public static ICacheAside CreatePubSubDoubleCache(IConnectionMultiplexer redisConnection, IItemSerializer itemSerializer, TimeSpan? defaultTtl = null)
{
var remoteCache = new RedisCache(redisConnection.GetDatabase(), itemSerializer, defaultTtl);
return new DoubleCache(
new SubscribingCache(new LocalCache.MemCache(defaultTtl), new RedisSubscriber(redisConnection, remoteCache, itemSerializer)),
new PublishingCache(remoteCache, new RedisPublisher(redisConnection, itemSerializer)));
}
public static Dictionary<string, string> GetMultiplePersonalizationSetting(PersonalizationType type, string id, string keys)
{
try
{
Dictionary<string, string> PersonalizationSettings = new Dictionary<string, string>();
RedisCache Redis = new RedisCache(_PersonalizationHost);
switch (type)
{
case PersonalizationType.Org:
PersonalizationSettings = Redis.GetMultipleValuesFromOrgCache(id, keys);
break;
default:
throw new NotImplementedException();
break;
}
return PersonalizationSettings;
}
catch (NotImplementedException ex) { }
catch (Exception ex)
{
// throw;
}
return null;
}
public void Constructor_should_set_generation_if_it_does_not_exist()
{
var cache = new RedisCache("regionName", this.ClientManager);
var genKey = cache.CacheNamespace.GetGenerationKey();
Assert.Contains("NHibernate-Cache:regionName", genKey);
Assert.Equal(1, cache.CacheNamespace.GetGeneration());
}
static PubSubCacheController()
{
var connection = ConnectionMultiplexer.Connect("localhost");
var serializer = new MsgPackItemSerializer();
var remoteCache = new RedisCache(connection.GetDatabase(), serializer);
var _pubSubCache = new DoubleCache.DoubleCache(
new SubscribingCache(new DoubleCache.LocalCache.MemCache(), new RedisSubscriber(connection, remoteCache, serializer)),
new PublishingCache(remoteCache, new RedisPublisher(connection, serializer)));
}
void Constructor_should_get_current_generation_if_it_already_exists()
{
// Distributed caches.
var cache1 = new RedisCache("regionName", ConnectionMultiplexer, options);
var cache2 = new RedisCache("regionName", ConnectionMultiplexer, options);
Assert.Equal(1, cache1.CacheNamespace.GetGeneration());
Assert.Equal(1, cache2.CacheNamespace.GetGeneration());
}
public void Constructor_should_get_current_generation_if_it_already_exists()
{
// Distributed caches.
var cache1 = new RedisCache("regionName", this.ClientManager);
var cache2 = new RedisCache("regionName", this.ClientManager);
Assert.Equal(1, cache1.CacheNamespace.GetGeneration());
Assert.Equal(1, cache2.CacheNamespace.GetGeneration());
}
public void InvalidateItem_invalidates_item()
{
var cache = new RedisCache("localhost:6379");
cache.PutItem("1", new object(), new[] { "ES1", "ES2" }, TimeSpan.MaxValue, DateTimeOffset.MaxValue);
cache.InvalidateItem("1");
object item;
Assert.False(cache.GetItem("1", out item));
}
void Configure_cache_expiration()
{
var configuration = new RedisCacheConfiguration("region") { Expiration = TimeSpan.FromMinutes(99) };
var sut = new RedisCache(configuration, ConnectionMultiplexer, options);
sut.Put(999, new Person("Foo", 10));
var cacheKey = sut.CacheNamespace.GetKey(999);
var expiry = Redis.KeyTimeToLive(cacheKey);
Assert.InRange(expiry.Value, low: TimeSpan.FromMinutes(98), high: TimeSpan.FromMinutes(99));
}
void Get_should_deserialize_data()
{
var sut = new RedisCache("region", ConnectionMultiplexer, options);
sut.Put(999, new Person("Foo", 10));
var person = sut.Get(999) as Person;
Assert.NotNull(person);
