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Commit 281c5086 authored by Ludovic Apvrille's avatar Ludovic Apvrille
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Merge branch 'ScheduleDisplay' into 'master' 

display of tasks scheduling

See merge request !118
parents f270ba6b 5a80ed70
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1 merge request!118display of tasks scheduling
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src/main/java/tmltranslator/dsez3engine/OptimizationModel.java
+ 84
− 61
View file @ 281c5086
...@@ -6,16 +6,13 @@ import tmltranslator.*; ...@@ -6,16 +6,13 @@ import tmltranslator.*;
import javax.swing.*; import javax.swing.*;
import java.lang.reflect.Array; import java.lang.reflect.Array;
import java.util.ArrayList; import java.util.*;
import java.util.List;
import java.util.Map;
import java.util.HashMap;
public class OptimizationModel { public class OptimizationModel {
private Map<String, Integer> optimizedSolutionX = new HashMap<String, Integer>(); private Map<String, Integer> optimizedSolutionX = new HashMap<String, Integer>();
private Map<String, Integer> optimizedSolutionStart = new HashMap<String, Integer>(); private Map<String, Integer> optimizedSolutionStart = new HashMap<>();
private InputInstance inputInstance; private InputInstance inputInstance;
private TMLMapping tmlMapping; private TMLMapping tmlMapping;
...@@ -47,7 +44,7 @@ public class OptimizationModel { ...@@ -47,7 +44,7 @@ public class OptimizationModel {
this.optimizedSolutionStart = optimizedSolutionStart; this.optimizedSolutionStart = optimizedSolutionStart;
} }
public OptimizationResult findOptimizedMapping() { public OptimizationResult findOptimizedMapping() {
Context ctx; Context ctx;
OptimizationResult result = null; OptimizationResult result = null;
try { try {
...@@ -151,7 +148,7 @@ public class OptimizationModel { ...@@ -151,7 +148,7 @@ public class OptimizationModel {
for (Object tmlTask : inputInstance.getModeling().getTasks()) { for (Object tmlTask : inputInstance.getModeling().getTasks()) {
int t = inputInstance.getModeling().getTasks().indexOf(tmlTask); int t = inputInstance.getModeling().getTasks().indexOf(tmlTask);
TMLTask taskCast = (TMLTask)tmlTask; TMLTask taskCast = (TMLTask) tmlTask;
for (HwNode hwNode : inputInstance.getArchitecture().getCPUs()) { for (HwNode hwNode : inputInstance.getArchitecture().getCPUs()) {
...@@ -170,9 +167,9 @@ public class OptimizationModel { ...@@ -170,9 +167,9 @@ public class OptimizationModel {
//Constraint on start >=0 //Constraint on start >=0
BoolExpr[] c_bound_start = new BoolExpr[inputInstance.getModeling().getTasks().size()]; BoolExpr[] c_bound_start = new BoolExpr[inputInstance.getModeling().getTasks().size()];
for (Object tmlTask : inputInstance.getModeling().getTasks()) { for (Object tmlTask : inputInstance.getModeling().getTasks()) {
int t = inputInstance.getModeling().getTasks().indexOf(tmlTask); int t = inputInstance.getModeling().getTasks().indexOf(tmlTask);
TMLTask taskCast = (TMLTask)tmlTask; TMLTask taskCast = (TMLTask) tmlTask;
start[t] = ctx.mkIntConst("start_" + taskCast.getID()); start[t] = ctx.mkIntConst("start_" + taskCast.getID());
c_bound_start[t] = ctx.mkGe(start[t], ctx.mkInt(0)); c_bound_start[t] = ctx.mkGe(start[t], ctx.mkInt(0));
...@@ -188,7 +185,7 @@ public class OptimizationModel { ...@@ -188,7 +185,7 @@ public class OptimizationModel {
//TraceManager.addDev("\nUnique task-CPU mapping constraints (3)"); //TraceManager.addDev("\nUnique task-CPU mapping constraints (3)");
