+/*
+ * Copyright 2011-2012 GRNET S.A. All rights reserved.
+ *
+ * Redistribution and use in source and binary forms, with or
+ * without modification, are permitted provided that the following
+ * conditions are met:
+ *
+ * 1. Redistributions of source code must retain the above
+ * copyright notice, this list of conditions and the following
+ * disclaimer.
+ *
+ * 2. Redistributions in binary form must reproduce the above
+ * copyright notice, this list of conditions and the following
+ * disclaimer in the documentation and/or other materials
+ * provided with the distribution.
+ *
+ * THIS SOFTWARE IS PROVIDED BY GRNET S.A. ``AS IS'' AND ANY EXPRESS
+ * OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
+ * WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR
+ * PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL GRNET S.A OR
+ * CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
+ * SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT
+ * LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF
+ * USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED
+ * AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
+ * LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN
+ * ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
+ * POSSIBILITY OF SUCH DAMAGE.
+ *
+ * The views and conclusions contained in the software and
+ * documentation are those of the authors and should not be
+ * interpreted as representing official policies, either expressed
+ * or implied, of GRNET S.A.
+ */
+
package gr.grnet.aquarium.user
-import org.junit.Test
-import gr.grnet.aquarium.Configurator
-import gr.grnet.aquarium.store.memory.MemStore
-import gr.grnet.aquarium.util.date.DateCalculator
+import gr.grnet.aquarium.store.memory.MemStoreProvider
import gr.grnet.aquarium.logic.accounting.dsl._
-import java.util.Date
-import gr.grnet.aquarium.logic.accounting.Accounting
-import com.ckkloverdos.maybe.NoVal
-import simulation.{ConcurrentVMLocalUIDGenerator, ClientServiceSim, UserSim}
+import gr.grnet.aquarium.logic.accounting.Policy
+import gr.grnet.aquarium.util.{Loggable, ContextualLogger}
+import gr.grnet.aquarium.simulation._
+import gr.grnet.aquarium.uid.{UIDGenerator, ConcurrentVMLocalUIDGenerator}
+import org.junit.{Assert, Ignore, Test}
+import gr.grnet.aquarium.logic.accounting.algorithm.{ExecutableCostPolicyAlgorithm, CostPolicyAlgorithmCompiler}
+import gr.grnet.aquarium.{Aquarium, ResourceLocator, AquariumBuilder, AquariumException}
+import gr.grnet.aquarium.computation.reason.{NoSpecificChangeReason, MonthlyBillingCalculation}
+import gr.grnet.aquarium.util.date.MutableDateCalc
+import gr.grnet.aquarium.computation.BillingMonthInfo
+import gr.grnet.aquarium.computation.state.{UserStateBootstrap, UserState}
/**
*
* @author Christos KK Loverdos <loverdos@gmail.com>
*/
-class UserStateComputationsTest {
- @Test
- def testOne: Unit = {
- val START_YEAR = 2012
- val START_MONTH = 1
- val START_DAY = 15
+class UserStateComputationsTest extends Loggable {
+ final val DoubleDelta = 0.001
- val START_OF_YEAR_DATECALC = new DateCalculator(START_YEAR, 1, 1)
+ final val BandwidthPriceUnit = 3.3 //
+ final val VMTimePriceUnit = 1.5 //
+ final val DiskspacePriceUnit = 2.7 //
- // TODO: integrate this with the rest of the simulation stuff
- // TODO: since, right now, the resource strings have to be given twice
