public void TestClientOnlyPlatformCache()
{
var cache = _grid.CreateCache <int, int>(TestUtils.TestName);
cache[1] = 2;
var clientCache = _client.CreateNearCache <int, int>(cache.Name, new NearCacheConfiguration(),
new PlatformCacheConfiguration());
Assert.AreEqual(2, clientCache[1]);
Assert.AreEqual(1, clientCache.GetLocalSize(CachePeekMode.Platform));
var clientCache2 = _client.GetOrCreateNearCache <int, int>(cache.Name, new NearCacheConfiguration(),
new PlatformCacheConfiguration());
Assert.AreEqual(2, clientCache2[1]);
Assert.AreEqual(1, clientCache2.GetLocalSize(CachePeekMode.Platform));
var clientCache3 = _client.CreateCache <int, int>(new CacheConfiguration(cache.Name + "3"),
new NearCacheConfiguration(), new PlatformCacheConfiguration());
clientCache3[1] = 2;
Assert.AreEqual(2, clientCache3.LocalPeek(1, CachePeekMode.Platform));
var clientCache4 = _client.GetOrCreateCache <int, int>(new CacheConfiguration(cache.Name + "4"),
new NearCacheConfiguration(), new PlatformCacheConfiguration());
clientCache4[1] = 2;
Assert.AreEqual(2, clientCache4.LocalPeek(1, CachePeekMode.Platform));
}
private static void PerformClientReconnect(IIgnite client)
{
var disconnectedEvt = new ManualResetEventSlim(false);
client.ClientDisconnected += (sender, args) => { disconnectedEvt.Set(); };
var reconnectedEvt = new ManualResetEventSlim(false);
ClientReconnectEventArgs reconnectEventArgs = null;
client.ClientReconnected += (sender, args) =>
{
reconnectEventArgs = args;
reconnectedEvt.Set();
};
var gridName = string.Format("%{0}%", client.Name);
TestUtilsJni.SuspendThreads(gridName);
Thread.Sleep(9000);
TestUtilsJni.ResumeThreads(gridName);
Assert.Catch(() => client.CreateCache <int, int>("_fail").Put(1, 1));
var disconnected = disconnectedEvt.Wait(TimeSpan.FromSeconds(3));
Assert.IsTrue(disconnected);
Assert.Catch(() => client.CreateCache <int, int>("_fail").Put(1, 1));
var reconnected = reconnectedEvt.Wait(TimeSpan.FromSeconds(15));
Assert.IsTrue(reconnected);
Assert.IsFalse(reconnectEventArgs.HasClusterRestarted);
}
public void TestCreateNearCacheOnClientNode()
{
const string cacheName = "client_cache";
_client.CreateCache <int, int>(cacheName);
// Near cache can't be started on client node
Assert.Throws <CacheException>(
() => _client.CreateNearCache <int, int>(cacheName, new NearCacheConfiguration()));
}
public void TestDynamicCache()
{
var cache = _grid.CreateCache <int, int>(new CacheConfiguration(DynCacheName)
{
PluginConfigurations = new[] { new CacheJavaPluginConfiguration() }
});
VerifyCachePlugin(cache);
}
public void InitClient()
{
_grid = Ignition.Start(TestUtils.GetTestConfiguration());
Ignition.Start(new IgniteConfiguration(TestUtils.GetTestConfiguration())
{
IgniteInstanceName = "grid1"
});
_cache = _grid.CreateCache <int, int?>(CacheName);
}
public void TestCreateNearCache(
[Values(CacheMode.Partitioned, CacheMode.Replicated)]
CacheMode cacheMode,
[Values(CacheAtomicityMode.Atomic, CacheAtomicityMode.Transactional)]
CacheAtomicityMode atomicityMode)
{
var cacheName = string.Format("dyn_cache_{0}_{1}", cacheMode, atomicityMode);
var cfg = new CacheConfiguration(cacheName)
{
AtomicityMode = atomicityMode,
CacheMode = cacheMode
};
var cache = _grid.CreateCache <int, int>(cfg);
cache[1] = 1;
var nearCacheConfiguration = new NearCacheConfiguration();
var nearCache = _client.CreateNearCache <int, int>(cacheName, nearCacheConfiguration);
Assert.AreEqual(1, nearCache[1]);
// Create when exists.
