void printstatus(void)
{
gfx_drawblock(8, 8, blk);
sprintf(printbuffer, "%04d", blk);
txt_print(32, 8, SPR_FONTS, printbuffer);
txt_print(240,180, SPR_FONTS, "F10 = HELP");
}
void printstatus(void)
{
int c;
gfx_drawblock(8, 8, blk);
sprintf(printbuffer, "%04d", blk);
txt_print(32, 8, SPR_FONTS, printbuffer);
sprintf(printbuffer, "X:%04d", blockx);
txt_print(8, 170, SPR_FONTS, printbuffer);
sprintf(printbuffer, "Y:%04d", blocky);
txt_print(8, 180, SPR_FONTS, printbuffer);
if (mark==2)
{
sprintf(printbuffer, "XSIZE:%04d", markx2 - markx1 + 1);
txt_print(240, 160, SPR_FONTS, printbuffer);
sprintf(printbuffer, "YSIZE:%04d", marky2 - marky1 + 1);
txt_print(240, 170, SPR_FONTS, printbuffer);
}
if (scrolllock) txt_print(240, 8, SPR_FONTS, "SCRLOCK");
sprintf(printbuffer, "L:%1d", cl+1);
txt_print(64,170, SPR_FONTS, printbuffer);
sprintf(printbuffer, "V:");
for (c = 0; c < MAX_LAYERS; c++)
{
char layerstring[2];
layerstring[0] = '1'+c;
layerstring[1] = 0;
if (layervisible[c]) strcat(printbuffer,layerstring);
}
txt_print(64,180, SPR_FONTS, printbuffer);
txt_print(240,180, SPR_FONTS, "F10 = HELP");
}
static void print_section_opt(const knot_rrset_t *rr, const uint8_t rcode)
{
uint8_t ercode = knot_edns_get_ext_rcode(rr);
uint16_t ext_rcode_id = knot_edns_whole_rcode(ercode, rcode);
const char *ext_rcode_str = "Unused";
lookup_table_t *ext_rcode;
if (ercode > 0) {
ext_rcode = lookup_by_id(knot_rcode_names, ext_rcode_id);
if (ext_rcode != NULL) {
ext_rcode_str = ext_rcode->name;
} else {
ext_rcode_str = "Unknown";
}
}
printf("Version: %u; flags: %s; UDP size: %u B; ext-rcode: %s\n",
knot_edns_get_version(rr),
(knot_edns_do(rr) != 0) ? "do" : "",
knot_edns_get_payload(rr),
ext_rcode_str);
knot_rdata_t *rdata = knot_rdataset_at(&rr->rrs, 0);
assert(rdata != NULL);
uint16_t data_len = knot_rdata_rdlen(rdata);
uint8_t *data = knot_rdata_data(rdata);
int pos = 0;
while (pos < data_len - KNOT_EDNS_OPTION_HDRLEN) {
uint16_t opt_code = wire_read_u16(data + pos);
uint16_t opt_len = wire_read_u16(data + pos + 2);
uint8_t *opt_data = data + pos + 4;
switch (opt_code) {
case KNOT_EDNS_OPTION_NSID:
printf(";; NSID: ");
short_hex_print(opt_data, opt_len);
if (opt_len > 0) {
printf(";; : ");
txt_print(opt_data, opt_len);
}
break;
case KNOT_EDNS_OPTION_CLIENT_SUBNET:
printf(";; CLIENT-SUBNET: ");
print_edns_client_subnet(opt_data, opt_len);
break;
default:
printf(";; Option (%u): ", opt_code);
short_hex_print(opt_data, opt_len);
}
pos += 4 + opt_len;
}
}
void printinfo(void)
{
int y, x, f;
unsigned char *infoptr = &blkinfdata[16*blk];
txt_print(40, 96, SPR_FONTS, "0");
txt_print(40+24, 96, SPR_FONTS, "1");
txt_print(40+2*24, 96, SPR_FONTS, "2");
txt_print(40+3*24, 96, SPR_FONTS, "3");
txt_print(40+4*24, 96, SPR_FONTS, "4");
txt_print(40+5*24, 96, SPR_FONTS, "5");
txt_print(40+6*24, 96, SPR_FONTS, "6");
txt_print(40+7*24, 96, SPR_FONTS, "7");
for (y = 0; y < 4; y++)
{
for (x = 0; x < 4; x++)
{
if (*infoptr & 1) f=0x00010005; else f=0x00010006;
gfx_drawsprite(32+x*4,64+y*4,f);
if (*infoptr & 2) f=0x00010005; else f=0x00010006;
gfx_drawsprite(32+24+x*4,64+y*4,f);
if (*infoptr & 4) f=0x00010005; else f=0x00010006;
gfx_drawsprite(32+2*24+x*4,64+y*4,f);
if (*infoptr & 8) f=0x00010005; else f=0x00010006;
gfx_drawsprite(32+3*24+x*4,64+y*4,f);
if (*infoptr & 16) f=0x00010005; else f=0x00010006;
gfx_drawsprite(32+4*24+x*4,64+y*4,f);
if (*infoptr & 32) f=0x00010005; else f=0x00010006;
gfx_drawsprite(32+5*24+x*4,64+y*4,f);
if (*infoptr & 64) f=0x00010005; else f=0x00010006;
gfx_drawsprite(32+6*24+x*4,64+y*4,f);
if (*infoptr & 128) f=0x00010005; else f=0x00010006;
gfx_drawsprite(32+7*24+x*4,64+y*4,f);
infoptr++;
}
}
}
