LDicomNet::OnReceiveCStoreResponse

#include "ltdic.h"

virtual L_VOID LDicomNet::OnReceiveCStoreResponse(nPresentationID, nMessageID, pszClass, pszInstance, nStatus)

L_UCHAR nPresentationID;	presentation ID
L_UINT16 nMessageID;	message ID
L_TCHAR * pszClass;	class type
L_TCHAR * pszInstance;	instance
L_UINT16 nStatus;	status

Notifies a connection that a C-STORE-RSP command was received. This function is available in the PACS Imaging Toolkit.

Parameter	Description
nPresentationID	Presentation ID. The presentation ID provides information about both the class type of the data and the transfer syntax to use when transferring the data.
nMessageID	Message ID. Each message sent by a member of a connection should have a unique ID. Since a member of a connection may send several messages, this ID allows that member to identify when a specific request has been completed.
pszClass	Class affected by the request. This will be an SOP Class or an SOP MetaClass.
pszInstance	The instance of the class. A server may, for example, have three instances of the Nuclear Medicine Class. This value identifies the data with a specific instance.
nStatus	The status of the original request. For a list of possible values, refer to Status Constants.

Returns

None.

Comments

A call to this function is generated on an SCU when LDicomNet::SendCStoreResponse is called by an SCP.

To customize this function, you must derive a class from LDicomNet and override this function.

When an SCU requests a Move (C-MOVE-REQ), the SCP may have to call LDicomNet::SendCStoreRequest to request one or more C-STORE-REQ sub-operations to complete the storage. The series of calls and information transfer in a C-MOVE-REQ is complicated. For more information, refer to Moving Composite Data.

Required DLLs and Libraries

LTDIC

For a listing of the exact DLLs and Libraries needed, based on the toolkit version, refer to Files To Be Included With Your Application

Platforms

Win32, x64

Example

//In this example: // //1. LMyDicomNet is a class derived from LDicomNet //2. LMyDicomNet has the following member variables: // m_nClientOrServer: can be (STATUS_NONE, STATUS_SERVER, STATUS_CLIENT) // identifieds the LMyDicomNet object as a server or a client // m_nDataCommand: can be (COMMAND_C_MOVE,COMMAND_C_GET) // set so the server knows how a C-Store Response was generated // //3. m_pDicomNet points to a valid LMyDicomNet object // LMyDicomNet *m_pDicomNet // //4. A connection exists between client and server //5. An association exists between the client and server 
L_VOID LMyDicomNet::OnReceiveCStoreResponse(L_UCHAR nPresentationID, L_UINT16 nMessageID, L_TCHAR *pszClass, L_TCHAR *pszInstance, L_UINT16 nStatus) 
{ 
   CString strMsg; 
   L_UINT  lPeerPort; 
   L_TCHAR  szPeerAddress[100]; 
   GetPeerInfo(szPeerAddress, 100, &lPeerPort); 
   strMsg.Format(TEXT("*** OnReceiveCStoreResponse ***\nPeer[%s]\nnPresentationID[%d]\nnM\ 
   essageID[%d]\npszClass[%s]\npszInstance[%s]\nnStatus[%d]"), 
   szPeerAddress, 
   nPresentationID, 
   nMessageID, 
   pszClass, 
   pszInstance, 
   nStatus); 
   //If I am a server, I receive this message from 
   // 
   //  1.Client sends C-Get 
   //    I send SendCStoreRequest 
   //    Clientsends SendCStoreResponse 
   // 
   //... or 
   // 
   //  2.Client sends C-Move 
   //    I send SendCStoreRequest 
   //    Clientsends SendCStoreResponse 
   // m_nClientOrServer is a member variable that identifieds whether I am a client or server 
   if (m_nClientOrServer == STATUS_SERVER) 
   { 
      //m_nDataCommand is a member variable that is set so the server 
      //knows how a C-Store Response was generated 
      //m_nDataCommand can be: 
      //    COMMAND_C_MOVE 
      //    COMMAND_C_GET 
      switch (m_nDataCommand) 
      { 
         case COMMAND_C_GET: 
         strMsg += TEXT("SendCGetResponse\n"); 
         SendCGetResponse(  nPresentationID, 
         nMessageID, 
         pszClass, 
         COMMAND_STATUS_SUCCESS,    //L_UINT16 nStatus 
         0,                         //L_UINT16 nRemaining 
         1,                         //L_UINT16 nCompleted 
         0,                         //L_UINT16 nFailed 
         0,                         //L_UINT16 nWarning 
         0                          //LDicomDS *pDS 
         ); 
         break; 
         case COMMAND_C_MOVE: 
         strMsg += TEXT("SendCMoveResponse\n"); 
         SendCMoveResponse(  nPresentationID, 
         nMessageID, 
         pszClass, 
         COMMAND_STATUS_SUCCESS,    //L_UINT16 nStatus 
         0,                         //L_UINT16 nRemaining 
         1,                         //L_UINT16 nCompleted 
         0,                         //L_UINT16 nFailed 
         0,                         //L_UINT16 nWarning 
         0                          //LDicomDS *pDS 
         ); 
         break; 
      }; 
   } 
   m_nDataCommand = 0; 
   AfxMessageBox(strMsg); 
}

Help Version 19.0.2017.10.27

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LEADTOOLS DICOM C++ Class Library Help

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Quick Reference

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CallBack Functions

Appendix

Functions:	LDicomNet::SendCMoveRequest, LDicomNet::SendCMoveResponse, LDicomNet::SendCStoreRequest, LDicomNet::SendCStoreResponse, LDicomNet::OnReceiveCMoveResponse, LDicomNet::OnReceiveCMoveRequest, LDicomNet::OnReceiveCStoreRequest
Topics:	Moving Composite Data
	Receiving Messages