#include <ggui.h>

using namespace GGUI;

int main() {
    GGUI::GGUI(
        node(new textField( 
            position(STYLES::center) | 
            text("Hello World!")
        ))
    );

    GGUI::waitForTermination(); // Wait until user gives signal to close (ctrl+c)
}

• Cross platform (Windows, Linux, "Android")

• Dynamic containers with horizontal and vertical lists

• Text fields, with left, center and right alignments

• Canvas with builtin sprite animation handling

• Fully customizable progress bars with even multi line support!

• Customizable borders for all drawn elements

• Mouse support with hover and focus effects

• Buttons and switches

• Transparency control

• Custom event handling for ease of use.

• Should contain everything you need to interact with a terminal

• Simple integration to your projects with single .h and .lib file

  c++ -I./ggui.h -L./ggui.lib ...
  

• Optimized for Blazing fast runtime with c++17 constexpr!

• Graceful exit be it ctrl+c or normal exit, GGUI cleans up after itself

c++ -std=c++17 -O3 -I./src -c ./src/**/*.cpp -o ggui.lib   # This will compile all source files into a single library file.

c++ -std=c++17 -O3 -I./bin/export ./bin/export/buildGGUILib.cpp -o headerGenerator   # This will build the automated builder.
./headerGenerator --headers-only --source-root ./           # This will generate automatically ggui.h, you can also add '--include-internal' for building ggui_dev.h 

• Initialize project locally with the init.sh script

  • Will clean all existing build directories, exported binaries and generated headers
  • builds ggui_core archive and ggui.h for intellisense to work properly

• Build specific targets with build.sh script

  • give the build type first and then the target(s)

    ./bin/build.sh profile ggui     # Links ggui_core with main.cpp
    ./bin/build.sh release build_native_archive # builds a usable archive and auto generates headers under ./bin/export/

• Cross-platform libraries and headers from export.sh script

  • Cross-platform configs are located in ./bin/export/
  • Build for specific architecture like this:

    ./bin/export.sh linux x86_64
    

  • Supported architectures are as follows:
    • linux arm32
    • linux arm64
    • linux x86_64
    • windows x86_64
  • Running ./bin/export.sh with no arguments will build for all supported platforms.

• Run test suite with: test.sh script.

  • Takes build type as first argument
  • Note: The test suite does not recognize faulty rendering
  • Can run test for cross-platforms via Docker-QEMU, basically the same syntax as export.sh, but add the build type as first argument, like this:

    ./bin/test.sh release linux x86_64
    

# Build types are: release, debug, profile
./bin/analytics/benchmark.sh -Full release      # Full CPU profiling
./bin/analytics/time.sh 5 120 release           # short duration 5s, long duration 120s; This is to check if opcodes explode with time growth or stay stabile.
./bin/analytics/assembly.sh profile             # Helper script to make a large asm file of the whole thing.

Note: scripts under analytics, do not support Docker cross-platform binary analysis yet!