public void DataSplitDTO_Ctor_CreateWithSplitTypeOfSpace_EnabledAtFalse()
{
//------------Execute Test---------------------------
var dataSplitDTO = new DataSplitDTO("[[var]]", "Space", "", 0);
//------------Assert Results-------------------------
Assert.IsFalse(dataSplitDTO.EnableAt);
}
private void InsertToCollection(IEnumerable <string> listToAdd, ModelItem modelItem)
{
var modelProperty = modelItem.Properties["ResultsCollection"];
if (modelProperty != null)
{
ModelItemCollection mic = modelProperty.Collection;
if (mic != null)
{
List <DataSplitDTO> listOfValidRows = ResultsCollection.Where(c => !c.CanRemove()).ToList();
if (listOfValidRows.Count > 0)
{
DataSplitDTO dataSplitDto = ResultsCollection.Last(c => !c.CanRemove());
int startIndex = ResultsCollection.IndexOf(dataSplitDto) + 1;
foreach (string s in listToAdd)
{
mic.Insert(startIndex, new DataSplitDTO(s, ResultsCollection[startIndex - 1].SplitType, ResultsCollection[startIndex - 1].At, startIndex + 1));
startIndex++;
}
CleanUpCollection(mic, modelItem, startIndex);
}
else
{
AddToCollection(listToAdd, modelItem);
}
}
}
}
public void DataSplitDTO_CanAdd_WithNewLineSplitTypeAndNoOtherValues_ReturnTrue()
{
//------------Setup for test--------------------------
//------------Execute Test---------------------------
var dataSplitDTO = new DataSplitDTO(string.Empty, "NewLine", null, 1);
//------------Assert Results-------------------------
Assert.IsTrue(dataSplitDTO.CanAdd());
}
public void DataSplitDTO_CanAdd_WithNoInputVarButValueForAt_ReturnTrue()
{
//------------Setup for test--------------------------
//------------Execute Test---------------------------
var dataSplitDTO = new DataSplitDTO(string.Empty, null, "|", 1);
//------------Assert Results-------------------------
Assert.IsTrue(dataSplitDTO.CanAdd());
}
public void DataSplitDTO_CanAdd_WithNoInputVarAndNoAt_ReturnFalse()
{
//------------Setup for test--------------------------
//------------Execute Test---------------------------
var dataSplitDTO = new DataSplitDTO(string.Empty, null, null, 1);
//------------Assert Results-------------------------
Assert.IsFalse(dataSplitDTO.CanAdd());
}
public static IDev2TOFn CreateNewDTO(IDev2TOFn dto, int index = 0, bool inserted = false, string initializeWith = "")
{
IDev2TOFn toReturn = null;
TypeSwitch.Do(dto,
// ReSharper disable ImplicitlyCapturedClosure
TypeSwitch.Case <ActivityDTO>(x => toReturn = new ActivityDTO(initializeWith, "", index, inserted)),
// ReSharper restore ImplicitlyCapturedClosure
TypeSwitch.Case <DataSplitDTO>(x =>
{
var dataSplitDto = dto as DataSplitDTO;
if (dataSplitDto != null)
{
toReturn = new DataSplitDTO(initializeWith, dataSplitDto.SplitType, dataSplitDto.At, index, false, inserted);
}
}),
TypeSwitch.Case <DataMergeDTO>(x =>
{
var dataMergeDto = dto as DataMergeDTO;
if (dataMergeDto != null)
{
toReturn = new DataMergeDTO(initializeWith, dataMergeDto.MergeType, dataMergeDto.At, index, dataMergeDto.Padding, dataMergeDto.Alignment, inserted);
}
}),
TypeSwitch.Case <CaseConvertTO>(x =>
{
var caseConvertTO = dto as CaseConvertTO;
if (caseConvertTO != null)
{
toReturn = CaseConverterFactory.CreateCaseConverterTO(initializeWith, caseConvertTO.ConvertType, caseConvertTO.Result, index);
}
}),
TypeSwitch.Case <BaseConvertTO>(x =>
{
var baseConvertTO = dto as BaseConvertTO;
if (baseConvertTO != null)
{
toReturn = new BaseConvertTO(initializeWith, baseConvertTO.FromType, baseConvertTO.ToType, baseConvertTO.ToExpression, index, inserted);
}
}),
// ReSharper disable ImplicitlyCapturedClosure
TypeSwitch.Case <GatherSystemInformationTO>(x => toReturn =
// ReSharper restore ImplicitlyCapturedClosure
new GatherSystemInformationTO(enTypeOfSystemInformationToGather.FullDateTime,
initializeWith, index, inserted)),
// ReSharper disable ImplicitlyCapturedClosure
