//public bool DeleteAll( Entity parent, ref SaveStatus status ) //{ // bool isValid = true; // //Entity parent = EntityManager.GetEntity( parentUid ); // if ( parent == null || parent.Id == 0 ) // { // status.AddError( thisClassName + ".DeleteAll Error - the provided target parent entity was not provided." ); // return false; // } // using ( var context = new EntityContext() ) // { // context.HoldersProfile.RemoveRange( context.HoldersProfile.Where( s => s.EntityId == parent.Id ) ); // int count = context.SaveChanges(); // if ( count > 0 ) // { // isValid = true; // } // else // { // //if doing a delete on spec, may not have been any properties // } // } // return isValid; //} /// <summary> /// Parts: /// - Jurisdiction /// - DataSetProfile /// </summary> /// <param name="entity"></param> /// <param name="status"></param> /// <returns></returns> public bool UpdateParts(ThisEntity entity, ref SaveStatus status) { bool isAllValid = true; Entity relatedEntity = EntityManager.GetEntity(entity.RowId); if (relatedEntity == null || relatedEntity.Id == 0) { status.AddError("Error - the related Entity was not found."); return(false); } //JurisdictionProfile Entity_JurisdictionProfileManager jpm = new Entity_JurisdictionProfileManager(); //do deletes - NOTE: other jurisdictions are added in: UpdateAssertedIns jpm.DeleteAll(relatedEntity, ref status); if (!jpm.SaveList(entity.Jurisdiction, entity.RowId, Entity_JurisdictionProfileManager.JURISDICTION_PURPOSE_SCOPE, ref status)) { isAllValid = false; } //datasetProfiles if (!new DataSetProfileManager().SaveList(entity.RelevantDataSet, relatedEntity, ref status)) { isAllValid = false; } return(isAllValid); }
public async Task <SaveStatus> RegisterUser(RegisterIDTO objRegister) { try { using (IDbConnection conn = Connection) { var param = new DynamicParameters(); param.Add("@FirstName", objRegister.FirstName, DbType.String, direction: ParameterDirection.Input); param.Add("@LastName", objRegister.LastName, DbType.String, direction: ParameterDirection.Input); param.Add("@Email", objRegister.loginDetails.Email, DbType.String, direction: ParameterDirection.Input); param.Add("@Password", EncodeDecodeBase64.Base64Encode(objRegister.loginDetails.Password), DbType.String, direction: ParameterDirection.Input); param.Add("@ReturnValue", DbType.Int32, direction: ParameterDirection.ReturnValue); await conn.ExecuteAsync("usp_RegisterUser", param, commandType : CommandType.StoredProcedure); var retValue = param.Get <int>("@ReturnValue"); SaveStatus status = (SaveStatus)retValue; return(status); } } catch (Exception e) { return(SaveStatus.Failure); } }
public bool UpdateParts(ThisEntity entity, ref SaveStatus status) { status.HasSectionErrors = false; Entity relatedEntity = EntityManager.GetEntity(entity.RowId); if (relatedEntity == null || relatedEntity.Id == 0) { status.AddError("Error - the related Entity was not found."); return(false); } //ConditionProfile Entity_ConditionProfileManager emanager = new Entity_ConditionProfileManager(); //deleteall is handled in SaveList //emanager.DeleteAll( relatedEntity, ref status ); emanager.SaveList(entity.Requires, Entity_ConditionProfileManager.ConnectionProfileType_Requirement, entity.RowId, ref status); emanager.SaveList(entity.Recommends, Entity_ConditionProfileManager.ConnectionProfileType_Recommendation, entity.RowId, ref status); emanager.SaveList(entity.Corequisite, Entity_ConditionProfileManager.ConnectionProfileType_Corequisite, entity.RowId, ref status); emanager.SaveList(entity.EntryCondition, Entity_ConditionProfileManager.ConnectionProfileType_EntryCondition, entity.RowId, ref status); emanager.SaveList(entity.Renewal, Entity_ConditionProfileManager.ConnectionProfileType_Renewal, entity.RowId, ref status); return(status.WasSectionValid); } //
public bool ValidateProfile(ThisEntity profile, ref bool isEmpty, ref SaveStatus status) { status.HasSectionErrors = false; isEmpty = false; if (string.IsNullOrWhiteSpace(profile.Description)) { status.AddWarning("A profile description must be entered"); } if (!IsUrlValid(profile.SubjectWebpage, ref commonStatusMessage)) { status.AddWarning("The Subject Webpage Url is invalid. " + commonStatusMessage); } if (!IsUrlValid(profile.VerificationServiceUrl, ref commonStatusMessage)) { status.AddWarning("The Verification Service Url is invalid. " + commonStatusMessage); } if (!IsUrlValid(profile.VerificationDirectory, ref commonStatusMessage)) { status.AddWarning("The Verification Directory Url is invalid. " + commonStatusMessage); } return(!status.HasSectionErrors); }
