public static void SendActivateItemMessage(OID itemId, long objectId)
{
ActivateItemMessage message = new ActivateItemMessage();
message.ItemId = itemId;
message.ObjectId = objectId;
Client.Instance.NetworkHelper.SendMessage(message);
}
/// <param name="oid"> The Oid of the object to be inserted </param>
/// <param name="nnoi"> The object meta representation The object to be inserted in the database </param>
/// <param name="isNewObject"> To indicate if object is new </param>
/// <returns> The position of the inserted object </returns>
public OID InsertNonNativeObject(OID oid, NonNativeObjectInfo nnoi, bool isNewObject)
{
var ci = nnoi.GetClassInfo();
var @object = nnoi.GetObject();
// First check if object is already being inserted
// This method returns -1 if object is not being inserted
var cachedOid = _session.GetCache().IdOfInsertingObject(@object);
if (cachedOid != null)
return cachedOid;
// Then checks if the class of this object already exist in the
// meta model
ci = _objectWriter.AddClass(ci, true);
// Resets the ClassInfo in the objectInfo to be sure it contains all
// updated class info data
nnoi.SetClassInfo(ci);
// Mark this object as being inserted. To manage cyclic relations
// The oid may be equal to -1
// Later in the process the cache will be updated with the right oid
_session.GetCache().StartInsertingObjectWithOid(@object, oid);
// false : do not write data in transaction. Data are always written
// directly to disk. Pointers are written in transaction
var newOid = WriteNonNativeObjectInfo(oid, nnoi, -1, false, isNewObject);
if (!Equals(newOid, StorageEngineConstant.NullObjectId))
_session.GetCache().AddObject(newOid, @object, nnoi.GetHeader());
return newOid;
}
public override void Execute(OID oid, AttributeValuesMap values)
{
var candidate = values[AttributeName];
if (candidate is OID)
{
var candidateOid = (OID)candidate;
candidate = _query.GetQueryEngine().GetObjectFromOid(candidateOid);
}
if (!(candidate is IList || candidate is string))
throw new OdbRuntimeException(
NDatabaseError.UnsupportedOperation.AddParameter("Size() with string or collection as the argument"));
var candidateAsString = candidate as string;
if (candidateAsString != null)
{
_size = candidateAsString.Length;
}
else
{
var list = (IList)candidate;
_size = list.Count;
}
}
public override void Execute(OID oid, AttributeValuesMap values)
{
var candidate = values[AttributeName];
if (candidate is OID)
{
var candidateOid = (OID)candidate;
candidate = _query.GetQueryEngine().GetObjectFromOid(candidateOid);
}
var l = ((IEnumerable)candidate).Cast<object>().ToList();
var localFromIndex = _fromIndex;
var localEndIndex = _fromIndex + _size;
// If not throw exception, we must implement
// Index Out Of Bound protection
if (!_throwExceptionIfOutOfBound)
{
// Check from index
if (localFromIndex > l.Count - 1)
localFromIndex = 0;
// Check end index
if (localEndIndex > l.Count)
localEndIndex = l.Count;
}
_sublist = new LazySimpleListOfAoi<object>(GetInstanceBuilder(), ReturnInstance());
var count = localEndIndex - localFromIndex;
var sublist = l.GetRange(localFromIndex, count);
_sublist.AddAll(sublist);
}
public override bool BeforeUpdate(IObjectRepresentation oldObjectRepresentation, object newObject, OID oid)
{
var so = (SimpleObject) newObject;
// just add 1
so.SetId(so.GetId() + 1);
return true;
}
public ObjectInfoHeader()
{
_position = -1;
_oid = null;
_objectVersion = 1;
_creationDate = OdbTime.GetCurrentTimeInTicks();
}
public override int CompareTo(OID oid)
{
if (oid == null || !(oid is ObjectOID))
return -1000;
var otherOid = oid;
return (int) (ObjectId - otherOid.ObjectId);
}
protected override bool MatchObjectWithOid(OID oid, bool returnObject, bool inMemory)
{
CurrentOid = oid;
var tmpCache = Session.GetTmpCache();
try
{
ObjectInfoHeader objectInfoHeader;
if (!Query.HasCriteria())
{
// true, false = use cache, false = do not return object
// TODO Warning setting true to useCache will put all objects in the cache
// This is not a good idea for big queries!, But use cache=true
// resolves when object have not been committed yet!
