That is, in some cases (read: starcatcher, which uses the very last component of the user agent to determine the build ID), you'd get all changelog entries ever, not only the ones between the current version and the one the update server has.
Apparently ProductName is less important than FileDescription so the latter is what will say "The Powder Toy" and similar from now on.
Also fix the copyright character in LegalCopyright by telling the resource compile that the file is utf-8.
The idea is to have the following version information included:
- 1-component save version
- 2-component under the hood but the minor component shouldn't ever change again
- see currentVersionMajor in GameSave.cpp
- 1-component website API version
- again, currently 2-component because that's what the website code expects
- see apiVersion in requestmanager/Common.cpp
- 2-component display version, entirely cosmetic
- exposed as meson options display_version_major and display_version_minor
- see APP_VERSION in Config.template.h
- 1-component business logic version aka build number
- exposed as meson option build_num
- see APP_VERSION in Config.template.h
- variant id aka mod id, tightly coupled with the build number
- exposed as meson option mod_id
- see MOD_ID in Config.template.h
- display and business logic versions repeated for the upstream
- exposed as meson options upstream_version_major, upstream_version_minor, and upstream_build_num
- we'll have to update these alongside display_version_major, display_version_minor, and build_num, but mod owners can just merge our changes
- see UPSTREAM_VERSION in Config.template.h
- update channel, makes sense in the context of the variant (and yes, this would later enable mod snapshots)
- currently not exposed as a meson option but derived from meson options snapshot and mod_id
- see IDENT_RELTYPE in Config.template.h
- vcs tag aka git commit hash
- set by build.sh in ghactions workflows
- see VCS_TAG in VcsTag.tempalte.h
Rather importantly, the save and website API versions are now allowed to change independently of the display version.
These changes also allowed me to remove the ugly sed hacks in build.sh used to provision some manifest files; they are now provisioned by meson.
Also add version info for windows and android.
For this to work, loading code needed to stop trusting DEFAULT_PT_ identifiers, which it trusted because there have been some identifier changes between vanilla releases. I dug these up and listed them explicitly; they are now taken into account as needed when loading old enough saves.
Mainly the new ones I added >_> Don't use lua_pcall, kids. tpt_lua_pcall records when control flow was "last seen" on the C++ side, so you have to call it rather than just lua_pcall if you want to avoid timeout ("script not responding") errors.
For the record, I had a really hard time reproducing these errors. I had to tune the timeout to such a low value that the errors might as well have not been spurious, i.e. not much could have been done in such a short period of time anyway, bugs or no bugs.
This looks slightly nicer on very pixel-dense screens (scale factors 5 and up) than nearest neighbour fractional upscaling does.
Also fix window icon disappearing at times and the window being resized after configuration changes.
We should maybe start preserving window size also at some point, the way we do position now.
By not using SDL_RenderLogicalToWindow if it's not available.
Because of course ubuntu 20.04 has sdl 2.0.10, which of course doesn't yet have SDL_RenderLogicalToWindow which was added in 2.0.18, which is of course needed because of course SDL_SetTextInputRect takes window coordinates rather than logical coordinates. At least official static linux builds are not affected because tpt-libs uses much newer sdl.
Namely when the main window is resizeable and its size isn't the same as it would be with the active scale mode with resizing disabled.
Also fix window position not being restored when the main window is resizeable.
By zero-initializing pointers in OptionsView so they don't crash when they don't get initialized, which up until very recently they always had. In the cases of the emscripten and android ports, certain components are never created.
Another rat's nest; I'm still not entirely satisfied.
This introduces "frame personalities": one for embedded frames (emscripten), one for handheld devices and everything else that doesn't really work with windows (android), and one for everything else. For now these affect which frame options are configurable by the user and what values they are forced to take if they are not configurable, and whether optimal scale is guessed based on screen size.
Also introduce a future TouchUI config node to allow switching between normal and touch-optimized UI on android. Again, because chromebooks and other android devices with mouse and keyboard support are a thing.
Also enable debugging of debug builds of android. It took me hours to attach a stupid debugger to the process; see:
- https://www.sh-zam.com/2019/05/debugging-krita-on-android.html
- https://source.android.com/docs/core/tests/debug/gdb#app-startup
I also had to adb forward the port that lldb was supposedly talking to lldb-server over because otherwise it wouldn't attach; I don't get it either.
