/*
          Copyright (C) 1993, 1994, RSNA and Washington University

          The software and supporting documentation for the Radiological
          Society of North America (RSNA) 1993, 1994 Digital Imaging and
          Communications in Medicine (DICOM) Demonstration were developed
          at the
                  Electronic Radiology Laboratory
                  Mallinckrodt Institute of Radiology
                  Washington University School of Medicine
                  510 S. Kingshighway Blvd.
                  St. Louis, MO 63110
          as part of the 1993, 1994 DICOM Central Test Node project for, and
          under contract with, the Radiological Society of North America.

          THIS SOFTWARE IS MADE AVAILABLE, AS IS, AND NEITHER RSNA NOR
          WASHINGTON UNIVERSITY MAKE ANY WARRANTY ABOUT THE SOFTWARE, ITS
          PERFORMANCE, ITS MERCHANTABILITY OR FITNESS FOR ANY PARTICULAR
          USE, FREEDOM FROM ANY COMPUTER DISEASES OR ITS CONFORMITY TO ANY
          SPECIFICATION. THE ENTIRE RISK AS TO QUALITY AND PERFORMANCE OF
          THE SOFTWARE IS WITH THE USER.

          Copyright of the software and supporting documentation is
          jointly owned by RSNA and Washington University, and free access
          is hereby granted as a license to use this software, copy this
          software and prepare derivative works based upon this software.
          However, any distribution of this software source code or
          supporting documentation or derivative works (source code and
          supporting documentation) must include the three paragraphs of
          the copyright notice.
*/
/* Copyright marker.  Copyright will be inserted above.  Do not remove */
/*
**				DICOM 94
**		     Electronic Radiology Laboratory
**		   Mallinckrodt Institute of Radiology
**		Washington University School of Medicine
**
** Module Name(s):
** Author, Date:	Stephen Moore, 11-Feb-94
** Intent:
** Last Update:		$Author: smm $, $Date: 2002-12-13 15:20:17 $
** Source File:		$RCSfile: requests.c,v $
** Revision:		$Revision: 1.16 $
** Status:		$State: Exp $
*/

static char rcsid[] = "$Revision: 1.16 $ $RCSfile: requests.c,v $";

#include "ctn_os.h"

#if 0
#include <stdio.h>
#include <sys/types.h>
#include <time.h>
#include <stdlib.h>
#include <errno.h>
#include <string.h>
#ifdef _MSC_VER
#include <windows.h>
#endif
#endif

#include "dicom.h"
#include "condition.h"
#include "lst.h"
#include "dicom_uids.h"
#include "dulprotocol.h"
#include "dicom_objects.h"
#include "dicom_ie.h"
#include "dicom_messages.h"
#include "dicom_services.h"
#ifdef CTN_MULTIBYTE
#include "tblmb.h"
#include "idbmb.h"
#else
#include "tbl.h"
#include "idb.h"
#endif
#include "manage.h"
#include "fis.h"
#include "copy.h"

#include "image_archive.h"
#include "find.h"
#include "move.h"
#include "cget.h"
#include "naction.h"
#include "gq.h"
#include "iqueues.h"

extern char *controlDatabase;
extern CTNBOOLEAN doVerification;
extern int queueNumber;
static char lastImageInAssociation[512] = "";
static char callingAPTitle[20] = "";
static int receivedImageCount = 0;

typedef struct {
    char *fileName;
    char *transferSyntax;
    char *owner;
    char *groupName;
    char *priv;
    DMAN_HANDLE **handle;
    int  imageCount;
}   STORAGE_PARAMS;

static IDB_HANDLE *IDBHandle;
static FIS_HANDLE *fisHandle;

