Package eu.scape_project.planning.model.measurement

Examples of eu.scape_project.planning.model.measurement.Measurement

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        }
        MigrationResult result = service.migrate(digitalObject.getData().getData(), action.getUrl(), settings);
        setResultName(result, digitalObject);

        long duration = (System.nanoTime() - start) / (1000000);
        service.addExperience(result.getFeedbackKey(), action.getUrl(), new Measurement("roundtripTimeMS", new Double(
            duration)));
        return result;
    }
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                + key.length());
        ToolConfig config = ToolRegistry.getInstance().getToolConfig(toolIdentifier);
        migrate(data, config, params, result);
       
        normaliseMeasurements(result, toolIdentifier);
        result.getMeasurements().put("input:filesize",new Measurement("input:filesize",data.length));
        return result;
    }
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            double length = migratedFile.length;
            double elapsed = r.getElapsedTimeMS();
            double elapsedPerMB = ((double)elapsed)/(getMByte(data));

            Measurement me = new Measurement(MeasureConstants.ELAPSED_TIME_PER_OBJECT,elapsed);
            result.getMeasurements().put(MeasureConstants.ELAPSED_TIME_PER_OBJECT, me);

            for (Measure measure: getMeasures()) {
                if (!measure.getUri().startsWith("machine:")) {
                    Measurement m = new Measurement();
                    m.setMeasureId(measure.getUri());
                    PositiveFloatValue v = new PositiveFloatValue();
                    if (measure.getUri().equals(MeasureConstants.ELAPSED_TIME_PER_OBJECT)) {
                        v.setValue(elapsed);
                        m.setValue(v);
                        result.getMeasurements().put(measure.getUri(), m);
                    } else if (measure.getUri().equals(MeasureConstants.ELAPSED_TIME_PER_MB)) {
                        v.setValue(elapsedPerMB);
                        m.setValue(v);
                        result.getMeasurements().put(measure.getUri(), m);
                    } else if (measure.getUri().equals(MeasureConstants.COMPARATIVE_FILE_SIZE)) {
                        v.setValue(((double)length)/data.length * 100);
                        m.setValue(v);
                        result.getMeasurements().put(measure.getUri(), m);
                    } else if (measure.getUri().equals(MigrationResult.MIGRES_RESULT_FILESIZE)) {
                        v.setValue((double)length);
                        m.setValue(v);
                        result.getMeasurements().put(measure.getUri(), m);
                    }
                }               
            }
           
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        // add it to the measurements of MigrationResult
        Machine m = ToolRegistry.getInstance().getMachine(machine);

        for (Measure measure: getMeasures()) {
            if (measure.getUri().startsWith("machine:")) {
                Measurement measurement = new Measurement();
                measurement.setMeasureId(measure.getUri());
                FreeStringValue v =(FreeStringValue) measure.getScale().createValue();
                if (measure.getUri().equals(Machine.MACHINE_NAME)) {
                    v.setValue(m.getId());
                } else if (measure.getUri().equals(Machine.MACHINE_OS)) {
                    v.setValue(m.getOperatingSystem());
                } else if (measure.getUri().equals(Machine.MACHINE_CPUS)) {
                    v.setValue(m.getCpus());
                } else if (measure.getUri().equals(Machine.MACHINE_CPUCLOCK)) {
                    v.setValue(m.getCpuClock());
                } else if (measure.getUri().equals(Machine.MACHINE_CPUTYPE)) {
                    v.setValue(m.getCpuType());
                } else if (measure.getUri().equals(Machine.MACHINE_MEMORY)) {
                    v.setValue(m.getMemory());
                }
                measurement.setValue(v);
                result.getMeasurements().put(measure.getUri(), measurement);
            }
        }       
       
    }
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    protected void collectData(ToolConfig config, long time, MigrationResult result) {
        HPROF_Parser p = new HPROF_Parser();
        p.parse(makeOutputFilename(config, time)+".hprof");
       
        for (Measure measure: getMeasures()) {
            Measurement m = new Measurement();
            m.setMeasureId(measure.getUri());
            PositiveFloatValue v = (PositiveFloatValue) measure.getScale().createValue();
           
//            if (property.getName().equals(MigrationResult.MIGRES_MEMORY_GROSS)) {
//                v.setValue(p.getTotal_allocated());
//            }
//            if (property.getName().equals(MigrationResult.MIGRES_MEMORY_NET)) {
//                v.setValue(p.getTotal_virtual());
//            }

            if (measure.getUri().equals(MigrationResult.MIGRES_MEMORY_GROSS)) {
                v.setValue(p.getTotal_allocated());
            }

