/*
- * Copyright 2011 GRNET S.A. All rights reserved.
+ * 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
package gr.grnet.aquarium.store.mongodb
-import gr.grnet.aquarium.util.Loggable
import com.mongodb.util.JSON
-import gr.grnet.aquarium.user.UserState
-import gr.grnet.aquarium.util.displayableObjectInfo
+import gr.grnet.aquarium.computation.state.UserState.{JsonNames ⇒ UserStateJsonNames}
import gr.grnet.aquarium.util.json.JsonSupport
import collection.mutable.ListBuffer
+import gr.grnet.aquarium.event.model.im.IMEventModel
+import gr.grnet.aquarium.event.model.im.IMEventModel.{Names ⇒ IMEventNames}
+import gr.grnet.aquarium.event.model.resource.ResourceEventModel
+import gr.grnet.aquarium.event.model.resource.ResourceEventModel.{Names ⇒ ResourceEventNames}
import gr.grnet.aquarium.store._
-import gr.grnet.aquarium.logic.events.{WalletEntry, ResourceEvent, AquariumEvent}
-import gr.grnet.aquarium.logic.events.ResourceEvent.JsonNames
-import java.util.Date
+import gr.grnet.aquarium.event.model.PolicyEntry.{JsonNames ⇒ PolicyJsonNames}
+import gr.grnet.aquarium.logic.accounting.Policy
import com.mongodb._
-import com.ckkloverdos.maybe.{Failed, Just, Maybe}
+import org.bson.types.ObjectId
+import com.ckkloverdos.maybe.Maybe
+import gr.grnet.aquarium.util._
+import gr.grnet.aquarium.converter.Conversions
+import gr.grnet.aquarium.computation.state.UserState
+import gr.grnet.aquarium.event.model.{ExternalEventModel, PolicyEntry}
+import gr.grnet.aquarium.computation.BillingMonthInfo
+import gr.grnet.aquarium.Aquarium
/**
* Mongodb implementation of the various aquarium stores.
val database: String,
val username: String,
val password: String)
- extends ResourceEventStore with UserStore with WalletStore with Loggable {
+ extends ResourceEventStore
+ with UserStateStore
+ with IMEventStore
+ with PolicyStore
+ with Loggable {
- private[store] lazy val rcevents: DBCollection = getCollection(MongoDBStore.RESOURCE_EVENTS_COLLECTION)
- private[store] lazy val users: DBCollection = getCollection(MongoDBStore.USERS_COLLECTION)
- private[store] lazy val imevents: DBCollection = getCollection(MongoDBStore.IM_EVENTS_COLLECTION)
- private[store] lazy val wallets: DBCollection = getCollection(MongoDBStore.IM_WALLETS)
+ override type IMEvent = MongoDBIMEvent
+ override type ResourceEvent = MongoDBResourceEvent
+
+ private[store] lazy val resourceEvents = getCollection(MongoDBStore.RESOURCE_EVENTS_COLLECTION)
+ private[store] lazy val userStates = getCollection(MongoDBStore.USER_STATES_COLLECTION)
+ private[store] lazy val imEvents = getCollection(MongoDBStore.IM_EVENTS_COLLECTION)
+ private[store] lazy val unparsedIMEvents = getCollection(MongoDBStore.UNPARSED_IM_EVENTS_COLLECTION)
+ private[store] lazy val policyEntries = getCollection(MongoDBStore.POLICY_ENTRIES_COLLECTION)
private[this] def getCollection(name: String): DBCollection = {
val db = mongo.getDB(database)
- if(!db.authenticate(username, password.toCharArray)) {
+ //logger.debug("Authenticating to mongo")
+ if(!db.isAuthenticated && !db.authenticate(username, password.toCharArray)) {
throw new StoreException("Could not authenticate user %s".format(username))
}
db.getCollection(name)
}
- /* TODO: Some of the following methods rely on JSON (de-)serialization).
- * A method based on proper object serialization would be much faster.
