Marked convars/concommands as FCVAR_SERVER_FRAME_THREAD and removed main thread dispatching code and comments that are no longer in effect. In the RCONServer execute handler, a ThreadJoinServerJob() is placed if the commandbase is flagged FCVAR_SERVER_FRAME_THREAD since RCON dispatches the command, or sets the convar directly.
Must always check for internal error before returning out of a script function. The macro SCRIPT_CHECK_AND_RETURN will deal with this. Replaced all returns in each script func.
Full implementation of all LiveAPI events into the game server.
NOTE: The only event left to be implemented in code is CustomEvent.
NOTE: ObserverSwitched and WeaponSwitched events are implemented in code, but they need a proper CodeCallback to hook them up properly in scripts.
The events.proto file is from build "R5pc_r5-200_J33_CL6243000_2024_02_27_14_53" with some slight modifications:
- PlayerStatChanged.newValue is now a oneof field, which can be either int, float or bool as Season 3 Apex still handles stats in one of those 3 types while retail was only int (which is most likely why they kept it just int only int he proto file).
- PlayerRespawnTeam.respawned is now a repeated Player field instead of a string. Initially the respawned field contained a comma separated list of player names that were respawned in the team, it now contains the actual Player data that is respawned as this was much easier to get from scripts, and also makes a bunch more sense than just string names.
- New CustomEvent event: since R5Reloaded is a modding platform, and we can't make new events for literally all gamemodes that modders create, we added another event "CustomEvent" which allows modders to sent their own data to their own tracker or anything while still remaining compatibility with the protocol.
Only occurred in DEBUG as Assert otherwise gets compiled out, and CThreadSpinRWLock::m_iWriteDepth only exists when compiled with REENTRANT_THREAD_SPIN_RW_LOCK. The game does not feature this so this is not defined. Moved to the REENTRANT_THREAD_SPIN_RW_LOCK block to only check on this assert when this feature is enabled.
The WebSocket system is now fully split up. The global network module initialization is moved to DLL init so the websocket class could be used for anything. The LiveAPI system now also mostly runs in the server frame thread, the convar change callbacks still need to be latched to the server frame thread however.
This code was actually part of the LiveAPI system, but there were many opportunities to make this particular code modular, so it has been decoupled and moved to Tier2. The LiveAPI system will soon use this class instead. The implementation has also been improved by adding dedicated routines for updating socket parameters, disconnecting/reconnecting and destroying sockets.
This commit also removes legacy workaround code in UtlVector which was used for before we had early enough access to the game's memalloc singleton. This code was no longer used.
This commit also implements the CUtlStringList class, which is now used for the new websocket class to split each socket connection up by a comma delimiter.
This patch removes a lot of old code. Context is now exclusively grabbed from the CSquirrelVM instance. This patch also comes with a few new types: SQArray and SQTable!
The implementation also allows pushing Vector3D's on the stack, but these are handled slightly differently.. The largest field in tagSQObjectValue is 8 bytes, Vector3D is 12 bytes unaligned, but the tagSQObjectValue field in the tagSQObject struct is aligned to a 8 byte boundary while the field prior is only 4 bytes, Vector3D starts right after the type field in the tagSQObject (at the padding) to keep the whole structure the same size, therefore a new field has been added in between the padding (_pad) with a simple Vector3D accessor.
Also added a hook to allow registering proper script enums.
This patch adds miles globals and additional code to prevent banks from loading that don't exist. It falls back to "english" if requested language isn't installed.
For CUtl* classes: use the index type rather than just ssize_t, this will throw compile warnings for code that constructs a CUtl* object allocating more memory than the index type allows (e.g. allocating UINT16_MAX while the index type has been set to UINT8_MAX).
The class has been modified to match the implementation of the engine, the only modifications done were changing size types, so they compile to the correct size based on the platform (in case of the GameSDK project, this will be 64 bits).
If the code was ran in the main thread, it would never fire the actual check logic. This patch changed the code so it would always fire from the start of the frame. Also fixed a memory leak that occurred when passing in an external banned list to SV_CheckClientsForBan (previously, 'SV_CheckForBan'); the code always allocated a new banned list, but only freed it if no external banned list was provided. This patch changed the code so it only allocates it if no external one is provided.
If host status is set to offline after the server is launched, the browser would continue to broadcast the server. This patch makes sure that if the visibility has been set to offline, the server would no longer be broadcasted to the master server.
This patch splits host logic from CServerListManager. CServerListManager is actually meant for the client to manage the server list to which the client could connect to. The hosting logic has been moved to the new CServerHostManager class.
Previously, we stored all the hosting details in CServerListManager, with connection criteria in CPylon, this data has been moved over to CServerHostManager as well.
Previously, we also needed a mutex to access the server host data, function HostState_KeepAlive() has been refactored to the point this mutex is no longer necessary as the only threaded process is the actual request, the rest is being applied in the main thread. We also now only construct a NetGameServer_t struct if we actually plan to host.
Access to CPylon::m_Language is now also protected by a mutex, as the change callback of cvar 'language' and the threaded method 'CPylon::QueryServer()' are competing for access.
Make sure the autocomplete suggest window is always behind the console window with nothing in between. Previously, the server browser or modal panel ended up between the autocomplete suggest window and console window if the console was focused after the browser was invoked and moved partially on top of the console.
Add +1 on the right to prevent the cursor from getting under the perimeter, also add note for when feedback loop issue is fixed to accommodate for scrollbar when scrolling.
* Fix bug where moving cursor all the way to the top + little bit, and then moving below will also scroll the text position below (cursor sticked to top rect).
* Fix bug where cursor skipped a column when moving it past the right perimeter of the console.
