See 8903cf8ec0
This got removed from devkitPPC a while ago, this should allow
people on newer toolchains to build.
These changes also need to be done to all the cores.
This adds '--disable-menu' which will disable all of the menu drivers
including Qt. This will also allow disabling only rgui and not the other
menu drivers.
== DETAILS
For local netplay, it's useful to have your IP address easily
available. This commit makes the Information > Network Information
menu display the Wii U's IP address.
Change summary:
- Fix the logging init to be reentrant to avoid socket consumption
- Add implementation of POSIX `getifaddrs()` and `freeifaddrs()`
to `missing_libc_functions.c`
- Remove compiler directives protecting the code paths that call
`getifaddrs()` from being used in Wii U builds
== TESTING
Have tested locally, successfully get IP address information in
the Information > Network Information.
I think this may also fix NAT traversal. Will need to be tested.
== DETAILS
The broadcast address is a standard part of TCP/IP that is used to
send messages to everyone on the subnet. This patch updates the
logging code to do the following:
1. Derive the broadcast address from the Wii U's own IP address
and subnet mask. These can all be obtained at runtime, which
means we can...
2. Remove the PC_DEVELOPMENT_IP_ADDRESS define from Wii U's
Makefile, because compiling in an IP is no longer needed.
3. Rewrite the net_listen script to listen for broadcast packets
and print them out with timestamps.
Since it's using the broadcast address, the only requirement is
that the PC be on the same network subnet as the Wii U.
Because of the low overhead of UDP, I've made logging on by
default. This will make it a ton easier to get useful bug
reports from users.
- move non-salamander objects out of salamander scope
- move the missing libc functions to general scope
- fix salamander_main inline invocation
TESTING: Ran 'make -f Makefile.wiiu SALAMANDER=1' successfully
=== DETAILS
Since @aliaspider wants the `wiiu/` to be something of a mini-SDK, I've
reorganized the code I put in there:
- `wiiu/main.c` now only has the ELF/RPX entrypoints, and the code used
by those entrypoints, with RA code removed (e.g. swapped retro_sleep()
for usleep()). These entrypoints then call main() ...
- Moved `main()` and its support functions back into `frontend/drivers/platform_wiiu.c`
I also renamed some of the support functions I wrote, and better
organized them within the code.
- Moved `wiiu/input/` into the `input/` hierarchy:
* The joypad drivers now live in `input/drivers_joypad/wiiu/`
* The HID driver now lives in `input/drivers_hid/`
* The Wii U specific headers now live in `input/include/wiiu`
* I added `input/include` into the include search path to avoid
using really ugly relative includes
== DETAILS
The Wii U main entrypoints were embedded in the frontend driver,
which isn't a great place for them. Also, the `main()` method was
pretty long and monolithic. Now it's (much) less so.
Changes:
- Refactor out the main entrypoints into their own source files
(`wiiu/main.c` and `wiiu/main.h`)
- Optimize includes in both files, so only the minimum needed to
compile are included.
- The `main()` method is a lot easier to understand now. It's no longer
a confusing mess of ifdefs.
- There's a small amount of changes in the headers for future work, which
is switching kpad_driver to be callback-driven. The only change here is
to import the function that will be used, and define some data types.
Testing:
- Did local builds and confirmed build is successful
- Successfully loaded a core and switched among a few games
== DETAILS
- DS3 analog wasn't working mainly because I forgot to actually declare the
axes in input/input_autoconfig.c when declaring the pad. Whoops.
- I also moved the axis decoding logic to a more central place, because it
clearly is not Wii U specific.
- Removed some dead commented-out code
== TESTING
Can use analog inputs on both GCA and DS3. Tested in Mario 3 on Nestopia core.
Haven't tested with any actual analog games, but I did confirm via logging
that the correct ranges are produced.
