/// <summary>
/// Serialize <see cref="IOperationOverrides"/>.
/// </summary>
/// <param name="operationOverrides"><see cref="IOperationOverrides"/> to serialize</param>
private void SerializeOperationOverrides(IOperationOverrides operationOverrides)
{
bool isNull = operationOverrides == null;
this.binaryWriter.Write((bool)isNull);
if (!isNull)
{
this.binaryWriter.Write((ulong)operationOverrides.TxId);
this.binaryWriter.Write((ulong)operationOverrides.TxTime);
}
}
/// <summary>
/// Deserialize <see cref="IRingMasterRequest"/>
/// </summary>
/// <param name="callid">Id of the call</param>
/// <param name="ringMasterRequest">The ring master request.</param>
/// <exception cref="System.ArgumentException">unknown type + type</exception>
private void DeserializeRingMasterRequest(ulong callid, out IRingMasterRequest ringMasterRequest)
{
RingMasterRequestType type = (RingMasterRequestType)this.binaryReader.ReadUInt16();
ulong uid = this.binaryReader.ReadUInt64();
string path = this.binaryReader.ReadString();
ISessionAuth sessionAuth = this.DeserializeSessionAuth();
IOperationOverrides operationOverrides = this.DeserializeOperationOverrides();
Guid executionQueueId = Guid.Empty;
int executionQueueTimeoutMilliseconds = 0;
if (this.serializationVersionUsed >= SerializationFormatVersions.Version17)
{
bool hasExecutionQueueData = this.binaryReader.ReadBoolean();
if (hasExecutionQueueData)
{
executionQueueId = this.binaryReader.ReadGuid();
executionQueueTimeoutMilliseconds = this.binaryReader.ReadInt32();
}
}
ulong timeStreamId = 0;
if (this.serializationVersionUsed >= SerializationFormatVersions.Version21)
{
timeStreamId = this.binaryReader.ReadUInt64();
}
AbstractRingMasterRequest request = null;
switch (type)
{
case RingMasterRequestType.Init:
request = this.DeserializeRequestInit(uid);
break;
case RingMasterRequestType.SetAuth:
request = this.DeserializeRequestSetAuth(uid);
break;
case RingMasterRequestType.Create:
request = this.DeserializeRequestCreate(uid, path);
break;
case RingMasterRequestType.Move:
request = this.DeserializeRequestMove(uid, path);
break;
case RingMasterRequestType.Multi:
request = this.DeserializeRequestMulti(callid, uid);
break;
case RingMasterRequestType.Batch:
request = this.DeserializeRequestBatch(callid, uid);
break;
case RingMasterRequestType.Delete:
request = this.DeserializeRequestDelete(uid, path);
break;
case RingMasterRequestType.Check:
request = this.DeserializeRequestCheck(uid, path);
break;
case RingMasterRequestType.Sync:
request = this.DeserializeRequestSync(uid, path);
break;
case RingMasterRequestType.Exists:
request = this.DeserializeRequestExists(uid, path);
break;
case RingMasterRequestType.GetAcl:
request = this.DeserializeRequestGetAcl(uid, path);
break;
case RingMasterRequestType.GetData:
request = this.DeserializeRequestGetData(uid, path);
break;
case RingMasterRequestType.GetChildren:
request = this.DeserializeRequestGetChildren(uid, path);
break;
case RingMasterRequestType.SetData:
request = this.DeserializeRequestSetData(uid, path);
break;
case RingMasterRequestType.SetAcl:
request = this.DeserializeRequestSetAcl(uid, path);
break;
case RingMasterRequestType.GetSubtree:
request = this.DeserializeRequestGetSubtree(uid, path);
break;
case RingMasterRequestType.None:
default:
throw new ArgumentException("unknown type " + type);
}
if (request != null)
{
request.TimeStreamId = timeStreamId;
request.Auth = sessionAuth;
request.Overrides = operationOverrides;
request.ExecutionQueueId = executionQueueId;
request.ExecutionQueueTimeoutMillis = executionQueueTimeoutMilliseconds;
}
ringMasterRequest = request;
}