/* This is a small demo of the high-performance GUIX graphics framework. */

#include <stdio.h>
#include "tx_api.h"
#include "gx_api.h"
#include "gx_validation_utility.h"

TEST_PARAM test_parameter = {
    "guix_button_24xrgb", /* Test name */
    111, 90, 260, 139  /* Define the coordinates of the capture area.
                         In this test, we only need to capture the line
                         drawing area.  */
};

static VOID      control_thread_entry(ULONG);
int main(int argc, char ** argv)
{
    /* Parse the command line argument. */
    gx_validation_setup(argc, argv);

    /* Start ThreadX system */
    tx_kernel_enter(); 
    return(0);
}

VOID tx_application_define(void *first_unused_memory)
{

    /* Create a dedicated thread to perform various operations
       on the line drawing example. These operations simulate 
       user input. */
    gx_validation_control_thread_create(control_thread_entry);

    /* Termiante the test if it runs for more than 100 ticks */
    /* This function is not implemented yet. */
    gx_validation_watchdog_create(100);

    /* Call the actual line example routine. */
    gx_validation_application_define(first_unused_memory);

}


/* Replace the default graphics driver with the validation driver. */
#ifdef win32_graphics_driver_setup_24xrgb  
#undef win32_graphics_driver_setup_24xrgb  
#endif
#define win32_graphics_driver_setup_24xrgb  gx_validation_graphics_driver_setup_24xrgb


#ifdef WIN32
#undef WIN32
#endif

#include "gx_validation_wrapper.h"

#include "demo_guix_all_widgets.c"
/* Define the xpos values for the mouse. */
static int xpos_value[] = {111, 112, 116, 130, 144, 155, 167, 188, 201, 255};

/* Define the ypos values for the mouse.*/
static int ypos_value[] = {90, 92, 95, 106, 117, 128, 136};

static int Mouse_event[] = {GX_EVENT_PEN_DOWN, GX_EVENT_PEN_UP};

char test_comment[256];


static VOID control_thread_entry(ULONG input)
{

int xpos_index, ypos_index, Mouse_index;
int frame_id = 1;
GX_EVENT my_event;

    for(xpos_index = 0; xpos_index < (INT)(sizeof(xpos_value) / sizeof(int)); xpos_index++)
    {
        for(ypos_index = 0; ypos_index < (INT)(sizeof(ypos_value) / sizeof(int)); ypos_index++)
        {
            for(Mouse_index = 0; Mouse_index < 2; Mouse_index++)
            {
                /* Inform the validation system 
                (1) Frame ID, which identifies a specific test configuration;
                (2) Start recording frame on the next toggle operation.
                */
                sprintf(test_comment, "xpos %d ypos %d ", xpos_value[xpos_index], ypos_value[ypos_index]);
                if(xpos_value[xpos_index] < 117 || xpos_value[xpos_index] > 253 || ypos_value[ypos_index] < 100 || ypos_value[ypos_index] > 134)
                {
                    strcat(test_comment, "outside ");
                }
                else
                {
                    strcat(test_comment, "inside ");
                }
                if(Mouse_event[Mouse_index] == GX_EVENT_PEN_DOWN)
                {
                    strcat(test_comment, "mouse down ");
                }
                else
                {
                    strcat(test_comment, "mouse on ");
                }


                memset(&my_event, 0, sizeof(GX_EVENT));

                my_event.gx_event_type = Mouse_event[Mouse_index];

                my_event.gx_event_payload.gx_event_pointdata.gx_point_x = xpos_value[xpos_index];
                my_event.gx_event_payload.gx_event_pointdata.gx_point_y = ypos_value[ypos_index];
                my_event.gx_event_display_handle = 1;
                gx_system_event_send(&my_event);
                gx_validation_set_frame_id(frame_id);
                gx_validation_set_frame_comment(test_comment);
                /* Force a screen refresh. */
                gx_validation_screen_refresh();
                /* Increment frame ID */
                frame_id ++;
            }
        }
    }


    /* Signal the end of the test case.  Verify the output. */
    gx_validation_end();

    exit(0);
}