- val VMTIME_RESOURCE = DSLComplexResource("vmtime", "Hr", OnOffCostPolicy, "")
- val DISKSPACE_RESOURCE = DSLComplexResource("diskspace", "MB/Hr", ContinuousCostPolicy, "")
+ final val OnOffPriceUnit = VMTimePriceUnit
+ final val ContinuousPriceUnit = DiskspacePriceUnit
+ final val DiscretePriceUnit = BandwidthPriceUnit
- val DEFAULT_RESOURCES_MAP = new DSLResourcesMap(VMTIME_RESOURCE :: DISKSPACE_RESOURCE :: Nil)
+ final val PolicyYAML = """
+aquariumpolicy:
+ resources:
+ - resource:
+ name: bandwidth
+ unit: MB/Hr
+ complex: false
+ costpolicy: discrete
+ - resource:
+ name: vmtime
+ unit: Hr
+ complex: true
+ costpolicy: onoff
+ descriminatorfield: vmid
+ - resource:
+ name: diskspace
+ unit: MB/hr
+ complex: false
+ costpolicy: continuous
- val FOR_EVER = DSLTimeFrame(new Date(0), None, Nil)
- val THE_PRICES_MAP: Map[DSLResource, Double] = Map(VMTIME_RESOURCE -> 1.0, DISKSPACE_RESOURCE -> 1.0)
+ implicitvars:
+ - price
+ - volume
- val THE_PRICE_LIST = DSLPriceList("default", None, THE_PRICES_MAP, FOR_EVER)
- val THE_CREDIT_PLAN = DSLCreditPlan("default", None, 100, Nil, "", FOR_EVER)
- val THE_ALGORITHM = DSLAlgorithm("default", None, Map(), FOR_EVER)
- val THE_AGREEMENT = DSLAgreement("default", None, THE_ALGORITHM, THE_PRICE_LIST, THE_CREDIT_PLAN)
+ algorithms:
+ - algorithm:
+ name: default
+ bandwidth: function bandwidth() {return 1;}
+ vmtime: function vmtime() {return 1;}
+ diskspace: function diskspace() {return 1;}
+ effective:
+ from: 0
- val THE_RESOURCES = DEFAULT_RESOURCES_MAP.toResourcesList
+ pricelists:
+ - pricelist:
+ name: default
+ bandwidth: %s
+ vmtime: %s
+ diskspace: %s
+ effective:
+ from: 0
- val DEFAULT_POLICY = DSLPolicy(
- Nil,
- THE_PRICE_LIST :: Nil,
- THE_RESOURCES,
- THE_CREDIT_PLAN :: Nil,
- THE_AGREEMENT :: Nil
- )
+ creditplans:
+ - creditplan:
+ name: default
+ credits: 100
+ at: "00 00 1 * *"
+ effective:
+ from: 0
+
+ agreements:
+ - agreement:
+ name: default
+ algorithm: default
+ pricelist: default
+ creditplan: default
+ """.format(
+ BandwidthPriceUnit,
+ VMTimePriceUnit,
+ DiskspacePriceUnit
+ )
+
+ val aquarium = new AquariumBuilder(ResourceLocator.AquariumProperties).
+ update(Aquarium.EnvKeys.storeProvider, new MemStoreProvider).
+ build()
+
+ Policy.withConfigurator(aquarium) // FIXME
+
+ val ResourceEventStore = aquarium.resourceEventStore
+
+ val Computations = aquarium.userStateComputations
+
+ val DSL = new DSL {}
+ val DefaultPolicy = DSL parse PolicyYAML
+
+ val DefaultAlgorithm = new ExecutableCostPolicyAlgorithm {
+ def creditsForContinuous(timeDelta: Double, oldTotalAmount: Double) =
+ hrs(timeDelta) * oldTotalAmount * ContinuousPriceUnit
+
+ final val creditsForDiskspace = creditsForContinuous(_, _)
+
+ def creditsForDiscrete(currentValue: Double) =
+ currentValue * DiscretePriceUnit
+
+ final val creditsForBandwidth = creditsForDiscrete(_)
+
+ def creditsForOnOff(timeDelta: Double) =
+ hrs(timeDelta) * OnOffPriceUnit
+
+ final val creditsForVMTime = creditsForOnOff(_)
+
+ @inline private[this]
+ def hrs(millis: Double) = millis / 1000 / 60 / 60
+
+ def apply(vars: Map[DSLCostPolicyVar, Any]): Double = {
+ vars.apply(DSLCostPolicyNameVar) match {
+ case DSLCostPolicyNames.continuous ⇒
+ val unitPrice = vars(DSLUnitPriceVar).asInstanceOf[Double]
+ val oldTotalAmount = vars(DSLOldTotalAmountVar).asInstanceOf[Double]
+ val timeDelta = vars(DSLTimeDeltaVar).asInstanceOf[Double]
+
+ Assert.assertEquals(ContinuousPriceUnit, unitPrice, DoubleDelta)
