public static IOutputFormatter CreateOutputFormatter(IOutputDescription outputDescription, string rootNodeName)
{
IOutputFormatter outputFormatter;
if (outputDescription.Format == OutputFormats.ShapedXML)
{
outputFormatter = new ShapedXmlOutputFormatter(outputDescription, rootNodeName);
}
else
{
outputFormatter = null;
}
return outputFormatter;
}
public void FormatWithNestedEnumerablesInOutputDescriptionFromReferenceType_Expected_XmlWithRecordsetValues()
{
PocoTestData testData = GivenPocoWithParallelAndNestedEnumerables();
IDataSourceShape dataSourceShape = DataSourceShapeFactory.CreateDataSourceShape();
dataSourceShape.Paths.Add(new PocoPath("Name", "Name", "[[Names().RootName]]"));
dataSourceShape.Paths.Add(new PocoPath("EnumerableData().Name", "EnumerableData.Name", "[[Names().NameAtLevel1]]"));
dataSourceShape.Paths.Add(new PocoPath("EnumerableData().EnumerableData().Name", "EnumerableData.EnumerableData.Name", "[[Names().NameAtLevel2]]"));
IOutputDescription outputDescription = OutputDescriptionFactory.CreateOutputDescription(OutputFormats.ShapedXML);
outputDescription.DataSourceShapes.Add(dataSourceShape);
ShapedXmlOutputFormatter outputFormatter = new ShapedXmlOutputFormatter(outputDescription) { RootNodeName = "ADL" };
const string expected = @"<ADL>
<Names>
<RootName>Brendon</RootName>
<NameAtLevel1>Mo</NameAtLevel1>
<NameAtLevel2>Jayd</NameAtLevel2>
</Names>
<Names>
<RootName>Brendon</RootName>
<NameAtLevel1>Mo</NameAtLevel1>
<NameAtLevel2>Dan</NameAtLevel2>
</Names>
<Names>
<RootName>Brendon</RootName>
<NameAtLevel1>Mo</NameAtLevel1>
<NameAtLevel2>Warren</NameAtLevel2>
</Names>
<Names>
<RootName>Brendon</RootName>
<NameAtLevel1>Trav</NameAtLevel1>
<NameAtLevel2>Mark</NameAtLevel2>
</Names>
</ADL>";
string actual = outputFormatter.Format(testData).ToString();
Assert.AreEqual(expected, actual);
}
public void FormatWithNonExistantEnumerableInOutputDescriptionFromReferenceType_Expected_XmlWithEmptyRecordsetValues()
{
PocoTestData testData = GivenPocoWithParallelAndNestedEnumerables();
IDataSourceShape dataSourceShape = DataSourceShapeFactory.CreateDataSourceShape();
dataSourceShape.Paths.Add(new PocoPath("EnumerableData().CakeName", "EnumerableData.CakeName", "[[Names().CakeName]]"));
IOutputDescription outputDescription = OutputDescriptionFactory.CreateOutputDescription(OutputFormats.ShapedXML);
outputDescription.DataSourceShapes.Add(dataSourceShape);
ShapedXmlOutputFormatter outputFormatter = new ShapedXmlOutputFormatter(outputDescription) { RootNodeName = "ADL" };
const string expected = @"<ADL>
<Names>
<CakeName />
</Names>
<Names>
<CakeName />
</Names>
</ADL>";
string actual = outputFormatter.Format(testData).ToString();
Assert.AreEqual(expected, actual);
}
public void FormatWithUnrelatedAndNestedEnumerablesInOutputDescriptionFromXml_Expected_XmlWithRecordsetValues()
{
string testData = GivenXml();
IDataSourceShape dataSourceShape = DataSourceShapeFactory.CreateDataSourceShape();
dataSourceShape.Paths.Add(new XmlPath("Company:Name", "Company:Name", "[[Names().CompanyName]]"));
dataSourceShape.Paths.Add(new XmlPath("Company.Departments().Department:Name", "Company.Departments.Department:Name", "[[Names().DepartmentName]]"));
dataSourceShape.Paths.Add(new XmlPath("Company.Departments().Department.Employees().Person:Name", "Company.Departments.Department.Employees.Person:Name", "[[Names().EmployeeName]]"));
