This can happen on Windows when the controller is turned off directly. It still shows up in the device list and you can send packets to it, but it's off and doesn't respond. We'll mark this device as broken and open the other as a single Joy-Con.
This was intended to make the API public, so SDL_hashtable.h got an extreme
documentation makeover, but for now this remains a private header.
This makes several significant interface changes to SDL_HashTable, and
improves code that makes use of it in various ways.
- The ability to make "stackable" tables is removed. Apparently this still
worked with the current implementation, but I could see a future
implementation struggle mightily to support this. It'll be better for
something external to build on top of the table if it needs it, inserting a
linked list of stacked items as the hash values and managing them separately.
There was only one place in SDL using this, unnecessarily, and that has also
been cleaned up to not need it.
- You no longer specify "buckets" when creating a table, but rather an
estimated number of items the table is meant to hold. The bucket count was
crucial to our classic hashtable implementation, but meant less once we
moved to an Open Addressing implementation anyhow, since the bucket count
isn't static (and they aren't really "buckets" anymore either). Now you
can just report how many items you think the hash will hold and SDL will
allocate a reasonable default for you...or 0 to not guess, and SDL will
start small and grow as necessary, which is often the correct thing to do.
- There's no more SDL_IterateHashTableKey because there's no more "stackable"
hash tables.
- SDL_IterateHashTable() now uses a callback, which matches other parts of SDL,
and also lets us hold the read-lock for the entire iteration and get rid of
the goofy iterator state variable.
- SDL_InsertIntoHashTable() now lets you specify whether to replace existing
keys or fail if the key already exists.
- Callbacks now use SDL conventions (userdata as the first param).
- Other naming convention fixes.
I discovered we use a lot of hash tables in SDL3 internally. :) So the bulk
of this work is fixing up that code to use the new interfaces, and simplifying
things (like checking for an item to remove it if it already exists before
inserting a replacement...just do the insert atomically, it'll do all that
for you!).
It turns out the mapping we include doesn't work for real controllers, and they're using a generic chipset and generic name and can't be generally distinguished from other controllers.
See https://github.com/libsdl-org/SDL/issues/8644 for details.
The LED hint was getting registered for SDL_HINT_JOYSTICK_ENHANCED_REPORTS
instead of SDL_HINT_JOYSTICK_HIDAPI_PS5_PLAYER_LED, which results in a
use-after-free followed by a crash.
The device string indicates RED on the one I have and is PIDs 0003 and some other posts online say 0001 for the normal model, so I'll try 0001-0003 to get all 3 color variants
We require at least Xcode 12.2 and macOS SDK 11 to build. We support deploying to macOS 10.13, iOS 11.0, and tvOS 11.0.
This cleans up the code significantly
This hint defaults on, enabling advanced controller features.
This replaces SDL_HINT_JOYSTICK_HIDAPI_PS4_RUMBLE and SDL_HINT_JOYSTICK_HIDAPI_PS5_RUMBLE, and is supported by PlayStation and Nintendo Switch controllers.
Fixes https://github.com/libsdl-org/SDL/issues/10086
If you're not using SDL for video you won't get raw input messages without this hint, and this is tripping up enough people it makes sense to have this enabled by default. There isn't much downside to this, other than having another thread processing Xbox controller input.
Fixes https://github.com/libsdl-org/SDL/issues/10576
Sometimes we'll get a Windows.Gaming.Input callback before the raw input device is even in the list, so try some other methods to better detect XInput devices.
