internal static CacheInternal Create()
{
CacheInternal internal2;
CacheCommon cacheCommon = new CacheCommon();
int numSingleCaches = 0;
uint numProcessCPUs = (uint) SystemInfo.GetNumProcessCPUs();
numSingleCaches = 1;
numProcessCPUs--;
while (numProcessCPUs > 0)
{
numSingleCaches = numSingleCaches << 1;
numProcessCPUs = numProcessCPUs >> 1;
}
if (numSingleCaches == 1)
{
internal2 = new CacheSingle(cacheCommon, null, 0);
}
else
{
internal2 = new CacheMultiple(cacheCommon, numSingleCaches);
}
cacheCommon.SetCacheInternal(internal2);
cacheCommon.ResetFromConfigSettings();
return internal2;
}
internal static CacheInternal Create()
{
CacheInternal internal2;
CacheCommon cacheCommon = new CacheCommon();
int numSingleCaches = 0;
uint numProcessCPUs = (uint)SystemInfo.GetNumProcessCPUs();
numSingleCaches = 1;
numProcessCPUs--;
while (numProcessCPUs > 0)
{
numSingleCaches = numSingleCaches << 1;
numProcessCPUs = numProcessCPUs >> 1;
}
if (numSingleCaches == 1)
{
internal2 = new CacheSingle(cacheCommon, null, 0);
}
else
{
internal2 = new CacheMultiple(cacheCommon, numSingleCaches);
}
cacheCommon.SetCacheInternal(internal2);
cacheCommon.ResetFromConfigSettings();
return(internal2);
}
internal CacheSingle(CacheCommon cacheCommon, CacheMultiple cacheMultiple, int iSubCache) : base(cacheCommon)
{
this._cacheMultiple = cacheMultiple;
this._iSubCache = iSubCache;
this._entries = new Hashtable(CacheKeyComparer.GetInstance());
this._expires = new CacheExpires(this);
this._usage = new CacheUsage(this);
this._lock = new object();
this._insertBlock = new ManualResetEvent(true);
}
internal CacheSingle(CacheCommon cacheCommon, CacheMultiple cacheMultiple, int iSubCache) : base(cacheCommon)
{
this._cacheMultiple = cacheMultiple;
this._iSubCache = iSubCache;
this._entries = new Hashtable(CacheKeyComparer.GetInstance());
this._expires = new CacheExpires(this);
this._usage = new CacheUsage(this);
this._lock = new object();
this._insertBlock = new ManualResetEvent(true);
}
// common implementation
static internal CacheInternal Create() {
CacheCommon cacheCommon = new CacheCommon();
CacheInternal cacheInternal;
#if USE_MEMORY_CACHE
if (UseMemoryCache) {
cacheInternal = new MemCache(cacheCommon);
cacheCommon.AddSRefTarget(cacheInternal);
}
else {
#endif
int numSubCaches = 0;
uint numCPUs = (uint) SystemInfo.GetNumProcessCPUs();
// the number of subcaches is the minimal power of 2 greater
// than or equal to the number of cpus
numSubCaches = 1;
numCPUs -= 1;
while (numCPUs > 0) {
numSubCaches <<= 1;
numCPUs >>= 1;
}
if (numSubCaches == 1) {
cacheInternal = new CacheSingle(cacheCommon, null, 0);
}
else {
cacheInternal = new CacheMultiple(cacheCommon, numSubCaches);
}
#if USE_MEMORY_CACHE
}
#endif
cacheCommon.SetCacheInternal(cacheInternal);
cacheCommon.ResetFromConfigSettings();
return cacheInternal;
}
CacheMultiple _cacheMultiple; /* the CacheMultiple containing this cache */
/*
* Constructs a new Cache.
*/
internal CacheSingle(CacheCommon cacheCommon, CacheMultiple cacheMultiple, int iSubCache) : base(cacheCommon) {
_cacheMultiple = cacheMultiple;
_iSubCache = iSubCache;
_entries = new Hashtable(CacheKeyComparer.GetInstance());
_expires = new CacheExpires(this);
_usage = new CacheUsage(this);
_lock = new object();
_insertBlock = new ManualResetEvent(true);
cacheCommon.AddSRefTarget(new { _entries, _expires, _usage });
}