/**
* Call several times runOne() for training first, then for testing
*/
void LearnerExperiment::RunAll()
{
for(int i=0; i < m_trainRuns; ++i) {
OneRun(m_trainEpisodes,true);
}
for(int i=0; i < m_testRuns; ++i) {
OneRun(m_testEpisodes,false);
}
//learner->SendQtable();
}
void PIOS::Run()
{
struct pios_params params;
struct run_arg args;
int runno = 0;
Stat *st;
__u32 T;
__u64 C;
__u64 O;
__u64 S;
__u64 N;
memset(¶ms, 0, sizeof(params));
params.factor = 2;
params.fpp = 1;
params.C[0] = /*8 * 1048576; //*/512 * 1024;
params.C[1] = /*8 * 1048576; //*/512 * 1024;
params.O[0] = 8 * 1048576;
params.O[1] = 8 * 1048576;
params.S[0] = 8 * 1048576;
params.S[1] = 8 * 1048576;
params.N[0] = 1;
params.N[1] = 128;
params.T[0] = 1;
params.T[1] = 16;
st = new Stat(/*"pios.res"*/stdout);
st->Record("Run\tTest\tTstamp\t\tT\tN\tS\tC\t%s"
"Aggregate\tLowest\tHighest\tRun_time\n",
params.cpuload ? "CPUload\t" : "");
st->Record("-------------------------------------------------------"
"----------------------------------------------------\n");
for (T = params.T[0]; T <= params.T[1]; T *= params.factor) {
for (C = params.C[0]; C <= params.C[1]; C *= params.factor) {
for (S = params.S[0]; S <= params.S[1]; S *= params.factor) {
if (S < C)
printf("Error: chunksize (%llu) can not be"
"smaller than regionsize (%llu)\n", S, C);
for (N = params.N[0]; N <= params.N[1]; N *= params.factor) {
for (O = params.O[0]; O <= params.O[1]; O *= params.factor) {
BUG_ON(O < S || O < C);
memset(&args, 0, sizeof(args));
args.runno = runno;
args.threadcount = T;
args.regioncount = N;
args.chunksize = C;
args.regionsize = S;
args.offset = O;
args.st = st;
args.fpp = params.fpp;
OneRun(&args);
runno++;
}
}
}
}
}
st->Record("------------------------------------------------------"
"---------------------------------------------------\n");
delete st;
}
