void workerThread() {
bool r = options["r"].trueValue();
bool w = options["w"].trueValue();
long long su = options["sleepMicros"].numberLong();
Aligned a;
while( 1 ) {
unsigned long long rofs = (rrand() * PG) % len;
unsigned long long wofs = (rrand() * PG) % len;
if( mmf ) {
if( r ) {
dummy += mmf[rofs];
iops++;
}
if( w ) {
mmf[wofs] = 3;
iops++;
}
}
else {
if( r ) {
lf->readAt(rofs, a.addr(), PG);
iops++;
}
if( w ) {
lf->writeAt(wofs, a.addr(), PG);
iops++;
}
}
long long micros = su / nThreadsRunning;
if( micros ) {
sleepmicros(micros);
}
}
}
void workerThread() {
bool r = options["r"].trueValue();
bool w = options["w"].trueValue();
cout << "read:" << r << " write:" << w << endl;
long long su = options["sleepMicros"].numberLong();
Aligned a;
while( 1 ) {
unsigned long long rofs = (rrand() * PG) % len;
unsigned long long wofs = (rrand() * PG) % len;
const unsigned P = PG/1024;
if( mmf ) {
if( r ) {
for( unsigned p = P; p <= recSizeKB; p += P ) {
if( rofs < len )
dummy += mmf[rofs];
rofs += PG;
}
iops++;
}
if( w ) {
for( unsigned p = P; p <= recSizeKB; p += P ) {
if( rofs < len )
mmf[wofs] = 3;
wofs += PG;
}
iops++;
}
}
else {
if( r ) {
lf->readAt(rofs, a.addr(), recSizeKB * 1024);
iops++;
}
if( w ) {
lf->writeAt(wofs, a.addr(), recSizeKB * 1024);
iops++;
}
}
long long micros = su / nThreadsRunning;
if( micros ) {
sleepmicros(micros);
}
}
}