- */
-
- private[this] def _sortByTimestampAsc[A <: AquariumEvent](one: A, two: A): Boolean = {
+ private[this] def _sortByTimestampAsc[A <: ExternalEventModel](one: A, two: A): Boolean = {
if (one.occurredMillis > two.occurredMillis) false
else if (one.occurredMillis < two.occurredMillis) true
else true
}
- private[this] def _sortByTimestampDesc[A <: AquariumEvent](one: A, two: A): Boolean = {
- if (one.occurredMillis < two.occurredMillis) false
- else if (one.occurredMillis > two.occurredMillis) true
- else true
+ //+ResourceEventStore
+ def createResourceEventFromOther(event: ResourceEventModel): ResourceEvent = {
+ MongoDBResourceEvent.fromOther(event, null)
}
- //+ResourceEventStore
- def storeResourceEvent(event: ResourceEvent): Maybe[RecordID] =
- MongoDBStore.storeAquariumEvent(event, rcevents)
+ def pingResourceEventStore(): Unit = synchronized {
+ MongoDBStore.ping(mongo)
+ }
+
+ def insertResourceEvent(event: ResourceEventModel) = {
+ val localEvent = MongoDBResourceEvent.fromOther(event, new ObjectId().toStringMongod)
+ MongoDBStore.insertObject(localEvent, resourceEvents, MongoDBStore.jsonSupportToDBObject)
+ localEvent
+ }
- def findResourceEventById(id: String): Maybe[ResourceEvent] =
- MongoDBStore.findById(id, rcevents, MongoDBStore.dbObjectToResourceEvent)
+ def findResourceEventById(id: String): Option[ResourceEvent] = {
+ MongoDBStore.findBy(ResourceEventNames.id, id, resourceEvents, MongoDBResourceEvent.fromDBObject)
+ }
def findResourceEventsByUserId(userId: String)
(sortWith: Option[(ResourceEvent, ResourceEvent) => Boolean]): List[ResourceEvent] = {
- val query = new BasicDBObject(JsonNames.userId, userId)
+ val query = new BasicDBObject(ResourceEventNames.userID, userId)
- MongoDBStore.runQuery(query, rcevents)(MongoDBStore.dbObjectToResourceEvent)(sortWith)
+ MongoDBStore.runQuery(query, resourceEvents)(MongoDBResourceEvent.fromDBObject)(sortWith)
}
def findResourceEventsByUserIdAfterTimestamp(userId: String, timestamp: Long): List[ResourceEvent] = {
val query = new BasicDBObject()
- query.put(JsonNames.userId, userId)
- query.put(JsonNames.timestamp, new BasicDBObject("$gte", timestamp))
+ query.put(ResourceEventNames.userID, userId)
+ query.put(ResourceEventNames.occurredMillis, new BasicDBObject("$gt", timestamp))
- val sort = new BasicDBObject(JsonNames.timestamp, 1)
+ val sort = new BasicDBObject(ResourceEventNames.occurredMillis, 1)
- val cursor = rcevents.find(query).sort(sort)
+ val cursor = resourceEvents.find(query).sort(sort)
try {
val buffer = new scala.collection.mutable.ListBuffer[ResourceEvent]
while(cursor.hasNext) {
- buffer += MongoDBStore.dbObjectToResourceEvent(cursor.next())
+ buffer += MongoDBResourceEvent.fromDBObject(cursor.next())
}
- buffer.toList
+ buffer.toList.sortWith(_sortByTimestampAsc)
} finally {
cursor.close()
}
}
+
+ def findResourceEventHistory(userId: String, resName: String,
+ instid: Option[String], upTo: Long) : List[ResourceEvent] = {
+ val query = new BasicDBObject()
+ query.put(ResourceEventNames.userID, userId)
+ query.put(ResourceEventNames.occurredMillis, new BasicDBObject("$lt", upTo))
+ query.put(ResourceEventNames.resource, resName)
+
+ instid match {
+ case Some(id) =>
