eclipse-tools/model-transformation/examples/amlt2inchron/org.eclipse.app4mc.transform.to.inchron.m2m/src/templates/m2m/sw/runnableItem/TicksTransformer.xtend

package templates.m2m.sw.runnableItem

import com.inchron.realtime.root.model.TimeDistributionType
import org.eclipse.app4mc.amalthea.model.Amalthea
import org.eclipse.app4mc.amalthea.model.DiscreteValueBetaDistribution
import org.eclipse.app4mc.amalthea.model.DiscreteValueGaussDistribution
import org.eclipse.app4mc.amalthea.model.DiscreteValueHistogram
import org.eclipse.app4mc.amalthea.model.DiscreteValueUniformDistribution
import org.eclipse.app4mc.amalthea.model.Process
import org.eclipse.app4mc.amalthea.model.Ticks
import org.eclipse.app4mc.amalthea.model.util.DeploymentUtil
import org.eclipse.app4mc.amalthea.model.util.RuntimeUtil
import org.eclipse.app4mc.amalthea.model.util.RuntimeUtil.TimeType
import org.eclipse.emf.ecore.util.EcoreUtil
import templates.AbstractAmaltheaInchronTransformer
import templates.m2m.utils.TimeTransformer

class TicksTransformer extends AbstractAmaltheaInchronTransformer {

	def create inchronModelFactory.createResourceConsumption createResourceConsumption(Process amltTask,
		Ticks amltTicks) {

		it.name = "RC"
		it.timeDistribution = createTimeDistribution(amltTask, amltTicks)

	}

	def create inchronModelFactory.createTimeDistribution createTimeDistribution(Process amltTask, Ticks amltTicks) {

		val timeUtils = new TimeTransformer

		var amltCores = DeploymentUtil.getAssignedCoreForProcess(amltTask,
			EcoreUtil.getRootContainer(amltTask) as Amalthea);

		if (amltCores.size > 0) {

			val amltCore = amltCores?.get(0)
			it.min = timeUtils.createTime(RuntimeUtil.getExecutionTimeForTicks(amltTicks, amltCore, TimeType.BCET))
			it.mean = timeUtils.createTime(RuntimeUtil.getExecutionTimeForTicks(amltTicks, amltCore, TimeType.ACET))
			it.max = timeUtils.createTime(RuntimeUtil.getExecutionTimeForTicks(amltTicks, amltCore, TimeType.WCET))

			it.sigma = inchronModelFactory.createTime
			it.type = TimeDistributionType.MAX
			it.alpha = 0
			it.beta = 0
			var amltDistribution = amltTicks?.extended?.get(amltCore)

			if (amltDistribution === null) {
				amltDistribution = amltTicks.^default

				if (amltDistribution instanceof DiscreteValueGaussDistribution) {
					it.type = TimeDistributionType.NORMAL

					val sdCycles = amltDistribution.sd

					it.sigma = timeUtils.createTime(
						RuntimeUtil.getExecutionTimeForCycles(sdCycles, amltCore?.frequencyDomain?.defaultValue))

				} else if (amltDistribution instanceof DiscreteValueUniformDistribution) {
					it.type = TimeDistributionType.UNIFORM
				} else if (amltDistribution instanceof DiscreteValueBetaDistribution) {
				} else if (amltDistribution instanceof DiscreteValueHistogram) {
					it.type = TimeDistributionType.DISCRETE

					amltDistribution.entries.forEach [ amltEntry |

						val amltAvg = (amltEntry.upperBound + amltEntry.lowerBound) / 2;

						val amltOccurrences = amltEntry.occurrences

						var inchronDiscreteDistributionEntry = inchronModelFactory.createDiscreteDistributionEntry

						inchronDiscreteDistributionEntry.count = amltOccurrences

						inchronDiscreteDistributionEntry.execTime = timeUtils.createTime(
							RuntimeUtil.getExecutionTimeForCycles(amltAvg, amltCore?.frequencyDomain?.defaultValue))

						it.discreteDistribution.add(inchronDiscreteDistributionEntry)
					]
				}
			}

		}

//		if( amltTicks instanceof TimeGaussDistribution ) {
//			val amltNormal = amltTicks as TimeGaussDistribution
//			it.type = TimeDistributionType.NORMAL
//			it.mean = timeUtils.createTime( amltNormal.getMean() )
//			it.sigma = timeUtils.createTime( amltNormal.getSd() )
//		}
//		else if( amltTicks instanceof TimeUniformDistribution) {
//			val amltUniform = amltTicks as TimeUniformDistribution
//			it.type = TimeDistributionType.UNIFORM			
//			it.min = timeUtils.createTime( amltUniform.lowerBound )
//			it.max = timeUtils.createTime( amltUniform.upperBound )
//		}
//		else if( amltTicks instanceof TimeBetaDistribution ) {
//			val amltBeta = amltTicks as TimeBetaDistribution
//			/* TODO: Currently INCHRON does not support the beta distribution.
//			 *  Mapping to Weibull is WRONG (and also no longer truncated). */
//			it.type = TimeDistributionType.WEIBULL
//			it.alpha = amltBeta.getAlpha()
//			it.beta = amltBeta.getBeta()
//		}
	}

// transform to resource consumption
}