char *lisp_Data_Flag(void)
{
char *lispDataFlag;
LOCK_M_MUTEX;
lispDataFlag = LISP_DATA_FLAG();
UNLOCK_M_MUTEX;
return lispDataFlag;
}
/* 25-Jun-91: fedor: this is really a cheap shot at making ref data work
for lisp - lets hope it works. */
int32 x_ipcRefDataLisp(X_IPC_REF_PTR ref)
{
int32 refId, sd;
MSG_PTR msg;
X_IPC_REF_PTR waitRef;
X_IPC_RETURN_VALUE_TYPE returnValue;
char *lispDataFlag;
msg = x_ipc_msgFind(X_IPC_REF_DATA_QUERY);
if (msg == NULL) return 0;
if (!ref->msg) {
if (!ref->name) {
/* 17-Jun-91: fedor: start enforcing correct refs */
X_IPC_MOD_ERROR1("ERROR: x_ipcReferenceData: Badly Formed Reference: %d\n",
ref->refId);
return 0;
}
ref->msg = x_ipc_msgFind(ref->name);
if (ref->msg == NULL) return 0;
}
/* 17-Jun-91: fedor: check if any message form */
if (!ref->msg->msgData->msgFormat)
return 0;
refId = x_ipc_nextSendMessageRef();
returnValue = x_ipc_sendMessage((X_IPC_REF_PTR)NULL, msg,
(char *)&ref->refId, (char *)NULL, refId);
if (returnValue != Success) {
X_IPC_MOD_ERROR("ERROR: x_ipcReferenceData: x_ipc_sendMessage Failed.\n");
return 0;
}
waitRef = x_ipcRefCreate(ref->msg, ref->name, refId);
LOCK_CM_MUTEX;
sd = GET_C_GLOBAL(serverRead);
lispDataFlag = LISP_DATA_FLAG();
UNLOCK_CM_MUTEX;
returnValue = x_ipc_waitForReplyFrom(waitRef, lispDataFlag, TRUE,
WAITFOREVER, sd);
x_ipcRefFree(waitRef);
if (returnValue == NullReply) {
/* 17-Jun-91: fedor: if NullReply then nothing else was malloced. */
return 0;
}
else
return 1;
}
DATA_MSG_PTR x_ipc_dataMsgCreate(int32 parentRef, int32 intent, int32 classId,
int32 dispatchRef, int32 msgRef,
CONST_FORMAT_PTR msgFormat,
const void *msgData,
CONST_FORMAT_PTR classFormat,
const void *classData)
{
#ifdef LISP
BUFFER_TYPE buffer;
char *lispDataFlag;
#endif /* LISP */
DATA_MSG_PTR dataMsg;
int32 classTotal, msgTotal;
msgTotal = 0;
if (msgData && msgFormat) {
if (msgFormat->type == BadFormatFMT) return NULL;
#ifdef LISP
LOCK_M_MUTEX;
if (msgData == LISP_DATA_FLAG()) {
(*(GET_M_GLOBAL(lispBufferSizeGlobal)))(&msgTotal, msgFormat);
UNLOCK_M_MUTEX;
} else
UNLOCK_M_MUTEX;
#endif /* LISP */
msgTotal = x_ipc_bufferSize(msgFormat, msgData);
}
if (classData && classFormat)
classTotal = x_ipc_bufferSize(classFormat, classData);
else
classTotal = 0;
dataMsg = x_ipc_dataMsgAlloc(classTotal + sizeof(DATA_MSG_TYPE));
dataMsg->dataRefCountPtr = (int32 *)x_ipcMalloc(sizeof(int32));
*(dataMsg->dataRefCountPtr) = 1;
dataMsg->refCount = 0;
dataMsg->vec = NULL;
dataMsg->msgTotal = msgTotal;
dataMsg->classTotal = classTotal;
dataMsg->parentRef = parentRef;
dataMsg->intent = intent;
dataMsg->classId = classId;
dataMsg->dispatchRef = dispatchRef;
dataMsg->msgRef = msgRef;
#ifdef LISP
LOCK_M_MUTEX;
lispDataFlag = LISP_DATA_FLAG();
UNLOCK_M_MUTEX;
if ((msgTotal != 0) && (msgData == lispDataFlag)) {
dataMsg->msgData = (char *)x_ipcMalloc(msgTotal);
buffer.buffer = dataMsg->msgData;
buffer.bstart = 0;
LOCK_M_MUTEX;
(*(GET_M_GLOBAL(lispEncodeMsgGlobal)))(msgFormat, &buffer);
UNLOCK_M_MUTEX;
dataMsg->vec = x_ipc_createVectorization(msgFormat,
(char *)msgData,dataMsg->msgData,
msgTotal);
} else
#endif
{
x_ipc_encodeMsgData(msgFormat, msgData, dataMsg, 0);
}
if (classTotal) {
dataMsg->classData = (char *)dataMsg + sizeof(DATA_MSG_TYPE);
x_ipc_encodeData(classFormat, classData, dataMsg->classData, 0, classTotal);
}
else
dataMsg->classData = NULL;
/* Include the pointer to the original data. */
dataMsg->dataStruct = (const char *)msgData;
dataMsg->dataByteOrder = BYTE_ORDER;
dataMsg->classByteOrder = BYTE_ORDER;
dataMsg->alignment = (ALIGNMENT_TYPE)ALIGN;
return dataMsg;
}
