public void ProjectPropertyGroupElementModify()
{
var pair = GetNewInMemoryProject("temp.prj");
var xmlPair = new ProjectXmlPair(pair);
var propGrp = xmlPair.AddNewLabeledChaildWithVerify<ProjectPropertyGroupElement>(ObjectType.View, "grp", (p, l) => p.AddPropertyGroup());
Assert.Empty(propGrp.View.Properties);
Assert.Empty(propGrp.View.PropertiesReversed);
propGrp.Add2NewChildrenWithVerify<ProjectPropertyElement>("prop", (pg, n) => pg.AddProperty(n, $"value{n}"), (p, n) => p.Name == n, out var prop1, out var prop2);
Assert.Equal(2, propGrp.View.Properties.Count);
Assert.Equal(2, propGrp.View.PropertiesReversed.Count);
// set prop will add them if they dont exist
propGrp.Add2NewChildrenWithVerify<ProjectPropertyElement>("setnewprop", (pg, n) => pg.SetProperty(n, $"value{n}"), (p, n) => p.Name == n, out var setNewProp1, out var setNewProp2);
Assert.Equal(4, propGrp.View.Properties.Count);
Assert.Equal(4, propGrp.View.PropertiesReversed.Count);
// Add Prop will add them even if they do already exist.
propGrp.Add2NewChildrenWithVerify<ProjectPropertyElement>("prop" /*same name*/, (pg, n) => pg.AddProperty(n, $"value2{n}"), (p, n) => p.Value == $"value2{n}", out var prop1_2, out var prop2_2);
Assert.Equal(6, propGrp.View.Properties.Count);
Assert.Equal(6, propGrp.View.PropertiesReversed.Count);
prop1_2.VerifyNotSame(prop1);
prop2_2.VerifyNotSame(prop2);
// set prop will override them if they do.
propGrp.Add2NewChildrenWithVerify<ProjectPropertyElement>("setnewprop" /*same name*/, (pg, n) => pg.SetProperty(n, $"value2{n}"), (p, n) => p.Value == $"value2{n}", out var setNewProp1_2, out var setNewProp2_2);
Assert.Equal(6, propGrp.View.Properties.Count);
Assert.Equal(6, propGrp.View.PropertiesReversed.Count);
setNewProp1_2.VerifySame(setNewProp1);
setNewProp2_2.VerifySame(setNewProp2);
}
public void ProjectOtherwiseElementModify()
{
var pair = GetNewInMemoryProject("temp.prj");
var xmlPair = new ProjectXmlPair(pair);
var choose = xmlPair.AppendNewChaildWithVerify<ProjectChooseElement>(ObjectType.View, "choose", (p, s) => p.CreateChooseElement(), (p, s) => true);
var otherwise = choose.AppendNewChaildWithVerify<ProjectOtherwiseElement>(ObjectType.View, "when", (p, s) => p.CreateOtherwiseElement(), (p, s) => true);
Assert.Empty(otherwise.View.ChooseElements);
otherwise.Append2NewLabeledChildrenWithVerify<ProjectChooseElement>("choose", (p, l) => p.CreateChooseElement(), out var choose1, out var choose2);
Assert.Equal(2, otherwise.View.ChooseElements.Count);
Assert.Empty(otherwise.View.ItemGroups);
otherwise.Append2NewLabeledChildrenWithVerify<ProjectItemGroupElement>("itemGroup", (p, l) => p.CreateItemGroupElement(), out var itemGroup1, out var itemGroup2);
Assert.Equal(2, otherwise.View.ItemGroups.Count);
Assert.Empty(otherwise.View.PropertyGroups);
otherwise.Append2NewLabeledChildrenWithVerify<ProjectPropertyGroupElement>("propGroup", (p, l) => p.CreatePropertyGroupElement(), out var propGroup1, out var propGroup2);
Assert.Equal(2, otherwise.View.PropertyGroups.Count);
otherwise.Verify(); // will verify all collections.
otherwise.View.RemoveChild(choose2.View);
Assert.Equal(1, otherwise.View.ChooseElements.Count);
otherwise.Real.RemoveChild(choose1.Real);
Assert.Empty(otherwise.View.ChooseElements);
otherwise.View.RemoveChild(itemGroup2.View);
Assert.Equal(1, otherwise.View.ItemGroups.Count);
otherwise.View.RemoveChild(propGroup2.View);
Assert.Equal(1, otherwise.View.PropertyGroups.Count);
otherwise.Verify();
}
public void ProjectUsingTaskElementModify()
{
var pair = GetNewInMemoryProject("temp.prj");
var xmlPair = new ProjectXmlPair(pair);
var usingTaskFile = xmlPair.AddNewChaildWithVerify<ProjectUsingTaskElement>(ObjectType.View, "NewUsingTask", (p, n) => p.AddUsingTask(n, "assemblyFile", null), (ut, n) => true);
usingTaskFile.VerifySetter("newArgch", (ut) => ut.Architecture, (ut, v) => ut.Architecture = v);
usingTaskFile.VerifySetter("newTaskFactory", (ut) => ut.TaskFactory, (ut, v) => ut.TaskFactory = v);
usingTaskFile.VerifySetter("newTaskName", (ut) => ut.TaskName, (ut, v) => ut.TaskName = v);
// this was double rename - validate overal integrity.