static CONDITION
serviceThisCommand(DUL_NETWORKKEY ** network, DUL_ASSOCIATIONKEY ** association,
		   DUL_PRESENTATIONCONTEXT * ctx, MSG_TYPE messageType,
		   void **message, DUL_ASSOCIATESERVICEPARAMETERS * params,
		   DMAN_HANDLE ** handle);
static CONDITION
echoRequest(DUL_ASSOCIATIONKEY ** association,
	    DUL_PRESENTATIONCONTEXT * ctx, MSG_C_ECHO_REQ ** message);
static CONDITION
storeRequest(DUL_ASSOCIATESERVICEPARAMETERS * params,
	     DUL_ASSOCIATIONKEY ** association, DMAN_HANDLE ** handle,
	     DUL_PRESENTATIONCONTEXT * ctx, MSG_C_STORE_REQ ** message);
static CONDITION
echoCallback(MSG_C_ECHO_REQ * echoRequest,
	     MSG_C_ECHO_RESP * echoResponse, void *ctx,
	     DUL_PRESENTATIONCONTEXT * pc);
static CONDITION
storageCallback(MSG_C_STORE_REQ * request, MSG_C_STORE_RESP * response,
		unsigned long received, unsigned long estimate,
/*		DCM_OBJECT ** object, STORAGE_PARAMS * params, */
		DCM_OBJECT ** object, void *paramsPtr,
		DUL_PRESENTATIONCONTEXT * pc);
static CONDITION
storeImage(DMAN_HANDLE ** handle, char *origFileName,
	   char *transferSyntax, char *SOPClass,
	   char *owner, char *groupName, char *priv,
	   DCM_OBJECT ** object);

extern CTNBOOLEAN silent;

void
queueInitialize();
void
queueNewAssociation(const char* node);
void
queueNetworkNewAssociation(const char* node);
void
queueClosedAssociation(const char* node, int count);
void
queueDisplayImage(const char* node, const char* name);
void
queueNewImage(const char* node, int count);
void
networkqueuePartialImage(const char* node, int percentage);

/* serviceRequests
**
** Purpose:
**	This function reads requests from the network and services those
**	requests.
**
** Parameter Dictionary:
**	network		The key which is used to access the network.
**	association	They key which is used to access the association
**			on which requests are received.
**	service		The parameter list which describes the association.
**			This list includes the list of presentation contexts
**			for the association.
**	reducedCapability If true, we are operating with reduced capability.
**			This means we will not use FIS for anything.
**
** Return Values:
**
** Algorithm:
**	Description of the algorithm (optional) and any other notes.
*/

CONDITION
serviceRequests(DUL_NETWORKKEY ** network, DUL_ASSOCIATIONKEY ** association,
		DUL_ASSOCIATESERVICEPARAMETERS * service,
		CTNBOOLEAN reducedCapability)
{
    CONDITION
	cond;
    DUL_PRESENTATIONCONTEXT
	* ctx;
    DUL_PRESENTATIONCONTEXTID
	ctxID;
    void
       *message;
    MSG_TYPE
	messageType;
    CTNBOOLEAN
	networkLink = TRUE,
	commandServiced;
    DMAN_HANDLE
	* handle;
    DMAN_STORAGEACCESS
	storage;
    DMAN_FISACCESS fisAccess;

    receivedImageCount = 0;

    queueInitialize();
    strcpy(callingAPTitle, service->callingAPTitle);
    queueNewAssociation(service->callingAPTitle);
    queueNetworkNewAssociation(service->callingAPTitle);

    cond = DMAN_Open(controlDatabase, service->callingAPTitle,
		     service->calledAPTitle, &handle);

    if (cond != DMAN_NORMAL)
	fprintf(stderr, "Unable to open control database\n");

    if (cond == DMAN_NORMAL) {
	cond = DMAN_LookupStorage(&handle, service->calledAPTitle,
				  &storage);
    }
    if (cond != DMAN_NORMAL) {
	fprintf(stderr, "Unable to lookup storage\n");
	COND_DumpConditions();
    }
    if (cond == DMAN_NORMAL) {
	cond = IDB_Open(storage.DbKey, &IDBHandle);
#ifdef CTN_MULTIBYTE
	IDB_SetCharSet(&IDBHandle, storage.Comment);
#endif
    }

    if (cond != IDB_NORMAL)
	fprintf(stderr, "Unable to open IDB tables\n");