+ Policy.policy.findResource(resName) match {
+ case Some(y) => query.put(ResourceEventNames.details,
+ new BasicDBObject(y.descriminatorField, instid.get))
+ case None =>
+ }
+ case None =>
+ }
+
+ val sort = new BasicDBObject(ResourceEventNames.occurredMillis, 1)
+ val cursor = resourceEvents.find(query).sort(sort)
+
+ try {
+ val buffer = new scala.collection.mutable.ListBuffer[ResourceEvent]
+ while(cursor.hasNext) {
+ buffer += MongoDBResourceEvent.fromDBObject(cursor.next())
+ }
+ buffer.toList.sortWith(_sortByTimestampAsc)
+ } finally {
+ cursor.close()
+ }
+ }
+
+ def findResourceEventsForReceivedPeriod(userId: String, startTimeMillis: Long, stopTimeMillis: Long): List[ResourceEvent] = {
+ val query = new BasicDBObject()
+ query.put(ResourceEventNames.userID, userId)
+ query.put(ResourceEventNames.receivedMillis, new BasicDBObject("$gte", startTimeMillis))
+ query.put(ResourceEventNames.receivedMillis, new BasicDBObject("$lte", stopTimeMillis))
+
+ // Sort them by increasing order for occurred time
+ val orderBy = new BasicDBObject(ResourceEventNames.occurredMillis, 1)
+
+ MongoDBStore.runQuery[ResourceEvent](query, resourceEvents, orderBy)(MongoDBResourceEvent.fromDBObject)(None)
+ }
+
+ def countOutOfSyncResourceEventsForBillingPeriod(userID: String, startMillis: Long, stopMillis: Long): Long = {
+ val query = new BasicDBObjectBuilder().
+ add(ResourceEventModel.Names.userID, userID).
+ // received within the period
+ add(ResourceEventModel.Names.receivedMillis, new BasicDBObject("$gte", startMillis)).
+ add(ResourceEventModel.Names.receivedMillis, new BasicDBObject("$lte", stopMillis)).
+ // occurred outside the period
+ add("$or", {
+ val dbList = new BasicDBList()
+ dbList.add(0, new BasicDBObject(ResourceEventModel.Names.occurredMillis, new BasicDBObject("$lt", startMillis)))
+ dbList.add(1, new BasicDBObject(ResourceEventModel.Names.occurredMillis, new BasicDBObject("$gt", stopMillis)))
+ dbList
+ }).
+ get()
+
+ resourceEvents.count(query)
+ }
+
+ def findAllRelevantResourceEventsForBillingPeriod(userId: String,
+ startMillis: Long,
+ stopMillis: Long): List[ResourceEvent] = {
+ // FIXME: Implement
+ Nil
+ }
//-ResourceEventStore
- //+UserStore
- def storeUserState(userState: UserState): Maybe[RecordID] =
- MongoDBStore.storeUserState(userState, users)
-
- def findUserStateByUserId(userId: String): Maybe[UserState] = {
- Maybe {
- val query = new BasicDBObject(JsonNames.userId, userId)
- val cursor = rcevents find query
-
- try {
- if(cursor.hasNext)
- MongoDBStore.dbObjectToUserState(cursor.next())
- else
- null
- } finally {
- cursor.close()
+ //+ UserStateStore
+ def insertUserState(userState: UserState) = {
+ MongoDBStore.insertUserState(
+ userState.copy(_id = new ObjectId().toString),
+ userStates,
+ MongoDBStore.jsonSupportToDBObject
+ )
+ }
+
+ def findUserStateByUserID(userID: String): Option[UserState] = {
+ val query = new BasicDBObject(UserStateJsonNames.userID, userID)
+ val cursor = userStates find query
+
+ MongoDBStore.firstResultIfExists(cursor, MongoDBStore.dbObjectToUserState)
+ }
+
+ def findLatestUserStateForFullMonthBilling(userID: String, bmi: BillingMonthInfo): Option[UserState] = {
+ val query = new BasicDBObjectBuilder().