// for big queries, user should use a LazyCache!
if (inMemory)
{
CurrentNnoi = ObjectReader.ReadNonNativeObjectInfoFromOid(ClassInfo, CurrentOid, true,
returnObject);
if (CurrentNnoi.IsDeletedObject())
return false;
CurrentOid = CurrentNnoi.GetOid();
NextOID = CurrentNnoi.GetNextObjectOID();
}
else
{
objectInfoHeader = ObjectReader.ReadObjectInfoHeaderFromOid(CurrentOid, false);
NextOID = objectInfoHeader.GetNextObjectOID();
}
return true;
}
// Gets a map with the values with the fields involved in the query
var attributeValues = ObjectReader.ReadObjectInfoValuesFromOID(ClassInfo, CurrentOid, true,
_involvedFields, _involvedFields, 0);
// Then apply the query on the field values
var objectMatches = Query.Match(attributeValues);
if (objectMatches)
{
// Then load the entire object
// true, false = use cache
CurrentNnoi = ObjectReader.ReadNonNativeObjectInfoFromOid(ClassInfo, CurrentOid, true, returnObject);
CurrentOid = CurrentNnoi.GetOid();
}
objectInfoHeader = attributeValues.GetObjectInfoHeader();
// Stores the next position
NextOID = objectInfoHeader.GetNextObjectOID();
return objectMatches;
}
finally
{
tmpCache.ClearObjectInfos();
}
}
public IdentityEvaluation(object theObject, string attributeName, IQuery query)
: base(theObject, attributeName)
{
if (IsNative())
throw new ArgumentException("Constrain object cannot be native object.");
// For non native object, we just need the oid of it
_oid = ((IInternalQuery)query).GetQueryEngine().GetObjectId(theObject, false);
}
public EqualsEvaluation(object theObject, string attributeName, IQuery query)
: base(theObject, attributeName)
{
if (IsNative() || theObject == null)
return;
// For non native object, we just need the oid of it
_oid = ((IInternalQuery)query).GetQueryEngine().GetObjectId(theObject, false);
}
public NonNativeObjectInfo GetObjectInfoByOid(OID oid)
{
if (oid == null)
throw new OdbRuntimeException(NDatabaseError.CacheNullOid);
NonNativeObjectInfo value;
_readingObjectInfo.TryGetValue(oid, out value);
return value;
}
public override void Execute(OID oid, AttributeValuesMap values)
{
var number = Convert.ToDecimal(values[AttributeName]);
var bd = ValuesUtil.Convert(number);
if (bd.CompareTo(_maxValue) <= 0)
return;
_oidOfMaxValues = oid;
_maxValue = bd;
}
public ContainsEvaluation(object theObject, string attributeName, IQuery query)
: base(theObject, attributeName)
{
_query = (IInternalQuery) query;
if (IsNative())
return;
// For non native object, we just need the oid of it
_oid = _query.GetQueryEngine().GetObjectId(TheObject, false);
}
public void StartReadingObjectInfoWithOid(OID oid, NonNativeObjectInfo objectInfo)
{
if (oid == null)
throw new OdbRuntimeException(NDatabaseError.CacheNullOid);
NonNativeObjectInfo nnoi;
var success = _readingObjectInfo.TryGetValue(oid, out nnoi);
if (!success)
_readingObjectInfo[oid] = objectInfo;
}
public override void Execute(OID oid, AttributeValuesMap values)
{
_value = values[AttributeName];
if (!(_value is ICollection || IsGenericCollection(_value.GetType())))
return;
// For collection,we encapsulate it in an lazy load list that will create objects on demand
var c = ((IEnumerable) _value).Cast<object>().ToList();
var l = new LazySimpleListOfAoi<object>(GetInstanceBuilder(), ReturnInstance());
l.AddRange(c);
_value = l;
}
public void OnEvent(AtavismEventData eData)
{
if (eData.eventType == "LOOT_UPDATE") {
// Update
loot = ClientAPI.ScriptObject.GetComponent<Inventory>().Loot;
lootTarget = ClientAPI.ScriptObject.GetComponent<Inventory>().LootTarget;
if (loot.Count > 0 && !open)
ToggleOpen();
else if (loot.Count == 0 && open)
ToggleOpen();
}
}
public ObjectInfoHeader(long position, OID previousObjectOID, OID nextObjectOID, OID classInfoId,
long[] attributesIdentification, int[] attributeIds)
{
_position = position;
_oid = null;
_previousObjectOID = previousObjectOID;
_nextObjectOID = nextObjectOID;
_classInfoId = classInfoId;
_attributesIdentification = attributesIdentification;
_attributeIds = attributeIds;
_objectVersion = 1;
_creationDate = OdbTime.GetCurrentTimeInTicks();
}
public override void AfterSelect(object @object, OID oid)
{
var type = @object.GetType();
var oidField = OidFields.GetOrAdd(type, SearchOidSupportableField);
if (oidField == null)
return;
if (oidField.FieldType == typeof (OID))
oidField.SetValue(@object, oid);
else
oidField.SetValue(@object, oid.ObjectId);
}
/// <param name="objectWriter"> The object writer </param>
/// <param name="objectReader"> The object reader </param>