+
+ creditsForContinuous(timeDelta, oldTotalAmount)
- val computer = new UserStateComputations
+ case DSLCostPolicyNames.discrete ⇒
+ val unitPrice = vars(DSLUnitPriceVar).asInstanceOf[Double]
+ val currentValue = vars(DSLCurrentValueVar).asInstanceOf[Double]
- val userPolicyFinder = new UserPolicyFinder {
- def findUserPolicyAt(userId: String, whenMillis: Long) = DEFAULT_POLICY
+ Assert.assertEquals(DiscretePriceUnit, unitPrice, DoubleDelta)
+
+ creditsForDiscrete(currentValue)
+
+ case DSLCostPolicyNames.onoff ⇒
+ val unitPrice = vars(DSLUnitPriceVar).asInstanceOf[Double]
+ val timeDelta = vars(DSLTimeDeltaVar).asInstanceOf[Double]
+
+ Assert.assertEquals(OnOffPriceUnit, unitPrice, DoubleDelta)
+
+ creditsForOnOff(timeDelta)
+
+ case DSLCostPolicyNames.once ⇒
+ val currentValue = vars(DSLCurrentValueVar).asInstanceOf[Double]
+ currentValue
+
+ case name ⇒
+ throw new AquariumException("Unknown cost policy %s".format(name))
+ }
}
- val fullStateFinder = new FullStateFinder {
- def findFullState(userId: String, whenMillis: Long) = null
+ override def toString = "DefaultAlgorithm(%s)".format(
+ Map(
+ DSLCostPolicyNames.continuous -> "hrs(timeDelta) * oldTotalAmount * %s".format(ContinuousPriceUnit),
+ DSLCostPolicyNames.discrete -> "currentValue * %s".format(DiscretePriceUnit),
+ DSLCostPolicyNames.onoff -> "hrs(timeDelta) * %s".format(OnOffPriceUnit),
+ DSLCostPolicyNames.once -> "currentValue"))
+ }
+
+ val DefaultCompiler = new CostPolicyAlgorithmCompiler {
+ def compile(definition: String): ExecutableCostPolicyAlgorithm = {
+ DefaultAlgorithm
}
+ }
+ //val DefaultAlgorithm = justForSure(DefaultCompiler.compile("")).get // hardcoded since we know exactly what this is
+
+ val VMTimeDSLResource = DefaultPolicy.findResource("vmtime").get
+
+ // For this to work, the definitions must match those in the YAML above.
+ // Those StdXXXResourceSim are just for debugging convenience anyway, so they must match by design.
+ val VMTimeResourceSim = StdVMTimeResourceSim.fromPolicy(DefaultPolicy)
+ val DiskspaceResourceSim = StdDiskspaceResourceSim.fromPolicy(DefaultPolicy)
+ val BandwidthResourceSim = StdBandwidthResourceSim.fromPolicy(DefaultPolicy)
+
+ // There are two client services, synnefo and pithos.
+ val TheUIDGenerator: UIDGenerator[_] = new ConcurrentVMLocalUIDGenerator
+ val Synnefo = ClientSim("synnefo")(TheUIDGenerator)
+ val Pithos = ClientSim("pithos" )(TheUIDGenerator)
+
+ val StartOfBillingYearDateCalc = new MutableDateCalc(2012, 1, 1)
+ val UserCreationDate = new MutableDateCalc(2011, 11, 1).toDate
- val userStateCache = new UserStateCache {
- def findUserStateAtEndOfPeriod(userId: String, year: Int, month: Int) = NoVal
+ val BillingMonthInfoJan = {
+ val MutableDateCalcJan = new MutableDateCalc(2012, 1, 1)
+ BillingMonthInfo.fromDateCalc(MutableDateCalcJan)
+ }
+ val BillingMonthInfoFeb = BillingMonthInfo.fromDateCalc(new MutableDateCalc(2012, 2, 1))
+ val BillingMonthInfoMar = BillingMonthInfo.fromDateCalc(new MutableDateCalc(2012, 3, 1))
+
+ // Store the default policy
+ val policyDateCalc = StartOfBillingYearDateCalc.copy
+ val policyOccurredMillis = policyDateCalc.toMillis
+ val policyValidFromMillis = policyDateCalc.copy.goPreviousYear.toMillis
+ val policyValidToMillis = policyDateCalc.copy.goNextYear.toMillis
+ aquarium.policyStore.storePolicyEntry(DefaultPolicy.toPolicyEntry(policyOccurredMillis, policyValidFromMillis,