BoolExpr[] c_unique_x = new BoolExpr[inputInstance.getModeling().getTasks().size()]; BoolExpr[] c_unique_x = new BoolExpr[inputInstance.getModeling().getTasks().size()];
for (Object tmlTask : inputInstance.getModeling().getTasks()) { for (Object tmlTask : inputInstance.getModeling().getTasks()) {
int t = inputInstance.getModeling().getTasks().indexOf(tmlTask); int t = inputInstance.getModeling().getTasks().indexOf(tmlTask);
ArithExpr sum_X = ctx.mkAdd(X[t]); ArithExpr sum_X = ctx.mkAdd(X[t]);
...@@ -201,9 +198,9 @@ public class OptimizationModel { ...@@ -201,9 +198,9 @@ public class OptimizationModel {
//Feasible Task map: ∀t, SUM p in F(t) (X tp) = 1 //Feasible Task map: ∀t, SUM p in F(t) (X tp) = 1
//TraceManager.addDev("\nFeasible task-CPU mapping constraints (4)"); //TraceManager.addDev("\nFeasible task-CPU mapping constraints (4)");
BoolExpr[] c_feasibleMapX = new BoolExpr[inputInstance.getModeling().getTasks().size()]; BoolExpr[] c_feasibleMapX = new BoolExpr[inputInstance.getModeling().getTasks().size()];
for (Object tmlTask : inputInstance.getModeling().getTasks()) { for (Object tmlTask : inputInstance.getModeling().getTasks()) {
int t = inputInstance.getModeling().getTasks().indexOf(tmlTask); int t = inputInstance.getModeling().getTasks().indexOf(tmlTask);
TMLTask taskCast = (TMLTask)tmlTask; TMLTask taskCast = (TMLTask) tmlTask;
ArithExpr sum_X = ctx.mkInt(0); ArithExpr sum_X = ctx.mkInt(0);
for (HwNode hwNode : inputInstance.getFeasibleCPUs(taskCast)) { for (HwNode hwNode : inputInstance.getFeasibleCPUs(taskCast)) {
...@@ -229,9 +226,9 @@ public class OptimizationModel { ...@@ -229,9 +226,9 @@ public class OptimizationModel {
IntExpr mem = ctx.mkInt(inputInstance.getLocalMemoryOfHwExecutionNode(hwNode).memorySize); IntExpr mem = ctx.mkInt(inputInstance.getLocalMemoryOfHwExecutionNode(hwNode).memorySize);
for (Object tmlTask : inputInstance.getModeling().getTasks()) { for (Object tmlTask : inputInstance.getModeling().getTasks()) {
int t = inputInstance.getModeling().getTasks().indexOf(tmlTask); int t = inputInstance.getModeling().getTasks().indexOf(tmlTask);
TMLTask taskCast = (TMLTask)tmlTask; TMLTask taskCast = (TMLTask) tmlTask;
IntExpr bin_plus_bout = ctx.mkInt(inputInstance.getBufferIn(taskCast) + inputInstance.getBufferOut(taskCast)); IntExpr bin_plus_bout = ctx.mkInt(inputInstance.getBufferIn(taskCast) + inputInstance.getBufferOut(taskCast));
...@@ -294,7 +291,7 @@ public class OptimizationModel { ...@@ -294,7 +291,7 @@ public class OptimizationModel {
TMLTask producer = channelCast.getOriginTask(); TMLTask producer = channelCast.getOriginTask();
int prodIndex = inputInstance.getModeling().getTasks().indexOf(producer); int prodIndex = inputInstance.getModeling().getTasks().indexOf(producer);
TraceManager.addDev("prodIndex" + prodIndex + "producer "+producer + inputInstance.getModeling().getTasks()); TraceManager.addDev("prodIndex" + prodIndex + "producer " + producer + inputInstance.getModeling().getTasks());
TMLTask consumer = channelCast.getDestinationTask(); TMLTask consumer = channelCast.getDestinationTask();
...@@ -329,10 +326,10 @@ public class OptimizationModel { ...@@ -329,10 +326,10 @@ public class OptimizationModel {
for (HwNode hwNode : inputInstance.getArchitecture().getCPUs()) { for (HwNode hwNode : inputInstance.getArchitecture().getCPUs()) {
int p = inputInstance.getArchitecture().getCPUs().indexOf(hwNode); int p = inputInstance.getArchitecture().getCPUs().indexOf(hwNode);