usingTaskFile.VerifySame(xmlPair.QuerySingleChildrenWithValidation<ProjectUsingTaskElement>((ut) => true));
usingTaskFile.VerifySetter("newAssemblyPath", (ut) => ut.AssemblyFile, (ut, v) => ut.AssemblyFile = v);
Assert.ThrowsAny<InvalidOperationException>(() => usingTaskFile.View.AssemblyName = "xxx");
usingTaskFile.VerifySetter("newRuntime", (ut) => ut.Runtime, (ut, v) => ut.Runtime = v);
Assert.Null(usingTaskFile.View.TaskBody);
var body = usingTaskFile.AddNewChaildWithVerify<ProjectUsingTaskBodyElement>(ObjectType.View, "eval", (ut, e) => ut.AddUsingTaskBody(e, "body"), (ut, e) => true);
Assert.Same(body.View, usingTaskFile.View.TaskBody);
Assert.Same(body.Real, usingTaskFile.Real.TaskBody);
Assert.Null(usingTaskFile.View.ParameterGroup);
var pg = usingTaskFile.AddNewChaildWithVerify<UsingTaskParameterGroupElement>(ObjectType.View, "pg", (ut, e) => ut.AddParameterGroup(), (ut, e) => true);
Assert.Same(pg.View, usingTaskFile.View.ParameterGroup);
Assert.Same(pg.Real, usingTaskFile.Real.ParameterGroup);
xmlPair.View.RemoveChild(usingTaskFile.View);
var usingTaskName = xmlPair.AddNewChaildWithVerify<ProjectUsingTaskElement>(ObjectType.View, "NewUsingTask", (p, n) => p.AddUsingTask(n, null, "assemblyName"), (ut, n) => true);
usingTaskName.VerifySetter("newAssemblyName", (ut) => ut.AssemblyName, (ut, v) => ut.AssemblyName = v);
Assert.ThrowsAny<InvalidOperationException>(() => usingTaskName.View.AssemblyFile = "xxx");
}
public static ElementLinkPair <CT> CreateFromView <CT>(CT view, ProjectXmlPair pre = null)
where CT : ProjectElement
{
var real = ViewValidation.GetRealObject(view);
return(new ElementLinkPair <CT>(pre, view, real));
}
public void ProjectOutputElementModify()
{
var pair = GetNewInMemoryProject("temp.prj");
var xmlPair = new ProjectXmlPair(pair);
var newTarget = xmlPair.AddNewChaildWithVerify<ProjectTargetElement>(ObjectType.View, "TargetToTestTask", (p, n) => p.AddTarget(n), (t, n) => string.Equals(t.Name, n));
var newTask = newTarget.AddNewNamedChaildWithVerify<ProjectTaskElement>(ObjectType.Real, "NewTaskName", (t, n) => t.AddTask(n));
const string NewOutputItem = "NewOutputItem";
const string ItemType = "CPPSource";
var newOutputItem = newTask.AddNewChaildWithVerify<ProjectOutputElement>(ObjectType.View, NewOutputItem, (t, n) => t.AddOutputItem(n, ItemType), (oi, n) => oi.TaskParameter == n);
Assert.True(newOutputItem.View.IsOutputItem);
Assert.False(newOutputItem.View.IsOutputProperty);
const string NewOutputProperty = "NewOutputProperty";
const string PropertyName = "OutputPropName";
var newOutputProp = newTask.AddNewChaildWithVerify<ProjectOutputElement>(ObjectType.View, NewOutputProperty, (t, n) => t.AddOutputProperty(n, PropertyName), (oi, n) => oi.TaskParameter == n);
Assert.False(newOutputProp.View.IsOutputItem);
Assert.True(newOutputProp.View.IsOutputProperty);
newOutputItem.VerifySetter(NewOutputItem.Ver(1), (o) => o.TaskParameter, (o, v) => o.TaskParameter = v);
newOutputProp.VerifySetter(NewOutputProperty.Ver(1), (o) => o.TaskParameter, (o, v) => o.TaskParameter = v);
newOutputItem.VerifySetter(ItemType.Ver(1), (o) => o.ItemType, (o, v) => o.ItemType = v);
Assert.ThrowsAny<InvalidOperationException>(() => newOutputProp.View.ItemType = "foo");
newOutputProp.VerifySetter(PropertyName.Ver(1), (o) => o.PropertyName, (o, v) => o.PropertyName = v);
Assert.ThrowsAny<InvalidOperationException>(() => newOutputItem.View.PropertyName = "foo");
}
public void ProjectExtensionsElementModify()
{
var pair = GetNewInMemoryProject("temp.prj");
var xmlPair = new ProjectXmlPair(pair);
var extensionXml = xmlPair.AppendNewChaildWithVerify<ProjectExtensionsElement>(ObjectType.View, "ext", (p, s) => p.CreateProjectExtensionsElement(), (pe, s) => true);
extensionXml.VerifySetter("bla bla bla", (e) => e.Content, (e, v) => e.Content = v);
}
public void ProjectOnErrorElementModify()
{
var pair = GetNewInMemoryProject("temp.prj");
var xmlPair = new ProjectXmlPair(pair);
var newTarget = xmlPair.AddNewChaildWithVerify<ProjectTargetElement>(ObjectType.View, "TargetToTestTask", (p, n) => p.AddTarget(n), (t, n) => string.Equals(t.Name, n));
var onErr = newTarget.AppendNewChaildWithVerify<ProjectOnErrorElement>(ObjectType.View, "errTarget", (p, et) => p.CreateOnErrorElement(et), (oe, et) => oe.ExecuteTargetsAttribute == et);
onErr.VerifySetter("newErrTargt", (e) => e.ExecuteTargetsAttribute, (e, v) => e.ExecuteTargetsAttribute = v);
}
public void ProjectItemDefinitionGroupElementModify()
{
var pair = GetNewInMemoryProject("temp.prj");
var xmlPair = new ProjectXmlPair(pair);
var itemDefGrp = xmlPair.AddNewChaildWithVerify<ProjectItemDefinitionGroupElement>(ObjectType.View, "grp", (p, s) => p.AddItemDefinitionGroup(), (pe, s) => true);
Assert.Empty(itemDefGrp.View.ItemDefinitions);
itemDefGrp.Add2NewChildrenWithVerify<ProjectItemDefinitionElement>("src", (idg, it) => idg.AddItemDefinition(it), (id, n) => id.ItemType == n, out var itemDef1, out var itemDef2);
Assert.Equal(2, itemDefGrp.View.ItemDefinitions.Count);
}
public void ProjectImportGroupElementModify()
{
var pair = GetNewInMemoryProject("temp.prj");
var xmlPair = new ProjectXmlPair(pair);
var importGroup = xmlPair.AddNewChaildWithVerify<ProjectImportGroupElement>(ObjectType.View, "import", (p, s) => p.AddImportGroup(), (pe, s) => true);
Assert.Empty(importGroup.View.Imports);
importGroup.Add2NewChildrenWithVerify<ProjectImportElement>("projFile", (ig, prj) => ig.AddImport(prj), (i, prj) => i.Project == prj, out var imp1, out var imp2);
Assert.Equal(2, importGroup.View.Imports.Count);
}
public void ProjectPropertyElementModify()
{
var pair = GetNewInMemoryProject("temp.prj");
var xmlPair = new ProjectXmlPair(pair);