+ add(UserState.JsonNames.userID, userID).
+ add(UserState.JsonNames.isFullBillingMonthState, true).
+ add(UserState.JsonNames.theFullBillingMonth_year, bmi.year).
+ add(UserState.JsonNames.theFullBillingMonth_month, bmi.month).
+ get()
+
+ logger.debug("findLatestUserStateForFullMonthBilling(%s, %s) query: %s".format(userID, bmi, query))
+
+ // Descending order, so that the latest comes first
+ val sorter = new BasicDBObject(UserState.JsonNames.occurredMillis, -1)
+
+ val cursor = userStates.find(query).sort(sorter)
+
+ MongoDBStore.firstResultIfExists(cursor, MongoDBStore.dbObjectToUserState)
+ }
+ //- UserStateStore
+
+ //+IMEventStore
+ def createIMEventFromJson(json: String) = {
+ MongoDBStore.createIMEventFromJson(json)
+ }
+
+ def createIMEventFromOther(event: IMEventModel) = {
+ MongoDBStore.createIMEventFromOther(event)
+ }
+
+ def pingIMEventStore(): Unit = {
+ MongoDBStore.ping(mongo)
+ }
+
+ def insertIMEvent(event: IMEventModel): IMEvent = {
+ val localEvent = MongoDBIMEvent.fromOther(event, new ObjectId().toStringMongod)
+ MongoDBStore.insertObject(localEvent, imEvents, MongoDBStore.jsonSupportToDBObject)
+ localEvent
+ }
+
+ def findIMEventById(id: String): Option[IMEvent] = {
+ MongoDBStore.findBy(IMEventNames.id, id, imEvents, MongoDBIMEvent.fromDBObject)
+ }
+
+
+ /**
+ * Find the `CREATE` even for the given user. Note that there must be only one such event.
+ */
+ def findCreateIMEventByUserID(userID: String): Option[IMEvent] = {
+ val query = new BasicDBObjectBuilder().
+ add(IMEventNames.userID, userID).
+ add(IMEventNames.eventType, IMEventModel.EventTypeNames.create).get()
+
+ // Normally one such event is allowed ...
+ val cursor = imEvents.find(query).sort(new BasicDBObject(IMEventNames.occurredMillis, 1))
+
+ MongoDBStore.firstResultIfExists(cursor, MongoDBIMEvent.fromDBObject)
+ }
+
+ def findLatestIMEventByUserID(userID: String): Option[IMEvent] = {
+ val query = new BasicDBObject(IMEventNames.userID, userID)
+ val cursor = imEvents.find(query).sort(new BasicDBObject(IMEventNames.occurredMillis, -1))
+
+ MongoDBStore.firstResultIfExists(cursor, MongoDBIMEvent.fromDBObject)
+ }
+
+ /**
+ * Find the very first activation event for a particular user.
+ *
+ */
+ def findFirstIsActiveIMEventByUserID(userID: String): Option[IMEvent] = {
+ val query = new BasicDBObjectBuilder().
+ add(IMEventNames.userID, userID).
+ add(IMEventNames.isActive, true).get()
+
+ val cursor = imEvents.find(query).sort(new BasicDBObject(IMEventNames.occurredMillis, 1))
+
+ withCloseable(cursor) { cursor ⇒
+ if(cursor.hasNext) {
+ Some(MongoDBIMEvent.fromDBObject(cursor.next()))
+ } else {
+ None
+ }
+ }
+ }
+
+ /**
+ * Scans events for the given user, sorted by `occurredMillis` in ascending order and runs them through
+ * the given function `f`.
+ *
+ * Any exception is propagated to the caller. The underlying DB resources are properly disposed in any case.
