting slowmo for mics, so it's not needed
* Fix a {
* Add my name to AUTHORS.h
* Add driver_lifetime_flags
- For drivers that have special setup/teardown needs
* Ensure that resetting the mic driver maintains active mic handles
- Prevents fullscreen toggle from stopping all mic input
* Update CHANGES.md
* Move some default microphone settings to a new part of the config file
* Ensure that RetroArch can use the audio format that Windows suggests
* Remove references to mic support in the SDL audio driver
* Remove unused WASAPI functions
* Return failure if RetroArch couldn't select a WASAPI format
* Ensure that Windows uses the WASAPI mic driver by default
* Treat disabled mic support as a warning, not an error
* Clarify some WASAPI-related microphone settings
* Remove some unused variables
* Add or revise microphone-related comments
* Rearrange doc comments for microphone types in libretro.h
* Remove a space
* Remove some unused flags
* Remove ALSA error logger
- It was never used anyway
* Remove unneeded microphone-related arguments
* Document a parameter
* Remove a logging call
* Add a constant for the microphone's shared buffer length for WASAPI
* Fix stylistic inconsistencies
* Make mic_driver_get_sample_size a macro instead of a function
* Move the microphone implementation to the audio directory
* Make microphone support optional (but enabled by default)
* Fix the griffin build
* 🎵 Fast forward audio resampling. Solves #15160.
Previously, we avoided doing any resampling while fastforwarding based
on the assumption it was impossible to make the audio not crackle due to
both flush-to-flush timing fluctuations and timer accuracy.
However, turns out this is not the case. The audio doesn't "crackle" per
se when the timing fluctuates! It's just that the sounds don't make
sense since the time compression and decompression caused by the flush
time fluctuations mess with the audio consistency.
To work around that, we introduce a running average flush delta time
that makes sure the audio is both resampled to approximately the correct
rate and consistent.
This was tested in two settings:
- Limited rate fastforwarding (2x-4x)
- Unlimited fastforwarding
In both cases it seems to work well, but with unlimited fastforwarding
it's just high pitched and annoying, so this is probably the most useful
in the 2x to 4x range.
* Move declartion to support C89
* resampling ratio upper and lower bounds
* Add toggle for speeding up audio
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.
* 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>
ever implemented for OpenGL2 driver, lots of code debt, best to
instead just keep improving the overlay system instead which is
already available for most video drivers
* msg_hash_us.c contents to Crowdin, phase 2
Remaining part of the fixed strings moved to msg_hash_us.h, and some other changes:
- added help text for individual menu drivers
- prepared help labels for video drivers
- prepared help labels for input drivers
- old entries from the now defunct help menu are hidden from compilation
(may be added back later, when the menu is again visible)
- moved notification color/bgcolor items to sublabels
- language fixes from phase 1 comments
* c89 compilation fixes
* Compilation fix for Android builds
* msg_hash_us.c contents to Crowdin, phase 2
Remaining part of the fixed strings moved to msg_hash_us.h, and some other changes:
- added help text for individual menu drivers
- prepared help labels for video drivers
- prepared help labels for input drivers
- old entries from the now defunct help menu are hidden from compilation
(may be added back later, when the menu is again visible)
- moved notification color/bgcolor items to sublabels
- language fixes from phase 1 comments
- 'Unlocks/Mastery' split into two options
- 'Account/Login Messages' split off from 'Verbose', gated all login success/error messages
- menu_cbs_sublabel.c - Now in same order as menu options
- menu_setting.c - VISIBILITY_UNLOCK default value now uses define
- All suggested text/cleanup changes from Jamiras
- Startup Summary split off from Verbose Mode, added option to hide for games with zero core cheevos
- Some existing options moved into this submenu
- Leaderboard-related options coming in future PR
When running on Android, RetroArch considers most devices that emit dpad events as gamepads, even if they also emit other keyboard events; this is usually the right thing to do, but it has the side effect of not letting some actual keyboards (e.g.: Logitech K480) act as such inside RetroArch. This configuration option allows users to manually select a specific input device to act as a physical keyboard instead of a gamepad, which is handy when emulating computers as opposed to consoles.
also adds audio_driver_mixer_play_scroll_sound to menu_cbs_left and menu_cbs_right which are (seemingly) responsible for the large scroll on some menus (and also bumper scrolling on glui's playlist menu?).
