/// <summary> /// The object factory for a particular data collection instance. /// </summary> public virtual void CreateObjectsFromData(LiabilityTypes liabilitytypes, System.Data.DataSet data) { // Do nothing if we have nothing if (data == null || data.Tables.Count == 0 || data.Tables[0].Rows.Count == 0) { return; } // Create a local variable for the new instance. LiabilityType newobj = null; // Create a local variable for the data row instance. System.Data.DataRow dr = null; // Iterate through the table rows for (int i = 0; i < data.Tables[0].Rows.Count; i++) { // Get a reference to the data row dr = data.Tables[0].Rows[i]; // Create a new object instance newobj = System.Activator.CreateInstance(liabilitytypes.ContainsType[0]) as LiabilityType; // Let the instance set its own members newobj.SetMembers(ref dr); // Add the new object to the collection instance liabilitytypes.Add(newobj); } }
/// <summary> /// Fill method for populating an entire collection of LiabilityTypes /// </summary> public virtual void Fill(LiabilityTypes liabilityTypes) { // create the connection to use SqlConnection cnn = new SqlConnection(LiabilityType.GetConnectionString()); try { using (cnn) { // open the connection cnn.Open(); // create an instance of the reader to fill. SqlDataReader datareader = SqlHelper.ExecuteReader(cnn, "gsp_SelectLiabilityTypes"); // Send the collection and data to the object factory CreateObjectsFromData(liabilityTypes, datareader); // close the connection cnn.Close(); } // nullify the connection cnn = null; } catch (SqlException sqlex) { throw sqlex; } }
public void LiabilityType_Validate_IsSuccessful(string name) { var liabilityType = new LiabilityType { Name = name }; Assert.True(_liabilityTypeValidator.Validate(liabilityType).IsValid); }
public async Task <ILiabilityType> AddTypeAsync(string name) { var liabilityType = new LiabilityType { Name = name }; await _liabilityTypeValidator.ValidateAndThrowAsync(liabilityType); await CheckAsync(name); await _context.LiabilityTypes.AddAsync(liabilityType); await _context.SaveChangesAsync(); return(liabilityType); }
/// <summary> /// Deletes the object. /// </summary> public virtual void Delete(LiabilityType deleteObject) { // create a new instance of the connection SqlConnection cnn = new SqlConnection(LiabilityType.GetConnectionString()); // create local variable array for the sql parameters SqlParameterHash sqlparams = null; try { // discover the parameters sqlparams = SqlHelperParameterCache.GetSpParameterSet(LiabilityType.GetConnectionString(), "gsp_DeleteLiabilityType"); // Store the parameter for the Id attribute. sqlparams["@id"].Value = deleteObject.Id; using (cnn) { // open the connection cnn.Open(); // Execute the stored proc to perform the delete on the instance. SqlHelper.ExecuteNonQuery(cnn, CommandType.StoredProcedure, "gsp_DeleteLiabilityType", sqlparams); // close the connection after usage cnn.Close(); } // nullify the connection var cnn = null; } catch (SqlException sqlex) { throw sqlex; } // nullify the reference deleteObject = null; }
/// <summary> /// Fills a single instance with data based on its primary key values. /// </summary> public virtual void Fill(LiabilityType lt, System.Int16 id) { // create the connection to use SqlConnection cnn = new SqlConnection(LiabilityType.GetConnectionString()); try { // discover the sql parameters SqlParameterHash sqlparams = SqlHelperParameterCache.GetSpParameterSet(LiabilityType.GetConnectionString(), "gsp_SelectLiabilityType"); using (cnn) { // open the connection cnn.Open(); // set the parameters sqlparams["@id"].Value = id; // create an instance of the reader to fill. SqlDataReader datareader = SqlHelper.ExecuteReader(cnn, "gsp_SelectLiabilityType", sqlparams); if (datareader.Read()) { lt.SetMembers(ref datareader); } cnn.Close(); // close the connection } // nullify the connection var cnn = null; } catch (SqlException sqlex) { throw sqlex; } }
/// <summary> /// The object factory for a particular data collection instance. /// </summary> public virtual void CreateObjectsFromData(LiabilityTypes liabilitytypes, System.Data.SqlClient.SqlDataReader data) { // Do nothing if we have nothing if (data == null) { return; } // Create a local variable for the new instance. LiabilityType newobj = null; // Iterate through the data reader while (data.Read()) { // Create a new object instance newobj = System.Activator.CreateInstance(liabilitytypes.ContainsType[0]) as LiabilityType; // Let the instance set its own members newobj.SetMembers(ref data); // Add the new object to the collection instance liabilitytypes.Add(newobj); } }