var propGrp = xmlPair.AddNewLabeledChaildWithVerify<ProjectPropertyGroupElement>(ObjectType.View, "grp", (p, l) => p.AddPropertyGroup());
var prop = propGrp.AddNewChaildWithVerify<ProjectPropertyElement>(ObjectType.View, "prop", (pg, n) => pg.AddProperty(n, $"value{n}"), (p, n) => p.Name == n);
prop.VerifySetter("newValue", (p) => p.Value, (p, v) => p.Value = v);
prop.VerifySetter("newName", (p) => p.Name, (p, v) => p.Name = v);
xmlPair.Verify(); // after rename
}
public void ProjectImportElementModify()
{
var pair = GetNewInMemoryProject("temp.prj");
var xmlPair = new ProjectXmlPair(pair);
var import = xmlPair.AddNewChaildWithVerify<ProjectImportElement>(ObjectType.View, "import", (p, s) => p.AddImport(s), (pe, s) => true);
import.VerifySetter("newImport", (pi) => pi.Project, (pi, v) => pi.Project = v);
import.VerifySetter("newSdk", (pi) => pi.Sdk, (pi, v) => pi.Sdk = v);
import.VerifySetter("newVer", (pi) => pi.Version, (pi, v) => pi.Version = v);
import.VerifySetter("newMinVer", (pi) => pi.MinimumVersion, (pi, v) => pi.MinimumVersion = v);
}
private void CloneAndAddInternal(ProjectRootElement sourceProject)
{
bool externalSource = sourceProject != null;
var projectPair = GetNewInMemoryProject("Clone", TestCollectionGroup.BigProjectFile);
var xmlPair = new ProjectXmlPair(projectPair);
Assert.True(xmlPair.View.HasUnsavedChanges);
xmlPair.View.Save();
Assert.False(xmlPair.View.HasUnsavedChanges);
sourceProject ??= xmlPair.View;
// var existingItemGroup1 = sourceProject.QuerySingleChildrenWithValidation<ProjectItemGroupElement>((ig) => ig.Label == "Group1");
var existingItemGroupList = sourceProject.AllChildren.OfType <ProjectItemGroupElement>().Where((ig) => ig.Label == "Group1").ToList();
Assert.Single(existingItemGroupList);
var existingItemGroup = existingItemGroupList[0];
var cloned = (ProjectItemGroupElement)existingItemGroup.Clone();
Assert.NotSame(cloned, existingItemGroup);
Assert.False(sourceProject.HasUnsavedChanges);
var sourceIsALink = ViewValidation.IsLinkedObject(sourceProject);
ViewValidation.VerifyNotNull(cloned, sourceIsALink);
if (externalSource)
{
Assert.ThrowsAny <InvalidOperationException>(() => xmlPair.View.AppendChild(cloned));
}
else
{
var clonedPair = xmlPair.CreateFromView(cloned);
xmlPair.QueryChildrenWithValidation <ProjectItemGroupElement>((ig) => ig == cloned || ig == clonedPair.Real, 0);
xmlPair.View.AppendChild(cloned);
Assert.True(xmlPair.View.HasUnsavedChanges);
Assert.True(xmlPair.Real.HasUnsavedChanges);
clonedPair.VerifySame(xmlPair.QuerySingleChildrenWithValidation <ProjectItemGroupElement>((ig) => ig == clonedPair.View || ig == clonedPair.Real));
xmlPair.QueryChildrenWithValidation <ProjectItemGroupElement>((ig) => ig.Label == "Group1", 2);
clonedPair.VerifySetter("Group2", (g) => g.Label, (g, v) => g.Label = v);
xmlPair.Verify();
Assert.Equal("Group1", existingItemGroup.Label);
}
}
public void ProjectUsingTaskBodyElementModify()
{
var pair = GetNewInMemoryProject("temp.prj");
var xmlPair = new ProjectXmlPair(pair);
var usingTask = xmlPair.AddNewChaildWithVerify<ProjectUsingTaskElement>(ObjectType.View, "NewUsingTask", (p, n) => p.AddUsingTask(n, "assemblyFile", null), (ut, n) => true);
// to add task body we need usingTask with factory.
usingTask.VerifySetter("TaskFactory", (ut) => ut.TaskFactory, (ut, v) => ut.TaskFactory = v);
var taskBody = usingTask.AddNewChaildWithVerify<ProjectUsingTaskBodyElement>(ObjectType.View, "eval", (ut, e) => ut.AddUsingTaskBody(e, "body"), (ut, e) => true);
taskBody.VerifySetter("newBody", (tb) => tb.TaskBody, (tb, v) => tb.TaskBody = v);
taskBody.VerifySetter("newEval", (tb) => tb.Evaluate, (tb, v) => tb.Evaluate = v);
}
public void ProjectUsingTaskParameterElementModify()
{
var pair = GetNewInMemoryProject("temp.prj");
var xmlPair = new ProjectXmlPair(pair);
var usingTask = xmlPair.AddNewChaildWithVerify<ProjectUsingTaskElement>(ObjectType.View, "NewUsingTask", (p, n) => p.AddUsingTask(n, "assemblyFile", null), (ut, n) => true);
usingTask.VerifySetter("TaskFactory", (ut) => ut.TaskFactory, (ut, v) => ut.TaskFactory = v);
var taskParamGroup = usingTask.AddNewChaildWithVerify<UsingTaskParameterGroupElement>(ObjectType.View, "pg", (ut, e) => ut.AddParameterGroup(), (ut, e) => true);
var paraElement = taskParamGroup.AddNewNamedChaildWithVerify<ProjectUsingTaskParameterElement>(ObjectType.View, "param", (tpg, n) => tpg.AddParameter(n));
paraElement.VerifySetter("newName", (pe) => pe.Name, (pe, v) => pe.Name = v);
paraElement.VerifySetter("newParaType", (pe) => pe.ParameterType, (pe, v) => pe.ParameterType = v);
paraElement.VerifySetter("newOutput", (pe) => pe.Output, (pe, v) => pe.Output = v);
paraElement.VerifySetter("newRequired", (pe) => pe.Required, (pe, v) => pe.Required = v);
}
public void ProjectItemElementModify()
{
var pair = GetNewInMemoryProject("temp.prj");
var xmlPair = new ProjectXmlPair(pair);
var target = xmlPair.AddNewChaildWithVerify<ProjectTargetElement>(ObjectType.View, "NewTarget", (p, n) => p.AddTarget(n), (t, n) => string.Equals(t.Name, n));
var itemGrp = target.AddNewLabeledChaildWithVerify<ProjectItemGroupElement>(ObjectType.View, "tagetigrp", (p, s) => p.AddItemGroup());
var itemInTargt = itemGrp.AddNewChaildWithVerify<ProjectItemElement>(ObjectType.View, "targetfile.cs", (p, s) => p.AddItem("cs", s), (pe, s) => pe.Include == s);
var item = xmlPair.AddNewChaildWithVerify<ProjectItemElement>(ObjectType.View, "file.cpp", (p, s) => p.AddItem("cpp", s), (pe, s) => pe.Include == s);
item.VerifySetter("newInclude", (i) => i.Include, (i, v) => i.Include = v);
item.VerifySetter("newExclude", (i) => i.Exclude, (i, v) => i.Exclude = v);
item.VerifySetter("newType", (i) => i.ItemType, (i, v) => i.ItemType = v);
xmlPair.Verify(); // verify rename, thoroughly.