    if (!reducedCapability && !CTN_ERROR(cond)) {
	cond = DMAN_LookupFISAccess(&handle, service->calledAPTitle, &fisAccess);
	if (!CTN_ERROR(cond))
	    cond = FIS_Open(fisAccess.DbKey, &fisHandle);
    }
    while ((networkLink == TRUE) && !CTN_ERROR(cond)) {
	cond = SRV_ReceiveCommand(association, service, DUL_BLOCK, 0, &ctxID,
				  NULL, &messageType, &message);
	if (cond == SRV_PEERREQUESTEDRELEASE) {
	    networkLink = FALSE;
	    (void)COND_PopCondition(TRUE);
	    (void) DUL_AcknowledgeRelease(association);
	    (void) DUL_DropAssociation(association);
	} else if (cond == SRV_PEERABORTEDASSOCIATION) {
	    networkLink = FALSE;
	    (void) DUL_DropAssociation(association);
	} else if (cond != SRV_NORMAL) {
	    (void) DUL_DropAssociation(association);
	    COND_DumpConditions();
	    cond = 2;
	} else {
	    ctx = LST_Head(&service->acceptedPresentationContext);
	    if (ctx != NULL)
		(void) LST_Position(&service->acceptedPresentationContext, ctx);
	    commandServiced = FALSE;
	    while (ctx != NULL && !commandServiced) {
		if (ctx->presentationContextID == ctxID) {
		    if (commandServiced) {
			if (!silent)
			    fprintf(stderr,
			      "Context ID Repeat in serviceRequests (%d)\n",
				    ctxID);
		    } else {
			cond = serviceThisCommand(network, association, ctx,
					     messageType, &message, service,
						  &handle);
			if (cond == SRV_OPERATIONCANCELLED) {
			    if (!silent)
				printf("Operation cancelled\n");
			    (void) COND_PopCondition(TRUE);
			} else if (cond != SRV_NORMAL)
			    COND_DumpConditions();
			commandServiced = TRUE;
		    }
		}
		ctx = LST_Next(&service->acceptedPresentationContext);
	    }
	    if (!commandServiced) {
		fprintf(stderr, "In serviceRequests, context ID %d not found\n",
			ctxID);
		(void) DUL_DropAssociation(association);
		networkLink = FALSE;
	    }
	}
    }
    if (!silent)
	COND_DumpConditions();
    queueClosedAssociation(service->callingAPTitle, receivedImageCount);
    if (lastImageInAssociation[0] != '\0')
      queueDisplayImage(service->callingAPTitle, lastImageInAssociation);

    (void) DMAN_Close(&handle);
    (void) IDB_Close(&IDBHandle);
    if (!reducedCapability)
	(void) FIS_Close(&fisHandle);
    (void) DUL_ClearServiceParameters(service);
    free(service);
    return cond;
}

/* serviceThisCommand
**
** Purpose:
**	This function serves as a dispatch routine for the commands
**	that can be received from the network.  It uses a case statement
**	to identify the command and call the function which will
**	respond to the request.
**
** Parameter Dictionary:
**	association	They key which is used to access the association
**			on which requests are received.
**	ctx		Pointer to the presentation context for this command
**	messageType	The type of message that we are to recognize.
**	message		Pointer to a structure which contains the message.
**			We will use "messageType" to get the proper type.
**
** Return Values:
**
** Algorithm:
**	Description of the algorithm (optional) and any other notes.
*/

static CONDITION
serviceThisCommand(DUL_NETWORKKEY ** network,
		   DUL_ASSOCIATIONKEY ** association,
		   DUL_PRESENTATIONCONTEXT * ctx, MSG_TYPE messageType,
		   void **message, DUL_ASSOCIATESERVICEPARAMETERS * params,
		   DMAN_HANDLE ** handle)
{
    CONDITION
    cond;
    MSG_GENERAL
	* general;

    general = *(MSG_GENERAL **) message;