dataSourceShape.Paths.Add(new XmlPath("Company().InlineRecordSet", "Company().InlineRecordSet", "[[Names().InnerName]]"));
IOutputDescription outputDescription = OutputDescriptionFactory.CreateOutputDescription(OutputFormats.ShapedXML);
outputDescription.DataSourceShapes.Add(dataSourceShape);
ShapedXmlOutputFormatter outputFormatter = new ShapedXmlOutputFormatter(outputDescription) { RootNodeName = "ADL" };
const string expected = @"<ADL>
<Names>
<CompanyName>Dev2</CompanyName>
<DepartmentName>Dev</DepartmentName>
<EmployeeName>Brendon</EmployeeName>
<InnerName>
RandomData
</InnerName>
</Names>
<Names>
<CompanyName>Dev2</CompanyName>
<DepartmentName>Dev</DepartmentName>
<EmployeeName>Jayd</EmployeeName>
<InnerName>
RandomData1
</InnerName>
</Names>
<Names>
<CompanyName>Dev2</CompanyName>
<DepartmentName>Accounts</DepartmentName>
<EmployeeName>Bob</EmployeeName>
<InnerName></InnerName>
</Names>
<Names>
<CompanyName>Dev2</CompanyName>
<DepartmentName>Accounts</DepartmentName>
<EmployeeName>Joe</EmployeeName>
<InnerName></InnerName>
</Names>
</ADL>";
string actual = outputFormatter.Format(testData).ToString();
Assert.AreEqual(expected, actual);
}
public void FormatWithNonExistantEnumerableInOutputDescriptionFromXml_Expected_XmlWithEmptyRecordsetValues()
{
string testData = GivenXml();
IDataSourceShape dataSourceShape = DataSourceShapeFactory.CreateDataSourceShape();
dataSourceShape.Paths.Add(new XmlPath("Company.Departments().Department:CakeName", "Company.Departments.Department:CakeName", "[[Departments().CakeName]]"));
IOutputDescription outputDescription = OutputDescriptionFactory.CreateOutputDescription(OutputFormats.ShapedXML);
outputDescription.DataSourceShapes.Add(dataSourceShape);
ShapedXmlOutputFormatter outputFormatter = new ShapedXmlOutputFormatter(outputDescription) { RootNodeName = "ADL" };
const string expected = @"<ADL>
<Departments>
<CakeName></CakeName>
</Departments>
</ADL>";
string actual = outputFormatter.Format(testData).ToString();
Assert.AreEqual(expected, actual);
}
public void FormatWithUnrelatedEnumerablesInOutputDescriptionFromJson_Expected_XmlWithRecordsetValues()
{
string testData = GivenJson();
IDataSourceShape dataSourceShape = DataSourceShapeFactory.CreateDataSourceShape();
dataSourceShape.Paths.Add(new JsonPath("Name", "Name", "[[Names().CompanyName]]"));
dataSourceShape.Paths.Add(new JsonPath("Departments().Employees().Name", "Departments.Employees.Name", "[[Names().EmployeeName]]"));
dataSourceShape.Paths.Add(new JsonPath("PrimitiveRecordset()", "PrimitiveRecordset", "[[Names().InnerName]]"));
IOutputDescription outputDescription = OutputDescriptionFactory.CreateOutputDescription(OutputFormats.ShapedXML);
outputDescription.DataSourceShapes.Add(dataSourceShape);
ShapedXmlOutputFormatter outputFormatter = new ShapedXmlOutputFormatter(outputDescription) { RootNodeName = "ADL" };
const string expected = @"<ADL>
<Names>
<CompanyName>Dev2</CompanyName>
<EmployeeName>Brendon</EmployeeName>
<InnerName>
RandomData
,
RandomData1
</InnerName>
</Names>
<Names>
<CompanyName>Dev2</CompanyName>
<EmployeeName>Jayd</EmployeeName>
<InnerName></InnerName>
</Names>
<Names>
<CompanyName>Dev2</CompanyName>
<EmployeeName>Bob</EmployeeName>
