public void TestAllKeys(ClientBase client1, ClientBase client2, string regionName, long dtTime)
{
ICollection <UInt32> registeredKeyTypeIds =
CacheableWrapperFactory.GetRegisteredKeyTypeIds();
ICollection <UInt32> registeredValueTypeIds =
CacheableWrapperFactory.GetRegisteredValueTypeIds();
client1.Call(CacheableHelper.RegisterBuiltinsJavaHashCode, dtTime);
client2.Call(CacheableHelper.RegisterBuiltinsJavaHashCode, dtTime);
foreach (UInt32 keyTypeId in registeredKeyTypeIds)
{
int numKeys;
client1.Call(InitKeys, out numKeys, keyTypeId, NumKeys, KeySize);
client2.Call(InitKeys, out numKeys, keyTypeId, NumKeys, KeySize);
Type keyType = CacheableWrapperFactory.GetTypeForId(keyTypeId);
StartTimer();
Util.Log("Running warmup task which verifies the puts.");
DoHashCodePuts(client1, client2, regionName);
}
}
public void TestAllKeyValuePairs(ClientBase client1, ClientBase client2,
string regionName, bool runQuery, long dtTicks)
{
ICollection <UInt32> registeredKeyTypeIds =
CacheableWrapperFactory.GetRegisteredKeyTypeIds();
ICollection <UInt32> registeredValueTypeIds =
CacheableWrapperFactory.GetRegisteredValueTypeIds();
client1.Call(CacheableHelper.RegisterBuiltins, dtTicks);
client2.Call(CacheableHelper.RegisterBuiltins, dtTicks);
foreach (UInt32 keyTypeId in registeredKeyTypeIds)
{
int numKeys;
client1.Call(InitKeys, out numKeys, keyTypeId, NumKeys, KeySize);
client2.Call(InitKeys, out numKeys, keyTypeId, NumKeys, KeySize);
Type keyType = CacheableWrapperFactory.GetTypeForId(keyTypeId);
foreach (UInt32 valueTypeId in registeredValueTypeIds)
{
client1.Call(InitValues, valueTypeId, numKeys, ValueSize);
client2.Call(InitValues, valueTypeId, numKeys, ValueSize);
Type valueType = CacheableWrapperFactory.GetTypeForId(valueTypeId);
Util.Log("Starting gets/puts with keyType '{0}' and valueType '{1}'",
keyType.Name, valueType.Name);
StartTimer();
Util.Log("Running warmup task which verifies the puts.");
PutGetSteps(client1, client2, regionName, true, runQuery);
Util.Log("End warmup task.");
LogTaskTiming(client1,
string.Format("IRegion<object, object>:{0},Key:{1},Value:{2},KeySize:{3},ValueSize:{4},NumOps:{5}",
regionName, keyType.Name, valueType.Name, KeySize, ValueSize, 4 * numKeys),
4 * numKeys);
InvalidateRegion(regionName, client1, client2);
}
}
}
public void PutGetSteps(ClientBase client1, ClientBase client2,
string regionName, bool verifyGets, bool runQuery)
{
if (verifyGets)
{
client1.Call(DoPuts);
client1.Call(DoKeyChecksumPuts);
client1.Call(DoValChecksumPuts);
client2.Call(DoGetsVerify);
InvalidateRegion(regionName, client1);
if (runQuery)
{
// run a query for ThinClient regions to check for deserialization
// compability on server
client1.Call(DoRunQuery);
}
client2.Call(DoPuts);
client2.Call(DoKeyChecksumPuts);
client2.Call(DoValChecksumPuts);
client1.Call(DoGetsVerify);
}
else
{
client1.Call(DoPuts);
client2.Call(DoGets);
InvalidateRegion(regionName, client1);
client2.Call(DoPuts);
client1.Call(DoGets);
}
// this query invocation is primarily to delete the entries that cannot
// be deserialized by the server
if (runQuery)
{
client1.Call(DoRunQuery);
}
}
public void DoHashCodePuts(ClientBase client1, ClientBase client2, string regionName)
{
client1.Call(DoHashPuts);
client2.Call(DoHashPuts);
}