    if (!silent)
	MSG_DumpMessage((void *) general, stdout);
    switch (messageType) {
    case MSG_K_C_ECHO_REQ:
	cond = echoRequest(association, ctx, (MSG_C_ECHO_REQ **) message);
	break;
    case MSG_K_C_STORE_REQ:
	cond = storeRequest(params, association, handle, ctx,
			    (MSG_C_STORE_REQ **) message);
	break;
    case MSG_K_C_FIND_REQ:
	cond = findRequest(association, params, ctx,
			   (MSG_C_FIND_REQ **) message, &IDBHandle);
	break;
    case MSG_K_C_MOVE_REQ:
	cond = moveRequest(network, association, ctx,
			   (MSG_C_MOVE_REQ **) message, params, &IDBHandle,
			   handle);
	break;
    case MSG_K_C_GET_REQ:
	cond = cgetRequest(network, association, ctx,
			   (MSG_C_GET_REQ **) message, params, &IDBHandle,
			   handle);
	break;
    case MSG_K_C_CANCEL_REQ:
	cond = SRV_NORMAL;	/* This must have happened after we were done */
	break;
    case MSG_K_N_ACTION_REQ:
	cond = nactionRequest(params, association, handle, ctx,
			      (MSG_N_ACTION_REQ **) message, &fisHandle,
			      &IDBHandle);
	break;
    default:
	fprintf(stderr, "Unimplemented message type: %d\n", messageType);
	cond = 1;
	break;
    }
    return cond;
}


/* echoRequest
**
** Purpose:
**	This function responds to an echo request from the network.
**	It creates an echo response message with a status of success
**	and sends the message to the peer application.
**
** Parameter Dictionary:
**	association	They key which is used to access the association
**			on which requests are received.
**	ctx		Pointer to the presentation context for this command
**	message		Pointer to the MSG_C_ECHO_REQ message that was
**			received by the server.
**
** Return Values:
**
**	SRV_CALLBACKABORTEDSERVICE
**	SRV_ILLEGALPARAMETER
**	SRV_NOCALLBACK
**	SRV_NORMAL
**	SRV_OBJECTBUILDFAILED
**	SRV_RESPONSEFAILED
**
** Algorithm:
**	Description of the algorithm (optional) and any other notes.
*/

static CONDITION
echoRequest(DUL_ASSOCIATIONKEY ** association,
	    DUL_PRESENTATIONCONTEXT * ctx, MSG_C_ECHO_REQ ** echoReq)
{
    MSG_C_ECHO_RESP
    echoResponse = {
	MSG_K_C_ECHO_RESP, 0, 0, DCM_CMDDATANULL, 0, ""
    };

    return SRV_CEchoResponse(association, ctx, echoReq,
			     &echoResponse, echoCallback, NULL, "");
}

/* echoCallback
**
** Purpose:
**	Call back routine provided by the service provider. It is invoked
**	by the SRV Echo Response function.
**
** Parameter Dictionary:
**	request		Pointer to C-Echo Request Message
**	response	Pointer to C-Echo Response Message
**	ctx		Context information that we ignore
**	pc		Presentation context pointer that we ignore
**
** Return Values:
**	SRV_NORMAL
**
** Notes:
**
** Algorithm:
**	Description of the algorithm (optional) and any other notes.
*/
static CONDITION
echoCallback(MSG_C_ECHO_REQ * request,
	     MSG_C_ECHO_RESP * response, void *ctx,
	     DUL_PRESENTATIONCONTEXT * pc)
{
    if (!silent)
	printf("Echo Request Received/Acknowledged\n");

    response->dataSetType = DCM_CMDDATANULL;
    response->messageIDRespondedTo = request->messageID;
    response->status = MSG_K_SUCCESS;
    strcpy(response->classUID, request->classUID);

    return SRV_NORMAL;
}


/* storeRequest
**
** Purpose:
**	This function responds to a request to store an image.
**
** Parameter Dictionary:
**	association	They key which is used to access the association
**			on which requests are received.
**	ctx		Pointer to the presentation context for this command
**	message		Pointer to the MSG_C_STORE_REQ message that was
**			received by the server.
**
** Return Values:
**
**	SRV_FILECREATEFAILED
**	SRV_NORMAL
**	SRV_OBJECTBUILDFAILED
**	SRV_RESPONSEFAILED
**	SRV_UNEXPECTEDPDVTYPE
**
** Algorithm:
**	Description of the algorithm (optional) and any other notes.
*/