TypeSwitch.Case <XPathDTO>(x => toReturn = new XPathDTO(initializeWith, "", index, inserted)),
// ReSharper restore ImplicitlyCapturedClosure
// ReSharper disable ImplicitlyCapturedClosure
TypeSwitch.Case <FindRecordsTO>(() => toReturn = new FindRecordsTO("", "", index, inserted)),
// ReSharper restore ImplicitlyCapturedClosure
// ReSharper disable ImplicitlyCapturedClosure
TypeSwitch.Default(() => toReturn = null));
// ReSharper restore ImplicitlyCapturedClosure
return(toReturn);
}
public static IDev2TOFn CreateNewDTO(IDev2TOFn dto, int index = 0, bool inserted = false, string initializeWith = "")
{
IDev2TOFn toReturn = null;
TypeSwitch.Do(dto,
// ReSharper disable ImplicitlyCapturedClosure
TypeSwitch.Case<ActivityDTO>(x => toReturn = new ActivityDTO(initializeWith, "", index, inserted)),
// ReSharper restore ImplicitlyCapturedClosure
TypeSwitch.Case<DataSplitDTO>(x =>
{
var dataSplitDto = dto as DataSplitDTO;
if(dataSplitDto != null)
{
toReturn = new DataSplitDTO(initializeWith, dataSplitDto.SplitType, dataSplitDto.At, index, false, inserted);
}
}),
TypeSwitch.Case<DataMergeDTO>(x =>
{
var dataMergeDto = dto as DataMergeDTO;
if(dataMergeDto != null)
{
toReturn = new DataMergeDTO(initializeWith, dataMergeDto.MergeType, dataMergeDto.At, index, dataMergeDto.Padding, dataMergeDto.Alignment, inserted);
}
}),
TypeSwitch.Case<CaseConvertTO>(x =>
{
var caseConvertTO = dto as CaseConvertTO;
if(caseConvertTO != null)
{
toReturn = CaseConverterFactory.CreateCaseConverterTO(initializeWith, caseConvertTO.ConvertType, caseConvertTO.Result, index);
}
}),
TypeSwitch.Case<BaseConvertTO>(x =>
{
var baseConvertTO = dto as BaseConvertTO;
if(baseConvertTO != null)
{
toReturn = new BaseConvertTO(initializeWith, baseConvertTO.FromType, baseConvertTO.ToType, baseConvertTO.ToExpression, index, inserted);
}
}),
// ReSharper disable ImplicitlyCapturedClosure
TypeSwitch.Case<GatherSystemInformationTO>(x => toReturn =
// ReSharper restore ImplicitlyCapturedClosure
new GatherSystemInformationTO(enTypeOfSystemInformationToGather.FullDateTime,
initializeWith, index, inserted)),
// ReSharper disable ImplicitlyCapturedClosure
TypeSwitch.Case<XPathDTO>(x => toReturn = new XPathDTO(initializeWith, "", index, inserted)),
// ReSharper restore ImplicitlyCapturedClosure
// ReSharper disable ImplicitlyCapturedClosure
TypeSwitch.Case<FindRecordsTO>(() => toReturn = new FindRecordsTO("", "", index, inserted)),
// ReSharper restore ImplicitlyCapturedClosure
// ReSharper disable ImplicitlyCapturedClosure
TypeSwitch.Default(() => toReturn = null));
// ReSharper restore ImplicitlyCapturedClosure
return toReturn;
}
public static IDev2TOFn CreateNewDTO(IDev2TOFn dto, int index, bool inserted, string initializeWith)
{
IDev2TOFn toReturn = null;
TypeSwitch.Do(dto,
TypeSwitch.Case <ActivityDTO>(x => toReturn = new ActivityDTO(initializeWith, "", index, inserted)),
TypeSwitch.Case <DataSplitDTO>(x =>
{
if (dto is DataSplitDTO dataSplitDto)
{
toReturn = new DataSplitDTO(initializeWith, dataSplitDto.SplitType, dataSplitDto.At, index, false, inserted);
}
}),
TypeSwitch.Case <DataMergeDTO>(x =>
{
if (dto is DataMergeDTO dataMergeDto)
{
toReturn = new DataMergeDTO(initializeWith, dataMergeDto.MergeType, dataMergeDto.At, index, dataMergeDto.Padding, dataMergeDto.Alignment, inserted);
}
}),
TypeSwitch.Case <CaseConvertTO>(x =>
{
if (dto is CaseConvertTO caseConvertTO)
{
toReturn = CaseConverterFactory.CreateCaseConverterTO(initializeWith, caseConvertTO.ConvertType, caseConvertTO.Result, index);
}
}),
TypeSwitch.Case <BaseConvertTO>(x =>
{
if (dto is BaseConvertTO baseConvertTO)
{
toReturn = new BaseConvertTO(initializeWith, baseConvertTO.FromType, baseConvertTO.ToType, baseConvertTO.ToExpression, index, inserted);
}
}),
TypeSwitch.Case <GatherSystemInformationTO>(x => toReturn =
new GatherSystemInformationTO(enTypeOfSystemInformationToGather.FullDateTime,
