/*
* Initialize the cache in shared memory, or attach to an existing one
*
*/
void
workfile_mgr_cache_init(void)
{
CacheCtl cacheCtl;
MemSet(&cacheCtl, 0, sizeof(CacheCtl));
cacheCtl.maxSize = gp_workfile_max_entries;
cacheCtl.cacheName = "Workfile Manager Cache";
cacheCtl.entrySize = sizeof(workfile_set);
cacheCtl.keySize = sizeof(((workfile_set *)0)->key);
cacheCtl.keyOffset = GPDB_OFFSET(workfile_set, key);
cacheCtl.hash = int32_hash;
cacheCtl.keyCopy = (HashCopyFunc) memcpy;
cacheCtl.match = (HashCompareFunc) memcmp;
cacheCtl.cleanupEntry = workfile_mgr_cleanup_set;
cacheCtl.populateEntry = workfile_mgr_populate_set;
cacheCtl.baseLWLockId = FirstWorkfileMgrLock;
cacheCtl.numPartitions = NUM_WORKFILEMGR_PARTITIONS;
workfile_mgr_cache = Cache_Create(&cacheCtl);
Assert(NULL != workfile_mgr_cache);
/*
* Initialize the WorkfileDiskspace and WorkfileQueryspace APIs
* to track disk space usage
*/
WorkfileDiskspace_Init();
}
/*****************************************************************************
* ContentDir_Create
*****************************************************************************/
ContentDir*
ContentDir_Create (void* talloc_context,
UpnpClient_Handle ctrlpt_handle,
IXML_Element* serviceDesc,
const char* base_url)
{
OBJECT_SUPER_CONSTRUCT (ContentDir, Service_Create, talloc_context,
ctrlpt_handle, serviceDesc, base_url);
if (self == NULL)
goto error; // ---------->
if (CACHE_SIZE > 0 && CACHE_TIMEOUT > 0) {
self->cache = Cache_Create (self, CACHE_SIZE, CACHE_TIMEOUT,
cache_free_expired_data);
if (self->cache == NULL)
goto error; // ---------->
ithread_mutex_init (&self->cache_mutex, NULL);
}
return self; // ---------->
error:
Log_Print (LOG_ERROR, "ContentDir_Create error");
if (self)
talloc_free (self);
return NULL;
}
/*
* Initialize the shared memory data structures needed for MD Versioning
*
*/
void
mdver_shmem_init(void)
{
CacheCtl cacheCtl;
MemSet(&cacheCtl, 0, sizeof(CacheCtl));
cacheCtl.maxSize = gp_mdver_max_entries;
cacheCtl.cacheName = MDVER_GLOB_MDVN_SHMEM_NAME;
cacheCtl.entrySize = sizeof(mdver_entry);
cacheCtl.keySize = sizeof(((mdver_entry *)0)->key);
cacheCtl.keyOffset = GPDB_OFFSET(mdver_entry, key);
cacheCtl.hash = int32_hash;
cacheCtl.keyCopy = (HashCopyFunc) memcpy;
cacheCtl.match = (HashCompareFunc) memcmp;
cacheCtl.equivalentEntries = mdver_entry_equivalent;
cacheCtl.cleanupEntry = NULL; /* No cleanup necessary */
cacheCtl.populateEntry = mdver_entry_populate;
cacheCtl.baseLWLockId = FirstMDVersioningLock;
cacheCtl.numPartitions = NUM_MDVERSIONING_PARTITIONS;
mdver_glob_mdvsn = Cache_Create(&cacheCtl);
Assert(NULL != mdver_glob_mdvsn);
bool attach = false;
/* Allocate or attach to shared memory area */
void *shmem_base = ShmemInitStruct(MDVER_GLOBAL_VER_SHMEM_NAME,
sizeof(*mdver_global_version_counter),
&attach);
mdver_global_version_counter = (int64 *)shmem_base;
Assert(0 == *mdver_global_version_counter);
}
/* ------------------------------------------------------------------------------------
* Programme principal
* -------------------
* Décodage des arguments,
* Création et initialisation le cache,
* Exécution des tests
* Fermeture (et destruction) du cache.
* ------------------------------------------------------------------------------------
*/
int main(int argc, char *argv[])
{
int i;
/* Décodage des arguments de la ligne de commande */
Scan_Args(argc, argv);
/* Initialisation du cache */
if ((The_Cache = Cache_Create(File, N_Blocks_in_Cache, N_Records_per_Block,
Record_Size, N_Deref)) == NULL)
Error("Cache_Init");
Print_Parameters();
/* Exécution des tests */
for (i = 0; i < NTESTS; ++i)
{
if (Do_Test[i]) Tests[i]();
}
/* Fermeture du cache */
if (!Cache_Close(The_Cache)) Error("Cache_Close");
return 0;
}