Assert.ThrowsAny<InvalidOperationException>(() => item.View.Remove = "xx"); // Include/Update/Remove are exclusive
Assert.ThrowsAny<InvalidOperationException>(() => item.View.Update = "xx"); // Include/Update/Remove are exclusive
item.View.Include = null;
item.VerifySetter("newRemove", (i) => i.Remove, (i, v) => i.Remove = v);
Assert.ThrowsAny<InvalidOperationException>(() => item.View.Include = "xx"); // Include/Update/Remove are exclusive
Assert.ThrowsAny<InvalidOperationException>(() => item.View.Update = "xx"); // Include/Update/Remove are exclusive
item.View.Remove = null;
item.VerifySetter("newUpdate", (i) => i.Update, (i, v) => i.Update = v);
Assert.ThrowsAny<InvalidOperationException>(() => item.View.Include = "xx"); // Include/Update/Remove are exclusive
Assert.ThrowsAny<InvalidOperationException>(() => item.View.Remove = "xx"); // Include/Update/Remove are exclusive
// only for items inside "Target"
Assert.ThrowsAny<InvalidOperationException>(() => item.View.KeepMetadata = "xx");
Assert.ThrowsAny<InvalidOperationException>(() => item.View.KeepDuplicates = "xx");
Assert.ThrowsAny<InvalidOperationException>(() => item.View.RemoveMetadata = "xx");
Assert.False(item.View.HasMetadata);
Assert.Empty(item.View.Metadata);
item.Add2NewChildrenWithVerify<ProjectMetadataElement>("mshort", (id, n) => id.AddMetadata(n, $"value{n}"), (md, n) => md.Name == n, out var mdShort1, out var mdShort2);
Assert.Equal(2, item.View.Metadata.Count);
item.Add2NewChildrenWithVerify<ProjectMetadataElement>("mlong", (id, n) => id.AddMetadata(n, $"value{n}", false), (md, n) => md.Name == n, out var mdLong1, out var mdLong2);
Assert.Equal(4, item.View.Metadata.Count);
item.Add2NewChildrenWithVerify<ProjectMetadataElement>("mlongAttrib", (id, n) => id.AddMetadata(n, $"value{n}", true), (md, n) => md.Name == n, out var mdAttrib1, out var mdAttrib2);
Assert.Equal(6, item.View.Metadata.Count);
// verify target items only props.
itemInTargt.VerifySetter("newKeepDups", (i) => i.KeepDuplicates, (i, v) => i.KeepDuplicates = v);
itemInTargt.VerifySetter("newKeepMetadata", (i) => i.KeepMetadata, (i, v) => i.KeepMetadata = v);
Assert.ThrowsAny<InvalidOperationException>(() => itemInTargt.View.RemoveMetadata = "xx"); // RemoveMetadata/KeepDuplicate exclusive
itemInTargt.View.KeepMetadata = null;
itemInTargt.VerifySetter("newRemoveMetadat", (i) => i.RemoveMetadata, (i, v) => i.RemoveMetadata = v);
Assert.ThrowsAny<InvalidOperationException>(() => itemInTargt.View.KeepMetadata = "xx"); // RemoveMetadata/KeepDuplicate exclusive
}
public void ProjectSdkElementModify()
{
var pair = GetNewInMemoryProject("temp.prj");
var xmlPair = new ProjectXmlPair(pair);
var sdkElement = xmlPair.AppendNewChaildWithVerify<ProjectSdkElement>(ObjectType.View, "sdk", (p, n) => p.CreateProjectSdkElement(n, "sdkVer"), (s, n) => true);
var curiousOfHowToSpecifySdk = xmlPair.View.RawXml;
sdkElement.VerifySetter("newVersion", (s) => s.Version, (s, v) => s.Version = v);
sdkElement.VerifySetter("newMinVersion", (s) => s.MinimumVersion, (s, v) => s.MinimumVersion = v);
sdkElement.VerifySetter("newName", (s) => s.Name, (s, v) => s.Name = v);
xmlPair.Verify();
var curiousOfHowToSpecifySdk2 = xmlPair.View.RawXml;
}
public void ProjectMetadataElementModify()
{
var pair = GetNewInMemoryProject("temp.prj");
var xmlPair = new ProjectXmlPair(pair);
var item1 = xmlPair.AddNewChaildWithVerify<ProjectItemElement>(ObjectType.View, "newItem", (p, i) => p.AddItem("cpp", i), (pi, i) => pi.Include == i);
var metadata = item1.AddNewChaildWithVerify<ProjectMetadataElement>(ObjectType.View, "metadata", (p, n) => p.AddMetadata(n, "value"), (md, n) => md.Name == n);
metadata.VerifySetter("NewValue", (md) => md.Value, (md, v) => md.Value = v);
metadata.VerifySetter("NewName", (md) => md.Name, (md, v) => md.Name = v);
// this is tricky
metadata.VerifySetter(true, (md) => md.ExpressedAsAttribute, (md, v) => md.ExpressedAsAttribute = v);
xmlPair.Verify(); // this will compare all up to including the XML content of entire project
metadata.VerifySetter(false, (md) => md.ExpressedAsAttribute, (md, v) => md.ExpressedAsAttribute = v);
xmlPair.Verify(); // this will compare all up to including the XML content of entire project
}
public void ProjectItemDefinitionElementModify()
{
var pair = GetNewInMemoryProject("temp.prj");
var xmlPair = new ProjectXmlPair(pair);
var itemDef = xmlPair.AddNewChaildWithVerify<ProjectItemDefinitionElement>(ObjectType.View, "source", (p, s) => p.AddItemDefinition(s), (pe, s) => true);
Assert.Equal("source", itemDef.View.ItemType);
Assert.Empty(itemDef.View.Metadata);
itemDef.Add2NewChildrenWithVerify<ProjectMetadataElement>("mshort", (id, n) => id.AddMetadata(n, $"value{n}"), (md, n) => md.Name == n, out var mdShort1, out var mdShort2);
Assert.Equal(2, itemDef.View.Metadata.Count);
itemDef.Add2NewChildrenWithVerify<ProjectMetadataElement>("mlong", (id, n) => id.AddMetadata(n, $"value{n}", false), (md, n) => md.Name == n, out var mdLong1, out var mdLong2);
Assert.Equal(4, itemDef.View.Metadata.Count);
itemDef.Add2NewChildrenWithVerify<ProjectMetadataElement>("mlongAttrib", (id, n) => id.AddMetadata(n, $"value{n}", true), (md, n) => md.Name == n, out var mdAttrib1, out var mdAttrib2);
Assert.Equal(6, itemDef.View.Metadata.Count);
}
public void ResetBeforeTests()
{
this.Clear();
this.Local.Importing = true;
{
var targetView = this.Local.GetLoadedProjects(this.TargetBigPath).FirstOrDefault();
Assert.NotNull(targetView);
var targetPair = new ProjectPair(targetView, this.TargetBig);
this.TargetXmlPair = new ProjectXmlPair(targetPair);
}
{
var guestView = this.Local.GetLoadedProjects(this.GuestBigPath).FirstOrDefault();
Assert.NotNull(guestView);
var guestPair = new ProjectPair(guestView, this.GuestBig);
this.GuestXmlPair = new ProjectXmlPair(guestPair);
}
}
public void UsingTaskParameterGroupElementModify()
{
var pair = GetNewInMemoryProject("temp.prj");
var xmlPair = new ProjectXmlPair(pair);
var usingTask = xmlPair.AddNewChaildWithVerify<ProjectUsingTaskElement>(ObjectType.View, "NewUsingTask", (p, n) => p.AddUsingTask(n, "assemblyFile", null), (ut, n) => true);
// to add task param group we need usingTask with factory.