initializeWith, index, inserted)),
TypeSwitch.Case <XPathDTO>(x => toReturn = new XPathDTO(initializeWith, "", index, inserted)),
TypeSwitch.Case <FindRecordsTO>(() => toReturn = new FindRecordsTO("", "", index, inserted)),
TypeSwitch.Case <DecisionTO>(() => toReturn = new DecisionTO(initializeWith, "", "", index, inserted)),
TypeSwitch.Case <JsonMappingTo>(() => toReturn = new JsonMappingTo(initializeWith, index, inserted)),
TypeSwitch.Case <SharepointSearchTo>(() => toReturn = new SharepointSearchTo(initializeWith, "=", "", index, inserted)),
TypeSwitch.Case <SharepointReadListTo>(() => toReturn = new SharepointReadListTo("", initializeWith, "", "")),
TypeSwitch.Case <AssignObjectDTO>(x => toReturn = new AssignObjectDTO(initializeWith, "", index, inserted)),
TypeSwitch.Default(() => toReturn = null));
return(toReturn);
}
public void DataSplitDTO_Constructor_FullConstructor_PropertiesInitializedCorrectly()
{
//------------Setup for test--------------------------
//------------Execute Test---------------------------
var dto = new DataSplitDTO(string.Empty, null, null, 1);
//------------Assert Results-------------------------
Assert.AreEqual(DataSplitDTO.SplitTypeIndex, dto.SplitType);
Assert.AreEqual(string.Empty, dto.At);
Assert.AreEqual(false, dto.EnableAt);
Assert.AreEqual(true, dto.IsEscapeCharEnabled);
Assert.AreEqual(1, dto.IndexNumber);
Assert.IsNull(dto.EscapeChar);
Assert.AreEqual(false, dto.Include);
Assert.IsNotNull(dto.Errors);
Assert.AreEqual(false, dto.IsAtFocused);
Assert.AreEqual(false, dto.IsOutputVariableFocused);
Assert.AreEqual(false, dto.IsEscapeCharFocused);
}
public void DataSplitDTO_CanRemove_WithNewLineInputTypeAndVar_ReturnFalse()
{
//------------Setup for test--------------------------
//------------Execute Test---------------------------
var dataSplitDTO = new DataSplitDTO("s", "NewLine", null, 1);
//------------Assert Results-------------------------
Assert.IsFalse(dataSplitDTO.CanRemove());
}
static void Verify_RuleSet(DataSplitDTO dto, string propertyName, string expectedErrorMessage)
{
const string trueString = "True";
const string noneString = "None";
var datalist = string.Format("<DataList><var Description=\"\" IsEditable=\"{0}\" ColumnIODirection=\"{1}\" /><a Description=\"\" IsEditable=\"{0}\" ColumnIODirection=\"{1}\" /><b Description=\"\" IsEditable=\"{0}\" ColumnIODirection=\"{1}\" /><h Description=\"\" IsEditable=\"{0}\" ColumnIODirection=\"{1}\" /><r Description=\"\" IsEditable=\"{0}\" ColumnIODirection=\"{1}\" /><rec Description=\"\" IsEditable=\"{0}\" ColumnIODirection=\"{1}\" ><set Description=\"\" IsEditable=\"{0}\" ColumnIODirection=\"{1}\" /></rec></DataList>", trueString, noneString);
//------------Execute Test---------------------------
var ruleSet = dto.GetRuleSet(propertyName, datalist);
var errors = ruleSet.ValidateRules(null, null);
//------------Assert Results-------------------------
if(expectedErrorMessage == null)
{
Assert.AreEqual(0, errors.Count);
}
else
{
var err = errors.FirstOrDefault(e => e.Message.Contains(expectedErrorMessage));
Assert.IsNotNull(err);
}
}
public void DataSplitDTO_GetRuleSetAt_SplitTypeIsIndexAndIsLessThan0_ValidateRulesReturnsTrue()
{
//------------Setup for test--------------------------
var dto = new DataSplitDTO { OutputVariable = "[[a]]", At = "-1", SplitType = DataSplitDTO.SplitTypeIndex };
//------------Execute Test---------------------------
Verify_RuleSet(dto, "At", " must be a real number");
}
public void DataSplitDTO_GetRuleSetAt_SplitTypeIsIndexAndIs0_ValidateRulesReturnsTrue()
{
//------------Setup for test--------------------------
var dto = new DataSplitDTO { OutputVariable = "[[a]]", At = "0", SplitType = DataSplitDTO.SplitTypeIndex };
//------------Execute Test---------------------------
Verify_RuleSet(dto, "At", null);
}
