void
lsQueueSetAdd_(struct lsQueue *head1, struct lsQueue *head2,
bool_t (*memberFunc)(struct lsQueueEntry *q, struct lsQueue *head))
{
struct lsQueueEntry *start, *qEnt;
start = head2->start;
for (qEnt = start->forw; qEnt != start; qEnt = qEnt->forw)
if ((*memberFunc)(qEnt, head1) == FALSE) {
lsQueueEntryRemove_(qEnt);
lsQueueEntryAppend_(qEnt, head1);
} else {
lsQueueEntryRemove_(qEnt);
}
}
void
lsQueueSort_(struct lsQueue *head, int hint)
{
struct lsQueueEntry *start;
struct lsQueueEntry *q1, *q2;
struct lsQueueEntry *nq1;
struct lsQueueEntry *selected;
int rc;
start = head->start;
for (q1 = start->forw; q1 != start; q1 = nq1) {
selected = q1;
for (q2 = q1->forw; q2 != start; q2 = q2->forw) {
rc = (*head->compare)((char *)selected, (char *)q2, hint);
if (rc > 0)
selected = q2;
}
lsQueueEntryRemove_(selected);
lsQueueEntryAddFront_(selected, head);
nq1 = selected->forw;
}
}
void
lsQueueEntryDestroy_(struct lsQueueEntry *entry, struct lsQueue *head)
{
if (entry->forw != NULL)
lsQueueEntryRemove_(entry);
if (entry->data) {
if (head->destroy) {
(*(head->destroy))(entry->data);
}
}
free(entry);
}
struct lsQueueEntry *
lsQueueDequeue_(struct lsQueue *head)
{
struct lsQueueEntry *entry, *start;
if (! head)
return (struct lsQueueEntry *)NULL;
if (! LS_QUEUE_EMPTY(head)) {
start = head->start;
entry = start->forw;
lsQueueEntryRemove_(entry);
return(entry);
} else
return (struct lsQueueEntry *)NULL;
}
int
ackAsyncReturnCode_(int s, struct LSFHeader *replyHdr)
{
char cseqno;
int seqno;
int len;
int rc;
struct lsQueueEntry *reqEntry;
struct lsRequest *reqHandle;
seqno = replyHdr->refCode;
cseqno = seqno;
reqEntry = lsQueueSearch_(0, &cseqno, requestQ);
if (reqEntry == NULL) {
lserrno = LSE_PROTOC_RES;
return -1;
}
lsQueueEntryRemove_(reqEntry);
reqHandle = (struct lsRequest *)reqEntry->data;
reqEntry->data = NULL;
reqHandle->rc = replyHdr->opCode;
reqHandle->completed = TRUE;
if (replyHdr->length > 0) {
reqHandle->replyBuf = malloc(replyHdr->length);
if (reqHandle->replyBuf == NULL) {
lserrno = LSE_MALLOC;
return -1;
}
len = b_read_fix(s, reqHandle->replyBuf, replyHdr->length);
if (len != replyHdr->length) {
free(reqHandle->replyBuf);
lserrno = LSE_MSG_SYS;
return -1;
}
reqHandle->replyBufLen = len;
}
if (reqHandle->replyHandler) {
rc = (*(reqHandle->replyHandler))(reqHandle);
if (replyHdr->length > 0)
free(reqHandle->replyBuf);
if (rc < 0) {
if (reqHandle->appHandler)
rc=(*(reqHandle->appHandler))(reqHandle, reqHandle->appExtra);
lsQueueEntryDestroy_(reqEntry, requestQ);
return rc;
}
}
if (reqHandle->appHandler)
rc = (*(reqHandle->appHandler))(reqHandle, reqHandle->appExtra);
lsQueueEntryDestroy_(reqEntry, requestQ);
return rc;
}