+ */
+ def replayIMEventsInOccurrenceOrder(userID: String)(f: (IMEvent) => Unit) = {
+ val query = new BasicDBObject(IMEventNames.userID, userID)
+ val cursor = imEvents.find(query).sort(new BasicDBObject(IMEventNames.occurredMillis, 1))
+
+ withCloseable(cursor) { cursor ⇒
+ while(cursor.hasNext) {
+ val model = MongoDBIMEvent.fromDBObject(cursor.next())
+ f(model)
}
}
}
- //-UserStore
+ //-IMEventStore
- //+WalletStore
- def storeWalletEntry(entry: WalletEntry): Maybe[RecordID] =
- MongoDBStore.storeAquariumEvent(entry, wallets)
- def findWalletEntryById(id: String): Maybe[WalletEntry] =
- MongoDBStore.findById[WalletEntry](id, wallets, MongoDBStore.dbObjectToWalletEntry)
- def findUserWalletEntries(userId: String) = {
- // TODO: optimize
- findUserWalletEntriesFromTo(userId, new Date(0), new Date(Int.MaxValue))
+ //+PolicyStore
+ def loadPolicyEntriesAfter(after: Long): List[PolicyEntry] = {
+ val query = new BasicDBObject(PolicyEntry.JsonNames.validFrom,
+ new BasicDBObject("$gt", after))
+ MongoDBStore.runQuery(query, policyEntries)(MongoDBStore.dbObjectToPolicyEntry)(Some(_sortByTimestampAsc))
}
- def findUserWalletEntriesFromTo(userId: String, from: Date, to: Date) : List[WalletEntry] = {
- val q = new BasicDBObject()
- // TODO: Is this the correct way for an AND query?
- q.put(JsonNames.timestamp, new BasicDBObject("$gt", from.getTime))
- q.put(JsonNames.timestamp, new BasicDBObject("$lt", to.getTime))
- q.put(JsonNames.userId, userId)
+ def storePolicyEntry(policy: PolicyEntry): Maybe[RecordID] = MongoDBStore.storePolicyEntry(policy, policyEntries)
- MongoDBStore.runQuery[WalletEntry](q, wallets)(MongoDBStore.dbObjectToWalletEntry)(Some(_sortByTimestampAsc))
+
+ def updatePolicyEntry(policy: PolicyEntry) = {
+ //Find the entry
+ val query = new BasicDBObject(PolicyEntry.JsonNames.id, policy.id)
+ val policyObject = MongoDBStore.jsonSupportToDBObject(policy)
+ policyEntries.update(query, policyObject, true, false)
+ }
+
+ def findPolicyEntry(id: String) = {
+ MongoDBStore.findBy(PolicyJsonNames.id, id, policyEntries, MongoDBStore.dbObjectToPolicyEntry)
}
- //-WalletStore
+
+ //-PolicyStore
}
object MongoDBStore {
- def RESOURCE_EVENTS_COLLECTION = "resevents"
- def USERS_COLLECTION = "users"
- def IM_EVENTS_COLLECTION = "imevents"
- def IM_WALLETS = "wallets"
-
- def dbObjectToResourceEvent(dbObject: DBObject): ResourceEvent = {
- ResourceEvent.fromJson(JSON.serialize(dbObject))
+ object JsonNames {
+ final val _id = "_id"
}
+ /**
+ * Collection holding the [[gr.grnet.aquarium.event.model.resource.ResourceEventModel]]s.
+ *
+ * Resource events are coming from all systems handling billable resources.
+ */
+ final val RESOURCE_EVENTS_COLLECTION = "resevents"
+
+ /**
+ * Collection holding the snapshots of [[gr.grnet.aquarium.computation.state.UserState]].
+ *
+ * [[gr.grnet.aquarium.computation.state.UserState]] is held internally within
+ * [[gr.grnet.aquarium.actor.service.user .UserActor]]s.
+ */
+ final val USER_STATES_COLLECTION = "userstates"
+
+ /**
+ * Collection holding [[gr.grnet.aquarium.event.model.im.IMEventModel]]s.