+ policyValidToMillis))
+
+ val AquariumSim_ = AquariumSim(List(VMTimeResourceSim, DiskspaceResourceSim, BandwidthResourceSim), aquarium.resourceEventStore)
+ val DefaultResourcesMap = AquariumSim_.resourcesMap
+
+ val UserCKKL = AquariumSim_.newUser("CKKL", UserCreationDate)
+
+// val InitialUserState = UserState.createInitialUserState(
+// userID = UserCKKL.userID,
+// userCreationMillis = UserCreationDate.getTime,
+// totalCredits = 0.0,
+// initialRole = "default",
+// initialAgreement = DSLAgreement.DefaultAgreementName
+// )
+
+ val UserStateBootstrapper = UserStateBootstrap(
+ userID = UserCKKL.userID,
+ userCreationMillis = UserCreationDate.getTime(),
+ initialRole = "default",
+ initialAgreement = DSLAgreement.DefaultAgreementName,
+ initialCredits = 0.0
+ )
+
+ // By convention
+ // - synnefo is for VMTime and Bandwidth
+ // - pithos is for Diskspace
+ val VMTimeInstanceSim = VMTimeResourceSim.newInstance ("VM.1", UserCKKL, Synnefo)
+ val BandwidthInstanceSim = BandwidthResourceSim.newInstance("3G.1", UserCKKL, Synnefo)
+ val DiskInstanceSim = DiskspaceResourceSim.newInstance("DISK.1", UserCKKL, Pithos)
- def findLatestUserStateForBillingMonth(userId: String, yearOfBillingMonth: Int, billingMonth: Int) = NoVal
+ private[this]
+ def showUserState(clog: ContextualLogger, userState: UserState) {
+ val id = userState._id
+ val parentId = userState.parentUserStateIDInStore
+ val credits = userState.totalCredits
+ val newWalletEntries = userState.newWalletEntries.map(_.toDebugString)
+ val changeReason = userState.lastChangeReason
+ val implicitlyIssued = userState.implicitlyIssuedSnapshot.implicitlyIssuedEvents.map(_.toDebugString)
+ val latestResourceEvents = userState.latestResourceEventsSnapshot.resourceEvents.map(_.toDebugString)
+
+ clog.debug("_id = %s", id)
+ clog.debug("parentId = %s", parentId)
+ clog.debug("credits = %s", credits)
+ clog.debug("changeReason = %s", changeReason)
+ clog.debugSeq("implicitlyIssued", implicitlyIssued, 0)
+ clog.debugSeq("latestResourceEvents", latestResourceEvents, 0)
+ clog.debugSeq("newWalletEntries", newWalletEntries, 0)
+ }
+
+ private[this]
+ def showResourceEvents(clog: ContextualLogger): Unit = {
+ clog.debug("")
+ clog.begin("Events by OccurredMillis")
+ clog.withIndent {
+ for(event <- UserCKKL.myResourceEventsByOccurredDate) {
+ clog.debug(event.toDebugString)
+ }
}
+ clog.end("Events by OccurredMillis")
+ clog.debug("")
+ }
+
+ private[this]
+ def doFullMonthlyBilling(
+ clog: ContextualLogger,
+ billingMonthInfo: BillingMonthInfo,
+ billingTimeMillis: Long) = {
+
+ Computations.doMonthBillingUpTo(
+ billingMonthInfo,
+ billingTimeMillis,
+ UserStateBootstrapper,
+ DefaultResourcesMap,
+ MonthlyBillingCalculation(NoSpecificChangeReason(), billingMonthInfo),
+ aquarium.userStateStore.insertUserState,
+ Some(clog)
+ )
+ }
+
+ private[this]
+ def expectCredits(
+ clog: ContextualLogger,
+ creditsConsumed: Double,
+ userState: UserState,
+ accuracy: Double = 0.001
+ ): Unit = {
+
+ val computed = userState.totalCredits
+ Assert.assertEquals(-creditsConsumed, computed, accuracy)
+
+ clog.info("Consumed %.3f credits [accuracy = %f]", creditsConsumed, accuracy)
+ }
+
+ private[this]
+ def millis2hrs(millis: Long) = millis.toDouble / 1000 / 60 / 60
+
+ private[this]
+ def hrs2millis(hrs: Double) = (hrs * 60 * 60 * 1000).toLong
+
+ /**
+ * Test a sequence of ON, OFF vmtime events.
