private void WriteRequest(MessageRequestType requestType, IFastBinarySerializable request)
{
Byte[] bData = null;
using (var pool = FastFormatterPool.Pool.Container())
{
bData = pool.Instance.Serialize(new MessageHeader(pool.Instance, requestType, request));
}
MessageWriter.Write(bData);
}
public static T CreateRequest <T>(MessageRequestType type) where T : Req, new()
{
T request = new T();
ISession session = SessionWeb.Current;
request.SessionId = SessionWeb.Current.SessionId;
request.CurrentUserLevel = (int)session.UserLevel;
//request.MessageLanguage = BasePage.CurrentUserLanguage;
return(request);
}
private String ReceiveMessage(String msgId)
{
//check if it exits (not realy needed but demonstrates the usage of the get msg list and it gives us the msg type)
GetMessagesListRequestType selectReq = new GetMessagesListRequestType();
selectReq.Source = GetMessagesListRequestTypeSource.INBOX;
GetMessageListResponseType listRsp = consult.getMessagesList(selectReq);
Assert.AreEqual("100", listRsp.Status.Code);
ContentInfoTypeContentType?msgType = null;
foreach (GetMessageListResponseTypeMessage msg in listRsp.Message)
{
if (msg.MessageId == msgId)
{
msgType = msg.ContentInfo.ContentType;
}
}
Assert.IsNotNull(msgType);
//Now that we know it exists and we know if it news or a document we can move on and get it.
MessageRequestType fetchReq = new MessageRequestType();
fetchReq.Source = MessageRequestTypeSource.INBOX;
fetchReq.MessageId = msgId;
GetFullMessageResponseType fetchRsp = consult.getFullMessage(fetchReq);
Assert.AreEqual("100", fetchRsp.Status.Code);
switch (msgType.Value)
{
case ContentInfoTypeContentType.NEWS:
NewsType news = (NewsType)fetchRsp.Message.ContentContext.Content.Item;
return(Encoding.UTF8.GetString(news.Item));
case ContentInfoTypeContentType.DOCUMENT:
DocumentType doc = (DocumentType)fetchRsp.Message.ContentContext.Content.Item;
return(Encoding.UTF8.GetString(doc.Item));
default:
Assert.Fail();
return(null);
}
}
private String ReceiveMessage(String msgId)
{
//check if it exits (not realy needed but demonstrates the usage of the get msg list and it gives us the msg type)
GetMessagesListRequestType selectReq = new GetMessagesListRequestType();
selectReq.Source = GetMessagesListRequestTypeSource.INBOX;
GetMessageListResponseType listRsp = consult.getMessagesList(selectReq);
Assert.AreEqual("100", listRsp.Status.Code);
ContentInfoTypeContentType? msgType = null;
foreach (GetMessageListResponseTypeMessage msg in listRsp.Message)
{
if (msg.MessageId == msgId) msgType = msg.ContentInfo.ContentType;
}
Assert.IsNotNull(msgType);
//Now that we know it exists and we know if it news or a document we can move on and get it.
MessageRequestType fetchReq = new MessageRequestType();
fetchReq.Source = MessageRequestTypeSource.INBOX;
fetchReq.MessageId = msgId;
GetFullMessageResponseType fetchRsp = consult.getFullMessage(fetchReq);
Assert.AreEqual("100", fetchRsp.Status.Code);
switch (msgType.Value)
{
case ContentInfoTypeContentType.NEWS:
NewsType news = (NewsType)fetchRsp.Message.ContentContext.Content.Item;
return Encoding.UTF8.GetString(news.Item);
case ContentInfoTypeContentType.DOCUMENT:
DocumentType doc = (DocumentType)fetchRsp.Message.ContentContext.Content.Item;
return Encoding.UTF8.GetString(doc.Item);
default:
Assert.Fail();
return null;
}
}
} // depending on the request type, this blob can either be a MessageRequest or MessageSequence object
public MessageHeader(FastBinaryFormatter ff, MessageRequestType requestType, IFastBinarySerializable request)
{
RequestType = requestType;
Request = new FastSerializerObjectData(ff, request);
}