/// <param name="currentIdBlock">Current Id block data </param>
public IdManager(IObjectWriter objectWriter, IObjectReader objectReader, CurrentIdBlockInfo currentIdBlock)
{
_objectWriter = objectWriter;
_objectReader = objectReader;
_currentBlockIdPosition = currentIdBlock.CurrentIdBlockPosition;
_currentBlockIdNumber = currentIdBlock.CurrentIdBlockNumber;
_maxId = new ObjectOID((long)currentIdBlock.CurrentIdBlockNumber * StorageEngineConstant.NbIdsPerBlock);
_nextId = new ObjectOID(currentIdBlock.CurrentIdBlockMaxOid.ObjectId + 1);
_lastIds = new OID[IdBufferSize];
for (var i = 0; i < IdBufferSize; i++)
_lastIds[i] = StorageEngineConstant.NullObjectId;
_lastIdPositions = new long[IdBufferSize];
_lastIdIndex = 0;
}
public virtual void AddObject(object o, OID oid)
{
if (o == null)
{
return;
}
// throw new
// ODBRuntimeException(NeoDatisError.CACHE_NULL_OBJECT.addParameter(object));
try
{
objects.Add(o, oid);
}
catch (System.ArgumentNullException)
{
}
}
public override void SetParent(IBTreeNode node)
{
_parent = node;
if (_parent != null)
{
if (_parent.GetId() == null)
Btree.GetPersister().SaveNode(_parent);
_parentOid = (OID) _parent.GetId();
}
else
{
_parentOid = null;
}
}
protected override bool MatchObjectWithOid(OID oid, bool returnObject, bool inMemory)
{
CurrentOid = oid;
// Gets a map with the values with the fields involved in the query
_values = ObjectReader.ReadObjectInfoValuesFromOID(ClassInfo, CurrentOid, true, _involvedFields,
_involvedFields, 0);
var objectMatches = true;
if (!_sodaQuery.IsForSingleOid())
{
// Then apply the query on the field values
objectMatches = _sodaQuery.Match(_values);
}
var objectInfoHeader = _values.GetObjectInfoHeader();
// Stores the next position
NextOID = objectInfoHeader.GetNextObjectOID();
return objectMatches;
}
public virtual void T1estC1()
{
test.DeleteBase("acid1");
simpleObject = true;
using (var odb = test.Open("acid1"))
{
var size = 5;
var oids = new OID[size];
for (var i = 0; i < size; i++)
oids[i] = odb.Store(GetInstance("f" + i));
for (var i = 0; i < size; i++)
odb.DeleteObjectWithId(oids[i]);
}
using (var odb = test.Open("acid1"))
{
var query = odb.Query<VO.Login.Function>();
AssertEquals(0, query.Execute<VO.Login.Function>().Count);
}
}
public override void AfterSelect(object @object, OID oid)
{
nbCalls++;
Console.Out.WriteLine("Select on object with oid " + oid);
}
public void SetOid(OID oid)
{
_oid = oid;
}
/// <summary> /// Action which will happen after delete /// </summary> /// <param name="object">Deleted object</param> /// <param name="oid">Oid of deleted object</param> public abstract void AfterDelete(object @object, OID oid);
public void SetPreviousObjectOID(OID previousObjectOID)
{
_previousObjectOID = previousObjectOID;
}
internal void SetBasedOn(CIZoneInfo zoneInfo)
{
NbObjects = zoneInfo.NbObjects;
First = zoneInfo.First;
Last = zoneInfo.Last;
}
public void AddOid(OID oid)
{
_oids.Add(oid);
}
public void SetOid(OID oid)
{
_oid = oid;
}
/// <summary>
/// Delete an object from the database with the id
/// </summary>
/// <param name="oid"> The object id to be deleted </param>
public void DeleteObjectWithId(OID oid)
{
_storageEngine.DeleteObjectWithOid(oid);
}
public void SetNextObjectOID(OID nextObjectOID)
{
_nextObjectOID = nextObjectOID;
}
void _HandleQuestOfferResponse(Dictionary<string, object> props)
{
// update the information about the quests on offer from this npc
questsOffered.Clear ();
int numQuests = (int)props ["numQuests"];
npcID = (OID)props ["npcID"];
for (int i = 0; i < numQuests; i++) {
QuestLogEntry logEntry = new QuestLogEntry ();
questsOffered.Add (logEntry);
logEntry.Title = (string)props ["title" + i];
logEntry.QuestId = (OID)props ["questID" + i];
logEntry.NpcId = npcID;
logEntry.Description = (string)props ["description" + i];
logEntry.Objective = (string)props ["objective" + i];
//logEntry.Objectives.Clear ();
//LinkedList<string> objectives = (LinkedList<string>)props ["objectives"];
//foreach (string objective in objectives)
// logEntry.Objectives.Add (objective);
logEntry.gradeCount = (int)props ["grades" + i];
logEntry.gradeInfo = new List<QuestGradeEntry> ();
//ClientAPI.Write("Quest grades: %s" % logEntry.grades)
for (int j = 0; j < (logEntry.gradeCount + 1); j++) {
QuestGradeEntry gradeEntry = new QuestGradeEntry ();
List<QuestRewardEntry> gradeRewards = new List<QuestRewardEntry> ();
int numRewards = (int)props ["rewards" + i + " " + j];
for (int k = 0; k < numRewards; k++) {
//id, name, icon, count = item;