static CONDITION
storeRequest(DUL_ASSOCIATESERVICEPARAMETERS * params,
	     DUL_ASSOCIATIONKEY ** association, DMAN_HANDLE ** handle,
	     DUL_PRESENTATIONCONTEXT * ctx, MSG_C_STORE_REQ ** request)
{
    char
        fileName[1024];
    MSG_C_STORE_RESP
	response;
    CONDITION
	cond;
    STORAGE_PARAMS
	storageParams;
    static int imageCount = 0;

    imageCount++;

    cond = DMAN_TempImageFile(handle, (*request)->classUID,
			      fileName, sizeof(fileName));
    if (cond != DMAN_NORMAL) {
	COND_DumpConditions();
	fileName[0] = '\0';
    } else {
#ifdef DEBUG
	fprintf(stderr, "Temp file: %s\n", fileName);
#endif
    }


    storageParams.fileName = fileName;
    storageParams.transferSyntax = ctx->acceptedTransferSyntax;
    storageParams.handle = handle;
    storageParams.owner = params->callingAPTitle;
    storageParams.groupName = "";
    storageParams.priv = "";
    storageParams.imageCount = imageCount;

    queueNewImage(params->callingAPTitle, imageCount);

    cond = SRV_CStoreResponse(association, ctx, request, &response,
			      fileName, storageCallback, &storageParams, "");

#ifdef _MSC_VER
    _unlink(fileName);
#endif
    return cond;
}


/* storageCallback
**
** Purpose:
**	Call back routine provided by the service provider and invoked by
**	the C-STORE response routine
**
** Parameter Dictionary:
**	request		Pointer to C-STORE request message
**	response	Pointer to C-STORE response message
**	received	Number of bytes received so far
**	estimate	Estimated number of bytes in the data set
**	object		Handle to DICOM object
**	params		Context information which is a set of pointers we
**			use for storing the image and data in the database.
**	pc		Presentation context which describes this SOP class.
**
** Return Values:
**	SRV_NORMAL
**
** Notes:
**	We pass the hand
** Algorithm:
**	Description of the algorithm (optional) and any other notes.
*/

static CONDITION
storageCallback(MSG_C_STORE_REQ * request, MSG_C_STORE_RESP * response,
		unsigned long received, unsigned long estimate,
/*		DCM_OBJECT ** object, STORAGE_PARAMS * params, */
		DCM_OBJECT ** object, void *paramsPtr,
		DUL_PRESENTATIONCONTEXT * pc)
{
    CONDITION
    cond = 0;
    IE_OBJECT
	* ieObject;
/*  The definition and assignment help satisfy prototypes for this callback
**  function (defined by dicom_services.h)
*/
    STORAGE_PARAMS *params;
    int percentage;

    params = (STORAGE_PARAMS *) paramsPtr;

    percentage = (100 * received) / estimate;
    if (percentage > 100)
      percentage = 100;

    networkqueuePartialImage(callingAPTitle, percentage);

    if (!silent)
	printf("%8d bytes received of %8d estimated \n", received, estimate);
    if (!silent && (object != NULL))
	(void) DCM_DumpElements(object, 0);

    if (object != NULL) {
	if (doVerification) {
	    cond = IE_ExamineObject(object, &ieObject);
	    (void) IE_Free((void **) &ieObject);
	    if (cond != IE_NORMAL) {	/* The image does not satisfy */
		/* Part 3 requirements */
		response->status = MSG_K_C_STORE_DATASETNOTMATCHSOPCLASSERROR;
		return SRV_NORMAL;
	    }
	}
	cond = storeImage(params->handle, params->fileName,
			  params->transferSyntax, request->classUID,
			  params->owner, params->groupName, params->priv,
			  object);
    }
    if (response != NULL) {
	if (cond == APP_NORMAL)
	    response->status = MSG_K_SUCCESS;
	else
	    response->status = MSG_K_C_STORE_OUTOFRESOURCES;
    }
    return SRV_NORMAL;
}

static void
logImageError(const char *msg, const char *fileName)
{
    FILE *log;
    time_t t;
    char *timeString;

    t = time(0);
    timeString = ctime(&t);

    log = fopen("archive_logfile", "a");
    if (log == NULL)
	fprintf(stderr, "%s %s %s\n", timeString, msg, fileName);
    else {
	fprintf(log, "%s %s %s\n", timeString, msg, fileName);
	fclose(log);
    }
}