<InnerName></InnerName>
</Names>
<Names>
<CompanyName>Dev2</CompanyName>
<EmployeeName>Joe</EmployeeName>
<InnerName></InnerName>
</Names>
</ADL>";
string actual = outputFormatter.Format(testData).ToString();
Assert.AreEqual(expected, actual);
}
public void FormatWithNonExistantNestedEnumerablesInOutputDescriptionFromJson_Expected_XmlWithEmptyRecordsetValues()
{
string testData = GivenJson();
IDataSourceShape dataSourceShape = DataSourceShapeFactory.CreateDataSourceShape();
dataSourceShape.Paths.Add(new JsonPath("Name", "Name", "[[Names().CompanyName]]"));
dataSourceShape.Paths.Add(new JsonPath("Departments().Name", "Departments.Name", "[[Names().DepartmentName]]"));
dataSourceShape.Paths.Add(new JsonPath("Departments().Employees().CakeName", "Departments.Employees.CakeName", "[[Names().EmployeeCakeName]]"));
IOutputDescription outputDescription = OutputDescriptionFactory.CreateOutputDescription(OutputFormats.ShapedXML);
outputDescription.DataSourceShapes.Add(dataSourceShape);
ShapedXmlOutputFormatter outputFormatter = new ShapedXmlOutputFormatter(outputDescription) { RootNodeName = "ADL" };
const string expected = @"<ADL>
<Names>
<CompanyName>Dev2</CompanyName>
<DepartmentName>Dev</DepartmentName>
<EmployeeCakeName></EmployeeCakeName>
</Names>
<Names>
<CompanyName>Dev2</CompanyName>
<DepartmentName>Dev</DepartmentName>
<EmployeeCakeName></EmployeeCakeName>
</Names>
<Names>
<CompanyName>Dev2</CompanyName>
<DepartmentName>Accounts</DepartmentName>
<EmployeeCakeName></EmployeeCakeName>
</Names>
<Names>
<CompanyName>Dev2</CompanyName>
<DepartmentName>Accounts</DepartmentName>
<EmployeeCakeName></EmployeeCakeName>
</Names>
</ADL>";
string actual = outputFormatter.Format(testData).ToString();
Assert.AreEqual(expected, actual);
}
public void FormatWithScalarInOutputDescriptionFromXml_Expected_XmlWithScalarValue()
{
string testData = GivenXml();
IDataSourceShape dataSourceShape = DataSourceShapeFactory.CreateDataSourceShape();
dataSourceShape.Paths.Add(new XmlPath("Company:Name", "Company:Name", "[[Name]]"));
IOutputDescription outputDescription = OutputDescriptionFactory.CreateOutputDescription(OutputFormats.ShapedXML);
outputDescription.DataSourceShapes.Add(dataSourceShape);
ShapedXmlOutputFormatter outputFormatter = new ShapedXmlOutputFormatter(outputDescription) { RootNodeName = "ADL" };
const string expected = @"<ADL>
<Name>Dev2</Name>
</ADL>";
string actual = outputFormatter.Format(testData).ToString();
Assert.AreEqual(expected, actual);
}
public void FormatWithNonExistantScalarInOutputDescriptionFromJson_Expected_XmlWithEmptycalarValue()
{
string testData = GivenJson();
IDataSourceShape dataSourceShape = DataSourceShapeFactory.CreateDataSourceShape();
dataSourceShape.Paths.Add(new JsonPath("CakeName", "CakeName", "[[CakeName]]"));
IOutputDescription outputDescription = OutputDescriptionFactory.CreateOutputDescription(OutputFormats.ShapedXML);
outputDescription.DataSourceShapes.Add(dataSourceShape);
ShapedXmlOutputFormatter outputFormatter = new ShapedXmlOutputFormatter(outputDescription) { RootNodeName = "ADL" };
const string expected = @"<ADL>
<CakeName></CakeName>
</ADL>";
string actual = outputFormatter.Format(testData).ToString();
Assert.AreEqual(expected, actual);
}