usingTask.VerifySetter("TaskFactory", (ut) => ut.TaskFactory, (ut, v) => ut.TaskFactory = v);
var taskParamGroup = usingTask.AddNewChaildWithVerify<UsingTaskParameterGroupElement>(ObjectType.View, "pg", (ut, e) => ut.AddParameterGroup(), (ut, e) => true);
Assert.Empty(taskParamGroup.View.Parameters);
taskParamGroup.Add2NewNamedChildrenWithVerify<ProjectUsingTaskParameterElement>("paraX", (tpg, n) => tpg.AddParameter(n), out var paraX1, out var paraX2);
Assert.Equal(2, taskParamGroup.View.Parameters.Count);
taskParamGroup.Add2NewNamedChildrenWithVerify<ProjectUsingTaskParameterElement>("paraY", (tpg, n) => tpg.AddParameter(n, "output", "required", "type"), out var paraY1, out var paraY2);
Assert.Equal(4, taskParamGroup.View.Parameters.Count);
taskParamGroup.Verify();
}
public void ProjectChooseElementModify()
{
var pair = GetNewInMemoryProject("temp.prj");
var xmlPair = new ProjectXmlPair(pair);
// slightly more verbose to validate some Create/Append intended semantic.
var chooseCreataed = xmlPair.CreateWithVerify <ProjectChooseElement>((p) => p.CreateChooseElement());
xmlPair.QueryChildrenWithValidation <ProjectChooseElement>((pc) => true, 0);
xmlPair.View.AppendChild(chooseCreataed.View);
var choose = xmlPair.QuerySingleChildrenWithValidation <ProjectChooseElement>((pc) => true);
Assert.Same(choose.View, chooseCreataed.View);
// "real" must be different, the chooseCreated real is the same remote object as the View, and chooseReal is just the second created element
// we did for validation.
Assert.NotSame(choose.Real, chooseCreataed.Real);
Assert.ThrowsAny <InvalidOperationException>(() => choose.View.Condition = "ccc");
Assert.Empty(choose.View.WhenElements);
choose.Append2NewLabeledChildrenWithVerify <ProjectWhenElement>("when", (p, l) => p.CreateWhenElement($"'$(c)' == '{l}'"), out var when1, out var when2);
Assert.Equal(2, choose.View.WhenElements.Count);
when1.VerifySame(choose.QuerySingleChildrenWithValidation <ProjectWhenElement>((ch) => ch.Label == when1.View.Label));
when2.VerifySame(choose.QuerySingleChildrenWithValidation <ProjectWhenElement>((ch) => ch.Label == when2.View.Label));
Assert.Null(choose.View.OtherwiseElement);
var otherWise = choose.AppendNewChaildWithVerify <ProjectOtherwiseElement>(ObjectType.View, "when", (p, l) => p.CreateOtherwiseElement(), (p, l) => true);
Assert.Same(otherWise.View, choose.View.OtherwiseElement);
Assert.Same(otherWise.Real, choose.Real.OtherwiseElement);
choose.Verify();
choose.View.RemoveChild(when2.View);
Assert.Equal(1, choose.View.WhenElements.Count);
when1.VerifySame(choose.QuerySingleChildrenWithValidation <ProjectWhenElement>((ch) => ch.Label == when1.View.Label));
choose.View.RemoveChild(otherWise.View);
Assert.Null(choose.View.OtherwiseElement);
choose.Verify();
}
public void ProjectItemGroupElementModify()
{
var pair = GetNewInMemoryProject("temp.prj");
var xmlPair = new ProjectXmlPair(pair);
var itemGrp = xmlPair.AddNewLabeledChaildWithVerify<ProjectItemGroupElement>(ObjectType.View, "igrp", (p, s) => p.AddItemGroup());
Assert.Empty(itemGrp.View.Items);
itemGrp.Add2NewChildrenWithVerify<ProjectItemElement>("file.cpp", (ig, inc) => ig.AddItem("cpp", inc), (i, inc) => i.Include == inc, out var item1, out var item2);
Assert.Equal(2, itemGrp.View.Items.Count);
List<KeyValuePair<string, string>> itemMetadata = new List<KeyValuePair<string, string>>()
{
new KeyValuePair<string, string>("igm1", "v1"),
new KeyValuePair<string, string>("igm2", "v2"),
};
itemGrp.Add2NewChildrenWithVerify<ProjectItemElement>("file.cs", (ig, inc) => ig.AddItem("cs", inc, itemMetadata), (i, inc) => i.Include == inc, out var itemWithMetadata1, out var itemWithMetadata2);
Assert.Equal(4, itemGrp.View.Items.Count);
ViewValidation.VerifyMetadata(itemMetadata, (k) => itemWithMetadata1.View.Metadata.Where((md) => md.Name == k).FirstOrDefault().Value);
ViewValidation.VerifyMetadata(itemMetadata, (k) => itemWithMetadata2.View.Metadata.Where((md) => md.Name == k).FirstOrDefault().Value);
}
public ElementLinkPair(ProjectXmlPair pre, T view, T real) : base(view, real)
{
this.PRE = pre;
}
private void CopyFromInternal(ProjectRootElement sourceProject)
{
// quite a few complexity in the ExternalProjectProvider implementation is because of
// ProjectElement.CopyFrom and ProjectElementContainer.DeepCopyFrom....
bool externalSource = sourceProject != null;
var projectPair = GetNewInMemoryProject("CopyFrom", TestCollectionGroup.BigProjectFile);
var xmlPair = new ProjectXmlPair(projectPair);
Assert.True(xmlPair.View.HasUnsavedChanges);
xmlPair.View.Save();
Assert.False(xmlPair.View.HasUnsavedChanges);
sourceProject ??= xmlPair.View;
var existingItemGroupList = sourceProject.AllChildren.OfType <ProjectItemGroupElement>().Where((ig) => ig.Label == "Group1").ToList();
Assert.Single(existingItemGroupList);
var existingItemGroup = existingItemGroupList[0];
Assert.NotNull(existingItemGroup);
var realExistingItemGroup = ViewValidation.GetRealObject(existingItemGroup);
var ourGroup1 = xmlPair.QuerySingleChildrenWithValidation <ProjectItemGroupElement>((ig) => ig.Label == "Group1");
var newCopyFrom = xmlPair.AddNewLabeledChaildWithVerify <ProjectItemGroupElement>(ObjectType.View, "newGrop", (p, l) => p.AddItemGroup());
newCopyFrom.View.CopyFrom(existingItemGroup);
xmlPair.QueryChildrenWithValidation <ProjectItemGroupElement>((ig) => ig.Label == "Group1", 2);
newCopyFrom.View.Label = "CopyFrom";
newCopyFrom.VerifySame(xmlPair.QuerySingleChildrenWithValidation <ProjectItemGroupElement>((ig) => ig.Label == "CopyFrom"));
ourGroup1.VerifySame(xmlPair.QuerySingleChildrenWithValidation <ProjectItemGroupElement>((ig) => ig.Label == "Group1"));
// children are not copied.