            /**
             * this is NOT the total virtual memory used during execution
             * it's the virtual memory still allocated when HProf collects information
             * - if garbage collector was called, this value is lower than the actual v-memory consumption
             */
            if (measure.getUri().equals("performance:totalVirtualMemory")) {
                v.setValue(p.getTotal_virtual());
            }
            if (measure.getUri().equals("performance:totalAllocatedMemory")) {
                v.setValue(p.getTotal_allocated());
            }
            m.setValue(v);
            result.getMeasurements().put(measure.getUri(), m);
        }
    }
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        ExecutionFootprintList performance = p.getList();
       
        for (Measure measure: getMeasures()) {
            if (!measure.getUri().startsWith("machine:")) {
                Measurement m = new Measurement();
                m.setMeasureId(measure.getUri());
                PositiveFloatValue v = (PositiveFloatValue) measure.getScale().createValue();

                if (measure.getUri().equals(MeasureConstants.ELAPSED_TIME_PER_OBJECT)) {
                    v.setValue(performance.getTotalCpuTimeUsed());
                }
                if (measure.getUri().equals(MigrationResult.MIGRES_MEMORY_GROSS)) {
                    v.setValue(performance.getMaxVirtualMemory());
                }
                if (measure.getUri().equals(MigrationResult.MIGRES_MEMORY_NET)) {
                    v.setValue(performance.getMaxResidentSize());
                }


                if (measure.getUri().equals("performance:averageResidentSize")) {
                    v.setValue(performance.getAverageResidentSize());
                } else if (measure.getUri().equals("performance:averageSharedMemory")) {
                    v.setValue(performance.getAverageSharedMemory());
                } else if (measure.getUri().equals("performance:averageVirtualMemory")) {
                    v.setValue(performance.getAverageVirtualMemory());
                } else if (measure.getUri().equals("performance:maxResidentSize")) {
                    v.setValue(performance.getMaxResidentSize());
                } else if (measure.getUri().equals("performance:maxSharedMemory")) {
                    v.setValue(performance.getMaxSharedMemory());
                } else if (measure.getUri().equals("performance:maxVirtualMemory")) {
                    v.setValue(performance.getMaxVirtualMemory());
                } else if (measure.getUri().equals("performance:totalCpuTimeUsed")) {
                    v.setValue(performance.getTotalCpuTimeUsed());
                }
                m.setValue(v);
                result.getMeasurements().put(measure.getUri(), m);
            }
        }
       
    }
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    protected void collectData(ToolConfig config, long time, MigrationResult result) {
        super.collectData(config, time, result);
        double totalTime = new Jip_Parser().getTotalTime(makeJIPOutFilename(time)+".txt");
       
        for (Measure measure: getMeasures()) {
            Measurement m = new Measurement();
            m.setMeasureId(measure.getUri());
            PositiveFloatValue v = (PositiveFloatValue) measure.getScale().createValue();
            if (measure.getUri().equals("performance:totalTimeInJava")) {
                v.setValue(totalTime);
            }
//            if (property.getName().equals(MigrationResult.MIGRES_USED_TIME)) {
//                v.setValue(totalTime);
//            }

            m.setValue(v);
            result.getMeasurements().put(measure.getUri(), m);
        }
    }
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            return 1.0;
        double score = 0.0;
        for (String config : benchmarkConfigs.keySet()) {
            ToolExperience ex = eb.getToolExperience(config);

            Measurement m = ex.getAverage(MeasureConstants.ELAPSED_TIME_PER_MB);
            if (m != null) {
                INumericValue v = (INumericValue) m.getValue();
                score += v.value();
            }
        }
        return score / benchmarkConfigs.size() / 4000;
    }
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            "MEPP" // Normalized Mean Error AND Normalized Maximum Error
        };

        for (String metric : metrics) {
            Double value = evaluate(tempDir, file1, file2, metric);
            list.add(new Measurement("imagequality:" + metric, value));
        }
        return list;
    }
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//           
//            ExecutionFootprintList performance = p.getList();
//            //log.debug(performance.toString());
           
            for (Measure measure: getMeasures()) {
                Measurement m = new Measurement();
                m.setMeasureId(measure.getUri());
                PositiveFloatValue v = (PositiveFloatValue) measure.getScale().createValue();

                if (measure.getUri().equals("performance:memory:used")) {
                    v.setValue(123.12);
                }
//                if (property.getName().equals(MigrationResult.MIGRES_USED_TIME)) {
//                    v.setValue(performance.getTotalCpuTimeUsed());
//                }
//                if (property.getName().equals(MigrationResult.MIGRES_MEMORY_GROSS)) {
//                    v.setValue(performance.getMaxVirtualMemory());
//                }
//                if (property.getName().equals(MigrationResult.MIGRES_MEMORY_NET)) {
//                    v.setValue(performance.getMaxResidentSize());
//                }
        
                m.setValue(v);
                result.getMeasurements().put(measure.getUri(), m);
            }
           
        }
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Related Classes of eu.scape_project.planning.model.measurement.Measurement

  • at.tuwien.minimee.migration.engines.MiniMeeDefaultMigrationEngine
  • at.tuwien.minimee.migration.engines.MonitorEngineHPROF
  • at.tuwien.minimee.migration.engines.MonitorEngineJIP
  • at.tuwien.minimee.migration.engines.MonitorEngineTime
  • at.tuwien.minimee.migration.engines.MonitorEngineTOPDefault
  • at.tuwien.minimee.migration.engines.MonitorEngineWinPslist
  • at.tuwien.minimee.migration.evaluators.ImageCompareEvaluator
  • at.tuwien.minimee.migration.MiniMeeMigrationService
  • at.tuwien.minimee.registry.ToolRegistry
  • eu.scape_project.planning.evaluation.evaluators.ExperimentEvaluator
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