Synergy User Manual and Tutorial. - THE CORE MEMORY
Synergy User Manual and Tutorial. - THE CORE MEMORY
Synergy User Manual and Tutorial. - THE CORE MEMORY
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
<strong>Synergy</strong> <strong>User</strong> <strong>Manual</strong> <strong>and</strong> <strong>Tutorial</strong><br />
tplength = sizeof(int);<br />
// Set name of entry<br />
strcpy(tpname, "chunk_size");<br />
// Put entry in ts<br />
status = cnf_tsput(tsd, tpname, &chunk_size, tplength);<br />
printf("Master: Sent chunk size\n");<br />
// Send integers to problem tuple space<br />
// Set length of entry to chunk_size + 1 integers<br />
tplength = (chunk_size+1) * sizeof(int);<br />
printf("Master: tplength = %d\n", tplength);<br />
// Prepare <strong>and</strong> send integer arrays into tuple space<br />
printf("Master: Putting 1...%d to problem tuple space\n", N);<br />
if((sendArr = (int *) malloc(tplength)) == NULL)<br />
exit(1);<br />
// Loop until all numbers are sent to workers<br />
remainder = N;<br />
job = 0;<br />
sendNum = 1;<br />
while (remainder > 0) {<br />
if (remainder < chunk_size)<br />
chunk_size = remainder;<br />
remainder = remainder - chunk_size;<br />
job++;<br />
// Set name of entry to job number<br />
sprintf(tpname,"A%d", job);<br />
// Put chunk_size in index zero<br />
sendArr[0] = chunk_size;<br />
printf("Master: Putting %s Size %d\n ", tpname, sendArr[0]);<br />
// Put chunk_size integers in array<br />
for(i=1; i 0){<br />
// Set name of entry to any<br />
strcpy(tpname,"*");<br />
// Get entry from result tuple space<br />
tplength = cnf_tsget(res, tpname, (char *)recdPtr, 0);<br />
printf("Master: Recieved %d from %s\n", recdSum, tpname);<br />
// Add result to total<br />
sumTotal += recdSum;<br />
// Increment counter<br />
}<br />
167