nearCache = _client.CreateNearCache <int, int>(cacheName, nearCacheConfiguration);
Assert.AreEqual(1, nearCache[1]);
// Update entry.
cache[1] = 2;
Assert.True(TestUtils.WaitForCondition(() => nearCache[1] == 2, 300));
// Update through near.
nearCache[1] = 3;
Assert.AreEqual(3, nearCache[1]);
// Remove.
cache.Remove(1);
Assert.True(TestUtils.WaitForCondition(() => !nearCache.ContainsKey(1), 300));
}
public void TestAffinityCallWithPartition([Values(true, false)] bool async)
{
var cacheName = DefaultCacheName;
var aff = _grid1.GetAffinity(cacheName);
var localNode = _grid1.GetCluster().GetLocalNode();
var part = aff.GetPrimaryPartitions(localNode).First();
var compute = _grid1.GetCompute();
Func <IEnumerable <string>, int> action = names => async
? compute.AffinityCallAsync(names, part, new ComputeFunc()).Result
: compute.AffinityCall(names, part, new ComputeFunc());
// One cache.
var res = action(new[] { cacheName });
Assert.AreEqual(res, ComputeFunc.InvokeCount);
Assert.AreEqual(localNode.Id, ComputeFunc.LastNodeId);
// Two caches.
var cache = _grid1.CreateCache <int, int>(TestUtils.TestName);
res = action(new[] { cacheName, cache.Name });
Assert.AreEqual(res, ComputeFunc.InvokeCount);
Assert.AreEqual(localNode.Id, ComputeFunc.LastNodeId);
// Empty caches.
var ex = Assert.Throws <ArgumentException>(() => action(new string[0]));
StringAssert.StartsWith("cacheNames can not be empty", ex.Message);
// Invalid cache name.
Assert.Throws <AggregateException>(() => action(new[] { "bad" }));
// Invalid partition.
Assert.Throws <ArgumentException>(() => compute.AffinityCall(new[] { cacheName }, -1, new ComputeFunc()));
}
public void GlobalSetup()
{
_ignite = Ignition.Start();
_cache = _ignite.CreateCache <int, Person>("normalCache");
_cacheWithPlatformCache = _ignite.CreateCache <int, Person>(new CacheConfiguration
{
Name = "platformEnabledCache",
PlatformCacheConfiguration = new PlatformCacheConfiguration
{
KeyTypeName = typeof(int).AssemblyQualifiedName,
ValueTypeName = typeof(Person).AssemblyQualifiedName
}
});
var data = Enumerable.Range(1, 10000)
.Select(Person.CreateInstance <Person>)
.Select(p => new KeyValuePair <int, Person>(p.Id, p))
.ToArray();
_cache.PutAll(data);
_cacheWithPlatformCache.PutAll(data);
}
public IgniteLogic()
{
var cfg = new IgniteConfiguration()
{
};
_instance = Ignition.TryGetIgnite() ?? Ignition.Start();
var cache = _instance.CreateCache <int, Test3>("ab");
var retcur = cache.Query(new SqlQuery(typeof(Test3), ""));
var itemlist = retcur.GetAll().Select(p => p.Value);
}
public void GlobalSetup()
{
_ignite = Ignition.Start();
// Reduce number of partitions to reduce overhead.
// With real-world data sets this won't be needed.
var affinityFunction = new RendezvousAffinityFunction
{
Partitions = 10
};
_cache = _ignite.CreateCache <int, Person>(new CacheConfiguration
{
Name = "normalCache",
AffinityFunction = affinityFunction
});
_cacheWithPlatformCache = _ignite.CreateCache <int, Person>(new CacheConfiguration
{
Name = "platformEnabledCache",
AffinityFunction = affinityFunction,
PlatformCacheConfiguration = new PlatformCacheConfiguration
{
KeyTypeName = typeof(int).AssemblyQualifiedName,
ValueTypeName = typeof(Person).AssemblyQualifiedName
}
});
var data = Enumerable.Range(1, 100000)
.Select(x => Person.CreateInstance <Person>(x, dataSize: 10))
.Select(p => new KeyValuePair <int, Person>(p.Id, p))
.ToArray();
_cache.PutAll(data);
_cacheWithPlatformCache.PutAll(data);
}
/// <summary>
/// Creates the cache.
