/**
* Insert a segment into buckets
* @param b Bucket to insert
* @param seg Segment to write
* @return Bucket for subsequent insertion
*/
static Bucket * BucketInsert(Bucket * b, Segment * seg) {
if (b == NULL) {
b = NewBucket(seg->id);
}
if (b->size + seg->clen >= BUCKET_SIZE) {
SaveBucket(b);
b = NewBucket(seg->id);
}
seg->pos = b->size;
GetIndexService()->putSegment(seg, b->id);
assert(write(b->fd, seg->cdata, seg->clen) == seg->clen);
//Fix bucket->segs
if(seg->id < b->sid) {
b->segs = b->sid + b->segs - seg->id;
b->sid = seg->id;
}
if(seg->id >= (b->sid + b->segs)) {
b->segs = seg->id - b->sid + 1;
}
//b->segs++;
b->size += seg->clen;
return b;
}
/**
* Insert a segment into buckets
* @param b Bucket to insert
* @param seg Segment to write
* @return Bucket for subsequent insertion
*/
static Bucket * BucketInsert(Bucket * b, Segment * seg) {
if (b == NULL) {
b = NewBucket(seg->id);
}
if (b->size + seg->clen > BUCKET_SIZE) {
SaveBucket(b);
b = NewBucket(seg->id);
}
seg->pos = b->size;
GetIndexService()->putSegment(seg, b->id);
assert(write(b->fd, seg->cdata, seg->clen) == seg->clen);
b->segs++;
b->size += seg->clen;
return b;
}
void
_XmAddHashEntry(XmHashTable table, XmHashKey key, XtPointer value)
{
int hash;
XmHashValue index;
XmHashBucket entry;
hash = table -> hasher(key);
index = hash % table -> size;
entry = NewBucket();
entry -> hashed_key = hash;
entry -> hash_key = key;
entry -> value = value;
entry -> next = table -> buckets[index];
table -> buckets[index] = entry;
table -> count++;
}
