public object Any(TestCacheError request)
{
return(Request.ToOptimizedResultUsingCache(this.Cache,
UrnId.CreateWithParts("15", request.GetType().Name), TimeSpan.FromSeconds(20), () =>
{
return request;
}));
}
public object Any(DefaultRequest request)
{
return(Request.ToOptimizedResultUsingCache(this.Cache, UrnId.CreateWithParts("15", "dummy"), TimeSpan.FromMilliseconds(20000), () =>
{
return new DefaultResult
{
};
}));
}
public static void CacheAllWorlds(this MongoDatabase db, ICacheClient cache, string dbType)
{
cache.FlushAll();
// concurrently create a list of world ids
var worlds = db.GetWorlds();
Parallel.ForEach <World>(worlds, w =>
{
var cacheKey = UrnId.CreateWithParts <World>(new string[] { dbType, w.id.ToString() });
cache.Set <World>(cacheKey, w);
});
}
public object Get(SqlServerCachedDbRequest request)
{
// get a random world id
var id = SafeRandom.Instance.Next(0, 10000) + 1;
// create the cache key for the random world id
var cacheKey = UrnId.CreateWithParts <World>(new string[] { dbType, id.ToString() });
// if world is cached, return it
var world = Cache.Get <World>(cacheKey);
if (world != null)
{
return(world);
}
// get all of the worlds form the database
List <World> worlds;
using (var db = dbFactory.OpenDbConnection())
{
worlds = db.GetWorlds();
}
// construct a cache dictionary
var cacheDict = new Dictionary <string, World>();
Parallel.ForEach(worlds, w =>
{
// collect the current result
if (w.id == id)
{
world = w;
}
// add world to cache dictionary
var key = UrnId.CreateWithParts <World>(new string[] { dbType, w.id.ToString() });
lock (cacheDict)
{
cacheDict.Add(key, w);
}
});
// populate cache
Cache.SetAll <World>(cacheDict);
// return current request
return(world);
}