for (Object taski : inputInstance.getModeling().getTasks()) { for (Object taski : inputInstance.getModeling().getTasks()) {
int ti = inputInstance.getModeling().getTasks().indexOf(taski); int ti = inputInstance.getModeling().getTasks().indexOf(taski);
TMLTask taskiCast = (TMLTask)taski; TMLTask taskiCast = (TMLTask) taski;
//Calculate End times of ti //Calculate End times of ti
ArithExpr wceti = ctx.mkInt(0); ArithExpr wceti = ctx.mkInt(0);
...@@ -348,7 +345,7 @@ public class OptimizationModel { ...@@ -348,7 +345,7 @@ public class OptimizationModel {
for (Object taskj : inputInstance.getModeling().getTasks()) { for (Object taskj : inputInstance.getModeling().getTasks()) {
int tj = inputInstance.getModeling().getTasks().indexOf(taskj); int tj = inputInstance.getModeling().getTasks().indexOf(taskj);
TMLTask taskjCast = (TMLTask)taskj; TMLTask taskjCast = (TMLTask) taskj;
if (tj != ti) { if (tj != ti) {
...@@ -388,10 +385,10 @@ public class OptimizationModel { ...@@ -388,10 +385,10 @@ public class OptimizationModel {
//Grouping remaining constraints of the model //Grouping remaining constraints of the model
// TraceManager.addDev("\nAll mapping constraints"); // TraceManager.addDev("\nAll mapping constraints");
for (Object task : inputInstance.getModeling().getTasks()) { for (Object task : inputInstance.getModeling().getTasks()) {
int t = inputInstance.getModeling().getTasks().indexOf(task); int t = inputInstance.getModeling().getTasks().indexOf(task);
TMLTask taskCast = (TMLTask)task; TMLTask taskCast = (TMLTask) task;
for (HwNode hwNode : inputInstance.getArchitecture().getCPUs()) { for (HwNode hwNode : inputInstance.getArchitecture().getCPUs()) {
int p = inputInstance.getArchitecture().getCPUs().indexOf(hwNode); int p = inputInstance.getArchitecture().getCPUs().indexOf(hwNode);
...@@ -422,7 +419,7 @@ public class OptimizationModel { ...@@ -422,7 +419,7 @@ public class OptimizationModel {
for (Object task : inputInstance.getModeling().getTasks()) { for (Object task : inputInstance.getModeling().getTasks()) {
int t = inputInstance.getModeling().getTasks().indexOf(task); int t = inputInstance.getModeling().getTasks().indexOf(task);
TMLTask taskCast = (TMLTask)task; TMLTask taskCast = (TMLTask) task;
for (HwNode hwNode : inputInstance.getArchitecture().getCPUs()) { for (HwNode hwNode : inputInstance.getArchitecture().getCPUs()) {
int p = inputInstance.getArchitecture().getCPUs().indexOf(hwNode); int p = inputInstance.getArchitecture().getCPUs().indexOf(hwNode);
...@@ -438,7 +435,7 @@ public class OptimizationModel { ...@@ -438,7 +435,7 @@ public class OptimizationModel {
for (Object task : inputInstance.getModeling().getTasks()) { for (Object task : inputInstance.getModeling().getTasks()) {
int t = inputInstance.getModeling().getTasks().indexOf(task); int t = inputInstance.getModeling().getTasks().indexOf(task);
TMLTask taskCast = (TMLTask)task; TMLTask taskCast = (TMLTask) task;
optimized_result_start[t] = m.evaluate(start[t], false); optimized_result_start[t] = m.evaluate(start[t], false);
TraceManager.addDev("start[" + taskCast.getName() + "] = " + optimized_result_start[t]); TraceManager.addDev("start[" + taskCast.getName() + "] = " + optimized_result_start[t]);
...@@ -457,7 +454,7 @@ public class OptimizationModel { ...@@ -457,7 +454,7 @@ public class OptimizationModel {
}//findFeasibleMapping() }//findFeasibleMapping()
public OptimizationResult findOptimizedMapping(Context ctx) { public OptimizationResult findOptimizedMapping(Context ctx) {
OptimizationResult result = new OptimizationResult(); OptimizationResult result = new OptimizationResult();