Assert.Empty(newCopyFrom.View.Items);
// but attributes are (even non standard)
// Assert.Equal("2", ProjectElementLink.GetAttributeValue(existingItemGroup, "FunnyAttribute", true));
// Assert.Equal("2", ProjectElementLink.GetAttributeValue(newCopyFrom.View, "FunnyAttribute", true));
newCopyFrom.VerifyNotSame(ourGroup1);
Assert.True(xmlPair.View.HasUnsavedChanges);
Assert.False(externalSource && sourceProject.HasUnsavedChanges);
var newDeepCopy = xmlPair.AddNewLabeledChaildWithVerify <ProjectItemGroupElement>(ObjectType.View, "newGrop", (p, l) => p.AddItemGroup());
newDeepCopy.View.DeepCopyFrom(existingItemGroup);
xmlPair.QueryChildrenWithValidation <ProjectItemGroupElement>((ig) => ig.Label == "Group1", 2);
// slightly cheting but we know that the large groups should be the same, even though there are not the same object
// note do that before changing the label.
Assert.NotSame(realExistingItemGroup, newDeepCopy.Real);
// TODO XmlLocation is (correctly) different for the items, need to find a way to bypass it.
var context = new ValidationContext();
context.ValidateLocation = delegate(ElementLocation a, ElementLocation e) { return; };
ViewValidation.Verify(newDeepCopy.View, realExistingItemGroup, context);
newDeepCopy.View.Label = "DeepCopyFrom";
newDeepCopy.VerifySame(xmlPair.QuerySingleChildrenWithValidation <ProjectItemGroupElement>((ig) => ig.Label == "DeepCopyFrom"));
ourGroup1.VerifySame(xmlPair.QuerySingleChildrenWithValidation <ProjectItemGroupElement>((ig) => ig.Label == "Group1"));
newDeepCopy.VerifyNotSame(ourGroup1);
Assert.False(externalSource && sourceProject.HasUnsavedChanges);
}
public void ProjectTargetElementModify()
{
var pair = GetNewInMemoryProject("temp.prj");
var xmlPair = new ProjectXmlPair(pair);
// create new target
const string NewTargetName = "NewTargetName";
var newTarget1 = xmlPair.AddNewChaildWithVerify<ProjectTargetElement>(ObjectType.View, NewTargetName, (p, n) => p.AddTarget(n), (t, n) => string.Equals(t.Name, n));
// add tasks to target
const string NewTaskName = "NewTaskName";
newTarget1.Add2NewNamedChildrenWithVerify<ProjectTaskElement>(NewTaskName, (t, n) => t.AddTask(n), out var newTask1, out var newTask2);
// Add item groups
const string NewTargetItemGroup = "NewTargetItemGroup";
newTarget1.Add2NewLabeledChildrenWithVerify<ProjectItemGroupElement>(NewTargetItemGroup, (t, l) => t.AddItemGroup(), out var newItemGroup1, out var newItemGroup2);
// Add property groups
const string NewPropertyGroup = "NewPropertyGroup";
newTarget1.Add2NewLabeledChildrenWithVerify<ProjectPropertyGroupElement>(NewPropertyGroup, (t, l) => t.AddPropertyGroup(), out var newPropertyGroup1, out var newPropertyGroup2);
// Add property groups
newTarget1.Append2NewChildrenWithVerify<ProjectOnErrorElement>("errTarget", (p, et) => p.CreateOnErrorElement(et), (oe, et)=>oe.ExecuteTargetsAttribute == et, out var newOnErr1, out var newOnErr2);
// string setters
newTarget1.VerifySetter("newBeforeTargets", (t) => t.BeforeTargets, (t, v) => t.BeforeTargets = v);
newTarget1.VerifySetter("newDependsOnTargets", (t) => t.DependsOnTargets, (t, v) => t.DependsOnTargets = v);
newTarget1.VerifySetter("newAfterTargets", (t) => t.AfterTargets, (t, v) => t.AfterTargets = v);
newTarget1.VerifySetter("newReturns", (t) => t.Returns, (t, v) => t.Returns = v);
newTarget1.VerifySetter("newInputs", (t) => t.Inputs, (t, v) => t.Inputs = v);
newTarget1.VerifySetter("newOutputs", (t) => t.Outputs, (t, v) => t.Outputs = v);
newTarget1.VerifySetter("newKeepDuplicateOutputs", (t) => t.KeepDuplicateOutputs, (t, v) => t.KeepDuplicateOutputs = v);
newTarget1.VerifySetter("'Configuration' == 'Foo'", (t) => t.Condition, (t, v) => t.Condition = v);
newTarget1.VerifySetter("newLabel", (t) => t.Label, (t, v) => t.Label = v);
// rename target. First validate we do not change identity of the view
const string NewTargetRenamed = "NewTargetRenamed";
newTarget1.View.Name = NewTargetRenamed;
Assert.Empty(xmlPair.QueryChildrenWithValidation<ProjectTargetElement>((t) => string.Equals(t.Name, NewTargetName)));
newTarget1.VerifySame(xmlPair.QuerySingleChildrenWithValidation<ProjectTargetElement>((t) => string.Equals(t.Name, NewTargetRenamed)));
newTarget1.Real.Name = NewTargetRenamed.Ver(2);
Assert.Empty(xmlPair.QueryChildrenWithValidation<ProjectTargetElement>((t) => string.Equals(t.Name, NewTargetRenamed)));
Assert.Empty(xmlPair.QueryChildrenWithValidation<ProjectTargetElement>((t) => string.Equals(t.Name, NewTargetName)));
newTarget1.VerifySame(xmlPair.QuerySingleChildrenWithValidation<ProjectTargetElement>((t) => string.Equals(t.Name, NewTargetRenamed.Ver(2))));
// this will rename back, as well as check the reqular way (after we confirmed the view identity dont change on rename).
