Because for some reason the hdiutil convert step would sometimes fail with "image corrupt" when given an image the hdiutil create step had just previously created. Too cursed for my pay grade; I took the easy way out.
Request ownership is no longer flaky. Requests are now owned by the code that makes requests, and Requests and the RequestManager co-own RequestHandles. RequestManager disowns a RequestHandle if it's done with it or if Request code reports that it's no longer needed.
All libcurl code has been moved to RequestManager. This is nice because once NOHTTP is removed, we can add any number of RequestManager implementations, for example one for Android.
Client outliving RequestManager is still a problem, this will have to be addressed later.
More precisely, refactor the code responsible for routing these GameController events to the Lua side. The issue with the previous solution was it relied on preprocessor macros to switch between Lua-ful and Lua-less builds.
Some files have been using various fixed-size types (uint32_t etc.),
which are defined in stdint.h / cstdint, without including said header
file. While this code worked with GCC12 (likely a transitive include),
under GCC13 it fails to build due to "unknown type" errors.
This restrict effects of paste-time de-stacking to positions under particles being pasted. If this is not done, particles beyond the paste area can be wrongfully killed, see #889.
Some operator[]s that know the size of the container they wrap like to assert(index >= 0 && index < size), which is bad for us because we sometimes use &container[size]. This is not undefined behaviour until that pointer is dereferenced, but certain operator[]s choose to ignore this fact and err on the side of caution. The solution is to use &container[0] + size instead of &container[size].
Also make it easier to test tpt-libs builds locally by making it possible to point build.sh at a local tpt-libs repo and move installation of build dependencies to build.sh.