* Allow repositioning of achievement notifications
* PS4/ORBIS build fix
Would have thought cheevos-related notification code was wrapped in HAVE_CHEEVOS, but guess not.
WIP version of Append and Prepend preset, Includes UI for Standard Retroarch, but not the QT UI companion
Co-authored-by: HyperspaceMadness <remimcgill@hotmail.com>
- 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"
* Add View feature
Add saving of a filter set in the Explore menu into a so called "View" file which then gets listed alongside playlists.
This also adds the ability to filter a category by range in the Explore menu and not just filter on exact matches.
* Menu improvements for explore and views
* Collapse ozone sidebar in view
* Fix problems with the sidebar in explore/view
* Ignore view files in the Qt playlists menu
* Add missing semicolon
* Support downloading thumbnails in views
* New Menu Items Disable Info & Search
Add menu options for disabling Info and Search buttons
* Update msg_hash_us.h
Update Sublabels
* Update menu_setting.c
Set Advanced flag for new settings
one - if you set the last parameter to a valid 'rarch_setting_t' pointer
and enum_msg to MSG_UNKNOWN, you will get the previous menu_entries_append
behavior
* Renamed remaining function to menu_entries_append so that we have one
consistent way of adding menu entries instead of two
Reduces some code duplication significantly
Reasons:
1 - Just a macro for strcpy
1.2 - doesn't have a return type unlike strlcpy, can't be used
for string concatenation
1.3 - unsafe compared to strlcpy
Do either manual string assignment per character or strlcpy, no
inbetween by resorting to strcpy
- (database_info.c) Optimizations for database_info_build_query_enum() -
it would call strlcat at the very least 3 times, normally more than that.
Every strlcat call is at least one or more strlens. Reduce it all down
to manual string concatenation and one strlcat
- (database_info_build_query_enum) - always NULL terminates string so no need for NULL termination done by callee
* (menu_displaylist) use smaller strings for basename paths, remove one unnecessary string
in menu_displaylist.c function
- (disk_index_file.c) Avoid another trivial string concatenation by doing
it manually after fill_pathname_join_special
- (fill_pathname_join_delim) since fill_pathname_join_delim() now has a return value, use it for
string concatenation
- (platform_unix) - Use BUFSIZ as size for a buffer in system_property_get
- some other trivial strlcat usage replacements
as deprecated.
* Use fill_pathname_join_special in the vast majority of cases where
we can ensure out_path is a new empty string
* Get rid of some extension concatenation with strlcat where encountered
* Some general cleanups with NULL termination of strings that get immediately
passed to strlcpy/strlcpy-adjacent functions
* (joypad_connection) Small optimizations -
* Turn functions static where possible
* Hose strlen call out of loop
* (input_driver.c) General cleanups:
* Some small code/style nits
task_screenshot.c:
* Move widget callback function for screenshots to task_screenshot.c
(file_path.c):
* Turn get_pathname_num_slashes into static function
* path_linked_list_free - always returns true, so get rid of return value
* path_linked_list_new - fix function signature
* path_get_archive_delim - do not NULL-terminate string, already done by strlcpy later on
General:
* Slight optimizations - use int/size_t for loop counter variable instead of unsigned
* Take advantage of fact that strlcpy already NULL-terminates, so don't do this explicitly
outside if we're just going to end up calling strlcpy/fill_pathname_join on it anyway
Path: Netplay -> Host -> Kick Client
- Allows the host to kick clients.
- Allows the host to view client information: connected clients (names), status (playing/spectating) and ping.
Closes https://github.com/libretro/RetroArch/issues/3414
I have investigated the issue. The crux of the problem is that on Android there
is no way distinguishing 2 scenarios:
1) 2 identical bluetooth controllers A and B and first there are button presses
only on controller A and then on controller B
2) the same controller disconnects and reconnects.
