public void DoNotCreatePartialOutputFileIfExceptionDuringProcessWhenIndicated()
{
Assert.Throws <ArgumentException>(() => UpdateFile.Update(@"TestUpdateFiles\TestSubstitution5.xml", @"TestUpdateFiles\TestConfig1.xml"));
var fileName = @"TestUpdateFiles\TestConfig1.xml_partial";
Assert.False(File.Exists(fileName));
}
public void JsonTest_WithFilePath()
{
dynamic newJson = JObject.Parse(UpdateFile.Update(
@"TestUpdateFiles\TestSubstitution37.xml", @"TestUpdateFiles\TestJson01.json"
));
Assert.AreEqual("C:\\Temp", (string)newJson.Data);
}
public void SubstituteInNameSpacedFile()
{
var newConfig = XDocument.Parse(UpdateFile.Update(@"TestUpdateFiles\TestSubstitution3.xml", @"TestUpdateFiles\TestConfig2.xml"));
var nms = new XmlNamespaceManager(new NameTable());
nms.AddNamespace("c", "http://madeup.com");
Assert.AreEqual("newvalue", newConfig.XPathSelectElement("/c:root/c:value", nms).Value);
}
public void ChangeValueOfAttributeWithFixedSub()
{
var newConfig = XDocument.Parse(UpdateFile.Update(
@"TestUpdateFiles\TestSubstitution7.xml", @"TestUpdateFiles\TestConfig3.xml"
));
Assert.AreEqual("after", newConfig.XPathSelectElement("/root/value").Attribute("myAttr").Value);
}
public void CreatePartialOutputFileIfExceptionDuringProcessWhenIndicated()
{
Assert.Throws <NDjangoWrapper.NDjangoWrapperException>(() => UpdateFile.Update(@"TestUpdateFiles\TestSubstitution5.xml", @"TestUpdateFiles\TestConfig1.xml", outputFailureContext: true));
var fileName = @"TestUpdateFiles\TestConfig1.xml_partial";
Assert.IsTrue(File.Exists(fileName));
}
public void RemoveChildrenIfEmptyReplacementSpecified()
{
var newConfig = XDocument.Parse(UpdateFile.Update(
@"TestUpdateFiles\TestSubstitution8.xml", @"TestUpdateFiles\TestConfig3.xml"
));
Assert.AreEqual("", newConfig.XPathSelectElement("/root/value").Value);
}
public void DoNotChangeChildrenUnlessNewValueSpecified()
{
var newConfig = XDocument.Parse(UpdateFile.Update(
@"TestUpdateFiles\TestSubstitution7.xml", @"TestUpdateFiles\TestConfig3.xml"
));
Assert.AreEqual("oldValue", newConfig.XPathSelectElement("/root/value").Value);
}
public void RemoveAttributesIfSpecified()
{
var newConfig = XDocument.Parse(UpdateFile.Update(
@"TestUpdateFiles\TestSubstitution8.xml", @"TestUpdateFiles\TestConfig3.xml"
));
Assert.IsNull(newConfig.XPathSelectElement("/root/value").Attribute("duckAttr"));
}
public void CondensedChangeAttributeStructure()
{
var newConfig = XDocument.Parse(UpdateFile.Update(
@"TestUpdateFiles\TestSubstitution28.xml", @"TestUpdateFiles\TestConfig3.xml"
));
Assert.AreEqual("after", newConfig.XPathSelectElement("/root/value").Attribute("myAttr").Value);
}
public void DoNotRemoveAttributesUnlessSpecified()
{
var newConfig = XDocument.Parse(UpdateFile.Update(
@"TestUpdateFiles\TestSubstitution7.xml", @"TestUpdateFiles\TestConfig3.xml"
));
Assert.AreEqual("quack", newConfig.XPathSelectElement("/root/value").Attribute("duckAttr").Value);
}
public void InvalidSubstitutionXmlShouldThrow()
{
Assert.Throws <XmlSchemaValidationException>(() => XDocument.Parse(UpdateFile.Update(
@"TestUpdateFiles\TestSubstitution20.xml", @"TestUpdateFiles\TestConfig2.xml",
new Dictionary <string, object> {
{ "tagged", "after" }, { "Environment", "LOC" }
}
)));
}
public void EmptyChildContentWorks()
{
var newConfig = XDocument.Parse(UpdateFile.Update(
