#include "multi_button.h"
#include "Keys.h"

#include "N76E003.h"

pKeyState GROUP_KEY = {0};

struct Button kCS, kJS;

void ScanKey ( void )	//5ms
{
    button_ticks();
}

uint8_t Read_CS_GPIO()
{
    return ( bool ) P04;
}


void Keys_SIG ( void* btn )
{
    int event;

    if ( btn == &kCS )
    {
        event = get_button_event ( btn );

        switch ( event )
        {
        case SINGLE_CLICK:
            GROUP_KEY.CS = 1;
            break;		//测试

        case LONG_RRESS_START:
            GROUP_KEY.CS_L = 1;
            break;		//长按测试
        }
    }
    else if ( btn == &kJS )
    {
        event = get_button_event ( btn );

        switch ( event )
        {
        case SINGLE_CLICK:
            GROUP_KEY.JS = 1;
            break;		//计时

        case LONG_RRESS_START:
            GROUP_KEY.JS_L = 1;
            break;		//长按计时
        }
    }
}

void Keys_Init ( void )
{
    button_init_Head();
    button_init ( &kCS, Read_CS_GPIO, 0 );		//低电平触发

    button_attach ( &kCS, SINGLE_CLICK,     		Keys_SIG );
    button_attach ( &kCS, LONG_RRESS_START,     	Keys_SIG );

    button_start ( &kCS );

    //make the timer invoking the button_ticks() interval 5ms.
    //This function is implemented by yourself.
    //__timer_start(button_ticks, 0, 5);

}

void Key_CS_Hanlder ( void* btn )
{
    if ( btn )
    {}
}


void Key_CS_Long_Hanlder ( void* btn )
{
    if ( btn )
    {}
}



void Keys_All_Handler ( void )
{
    if ( GROUP_KEY.CS )
    {
        GROUP_KEY.CS = 0;
        Key_CS_Hanlder ( &kCS );
    }

    if ( GROUP_KEY.CS_L )
    {
        GROUP_KEY.CS_L = 0;
        Key_CS_Long_Hanlder ( &kCS );
    }

}