Android doesn't give bluetooth mac address of where the touch came from, only
opaque ID and this opaque ID changes after reconnect. Hence without changes to
android this is infeasible without giving up the ability for 2 users to play on
identical controllers.
I guess that this sacrifice makes sense for affected users
* Support for Swift, added emulator keyboard
* fixed toggle key handling using magic number hack for now
* fixed keyboard transparency slider for now with suboptimal fix; add gesture recognizer to hide/show keyboard
* Support CocoaView extensions in Swift; move keyboard delegate impl and setup to swift extension
* moved keyboard view model creation out of EmulatorKeyboard
* implement key pressed delegate in swift extension
* added input method for directly sending RETROK_* codes to support a touchscreen keyboard; assign keyboard model delegates; updated keyboard layout (added F1-F12 keys); change shift, control and alt keys to be modifiers
* enable focus mode when custom keyboard is shown; enable/disable overlay when custom keyboard is toggled
* Specify -DHAVE_OPENGLES2 instead of -DHAVE_OPENGLES3 since glsym_es3.h does not compile in iOS 14.5
Fix tvOS build using compiler flags
* Create new project for iOS 13 deploy target; add check for deploy target to conditionally compile for new iOS 13 specific feature (custom keyboard)
* force disable core info caching for iOS, use opengl es2 for debug
* Add flag for iOS custom keyboard - 3-finger swipe up to show, 3-finger swipe down to hide
* use OpenGLES2 instead; using ES3 results in compile time errors on iOS 14.5
* code cleanup
* Updated references to -DDONT_WANT_ARM_ASM_OPTIMIZATIONS flag
* Add JIT support for non-jailbroken devices
* iOS: Add support for touch mouse handler
* Added a HAVE_IOS_TOUCHMOUSE preprocessor macro so that it builds under the iOS11_Metal xcode project
* Changed click-and-drag behavior to double tap hold and drag
* Visual improvements to the emulator keyboard: updated colors, improved key-press effect
* Disable run-ahead based on save state support level defined in core info files
* Disable rewind based on save state support level defined in core info files
* Add option for showing the overlay behind the menu
This commit lays the groundwork for this option. Support for this option
in the video drivers themselves is going to be added in later commits.
* gl1: Add overlay behind menu support
* gl2: Add overlay behind menu support
* gl3: Add overlay behind menu support
* vulkan: Add overlay behind menu support
* ctr: Add overlay behind menu support
* d3d9: Add overlay behind menu support
* d3d10: Add overlay behind menu support
* d3d11: Add overlay behind menu support
* d3d12: Add overlay behind menu support
* CHANGES.md: overlay behind menu
Co-authored-by: MrHuu <MrHuu@users.noreply.github.com>
Co-authored-by: Tony <45124675+sonninnos@users.noreply.github.com>
Lobby Viewer: Filter out rooms that are not running RetroArch
Lobby Viewer: Display a non-connectable tag to non-connectable rooms.
Host: Display warning if we are announcing to the internet but our room isn't connectable from there.
* Netplay Stuff
## PROTOCOL FALLBACK
In order to support older clients a protocol fallback system was introduced.
The host will no longer send its header automatically after a TCP connection is established, instead, it awaits for the client to send his before determining which protocol this connection is going to operate on.
Netplay has now two protocols, a low protocol and a high protocol; the low protocol is the minimum protocol it supports, while the high protocol is the highest protocol it can operate on.
To fully support older clients, a hack was necessary: sending the high protocol in the unused client's header salt field, while keeping the protocol field to the low protocol. Without this hack we would only be able to support older clients if a newer client was the host.
Any future system can make use of this system by checking connection->netplay_protocol, which is available for both the client and host.
## NETPLAY CHAT
Starting with protocol 6, netplay chat is available through the new NETPLAY_CMD_PLAYER_CHAT command.
Limitations of the command code, which causes a disconnection on unknown commands, makes this system not possible on protocol 5.
Protocol 5 connections can neither send nor receive chat, but other netplay operations are unaffected.
Clients send chat as a string to the server, and it's the server's sole responsability to relay chat messages.
As of now, sending chat uses RetroArch's input menu, while the display of on-screen chat uses a widget overlay and RetroArch's notifications as a fallback.
