void read_vector_test()
{
cbuf_t in;
printf("read_vector_test1: BEGIN\n");
cbuf_initv(&in, &vec1);
cbuf_print(&in, "vec1");
print_u8(&in, 10);
print_u16(&in, 10);
print_u32(&in, 10);
print_u64(&in, 10);
print_f32(&in, 10);
print_f64(&in, 10);
printf("read_vector_test1: END%s\n",
!cbuf_eob(&in) ? " (data not consumed)" : "");
cbuf_print(&in, "vec1");
cbuf_final(&in);
printf("read_vector_test2: BEGIN\n");
cbuf_initv(&in, &vec2);
cbuf_print(&in, "vec2");
print_u32(&in, 5);
print_u16(&in, 1);
print_u8(&in, 1);
printf("read_vector_test2: END%s\n",
!cbuf_eob(&in) ? " (data not consumed)" : "");
cbuf_print(&in, "vec2");
cbuf_final(&in);
}
/* Prints out the matchinfo. */
static void
print(const struct ipt_ip *ip,
const struct ipt_entry_match *match,
int numeric)
{
printf("u32 ");
print_u32((struct ipt_u32 *)match->data);
}
void read_buffer_test()
{
cbuf_t in;
printf("read_buffer_test vu8: BEGIN\n");
cbuf_init(&in, &vu8, sizeof(vu8), 0, 0);
print_u8(&in, 10);
printf("read_buffer_test vu8: END%s\n",
!cbuf_eob(&in) ? " (data not consumed)" : "");
cbuf_final(&in);
printf("read_buffer_test vu16: BEGIN\n");
cbuf_init(&in, &vu16, sizeof(vu16), 0, 0);
print_u16(&in, 10);
printf("read_buffer_test vu16: END%s\n",
!cbuf_eob(&in) ? " (data not consumed)" : "");
cbuf_final(&in);
printf("read_buffer_test vu32: BEGIN\n");
cbuf_init(&in, &vu32, sizeof(vu32), 0, 0);
print_u32(&in, 10);
printf("read_buffer_test vu32: END%s\n",
!cbuf_eob(&in) ? " (data not consumed)" : "");
cbuf_final(&in);
printf("read_buffer_test vu64: BEGIN\n");
cbuf_init(&in, &vu64, sizeof(vu64), 0, 0);
print_u64(&in, 10);
printf("read_buffer_test vu64: END%s\n",
!cbuf_eob(&in) ? " (data not consumed)" : "");
cbuf_final(&in);
printf("read_buffer_test vf32: BEGIN\n");
cbuf_init(&in, &vf32, sizeof(vf32), 0, 0);
print_f32(&in, 10);
printf("read_buffer_test vu32: END%s\n",
!cbuf_eob(&in) ? " (data not consumed)" : "");
cbuf_final(&in);
printf("read_buffer_test vf64: BEGIN\n");
cbuf_init(&in, &vf64, sizeof(vf64), 0, 0);
print_f64(&in, 10);
printf("read_buffer_test vf64: END%s\n",
!cbuf_eob(&in) ? " (data not consumed)" : "");
cbuf_final(&in);
}
// this must be the first executable code as the loader executes from the first program address
ReturnType lcd_test(int block, int status)
{
APPLICATION_INITIALISE();
print("lcd test\n");
print("LCD_VRAM = ");
print_u32(LCD_VRAM);
print_char('\n');
print("LCD_HEIGHT_LINES = ");
print_u32(LCD_HEIGHT_LINES);
print_char('\n');
print("LCD_WIDTH_PIXELS = ");
print_u32(LCD_WIDTH_PIXELS);
print_char('\n');
print("LCD_WIDTH_BYTES = ");
print_u32(LCD_WIDTH_BYTES);
print_char('\n');
print("VRAM_HEIGHT_LINES = ");
print_u32(LCD_VRAM_HEIGHT_LINES);
print_char('\n');
print("VRAM_WIDTH_PIXELS = ");
print_u32(LCD_VRAM_WIDTH_PIXELS);
print_char('\n');
print("VRAM_WIDTH_BYTES = ");
print_u32(LCD_VRAM_WIDTH_BYTES);
print_char('\n');
init_lcd();
do {
print("loop (space->pause/resume, enter -> exit)\n");
} while (process());
APPLICATION_FINALISE(0, 0);
}
/* Saves the union ipt_matchinfo in parsable form to stdout. */
static void save(const struct ipt_ip *ip, const struct ipt_entry_match *match)
{
printf("--u32 ");
print_u32((struct ipt_u32 *)match->data);
}