Assert.Equal("Foo", person.Name);
Assert.Equal(10, person.Age);
}
public void Item_not_returned_after_sliding_expiration_expired()
{
var cache = new RedisCache("localhost:6379");
var item = new TestObject { Message = "OK" };
cache.PutItem("key", item, new string[0], TimeSpan.Zero.Subtract(new TimeSpan(10000)), DateTimeOffset.MaxValue);
object fromCache;
Assert.False(cache.GetItem("key", out fromCache));
Assert.Null(fromCache);
}
void Put_sets_an_expiration_on_the_item()
{
var config = new RedisCacheConfiguration("region") { Expiration = TimeSpan.FromSeconds(30) };
var sut = new RedisCache(config, ConnectionMultiplexer, options);
sut.Put(999, new Person("Foo", 10));
var cacheKey = sut.CacheNamespace.GetKey(999);
var ttl = Redis.KeyTimeToLive(cacheKey);
Assert.InRange(ttl.Value, TimeSpan.FromSeconds(29), TimeSpan.FromSeconds(30));
}
public void Item_not_returned_after_absolute_expiration_expired()
{
var cache = new RedisCache("localhost:6379");
var item = new TestObject { Message = "OK" };
cache.PutItem("key", item, new string[0], TimeSpan.MaxValue, DateTimeOffset.Now.AddMinutes(-10));
object fromCache;
Assert.False(cache.GetItem("key", out fromCache));
Assert.Null(fromCache);
}
void Put_adds_the_item_to_the_cache()
{
var sut = new RedisCache("region", ConnectionMultiplexer, options);
sut.Put(999, new Person("Foo", 10));
var cacheKey = sut.CacheNamespace.GetKey(999);
var data = Redis.StringGet(cacheKey);
var person = (Person)options.Serializer.Deserialize(data);
Assert.Equal("Foo", person.Name);
Assert.Equal(10, person.Age);
}
void Configure_cache_lock_timeout()
{
var configuration = new RedisCacheConfiguration("region") { LockTimeout = TimeSpan.FromSeconds(123) };
var sut = new RedisCache(configuration, ConnectionMultiplexer, options);
const string key = "123";
sut.Lock(key);
var lockKey = sut.CacheNamespace.GetLockKey(key);
var expiry = Redis.KeyTimeToLive(lockKey);
Assert.InRange(expiry.Value, low: TimeSpan.FromSeconds(120), high: TimeSpan.FromSeconds(123));
}
void Configure_region_expiration_from_config_element()
{
var configElement = new RedisCacheElement("region", TimeSpan.FromMinutes(99));
var props = new Dictionary<string, string>();
var sut = new RedisCache("region", props, configElement, ConnectionMultiplexer, options);
sut.Put(999, new Person("Foo", 10));
var cacheKey = sut.CacheNamespace.GetKey(999);
var expiry = Redis.KeyTimeToLive(cacheKey);
Assert.InRange(expiry.Value, low: TimeSpan.FromMinutes(98), high: TimeSpan.FromMinutes(99));
}
public void EnsureRedisWork()
{
RedisCache cache = new RedisCache();
string key = "now";
DateTime dt = cache.Get<DateTime>(key);
if (dt == DateTime.MinValue)
{
dt = DateTime.Now;
cache.Set(key, dt, TimeSpan.FromMinutes(10));
}
DateTime dt1 = cache.Get<DateTime>(key);
Console.WriteLine(dt);
Console.WriteLine(dt1);
}
public void Item_cached()
{
var cache = new RedisCache("localhost:6379");
var item = new TestObject { Message = "OK" };
cache.PutItem("key", item, new string[0], TimeSpan.MaxValue, DateTimeOffset.MaxValue);
object fromCache;
Assert.True(cache.GetItem("key", out fromCache));
Assert.Equal(item.Message, ((TestObject)fromCache).Message);
Assert.True(cache.GetItem("key", out fromCache));
Assert.Equal(item.Message, ((TestObject)fromCache).Message);
}
void Put_should_retry_until_generation_matches_the_server()
{
var sut = new RedisCache("region", ConnectionMultiplexer, options);
// Another client incremented the generation.
