void put_triforce()
{
if(get_bit(quest_rules,qr_HOLDITEMANIMATION))
{
putitem2(framebuf,120,113-(get_bit(quest_rules, qr_NOITEMOFFSET)),iTriforce,lens_hint_item[iTriforce][0],lens_hint_item[iTriforce][1], 0);
putitem2(framebuf,136,113-(get_bit(quest_rules, qr_NOITEMOFFSET)),iTriforce,lens_hint_item[iTriforce][0],lens_hint_item[iTriforce][1], 0);
}
else
{
putitem(framebuf,120,113-(get_bit(quest_rules, qr_NOITEMOFFSET)),iTriforce);
putitem(framebuf,136,113-(get_bit(quest_rules, qr_NOITEMOFFSET)),iTriforce);
}
}
void *producer_thread(void *arg)
{
int ret;
char pdatabuf[1024];
while(1){
//fgets(pdatabuf, sizeof(pdatabuf), stdin); //produce
//another form of synchronization
//in these cases, semaphores are only used for
//synchronization, not locks !!!
sem_wait(&seminput);
pthread_mutex_lock(&input_buffer_lock);
ret = putitem(user_input_buffer);
pthread_mutex_unlock(&input_buffer_lock);
if(ret != 0) exit(3); //fatal error
}
pthread_exit(NULL);
}
void *producer_thread(void *arg)
{
int ret;
char pdatabuf[1024];
while(1){
//fgets(pdatabuf, sizeof(pdatabuf), stdin); //produce
sem_wait(&seminput);
pthread_mutex_lock(&input_buffer_lock);
ret = putitem(user_input_buffer);
pthread_mutex_unlock(&input_buffer_lock);
if(ret != 0) exit(3); //fatal error
}
pthread_exit(NULL);
}
static void
putxelval(xelval const xv) {
if (bitsinitem == 8)
putitem();
item += xv << bitshift;
bitsinitem += bitspersample;
bitshift -= bitspersample;
}
static void
putbit( bit const b )
{
if ( bitsperitem == 8 )
putitem( );
++bitsperitem;
if ( b == PBM_BLACK )
item += 1 << bitshift;
--bitshift;
}
static void
putval(gray const b) {
if (bitsperitem == 32)
putitem();
item = item | (b << bitshift);
bitsperitem = bitsperitem + maxbitsperitem;
bitshift = bitshift + maxbitsperitem;
}
static void
rleputbuffer() {
if (repeat) {
item = 256 - count;
putitem();
item = repeatitem;
putitem();
} else {
unsigned int i;
item = count - 1;
putitem();
for (i = 0; i < count; ++i) {
item = itembuf[i];
putitem();
}
}
repeat = 1;
count = 0;
}
static void *producer(char *dirnames[2]){
DIR *rdir, *wdir;
FILE *rfile, *wfile;
char rfname[MAXNAME_SIZE], wfname[MAXNAME_SIZE];
struct dirent *entry;
struct stat *sbuf;
buffer_t item;
int err;
if((rdir = opendir(dirnames[0])) == NULL || (wdir = opendir(dirnames[1])) == NULL)
printf("watsouped all wrong \n");
while((entry = readdir(rdir)) != NULL){
if(lstat(entry->d_name, sbuf)){
printf("naw this aint workeded\n");
break;
}
if(!S_ISREG(sbuf->st_mode)){
printf("derped on that one for sure\n");
break;
}
if(strlen(entry->d_name)+strlen(dirnames[0]) >= MAXNAME_SIZE){
printf("cant read that deep\n");
break;
}
sprintf(rfname, "%s%s",dirnames[0], entry->d_name);
if((rfile = fopen(rfname, "r")) == NULL){
printf("reading wrongeded\n");
break;
}
if((wfile = fopen(wfname, "w")) == NULL){
close(fileno(rfile));
printf("writing wrognned\n");
break;
}
item.infd = fileno(rfile);
item.outfd = fileno(wfile);
item.filename = entry->d_name;
if(err = putitem(item))
break;
}
err = setdone();
if(err != ECANCELED)
seterror(err);
return NULL;
}
static void
putrow( )
{
if (bitsperitem > 0)
putitem ();
outcol = 0;
if (linerepeat == -1 || linerepeat == 255
|| memcmp (outrow, lastrow, outmax) != 0)
{
unsigned char *temp;
if (linerepeat != -1) /* Unless first line */
flushrow ();
/* Swap the pointers */
temp = outrow; outrow = lastrow; lastrow = temp;
linerepeat = 1;
}
else
/* Repeated line */
linerepeat++;
}
static void
putrest(void) {
if (bitsperitem > 0)
putitem();
}
static void
putflush(void) {
if (bitsperitem > 1)
putitem();
}
static void
flushitem() {
if (bitsinitem > 0)
putitem();
}