static DataSplitDesignerViewModel CreateViewModel()
{
var mi = ModelItemUtils.CreateModelItem(new DsfDataSplitActivity());
mi.SetProperty("DisplayName", "Split");
mi.SetProperty("SourceString", "a,b");
var dto = new DataSplitDTO("a]]", DataSplitDTO.SplitTypeIndex, "a", 0);
// ReSharper disable PossibleNullReferenceException
var miCollection = mi.Properties["ResultsCollection"].Collection;
miCollection.Add(dto);
// ReSharper restore PossibleNullReferenceException
var viewModel = new DataSplitDesignerViewModel(mi);
return viewModel;
}
public void DataSplitDTO_ConvertToOutputTO_OutputTOPropertiesInitialized()
{
//------------Setup for test--------------------------
var dto = new DataSplitDTO { OutputVariable = "[[h]]", OutList = new List<string>(new[] { "hello" }) };
//------------Execute Test---------------------------
var outputTO = dto.ConvertToOutputTO();
//------------Assert Results-------------------------
Assert.IsNotNull(outputTO);
Assert.AreEqual("[[h]]", outputTO.OutPutDescription);
Assert.AreSame(dto.OutList, outputTO.OutputStrings);
}
public void DataSplitDTO_GetRuleSetOutputVariable_IsNotNullOrEmpty_ValidateRulesReturnsFalse()
{
//------------Setup for test--------------------------
var dto = new DataSplitDTO { OutputVariable = "[[h&]]", At = "1" };
//------------Execute Test---------------------------
Verify_RuleSet(dto, "OutputVariable", "Variable name [[h&]] contains invalid character(s)");
}
public void DataSplitDTO_GetRuleSetAt_SplitTypeIsCharsAndExpressionIsInvalid_ValidateRulesReturnsFalse()
{
//------------Setup for test--------------------------
var dto = new DataSplitDTO { OutputVariable = "[[a]]", At = "h]]", SplitType = DataSplitDTO.SplitTypeChars };
//------------Execute Test---------------------------
Verify_RuleSet(dto, "At", "Invalid expression: opening and closing brackets don't match");
}
public void DataSplitDTO_IsEmpty_PropertiesAreNotEmpty_False()
{
//------------Setup for test--------------------------
var dto = new DataSplitDTO { OutputVariable = "xxx" };
//------------Execute Test---------------------------
var actual = dto.IsEmpty();
//------------Assert Results-------------------------
Assert.IsFalse(actual);
}
void Verify_IsEmpty(string splitType)
{
//------------Setup for test--------------------------
var dto = new DataSplitDTO { SplitType = splitType };
//------------Execute Test---------------------------
var actual = dto.IsEmpty();
//------------Assert Results-------------------------
Assert.IsTrue(actual);
}
public void DataSplitDTO_GetRuleSetOutputVariable_ExpressionIsValid_ValidateRulesReturnsTrue()
{
//------------Setup for test--------------------------
var dto = new DataSplitDTO { OutputVariable = "[[h]]" };
//------------Execute Test---------------------------
Verify_RuleSet(dto, "OutputVariable", null);
}
public void DataSplitDTO_GetRuleSetOutputVariable_ExpressionIsInvalid_ValidateRulesReturnsFalse()
{
//------------Setup for test--------------------------
var dto = new DataSplitDTO { OutputVariable = "h]]" };
//------------Execute Test---------------------------
Verify_RuleSet(dto, "OutputVariable", "Invalid expression: opening and closing brackets don't match");
}
public void DataSplitDTO_GetRuleSet_IsEmptyIsTrue_ValidateRulesReturnsTrue()
{
//------------Setup for test--------------------------
var dto = new DataSplitDTO();
//------------Execute Test---------------------------
Verify_RuleSet(dto, "OutputVariable", null);
Verify_RuleSet(dto, "At", null);
}
static void AddVariables(string variable, string splitType, string splitAt, bool include = false, string escape = "")
{
List<Tuple<string, string>> variableList;
ScenarioContext.Current.TryGetValue("variableList", out variableList);
if(variableList == null)
{
variableList = new List<Tuple<string, string>>();
ScenarioContext.Current.Add("variableList", variableList);
