electronicload

#include "main.h"

void _exit(int a) {
    while (1) {
    };
}

int main(int argc, char* argv[]) {
    /* TODO move this section into HAL */
    SystemInit();
    SysTick_Config(72000);
    NVIC_PriorityGroupConfig(NVIC_PriorityGroup_4);
    RCC_APB2PeriphClockCmd(RCC_APB2Periph_AFIO, ENABLE);
    GPIO_PinRemapConfig(GPIO_Remap_SWJ_JTAGDisable, ENABLE);

    // Peripheral inits
    timer_Init();
    hal_currentSinkInit();
    hal_displayInit();
    hal_frontPanelInit();
    hal_triggerInit();
    multimeter_Init();
    uart_Init(115200);
    uart_writeString("electronicload\n");

    timer_waitms(500);

// External hardware inits
// (nothing so far)

// Software inits
    settings_Init();
    settings_readFromFlash();

    mainMenu_Init();
    events_Init();
    waveform_Init();
    characteristic_Init();
    arb_Init();
    load_Init();
    com_Init();
    stats_Init();

    timer_SetupPeriodicFunction(3, MS_TO_TICKS(5), hal_updateDisplay, 12);

    selftest_Run();

    cal_Init();

    notebook_t n;

    notebook_create(&n, FONT_SMALL, 128, 64);
    const char main[] = "MAIN";
    notebook_addPage(&n, mainMenu_getWidget(), main);
    const char waveform[] = "WAVEFORM";
    notebook_addPage(&n, waveform_getWidget(), waveform);
    const char arbitrary[] = "ARBITRARY";
    notebook_addPage(&n, arb_getWidget(), arbitrary);
    const char settings[] = "SETTINGS";
    notebook_addPage(&n, settings_getWidget(), settings);
    const char characteristics[] = "U/I-CURVE";
    notebook_addPage(&n, characteristic_getWidget(), characteristics);
    const char events[] = "EVENTS";
    notebook_addPage(&n, events_getWidget(), events);
    const char stats[] = "STATISTIC";
    notebook_addPage(&n, stats_getWidget(), stats);
    const char calib[] = "CALIBRATION";
    notebook_addPage(&n, cal_getWidget(), calib);

    GUISignal_t signal;
    memset(&signal, 0, sizeof(signal));
    n.flags.focussed = 1;
    n.base.flags.selected = 1;
    n.flags.editing = 1;
    widget_selectFirst(n.base.firstChild);
    while (1) {
        uint32_t timeout = timer_SetTimeout(200);
        do {
            signal.clicked = hal_getButton();
            signal.encoder = hal_getEncoderMovement();
        } while (!signal.clicked && signal.encoder == 0
                && !timer_TimeoutElapsed(timeout));
        while (hal_getButton())
            ;
        signal = mainMenu_Input(signal);
        widget_input((widget_t *) &n, signal);
        if (n.selectedPage == 0) {
            /* we are on the main screen -> update widgets */
            mainMenu_updateWidgets();
        }
        widget_Redraw((widget_t *) &n);
    }

//    // setup main menu
//    menu_AddMainMenuEntry("Waveforms", waveform_Menu);
//    menu_AddMainMenuEntry("Events", events_menu);
//    menu_AddMainMenuEntry("Arbitrary Sequence", arb_Menu);
//    menu_AddMainMenuEntry("U/I characteristic", characteristic_Menu);
//    menu_AddMainMenuEntry("Statistics", stats_Display);
//    menu_AddMainMenuEntry("Settings", settings_Menu);
//    menu_AddMainMenuEntry("Calibration", calibrationMenu);
    menu_AddMainMenuEntry("Tests", test_Menu);
    menu_AddMainMenuEntry("Errors", error_Menu);
//
//    menu_DefaultScreenHandler();
}