#ifdef CTN_IDBV2
typedef struct {
    void *reserved[2];
    IDB_Query query;
}   STUDY_NODE;

CONDITION LST_Sort(LST_HEAD ** list, size_t nodeSize, int (*compare) ());
static int
compareStudyInsertTimes(STUDY_NODE * p1, STUDY_NODE * p2)
{
    long d1,
        d2;
    double t1,
        t2;

    d1 = UTL_ConvertDatetoLong(p1->query.study.InsertDate);
    d2 = UTL_ConvertDatetoLong(p2->query.study.InsertDate);

    if (d1 > d2)
	return 1;
    else if (d1 < d2)
	return -1;

    t1 = UTL_ConvertTimetoFloat(p1->query.study.InsertTime);
    t2 = UTL_ConvertTimetoFloat(p2->query.study.InsertTime);
    if (t1 > t2)
	return 1;
    else if (t1 < t2)
	return -1;

    return 0;
}

static CONDITION
selectCallback(IDB_Query * query, long count, LST_HEAD * lst)
{

    STUDY_NODE *node;

    node = malloc(sizeof(*node));
    node->query = *query;
    (void) LST_Enqueue(&lst, node);
    return IDB_NORMAL;
}

static void
purgeIDB(IDB_HANDLE ** handle, long size, long limit)
{
    CONDITION cond;
    IDB_Query pssi;
    LST_HEAD *lst;
    STUDY_NODE *node;
    long count = 0;
    IDB_Limits limitStructure;

    memset(&pssi, 0, sizeof(pssi));
    lst = LST_Create();

    cond = IDB_Select(handle, STUDY_ROOT, IDB_STUDY_LEVEL, IDB_STUDY_LEVEL,
		      &pssi, &count, selectCallback, lst);

    if (cond != IDB_NORMAL) {
	COND_DumpConditions();
	return;
    }
    LST_Sort(&lst, sizeof(*node), compareStudyInsertTimes);

    node = LST_Dequeue(&lst);
    while (size > limit && (node != NULL)) {
#ifdef DEBUG
	printf("Deleting study: %s\n", node->query.study.StuInsUID);
#endif

	cond = IDB_Delete(handle,
			  IDB_STUDY_LEVEL,
			  node->query.study.StuInsUID,
			  TRUE);
	free(node);
	memset(&limitStructure, 0, sizeof(limitStructure));
	cond = IDB_SelectLimits(handle, &limitStructure);
	size = limitStructure.DBSize;
	limit = limitStructure.DBLimit;

	if (size > limit)
	    node = LST_Dequeue(&lst);
    }
    while ((node = LST_Dequeue(&lst)) != NULL)
	free(node);

    LST_Destroy(&lst);
}

static void
checkStorageLimits(IDB_HANDLE ** handle)
{
    IDB_Limits limits;
    CONDITION cond;
    long l1,
        l2,
        l3;

    memset(&limits, 0, sizeof(limits));
    cond = IDB_SelectLimits(handle, &limits);
    if (cond != IDB_NORMAL) {
	COND_DumpConditions();
	return;
    }
    if (limits.DBSize > limits.DBLimit) {
#ifdef DEBUG
	printf("Need to purge DB, Size: %10d, limit: %10d\n",
	       limits.DBSize,
	       limits.DBLimit);
#endif
	purgeIDB(handle, limits.DBSize, limits.DBLimit);
    }
}
#endif

typedef struct {
  char* c1;
  char* c2;
} STRING_MATRIX;