private void ctrProductIdentity1_UpdateProductIdentityClick(SaveStatus saveStatus) { string a = iDTextBox.Text; string b = a; string c = b; if (saveStatus == SaveStatus.Temporary) { Save(); LogJobAdapter.SaveLog(JobName.FrmManagerProduct_LuuTam, "Ấn nút lưu tạm", Common.Obj2Int64(iDTextBox.Text), (int)JobTypeData.Product); } if (saveStatus == SaveStatus.Complete) { //config thành công this.cboStatus.SelectedValue = (byte)QT.Entities.Common.ProductStatus.SPGocConfig; if (!Save()) { MessageBox.Show("Xảy ra lỗi!"); } else { this.ctrProductIdentity1.UpdateRootID(); LogJobAdapter.SaveLog(JobName.FrmManagerProduct_Luu, "Ấn nút lưu phân tích dữ liệu", Common.Obj2Int64(iDTextBox.Text), (int)JobTypeData.Product); } } }
public static SaveStatus CheckIntegrity(string path, out Save save) { SaveStatus status = File.Exists(System.IO.Path.Combine(path, SaveInfoConfig.RelativePath)) ? SaveStatus.Created : SaveStatus.Unknown; if (File.Exists(System.IO.Path.Combine(path, SaveInfoConfig.RelativePath))) { try { save = new Save(path.Split('\\', '/').Last(), true); status |= SaveStatus.Sane; if (save.Informations.Version < Winecrash.Version) { status |= SaveStatus.OutOfDate; } } catch (Exception e) { save = null; status |= SaveStatus.Corrupted; } } else { save = null; status |= SaveStatus.Corrupted; } return(status); }
private bool UpdateParts(ThisEntity entity, ref SaveStatus status) { bool isAllValid = true; EntityPropertyManager mgr = new EntityPropertyManager(); if (mgr.AddProperties(entity.ClaimType, entity.RowId, CodesManager.ENTITY_TYPE_PROCESS_PROFILE, CodesManager.PROPERTY_CATEGORY_CLAIM_TYPE, false, ref status) == false) { isAllValid = false; } //CostProfile CostProfileManager cpm = new Factories.CostProfileManager(); cpm.SaveList(entity.EstimatedCost, entity.RowId, ref status); int newId = 0; if (entity.TargetCredentialIds != null && entity.TargetCredentialIds.Count > 0) { Entity_CredentialManager ecm = new Entity_CredentialManager(); foreach (int id in entity.TargetCredentialIds) { ecm.Add(entity.RowId, id, ref newId, ref status); } } return(isAllValid); }
private bool ValidateProfile(PathwaySet profile, ref SaveStatus status, bool validatingUrls = true) { status.HasSectionErrors = false; if (string.IsNullOrWhiteSpace(profile.Name)) { status.AddError("Error: A PathwaySet Name is required."); } if (!IsGuidValid(profile.OwningAgentUid)) { //first determine if this is populated in edit mode status.AddError("An owning organization must be provided."); } if (string.IsNullOrWhiteSpace(profile.Description)) { status.AddWarning("A PathwaySet Description must be entered"); } if (string.IsNullOrWhiteSpace(profile.SubjectWebpage)) { status.AddError("A Subject Webpage name must be entered"); } else if (validatingUrls && !IsUrlValid(profile.SubjectWebpage, ref commonStatusMessage)) { status.AddError("The PathwaySet Subject Webpage is invalid. " + commonStatusMessage); } return(status.WasSectionValid); }
private AcknowledgementContent GetAcknowledgementContent(SaveStatus saveStatus) { switch (saveStatus) { case SaveStatus.AmendAndSend: return(new AcknowledgementContent { Title = "Cohort sent for review", Text = "Your training provider will review your cohort and contact you as soon as possible." }); case SaveStatus.ApproveAndSend: return(new AcknowledgementContent { Title = "Cohort approved and sent to training provider", Text = "Your training provider will review your cohort and either confirm the information is correct or contact you to suggest changes." }); case SaveStatus.Save: return(new AcknowledgementContent { Title = "Message sent", Text = "Your training provider will review your request and contact you as soon as possible - either with questions or to ask you to review the apprentice details they've added." }); } return(new AcknowledgementContent()); }
public bool ValidateProfile(ThisEntity profile, ref SaveStatus status) { status.HasSectionErrors = false; // if (string.IsNullOrWhiteSpace(profile.FrameworkName)) { status.AddWarning(thisClassName + " - A Framework name must be entered"); } if (!IsUrlValid(profile.Framework, ref commonStatusMessage)) { status.AddWarning(thisClassName + " - The Framework Url is invalid " + commonStatusMessage); } if (!IsUrlValid(profile.TargetNode, ref commonStatusMessage)) { status.AddWarning(thisClassName + " - The TargetNode Url is invalid " + commonStatusMessage); } if (!string.IsNullOrWhiteSpace(profile.AlignmentDate) && IsValidDate(profile.AlignmentDate) == false) { status.AddWarning(thisClassName + " - The Alignment Date is invalid "); } return(!status.HasSectionErrors); }