QuestRewardEntry entry = new QuestRewardEntry ();
entry.id = (int)props ["rewards" + i + "_" + j + "_" + k];
AtavismInventoryItem item = gameObject.GetComponent<Inventory> ().GetItemByTemplateID (entry.id);
if (item != null) {
entry.name = item.name;
entry.icon = item.icon;
}
entry.count = (int)props ["rewards" + i + "_" + j + "_" + k + "Count"];
gradeRewards.Add (entry);
//ClientAPI.Write("Reward: %s" % entry)
}
gradeEntry.rewardItems = gradeRewards;
// Items to choose from
List<QuestRewardEntry> gradeRewardsToChoose = new List<QuestRewardEntry> ();
numRewards = (int)props ["rewardsToChoose" + i + " " + j];
for (int k = 0; k < numRewards; k++) {
//id, name, icon, count = item;
QuestRewardEntry entry = new QuestRewardEntry ();
entry.id = (int)props ["rewardsToChoose" + i + "_" + j + "_" + k];
AtavismInventoryItem item = gameObject.GetComponent<Inventory> ().GetItemByTemplateID (entry.id);
if (item != null) {
entry.name = item.name;
entry.icon = item.icon;
}
entry.count = (int)props ["rewardsToChoose" + i + "_" + j + "_" + k + "Count"];
gradeRewardsToChoose.Add (entry);
//ClientAPI.Write("Reward to choose: %s" % entry)
}
gradeEntry.RewardItemsToChoose = gradeRewardsToChoose;
logEntry.gradeInfo.Add (gradeEntry);
}
}
// dispatch a ui event to tell the rest of the system
gameObject.GetComponent<NpcInteraction> ().NpcId = npcID;
string[] args = new string[1];
AtavismEventSystem.DispatchEvent ("QUEST_OFFERED_UPDATE", args);
}
/// <summary> /// Action which will happen before update /// </summary> /// <param name="oldObjectRepresentation">Object representation</param> /// <param name="newObject">Updated object</param> /// <param name="oid">Oid of updated object</param> /// <returns>True if updated, in other case false</returns> public abstract bool BeforeUpdate(IObjectRepresentation oldObjectRepresentation, object newObject, OID oid);
protected override void Init()
{
_childrenOids = new OID[MaxNbChildren];
_parentOid = null;
_parent = null;
}
public override void SetId(object id)
{
_oid = (OID)id;
}
public void SetClassInfoId(OID classInfoId2)
{
_classInfoId = classInfoId2;
}
void UpdateNameDisplay(bool showName)
{
if (UnityEngine.SceneManagement.SceneManager.GetActiveScene().name.Equals(ClientAPI.Instance.characterSceneName))
{
return;
}
string ownerName = "";
if (node != null)
{
if (node.PropertyExists("nameDisplay") && !node.CheckBooleanProperty("nameDisplay"))
{
showName = false;
}
if (node.PropertyExists("pet") && node.CheckBooleanProperty("pet"))
{
if (node.PropertyExists("petOwner"))
{
OID owner = (OID)node.GetProperty("petOwner");
ownerName = " (" + ClientAPI.GetObjectNode(owner.ToLong()).Name + ")";
}
}
}
string text = "";
if (showName && node != null)
{
// Display a mobs SubTile if one is set in Mob Editor plugin.
string SubTitle = "";
if (node.PropertyExists("subTitle"))
{
SubTitle = (string)node.GetProperty("subTitle");
}
if (SubTitle != null && SubTitle != "")
{
SubTitle = "\n<" + SubTitle + ">";
}
string title = "";
if (showTitle)
{
if (node.PropertyExists("title"))
{
title = (string)node.GetProperty("title");
}
if (title != null && title != "")
{
title = "\n<" + title + ">";
}
}
string species = "";
if (node.PropertyExists("species"))
{
species = (string)node.GetProperty("species");
}
if (species != null && species != "")
{
species = "\n" + species + "";
}
// Display GuildName
string guildName = "";
if (node.PropertyExists("guildName"))
{
guildName = (string)node.GetProperty("guildName");
}
if (guildName != null && guildName != "")
{
guildName = "\n<" + guildName + ">";
}
text = "<#ffff00>";
if (node.PropertyExists("reaction"))
{
int targetType = (int)node.GetProperty("reaction");
if (node.PropertyExists("aggressive"))
{
if ((bool)node.GetProperty("aggressive"))
{
targetType = -1;
}
}
if (targetType < 0)
{
text = "<#ff0000>";
}
else if (targetType > 0)
{
text = "<#00ff00>";
}
}
if (nameOnSelf && node != null && node.Oid.Equals(ClientAPI.GetPlayerOid()))
{
text = "<#00ff00>";
}
text = text + mName + ownerName + "</color>" + SubTitle + title + guildName;
if (mobName != null && node.PropertyExists("reaction"))
{
mobName.GetComponent <TextMeshPro>().text = text;
}
}
else
{
text = "<#00ff00>" + textfield + "</color>";
}
if (nameOnSelf || node != null && !node.Oid.Equals(ClientAPI.GetPlayerOid()))
{
if (mobName != null && mobName.GetComponent <TextMeshPro>() != null)
{
mobName.GetComponent <TextMeshPro>().text = text;
}
}
else
{
if (mobName != null && mobName.GetComponent <TextMeshPro>() != null)
{
mobName.GetComponent <TextMeshPro>().text = "";