#ifdef CTN_MULTIBYTE
static CONDITION
checkCharacterSets(DCM_OBJECT** object)
{
  char imageCharSet[1024];
  CONDITION cond;
  U32 length = 0;
  void* ctx = 0;
  char databaseCharSet[1024];
  int nullSpecificCharSet = 0;
  int index;
  CONDITION returnValue = 0;

  STRING_MATRIX firstElement[] = {
    { "EUCJP", "" },
    { "EUCJP", "ISO_IR 100" },
    { "EUCJP", "ISO_IR 100 " },
    { "EUCJP", "ISO 2022 IR 6" },
    { "EUCJP", "ISO 2022 IR 6 " },
    { "EUCJP", "ISO 2022 IR 100" },
    { "EUCJP", "ISO 2022 IR 100 " },
    { "EUCJPROMAJI", "ISO_IR 13"},
    { "EUCJPROMAJI", "ISO_IR 13 "},
    { "EUCJPROMAJI", "ISO 2022 IR 13"},
    { "EUCJPROMAJI", "ISO 2022 IR 13 "},
    { "EUCKR", "" }
  };
  STRING_MATRIX secondaryElements[] = {
    { "EUCJP", "ISO 2022 IR 87" },
    { "EUCJP", "ISO 2022 IR 87 " },
    { "EUCJP", "ISO 2022 IR 159" },
    { "EUCJP", "ISO 2022 IR 159 " },
    { "EUCJPROMAJI", "ISO 2022 IR 87" },
    { "EUCJPROMAJI", "ISO 2022 IR 87 " },
    { "EUCJPROMAJI", "ISO 2022 IR 159" },
    { "EUCJPROMAJI", "ISO 2022 IR 159 " },
    { "EUCKR", "ISO 2022 IR 149" },
    { "EUCKR", "ISO 2022 IR 149 " }
  };
  char* tok1;
  char* tok2;

  DCM_ELEMENT e = { DCM_IDSPECIFICCHARACTER, DCM_CS, "", 1,
	sizeof(imageCharSet), NULL};

  /* Get the Default Character Set.  If the attribute is not there,
  ** treat as if the attribute is there but empty.
  */

  e.d.string = imageCharSet;
  cond = DCM_GetElementValue(object, &e, &length, &ctx);
  if (cond == DCM_ELEMENTNOTFOUND) {
    (void)COND_PopCondition(TRUE);
    strcpy(imageCharSet, "");
  } else if (cond != DCM_NORMAL) {
    COND_DumpConditions();
    return 0;
  } else {
    imageCharSet[length] = '\0';
    if (imageCharSet[length-1] == ' ')
      imageCharSet[length-1] = '\0';
  }

  IDB_GetCharSet(&IDBHandle, databaseCharSet);

  if (imageCharSet[0] == '\\') {
    tok1 = "";
    tok2 = strtok(imageCharSet, "\\");
  } else if (imageCharSet[0] == '\0') {
    tok1 = "";
    tok2 = NULL;
  } else {
    tok1 = strtok(imageCharSet, "\\");
    tok2 = strtok(NULL, "\\");
  }

  returnValue = 0;
  for (index = 0;
	index < (int)DIM_OF(firstElement) && returnValue == 0;
	index++) {

    if ((strcmp(firstElement[index].c1, databaseCharSet) == 0) &&
	(strcmp(firstElement[index].c2, tok1) == 0) ) {
      returnValue = APP_NORMAL;
    }
  }
  if (returnValue != APP_NORMAL)
    return 0;

  while(tok2 != NULL) {
    returnValue = 0;
    for (index = 0;
	index < (int)DIM_OF(secondaryElements) && returnValue == 0;
	index++) {

      if ((strcmp(secondaryElements[index].c1, databaseCharSet) == 0) &&
	  (strcmp(secondaryElements[index].c2, tok2) == 0) ) {
	returnValue = APP_NORMAL;
      }
    }

    if (returnValue != APP_NORMAL)
      return 0;

      tok2 = strtok(NULL, "\\");
  }

  return APP_NORMAL;
}
#endif

static CONDITION
storeImage(DMAN_HANDLE ** handle, char *origFileName,
	   char *transferSyntax, char *SOPClass,
	   char *owner, char *groupName, char *priv, DCM_OBJECT ** object)
{
    IDB_Insertion Insertion;