@"TestUpdateFiles\TestSubstitution16.xml", @"TestUpdateFiles\TestConfig1.xml", new Dictionary <string, object> {
{ "newValue", "after" }
}
));
Assert.IsTrue(newConfig.XPathSelectElements("/root/value/NewTag").Count() == 0);
}
public void SubstituteTaggedAttributeValue()
{
var newConfig = XDocument.Parse(UpdateFile.Update(
@"TestUpdateFiles\TestSubstitution9.xml", @"TestUpdateFiles\TestConfig3.xml", new Dictionary <string, object> {
{ "newValue", "after" }
}
));
Assert.AreEqual("after", newConfig.XPathSelectElement("/root/value").Attribute("myAttr").Value);
}
public void TagsOutsideSpecifiedXPathsUnchanged()
{
var newConfig = XDocument.Parse(UpdateFile.Update(
@"TestUpdateFiles\TestSubstitution9.xml", @"TestUpdateFiles\TestConfig3.xml", new Dictionary <string, object> {
{ "newValue", "after" }
}
));
Assert.AreEqual("{{ tagged }}", newConfig.XPathSelectElement("/root/myValue").Value);
}
public void SubstituteOldValueWithNewTaggedValue()
{
var newConfig = XDocument.Parse(UpdateFile.Update(
@"TestUpdateFiles\TestSubstitution4.xml", @"TestUpdateFiles\TestConfig1.xml", new Dictionary <string, object> {
{ "taggedReplacementContent", "newvalue" }
}.ToLazyTagDictionary()
));
Assert.AreEqual("newvalue", newConfig.XPathSelectElement("/root/value").Value);
}
public void PlainTextTemplatingWorks()
{
var newConfig = UpdateFile.Update(
@"TestUpdateFiles\TestSubstitution21.xml", @"TestUpdateFiles\PlainText01.txt",
new Dictionary <string, object> {
{ "tag", "after" }, { "Environment", "LOC" }
}.ToLazyTagDictionary());
Assert.IsTrue(newConfig.Contains("after"));
}
public void ReplaceFileWithTemplateWorks()
{
var newConfig = XDocument.Parse(UpdateFile.Update(
@"TestUpdateFiles\TestSubstitution10.xml", @"TestUpdateFiles\TestConfig2.xml", new Dictionary <string, object> {
{ "tagged", "after" }
}.ToLazyTagDictionary()
));
Assert.AreEqual("after", newConfig.XPathSelectElement("/root/myValue").Value);
}
public void AddChildContentWorks()
{
var newConfig = XDocument.Parse(UpdateFile.Update(
@"TestUpdateFiles\TestSubstitution15.xml", @"TestUpdateFiles\TestConfig1.xml", new Dictionary <string, object> {
{ "newValue", "after" }
}.ToLazyTagDictionary()
));
Assert.AreEqual(1, newConfig.XPathSelectElements("/root/value/NewTag").Count());
}
public void AppendAfterWorks()
{
var newConfig = XDocument.Parse(UpdateFile.Update(
@"TestUpdateFiles\TestSubstitution14.xml", @"TestUpdateFiles\TestConfig1.xml", new Dictionary <string, object> {
{ "newValue", "after" }
}
));
Assert.IsTrue(newConfig.Root.Descendants().Select(el => el.Name).Contains("NewTag"));
}
public void ConcatFilterWorks()
{
var newConfig = UpdateFile.Update(
@"TestUpdateFiles\TestSubstitution23.xml", @"TestUpdateFiles\PlainText03.txt",
new Dictionary <string, object> {
{ "tag", "<after>" }, { "Environment", "LOC" }
});
Assert.AreEqual("Some plain text. With a concat <after></after>.", newConfig);
}
public void Transform()
{
var config = TagDictionary.FromSources("ident", new Dictionary <TagSource, string> {
{ TagSource.XmlFileName, @"ApprovalTestFiles\Config.xml" }
});
var lazyConfig = new Lazy <TagDictionary>(() => config);
var result = XDocument.Parse(UpdateFile.Update(@"ApprovalTestFiles\Substitution.xml", @"ApprovalTestFiles\BaseFile.xml", lazyConfig));
Approvals.VerifyXml(result.ToString());
}
