Instead of relying on SDL to determine when a click is a double-click, implement double-click handling specifically for the UI, as double-clicks are only supposed to be used there. This allows us to ensure that double-clicks only activate UI elements if both clicks were performed on the same UI element. Previously, only the position of the second click was considered, so UI element would incorrectly activate when double-clicking close to them as long as the second click starts and ends on them.
Implementing double-clicking handling separately is also necessary to support double-clicking in the UI with touch events, as SDL does not provide the double-click information for touch events.
The newly added `CUi::DoDoubleClickLogic` function should be called after a UI element has been clicked. It will return `true` if the current click should be interpreted as a double-click, i.e. if the same UI element was clicked, the click was within 0.5 seconds of the previous click (the default duration for SDL and Windows) and the distance from the previous click is within 32 screen pixels (the default distance for SDL).
Add `IInput::ConsumeEvents` function accepting a consumer `std::function` to replace the duplicate usage of the `IInput::NumEvents`, `IInput::GetEvent` and `IInput::IsEventValid` functions.
Use an `std::vector` to store the current input events to support any number of input events per client update instead of at most 32.
Use full `uint32_t` range for input counter instead of only using the range 0..0xFFFF. If the range is artificially reduced, then this can result in inputs being handled multiple times with high refresh rates, so the increased range should add future proofing for extremely fast devices.
Split `CInput::AddEvent` function into `CInput::AddKeyEvent` and `CInput::AddTextEvent` functions for readability and to make it easier to add additional input events (i.e. touch events).
Ensure double-click state is cleared at the end of each frame to prevent the double-click from being stored when no UI element consumes it.
Move member variables from `IInput` interface to `CInput` implementation.
Remove separate `CEditor::DispatchInputEvents` function.
Split the user storage location and the data folder in the app specific external storage in the folders `data` and `user` instead of writing the user setting directly to the external storage.
Remove unnecessary storage permissions. The client only accesses files in its own external storage location, hence these permissions are not necessary for Android API 19 and higher, which is always given as we only target API 19 and higher.
Only unpack changed assets when their hash in the integrity index is different instead of unpacking all assets again, so the app starts faster after updates. Avoid unpacking the entire integrity index file unless it changed, by initially reading only the first hash directly from the asset, so the app starts faster when the data is up-to-date.
Add error handling for external storage not being accessible and other I/O errors during unpacking of assets.
Add `android_main.h` header to export the `InitAndroid` function and potentially other functions in the future. The `extern "C"` and `__attribute__((visibility("default")))` attributes seem to be unnecessary, as this function is only called directly from the native code like many other functions without these attributes.
Initialize the Android storage after the loggers, so the log message are printed properly.
Add documentation for the use of `std::exit` on Android, which is used to forcefully terminate the entire process, to ensure that static variables will be initialized correctly when the app is started again after quitting. Returning from the main function is not enough, as this only results in the native thread terminating, but the Java thread will continue. Java does not support unloading libraries once they have been loaded, so all static variables will not have their expected initial values anymore when the app is started again after quitting.
Use `fs_chdir` and `fs_makedir` instead of `chdir` and `mkdir`.
Time score will now always be used for any game with the flag `GAMEINFOFLAG_TIMESCORE` set in the `CNetObj_GameInfoEx` object. If the flag is not set, points score is used instead.
Backwards compatibility for old demos, that were recorded without this net object and flag, is removed. For old demos, points score is always assumed now.
Closes#6700.
This reverts commit caa062c88c.
As this decreased FPS and caused the background quad to be rendered twice when using a map background in entities mode.
Always force landscape orientation to be used for the game on Android.
Hide the title bar so it is not shown when starting the game. There is also a bug with SDL currently that leads to the title bar and status bar being shown permanently after minimizing and reopening the app, which is alleviated by hiding the title bar.
Always use black color to clear the window with all graphics backends, instead of using `cl_background_color` or `cl_background_entities_color`, respectively, as the clear color. The respective map background color is rendered using a quad in `CMapLayers` instead, so this should not affect appearance of maps. This does not have any noticeable effect on FPS. Previously, the unused part of the window (when it is resized smaller than 5:4 aspect ratio), was colored using the map background color, whereas now it will be cleared black consistently.
The color parameters of the `IGraphics::Clear` function and of the `SCommand_Clear` command are removed, as we always expect the screen to be cleared black now.
The parameter `ForceClearNow` of the `IGraphics::Clear` function was already unused previously and is also removed.
Interpret fast repeated presses of the back-button (3 times within 1 second) as a quit-event, so the app can be quit cleanly and quickly without using the UI. The client settings are otherwise not saved if the app is closed by minimizing it using the home button and waiting for the OS to kill it or by discarding it in the recent apps view.
Translate the Android back-button to the escape-key, so it can be used to navigate back in menus, open/close the ingame menu, close the editor etc.
Trap the Android back button by setting the `SDL_ANDROID_TRAP_BACK_BUTTON` hint, so it can be handled in our code reliably instead of letting the system handle it.
The graphics backends only support the RGBA format with the `SCommand_Texture_Create` and `SCommand_Texture_Update` commands, so the `TexFormatToOpenGLFormat`, `TextureFormatToVulkanFormat` and `TexFormatToNewOpenGLFormat` functions and the command member variables for the format are unnecessary. The `TexFormatToNewOpenGLFormat` function was unused.
Add additional checks to ensure that the `CVideo::Stop` function and the functions called by it will correctly stop the current video also if the video was not started successfully, i.e. if `CVideo::Start` returned `false` from any of the error branches.
In the `CVideo::Stop` function, iterate over the vectors of video and audio threads directly instead of using `m_VideoThreads` and `m_AudioThreads`, which do not reflect the actual count if the initialization failed before the threads were created.
In the `CVideo::Stop` function, only call `av_write_trailer` if the video recording was stated successfully, i.e. only if `avformat_write_header` was called successfully, as this will otherwise cause the client to crash. Closes#6375.
In the `CVideo::Stop` function, only call `avio_closep` if the format context was allocated.
In the `CVideo::FinishFrames` function, ensure that the codec has been allocated and opened, otherwise using it is not allowed.
Add assertions to the `CVideo::Start` and `Stop` functions to ensure that the same video is not started/stopped multiple times.
Crash with assertion when the size of the graphics is different from the video currently being rendered, instead of causing weirder bugs and a corrupted video file.
The wrong sampling rate was being used for video recording if the client is not restarted after changing the `snd_rate` config variable.
Ensure that the correct bit rate is used if the sample rate was adjusted because the selected value is not supposed.
Use `log_error` for all errors and consistently format all error messages.
Handle all ffmpeg errors and output the formatted ffmpeg error message when possible.
Register a log callback for ffmpeg log messages to delegate them to our logging system, to fix the log messages being interleaved with our log messages and not using the correct line breaks on Windows.
Stop video and demo immediately and show an error message popup if the video could not be started successfully.
Remove unnecessary debug output from ffmpeg.
ChillerDragon