+ */
+ @Ignore
+ @Test
+ def testFullOnOff: Unit = {
+ val clog = ContextualLogger.fromOther(None, logger, "testFullOnOff()")
+ clog.begin()
+
+ ResourceEventStore.clearResourceEvents()
+ val OnOffDurationHrs = 10
+ val OnOffDurationMillis = hrs2millis(OnOffDurationHrs.toDouble)
+
+ VMTimeInstanceSim.newONOFF(
+ new MutableDateCalc(2012, 01, 10).goPlusHours(13).goPlusMinutes(30).toDate, // 2012-01-10 13:30:00.000
+ OnOffDurationHrs
+ )
+
+ val credits = DefaultAlgorithm.creditsForVMTime(OnOffDurationMillis)
+
+ showResourceEvents(clog)
+
+ val userState = doFullMonthlyBilling(clog, BillingMonthInfoJan, BillingMonthInfoJan.monthStopMillis)
+
+ showUserState(clog, userState)
+
+ expectCredits(clog, credits, userState)
+
+ clog.end()
+ }
+
+ @Ignore
+ @Test
+ def testLonelyON: Unit = {
+ val clog = ContextualLogger.fromOther(None, logger, "testLonelyON()")
+ clog.begin()
+
+ ResourceEventStore.clearResourceEvents()
+
+ val JanStart = new MutableDateCalc(2012, 01, 01)
+ val JanEnd = JanStart.copy.goEndOfThisMonth
+ val JanStartDate = JanStart.toDate
+ val OnOffImplicitDurationMillis = JanEnd.toMillis - JanStart.toMillis
+ val OnOffImplicitDurationHrs = millis2hrs(OnOffImplicitDurationMillis)
+
+ VMTimeInstanceSim.newON(JanStartDate)
+
+ val credits = DefaultAlgorithm.creditsForVMTime(OnOffImplicitDurationMillis)
- val mc = Configurator.MasterConfigurator.withStoreProviderClass(classOf[MemStore])
- val storeProvider = mc.storeProvider
- val resourceEventStore = storeProvider.resourceEventStore
-// println("!! storeProvider = %s".format(storeProvider))
+ showResourceEvents(clog)
- // A new user is created on 2012-01-15 00:00:00.000
- val USER_START_DATECALC = new DateCalculator(START_YEAR, START_MONTH, START_DAY)
- val christos = UserSim("Christos", USER_START_DATECALC.toDate, storeProvider.resourceEventStore)
+ val userState = doFullMonthlyBilling(clog, BillingMonthInfoJan, BillingMonthInfoJan.monthStopMillis)
- // There are two client services, synnefo and pithos.
- val uidGenerator = new ConcurrentVMLocalUIDGenerator
- val synnefo = ClientServiceSim("synnefo")(uidGenerator)
- val pithos = ClientServiceSim("pithos")(uidGenerator)
+ showUserState(clog, userState)
- // By convention
- // - synnefo is for VMTime and
- // - pithos is for Diskspace
- val vm = synnefo.newVMTime(christos, "VM.1")
- val disk = pithos.newDiskspace(christos, "DISK.1")
+ expectCredits(clog, credits, userState)
+
+ clog.end()
+ }
+
+// @Ignore
+ @Test
+ def testOrphanOFF: Unit = {
+ val clog = ContextualLogger.fromOther(None, logger, "testOrphanOFF()")
+ clog.begin()
+
+ ResourceEventStore.clearResourceEvents()
+
+ val JanStart = new MutableDateCalc(2012, 01, 01)
+ val JanEnd = JanStart.copy.goEndOfThisMonth
+ val JanStartDate = JanStart.toDate
+ val OnOffImplicitDurationMillis = JanEnd.toMillis - JanStart.toMillis
+ val OnOffImplicitDurationHrs = millis2hrs(OnOffImplicitDurationMillis)
+
+ VMTimeInstanceSim.newOFF(JanStartDate)
+
+ // This is an orphan event, so no credits will be charged
+ val credits = 0
+
+ showResourceEvents(clog)
+
+ val userState = doFullMonthlyBilling(clog, BillingMonthInfoJan, BillingMonthInfoJan.monthStopMillis)
+
+ showUserState(clog, userState)
+
+ expectCredits(clog, credits, userState)
+
+ clog.end()
+ }
+
+ @Ignore
+ @Test
+ def testOne: Unit = {
+ val clog = ContextualLogger.fromOther(None, logger, "testOne()")
+ clog.begin()
// Let's create our dates of interest
- val vmStartDateCalc = USER_START_DATECALC.copy.goPlusDays(1).goPlusHours(1)
- // 2012-01-16 01:00:00.000
- val vmStartDate = vmStartDateCalc.toDate
+ val VMStartDateCalc = StartOfBillingYearDateCalc.copy.goPlusDays(1).goPlusHours(1)
+ val VMStartDate = VMStartDateCalc.toDate
// Within January, create one VM ON-OFF ...
