void
outputObjectFile()
{
void outputPartition();
void outputReferenceInfo();
void outputSymbolTableInfo();
void outputAbsoluteCode();
void outputRelocatableCode();
void outputReservations();
void outputExpressions();
void outputFunctions();
void dumpSymbolTable();
void enumerateAndCountSymbols();
if (debug || emitPrint)
printCodeBuffers();
outputPartition();
outputAbsoluteCode();
if (produceLinkableObject) {
outputPartition();
outputRelocatableCode();
outputPartition();
outputReservations();
outputPartition();
enumerateAndCountSymbols();
outputReferenceInfo();
outputSymbolTableInfo();
outputExpressions();
outputFunctions();
}
if (symbolTableDumpOn)
dumpSymbolTable();
fclose(objectFileOutput);
}
KB5() :
vmd::KnowledgeBase(), mNbUpdate(0), mNbAck(0), mNbOut(0)
{
std::cout << fmt("KB5 start\n");
vmd::Activity& a = addActivity("A", 0.0, vd::infinity);
vmd::Activity& b = addActivity("B", 1.0, vd::infinity);
vmd::Activity& c = addActivity("C", 1.0, vd::infinity);
vmd::Activity& d = addActivity("D", 2.0, vd::infinity);
vmd::Activity& e = addActivity("E", 3.0, vd::infinity);
vmd::Activity& f = addActivity("F", 4.0, vd::infinity);
addOutputFunctions(this) += O("out", &KB5::out);
addUpdateFunctions(this) += U("update", &KB5::update);
a.addOutputFunction(outputFunctions()["out"]);
b.addOutputFunction(outputFunctions()["out"]);
c.addOutputFunction(outputFunctions()["out"]);
d.addOutputFunction(outputFunctions()["out"]);
e.addOutputFunction(outputFunctions()["out"]);
f.addOutputFunction(outputFunctions()["out"]);
a.addUpdateFunction(updateFunctions()["update"]);
b.addUpdateFunction(updateFunctions()["update"]);
c.addUpdateFunction(updateFunctions()["update"]);
d.addUpdateFunction(updateFunctions()["update"]);
e.addUpdateFunction(updateFunctions()["update"]);
f.addUpdateFunction(updateFunctions()["update"]);
}
int main() {
Base::OutputFunctions outputFunctions(printResult, printError, printScore);
// The constructor for each of these objects will result in the benchmark being executed
KernelTemplate kernelTemplate;
AverageFloat32x4 averageFloat32x4;
Mandelbrot mandelbrot;
MatrixMultiplication matrixMultiplication;
VertexTransform vertexTransform;
MatrixTranspose matrixTranspose;
MatrixInverse matrixInverse;
// Execute the benchmarks declared above
Base::benchmarks.runAll(outputFunctions, true);
}