public bool SaveList(List <ThisEntity> list, Guid parentUid, ref SaveStatus status) { if (!IsValidGuid(parentUid)) { status.AddError(string.Format("A valid parent identifier was not provided to the {0}.Add method.", thisClassName)); return(false); } Entity parent = EntityManager.GetEntity(parentUid); if (parent == null || parent.Id == 0) { status.AddError("Error - the parent entity was not found."); return(false); } DeleteAll(parent, ref status); if (list == null || list.Count == 0) { return(true); } bool isAllValid = true; foreach (ThisEntity item in list) { Save(item, parent, ref status); } return(isAllValid); }
} // #endregion #endregion #region GeoCoordinate ======================= #region GeoCoordinate Core ======================= public int GeoCoordinates_Add(MC.GeoCoordinates entity, int jpId, ref SaveStatus status) { if (entity == null || string.IsNullOrWhiteSpace(entity.GeoURI)) { return(0); } entity.ParentId = jpId; EM.GeoCoordinate efEntity = new EM.GeoCoordinate(); MC.GeoCoordinates existing = new MC.GeoCoordinates(); List <String> messages = new List <string>(); //extract from "http://geonames.org/6255149/" string geoNamesId = UtilityManager.ExtractNameValue(entity.GeoURI, ".org", "/", "/"); if (IsInteger(geoNamesId)) { entity.GeoNamesId = Int32.Parse(geoNamesId); } if (GeoCoordinates_Exists(entity.ParentId, entity.GeoNamesId, entity.IsException)) { status.AddWarning("Error this Region has aleady been selected."); return(0); } else { MapToDB(entity, efEntity); //ensure parent jp Id is present return(GeoCoordinate_Add(efEntity, ref status)); } }
/// <summary> /// Save list of assertions /// TODO - need to handle change of owner. The old owner is not being deleted. /// </summary> /// <param name="parentId"></param> /// <param name="roleId"></param> /// <param name="targetUids"></param> /// <param name="status"></param> /// <returns></returns> public bool SaveList(int parentId, int roleId, List <Guid> targetUids, ref SaveStatus status) { if (targetUids == null || targetUids.Count == 0 || roleId < 1) { return(true); } Entity parentEntity = EntityManager.GetEntity(parentId); Entity_AgentRelationshipManager emgr = new Entity_AgentRelationshipManager(); var searchPendingReindexManager = new SearchPendingReindexManager(); var messages = new List <string>(); bool isAllValid = true; foreach (Guid targetUid in targetUids) { Entity targetEntity = EntityManager.GetEntity(targetUid); Save(parentId, targetUid, roleId, ref status); //check for add to AgentRelationship, if present //we don't know what the target is, so can't create a pending record!!! //NO SHOULD NOT DO THIS, OTHERWISE HAVE DIRECT AND INDIRECT FROM ONE TRANSACTION //20-11-20 mp - scenario is that QA org adds assertion, which may not exist from target perspecitive // - so this does need to happen. What are the cautions? // - or don't do explicitly, and have the search handle both sides! //21-02-02 mp - need to add all targets to be reindexed. if (targetEntity.Id > 0) { emgr.Save(targetEntity.Id, parentEntity.EntityUid, roleId, ref status); searchPendingReindexManager.Add(targetEntity.EntityTypeId, targetEntity.EntityBaseId, 1, ref messages); } ; } return(isAllValid); } //
private void saveError() { saveStatus = SaveStatus.COMPLETE; SetInteractable(isInteractable: true); Service.Get <PromptManager>().ShowPrompt("SaveEquipmentFailPrompt", onFailPromptClose); isItemSaving = false; }
public bool ValidateProfile(ThisEntity profile, ref bool isEmpty, ref SaveStatus status) { status.HasSectionErrors = false; isEmpty = false; //check if empty //&& ( profile.EstimatedCost == null || profile.EstimatedCost.Count == 0 ) if (string.IsNullOrWhiteSpace(profile.ProfileName)) { status.AddError("A Condition Manifest name must be entered"); } if (string.IsNullOrWhiteSpace(profile.Description)) { status.AddWarning("A Condition Manifest Description must be entered"); } //not sure if this will be selected, or by context if (!IsValidGuid(profile.OwningAgentUid)) { status.AddError("An owning organization must be selected"); } if (!IsUrlValid(profile.SubjectWebpage, ref commonStatusMessage)) { status.AddWarning("The Subject Webpage Url is invalid " + commonStatusMessage); } return(!status.HasSectionErrors); }