/// </summary>
private static ICache <int, int> CreateCache(PartitionLossPolicy policy, IIgnite ignite)
{
return(ignite.CreateCache <int, int>(new CacheConfiguration(CacheName)
{
CacheMode = CacheMode.Partitioned,
Backups = 0,
WriteSynchronizationMode = CacheWriteSynchronizationMode.FullSync,
PartitionLossPolicy = policy,
AffinityFunction = new RendezvousAffinityFunction
{
ExcludeNeighbors = false,
Partitions = 32
}
}));
}
public void TestCreateNearCache()
{
const string cacheName = "dyn_cache";
var cache = _grid.CreateCache <int, string>(cacheName);
cache[1] = "1";
var nearCache = _grid.CreateNearCache <int, string>(cacheName, new NearCacheConfiguration());
Assert.AreEqual("1", nearCache[1]);
// Create when exists
nearCache = _grid.CreateNearCache <int, string>(cacheName, new NearCacheConfiguration());
Assert.AreEqual("1", nearCache[1]);
}
public void TestAddRemoveFieldsDynamically()
{
var cache1 = _node1.CreateCache <int, DynamicFieldSetSerializable>("c");
var cache2 = _node2.GetCache <int, DynamicFieldSetSerializable>("c");
// Put/get without optional fields.
var noFields = new DynamicFieldSetSerializable();
cache1[1] = noFields;
AssertExtensions.ReflectionEqual(noFields, cache1[1]);
AssertExtensions.ReflectionEqual(noFields, cache2[1]);
Assert.AreEqual(new[] { "WriteBar", "WriteFoo" }, GetFields(0));
Assert.AreEqual(new[] { "WriteBar", "WriteFoo" }, GetFields(1));
// Put/get with one optional field.
var oneField = new DynamicFieldSetSerializable
{
Bar = "abc",
WriteBar = true
};
cache1[2] = oneField;
AssertExtensions.ReflectionEqual(oneField, cache1[2]);
AssertExtensions.ReflectionEqual(oneField, cache2[2]);
Assert.AreEqual(new[] { "Bar", "WriteBar", "WriteFoo" }, GetFields(0));
Assert.AreEqual(new[] { "Bar", "WriteBar", "WriteFoo" }, GetFields(1));
// Put/get with another optional field.
var oneField2 = new DynamicFieldSetSerializable
{
Foo = 25,
WriteFoo = true
};
cache1[3] = oneField2;
AssertExtensions.ReflectionEqual(oneField2, cache1[3]);
AssertExtensions.ReflectionEqual(oneField2, cache2[3]);
Assert.AreEqual(new[] { "Bar", "Foo", "WriteBar", "WriteFoo" }, GetFields(0));
Assert.AreEqual(new[] { "Bar", "Foo", "WriteBar", "WriteFoo" }, GetFields(1));
}
public void TestCreateNearCache()
{
const string cacheName = "dyn_cache";
var cache = _grid.CreateCache <int, string>(new CacheConfiguration(cacheName));
cache[1] = "1";
using (var client = Ignition.Start(new IgniteConfiguration(TestUtils.GetTestConfiguration())
{
ClientMode = true,
IgniteInstanceName = "client"
}))
{
var nearCache = client.CreateNearCache <int, string>(cacheName, new NearCacheConfiguration());
Assert.AreEqual("1", nearCache[1]);
// Create when exists.