public void FormatWithMultipleOutputExpressionsInOutputDescriptionFromReferenceType_Expected_XmlWithRecordsetValuesAndAScalarValue()
{
PocoTestData testData = GivenPocoWithParallelAndNestedEnumerables();
IDataSourceShape dataSourceShape = DataSourceShapeFactory.CreateDataSourceShape();
dataSourceShape.Paths.Add(new PocoPath("Name", "Name", "[[ScalarName]]"));
dataSourceShape.Paths.Add(new PocoPath("EnumerableData().Name", "EnumerableData.Name", "[[Names().NameAtLevel1a]]"));
dataSourceShape.Paths.Add(new PocoPath("EnumerableData().EnumerableData().Name", "EnumerableData.EnumerableData.Name", "[[Names().NameAtLevel2a]]"));
dataSourceShape.Paths.Add(new PocoPath("EnumerableData1().Name", "EnumerableData1.Name", "[[OtherNames().Name]]"));
IOutputDescription outputDescription = OutputDescriptionFactory.CreateOutputDescription(OutputFormats.ShapedXML);
outputDescription.DataSourceShapes.Add(dataSourceShape);
ShapedXmlOutputFormatter outputFormatter = new ShapedXmlOutputFormatter(outputDescription) { RootNodeName = "ADL" };
const string expected = @"<ADL>
<ScalarName>Brendon</ScalarName>
<Names>
<NameAtLevel1a>Mo</NameAtLevel1a>
<NameAtLevel2a>Jayd</NameAtLevel2a>
</Names>
<Names>
<NameAtLevel1a>Mo</NameAtLevel1a>
<NameAtLevel2a>Dan</NameAtLevel2a>
</Names>
<Names>
<NameAtLevel1a>Mo</NameAtLevel1a>
<NameAtLevel2a>Warren</NameAtLevel2a>
</Names>
<Names>
<NameAtLevel1a>Trav</NameAtLevel1a>
<NameAtLevel2a>Mark</NameAtLevel2a>
</Names>
<OtherNames>
<Name>Franco</Name>
</OtherNames>
<OtherNames>
<Name>Taryn</Name>
</OtherNames>
<OtherNames>
<Name>Melissa</Name>
</OtherNames>
<OtherNames>
<Name>Melanie</Name>
</OtherNames>
<OtherNames>
<Name>Justin</Name>
</OtherNames>
</ADL>";
string actual = outputFormatter.Format(testData).ToString();
Assert.AreEqual(expected, actual);
}
public void FormatWithMultipleOutputExpressionsInOutputDescriptionFromJson_Expected_XmlWithRecordsetValuesAndAScalarValue()
{
string testData = GivenJson();
IDataSourceShape dataSourceShape = DataSourceShapeFactory.CreateDataSourceShape();
dataSourceShape.Paths.Add(new JsonPath("Name", "Name", "[[ScalarName]]"));
dataSourceShape.Paths.Add(new JsonPath("Departments().Name", "Departments.Name", "[[Names().DepartmentName]]"));
dataSourceShape.Paths.Add(new JsonPath("Departments().Employees().Name", "Departments.Employees.Name", "[[Names().EmployeeName]]"));
dataSourceShape.Paths.Add(new JsonPath("PrimitiveRecordset()", "PrimitiveRecordset", "[[OtherNames().Name]]"));
IOutputDescription outputDescription = OutputDescriptionFactory.CreateOutputDescription(OutputFormats.ShapedXML);
outputDescription.DataSourceShapes.Add(dataSourceShape);
ShapedXmlOutputFormatter outputFormatter = new ShapedXmlOutputFormatter(outputDescription) { RootNodeName = "ADL" };
const string expected = @"<ADL>
<ScalarName>Dev2</ScalarName>
<Names>
<DepartmentName>Dev</DepartmentName>
<EmployeeName>Brendon</EmployeeName>
</Names>
<Names>
<DepartmentName>Dev</DepartmentName>
<EmployeeName>Jayd</EmployeeName>
</Names>
<Names>
<DepartmentName>Accounts</DepartmentName>
<EmployeeName>Bob</EmployeeName>
</Names>
<Names>
<DepartmentName>Accounts</DepartmentName>
<EmployeeName>Joe</EmployeeName>
</Names>
<OtherNames>
<Name>
RandomData
</Name>
</OtherNames>
<OtherNames>
<Name>
RandomData1
</Name>
</OtherNames>
</ADL>";
string actual = outputFormatter.Format(testData).ToString();
