IPC_RETURN_TYPE IPC_setMsgQueueLength (const char *msgName, int queueLength)
{
MSG_PTR msg;
if (queueLength < 1) {
RETURN_ERROR(IPC_Argument_Out_Of_Range);
} else if (!X_IPC_CONNECTED()) {
RETURN_ERROR(IPC_Not_Connected);
} else {
msg = x_ipc_findOrRegisterMessage(msgName);
msg->limit = queueLength;
LOCK_M_MUTEX;
x_ipcLimitPendingMessages(msgName, GET_M_GLOBAL(modNameGlobal),
queueLength);
UNLOCK_M_MUTEX;
return IPC_OK;
}
}
void _x_ipcWatchVar(const char *varName, const char *format, X_IPC_HND_FN watchFn)
{
#ifdef UNUSED_PRAGMA
#pragma unused(format)
#endif
char *watchMsgName;
watchMsgName = (char *)x_ipcMalloc(1+strlen(varName)+strlen(VAR_WATCH_PREFIX));
strcpy(watchMsgName,VAR_WATCH_PREFIX);
strcat(watchMsgName,varName);
/* Check to see if already registered */
LOCK_CM_MUTEX;
HND_KEY_TYPE hndKey; hndKey.num = 0; hndKey.str = watchMsgName;
HND_PTR watchMsgHnd = GET_HANDLER(&hndKey);
UNLOCK_CM_MUTEX;
if (watchMsgHnd == NULL || watchMsgHnd->msg == NULL) {
/* Register the tap messages and handler */
x_ipcRegisterHandler(watchMsgName,watchMsgName,watchFn);
x_ipcLimitPendingMessages(watchMsgName, GET_M_GLOBAL(modNameGlobal), 1);
}
x_ipcFree(watchMsgName);
}