public bool SaveList(List <int> list, Guid parentUid, ref SaveStatus status) { //first do a deleteAll Entity parent = EntityManager.GetEntity(parentUid); if (parent == null || parent.Id == 0) { status.AddError("Error - the parent entity was not found."); return(false); } DeleteAll(parent, ref status); if (list == null || list.Count == 0) { return(true); } bool isAllValid = true; foreach (int item in list) { Save(parent, item, ref status); } return(isAllValid); }
public static MP.TransferValueProfile HandlingExistingEntity(string ctid, ref SaveStatus status) { MP.TransferValueProfile entity = new MP.TransferValueProfile(); //warning- entity = TransferValueProfileManager.GetByCtid(ctid); if (entity != null && entity.Id > 0) { Entity relatedEntity = EntityManager.GetEntity(entity.RowId); if (relatedEntity == null || relatedEntity.Id == 0) { status.AddError(string.Format("Error - the related Entity for transfer value: '{0}' ({1}), was not found.", entity.Name, entity.Id)); return(entity); } //we know for this type, there will entity.learningopp, entity.assessment and entity.credential relationships, and quick likely blank nodes. //delete related entity if a reference //there are for and from relationships!! - OK in this case it will be all new Entity_AssessmentManager().DeleteAll(relatedEntity, ref status); new Entity_CredentialManager().DeleteAll(relatedEntity, ref status); new Entity_LearningOpportunityManager().DeleteAll(relatedEntity, ref status); //also entity.TransferValueFor = new List <TopLevelObject>(); entity.TransferValueFrom = new List <TopLevelObject>(); } return(entity); }
public bool ProcessEnvelope(ReadEnvelope item, SaveStatus status) { if (item == null || string.IsNullOrWhiteSpace(item.EnvelopeIdentifier)) { status.AddError("A valid ReadEnvelope must be provided."); return(false); } DateTime createDate = new DateTime(); DateTime envelopeUpdateDate = new DateTime(); if (DateTime.TryParse(item.NodeHeaders.CreatedAt.Replace("UTC", "").Trim(), out createDate)) { status.SetEnvelopeCreated(createDate); } if (DateTime.TryParse(item.NodeHeaders.UpdatedAt.Replace("UTC", "").Trim(), out envelopeUpdateDate)) { status.SetEnvelopeUpdated(envelopeUpdateDate); } status.DocumentOwnedBy = item.documentOwnedBy; if (item.documentPublishedBy != null) { if (item.documentOwnedBy == null || (item.documentPublishedBy != item.documentOwnedBy)) { status.DocumentPublishedBy = item.documentPublishedBy; } } else { //will need to check elsewhere //OR as part of import check if existing one had 3rd party publisher } string payload = item.DecodedResource.ToString(); string envelopeIdentifier = item.EnvelopeIdentifier; string ctdlType = RegistryServices.GetResourceType(payload); string envelopeUrl = RegistryServices.GetEnvelopeUrl(envelopeIdentifier); //Already done in RegistryImport //LoggingHelper.WriteLogFile( UtilityManager.GetAppKeyValue( "logFileTraceLevel", 5 ), item.EnvelopeCetermsCtid + "_assessment", payload, "", false ); if (ImportServiceHelpers.IsAGraphResource(payload)) { //if ( payload.IndexOf( "\"en\":" ) > 0 ) return(ImportV3(payload, envelopeIdentifier, status)); //else // return ImportV2( payload, envelopeIdentifier, status ); } else { status.AddError(thisClassName + ".ImportByResourceUrl - 2019-05-01 ONLY GRAPH BASED IMPORTS ARE HANDLED"); return(false); //LoggingHelper.DoTrace( 5, " envelopeUrl: " + envelopeUrl ); // LoggingHelper.WriteLogFile( 1, "asmt_" + item.EnvelopeIdentifier, payload, "", false ); // input = JsonConvert.DeserializeObject<InputEntity>( item.DecodedResource.ToString() ); // return Import( input, envelopeIdentifier, status ); } }
public bool SaveList(List <ThisEntity> list, Guid parentUid, ref SaveStatus status, bool doingDelete = true) { if (!IsValidGuid(parentUid)) { status.AddWarning("Error: the parent identifier was not provided."); return(false); } Entity parent = EntityManager.GetEntity(parentUid); if (parent == null || parent.Id == 0) { status.AddWarning("Error - the parent entity was not found."); return(false); } if (doingDelete) { DeleteAll(parent, ref status); } if (list == null || list.Count == 0) { return(true); } bool isAllValid = true; foreach (ThisEntity item in list) { Save(item, parentUid, ref status); } return(isAllValid); }
