QT 5.11 finally removes the qt5_use_modules macro.
Instead target_link_libraries with the Qt5::Lib added should be used.
Since we already use that in one place, it should work everywhere. Since
the common companion lib already depends on Core, widges and multimedia
components that link against it, also implicitly link against those
libraries.
* avoid generating a blank part for font size that do not have extras
* use “stretch” instead of “jessie”
.. and add libgtest-dev.
* keep space width equal 4, no matter what
* updated generated fonts
* updated reference images
* Replace PyQt completely (#5902)
* ported img2lbm.py to Pillow (and get rid of PyQt)
* removed PyQt from Dockerfile
* fixed travis
* fixed issue with img2lbm and Horus bitmaps
Small cosmetic colour changes
This allows the RSSI/Tx-Battery/Volume display to be displayed with the proper background colour when changing the main theme colour. Also puts the background colour at some use, as I could not see it used anywhere.
* Gtest pattern changed
* Fixes#4449: lcdDrawLine_line() was wrong for slanted lines [128x64]
* Fixes#4449: lcdDrawLine_line() was wrong for slanted lines [480x272]
* lcdDrawLine() coordinates check moved to Lua API
* Re #4224: Introduced settingsPath and use std::string for paths in simpgmspace.
* Re #4224: Relevant parts of simpgmspace.cpp moved into simufatfs.cpp and simudisk.cpp
* Removed "/" from "mask_monitor_logsw.png"
* Re #4224: findTrueFileName() refactoring
* Faster gtests (less waiting for eeprom operations to finish)
* Re #4224: Radio settings and models directories now taken from alternate path (if set) [simu]
* Fixes#3322: together with previous changes to the SD browser this prevents the simulator from browsing higher than SD card root path.
* f_chdir() debug traces
* [TravisCI] Build using avr-gcc 4.9.2 (up from 4.8.2). Relies on https://github.com/opentx/opentx/pull/4169 . Fixes all linker warnings, makes clean build.
* [build] Add ARM/AVR compiler version check/display and a workaround for avr-gcc linker warnings when using WARNINGS_AS_ERRORS=true.
* [TravisCI] Enable -Werror on all build targets (WARNINGS_AS_ERRORS=true).
* [build] CMake script updates:
Enable WARNINGS_AS_ERRORS option for all targets (not just firmware);
Consolidate some C/CXX flag settings for firmware target, avoid duplication/redundancy;
All warning flags are now passed to linker (GCC only);
Add a "build report" for each main target showing compiler, flags, and defines, with verbosity controlled by new VERBOSE_CMAKELISTS option;
Added properties to PCB, TRANSLATIONS, and a few other options (makes option selector lists in cmake-gui);
Add macro for conditionally adding C++11 flag;
Silence CMake >3.0 warnings about CMP0054 policy not being set;
Reverts AVR linker -Werror workaround;
Misc. cleanup/consolidation.
* [build] More CMakeLists updates:
Silence superfluous "CRT_SECURE" series MSVC warnings;
Formalize finding pthread lib/dll on MSVC builds and fix some issues with install target script;
Add property string lists to more options;
Quotes some paths with possible spaces, & other minor cosmetics.
* [build] firmware/bootloader: Remove remaining CMake default compiler flags and add FIRMWARE_C[XX}_FLAGS[_DEBUG] options for user to specify additional flags. Also move ASM language call to silence CMake warning w/MSVC.
* [build] Workaround bogus "uninitialized" warnings from AVR linker.
* [tests] Add custom printer for less verbose gtest output (use --verbose option to revert to gtest default).
* [build] Use less verbose CMake output for TravisCI builds. Formalize search for gtest code and enable gtests target on WIN32-GCC. Minor language fix.
* Flash savings: getFileExtension() de-templated, saves 160 bytes
* Flash savings: several variables moved to rodata, RGB macro optimization (speed and can now be used to initialize rodata)
Result for Horus:
text data bss dec
1261182 808603 42020 2111805 before
1267149 803335 42124 2112608 after (data size also counts .sram section)
5kB saved in .data section (RAM and FLASH)
* Removed compiler warnings
* RGB() and ARGB() gtests added
* ARGB() optimized
* Add FY805 protocol
* Fix stray space
* Fix multi sending 120% instead of 100%.
* Implement a custom telemetry for the multi module
The custom telemetry allows the module to tell the telemetry protocol to OpenTX and also allows signaling the status of the Module (e.g. invalid protocol) to OpenTX
This should also close#3979.
* Cosmetics and a few small bugfixes
* remove empty if
* Move status line directly below the mode to be always visible when selecting a protocol
* warn if internal RF module is on
* Replace sprint with small helper function to build on AVR ARM (AR9X, 9XPRO, …)
* TR in wrong order, RF_PROTO_OFF inverted
* Refactor definition of Multimodule protocols to have one central place to define all multi protocol properties
* Also update protocols in companion
* Update multi version number to display as a.b.c.d
* Move to Horus style implementation
* TINSIZE handling
* Fix timers
* Add the option to align left on first digit (ie '-' if left of alignment point)
* Compile fix
* Reduce DBL font dot size
* Get ready for PR
* Remove unused function
* Remove leftover declaration
* Performance
* Cosmetics
* Better memory stats (CLI)
* Bitmap buffer overflow check added
* Lua bitmap improvements
* Proper handling of symbolic links in simulator
* S6R Lua script fixes:
* added progress screen while loading bitmaps
* memory for bitmaps is now freed when leaving the script
* S6R Lua script: improved bitmap loading
* * Lua Themes and Widgets moved to separate file and separate Lua state
* Stand-alone, mixer and function scripts now behave the same as on Taranis (restarted after the stand-alone script was run)
* both Lua states are independent: Themes and Widgets is initialized only at the start, the other one is initialized before and after the stand-alone script is run
* Better leak test and report in BitmapBuffer
* Re #3318: Lua compiler enabled in simu and Companion simulator. Usage:
* any time <xxx>.lua file is about to be loaded and if file <xxx>.lua.src exists:
* load contents of <xxx>.lua.src
* compile Lua code
* save compiled code into <xxx>.lua (effectively overwrites existing file)
* immediately following the compilation the real file loading is done from <xxx>.lua (which by now contains compiled Lua bytecode)
Bertrand Songis