}
// variableList.Add(new Tuple<string, string>(variable, ""));
List<DataSplitDTO> splitCollection;
ScenarioContext.Current.TryGetValue("splitCollection", out splitCollection);
if(splitCollection == null)
{
splitCollection = new List<DataSplitDTO>();
ScenarioContext.Current.Add("splitCollection", splitCollection);
}
DataSplitDTO dto = new DataSplitDTO { OutputVariable = variable, SplitType = splitType, At = splitAt, EscapeChar = escape, Include = include };
splitCollection.Add(dto);
}
public void DataSplitDTO_GetRuleSetAt_SplitTypeIsCharsAndExpressionIsValid_ValidateRulesReturnsTrue()
{
//------------Setup for test--------------------------
var dto = new DataSplitDTO { OutputVariable = "[[a]]", At = "[[h]]", SplitType = DataSplitDTO.SplitTypeChars };
//------------Execute Test---------------------------
Verify_RuleSet(dto, "At", null);
}
public void DataSplitDesignerViewModel_ValidateCollectionItem_ValidatesPropertiesOfDTO()
{
//------------Setup for test--------------------------
var mi = ModelItemUtils.CreateModelItem(new DsfDataSplitActivity());
mi.SetProperty("DisplayName", "Split");
mi.SetProperty("SourceString", "a,b");
var dto = new DataSplitDTO("a]]", DataSplitDTO.SplitTypeIndex, "a", 0);
// ReSharper disable PossibleNullReferenceException
var miCollection = mi.Properties["ResultsCollection"].Collection;
var dtoModelItem = miCollection.Add(dto);
// ReSharper restore PossibleNullReferenceException
var viewModel = new DataSplitDesignerViewModel(mi);
viewModel.GetDatalistString = () =>
{
const string trueString = "True";
const string noneString = "None";
var datalist = string.Format("<DataList><var Description=\"\" IsEditable=\"{0}\" ColumnIODirection=\"{1}\" /><a Description=\"\" IsEditable=\"{0}\" ColumnIODirection=\"{1}\" /><b Description=\"\" IsEditable=\"{0}\" ColumnIODirection=\"{1}\" /><h Description=\"\" IsEditable=\"{0}\" ColumnIODirection=\"{1}\" /><r Description=\"\" IsEditable=\"{0}\" ColumnIODirection=\"{1}\" /><rec Description=\"\" IsEditable=\"{0}\" ColumnIODirection=\"{1}\" ><set Description=\"\" IsEditable=\"{0}\" ColumnIODirection=\"{1}\" /></rec></DataList>", trueString, noneString);
return datalist;
};
//------------Execute Test---------------------------
viewModel.Validate();
//------------Assert Results-------------------------
Assert.AreEqual(2, viewModel.Errors.Count);
StringAssert.Contains(viewModel.Errors[0].Message, "'Results' - Invalid expression: opening and closing brackets don't match");
Verify_IsFocused(dtoModelItem, viewModel.Errors[0].Do, "IsOutputVariableFocused");
StringAssert.Contains(viewModel.Errors[1].Message, "'Using' must be a real number");
Verify_IsFocused(dtoModelItem, viewModel.Errors[1].Do, "IsAtFocused");
}
public void DataSplitDTO_GetRuleSetAt_SplitTypeIsCharsAndIsEmpty_ValidateRulesReturnsFalse()
{
//------------Setup for test--------------------------
var dto = new DataSplitDTO { OutputVariable = "[[a]]", At = "", SplitType = DataSplitDTO.SplitTypeChars };
//------------Execute Test---------------------------
Verify_RuleSet(dto, "At", "cannot be empty");
}
public void DataSplitDTO_GetRuleSetOutputVariable_IsNotNullOrEmpty_ValidateRulesReturnsTrue()
{
//------------Setup for test--------------------------
var dto = new DataSplitDTO { OutputVariable = "[[h]]", At = "1" };
//------------Execute Test---------------------------
Verify_RuleSet(dto, "OutputVariable", null);
}
public void DataSplitDTO_ClearRow_PropertiesAreEmpty()
{
//------------Setup for test--------------------------
var dto = new DataSplitDTO { OutputVariable = "xxx", SplitType = DataSplitDTO.SplitTypeNone, Include = true, EscapeChar = "'" };
Assert.IsFalse(dto.IsEmpty());
//------------Execute Test---------------------------
dto.ClearRow();
//------------Assert Results-------------------------
Assert.IsTrue(dto.IsEmpty());
}