Assert.AreEqual(expected, actual);
}
public void FormatWithEnumerableInOutputDescriptionFromJson_Expected_XmlWithRecordsetValues()
{
string testData = GivenJson();
IDataSourceShape dataSourceShape = DataSourceShapeFactory.CreateDataSourceShape();
dataSourceShape.Paths.Add(new JsonPath("Departments().Name", "Departments.Name", "[[Departments().Name]]"));
IOutputDescription outputDescription = OutputDescriptionFactory.CreateOutputDescription(OutputFormats.ShapedXML);
outputDescription.DataSourceShapes.Add(dataSourceShape);
ShapedXmlOutputFormatter outputFormatter = new ShapedXmlOutputFormatter(outputDescription);
outputFormatter.RootNodeName = "ADL";
string expected = @"<ADL>
<Departments>
<Name>Dev</Name>
</Departments>
<Departments>
<Name>Accounts</Name>
</Departments>
</ADL>";
string actual = outputFormatter.Format(testData).ToString();
Assert.AreEqual(expected, actual);
}
public void FormatWithScalarInOutputDescriptionFromReferenceType_Expected_XmlWithScalarValue()
{
PocoTestData testData = GivenPocoWithParallelAndNestedEnumerables();
IDataSourceShape dataSourceShape = DataSourceShapeFactory.CreateDataSourceShape();
dataSourceShape.Paths.Add(new PocoPath("Name", "Name", "[[Name]]"));
IOutputDescription outputDescription = OutputDescriptionFactory.CreateOutputDescription(OutputFormats.ShapedXML);
outputDescription.DataSourceShapes.Add(dataSourceShape);
ShapedXmlOutputFormatter outputFormatter = new ShapedXmlOutputFormatter(outputDescription);
outputFormatter.RootNodeName = "ADL";
string expected = @"<ADL>
<Name>Brendon</Name>
</ADL>";
string actual = outputFormatter.Format(testData).ToString();
Assert.AreEqual(expected, actual);
}
public void FormatWithUnrelatedEnumerablesInOutputDescriptionFromReferenceType_Expected_XmlWithRecordsetValues()
{
PocoTestData testData = GivenPocoWithParallelAndNestedEnumerables();
IDataSourceShape dataSourceShape = DataSourceShapeFactory.CreateDataSourceShape();
dataSourceShape.Paths.Add(new PocoPath("Name", "Name", "[[Names().RootName]]"));
dataSourceShape.Paths.Add(new PocoPath("EnumerableData().Name", "EnumerableData.Name", "[[Names().NameAtLevel1a]]"));
dataSourceShape.Paths.Add(new PocoPath("EnumerableData1().Name", "EnumerableData1.Name", "[[Names().NameAtLevel1b]]"));
IOutputDescription outputDescription = OutputDescriptionFactory.CreateOutputDescription(OutputFormats.ShapedXML);
outputDescription.DataSourceShapes.Add(dataSourceShape);
ShapedXmlOutputFormatter outputFormatter = new ShapedXmlOutputFormatter(outputDescription);
outputFormatter.RootNodeName = "ADL";
string expected = @"<ADL>
<Names>
<RootName>Brendon</RootName>
<NameAtLevel1a>Mo</NameAtLevel1a>
<NameAtLevel1b>Franco</NameAtLevel1b>
</Names>
<Names>
<RootName>Brendon</RootName>
<NameAtLevel1a>Trav</NameAtLevel1a>
<NameAtLevel1b>Taryn</NameAtLevel1b>
</Names>
<Names>
<RootName>Brendon</RootName>
<NameAtLevel1a></NameAtLevel1a>
<NameAtLevel1b>Melissa</NameAtLevel1b>
</Names>
<Names>
<RootName>Brendon</RootName>
<NameAtLevel1a></NameAtLevel1a>
<NameAtLevel1b>Melanie</NameAtLevel1b>
</Names>
<Names>
<RootName>Brendon</RootName>
<NameAtLevel1a></NameAtLevel1a>
<NameAtLevel1b>Justin</NameAtLevel1b>
</Names>
</ADL>";
string actual = outputFormatter.Format(testData).ToString();
Assert.AreEqual(expected, actual);
}
