protected override void ApplySortCore(PropertyDescriptor prop, ListSortDirection direction) { PropertyCompare comp = new PropertyCompare(prop, sortDirection); List <T> sortedList = new List <T>(this); sortedList.Sort(comp); ResetItems(sortedList); ResetBindings(); sortDirection = sortDirection == ListSortDirection.Ascending ? ListSortDirection.Descending : ListSortDirection.Ascending; }
public void EqualTest() { pcTest pt1 = new pcTest { Name = "1" }; PropertyCompare <pcTest> pcCompare = new PropertyCompare <pcTest>("Name"); Assert.AreEqual(pcCompare.Compare(pt1, pt1), 0); }
public void CompareTest() { pcTest pt1 = new pcTest { Name = "1" }; pcTest pt2 = new pcTest { Name = "2" }; PropertyCompare <pcTest> pcCompare = new PropertyCompare <pcTest>("Name"); Assert.IsTrue(pcCompare.Compare(pt1, pt2) < 0); }
static void Main() { Report a = new Report { Id = 1, ProjectId = 13 }, b = new Report { Id = 1, ProjectId = 13 }, c = new Report { Id = 1, ProjectId = 12 }; Console.WriteLine(PropertyCompare.Equal(a, b)); Console.WriteLine(PropertyCompare.Equal(a, c)); }
protected override void ApplySortCore(PropertyDescriptor prop, ListSortDirection direction) { _sortProperty = prop; _sortDirection = direction; PropertyCompare comp = new PropertyCompare(prop, _sortDirection); List <T> sortedList = new List <T>(this); sortedList.Sort(comp); ResetItems(sortedList); ResetBindings(); // toggle sort _sortDirection = (_sortDirection == ListSortDirection.Ascending) ? ListSortDirection.Descending : ListSortDirection.Ascending; }
public void NullExceptionTest() { pcTest pt1 = new pcTest { PC = new pc { Name = "1" } }; pcTest pt2 = new pcTest { PC = new pc { Name = "2" } }; PropertyCompare <pcTest> pcCompare = new PropertyCompare <pcTest>(); Assert.IsTrue(pcCompare.Compare(pt1, pt2) < 0); }
public bool AddIfHasChangePolitico(dynamic registroImportacao, Politico actualPolitico) { var politico = (Politico)_mapper.Map <Politico>(registroImportacao); var hasChange = !PropertyCompare.Equal(politico, actualPolitico, nameof(politico.Id), nameof(politico.ImportacaoId), nameof(politico.Importacao)); if (hasChange) { actualPolitico = _mapper.Map <Politico, Politico>(politico, actualPolitico); actualPolitico.SetImportacao(this); _politicos.Add(actualPolitico); AddDomainEvent(new PoliticoChangedDomainEvent(actualPolitico)); } return(hasChange); }
public void StringPropContainsConstant() { var person = new Person() { FirstName = "Andrew" }; var propCompareCondition = new PropertyCompare() { PropertyName = "FirstName", PropertyValue = "dr", Operator = PropertyCompareOps.Contains }; var evalRes = propCompareCondition.Evaluate(this.svcProvider, person); Assert.IsTrue(evalRes); }
public void StringPropEqualToConstant() { var person = new Person() { FirstName = "Fred" }; var propCompareCondition = new PropertyCompare() { PropertyName = "FirstName", PropertyValue = "Fred", Operator = PropertyCompareOps.AreEqual }; var evalRes = propCompareCondition.Evaluate(this.svcProvider, person); Assert.IsTrue(evalRes); }
public void ComparePropertyNotFound() { var person = new Person() { FirstName = "Bugs", LastName = "Bunny", DateOfBirth = new DateTime(1965, 2, 17) }; var propCompareCondition = new PropertyCompare() { PropertyName = "Age", PropertyValue = 50, Operator = PropertyCompareOps.GreaterThan }; propCompareCondition.Evaluate(this.svcProvider, person); }
public void IntPropGreaterThanConstant() { var person = new Person() { FirstName = "Bugs", LastName = "Bunny", DateOfBirth = new DateTime(1965, 2, 17) }; var propCompareCondition = new PropertyCompare() { PropertyName = "AgeInYears", PropertyValue = 50, Operator = PropertyCompareOps.GreaterThan }; var evalRes = propCompareCondition.Evaluate(this.svcProvider, person); Assert.IsTrue(evalRes); }
protected override void ApplySortCore(PropertyDescriptor prop, ListSortDirection direction) { //sortProperty = prop; //sortDirection = direction; PropertyCompare comp = new PropertyCompare(prop, sortDirection); List <T> sortedList = new List <T>(this); try { sortedList.Sort(comp); } catch (Exception) { // What if not sortable? } ResetItems(sortedList); ResetBindings(); sortDirection = sortDirection == ListSortDirection.Ascending ? ListSortDirection.Descending : ListSortDirection.Ascending; }
public bool RenewalStorageGroupZones(List <StorageGroupsByZonesDTO> storageGroupZones) { bool result; var dbSideRusult = mapper.Map <IEnumerable <StorageGroupZones>, List <StorageGroupZonesDTO> >(StorageGroupZones.GetAll()); var linqSideRusult = storageGroupZones.Select(s => new StorageGroupZonesDTO { StorageGroupZoneId = s.StorageGroupZoneId ?? 0, StorageGroupId = s.StorageGroupId, ZoneNameId = s.ZoneNameId ?? 0 }).ToList(); var ids = dbSideRusult.Select(s => s.StorageGroupZoneId) .Union(linqSideRusult.Select(s => s.StorageGroupZoneId)); var fullResult = (from i in ids join db in dbSideRusult on i equals db.StorageGroupZoneId into j_db from db in j_db.DefaultIfEmpty() join linq in linqSideRusult on i equals linq.StorageGroupZoneId into j_linq from linq in j_linq.DefaultIfEmpty() select new { db, linq }) .ToList(); string caseStr; int storageGroupZoneId = 0; try { for (int i = 0; i < fullResult.Count(); i++) { caseStr = (fullResult[i].db == null) ? "add" : (fullResult[i].linq == null) ? "delete" : (!PropertyCompare.Equal <StorageGroupZonesDTO>(fullResult[i].db, fullResult[i].linq)) ? "update" : ""; switch (caseStr) { case "add": { StorageGroupZones.Create(mapper.Map <StorageGroupZones>(fullResult[i].linq)); } break; case "update": { storageGroupZoneId = fullResult[i].linq.StorageGroupZoneId; var eGroup = StorageGroupZones.GetAll().SingleOrDefault(c => c.StorageGroupZoneId == storageGroupZoneId); StorageGroupZones.Update((mapper.Map <StorageGroupZonesDTO, StorageGroupZones>(fullResult[i].linq, eGroup))); } break; case "delete": { storageGroupZoneId = fullResult[i].db.StorageGroupZoneId; StorageGroupZones.Delete(StorageGroupZones.GetAll().FirstOrDefault(c => c.StorageGroupZoneId == storageGroupZoneId)); } break; } } result = true; } catch (Exception ex) { MessageBox.Show("Действие отменено.\n" + ex.Message, "Сохранение", MessageBoxButtons.OK, MessageBoxIcon.Information); result = false; } return(result); }
public void ExceptionTest1() { PropertyCompare <pcTest> pcCompare = new PropertyCompare <pcTest>(t => t.Field); }