Redis.StringIncrement(sut.CacheNamespace.GetGenerationKey(), 100);
sut.Put(999, new Person("Foo", 10));
Assert.Equal(101, sut.CacheNamespace.GetGeneration());
var data = Redis.StringGet(sut.CacheNamespace.GetKey(999));
var person = (Person)options.Serializer.Deserialize(data);
Assert.Equal("Foo", person.Name);
Assert.Equal(10, person.Age);
}
public void Configure_region_expiration_from_config_element()
{
// Arrange
var configElement = new RedisCacheElement("region", TimeSpan.FromMinutes(99));
var props = new Dictionary<string, string>();
var cache = new RedisCache("region", props, configElement, this.ClientManager);
// Act
cache.Put(999, new Person("Foo", 10));
// Assert
var cacheKey = cache.CacheNamespace.GlobalCacheKey(999);
var expiry = Redis.GetTimeToLive(cacheKey);
Assert.True(expiry >= TimeSpan.FromMinutes(98) && expiry <= TimeSpan.FromMinutes(99));
}
public void InvalidateSets_invalidate_items_with_given_sets()
{
var cache = new RedisCache("localhost:6379");
cache.PutItem("1", new object(), new[] { "ES1", "ES2" }, TimeSpan.MaxValue, DateTimeOffset.MaxValue);
cache.PutItem("2", new object(), new[] { "ES2", "ES3" }, TimeSpan.MaxValue, DateTimeOffset.MaxValue);
cache.PutItem("3", new object(), new[] { "ES1", "ES3", "ES4" }, TimeSpan.MaxValue, DateTimeOffset.MaxValue);
cache.PutItem("4", new object(), new[] { "ES3", "ES4" }, TimeSpan.MaxValue, DateTimeOffset.MaxValue);
cache.InvalidateSets(new[] { "ES1", "ES2" });
object item;
Assert.False(cache.GetItem("1", out item));
Assert.False(cache.GetItem("2", out item));
Assert.False(cache.GetItem("3", out item));
Assert.True(cache.GetItem("4", out item));
}
void Put_should_serialize_item_and_set_with_expiry()
{
var sut = new RedisCache("region", ConnectionMultiplexer, options);
sut.Put(999, new Person("Foo", 10));
var cacheKey = sut.CacheNamespace.GetKey(999);
var data = Redis.StringGet(cacheKey);
var expiry = Redis.KeyTimeToLive(cacheKey);
Assert.InRange(expiry.Value, low: TimeSpan.FromMinutes(4), high: TimeSpan.FromMinutes(5));
var person = options.Serializer.Deserialize(data) as Person;
Assert.NotNull(person);
Assert.Equal("Foo", person.Name);
Assert.Equal(10, person.Age);
}
public void Put_should_retry_until_generation_matches_the_server()
{
// Arrange
var cache = new RedisCache("region", this.ClientManager);
// Another client incremented the generation.
Redis.Increment(cache.CacheNamespace.GetGenerationKey(), 100);
// Act
cache.Put(999, new Person("Foo", 10));
// Assert
Assert.Equal(cache.CacheNamespace.GetGeneration(), 101);
var data = RedisNative.Get(cache.CacheNamespace.GlobalCacheKey(999));
var person = (Person)serializer.Deserialize(data);
Assert.Equal("Foo", person.Name);
Assert.Equal(10, person.Age);
}
public void Item_still_returned_after_sliding_expiration_period()
{
var cache = new RedisCache("localhost:6379");
var item = new TestObject { Message = "OK" };
// Cache the item with a sliding expiration of 10 seconds
cache.PutItem("key", item, new string[0], TimeSpan.FromSeconds(10), DateTimeOffset.MaxValue);
object fromCache = null;
// In a loop of 20 seconds retrieve the item every 5 second seconds.
for (var i = 0; i < 4; i++)
{
Thread.Sleep(5000); // Wait 5 seconds
// Retrieve item again. This should update LastAccess and as such keep the item 'alive'
// Break when item cannot be retrieved
Assert.True(cache.GetItem("key", out fromCache));
}
Assert.NotNull(fromCache);
}
public void Put_should_serialize_item_and_set_with_expiry()
{
// Arrange
var cache = new RedisCache("region", this.ClientManager);
// Act
cache.Put(999, new Person("Foo", 10));
// Assert
var cacheKey = cache.CacheNamespace.GlobalCacheKey(999);
var data = RedisNative.Get(cacheKey);
var expiry = Redis.GetTimeToLive(cacheKey);
Assert.True(expiry >= TimeSpan.FromMinutes(4) && expiry <= TimeSpan.FromMinutes(5));
var person = serializer.Deserialize(data) as Person;
Assert.NotNull(person);
Assert.Equal("Foo", person.Name);
Assert.Equal(10, person.Age);
}
static async Task MainAsync()
{
var repo = new RandomUser.RandomUserRepository();
var user = await repo.GetSingleDummyUser();
Console.WriteLine(string.Format("Fetched user {0} {1}", user.Name.First, user.Name.Last));
var options = ConfigurationOptions.Parse("localhost");
options.ClientName = "publishClient";
var connection = ConnectionMultiplexer.Connect(options);
var serializer = new MsgPackItemSerializer();
var remoteCache = new RedisCache(connection.GetDatabase(), serializer);
var cache = new PublishingCache(remoteCache, new RedisPublisher(connection, serializer));
cache.Add("/pubsubcache/single", user);
Console.WriteLine("Published");
Console.ReadLine();
}
