public void run() {
while (!stop) {
Integer newInt = rand.nextInt(Parameters.range);
int coin = rand.nextInt(1000);
if (coin < cdf[0]) { // 1. should we run a writeAll operation?
// init a collection
Vector<Integer> vec = new Vector<Integer>(newInt);
vec.add(newInt / 2); // accepts duplicate
try {
if (bench.removeAll(vec)) numRemoveAll++;
else failures++;
} catch (Exception e) {
System.err.println(
"Unsupported writeAll operations! Leave the default value of the numWriteAlls parameter (0).");
}
} else if (coin < cdf[1]) { // 2. should we run a writeSome
// operation?
if (2 * (coin - cdf[0]) < cdf[1] - cdf[0]) { // add
if (bench.addInt((int) newInt)) {
numAdd++;
} else {
failures++;
}
} else { // remove
if (bench.removeInt((int) newInt)) {
numRemove++;
} else failures++;
}
} else if (coin < cdf[2]) { // 3. should we run a readAll operation?
bench.size();
numSize++;
} else { // 4. then we should run a readSome operation
if (bench.containsInt((int) newInt)) numContains++;
else failures++;
}
total++;
assert total
== failures + numContains + numSize + numRemove + numAdd + numRemoveAll + numAddAll;
}
this.getCount = CompositionalMap.counts.get().getCount;
this.nodesTraversed = CompositionalMap.counts.get().nodesTraversed;
this.structMods = CompositionalMap.counts.get().structMods;
System.out.println("Thread #" + myThreadNum + " finished.");
}
public void printDataStructure() {
System.out.println(bench.toString());
}