Considerations
- Use versioned files. Versioned Qt CMake APIs are disabled to force explicit calls and say that we don't support older `QT`s
- Don't use blobbing. Use `target_sources` and `qt_target_qml_sources`
- Distribute `CMake` definitions closer to the context: main folders with their own `CMakeLists.txt`
- Everything in libraries under `Status` namespace for cleaner code.
- Includes are exposed with Module folder externally and without prefix internally
- File/Folders name matches definitions they contain for uniformity that leads to cleaner code
- All source files (cpp, qml, js ...) have to be added to one of the CMakeLists.txt files to be tracked by CMake build system.
- Use BUILD_DEBUG, BUILD_RELEASE and BUILD_DEVELOPMENT variables from Helpers library
- Avoid Include directories. Not needed anymore CMake `target_*` APIs handles this through `INTERFACE`, `PUBLIC` and `PRIVATE` scope identifiers
- `StatusQ` is meant to be compiled as an external library, therefore StatusQ tests are kept inside its own directory
- Forced CMake version to `3.21` for the latest features and fixes. It is desired to be kept as recent as possible due to its backward compatibility. Following Qt's shipped version might be an option
- Depends on status-go changes to allow forcing of arm for apple silicon
Found limitations to CMake Qt API with Qt 6.3
- Having `0` as major version when using `qt_add_qml_module` doesn't work. Qml engine reports loading the `qmldir` but won't load the plugin library and no error is reported outside that exposed types are not found.
- `qt_target_qml_sources` doesn't work now, it generate a double copy error when deploying qml files in bin-directory. For now we stick with adding files using `qt_add_qml_module` central place
- Need to add `OUTPUT_DIRECTORY` to `qt_add_qml_module` to use the workaround
- If `MACOSX_BUNDLE` target property is set breaks importing of QML files. Disabled until fixed or workaround found
- For an unknown reason application executable tries to include the `QML_ELEMENT` include files, therefore for now I include all the C++ qml elements in INTERFACE
- unify the "build-..." targets
- enable a debug build by default, to simplify development
- bump vendor/DOtherSide
- avoid DOtherSide checks for docs/tests-specific tools like Doxygen
- switch to an in-place build for DOtherSide
- silence the DOtherSide build when V=0, make it more verbose with V=1
- don't delete checked out submodules in the "clean" target
- update build instructions in the README
- centralise Nim compiler options in a top-level "config.nims" (except
`-d:debug` which needs to be on the command line)
- unify the "build-..." targets
- enable a debug build by default, to simplify development
- bump vendor/DOtherSide
- avoid DOtherSide checks for docs/tests-specific tools like Doxygen
- switch to an in-place build for DOtherSide
- silence the DOtherSide build when V=0, make it more verbose with V=1
- don't delete checked out submodules in the "clean" target
- update build instructions in the README
- centralise Nim compiler options in a top-level "config.nims" (except
`-d:debug` which needs to be on the command line)
Onboarding carousel completed
Redo folder restructuring
NOTES:
1. nim_status_client binary is output to `./bin/nim_status_client`, so you'll need to update your workflow to run this file. README has been updated to reflect this. Also, if you're running VSCode, instructions for code reload were added.
2. All `ui` files now live in `ui/`
3. All lib files (ie `libstatus`) now live in `lib/`
4. Removed the Qt Creater user project file as this is unique to each user
5. Moved the project file to `ui/`, so just open up the `ui` folder in Qt creator and it should locate the project file
6. `-d:release` removed from compilation as it wasn't needed
7. Broke up main.qml in to the main app and onboarding components, however this should be broken down further into more reusable components
8. Click "Get started" to show chat
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