nearCache = client.CreateNearCache <int, string>(cacheName, new NearCacheConfiguration());
Assert.AreEqual("1", nearCache[1]);
}
}
public static ICache <T, object> CreateBinaryCache <T>(this IIgnite ignite, string name)
{
return(ignite.CreateCache <T, object>(name).WithKeepBinary <T, object>());
}
/** <inheritdoc /> */
public ICache <TK, TV> CreateCache <TK, TV>(string name)
{
return(_ignite.CreateCache <TK, TV>(name));
}
public static ICache <T, object> CreateBinaryCache <T>(this IIgnite ignite, CacheConfiguration cacheConfiguration)
{
return(ignite.CreateCache <T, object>(cacheConfiguration).WithKeepBinary <T, object>());
}
static void Main(string[] args)
{
string s;
DateTime startTime;
DateTime endTime;
IgniteConfiguration cfg = new IgniteConfiguration()
{
IgniteInstanceName = "TRex",
// Register custom class for Ignite serialization
BinaryConfiguration = new Apache.Ignite.Core.Binary.BinaryConfiguration(typeof(MyCacheClass))
};
IIgnite ignite = Ignition.Start(cfg);
// Add a cache to Ignite
ICache <string, MyCacheClass> cache = ignite.CreateCache <string, MyCacheClass>
(new CacheConfiguration()
{
Name = "TestCache",
CopyOnRead = false,
KeepBinaryInStore = false,
CacheStoreFactory = new TRexCacheStoreFactory(),
ReadThrough = true,
WriteThrough = true,
WriteBehindFlushFrequency = new TimeSpan(0, 0, 5), // 5 seconds
EvictionPolicy = new LruEvictionPolicy()
{
MaxMemorySize = 1000000,
}
});
int NumCacheEntries = 5000;
// Add a cache item
cache.Put("First", new MyCacheClass("FirstItem"));
// Add a collectikon of items
startTime = DateTime.Now;
for (int i = 0; i < NumCacheEntries; i++)
{
cache.Put("First" + i, new MyCacheClass("First" + i));
}
endTime = DateTime.Now;
s = string.Format("{0}", endTime - startTime);
Console.WriteLine("Time to add cache items with serialisation: {0}", s);
int sumsum = 0;
// Query back the cache items with serialisation
startTime = DateTime.Now;
for (int i = 0; i < NumCacheEntries; i++)
{
MyCacheClass first = cache.Get("First" + i);
int sum = 0;
for (int ii = 0; ii < first.localData.Length; ii++)
{
sum += first.localData[ii];
}
sumsum += sum;
}
endTime = DateTime.Now;
s = string.Format("{0}", endTime - startTime);
Console.WriteLine("Time to query cache items with serialisation: {0}, sum = {1}", s, sumsum);
var binCache = cache.WithKeepBinary <string, IBinaryObject>();
// IBinaryObject binCacheItem = binCache["First"];
// Console.WriteLine(binCacheItem.GetField<string>("Name"));
// Query back the cache items without serialisation (using BinaryObject)
startTime = DateTime.Now;
for (int i = 0; i < NumCacheEntries; i++)
{
IBinaryObject binCacheItem = binCache["First" + i];
byte[] bytes = binCacheItem.GetField <byte[]>("localData");
int sum = 0;
for (int ii = 0; ii < bytes.Length; ii++)
{
sum += bytes[ii];
}
sumsum += sum;
}
endTime = DateTime.Now;
s = string.Format("{0}", endTime - startTime);
Console.WriteLine("Time to query cache items without serialisation: {0}, sum = {1}", s, sumsum);
// Get compute instance over all nodes in the cluster.
ICompute compute = ignite.GetCompute();
IClusterGroup compute2 = ignite.GetCompute().ClusterGroup;
// Execute a map reduce on the cluster
if (compute2.ForServers()?.GetNodes()?.Any() == true)
{
try
{
string mapReduceResult = ignite.GetCompute().Execute <string, string, string>(new MyComputeTask(), "Bob");
Console.WriteLine("Mapreduce result = '{0}'", mapReduceResult);
}
catch (Exception e)
{
Console.WriteLine("Exception executing mapReduce execution\r\n: {0}", e);
}
}
else
{
Console.WriteLine("Calling cluster mapReduce broadcast function: No servers present in cluster");
}
// Execute a command using affinity on the cluster
try
{
string affinityResult = ignite.GetCompute().AffinityCall <string>("TestCache", "First", new AffinityComputeFunc("First"));
Console.WriteLine("Affinity result = '{0}'", affinityResult);
}
catch (Exception e)
{
Console.WriteLine("Exception executing affinity execution\r\n: {0}", e);
}
if (ignite == null)
{
Console.WriteLine("Ignite instance is null at end of method");
}
Console.ReadKey();
}