}
}
}
public ICVBuilder AddCodingScheme(OID codingScheme)
{
_value.CodingScheme = codingScheme;
return(this);
}
public new void AddOid(OID oid)
{
throw new OdbRuntimeException(NDatabaseError.InternalError.AddParameter("Add Oid not implemented "));
}
public ObjectReference(NonNativeObjectInfo nnoi) : base(OdbType.NonNativeId)
{
_id = null;
_nnoi = nnoi;
}
public ExternalObjectOID(OID oid, IDatabaseId databaseId) : base(oid.ObjectId)
{
_databaseId = databaseId;
}
internal void Reset()
{
First = null;
Last = null;
NbObjects = 0;
}
public PendingReading(int id, ClassInfo ci, OID attributeOID)
{
_id = id;
_ci = ci;
_attributeOID = attributeOID;
}
protected override void Because()
{
_objectClassName = SubjectUnderTest.GetObjectClassName();
_oid = SubjectUnderTest.GetOid();
}
public void UpdateIdStatus(OID id, byte newStatus)
{
var idPosition = GetIdPosition(id);
_objectWriter.FileSystemProcessor.UpdateStatusForIdWithPosition(idPosition, newStatus, true);
}
/// <summary> /// Action which will happen before delete /// </summary> /// <param name="object">Deleted object</param> /// <param name="oid">Oid of deleted object</param> /// <returns>True if object was deleted, false if not</returns> public abstract bool BeforeDelete(object @object, OID oid);
public void UpdateObjectPositionForOid(OID oid, long objectPosition, bool writeInTransaction)
{
var idPosition = GetIdPosition(oid);
_objectWriter.FileSystemProcessor.UpdateObjectPositionForObjectOIDWithPosition(idPosition, objectPosition, writeInTransaction);
}
public void SetNextObjectOID(OID nextObjectOID)
{
_nextObjectOID = nextObjectOID;
}
public long GetObjectPositionWithOid(OID oid, bool useCache)
{
return(_objectReader.GetObjectPositionFromItsOid(oid, useCache, true));
}
public ObjectInfoHeader(long position, OID previousObjectOID, OID nextObjectOID, OID classInfoId,
long[] attributesIdentification, int[] attributeIds)
{
_position = position;
_oid = null;
_previousObjectOID = previousObjectOID;
_nextObjectOID = nextObjectOID;
_classInfoId = classInfoId;
_attributesIdentification = attributesIdentification;
_attributeIds = attributeIds;
_objectVersion = 1;
_creationDate = OdbTime.GetCurrentTimeInTicks();
}
static void Main(string[] args)
{
try
{
string connectionString = "URL=corbaloc::1.2@andrewsalko:11301/AccessRoot;Login=Деловод;Password=123;AuthenticationAlgorithm=FossDoc;";
using (ISession session = (ISession)Foss.FossDoc.ApplicationServer.Connection.Connector.Connect(connectionString))
{
var obj = session.ObjectDataManager;
var msg = session.MessagingManager;
//Цей приклад аналізує "Звіт про доставку", та знаходить листа, до якого цей звіт відноситься.
//Якщо вам необхідно програмно відправити лист, див.приклад у проекті send.email.
//Для тестування прикладу:
//1) вам потрібні два користувача, з скриньками пошти (FossMail)
//2) користувач Діловод надсилає листа (з опцією звіта про доставку та прочитання) - через клієнт FossDoc
//3) інший користувач отримує листа, читає його
//4) транспорт доставляє Діловоду звіти
//5) цей приклад "читає" звіти з папки Вхідні Діловода, та знаходить у папці "Віправлені" лист-оригінал
//Папка "Вхідні" поточного користувача - там будемо шукати звіти про доставку (нові, які ми ще не прочитали)
OID inboxFolderID = msg.GetSpecialMessagingFolder(SpecialMessagingFolder.Inbox);
//Папка "Відправлені" (там будемо шукати наші листи)
OID sentFolderID = msg.GetSpecialMessagingFolder(SpecialMessagingFolder.SentMessages);
//У звіта є своя "категорія" (тип об'єкту)
//Звіт про доставку листа - Foss.FossDoc.ApplicationServer.Messaging.Schema.DeliveryReport.Category.OID
//Звіт про не доставку листа - Foss.FossDoc.ApplicationServer.Messaging.Schema.NondeliveryReport.Category.OID
//Звіт про читання листа - Foss.FossDoc.ApplicationServer.Messaging.Schema.ReadReport.Category.OID
//Класс PropertyRestrictionHelper дозволяє побудувати "фільтр"
//Тег ObjectCategoryOID == DeliveryReport.Category.OID (перевірка "дорівнує" - relopEQ)
PropertyRestrictionHelper propCategory = new PropertyRestrictionHelper(Foss.FossDoc.ApplicationServer.ObjectDataManagment.Schema.PropertyTags.ObjectCategoryOID, Foss.FossDoc.ApplicationServer.Messaging.Schema.DeliveryReport.Category.OID, DS.relopEQ.ConstVal);
TableRestrictionHelper tblCategory = new TableRestrictionHelper(DS.resProperty.ConstVal, propCategory);
//також нам потрібно знайти не усі звіти, а лише ті, що ми "не читали". Властивість "Прочитано" (bool) може не бути встановлена, а також бути false.