    CONDITION cond;
    char fileName[256];
    char *accession;
    unsigned long objectSize = 0;
    int i = 0;
    static char displayedImage[512] = "";

#ifdef CTN_MULTIBYTE
    cond = checkCharacterSets(object);
    if (cond != APP_NORMAL) {
	fprintf(stderr, "Error on image character sets\n");
	return 0;
    }
#endif

    memset(&Insertion, 0, sizeof(Insertion));

#ifdef CTN_MULTIBYTE
    cond = parseImageForInsertMB(object, &Insertion);
#else
    cond = parseImageForInsert(object, &Insertion);
#endif
    if (cond != APP_NORMAL) {
	fprintf(stderr, "Could not parse image for insertion into database\n");
	COND_DumpConditions();
	return 0;
    }
    strcpy(Insertion.patient.Owner, owner);
    strcpy(Insertion.patient.GroupName, groupName);
    strcpy(Insertion.patient.Priv, priv);

    if (strlen(Insertion.study.AccNum) != 0)
	accession = Insertion.study.AccNum;
    else
	accession = Insertion.study.StuInsUID;

    cond = DMAN_PermImageFile(handle, SOPClass, accession,
			      Insertion.series.SerInsUID,
			      fileName, sizeof(fileName));
    if (cond != DMAN_NORMAL) {
	COND_DumpConditions();
	return 0;
    } else {
#ifdef DEBUG
	fprintf(stderr, "Perm file name: %s\n", fileName);
#endif
    }

#ifdef _MSC_VER
    if (!CopyFile(origFileName, fileName, FALSE)) {

	DWORD er;

	LPVOID lpMsgBuf;

	fprintf(stderr, "Unable to move file from %s to %s\n", 
		origFileName, fileName);

	er = GetLastError();

	FormatMessage(
		FORMAT_MESSAGE_ALLOCATE_BUFFER | FORMAT_MESSAGE_FROM_SYSTEM,
		      NULL,
		      er,
		      MAKELANGID(LANG_NEUTRAL, SUBLANG_DEFAULT),
		      (LPTSTR) & lpMsgBuf,
		      0, NULL);

	printf("%s\n", lpMsgBuf);

	return 0;

    }
#else
    i = rename(origFileName, fileName);
    if (i != 0) {
	fprintf(stderr, "Unable to rename file from %s to %s\n",
		origFileName, fileName);

	i = errno;
	return 0;
    }
#endif
    strcpy(Insertion.image.Path, fileName);
    strcpy(Insertion.image.Transfer, transferSyntax);

#if 0
    if (strlen(Insertion.patient.PatNam) == 0) {
	logImageError("Zero length patient name", fileName);
	(void) COND_PopCondition(TRUE);
	return APP_NORMAL;
    }
    if (strlen(Insertion.patient.PatID) == 0) {
	logImageError("Zero length patient ID", fileName);
	(void) COND_PopCondition(TRUE);
	return APP_NORMAL;
    }
#endif

    if (displayedImage[0] == '\0') {
      strcpy(displayedImage, fileName);
      queueDisplayImage(callingAPTitle , displayedImage);
    } else {
      strcpy(lastImageInAssociation, fileName);
    }
    receivedImageCount++;

    (void) DCM_GetObjectSize(object, &objectSize);
    Insertion.image.Size = objectSize;

    cond = IDB_InsertImage(&IDBHandle, &Insertion);
    if (cond != IDB_NORMAL) {
#ifdef _MSC_VER
	_unlink(fileName);
#else
	unlink(fileName);
#endif
	COND_DumpConditions();
	return 0;
    }
    (void) COND_PopCondition(TRUE);
#ifdef CTN_IDBV2
    checkStorageLimits(&IDBHandle);
#endif



    return APP_NORMAL;
}