...@@ -481,10 +478,10 @@ public class OptimizationModel { ...@@ -481,10 +478,10 @@ public class OptimizationModel {
//TraceManager.addDev("\nDefining the bounds of Xtp (1)"); //TraceManager.addDev("\nDefining the bounds of Xtp (1)");
for (Object tmlTask : inputInstance.getModeling().getTasks()) { for (Object tmlTask : inputInstance.getModeling().getTasks()) {
int t = inputInstance.getModeling().getTasks().indexOf(tmlTask); int t = inputInstance.getModeling().getTasks().indexOf(tmlTask);
TMLTask taskCast = (TMLTask)tmlTask; TMLTask taskCast = (TMLTask) tmlTask;
for (HwNode hwNode : inputInstance.getArchitecture().getCPUs()) { for (HwNode hwNode : inputInstance.getArchitecture().getCPUs()) {
...@@ -503,10 +500,10 @@ public class OptimizationModel { ...@@ -503,10 +500,10 @@ public class OptimizationModel {
//Constraint on start >=0 //Constraint on start >=0
BoolExpr[] c_bound_start = new BoolExpr[inputInstance.getModeling().getTasks().size()]; BoolExpr[] c_bound_start = new BoolExpr[inputInstance.getModeling().getTasks().size()];
for (Object tmlTask : inputInstance.getModeling().getTasks()) { for (Object tmlTask : inputInstance.getModeling().getTasks()) {
int t = inputInstance.getModeling().getTasks().indexOf(tmlTask); int t = inputInstance.getModeling().getTasks().indexOf(tmlTask);
TMLTask taskCast = (TMLTask)tmlTask; TMLTask taskCast = (TMLTask) tmlTask;
start[t] = ctx.mkIntConst("start_" + taskCast.getName()); start[t] = ctx.mkIntConst("start_" + taskCast.getName());
c_bound_start[t] = ctx.mkGe(start[t], ctx.mkInt(0)); c_bound_start[t] = ctx.mkGe(start[t], ctx.mkInt(0));
mapping_constraints = ctx.mkAnd(mapping_constraints, c_bound_start[t]); mapping_constraints = ctx.mkAnd(mapping_constraints, c_bound_start[t]);
...@@ -521,7 +518,7 @@ public class OptimizationModel { ...@@ -521,7 +518,7 @@ public class OptimizationModel {
//TraceManager.addDev("\nUnique task-CPU mapping constraints (3)"); //TraceManager.addDev("\nUnique task-CPU mapping constraints (3)");
BoolExpr[] c_unique_x = new BoolExpr[inputInstance.getModeling().getTasks().size()]; BoolExpr[] c_unique_x = new BoolExpr[inputInstance.getModeling().getTasks().size()];
for (Object tmlTask : inputInstance.getModeling().getTasks()) { for (Object tmlTask : inputInstance.getModeling().getTasks()) {
int t = inputInstance.getModeling().getTasks().indexOf(tmlTask); // TODO or use the local instance modeling int t = inputInstance.getModeling().getTasks().indexOf(tmlTask); // TODO or use the local instance modeling
ArithExpr sum_X = ctx.mkAdd(X[t]); ArithExpr sum_X = ctx.mkAdd(X[t]);
...@@ -534,11 +531,11 @@ public class OptimizationModel { ...@@ -534,11 +531,11 @@ public class OptimizationModel {
//Feasible Task map: ∀t, SUM p in F(t) (X tp) = 1 //Feasible Task map: ∀t, SUM p in F(t) (X tp) = 1
//TraceManager.addDev("\nFeasible task-CPU mapping constraints (4)"); //TraceManager.addDev("\nFeasible task-CPU mapping constraints (4)");
BoolExpr[] c_feasibleMapX = new BoolExpr[inputInstance.getModeling().getTasks().size()]; BoolExpr[] c_feasibleMapX = new BoolExpr[inputInstance.getModeling().getTasks().size()];
for (Object tmlTask : inputInstance.getModeling().getTasks()) { for (Object tmlTask : inputInstance.getModeling().getTasks()) {
int t = inputInstance.getModeling().getTasks().indexOf(tmlTask); int t = inputInstance.getModeling().getTasks().indexOf(tmlTask);
ArithExpr sum_X = ctx.mkInt(0); ArithExpr sum_X = ctx.mkInt(0);
TMLTask taskCast = (TMLTask)tmlTask; TMLTask taskCast = (TMLTask) tmlTask;