OID userID = session.AccessControlManager.RoleManager.ActAsUserOID;
ExistRestrictionHelper ex = new ExistRestrictionHelper(Foss.FossDoc.ApplicationServer.ObjectDataManagment.Schema.PropertyTags.ObjectReaded, userID);
TableRestrictionHelper tlbEx = new TableRestrictionHelper(DS.resExist.ConstVal, ex);
TableRestrictionHelper tblReadNotExists = new TableRestrictionHelper(DS.resNOT.ConstVal, tlbEx);
//також класичне "ObjectReaded == false"
PropertyRestrictionHelper propReadIsFalse = new PropertyRestrictionHelper(Foss.FossDoc.ApplicationServer.ObjectDataManagment.Schema.PropertyTags.ObjectReaded, false, DS.relopEQ.ConstVal);
TableRestrictionHelper tblReadFalse = new TableRestrictionHelper(DS.resProperty.ConstVal, propReadIsFalse);
//блок умов:
TableRestrictionHelper tblOR = new TableRestrictionHelper(DS.resOR.ConstVal, tblReadFalse, tblReadNotExists);
TableRestrictionHelper tblAND = new TableRestrictionHelper(DS.resAND.ConstVal, tblCategory, tblOR);
OID[] foundReports = obj.GetChildren(new OID[] { inboxFolderID }, new TPropertyTag[] { Foss.FossDoc.ApplicationServer.Messaging.Schema.MessagesFolder.PR_CONTAINER_CONTENTS }, tblAND);
if (foundReports != null && foundReports.Length == 0)
{
_Log("Нових звітів доставки не знайдено");
return;
}
foreach (var reportID in foundReports)
{
_Log("Знайдено новий звіт:{0}", reportID.ToStringRepresentation());
//У звіта отримуємо властивість PR_REPORT_TAG (бінарна властивість, зазвичай не дуже велика (наприклад 20 байт) де зберігається ідентифікатор повідомлення,
//до якого йде звіт. Це як унікальний ключ, який можна використати для пошуку оригінального листа (який ми надіслали)
//0x00310102
var reportProps = obj.GetProperties(reportID, Foss.FossDoc.ApplicationServer.Messaging.Schema.Report.Attributes.PR_REPORT_TAG.Tag);
if (reportProps != null && reportProps[0].PropertyTag.IsEquals(Foss.FossDoc.ApplicationServer.Messaging.Schema.Report.Attributes.PR_REPORT_TAG.Tag))
{
//тепер шукаємо у папці "Відправлені" наш лист
//З технічного боку ми шукаємо "за бінарною властивістю" яка зараз у структурі ObjectProperty (reportProps[0].Value.GetbinVal())
PropertyRestrictionHelper propReportTag = new PropertyRestrictionHelper(Foss.FossDoc.ApplicationServer.Messaging.Schema.Report.Attributes.PR_REPORT_TAG.Tag, reportProps[0], DS.relopEQ.ConstVal);
TableRestrictionHelper tblPropReportTag = new TableRestrictionHelper(DS.resProperty.ConstVal, propReportTag);
OID[] sentMessagesIDs = obj.GetChildren(new OID[] { sentFolderID }, new TPropertyTag[] { Foss.FossDoc.ApplicationServer.Messaging.Schema.MessagesFolder.PR_CONTAINER_CONTENTS }, tblPropReportTag);
if (sentMessagesIDs != null && sentMessagesIDs.Length > 0)
{
//у нас тут буде лише 1 лист, який ми знайшли
_Log("Знайдено оригінальний лист: {0}", sentMessagesIDs[0].ToStringRepresentation());
//На цьому приклад завершено. Ви знайшли лист, який "було доставлено" успішно. Тепер ви можете зчитати з нього будь-які дані (Тема, файли..або інше)
}
else
{
_Log("Для цього звіта листа не знайдено. Можливо його було видалено з папки Відправлені.");
}
}
//робимо його "прочитаним"
msg.SetReadFlag(new OID[] { reportID }, true);
}
_Log("Завершення роботи");
} //using
}
catch (Exception ex)
{
_Log(ex.ToString());
}
}
public void SetClassInfoId(OID classInfoId2)
{
_classInfoId = classInfoId2;
}
public object GetObjectFromId(OID id)
{
return(_storageEngine.GetObjectFromOid(id));
}
/// <summary> /// Action which will happen after update /// </summary> /// <param name="oldObjectRepresentation">Object representation</param> /// <param name="newObject">Updated object</param> /// <param name="oid">Oid of updated object</param> public abstract void AfterUpdate(IObjectRepresentation oldObjectRepresentation, object newObject, OID oid);