If a new overlay and/or input system is desired, no backwards compatibility changes need to be made.
Only clients in playing mode (as opposed to spectating mode) can send and receive chat.
## SETTINGS SHARING
Some settings are better used when both host and clients share the same configuration.
As of protocol 6, the following settings will be shared from host to clients (without altering a client's configuration file): input latency frames and allow pausing.
## NETPLAY TUNNEL/MITM
With the current MITM system being defunct (at least as of 1.9.X), a new system was in order to solve most if not all of the problems with the current system.
This new system uses a tunneling approach, which is similar to most VPN and tunneling services around.
Tunnel commands:
RATS[unique id] (RetroArch Tunnel Session) - 16 bytes -> When this command is sent with a zeroed unique id, the tunnel server interprets this as a netplay host wanting to create a new session, in this case, the same command is returned to the host, but now with its unique session id. When a client needs to connect to a host, this command is sent with the unique session id of the host, causing the tunnel server to send a RATL command to the host.
RATL[unique id] (RetroArch Tunnel Link) - 16 bytes -> The tunnel server sends this command to the host when a client wants to connect to the host. Once the host receives this command, it establishes a new connection to the tunnel server, sending this command together with the client's unique id through this new connection, causing the tunnel server to link this connection to the connection of the client.
RATP (RetroArch Tunnel Ping) - 4 bytes -> The tunnel server sends this command to verify that the host, whom the session belongs to, is still around. The host replies with the same command. A session is closed if the tunnel server can not verify that the host is alive.
Operations:
Host -> Instead of listening and accepting connections, it connects to the tunnel server, requests a new session and then monitor this connection for new linking requests. Once a request is received, it establishes a new connection to the tunnel server for linking with a client. The tunnel server's address and port are obtained by querying the lobby server. The host will publish its session id together with the rest of its info to the lobby server.
Client -> It connects to the tunnel server and then sends the session id of the host it wants to connect to. A host's session id is obtained from the json data sent by the lobby server.
Improvements (from current MITM system):
No longer a risk of TCP port exhaustion; we only use one port now at the tunnel server.
Very little cpu usage. About 95% net I/O bound now.
Future backwards compatible with any and all changes to netplay as it no longer runs any netplay logic at MITM servers.
No longer operates the host in client mode, which was a source of many of the current problems.
Cleaner and more maintainable system and code.
Notable functions:
netplay_mitm_query -> Grabs the tunnel's address and port from the lobby server.
init_tcp_socket -> Handles the creation and operation mode of the TCP socket based on whether it's host, host+MITM or client.
handle_mitm_connection -> Creates and completes linking connections and replies to ping commands (only 1 of each per call to not affect performance).
## MISC
Ping Limiter: If a client's estimated latency to the server is higher than this value, connection will be dropped just before finishing the netplay handshake.
Ping Counter: A ping counter (similar to the FPS one) can be shown in the bottom right corner of the screen, if you are connected to a host.
LAN Discovery: Refactored and moved to its own "Refresh Netplay LAN List" button.
## FIXES
Many minor fixes to the current netplay implementation are also included.
* Remove NETPLAY_TEST_BUILD
This can fix a lot of performance issues, like audio crackling and frame
time spikes. This requires the GameMode package to be installed. See:
https://github.com/FeralInteractive/gamemode
This commit adds a "Game Mode" bool option to the "Power
Management" and "Latency" settings sections, and it can be toggled
on/off without restarting RA.
The actual toggling of game mode happens in a new frontend platform
interface function. Perhaps this will become useful for other platforms
that provide some equivalent of Linux GameMode.
Since the GameMode ABI is fixed, and the API comes as a single,
header-only file with no actual deps, we simply bundle the header
(deps/feralgamemode/gamemode_client.h.) That way, all Linux builds will
have support for GameMode regardless of whether the GameMode development
package is installed or not.
* Added setting to allow/disallow players other than the host from pausing the game.
* Added a sublabel for netplay max connections.
* Fixed port override macro from not being set immediately after the port setting.
* Fixed memory leaks.
sonninnos