for (HwNode hwNode : inputInstance.getFeasibleCPUs(taskCast)) { for (HwNode hwNode : inputInstance.getFeasibleCPUs(taskCast)) {
...@@ -567,7 +564,7 @@ public class OptimizationModel { ...@@ -567,7 +564,7 @@ public class OptimizationModel {
for (Object tmlTask : inputInstance.getModeling().getTasks()) { for (Object tmlTask : inputInstance.getModeling().getTasks()) {
int t = inputInstance.getModeling().getTasks().indexOf(tmlTask); int t = inputInstance.getModeling().getTasks().indexOf(tmlTask);
TMLTask taskCast = (TMLTask)tmlTask; TMLTask taskCast = (TMLTask) tmlTask;
IntExpr bin_plus_bout = ctx.mkInt(inputInstance.getBufferIn(taskCast) + inputInstance.getBufferOut(taskCast)); IntExpr bin_plus_bout = ctx.mkInt(inputInstance.getBufferIn(taskCast) + inputInstance.getBufferOut(taskCast));
ArithExpr bin_plus_bout_times_X = ctx.mkMul(bin_plus_bout, X[t][p]); ArithExpr bin_plus_bout_times_X = ctx.mkMul(bin_plus_bout, X[t][p]);
...@@ -620,11 +617,11 @@ public class OptimizationModel { ...@@ -620,11 +617,11 @@ public class OptimizationModel {
// TraceManager.addDev("\nPrecedence constraints (11)"); // TraceManager.addDev("\nPrecedence constraints (11)");
BoolExpr[] c_precedence = new BoolExpr[inputInstance.getModeling().getChannels().size()]; BoolExpr[] c_precedence = new BoolExpr[inputInstance.getModeling().getChannels().size()];
for (Object channel : inputInstance.getModeling().getChannels()) { for (Object channel : inputInstance.getModeling().getChannels()) {
int c = inputInstance.getModeling().getChannels().indexOf(channel); int c = inputInstance.getModeling().getChannels().indexOf(channel);
//for each channel get producer and consumer //for each channel get producer and consumer
TMLChannel channelCast = (TMLChannel)channel; TMLChannel channelCast = (TMLChannel) channel;
TMLTask producer = channelCast.getOriginTask(); TMLTask producer = channelCast.getOriginTask();
int prodIndex = inputInstance.getModeling().getTasks().indexOf(producer); int prodIndex = inputInstance.getModeling().getTasks().indexOf(producer);
...@@ -663,13 +660,13 @@ public class OptimizationModel { ...@@ -663,13 +660,13 @@ public class OptimizationModel {
for (HwNode hwNode : inputInstance.getArchitecture().getCPUs()) { for (HwNode hwNode : inputInstance.getArchitecture().getCPUs()) {
int p = inputInstance.getArchitecture().getCPUs().indexOf(hwNode); int p = inputInstance.getArchitecture().getCPUs().indexOf(hwNode);
for (Object taski : inputInstance.getModeling().getTasks()) { for (Object taski : inputInstance.getModeling().getTasks()) {
int ti = inputInstance.getModeling().getTasks().indexOf(taski); int ti = inputInstance.getModeling().getTasks().indexOf(taski);
//Calculate End times of ti //Calculate End times of ti
ArithExpr wceti = ctx.mkInt(0); ArithExpr wceti = ctx.mkInt(0);
TMLTask taskiCast = (TMLTask)taski; TMLTask taskiCast = (TMLTask) taski;
for (HwExecutionNode ihwNode : inputInstance.getFeasibleCPUs(taskiCast)) { for (HwExecutionNode ihwNode : inputInstance.getFeasibleCPUs(taskiCast)) {
int ip = inputInstance.getArchitecture().getCPUs().indexOf(ihwNode); int ip = inputInstance.getArchitecture().getCPUs().indexOf(ihwNode);
...@@ -680,7 +677,7 @@ public class OptimizationModel { ...@@ -680,7 +677,7 @@ public class OptimizationModel {
ArithExpr endti = ctx.mkAdd(start[ti], wceti); ArithExpr endti = ctx.mkAdd(start[ti], wceti);
for (Object taskj : inputInstance.getModeling().getTasks()) { for (Object taskj : inputInstance.getModeling().getTasks()) {