- val onOff1_M = vm.newONOFF(vmStartDate, 9)
+ VMTimeInstanceSim.newONOFF(VMStartDate, 9)
- val diskConsumptionDateCalc = USER_START_DATECALC.copy.goPlusHours(3)
- // 2012-01-16 04:00:00.000
+ val diskConsumptionDateCalc = StartOfBillingYearDateCalc.copy.goPlusHours(3)
val diskConsumptionDate1 = diskConsumptionDateCalc.toDate
- // 2012-01-17 05:00:00.000
- val diskConsumptionDate2 = diskConsumptionDateCalc.copy.goPlusDays(1).goPlusHours(1).toDate
+ val diskConsumptionDateCalc2 = diskConsumptionDateCalc.copy.goPlusDays(1).goPlusHours(1)
+ val diskConsumptionDate2 = diskConsumptionDateCalc2.toDate
// ... and two diskspace changes
- val consume1_M = disk.consumeMB(diskConsumptionDate1, 99)
- val consume2_M = disk.consumeMB(diskConsumptionDate2, 23)
+ DiskInstanceSim.consumeMB(diskConsumptionDate1, 99)
+ DiskInstanceSim.consumeMB(diskConsumptionDate2, 23)
+
+ // 100MB 3G bandwidth
+ val bwDateCalc = diskConsumptionDateCalc2.copy.goPlusDays(1)
+ BandwidthInstanceSim.useBandwidth(bwDateCalc.toDate, 100.0)
// ... and one "future" event
- // 2012-02-07 07:07:07.007
- disk.consumeMB(
- START_OF_YEAR_DATECALC.copy.
+ DiskInstanceSim.consumeMB(
+ StartOfBillingYearDateCalc.copy.
goNextMonth.goPlusDays(6).
goPlusHours(7).
goPlusMinutes(7).
goPlusMillis(7).toDate,
777)
- println("=============================")
- for {
- event <- christos.myResourceEventsByReceivedDate
- } {
- val when = new DateCalculator(event.receivedMillis)
- val resource = event.resource
- val instanceId = event.instanceId
- val value = event.beautifyValue(DEFAULT_RESOURCES_MAP)
- println("%s [%s, %s] %s".format(when, resource, instanceId, value))
- }
- println("=============================")
-
- val billing = computer.computeFullMonthlyBilling(
- START_YEAR,
- START_MONTH,
- christos.userId,
- userPolicyFinder,
- fullStateFinder,
- userStateCache,
- resourceEventStore,
- computer.createFirstUserState(christos.userId),
- Nil,
- DEFAULT_POLICY,
- DEFAULT_RESOURCES_MAP,
- new Accounting{}
- )
-
- println("!! billing = %s".format(billing))
+ showResourceEvents(clog)
+
+ // Policy: from 2012-01-01 to Infinity
+
+ clog.debugMap("DefaultResourcesMap", DefaultResourcesMap.map, 1)
+
+ val userState = doFullMonthlyBilling(clog, BillingMonthInfoJan, BillingMonthInfoJan.monthStopMillis)
+
+ showUserState(clog, userState)
+
+ clog.end()
}
}
\ No newline at end of file
projects / aquarium / blobdiff