newTarget1.VerifySetter(NewTargetName, (t) => t.Name, (t, v) => t.Name = v);
// removes
newTarget1.View.RemoveChild(newTask2.View);
Assert.ThrowsAny<ArgumentException>( () => newTarget1.Real.RemoveChild(newTask2.Real) );
Assert.Equal(1, newTarget1.View.Tasks.Count);
newTarget1.Real.RemoveChild(newTask1.Real);
Assert.ThrowsAny<ArgumentException>(() => newTarget1.View.RemoveChild(newTask1.View));
Assert.Empty(newTarget1.View.Tasks);
Assert.NotEmpty(newTarget1.View.ItemGroups);
Assert.NotEmpty(newTarget1.View.PropertyGroups);
newTarget1.View.RemoveAllChildren();
Assert.Empty(newTarget1.View.ItemGroups);
Assert.Empty(newTarget1.View.PropertyGroups);
newTarget1.Verify();
}
public void ProjectTaskElementModify()
{
var pair = GetNewInMemoryProject("temp.prj");
var xmlPair = new ProjectXmlPair(pair);
// create new target
const string NewTasktName = "NewTaskName";
var newTarget = xmlPair.AddNewChaildWithVerify<ProjectTargetElement>(ObjectType.View, "TargetToTestTask", (p, n) => p.AddTarget(n), (t, n) => string.Equals(t.Name, n));
var newTask = newTarget.AddNewNamedChaildWithVerify<ProjectTaskElement>(ObjectType.View, NewTasktName, (t, n) => t.AddTask(n));
Assert.Equal(0, newTask.View.Outputs.Count);
const string NewOutputItem = "NewOutputItem";
newTask.Add2NewChildrenWithVerify<ProjectOutputElement>(NewOutputItem, (t, n) => t.AddOutputItem(n, "CPP"), (oi, n) => oi.TaskParameter == n, out var newOutputItem1, out var newOutputItem2);
Assert.True(newOutputItem1.View.IsOutputItem);
Assert.False(newOutputItem1.View.IsOutputProperty);
const string NewOutputItemWithConfig = "NewOutputItemCfg";
newTask.Add2NewChildrenWithVerify<ProjectOutputElement>(NewOutputItemWithConfig, (t, n) => t.AddOutputItem(n, "source", "'Configuration'='Foo'"), (oi, n) => oi.TaskParameter == n, out var newOutputItemWithConfig1, out var newOutputItemWithConfig2);
Assert.True(newOutputItemWithConfig1.View.IsOutputItem);
Assert.False(newOutputItemWithConfig1.View.IsOutputProperty);
const string NewOutputProperty = "NewOutputProperty";
newTask.Add2NewChildrenWithVerify<ProjectOutputElement>(NewOutputProperty, (t, n) => t.AddOutputProperty(n, "taskprop"), (oi, n) => oi.TaskParameter == n, out var newOutputProp1, out var newOutputProp2);
Assert.False(newOutputProp1.View.IsOutputItem);
Assert.True(newOutputProp1.View.IsOutputProperty);
const string NewOutputPropertyWithConfig = "NewOutputPropertyCfg";
newTask.Add2NewChildrenWithVerify<ProjectOutputElement>(NewOutputPropertyWithConfig, (t, n) => t.AddOutputProperty(n, "source", "'Configuration'='Foo'"), (oi, n) => oi.TaskParameter == n, out var newOutputPropWithConfig1, out var newOutputPropWithConfig2);
Assert.False(newOutputPropWithConfig1.View.IsOutputItem);
Assert.True(newOutputPropWithConfig1.View.IsOutputProperty);
Assert.Equal(8, newTask.View.Outputs.Count);
newTask.VerifySetter("ErrorAndContinue", (t) => t.ContinueOnError, (t, v) => t.ContinueOnError = v);
newTask.VerifySetter("v665+1", (t) => t.MSBuildRuntime, (t, v) => t.MSBuildRuntime = v);
newTask.VerifySetter("msbuild256bit", (t) => t.MSBuildArchitecture, (t, v) => t.MSBuildArchitecture = v);
// test parameters
newTask.View.RemoveAllParameters();
newTask.Verify();
Assert.Equal(0, newTask.View.Parameters.Count);
const string paramName = "paramName";
const string paramValue = "paramValue";
for (int i = 1; i <= 5; i++)
{
newTask.VerifySetter(paramValue.Ver(i), (t) => t.GetParameter(paramName.Ver(i)), (t, v) => t.SetParameter(paramName.Ver(i), v));
}
newTask.Verify();
Assert.Equal(5, newTask.View.Parameters.Count);
for (int i = 1; i<= 5; i++)
{
Assert.Equal(paramValue.Ver(i), newTask.View.Parameters[paramName.Ver(i)]);
}
newTask.View.RemoveParameter(paramName.Ver(1));
newTask.Real.RemoveParameter(paramName.Ver(5));
newTask.Verify();
Assert.Equal(3, newTask.View.Parameters.Count);
for (int i = 2; i <= 4; i++)
{
Assert.Equal(paramValue.Ver(i), newTask.View.Parameters[paramName.Ver(i)]);
}
Assert.False(newTask.View.Parameters.ContainsKey(paramName.Ver(1)));
Assert.False(newTask.Real.Parameters.ContainsKey(paramName.Ver(1)));
Assert.False(newTask.View.Parameters.ContainsKey(paramName.Ver(5)));
Assert.False(newTask.Real.Parameters.ContainsKey(paramName.Ver(5)));
newTask.View.RemoveAllParameters();
newTask.Verify();
Assert.Equal(0, newTask.View.Parameters.Count);
newTask.View.RemoveChild(newOutputItem2.View);
Assert.ThrowsAny<ArgumentException>(() => newTask.Real.RemoveChild(newOutputItem2.Real));
Assert.Equal(7, newTask.View.Outputs.Count);
newTask.Real.RemoveChild(newOutputItemWithConfig2.Real);
Assert.ThrowsAny<ArgumentException>(() => newTask.View.RemoveChild(newOutputItem2.View));
Assert.Equal(6, newTask.View.Outputs.Count);
newTask.Real.RemoveChild(newOutputProp2.Real);
Assert.Equal(5, newTask.View.Outputs.Count);
newTask.View.RemoveChild(newOutputPropWithConfig2.View);
Assert.Equal(4, newTask.View.Outputs.Count);
newTask.QueryChildrenWithValidation<ProjectOutputElement>((po) => po.TaskParameter.EndsWith("1"), 4);
newTask.Verify();
}
public void ProjectRootElementModify()
{
var pair = GetNewInMemoryProject("temp.prj");
var xmlPair = new ProjectXmlPair(pair);
xmlPair.VerifySetter(this.StdGroup.Disk.GetAbsolutePath("tempRenamed"), (p) => p.FullPath, (p, v) => p.FullPath = v);
xmlPair.VerifySetter("build", (p) => p.DefaultTargets, (p, v) => p.DefaultTargets = v);
xmlPair.VerifySetter("init", (p) => p.InitialTargets, (p, v) => p.InitialTargets = v);
xmlPair.VerifySetter("YetAnotherSDK", (p) => p.Sdk, (p, v) => p.Sdk = v);
xmlPair.VerifySetter("NonLocalProp", (p) => p.TreatAsLocalProperty, (p, v) => p.TreatAsLocalProperty = v);
xmlPair.VerifySetter("xmakever", (p) => p.ToolsVersion, (p, v) => p.ToolsVersion = v);
// Check PRE's Add"Foo" functionality.
