size_t mchar_async_node_add(mchar_async_t *mchar_async)
{
mcsync_lock(mchar_async->mcsync);
size_t node_idx;
if(mchar_async->nodes_cache_length) {
mchar_async->nodes_cache_length--;
node_idx = mchar_async->nodes_cache[ mchar_async->nodes_cache_length ];
}
else {
if(mchar_async->nodes_length >= mchar_async->nodes_size) {
mcsync_unlock(mchar_async->mcsync);
return 0;
}
node_idx = mchar_async->nodes_length;
mchar_async->nodes_length++;
}
mchar_async_node_t *node = &mchar_async->nodes[node_idx];
mchar_async_cache_init(&node->cache);
node->chunk = mchar_async_chunk_malloc_without_lock(mchar_async, node, mchar_async->origin_size);
node->chunk->next = NULL;
node->chunk->prev = NULL;
mcsync_unlock(mchar_async->mcsync);
return node_idx;
}
size_t mcobject_async_node_add(mcobject_async_t *mcobj_async, mcobject_async_status_t *status)
{
mcsync_lock(mcobj_async->mcsync);
size_t node_idx;
if(mcobj_async->nodes_cache_length) {
mcobj_async->nodes_cache_length--;
node_idx = mcobj_async->nodes_cache[ mcobj_async->nodes_cache_length ];
}
else {
if(mcobj_async->nodes_length >= mcobj_async->nodes_size) {
mcsync_unlock(mcobj_async->mcsync);
return 0;
}
node_idx = mcobj_async->nodes_length;
mcobj_async->nodes_length++;
}
mcobject_async_node_t *node = &mcobj_async->nodes[node_idx];
if(status) {
node->chunk = mcobject_async_chunk_malloc_without_lock(mcobj_async, mcobj_async->origin_size, status);
if(*status) {
mcsync_unlock(mcobj_async->mcsync);
return 0;
}
}
else {
mcobject_async_status_t mystatus;
node->chunk = mcobject_async_chunk_malloc_without_lock(mcobj_async, mcobj_async->origin_size, &mystatus);
if(mystatus) {
mcsync_unlock(mcobj_async->mcsync);
return 0;
}
}
node->chunk->next = NULL;
node->chunk->prev = NULL;
node->cache_length = 0;
node->cache_size = mcobj_async->origin_size;
node->cache = (char**)mymalloc(sizeof(char*) * node->cache_size);
if(node->cache == NULL) {
if(status)
*status = MCOBJECT_ASYNC_STATUS_CHUNK_CACHE_ERROR_MEMORY_ALLOCATION;
mcsync_unlock(mcobj_async->mcsync);
return 0;
}
mcsync_unlock(mcobj_async->mcsync);
return node_idx;
}
void mcobject_async_node_delete(mcobject_async_t *mcobj_async, size_t node_idx)
{
mcsync_lock(mcobj_async->mcsync);
if(mcobj_async->nodes_length <= node_idx) {
mcsync_unlock(mcobj_async->mcsync);
return;
}
mcobject_async_node_t *node = &mcobj_async->nodes[node_idx];
mcobject_async_chunk_t *chunk = node->chunk;
while (chunk->next)
chunk = chunk->next;
while (chunk)
{
if(mcobj_async->chunk_cache_length >= mcobj_async->chunk_cache_size) {
mcobj_async->chunk_cache_size <<= 1;
mcobject_async_chunk_t **tmp = (mcobject_async_chunk_t**)myrealloc(mcobj_async->chunk_cache,
sizeof(mcobject_async_chunk_t*) * mcobj_async->chunk_cache_size);
if(tmp)
mcobj_async->chunk_cache = tmp;
}
mcobj_async->chunk_cache[ mcobj_async->chunk_cache_length ] = chunk;
mcobj_async->chunk_cache_length++;
chunk = chunk->prev;
}
if(node->cache)
free(node->cache);
memset(node, 0, sizeof(mcobject_async_node_t));
if(mcobj_async->nodes_cache_length >= mcobj_async->nodes_cache_size) {
size_t new_size = mcobj_async->nodes_cache_size << 1;
size_t *tmp = (size_t*)myrealloc(mcobj_async->nodes_cache, sizeof(size_t) * mcobj_async->nodes_cache_size);
if(tmp) {
mcobj_async->nodes_cache = tmp;
mcobj_async->nodes_cache_size = new_size;
}
}
mcobj_async->nodes_cache[ mcobj_async->nodes_cache_length ] = node_idx;
mcobj_async->nodes_cache_length++;
mcsync_unlock(mcobj_async->mcsync);
}
mchar_async_chunk_t * mchar_async_chunk_malloc(mchar_async_t *mchar_async, mchar_async_node_t *node, size_t length)
{
mcsync_lock(mchar_async->mcsync);
mchar_async_chunk_t *chunk = mchar_async_chunk_malloc_without_lock(mchar_async, node, length);
mcsync_unlock(mchar_async->mcsync);
return chunk;
}
mcobject_async_chunk_t * mcobject_async_chunk_malloc(mcobject_async_t *mcobj_async, size_t length, mcobject_async_status_t *status)
{
mcsync_lock(mcobj_async->mcsync);
mcobject_async_chunk_t* chunk = mcobject_async_chunk_malloc_without_lock(mcobj_async, length, status);
mcsync_unlock(mcobj_async->mcsync);
return chunk;
}
void mchar_async_node_delete(mchar_async_t *mchar_async, size_t node_idx)
{
mcsync_lock(mchar_async->mcsync);
if(mchar_async->nodes_length <= node_idx) {
mcsync_unlock(mchar_async->mcsync);
return;
}
mchar_async_node_t *node = &mchar_async->nodes[node_idx];
mchar_async_chunk_t *chunk = node->chunk;
while (chunk->next)
chunk = chunk->next;
while (chunk)
{
mchar_async_cache_add(&mchar_async->chunk_cache, (void*)chunk, chunk->size);
chunk = chunk->prev;
}
if(node->cache.nodes)
mchar_async_cache_destroy(&node->cache, false);
memset(node, 0, sizeof(mchar_async_node_t));
if(mchar_async->nodes_cache_length >= mchar_async->nodes_cache_size) {
size_t new_size = mchar_async->nodes_cache_size << 1;
size_t *tmp = (size_t*)myhtml_realloc(mchar_async->nodes_cache, sizeof(size_t) * mchar_async->nodes_cache_size);
if(tmp) {
mchar_async->nodes_cache = tmp;
mchar_async->nodes_cache_size = new_size;
}
}
mchar_async->nodes_cache[ mchar_async->nodes_cache_length ] = node_idx;
mchar_async->nodes_cache_length++;
mcsync_unlock(mchar_async->mcsync);
}