int tj = inputInstance.getModeling().getTasks().indexOf(taskj); int tj = inputInstance.getModeling().getTasks().indexOf(taskj);
...@@ -690,7 +687,7 @@ public class OptimizationModel { ...@@ -690,7 +687,7 @@ public class OptimizationModel {
ArithExpr wcetj = ctx.mkInt(0); ArithExpr wcetj = ctx.mkInt(0);
TMLTask taskjCast = (TMLTask)taskj; TMLTask taskjCast = (TMLTask) taskj;
for (HwExecutionNode jhwNode : inputInstance.getFeasibleCPUs(taskjCast)) { for (HwExecutionNode jhwNode : inputInstance.getFeasibleCPUs(taskjCast)) {
...@@ -783,11 +780,14 @@ public class OptimizationModel { ...@@ -783,11 +780,14 @@ public class OptimizationModel {
Expr[][] optimized_result_X = new Expr[inputInstance.getModeling().getTasks().size()][inputInstance.getArchitecture().getCPUs().size()]; Expr[][] optimized_result_X = new Expr[inputInstance.getModeling().getTasks().size()][inputInstance.getArchitecture().getCPUs().size()];
Expr[] optimized_result_start = new Expr[inputInstance.getModeling().getTasks().size()]; Expr[] optimized_result_start = new Expr[inputInstance.getModeling().getTasks().size()];
tmlMapping = new TMLMapping<>( inputInstance.getModeling(), inputInstance.getArchitecture(),false); tmlMapping = new TMLMapping<>(inputInstance.getModeling(), inputInstance.getArchitecture(), false);
outputToDisplay ="The optimal mapping solution is:\n\n"; outputToDisplay = "The optimal mapping solution is:\n\n";
for ( Object task : inputInstance.getModeling().getTasks()) { outputToDisplay = outputToDisplay + "(1) Spatial mapping of tasks:\n";
outputToDisplay = outputToDisplay + "\nTASK --> PLATFORM NODE\n";
for (Object task : inputInstance.getModeling().getTasks()) {
int t = inputInstance.getModeling().getTasks().indexOf(task); int t = inputInstance.getModeling().getTasks().indexOf(task);
for (HwNode hwNode : inputInstance.getArchitecture().getCPUs()) { for (HwNode hwNode : inputInstance.getArchitecture().getCPUs()) {
...@@ -795,61 +795,86 @@ public class OptimizationModel { ...@@ -795,61 +795,86 @@ public class OptimizationModel {
//evaluate optimal solution //evaluate optimal solution
optimized_result_X[t][p] = m.evaluate(X[t][p], true); optimized_result_X[t][p] = m.evaluate(X[t][p], true);
TMLTask taskCast = (TMLTask)task; TMLTask taskCast = (TMLTask) task;
if(Integer.parseInt(optimized_result_X[t][p].toString()) == 1){ if (Integer.parseInt(optimized_result_X[t][p].toString()) == 1) {
//mapping of task on hwExecutionNode //mapping of task on hwExecutionNode
tmlMapping.addTaskToHwExecutionNode(taskCast,(HwExecutionNode) hwNode); tmlMapping.addTaskToHwExecutionNode(taskCast, (HwExecutionNode) hwNode);
//mapping of R/W channels on local memory of hwExecutionNode TODO get(0) //mapping of R/W channels on local memory of hwExecutionNode TODO get(0)
if(!taskCast.getReadChannels().isEmpty()) if (!taskCast.getReadChannels().isEmpty())
tmlMapping.addCommToHwCommNode(taskCast.getReadChannels().get(0),inputInstance.getLocalMemoryOfHwExecutionNode(hwNode)); tmlMapping.addCommToHwCommNode(taskCast.getReadChannels().get(0), inputInstance.getLocalMemoryOfHwExecutionNode(hwNode));
if(!taskCast.getWriteChannels().isEmpty()) if (!taskCast.getWriteChannels().isEmpty())
tmlMapping.addCommToHwCommNode(taskCast.getWriteChannels().get(0),inputInstance.getLocalMemoryOfHwExecutionNode(hwNode)); tmlMapping.addCommToHwCommNode(taskCast.getWriteChannels().get(0), inputInstance.getLocalMemoryOfHwExecutionNode(hwNode));
outputToDisplay = outputToDisplay + "\n" + taskCast.getName() + " --> " + hwNode.getName(); outputToDisplay = outputToDisplay + "\n" + taskCast.getName() + " --> " + hwNode.getName();