public static string GetPersonalizationList(PersonalizationType type, string id, string key, string filter)
{
try
{
RedisCache Redis = new RedisCache(_PersonalizationHost);
string Value = null;
switch (type)
{
case PersonalizationType.Org:
Value = Redis.GetListFromOrgCache(id, key, filter);
break;
default:
throw new NotImplementedException();
break;
}
}
catch (NotImplementedException ex) { }
catch (Exception ex)
{
}
return null;
}
private static void ConfigureDependencies()
{
var cache = new RedisCache();
cache.InitializeAsync(new Dictionary<string, string>
{
{"Endpoint", ConfigurationManager.AppSettings["Redis.Endpoint"]},
{"Key", ConfigurationManager.AppSettings["Redis.Key"]},
{"UseSsl", ConfigurationManager.AppSettings["Redis.UseSsl"]}
});
var builder = new ContainerBuilder();
builder.RegisterType<AccountService>().As<IAccountService>().SingleInstance();
builder.RegisterType<TransfersController>();
builder.RegisterInstance(cache).As<IAsyncCache>().SingleInstance();
builder.RegisterInstance(cache).As<ISyncCache>().SingleInstance();
var container = builder.Build();
GlobalConfiguration.Configuration.DependencyResolver = new AutofacWebApiDependencyResolver(container);
GlobalConfiguration.Configuration.Formatters.XmlFormatter.SupportedMediaTypes.Clear();
}
public ViolationsController(CommonContext commonContext, RedisCache redisCache, IServiceProvider serviceProvider, IOptions <AppSettings> appSettings, CommonAccountService commonAccountSvc, ViolationService violationSvc)
: base(commonContext, redisCache, serviceProvider, appSettings)
{
_commonAccountSvc = commonAccountSvc;
_violationSvc = violationSvc;
}
public void Lock_and_Unlock_concurrently_with_different_cache_clients()
{
// Arrange
var mainCache = new RedisCache("region", this.ClientManager);
mainCache.Put(1, new Person("Foo", 1));
var results = new ConcurrentQueue<string>();
const int numberOfClients = 5;
// Act
var tasks = new List<Task>();
for (var i = 1; i <= numberOfClients; i++)
{
int clientNumber = i;
var t = Task.Factory.StartNew(() =>
{
var cacheX = new RedisCache("region", this.ClientManager);
cacheX.Lock(1);
results.Enqueue(clientNumber + " lock");
// Atrifical concurrency.
Thread.Sleep(100);
results.Enqueue(clientNumber + " unlock");
cacheX.Unlock(1);
});
tasks.Add(t);
}
// Assert
Task.WaitAll(tasks.ToArray());
// Each Lock should be followed by its associated Unlock.
var listResults = results.ToList();
for (var i = 1; i <= numberOfClients; i++)
{
var lockIndex = listResults.IndexOf(i + " lock");
Assert.Equal(i + " lock", listResults[lockIndex]);
Assert.Equal(i + " unlock", listResults[lockIndex + 1]);
}
}
public RedisBusiness(ChariotContext _chariotContext,
RedisCache distributedCache,
IMapper mapper) : base(_chariotContext, distributedCache, mapper)
{
}
public void GetItem_validates_parameters()
{
object item;
var unused = new RedisCache("localhost:6379").GetItem(null, out item);
}
private RedisCache CreateRedisCache()
{
var redisCache = new RedisCache(RedisConfiguration.GetRedisConfig());
return(redisCache);
}
public void Get_should_deserialize_data()
{
// Arrange
var cache = new RedisCache("region", this.ClientManager);
cache.Put(999, new Person("Foo", 10));
// Act
var person = cache.Get(999) as Person;
// Assert
Assert.NotNull(person);
Assert.Equal("Foo", person.Name);
Assert.Equal(10, person.Age);
}
public ValuesController(RedisCache redisCache)
{
_redis = redisCache.GetDatabase();
}
public AccountActionFilterImpl(CommonContext commonContext, AccountContext accountContext, RedisCache cache, UserService userSvc, CommonAccountService commonAccountSvc, IHostingEnvironment env)
{
_cache = cache;
_userSvc = userSvc;
_commonAccountSvc = commonAccountSvc;
_env = env;
}
public UserService(CommonContext commonCtx, RedisCache cache)
{
_commonContext = commonCtx;
_cache = cache;
}
public HomeController(CommonContext commonContext, IServiceProvider serviceProvider, RedisCache redisCache, IOptions <AppSettings> appSettings, AccountContext accountCtx, CommonUserService commonUserSvc)
: base(commonContext, serviceProvider, redisCache, appSettings)
{
_commonUserSvc = commonUserSvc;
_accountCtx = accountCtx;
}
public BaseAccountActionFilterImpl(AccountContext accountCtx, CommonContext commonCtx, RedisCache cache)
{
_accountCtx = accountCtx;
_commonCtx = commonCtx;
_cache = cache;
}
void Constructor_should_set_generation_if_it_does_not_exist()
{
var cache = new RedisCache("regionName", ConnectionMultiplexer, options);
var genKey = cache.CacheNamespace.GetGenerationKey();
Assert.Contains("NHibernate-Cache:regionName", genKey);
Assert.Equal(1, cache.CacheNamespace.GetGeneration());
}