+ *
+ * User events are coming from the IM module (external).
+ */
+ final val IM_EVENTS_COLLECTION = "imevents"
+
+ /**
+ * Collection holding [[gr.grnet.aquarium.event.model.im.IMEventModel]]s that could not be parsed to normal objects.
+ *
+ * We of course assume at least a valid JSON representation.
+ *
+ * User events are coming from the IM module (external).
+ */
+ final val UNPARSED_IM_EVENTS_COLLECTION = "unparsed_imevents"
+
+ /**
+ * Collection holding [[gr.grnet.aquarium.logic.accounting.dsl.DSLPolicy]].
+ */
+// final val POLICIES_COLLECTION = "policies"
+
+ /**
+ * Collection holding [[gr.grnet.aquarium.event.model.PolicyEntry]].
+ */
+ final val POLICY_ENTRIES_COLLECTION = "policyEntries"
+
def dbObjectToUserState(dbObj: DBObject): UserState = {
UserState.fromJson(JSON.serialize(dbObj))
}
- def dbObjectToWalletEntry(dbObj: DBObject): WalletEntry = {
- WalletEntry.fromJson(JSON.serialize(dbObj))
+ def firstResultIfExists[A](cursor: DBCursor, f: DBObject ⇒ A): Option[A] = {
+ withCloseable(cursor) { cursor ⇒
+ if(cursor.hasNext) {
+ Some(f(cursor.next()))
+ } else {
+ None
+ }
+ }
+ }
+
+ def dbObjectToPolicyEntry(dbObj: DBObject): PolicyEntry = {
+ PolicyEntry.fromJson(JSON.serialize(dbObj))
}
- def findById[A >: Null <: AquariumEvent](id: String, collection: DBCollection, deserializer: (DBObject) => A) : Maybe[A] = Maybe {
- val query = new BasicDBObject(JsonNames.id, id)
+ def ping(mongo: Mongo): Unit = synchronized {
+ // This requires a network roundtrip
+ mongo.isLocked
+ }
+
+ def findBy[A >: Null <: AnyRef](name: String,
+ value: String,
+ collection: DBCollection,
+ deserializer: (DBObject) => A) : Option[A] = {
+ val query = new BasicDBObject(name, value)
val cursor = collection find query
- try {
+ withCloseable(cursor) { cursor ⇒
if(cursor.hasNext)
- deserializer apply cursor.next
+ Some(deserializer apply cursor.next)
else
- null: A // will be transformed to NoVal by the Maybe polymorphic constructor
- } finally {
- cursor.close()
+ None
}
}
- def runQuery[A <: AquariumEvent](query: BasicDBObject, collection: DBCollection)
+ def runQuery[A <: ExternalEventModel](query: DBObject, collection: DBCollection, orderBy: DBObject = null)
(deserializer: (DBObject) => A)
(sortWith: Option[(A, A) => Boolean]): List[A] = {
- val cur = collection find query
- if(!cur.hasNext) {
- cur.close()
+ val cursor0 = collection find query
+ val cursor = if(orderBy ne null) {
+ cursor0 sort orderBy
+ } else {
+ cursor0
+ } // I really know that docs say that it is the same cursor.
