public SchedulingGenomePopulation(
int size, GAScheduler scheduler, SchedulingGenome initGenome,
int nInit)
: base(size)
{
this.scheduler = scheduler;
this.initGenome = initGenome;
this.nInit = nInit;
}
public GACodeGenerator(
GAInstructionSelectorConfiguration selectorConfiguration,
GASchedulerConfiguration schedulerConfiguration)
{
this.selectorConfiguration = selectorConfiguration;
this.schedulerConfiguration = schedulerConfiguration;
selector = new GAInstructionSelector(this);
scheduler = selector.Scheduler;
}
public SchedulingGenome(SchedulingGenomePopulation population)
{
this.population = population;
this.scheduler = population.Scheduler;
int maxSchedulingSteps = InstructionNodes.Count;
schedule = new InstructionNode[
maxSchedulingSteps, MachineDescription.ExecutionUnits];
instructionInfos = new Hashtable(InstructionNodes.Count);
foreach (InstructionNode iNode in InstructionNodes)
instructionInfos[iNode] = new InstructionInfo();
valueInfos = new Hashtable(RegisterValues.Count);
foreach (ValueNode vNode in RegisterValues)
valueInfos[vNode] = new ValueInfo();
isValid = false;
generationOfBirth = population.GA.Generation;
}
public GAInstructionSelector(GACodeGenerator codeGenerator)
{
this.codeGenerator = codeGenerator;
configuration = codeGenerator.SelectorConfiguration;
scheduler = new GAScheduler(codeGenerator);
}
public SelectionGenomeEvaluator(GAScheduler scheduler)
{
this.scheduler = scheduler;
}
public SchedulingGenomePopulation(int size, GAScheduler scheduler)
: base(size)
{
this.scheduler = scheduler;
}
public virtual void Copy(
SchedulingGenome other,
IDictionary instructionMap,
IDictionary valueMap)
{
population = other.population;
scheduler = other.scheduler;
schedule = new InstructionNode[
other.schedule.GetLength(0),
other.schedule.GetLength(1)];
for (int i = 0; i < schedule.GetLength(0); i++) {
for (int j = 0; j < schedule.GetLength(1); j++) {
InstructionNode iNode = other.schedule[i, j];
if (iNode != null) {
schedule[i, j] =
(InstructionNode) instructionMap[other.schedule[i, j]];
} else {
schedule[i, j] = null;
}
}
}
valueInfos = new Hashtable();
foreach (ValueNode vNode in other.ValueInfos.Keys) {
ValueInfo info = new ValueInfo();
ValueInfo otherInfo = other.GetValueInfo(vNode);
info.Register = otherInfo.Register;
info.Production = otherInfo.Production;
info.LastUsage = otherInfo.LastUsage;
valueInfos[valueMap[vNode]] = info;
}
instructionInfos = new Hashtable();
foreach (InstructionNode iNode in other.InstructionInfos.Keys) {
InstructionInfo info = new InstructionInfo();
InstructionInfo otherInfo = other.GetInstructionInfo(iNode);
info.SchedulingStep = otherInfo.SchedulingStep;
instructionInfos[instructionMap[iNode]] = info;
}
isValid = other.isValid;
scheduleLength = other.scheduleLength;
violatedSchedulingConstraints = other.violatedSchedulingConstraints;
violatedRegisterConstraints = other.violatedRegisterConstraints;
generationOfBirth = other.generationOfBirth;
}
public virtual void Copy(IGenome otherGenome)
{
SchedulingGenome other = (SchedulingGenome) otherGenome;
population = other.population;
scheduler = other.scheduler;
schedule = new InstructionNode[
other.schedule.GetLength(0),
other.schedule.GetLength(1)];
for (int i = 0; i < schedule.GetLength(0); i++)
for (int j = 0; j < schedule.GetLength(1); j++)
schedule[i, j] = other.schedule[i, j];
valueInfos = new Hashtable();
foreach (ValueNode vNode in other.ValueInfos.Keys) {
ValueInfo info = new ValueInfo();
ValueInfo otherInfo = other.GetValueInfo(vNode);
info.Register = otherInfo.Register;
info.Production = otherInfo.Production;
info.LastUsage = otherInfo.LastUsage;
valueInfos[vNode] = info;
}
instructionInfos = new Hashtable();
foreach (InstructionNode iNode in other.InstructionInfos.Keys) {
InstructionInfo info = new InstructionInfo();
InstructionInfo otherInfo = other.GetInstructionInfo(iNode);
info.SchedulingStep = otherInfo.SchedulingStep;
instructionInfos[iNode] = info;
}
isValid = other.isValid;
scheduleLength = other.scheduleLength;
violatedSchedulingConstraints = other.violatedSchedulingConstraints;
violatedRegisterConstraints = other.violatedRegisterConstraints;
generationOfBirth = other.generationOfBirth;
}