// grab some creation data
var newImport = this.StdGroup.Disk.GetAbsolutePath("import");
var newItem = this.StdGroup.Disk.GetAbsolutePath("newfile.cpp");
var newItemWithMetadata = this.StdGroup.Disk.GetAbsolutePath("newfile2.cpp");
List<KeyValuePair<string, string>> itemMetadata = new List<KeyValuePair<string, string>>()
{
new KeyValuePair<string, string>("m1", "v1"),
new KeyValuePair<string, string>("m2", "v2"),
new KeyValuePair<string, string>("m3", "v3"),
};
// Imports
xmlPair.Add2NewChildrenWithVerify<ProjectImportElement>(newImport, (p, i) => p.AddImport(i), (pi, i) => pi.Project == i, out var import1, out var import2);
xmlPair.Add2NewLabeledChildrenWithVerify<ProjectImportGroupElement>("ImportGroupLabel", (p, l) => p.AddImportGroup(), out var importGroup1, out var importGroup2);
// Items
xmlPair.Add2NewChildrenWithVerify<ProjectItemElement>(newItem, (p, i) => p.AddItem("cpp", i), (pi, i) => pi.Include == i, out var item1, out var item2);
xmlPair.Add2NewChildrenWithVerify<ProjectItemElement>(newItemWithMetadata, (p, i) => p.AddItem("cpp", i, itemMetadata), (pi, i) => pi.Include == i, out var itemWithMetadata1, out var itemWithMetadata2);
ViewValidation.VerifyMetadata(itemMetadata, (k) => itemWithMetadata1.View.Metadata.Where((md) => md.Name == k).FirstOrDefault().Value);
xmlPair.Add2NewLabeledChildrenWithVerify<ProjectItemGroupElement>("ItemGroup", (p, l) => p.AddItemGroup(), out var itemGroup1, out var itemGroup2);
// ItemDefs
xmlPair.Add2NewChildrenWithVerify<ProjectItemDefinitionElement>("cpp", (p, it) => p.AddItemDefinition(it), (pi, it) => pi.ItemType == it, out var itemDefinition1, out var itemDefinition2);
xmlPair.Add2NewLabeledChildrenWithVerify<ProjectItemDefinitionGroupElement>("ItemDefGroup", (p, l) => p.AddItemDefinitionGroup(), out var itemDefinitionGroup1, out var itemDefinitionGroup2);
// Property
xmlPair.Add2NewChildrenWithVerify<ProjectPropertyElement>("NewProp", (p, pn) => p.AddProperty(pn, $"Value{pn}"), (prop, pn) => prop.Name == pn, out var itemProp1, out var itemProp2);
xmlPair.Add2NewLabeledChildrenWithVerify<ProjectPropertyGroupElement>("NewPropGroup", (p, l) => p.AddPropertyGroup(), out var itemPropretyGroup1, out var itemPropretyGroup2);
// Target & Tasks
xmlPair.Add2NewChildrenWithVerify<ProjectTargetElement>("NewTarget", (p, n) => p.AddTarget(n), (t, n) => string.Equals(t.Name, n), out var newTarget1, out var newTarget2);
xmlPair.Add2NewChildrenWithVerify<ProjectUsingTaskElement>("NewUsingTaskFile", (p, n) => p.AddUsingTask(n, "assemblyFile", null), (ut, n) => ut.TaskName == n, out var newUsinTaskFile1, out var newUsingTaskFile2);
xmlPair.Add2NewChildrenWithVerify<ProjectUsingTaskElement>("NewUsingTaskName", (p, n) => p.AddUsingTask(n, null, "assemblyName"), (ut, n) => ut.TaskName == n, out var newUsinTaskName1, out var newUsingTaskName2);
// loose create new element check.
xmlPair.CreateWithVerify<ProjectChooseElement>((p) => p.CreateChooseElement());
xmlPair.CreateWithVerify<ProjectImportElement>((p) => p.CreateImportElement("fooImport"));
xmlPair.CreateWithVerify<ProjectImportGroupElement>((p) => p.CreateImportGroupElement());
xmlPair.CreateWithVerify<ProjectItemDefinitionElement>((p) => p.CreateItemDefinitionElement("creteItemType"));
xmlPair.CreateWithVerify<ProjectItemDefinitionGroupElement>((p) => p.CreateItemDefinitionGroupElement());
xmlPair.CreateWithVerify<ProjectItemElement>((p) => p.CreateItemElement("itemType"));
xmlPair.CreateWithVerify<ProjectItemElement>((p) => p.CreateItemElement("itemType", "include"));
xmlPair.CreateWithVerify<ProjectItemGroupElement>((p) => p.CreateItemGroupElement());
xmlPair.CreateWithVerify<ProjectMetadataElement>((p) => p.CreateMetadataElement("metadataName"));
xmlPair.CreateWithVerify<ProjectMetadataElement>((p) => p.CreateMetadataElement("metadataName1", "value"));
xmlPair.CreateWithVerify<ProjectOnErrorElement>((p) => p.CreateOnErrorElement("target"));
xmlPair.CreateWithVerify<ProjectOtherwiseElement>((p) => p.CreateOtherwiseElement());
xmlPair.CreateWithVerify<ProjectOutputElement>((p) => p.CreateOutputElement("taskParam", "itemType", null));
xmlPair.CreateWithVerify<ProjectOutputElement>((p) => p.CreateOutputElement("taskParam", null, "propName"));
xmlPair.CreateWithVerify<ProjectExtensionsElement>((p) => p.CreateProjectExtensionsElement());
xmlPair.CreateWithVerify<ProjectSdkElement>((p) => p.CreateProjectSdkElement("sdkkk", "verrr"));
xmlPair.CreateWithVerify<ProjectPropertyElement>((p) => p.CreatePropertyElement("name"));
xmlPair.CreateWithVerify<ProjectPropertyGroupElement>((p) => p.CreatePropertyGroupElement());
xmlPair.CreateWithVerify<ProjectTargetElement>((p) => p.CreateTargetElement("target"));
xmlPair.CreateWithVerify<ProjectTaskElement>((p) => p.CreateTaskElement("task"));
xmlPair.CreateWithVerify<ProjectUsingTaskBodyElement>((p) => p.CreateUsingTaskBodyElement("eval", "body"));
xmlPair.CreateWithVerify<ProjectUsingTaskElement>((p) => p.CreateUsingTaskElement("taskName", "file", null));
xmlPair.CreateWithVerify<ProjectUsingTaskElement>((p) => p.CreateUsingTaskElement("taskName", null, "name"));
xmlPair.CreateWithVerify<ProjectUsingTaskElement>((p) => p.CreateUsingTaskElement("taskName", "file", null, "runtime", "arch"));
xmlPair.CreateWithVerify<ProjectUsingTaskElement>((p) => p.CreateUsingTaskElement("taskName", null, "name", "runtime", "arch"));
xmlPair.CreateWithVerify<ProjectUsingTaskParameterElement>((p) => p.CreateUsingTaskParameterElement("name", "output", "required", "paramType"));
xmlPair.CreateWithVerify<UsingTaskParameterGroupElement>((p) => p.CreateUsingTaskParameterGroupElement());
xmlPair.CreateWithVerify<ProjectWhenElement>((p) => p.CreateWhenElement("condition"));
// DeepClone
var clone = xmlPair.View.DeepClone();
ViewValidation.IsLinkedObject(clone);
Assert.NotSame(clone, xmlPair.View);
Assert.True(string.IsNullOrEmpty(clone.FullPath));
}