+
+ if(!cursor.hasNext) {
+ cursor.close()
Nil
} else {
val buff = new ListBuffer[A]()
- while(cur.hasNext) {
- buff += deserializer apply cur.next
+ while(cursor.hasNext) {
+ buff += deserializer apply cursor.next
}
- cur.close()
+ cursor.close()
sortWith match {
case Some(sorter) => buff.toList.sortWith(sorter)
}
}
- def storeAquariumEvent[A <: AquariumEvent](event: A, collection: DBCollection) : Maybe[RecordID] = {
- storeAny[A](event, collection, JsonNames.id, (e) => e.id, MongoDBStore.jsonSupportToDBObject)
+ def storeUserState(userState: UserState, collection: DBCollection) = {
+ storeAny[UserState](userState, collection, ResourceEventNames.userID, _.userID, MongoDBStore.jsonSupportToDBObject)
}
-
- def storeUserState(userState: UserState, collection: DBCollection): Maybe[RecordID] = {
- storeAny[UserState](userState, collection, JsonNames.userId, _.userId, MongoDBStore.jsonSupportToDBObject)
+
+ def storePolicyEntry(policyEntry: PolicyEntry, collection: DBCollection): Maybe[RecordID] = {
+ Maybe(storeAny[PolicyEntry](policyEntry, collection, PolicyJsonNames.id, _.id, MongoDBStore.jsonSupportToDBObject))
}
def storeAny[A](any: A,
collection: DBCollection,
idName: String,
idValueProvider: (A) => String,
- serializer: (A) => DBObject) : Maybe[RecordID] = Maybe {
- // Store
- val dbObj = serializer apply any
- val writeResult = collection insert dbObj
+ serializer: (A) => DBObject) : RecordID = {
+
+ val dbObject = serializer apply any
+ val _id = new ObjectId()
+ dbObject.put("_id", _id)
+ val writeResult = collection.insert(dbObject, WriteConcern.JOURNAL_SAFE)
writeResult.getLastError().throwOnError()
- // Get back to retrieve unique id
- val cursor = collection.find(new BasicDBObject(idName, idValueProvider(any)))
+ RecordID(dbObject.get("_id").toString)
+ }
- try {
- // TODO: better way to get _id?
- if(cursor.hasNext)
- RecordID(cursor.next().get(JsonNames._id).toString)
- else
- throw new StoreException("Could not store %s to %s".format(any, collection))
- } finally {
- cursor.close()
+ // FIXME: consolidate
+ def insertUserState[A <: UserState](obj: A, collection: DBCollection, serializer: A ⇒ DBObject) = {
+ val dbObject = serializer apply obj
+ val objectId = obj._id match {
+ case null ⇒
+ val _id = new ObjectId()
+ dbObject.put("_id", _id)
+ _id
+
+ case _id ⇒
+ _id
}
- }
-
- def jsonSupportToDBObject(any: JsonSupport): DBObject = {
- JSON.parse(any.toJson) match {
- case dbObject: DBObject ⇒
- dbObject
- case _ ⇒
- throw new StoreException("Could not transform %s -> %s".format(displayableObjectInfo(any), classOf[DBObject].getName))
+
+ dbObject.put(JsonNames._id, objectId)
+
+ collection.insert(dbObject, WriteConcern.JOURNAL_SAFE)
+
+ obj
+ }
+
+ def insertObject[A <: MongoDBEventModel](obj: A, collection: DBCollection, serializer: (A) => DBObject) : Unit = {
+ val dbObject = serializer apply obj
+ val objectId = obj._id match {
+ case null ⇒
+ val _id = new ObjectId()
+ dbObject.put("_id", _id)
+ _id
+
+ case _id ⇒
+ _id
}
+
+ dbObject.put(JsonNames._id, objectId)
+
+ collection.insert(dbObject, WriteConcern.JOURNAL_SAFE)
+ }
+
+ def jsonSupportToDBObject(jsonSupport: JsonSupport) = {
+ Conversions.jsonSupportToDBObject(jsonSupport)
+ }
+
+ final def isLocalIMEvent(event: IMEventModel) = event match {
+ case _: MongoDBIMEvent ⇒ true
+ case _ ⇒ false
+ }
+
+ final def createIMEventFromJson(json: String) = {
+ MongoDBIMEvent.fromJsonString(json)
+ }
+
+ final def createIMEventFromOther(event: IMEventModel) = {
+ MongoDBIMEvent.fromOther(event, null)
+ }
+
+ final def createIMEventFromJsonBytes(jsonBytes: Array[Byte]) = {
+ MongoDBIMEvent.fromJsonBytes(jsonBytes)
}
}
projects / aquarium / blobdiff