test_ui_core.cpp

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#include "test_controlled_value.h"
#include "test_manager.h"
#include "rotary_encoder.h"
#include "test_widget_on_serial_monitor.h"
#include <map>
#include <string>
#include "probe.h"
 
#define CENTRAL_SWITCH_GPIO 6
#define ENCODER_CLK_GPIO 26
#define ENCODER_DT_GPIO 21
 
Probe pr_D1 = Probe(1);
Probe pr_D4 = Probe(4);
Probe pr_D5 = Probe(5);
 
StructSwitchButtonConfig cfg_central_switch{
    .debounce_delay_us = 5000,
    .long_release_delay_us = 1000000,
    .long_push_delay_us = 1000000,
    .active_lo = true};
 
StructSwitchButtonConfig cfg_encoder_clk{
    .debounce_delay_us = 5000};
 
void shared_irq_call_back(uint gpio, uint32_t event_mask);
RotaryEncoder encoder = RotaryEncoder(ENCODER_CLK_GPIO, ENCODER_DT_GPIO,
                                      shared_irq_call_back, cfg_encoder_clk);
 
SwitchButton central_switch = SwitchButton(CENTRAL_SWITCH_GPIO, cfg_central_switch);
 
void shared_irq_call_back(uint gpio, uint32_t event_mask)
{
    pr_D1.pulse_us(10);
    switch (gpio)
    {
    case ENCODER_CLK_GPIO:
        encoder.interrupt_service_routine(event_mask);
        break;
 
    default:
        printf("unknown IRQ\n");
        break;
    };
}
 
int main()
{
    pr_D1.hi();
    stdio_init_all();
 
    TestIncrementalValue value_0 = TestIncrementalValue("val0", 0, 5, true, 1);
    TestIncrementalValue value_1 = TestIncrementalValue("val1", 0, 10, false, 1);
    TestIncrementalValue value_2 = TestIncrementalValue("val2", -20, 3, false, 1);
 
    TestCursorWidgetWithIncrementalValue value_0_widget = TestCursorWidgetWithIncrementalValue(&value_0);
    TestCursorWidgetWithIncrementalValue value_1_widget = TestCursorWidgetWithIncrementalValue(&value_1);
    TestCursorWidgetWithIncrementalValue value_2_widget = TestCursorWidgetWithIncrementalValue(&value_2);
 
    Test_Manager manager = Test_Manager(&encoder);
 
    TestObjectManagerWidget manager_widget = TestObjectManagerWidget(&manager);
 
    TestSetOfWidget set_of_widget = TestSetOfWidget();
    set_of_widget.add_widget(&manager_widget);
    set_of_widget.add_widget(&value_0_widget);
    set_of_widget.add_widget(&value_1_widget);
    set_of_widget.add_widget(&value_2_widget);
     
 
    value_0.update_status(ControlledObjectStatus::HAS_FOCUS);
    manager.add_managed_model(&value_0);
    manager.add_managed_model(&value_1);
    manager.add_managed_model(&value_2);
 
    pr_D1.lo();
 
    while (true)
    {
        pr_D4.pulse_us(10);
        ControlEvent event = central_switch.process_sample_event();
        manager.process_control_event(event);
        pr_D5.hi();
        set_of_widget.refresh();
        pr_D5.lo();
        sleep_ms(20);
    }
 
    return 0;
}