public ActionResult Edit(VacationsModel VacationObj) { ViewData["SBeforeID"] = false; if (VacationObj.FromDate > VacationObj.EndDate) { ModelState.AddModelError("EndDate", "تاريخ انتهاء الاجازة يجب ان يكون اكبر من او يساوى تاريخ البدايه"); } if (ModelState.IsValid) { SaveStatus SavingStatus = EditVacation(VacationObj); if (SavingStatus == SaveStatus.Failed_To_Save) { ShowMessage(MessageTypes.Error, "لم يتم الحفظ"); } //else if (SavingStatus == SaveStatus.Saved_Before) //{ // ViewData["SBeforeID"] = true; // ModelState.AddModelError("", "تم حفظ الاجازة من قبل"); //} if (SavingStatus == SaveStatus.WorkingDay) { ShowMessage(MessageTypes.Error, "لا يمكن حفظ اجازة فى يوم عمل"); } else if (SavingStatus == SaveStatus.Saved) { ShowMessage(MessageTypes.Success, JIC.Base.Resources.Messages.OperationCompletedSuccessfully); } } return(View(VacationObj)); }
public bool UpdateModifiedDate(Guid entityUid, ref SaveStatus status) { bool isValid = false; if (!IsValidGuid(entityUid)) { status.AddError(thisClassName + ".UpdateModifiedDate(). Error - missing a valid identifier for the Entity"); return(false); } using (var context = new EntityContext()) { DBentity efEntity = context.Entity .FirstOrDefault(s => s.EntityUid == entityUid); if (efEntity != null && efEntity.Id > 0) { efEntity.LastUpdated = DateTime.Now; int count = context.SaveChanges(); if (count >= 0) { isValid = true; LoggingHelper.DoTrace(7, thisClassName + string.Format(".UpdateModifiedDate - update last updated for TypeId: {0}, BaseId: {1}", efEntity.EntityTypeId, efEntity.EntityBaseId)); } } else { status.AddError(thisClassName + ".UpdateModifiedDate(). Error - Entity was not found."); LoggingHelper.LogError(thisClassName + string.Format(".UpdateModifiedDate - record was not found. entityUid: {0}", entityUid), true); } } return(isValid); }///
private bool UpdateParts(ThisEntity entity, ref SaveStatus status) { bool isAllValid = true; //EntityPropertyManager mgr = new EntityPropertyManager(); Entity_ReferenceManager erm = new Entity_ReferenceManager(); if (erm.AddTextValue(entity.SocialMediaPages, entity.RowId, ref status, CodesManager.PROPERTY_CATEGORY_ORGANIZATION_SOCIAL_MEDIA) == false) { isAllValid = false; } if (erm.AddTextValue(entity.Emails, entity.RowId, ref status, CodesManager.PROPERTY_CATEGORY_EMAIL_TYPE) == false) { isAllValid = false; } if (erm.AddTextValue(entity.PhoneNumbers, entity.RowId, ref status, CodesManager.PROPERTY_CATEGORY_PHONE_TYPE) == false) { isAllValid = false; } return(isAllValid); }
public bool GetEnvelopePayload(ReadEnvelope item, SaveStatus status, ref string payload) { if (item == null || string.IsNullOrWhiteSpace(item.EnvelopeIdentifier)) { status.AddError("A valid ReadEnvelope must be provided."); return(false); } // DateTime createDate = new DateTime(); DateTime envelopeUpdateDate = new DateTime(); if (DateTime.TryParse(item.NodeHeaders.CreatedAt.Replace("UTC", "").Trim(), out createDate)) { status.EnvelopeCreatedDate = createDate; } if (DateTime.TryParse(item.NodeHeaders.UpdatedAt.Replace("UTC", "").Trim(), out envelopeUpdateDate)) { status.EnvelopeUpdatedDate = envelopeUpdateDate; } // payload = item.DecodedResource.ToString(); string envelopeIdentifier = item.EnvelopeIdentifier; string ctdlType = RegistryServices.GetResourceType(payload); //string envelopeUrl = RegistryServices.GetEnvelopeUrl( envelopeIdentifier ); return(true); }
/// <summary> /// Check if the provided framework has already been sync'd. /// If not, it will be added. /// </summary> /// <param name="request"></param> /// <param name="userId"></param> /// <param name="messages"></param> /// <param name="frameworkId"></param> /// <returns></returns> //public bool HandleFrameworkRequest( CassFramework request, // int userId, // ref SaveStatus status, // ref int frameworkId ) //{ // bool isValid = true; // if ( request == null || string.IsNullOrWhiteSpace(request._IdAndVersion) ) // { // status.AddWarning( "The Cass Request doesn't contain a valid Cass Framework class." ); // return false; // } // ThisEntity item = Get( request._IdAndVersion ); // if (item != null && item.Id > 0) // { // //TODO - do we want to attempt an update - if changed // // - if we plan to implement a batch refresh of sync'd content, then not necessary // frameworkId = item.Id; // return true; // } // //add the framework... // ThisEntity entity = new ThisEntity(); // entity.Name = request.Name; // entity.Description = request.Description; // entity.FrameworkUrl = request.Url; // entity.RepositoryUri = request._IdAndVersion; // //TDO - need owning org - BUT, first person to reference a framework is not necessarily the owner!!!!! // //actually, we may not care here. Eventually get a ctid from CASS // //entity.OwningOrganizationId = 0; // isValid = Save( entity, userId, ref status ); // frameworkId = entity.Id; // return isValid; //} //actually not likely to have a separate list of frameworks //public bool SaveList( List<ThisEntity> list, ref SaveStatus status ) //{ // if ( list == null || list.Count == 0 ) // return true; // bool isAllValid = true; // foreach ( ThisEntity item in list ) // { // Save( item, ref status ); // } // return isAllValid; //} /// <summary> /// Add/Update a Reference_Framework /// </summary> /// <param name="entity"></param> /// <param name="messages"></param> /// <returns></returns> public bool Save(ThisEntity entity, ref SaveStatus status) { bool isValid = true; int count = 0; DBEntity efEntity = new DBEntity(); using (var context = new EntityContext()) { if (ValidateProfile(entity, ref status) == false) { return(false); } if (entity.Id == 0) { // - need to check for existance DoesItemExist(entity); } if (entity.Id == 0) { // - Add efEntity = new DBEntity(); MapToDB(entity, efEntity); efEntity.Created = DateTime.Now; //efEntity.RowId = Guid.NewGuid(); context.Reference_Frameworks.Add(efEntity); count = context.SaveChanges(); entity.Id = efEntity.Id; //entity.RowId = efEntity.RowId; if (count == 0) { status.AddWarning(string.Format(" Unable to add Profile: {0} <br\\> ", string.IsNullOrWhiteSpace(entity.Name) ? "no description" : entity.Name)); } } else { efEntity = context.Reference_Frameworks.SingleOrDefault(s => s.Id == entity.Id); if (efEntity != null && efEntity.Id > 0) { //entity.RowId = efEntity.RowId; //update MapToDB(entity, efEntity); //has changed? if (HasStateChanged(context)) { count = context.SaveChanges(); } } } } return(isValid); }
/// <summary> /// For isPartOf, the list is the entity where the credential is a part of. /// Get the entity, /// </summary> /// <param name="parentList">List of credential Ids for the parent where is part of</param> /// <param name="parentUid"></param> /// <param name="status"></param> /// <returns></returns> public bool SaveIsPartOfList(List <int> parentList, int credentialId, ref SaveStatus status) { if (parentList == null || parentList.Count == 0) { return(true); } int newId = 0; bool isAllValid = true; foreach (int parentCredentialId in parentList) { Entity partOfEntity = EntityManager.GetEntity(1, parentCredentialId); if (partOfEntity == null || partOfEntity.Id == 0) { status.AddError(string.Format(thisClassName + ".SaveIsPartOfList(). Error - the related part Of (parent) credential was not found. parentCredentialId: {0}, credentialId: {1}", parentCredentialId, credentialId)); continue; } Add(partOfEntity, credentialId, BaseFactory.RELATIONSHIP_TYPE_IS_PART_OF, ref newId, ref status); if (newId == 0) { isAllValid = false; } } return(isAllValid); }
public bool DeleteAll(Entity parent, ref SaveStatus status) { bool isValid = true; //Entity parent = EntityManager.GetEntity( parentUid ); if (parent == null || parent.Id == 0) { status.AddError(thisClassName + ". Error - the provided target parent entity was not provided."); return(false); } using (var context = new EntityContext()) { context.Entity_IdentifierValue.RemoveRange(context.Entity_IdentifierValue.Where(s => s.EntityId == parent.Id)); int count = context.SaveChanges(); if (count > 0) { isValid = true; } else { //if doing a delete on spec, may not have been any properties } } return(isValid); }
/// <summary> /// Persist Entity Credential /// </summary> /// <param name="parentUid"></param> /// <param name="credentialId"></param> /// <param name="relationshipTypeId">1-HasPart; 2-IsPartOf; 3-IsETPLResource</param> /// <param name="newId">Return record id of the new record</param> /// <param name="status"></param> /// <returns></returns> public bool Add(Guid parentUid, int credentialId, int relationshipTypeId, ref int newId, ref SaveStatus status) { if (!IsValidGuid(parentUid)) { status.AddError("Error: the parent identifier was not provided."); } if (credentialId < 1) { status.AddError("Error: a valid credential was not provided."); return(false); } Entity parent = EntityManager.GetEntity(parentUid); if (parent == null || parent.Id == 0) { //status.AddError( "Error - the parent entity was not found." ); return(false); } return(Add(parent, credentialId, relationshipTypeId, ref newId, ref status)); }