} }
optimizedSolutionX.put("X[" + taskCast.getName() + "][" + hwNode.getName() + "] = ", Integer.parseInt optimizedSolutionX.put("X[" + taskCast.getName() + "][" + hwNode.getName() + "] = ", Integer.parseInt
(optimized_result_X[t][p] (optimized_result_X[t][p]
.toString())); .toString()));
// TraceManager.addDev("X[" + task.getName() + "][" + hwNode.getName() + "] = " + optimized_result_X[t][p]); // TraceManager.addDev("X[" + task.getName() + "][" + hwNode.getName() + "] = " + optimized_result_X[t][p]);
} }
TraceManager.addDev("\n"); TraceManager.addDev("\n");
} }
for (Object task : inputInstance.getModeling().getTasks()) { outputToDisplay = outputToDisplay + "\n\n(2) Temporal mapping of tasks:\n";
for (Object task : inputInstance.getModeling().getTasks()) {
int t = inputInstance.getModeling().getTasks().indexOf(task); int t = inputInstance.getModeling().getTasks().indexOf(task);
optimized_result_start[t] = m.evaluate(start[t], false); optimized_result_start[t] = m.evaluate(start[t], false);
TMLTask taskCast = (TMLTask)task; TMLTask taskCast = (TMLTask) task;
optimizedSolutionStart.put("start[" + taskCast.getName() + "] = ", Integer.parseInt(optimized_result_start[t].toString())); //optimizedSolutionStart.put("start[" + taskCast.getName() + "] ", Integer.parseInt(optimized_result_start[t].toString()));
// TraceManager.addDev("start[" + task.getName() + "] = " + optimized_result_start[t]); // TraceManager.addDev("start[" + task.getName() + "] = " + optimized_result_start[t]);
} }
/* for(Map.Entry<String, Integer> entry : optimizedSolutionX.entrySet()) {
outputToDisplay = outputToDisplay + entry.getKey() + " = " + entry.getValue() + "\n"; // reordering and displaying schedule
}*/ for (HwNode hwNode : inputInstance.getArchitecture().getCPUs()) {
int p = inputInstance.getArchitecture().getCPUs().indexOf(hwNode);
TreeMap<Integer, String> treeHwNode = new TreeMap<>();
outputToDisplay = outputToDisplay + "\n" + hwNode.getName() + " : ";
for (Object task : inputInstance.getModeling().getTasks()) {
int t = inputInstance.getModeling().getTasks().indexOf(task);
TMLTask taskCast = (TMLTask) task;
if (Integer.parseInt(optimized_result_X[t][p].toString()) == 1) {
treeHwNode.put(Integer.parseInt(optimized_result_start[t].toString()), taskCast.getName());
}
}
for (Map.Entry<Integer, String> entry : treeHwNode.entrySet()) {
outputToDisplay = outputToDisplay + entry.getValue() + " at " + entry.getKey() + " ; ";
}
}
outputToDisplay += "\n\n"; outputToDisplay += "\n\n";
for(Map.Entry<String, Integer> entry : optimizedSolutionStart.entrySet()) { for (Map.Entry<String, Integer> entry : optimizedSolutionStart.entrySet()) {
outputToDisplay = outputToDisplay + entry.getKey() + " = " + entry.getValue() + "\n"; outputToDisplay = outputToDisplay + entry.getKey() + " = " + entry.getValue() + "\n";
} }
TraceManager.addDev(outputToDisplay); TraceManager.addDev(outputToDisplay);
result.mappingFound = true; result.mappingFound = true;
result.resultingMapping = tmlMapping; result.resultingMapping = tmlMapping;
} else { } else {
outputToDisplay ="No suitable mapping could be found"; outputToDisplay = "No suitable mapping could be found";
TraceManager.addDev(outputToDisplay); TraceManager.addDev(outputToDisplay);
result.mappingFound = false; result.mappingFound = false;
} }
...@@ -860,6 +885,4 @@ public class OptimizationModel { ...@@ -860,6 +885,4 @@ public class OptimizationModel {
} }
} }
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