public void ManageUpdateTriggerAfter(Type type, NonNativeObjectInfo oldNnoi, object newObject, OID oid)
{
if (!HasUpdateTriggersFor(type))
{
return;
}
foreach (UpdateTrigger trigger in GetListOfUpdateTriggersFor(type))
{
if (trigger.Odb == null)
{
trigger.Odb = DependencyContainer.Resolve <IOdbForTrigger>(_storageEngine);
}
try
{
var classInfoProvider = ((IClassInfoProvider)trigger.Odb).GetClassInfoProvider();
trigger.AfterUpdate(new ObjectRepresentation(oldNnoi, classInfoProvider), newObject, oid);
}
catch (Exception e)
{
var warning =
NDatabaseError.AfterUpdateTriggerHasThrownException.AddParameter(trigger.GetType().FullName).
AddParameter(e.ToString());
throw new OdbRuntimeException(warning, e);
}
}
}
public void SetPreviousObjectOID(OID previousObjectOID)
{
_previousObjectOID = previousObjectOID;
}
public MaxValueAction(string attributeName, string alias) : base(attributeName, alias, false)
{
_maxValue = new Decimal(long.MinValue);
_oidOfMaxValues = null;
}
void _HandleQuestProgressInfo(Dictionary<string, object> props)
{
/// update the information about the quests in progress from this npc
questsInProgress.Clear ();
int numQuests = (int)props ["numQuests"];
npcID = (OID)props ["npcID"];
for (int i = 0; i < numQuests; i++) {
QuestLogEntry logEntry = new QuestLogEntry ();
questsInProgress.Add (logEntry);
logEntry.Title = (string)props ["title" + i];
logEntry.QuestId = (OID)props ["questID" + i];
logEntry.NpcId = npcID;
//logEntry.Description = (string)props ["description" + i];
logEntry.ProgressText = (string)props ["progress" + i];
logEntry.Complete = (bool)props ["complete" + i];
logEntry.Objective = (string)props ["objective" + i];
logEntry.gradeCount = (int)props ["grades" + i];
logEntry.gradeInfo = new List<QuestGradeEntry> ();
//ClientAPI.Write("Quest grades: %s" % logEntry.grades)
for (int j = 0; j < (logEntry.gradeCount + 1); j++) {
QuestGradeEntry gradeEntry = new QuestGradeEntry ();
List<QuestRewardEntry> gradeRewards = new List<QuestRewardEntry> ();
int numRewards = (int)props ["rewards" + i + " " + j];
for (int k = 0; k < numRewards; k++) {
//id, name, icon, count = item;
QuestRewardEntry entry = new QuestRewardEntry ();
entry.id = (int)props ["rewards" + i + "_" + j + "_" + k];
AtavismInventoryItem item = gameObject.GetComponent<Inventory> ().GetItemByTemplateID (entry.id);
entry.name = item.name;
entry.icon = item.icon;
entry.count = (int)props ["rewards" + i + "_" + j + "_" + k + "Count"];
gradeRewards.Add (entry);
//ClientAPI.Write("Reward: %s" % entry)
}
gradeEntry.rewardItems = gradeRewards;
// Items to choose from
List<QuestRewardEntry> gradeRewardsToChoose = new List<QuestRewardEntry> ();
numRewards = (int)props ["rewardsToChoose" + i + " " + j];
for (int k = 0; k < numRewards; k++) {
//id, name, icon, count = item;
QuestRewardEntry entry = new QuestRewardEntry ();
entry.id = (int)props ["rewardsToChoose" + i + "_" + j + "_" + k];
AtavismInventoryItem item = gameObject.GetComponent<Inventory> ().GetItemByTemplateID (entry.id);
entry.name = item.name;
entry.icon = item.icon;
entry.count = (int)props ["rewardsToChoose" + i + "_" + j + "_" + k + "Count"];
gradeRewardsToChoose.Add (entry);
//ClientAPI.Write("Reward to choose: %s" % entry)
}
gradeEntry.RewardItemsToChoose = gradeRewardsToChoose;
gradeEntry.completionText = (string)props ["completion" + i + "_" + j];
logEntry.gradeInfo.Add (gradeEntry);
}
}
//
// dispatch a ui event to tell the rest of the system
//
gameObject.GetComponent<NpcInteraction> ().NpcId = npcID;
string[] args = new string[1];
AtavismEventSystem.DispatchEvent ("QUEST_PROGRESS_UPDATE", args);
}
} //Main
static OID _CreateEmail(IObjectDataManager obj, Foss.FossDoc.ApplicationServer.Messaging.IManager msg, string subject)
{
//Щоб надіслати лист, треба спочатку його створити (на сервері). Ми будемо створювати у папці "Вихідні".