public void SubstituteOldValueWithNewTaggedXmlValue()
{
var newConfig = XDocument.Parse(UpdateFile.Update(
@"TestUpdateFiles\TestSubstitution5.xml", @"TestUpdateFiles\TestConfig1.xml", new Dictionary <string, object> {
{ "taggedReplacementContent", "newvalue" }
}
));
Assert.AreEqual("newvalue", newConfig.XPathSelectElement("/root/value").Descendants().First().Name.LocalName);
}
public void PlainTextWithEscaping()
{
var newConfig = UpdateFile.Update(
@"TestUpdateFiles\TestSubstitution22.xml", @"TestUpdateFiles\PlainText02.txt",
new Dictionary <string, object> {
{ "tag", "<after>" }, { "Environment", "LOC" }
});
Assert.AreEqual("Some plain text. With a {{ tag }}.", newConfig);
}
public void NDjangoFiltersAvailable()
{
var newConfig = XDocument.Parse(UpdateFile.Update(
@"TestUpdateFiles\TestSubstitution12.xml", @"TestUpdateFiles\TestConfig1.xml", new Dictionary <string, object> {
{ "newvalue", "AfTer" }
}
));
Assert.AreEqual("after", newConfig.XPathSelectElement("/root/value").Value);
}
public void PlainTextTemplatingWorksEvenWithXmlEscapableCharacters()
{
var newConfig = UpdateFile.Update(
@"TestUpdateFiles\TestSubstitution21.xml", @"TestUpdateFiles\PlainText01.txt",
new Dictionary <string, object> {
{ "tag", "<after>" }, { "Environment", "LOC" }
});
Assert.IsTrue(newConfig.Contains("<after>"));
}
public void NewFileWithTemplateWorks()
{
var newConfig = XDocument.Parse(UpdateFile.Update(
@"TestUpdateFiles\TestSubstitution11.xml", @"TestUpdateFiles\DoesntExist.xml", new Dictionary <string, object> {
{ "tagged", "after" }
}
));
Assert.AreEqual("after", newConfig.XPathSelectElement("/root/myValue").Value);
}
public void SubstituteOldValueWithNewLoopedTaggedXmlValuesAsXml()
{
var newConfig = XDocument.Parse(UpdateFile.Update(
@"TestUpdateFiles\TestSubstitution6.xml", @"TestUpdateFiles\TestConfig1.xml", new Dictionary <string, object>
{
{ "configList", new [] { "newvalue1", "newvalue2", "newvalue3" } }
}
));
Assert.AreEqual("", newConfig.XPathSelectElement("/root/value/newvalue1").Value);
}
public void SubstituteOldValueWithNewLoopedTaggedXmlValues()
{
var newConfig = XDocument.Parse(UpdateFile.Update(
@"TestUpdateFiles\TestSubstitution6.xml", @"TestUpdateFiles\TestConfig1.xml", new Dictionary <string, object>
{
{ "configList", new [] { "newvalue1", "newvalue2", "newvalue3" } }
}.ToLazyTagDictionary()
));
Assert.AreEqual(XElement.Parse("<value><newvalue1/><newvalue2 /><newvalue3/></value>").ToString(), newConfig.XPathSelectElement("/root/value").ToString());
}
public void TemplateAndChangesWork()
{
var newConfig = XDocument.Parse(UpdateFile.Update(
@"TestUpdateFiles\TestSubstitution18.xml", @"TestUpdateFiles\TestConfig2.xml", new Dictionary <string, object> {
{ "tagged", "after" }
}
));
Assert.AreEqual("after", newConfig.XPathSelectElement("/root/myValue").Value);
Assert.AreEqual("afterAttr", newConfig.XPathSelectElement("/root/myValue").Attribute("myAttr").Value);
}
public void MultipleChildContentWorks()
{
var newConfig = XDocument.Parse(UpdateFile.Update(
@"TestUpdateFiles\TestSubstitution17.xml", @"TestUpdateFiles\TestConfig1.xml", new Dictionary <string, object> {
{ "newValue", "after" }
}
));
Assert.AreEqual("1", newConfig.XPathSelectElements("/root/value/one").First().Value);
Assert.AreEqual("2", newConfig.XPathSelectElements("/root/value/two").First().Value);
}