private IEnumerator CheckMatch() { if (firstRevealed.id == secondRevealed.id) { score += 2; revealed_cards++; scoreTxt.text = "SCORE: " + score; if (revealed_cards == images.Length) { globalScore += score; Debug.Log("Points Obtained:" + globalScore); SaveStatus.Save(globalScore); scoreTxt.enabled = false; finished = true; returnMenu.SetActive(true); } } else { yield return(new WaitForSeconds(.5f)); firstRevealed.Unreveal(); secondRevealed.Unreveal(); } firstRevealed = null; secondRevealed = null; }
public bool ProcessEnvelope(ReadEnvelope item, SaveStatus status) { if (item == null || string.IsNullOrWhiteSpace(item.EnvelopeIdentifier)) { status.AddError("A valid ReadEnvelope must be provided."); return(false); } string payload = item.DecodedResource.ToString(); string envelopeIdentifier = item.EnvelopeIdentifier; string ctdlType = RegistryServices.GetResourceType(payload); string envelopeUrl = RegistryServices.GetEnvelopeUrl(envelopeIdentifier); if (ImportServiceHelpers.IsAGraphResource(payload)) { //if ( payload.IndexOf( "\"en\":" ) > 0 ) return(ImportV3(payload, envelopeIdentifier, status)); //else // return ImportV2( payload, envelopeIdentifier, status ); } else { LoggingHelper.DoTrace(5, " envelopeUrl: "+ envelopeUrl); LoggingHelper.WriteLogFile(1, "lopp_" + item.EnvelopeIdentifier, payload, "", false); input = JsonConvert.DeserializeObject <InputEntity>(item.DecodedResource.ToString()); return(Import(input, envelopeIdentifier, status)); } }
public void ImportPendingRecords() { string where = " [EntityStateId] = 1 "; // int pTotalRows = 0; SaveStatus status = new SaveStatus(); List <ThisEntity> list = AssessmentManager.Search(where, "", 1, 500, ref pTotalRows); LoggingHelper.DoTrace(1, string.Format(thisClassName + " - ImportPendingRecords(). Processing {0} records =================", pTotalRows)); foreach (ThisEntity item in list) { status = new SaveStatus(); //SWP contains the resource url //pending records will have a CTID, it should be used to get the envelope! //if ( !ImportByResourceUrl( item.SubjectWebpage, status ) ) if (!ImportByCtid(item.CTID, status)) { //check for 404 LoggingHelper.DoTrace(1, string.Format(" - (). Failed to import pending record: {0}, message(s): {1}", item.Id, status.GetErrorsAsString())); } else { LoggingHelper.DoTrace(1, string.Format(" - (). Successfully imported pending record: {0}", item.Id)); } } }
public void SaveToPhotosAlbum(SaveStatus status) { UIImageStatusDispatcher dis = null; UIApplication.EnsureUIThread (); if (status != null) dis = new UIImageStatusDispatcher (status); UIImageWriteToSavedPhotosAlbum (Handle, dis != null ? dis.Handle : IntPtr.Zero, dis != null ? Selector.GetHandle (UIImageStatusDispatcher.callbackSelector) : IntPtr.Zero, IntPtr.Zero); }
public static void SaveToPhotosAlbum(string path, SaveStatus status) { if (path == null) throw new ArgumentNullException ("path"); if (status == null) throw new ArgumentNullException ("status"); UIApplication.EnsureUIThread (); var dis = new UIVideoStatusDispatcher (status); using (var ns = new NSString (path)) UISaveVideoAtPathToSavedPhotosAlbum (ns.Handle, dis.Handle, Selector.GetHandle (UIVideoStatusDispatcher.callbackSelector), IntPtr.Zero); }
public UnloadOrPersistAsyncResult(WorkflowServiceInstance instance, PersistenceOperation operation, bool isWorkflowThread, bool isTry, TimeSpan timeout, AsyncCallback callback, object state) : base(callback, state) { // The isTry flag is only true when this is an idle policy initiated persist/unload. Fx.Assert((isWorkflowThread && !isTry) || !isWorkflowThread, "Either we're the workflow thread and NOT a try or we're not a workflow thread."); this.instance = instance; this.timeoutHelper = new TimeoutHelper(timeout); this.operation = operation; this.isWorkflowThread = isWorkflowThread; this.isTry = isTry; this.tryResult = true; this.isUnloaded = (operation == PersistenceOperation.Unload || operation == PersistenceOperation.Delete); this.saveStatus = SaveStatus.Locked; this.isCompletionTransactionRequired = this.isUnloaded && instance.Controller.State == WorkflowInstanceState.Complete && instance.creationContext != null && instance.creationContext.IsCompletionTransactionRequired; this.isIdlePolicyPersist = isTry && operation == PersistenceOperation.Save; if (operation == PersistenceOperation.Unload) { this.saveStatus = SaveStatus.Unlocked; } else if (operation == PersistenceOperation.Delete) { this.saveStatus = SaveStatus.Completed; } else if (operation == PersistenceOperation.Save) { SetStartTime(); } // Save off the current transaction in case we have an async operation before we end up creating // the WorkflowPersistenceContext and create it on another thread. Do a simple clone here to prevent // the object referenced by Transaction.Current from disposing before we get around to referencing it // when we create the WorkflowPersistenceContext. // // This will throw TransactionAbortedException by design, if the transaction is already rolled back. Transaction currentTransaction = Transaction.Current; if (currentTransaction != null) { OnCompleting = UnloadOrPersistAsyncResult.completeCallback; this.dependentTransaction = currentTransaction.DependentClone(DependentCloneOption.BlockCommitUntilComplete); } bool completeSelf = true; bool success = false; try { if (this.isWorkflowThread) { Fx.Assert(this.instance.Controller.IsPersistable, "The runtime won't schedule this work item unless we've passed the guard"); // We're an internal persistence on the workflow thread which means // that we are passed the guard already, we have the lock, and we know // we aren't detached. completeSelf = OpenProvider(); } else { try { completeSelf = LockAndPassGuard(); } finally { if (completeSelf) { Fx.Assert(!this.isWorkflowThread, "We should never be calling ReleaseLock if this is the workflow thread."); this.instance.ReleaseLock(ref this.ownsLock, this.isIdlePolicyPersist && this.tryResult); } } } success = true; } finally { if (!success) { if (this.dependentTransaction != null) { this.dependentTransaction.Complete(); } } } if (completeSelf) { Complete(true); } }
public UnloadOrPersistAsyncResult(WorkflowServiceInstance instance, WorkflowServiceInstance.PersistenceOperation operation, bool isWorkflowThread, bool isTry, TimeSpan timeout, AsyncCallback callback, object state) : base(callback, state) { this.instance = instance; this.timeoutHelper = new TimeoutHelper(timeout); this.operation = operation; this.isWorkflowThread = isWorkflowThread; this.isTry = isTry; this.tryResult = true; this.isUnloaded = (operation == WorkflowServiceInstance.PersistenceOperation.Unload) || (operation == WorkflowServiceInstance.PersistenceOperation.Delete); this.saveStatus = SaveStatus.Locked; this.isCompletionTransactionRequired = ((this.isUnloaded && (instance.Controller.State == WorkflowInstanceState.Complete)) && (instance.creationContext != null)) && instance.creationContext.IsCompletionTransactionRequired; this.isIdlePolicyPersist = isTry && (operation == WorkflowServiceInstance.PersistenceOperation.Save); if (operation == WorkflowServiceInstance.PersistenceOperation.Unload) { this.saveStatus = SaveStatus.Unlocked; } else if (operation == WorkflowServiceInstance.PersistenceOperation.Delete) { this.saveStatus = SaveStatus.Completed; } Transaction current = Transaction.Current; if (current != null) { base.OnCompleting = completeCallback; this.dependentTransaction = current.DependentClone(DependentCloneOption.BlockCommitUntilComplete); } bool flag = true; bool flag2 = false; try { if (this.isWorkflowThread) { flag = this.OpenProvider(); } else { try { flag = this.LockAndPassGuard(); } finally { if (flag) { this.instance.ReleaseLock(ref this.ownsLock, this.isIdlePolicyPersist); } } } flag2 = true; } finally { if (!flag2 && (this.dependentTransaction != null)) { this.dependentTransaction.Complete(); } } if (flag) { base.Complete(true); } }
bool Persist() { IAsyncResult result = null; try { if (this.operation == PersistenceOperation.Delete) { this.saveStatus = SaveStatus.Completed; } if (this.context == null) { this.context = new WorkflowPersistenceContext(this.instance, (this.pipeline != null && this.pipeline.IsSaveTransactionRequired) || this.isCompletionTransactionRequired, this.dependentTransaction, this.instance.persistTimeout); } using (PrepareTransactionalCall(this.context.PublicTransaction)) { result = this.instance.persistenceContext.BeginSave(this.data, this.saveStatus, this.instance.persistTimeout, PrepareInnerAsyncCompletion(persistedCallback), this); } } catch (InstancePersistenceException) { this.updateState = false; throw; } finally { if (result == null && this.context != null) { this.context.Abort(); } } return SyncContinue(result); }