//отримаємо папку "Вихідні" поточного користувача:
OID folderID = msg.GetSpecialMessagingFolder(SpecialMessagingFolder.Outbox);
//propsForMessage - тут властивості нового листа, який буде створено у папці:
List <ObjectProperty> propsForMessage = new List <ObjectProperty>
{
//категорія - "Вихідний лист" (email)
Converters.Properties.ObjectPropertyBuilder.Create(Foss.FossDoc.ApplicationServer.Messaging.Schema.OutboundMessage.CategoryOID, Foss.FossDoc.ApplicationServer.ObjectDataManagment.Schema.PropertyTags.ObjectCategoryOID),
//тема листа
Converters.Properties.ObjectPropertyBuilder.Create(subject, Foss.FossDoc.ApplicationServer.Messaging.Schema.Message.PR_SUBJECT),
//Важливість (0 - низька, 1- нормальна, 2 - висока)
Converters.Properties.ObjectPropertyBuilder.Create(1, Foss.FossDoc.ApplicationServer.Messaging.Schema.Message.PR_IMPORTANCE),
//"IPM.Note" класс повідомлення
Converters.Properties.ObjectPropertyBuilder.Create("IPM.Note", Foss.FossDoc.ApplicationServer.Messaging.Schema.Message.PR_MESSAGE_CLASS)
};
//кодування тіла
Encoding enc = Encoding.UTF8;
propsForMessage.Add(Converters.Properties.ObjectPropertyBuilder.Create(enc.CodePage, Foss.FossDoc.ApplicationServer.Messaging.Schema.Message.PR_INTERNET_CPID));
string emailBody = "Короткий опис листа";
byte[] bodyBytes = enc.GetBytes(emailBody);
//тіло йде у бінарному вигляді
propsForMessage.Add(Converters.Properties.ObjectPropertyBuilder.Create(bodyBytes, Foss.FossDoc.ApplicationServer.Messaging.Schema.Message.PR_BODY));
//Додаємо властивості відправника:
//Якщо у користувача кілька облікових записів пошти, беремо за замовчуванням:
var defaultAddr = msg.GetCurrentUserDefaultAddressDescription();
if (defaultAddr == null)
{
//беремо тільки адреси користувача, а не делегованих йому:
var allAddrDescr = msg.GetCurrentUserAddressDescriptions(Foss.FossDoc.ApplicationServer.Messaging.UserAddresses.User);
if (allAddrDescr != null)
{
//за допомогою linq знайдемо лише перший обл.запис де тип адреси "FMAIL" (наш приклад для пошти FossMail)
//Якщо ви шукаєте звичайний email, то вкажіть SMTP.
defaultAddr = allAddrDescr.FirstOrDefault(item => (item.Type != null && item.Type == "FMAIL"));
}
}
if (defaultAddr == null)
{
throw new ApplicationException("Помилка, у користувача не знайдено облікових записів для роботи з поштою");
}
//властивості відправника:
propsForMessage.Add(Converters.Properties.ObjectPropertyBuilder.Create(defaultAddr.Address, Foss.FossDoc.ApplicationServer.Messaging.Schema.Message.PR_SENDER_EMAIL_ADDRESS));
propsForMessage.Add(Converters.Properties.ObjectPropertyBuilder.Create(defaultAddr.Type, Foss.FossDoc.ApplicationServer.Messaging.Schema.Message.PR_SENDER_ADDRTYPE));
propsForMessage.Add(Converters.Properties.ObjectPropertyBuilder.Create(defaultAddr.Name, Foss.FossDoc.ApplicationServer.Messaging.Schema.Message.PR_SENDER_NAME));
//якщо необхідно отримати звіти про доставку або прочитання листа:
//Звіт про доставку потрібен
propsForMessage.Add(Converters.Properties.ObjectPropertyBuilder.Create(true, Foss.FossDoc.ApplicationServer.Messaging.Schema.Message.PR_ORIGINATOR_DELIVERY_REPORT_REQUESTED));
//Звіт про прочитання потрібен
propsForMessage.Add(Converters.Properties.ObjectPropertyBuilder.Create(true, Foss.FossDoc.ApplicationServer.Messaging.Schema.Message.PR_READ_RECEIPT_REQUESTED));
OID emailMessageID = obj.CreateObject(folderID, Foss.FossDoc.ApplicationServer.Messaging.Schema.MessagesFolder.PR_CONTAINER_CONTENTS, propsForMessage.ToArray());
return(emailMessageID);
}