Function FL_TEST_FILE

tests/power_mgt.cpp:10–259

#include "hsv2rgb.h"

FL_TEST_FILE(FL_FILEPATH) {

struct ScopedPowerScalingExponent {
    explicit ScopedPowerScalingExponent(float exponent)
        : previous_model(get_power_model()) {
        PowerModelRGB updated_model = previous_model;
        updated_model.exponent = exponent;
        set_power_model(updated_model);
    }

    ~ScopedPowerScalingExponent() {
        set_power_model(previous_model);
    }

    PowerModelRGB previous_model;
};

FL_TEST_CASE("PowerModelRGB - constructor") {
    PowerModelRGB model(40, 40, 40, 2);
    FL_CHECK(model.red_mW == 40);
    FL_CHECK(model.green_mW == 40);
    FL_CHECK(model.blue_mW == 40);
    FL_CHECK(model.dark_mW == 2);
}

FL_TEST_CASE("PowerModelRGB - default constructor") {
    PowerModelRGB model;
    FL_CHECK(model.red_mW == 80);   // WS2812 @ 5V
    FL_CHECK(model.green_mW == 55);
    FL_CHECK(model.blue_mW == 75);
    FL_CHECK(model.dark_mW == 5);
}

FL_TEST_CASE("PowerModelRGBW - constructor") {
    PowerModelRGBW model(90, 70, 90, 100, 5);
    FL_CHECK(model.red_mW == 90);
    FL_CHECK(model.green_mW == 70);
    FL_CHECK(model.blue_mW == 90);
    FL_CHECK(model.white_mW == 100);
    FL_CHECK(model.dark_mW == 5);
}

FL_TEST_CASE("PowerModelRGBWW - constructor") {
    PowerModelRGBWW model(85, 65, 85, 95, 95, 5);
    FL_CHECK(model.red_mW == 85);
    FL_CHECK(model.green_mW == 65);
    FL_CHECK(model.blue_mW == 85);
    FL_CHECK(model.white_mW == 95);
    FL_CHECK(model.warm_white_mW == 95);
    FL_CHECK(model.dark_mW == 5);
}

FL_TEST_CASE("PowerModelRGBW - toRGB conversion") {
    PowerModelRGBW rgbw(90, 70, 90, 100, 5);
    PowerModelRGB rgb = rgbw.toRGB();

    // Only RGB + dark should be extracted
    FL_CHECK(rgb.red_mW == 90);