static void*
threadFunc(void* arg_ptr) {
int j, k, startKey, endKey;
int xid, count = 0;
int bufferCurrentLength, bufferTotalSize;
char* insertBuffer;
/* Allocate the buffer that stores all outstanding hash table insertions. */
bufferTotalSize = BUFFER_INITIAL_LENGTH;
bufferCurrentLength = 0;
insertBuffer = stasis_malloc(bufferTotalSize, char);
xid = Tbegin();
k = (intptr_t) arg_ptr;
startKey = baseKey + (k * opsPerThread);
endKey = startKey + opsPerThread;
for (j = startKey; j < endKey; j++) {
ThashInsert(xid, hashTable, (byte*)&j, sizeof(int), (byte*)&j, sizeof(int));
writeKeyToBuffer(&insertBuffer, &bufferCurrentLength, &bufferTotalSize, j);
count++;
if ((count % opsPerTransaction) == 0) {
/* Prior to committing the transaction, write the hash table insertion buffer to
* the insert-log so that we can keep track of which insertions were possibly
* committed. After the Tcommit() call, write the insertion buffer to the commit-
* log so that we can keep track of which insertions were definitely committed.
*/
writeBufferToLog(insertLog, insertBuffer, bufferCurrentLength);
Tcommit(xid);
writeBufferToLog(commitLog, insertBuffer, bufferCurrentLength);
bufferCurrentLength = 0;
xid = Tbegin();
count = 0;
}
}
/* Prior to committing the transaction, write the hash table insertion buffer to
* the insert-log so that we can keep track of which insertions were possibly
* committed. After the Tcommit() call, write the insertion buffer to the commit-
* log so that we can keep track of which insertions were definitely committed.
*/
writeBufferToLog(insertLog, insertBuffer, bufferCurrentLength);
Tcommit(xid);
writeBufferToLog(commitLog, insertBuffer, bufferCurrentLength);
return NULL;
}
static char* writePolicyToBuffer(KonohaContext *kctx, logconf_t *logconf, char *buftop, char *bufend, KTraceInfo *trace)
{
if((logconf->policy & HasLocation)) {
buftop = writeKeyToBuffer(TEXTSIZE("LogPoint"), buftop, bufend);
writeToBuffer('"', buftop, bufend);
if(KFlag_Is(int, logconf->policy, PeriodicPoint)) {
buftop = writeFixedTextToBuffer(TEXTSIZE("PeriodicPoint,"), buftop, bufend);
}
if(KFlag_Is(int, logconf->policy, ResponseCheckPoint)) {
buftop = writeFixedTextToBuffer(TEXTSIZE("ResponseCheckPoint,"), buftop, bufend);
}
if(KFlag_Is(int, logconf->policy, SystemChangePoint)) {
buftop = writeFixedTextToBuffer(TEXTSIZE("SystemChangePoint,"), buftop, bufend);
}
if(KFlag_Is(int, logconf->policy, SecurityAudit)) {
buftop = writeFixedTextToBuffer(TEXTSIZE("SecurityAudit,"), buftop, bufend);
}
buftop[-1] = '"';
buftop[0] = ',';
buftop[1] = ' ';
buftop+=2;
}
buftop = writeFixedTextToBuffer(TEXTSIZE("ResponseCheckPoint,"), buftop, bufend);
}
if(KFlag_Is(int, logconf->policy, SystemChangePoint)) {
buftop = writeFixedTextToBuffer(TEXTSIZE("SystemChangePoint,"), buftop, bufend);
}
if(KFlag_Is(int, logconf->policy, SecurityAudit)) {
buftop = writeFixedTextToBuffer(TEXTSIZE("SecurityAudit,"), buftop, bufend);
}
buftop[-1] = '"';
buftop[0] = ',';
buftop[1] = ' ';
buftop+=2;
}
if((logconf->policy & HasFault)) {
if(!(logconf->policy & HasLocation)) {
buftop = writeKeyToBuffer(TEXTSIZE("LogPoint"), buftop, bufend);
buftop = writeTextToBuffer("ErrorPoint", buftop, bufend);
buftop[0] = ',';
buftop[1] = ' ';
buftop+=2;
}
buftop = writeKeyToBuffer(TEXTSIZE("FaultType"), buftop, bufend);
writeToBuffer('"', buftop, bufend);
if(KFlag_Is(int, logconf->policy, SystemFault)) {
buftop = writeFixedTextToBuffer(TEXTSIZE("SystemFault,"), buftop, bufend);
}
if(KFlag_Is(int, logconf->policy, SoftwareFault)) {
buftop = writeFixedTextToBuffer(TEXTSIZE("SoftwareFault,"), buftop, bufend);
}
if(KFlag_Is(int, logconf->policy, UserFault)) {
buftop = writeFixedTextToBuffer(TEXTSIZE("UserFault,"), buftop, bufend);