public void DoPRSHPartitionResolverTasks(ClientBase client1, ClientBase client2, string regionName)
{
client1.Call(DoPRSHPartitionResolverPuts, regionName);
client2.Call(DoPRSHPartitionResolverPuts, regionName);
}
public void DoPRSHFixedPartitionResolverTasks(ClientBase client1, string regionName)
{
client1.Call(DoPRSHFixedPartitionResolverTests, regionName);
}
protected void ExecuteOpBlock(List <OperationWithAction> opBlock,
string authInit, Properties <string, string> extraAuthProps, Properties <string, string> extraAuthzProps,
TestCredentialGenerator gen, Random rnd, bool isMultiuser, bool ssl, bool withPassword)
{
foreach (OperationWithAction currentOp in opBlock)
{
// Start client with valid credentials as specified in
// OperationWithAction
OperationCode opCode = currentOp.OpCode;
OpFlags opFlags = currentOp.Flags;
int clientNum = currentOp.ClientNum;
if (clientNum > m_clients.Length)
{
Assert.Fail("ExecuteOpBlock: Unknown client number " + clientNum);
}
ClientBase client = m_clients[clientNum - 1];
Util.Log("ExecuteOpBlock: performing operation number [" +
currentOp.OpNum + "]: " + currentOp);
Properties <string, string> clientProps = null;
if (!CheckFlags(opFlags, OpFlags.UseOldConn))
{
Properties <string, string> opCredentials;
int newRnd = rnd.Next(100) + 1;
string currentRegionName = '/' + RegionName;
if (CheckFlags(opFlags, OpFlags.UseSubRegion))
{
currentRegionName += ('/' + SubregionName);
}
string credentialsTypeStr;
OperationCode authOpCode = currentOp.AuthzOperationCode;
int[] indices = currentOp.Indices;
CredentialGenerator cGen = gen.GetCredentialGenerator();
Properties <string, string> javaProps = null;
if (CheckFlags(opFlags, OpFlags.CheckNotAuthz) ||
CheckFlags(opFlags, OpFlags.UseNotAuthz))
{
opCredentials = gen.GetDisallowedCredentials(
new OperationCode[] { authOpCode },
new string[] { currentRegionName }, indices, newRnd);
credentialsTypeStr = " unauthorized " + authOpCode;
}
else
{
opCredentials = gen.GetAllowedCredentials(new OperationCode[] {
opCode, authOpCode
}, new string[] { currentRegionName },
indices, newRnd);
credentialsTypeStr = " authorized " + authOpCode;
}
if (cGen != null)
{
javaProps = cGen.JavaProperties;
}
clientProps = SecurityTestUtil.ConcatProperties(
opCredentials, extraAuthProps, extraAuthzProps);
// Start the client with valid credentials but allowed or disallowed to
// perform an operation
Util.Log("ExecuteOpBlock: For client" + clientNum +
credentialsTypeStr + " credentials: " + opCredentials);
if (!isMultiuser)
{
client.Call(SecurityTestUtil.CreateClientSSL, RegionName,
CacheHelper.Locators, authInit, clientProps, ssl, withPassword);
}
else
{
client.Call(SecurityTestUtil.CreateClientMU, RegionName,
CacheHelper.Locators, authInit, (Properties <string, string>)null, true);
}
}
ExpectedResult expectedResult;
if (CheckFlags(opFlags, OpFlags.CheckNotAuthz))
{
expectedResult = ExpectedResult.NotAuthorizedException;
}
else if (CheckFlags(opFlags, OpFlags.CheckException))
{
expectedResult = ExpectedResult.OtherException;
}
else
{
expectedResult = ExpectedResult.Success;
}
// Perform the operation from selected client
if (!isMultiuser)
{
client.Call(DoOp, opCode, currentOp.Indices, opFlags, expectedResult);
}
else
{
client.Call(DoOp, opCode, currentOp.Indices, opFlags, expectedResult, clientProps, true);
}
}
}