private void RemoveFromContext(Liability entity, LiabilityType liability) { switch (liability) { case LiabilityType.MOT: context.MOTs.Remove(entity as MOT); return; case LiabilityType.CivilLiability: context.CivilLiabilities.Remove(entity as CivilLiability); return; case LiabilityType.CarInsurance: context.CarInsurances.Remove(entity as CarInsurance); return; case LiabilityType.Vignette: context.Vignettes.Remove(entity as Vignette); return; default: throw new InvalidLiabilityTypeException($"Invalid liability type: {liability}"); } }
protected LiabilitiesController(IMapper mapper, LiabilityType liabilityType) { this.mapper = mapper; this.liabilityType = liabilityType; }
public async Task <Liability> FindLiabilityAsync(int id, LiabilityType liability, IApplicationDbContext context) => liability switch {
private async Task <Liability> GetLiabilityWithVehilcleInfo(int id, LiabilityType liability) => liability switch {
private Liability CreateLiability(LiabilityType liability) => liability switch {
private async Task AddToContextAsync(Liability entity, CancellationToken cancellationToken, LiabilityType liability) { switch (liability) { case LiabilityType.MOT: await context.MOTs.AddAsync(entity as MOT, cancellationToken); return; case LiabilityType.CivilLiability: await context.CivilLiabilities.AddAsync(entity as CivilLiability, cancellationToken); return; case LiabilityType.CarInsurance: await context.CarInsurances.AddAsync(entity as CarInsurance, cancellationToken); return; case LiabilityType.Vignette: await context.Vignettes.AddAsync(entity as Vignette, cancellationToken); return; default: throw new InvalidLiabilityTypeException($"Invalid liability type: {liability}");; } }
/// <summary> /// Persists the object. /// </summary> public virtual void Persist(LiabilityType persistObject, SqlTransaction sqlTrans) { // create local variable array for the sql parameters SqlParameterHash sqlparams = null; // Create a local variable for the connection SqlConnection cnn = null; // Use the parameter overload or create a new instance if (sqlTrans == null) { cnn = new SqlConnection(LiabilityType.GetConnectionString()); } try { // discover the parameters if (persistObject.Persisted) { sqlparams = SqlHelperParameterCache.GetSpParameterSet(LiabilityType.GetConnectionString(), "gsp_UpdateLiabilityType"); } else { sqlparams = SqlHelperParameterCache.GetSpParameterSet(LiabilityType.GetConnectionString(), "gsp_CreateLiabilityType"); } // Store the parameter for the Name attribute. sqlparams["@name"].Value = persistObject.Name; // Store the parameter for the EnumeratedName attribute. sqlparams["@enumeratedName"].Value = persistObject.EnumeratedName; // Store the parameter for the Description attribute. if (!persistObject.DescriptionIsNull) { sqlparams["@description"].Value = persistObject.Description; } // Store the parameter for the Id attribute. sqlparams["@id"].Value = persistObject.Id; if (!persistObject.Persisted) { // store the create only (historical fixed) values } else { // store the update only (historical changeable) values } if (sqlTrans == null) { // Process using the isolated connection using (cnn) { // open the connection cnn.Open(); if (!persistObject.Persisted) { SqlHelper.ExecuteNonQuery(cnn, CommandType.StoredProcedure, "gsp_CreateLiabilityType", sqlparams); } else { SqlHelper.ExecuteNonQuery(cnn, CommandType.StoredProcedure, "gsp_UpdateLiabilityType", sqlparams); } // close the connection after usage cnn.Close(); } // nullify the connection var cnn = null; } else { // Process using the shared transaction if (!persistObject.Persisted) { SqlHelper.ExecuteNonQuery(sqlTrans, CommandType.StoredProcedure, "gsp_CreateLiabilityType", sqlparams); } else { SqlHelper.ExecuteNonQuery(sqlTrans, CommandType.StoredProcedure, "gsp_UpdateLiabilityType", sqlparams); } } } catch (SqlException sqlex) { throw sqlex; } }
/// <summary> /// Persists the object. /// </summary> public virtual void Persist(LiabilityType persistObject) { // Make a call to the overloaded method with a null transaction Persist(persistObject, null); }
public static string GetLiabilityController(LiabilityType liabilityType) => liabilityType switch {