internal static CachedResult GetCachedResult(int methodid, Binary key)
{
CachedResult result = new CachedResult()
{
Found = false
};
object oResult = Cache.Get(CACHE_TYPE, GetCacheKey(methodid, key));
if (oResult == null)
{
using (LegionLinqDataContext legion = new LegionLinqDataContext(ConfigurationManager.ConnectionStrings["LegionConnectionString"].ToString())) {
xspGetCachedResultResult cachedResult = legion.xspGetCachedResult(methodid, key).FirstOrDefault();
if (cachedResult != default(xspGetCachedResultResult))
{
result.Result = cachedResult.Result;
result.UpdatedOn = cachedResult.UpdatedOn;
result.ExpiresOn = cachedResult.ExpiresOn;
result.Found = true;
CacheResultLocally(methodid, key, result);
}
}
}
else
{
result = (CachedResult)oResult;
}
return(result);
}
internal static void CacheResultLocally(int methodid, Binary key, CachedResult cachedResult)
{
TimeSpan cachePadding = new TimeSpan(0, 0, Settings.GetInt("ResultCachingDurationPadding"));
Cache.Add(
CACHE_TYPE,
GetCacheKey(methodid, key),
cachedResult,
(cachedResult.ExpiresOn + cachePadding),
null
);
}
internal static void ExpireResult(int methodid, Binary key, TimeSpan cachePadding)
{
CachedResult result = GetCachedResult(methodid, key);
if (result.Found)
{
result.ExpiresOn = DateTime.Now;
Cache.Add(
CACHE_TYPE,
GetCacheKey(methodid, key),
result,
(result.ExpiresOn + cachePadding),
null
);
}
}
internal static void CacheResult(int methodid, Binary key, XElement parameters, XElement resultset)
{
DateTime?expiresOn = null;
using (LegionLinqDataContext legion = new LegionLinqDataContext(ConfigurationManager.ConnectionStrings["LegionConnectionString"].ToString())) {
legion.xspInsertCachedResult(
methodid,
parameters,
resultset,
key,
ref expiresOn
);
}
CachedResult cachedResult = new CachedResult()
{
Result = resultset,
UpdatedOn = DateTime.Now,
ExpiresOn = (expiresOn == null ? DateTime.Now : (DateTime)expiresOn),
Found = true
};
CacheResultLocally(methodid, key, cachedResult);
}
