public void MoveOrRename_MovesItem_WhenDestinationIsParentOfSource()
{
using (var dataStore = new TestSfsDataStore("/sitecore"))
{
var itemToMoveChild = new FakeItem(path: "/sitecore/test/hulk/smash", name: "smash", id: Guid.NewGuid());
var itemToMove = new FakeItem(path: "/sitecore/test/hulk", name: "hulk", children: new[] { itemToMoveChild }, id: Guid.NewGuid());
var parentItem = new FakeItem(path: "/sitecore/test", name: "test", children: new[] { itemToMove }, id: Guid.NewGuid());
var destinationItem = new FakeItem(path: "/sitecore", name: "sitecore", id: Guid.NewGuid(), children: new[] { parentItem });
dataStore.Save(destinationItem, null);
dataStore.Save(parentItem, null);
dataStore.Save(itemToMove, null);
dataStore.Save(itemToMoveChild, null);
// note adding children with old paths; method takes care of rewriting child paths
var renamedItem = new FakeItem(id: itemToMove.Id, path: "/sitecore/hexed", name: "hexed", children: new[] { itemToMoveChild });
dataStore.MoveOrRenameItem(renamedItem, "/sitecore/test/hulk");
var retrievedRenamedItem = dataStore.GetByPath("/sitecore/hexed", "master").ToArray();
var retrievedRenamedChild = dataStore.GetByPath("/sitecore/hexed/smash", "master").ToArray();
Assert.NotEmpty(retrievedRenamedItem);
Assert.Equal("/sitecore/hexed", retrievedRenamedItem.First().Path);
// verify children moved
Assert.NotEmpty(retrievedRenamedChild);
Assert.Equal("/sitecore/hexed/smash", retrievedRenamedChild.First().Path);
}
}
public void MoveOrRename_RenamesItem_WhenDestinationIsASubsetOfSourceName()
{
using (var dataStore = new TestSfsDataStore("/sitecore"))
{
var startingItemName = "thumpy basscannon";
var renameItemName = "thumpy";
dataStore.CreateTestItemTree("/sitecore");
var itemToRename = new FakeItem(path: $"/sitecore/{startingItemName}", name: startingItemName, id: Guid.NewGuid());
dataStore.Save(itemToRename, null);
// note adding children with old paths; method takes care of rewriting child paths
var renamedItem = new FakeItem(id: itemToRename.Id, path: $"/sitecore/{renameItemName}", name: renameItemName);
dataStore.MoveOrRenameItem(renamedItem, itemToRename.Path);
var retrievedRenamedItem = dataStore.GetByPath($"/sitecore/{renameItemName}", "master").ToArray();
retrievedRenamedItem.Length.Should().Be(1);
retrievedRenamedItem.First().Path.Should().Be($"/sitecore/{renameItemName}");
retrievedRenamedItem.First().SerializedItemId.Should().EndWith($"\\{renameItemName}.yml");
}
}
public void GetItem_DoesNotThrowError_WhenSimilarNonOverlappingPaths()
{
using (var dataStore = new TestSfsDataStore(new[] { "/sitecore/content", "/sitecore/content cemetary" }))
{
dataStore.GetByPath("/sitecore/content cemetary/foo", "master");
}
}
public void MoveOrRename_RenamesItem()
{
using (var dataStore = new TestSfsDataStore("/sitecore"))
{
var renamingItemGrandchild = new FakeItem(path: "/sitecore/test/hulk/smash", name: "smash", id: Guid.NewGuid());
var renamingItemChild = new FakeItem(path: "/sitecore/test/hulk", name: "hulk", children: new[] { renamingItemGrandchild }, id: Guid.NewGuid());
var itemToRename = new FakeItem(path: "/sitecore/test", name: "test", children: new[] { renamingItemChild }, id: Guid.NewGuid());
var rootItem = new FakeItem(path: "/sitecore", name: "sitecore", id: Guid.NewGuid(), children: new[] { itemToRename });
dataStore.Save(rootItem, null);
dataStore.Save(itemToRename, null);
dataStore.Save(renamingItemChild, null);
dataStore.Save(renamingItemGrandchild, null);
// note adding children with old paths; method takes care of rewriting child paths
var renamedItem = new FakeItem(id: itemToRename.Id, path: "/sitecore/hexed", name: "hexed", children: new[] { renamingItemChild });
dataStore.MoveOrRenameItem(renamedItem, "/sitecore/test");
var retrievedRenamedItem = dataStore.GetByPath("/sitecore/hexed", "master").ToArray();
var retrievedRenamedChild = dataStore.GetByPath("/sitecore/hexed/hulk", "master").ToArray();
var retrievedRenamedGrandchild = dataStore.GetByPath("/sitecore/hexed/hulk/smash", "master").ToArray();
Assert.NotEmpty(retrievedRenamedItem);
Assert.Equal("/sitecore/hexed", retrievedRenamedItem.First().Path);
// verify children moved
Assert.NotEmpty(retrievedRenamedChild);
Assert.NotEmpty(retrievedRenamedGrandchild);
}
}
public void InitializeRootPath_RemovesDots()
{
using (var dataStore = new TestSfsDataStore("/sitecore", Path.Combine(Path.GetTempPath(), Guid.NewGuid().ToString(), @"..\Items")))
{
Assert.False(dataStore.PhysicalRootPathAccessor.Contains(".."));
}
}
public void MoveOrRename_RenamesItem()
{
using (var dataStore = new TestSfsDataStore("/sitecore"))
{
var renamingItemGrandchild = new FakeItem(path: "/sitecore/test/hulk/smash", name: "smash", id: Guid.NewGuid());
var renamingItemChild = new FakeItem(path: "/sitecore/test/hulk", name: "hulk", children: new[] { renamingItemGrandchild }, id: Guid.NewGuid());
var itemToRename = new FakeItem(path: "/sitecore/test", name: "test", children: new[] { renamingItemChild }, id: Guid.NewGuid());
var rootItem = new FakeItem(path: "/sitecore", name: "sitecore", id: Guid.NewGuid(), children: new[] { itemToRename });
dataStore.Save(rootItem);
dataStore.Save(itemToRename);
dataStore.Save(renamingItemChild);
dataStore.Save(renamingItemGrandchild);
// note adding children with old paths; method takes care of rewriting child paths
var renamedItem = new FakeItem(id: itemToRename.Id, path: "/sitecore/hexed", name: "hexed", children: new[] { renamingItemChild });
dataStore.MoveOrRenameItem(renamedItem, "/sitecore/test");
var retrievedRenamedItem = dataStore.GetByPath("/sitecore/hexed", "master").ToArray();
var retrievedRenamedChild = dataStore.GetByPath("/sitecore/hexed/hulk", "master").ToArray();
var retrievedRenamedGrandchild = dataStore.GetByPath("/sitecore/hexed/hulk/smash", "master").ToArray();
Assert.NotEmpty(retrievedRenamedItem);
Assert.Equal("/sitecore/hexed", retrievedRenamedItem.First().Path);
// verify children moved
Assert.NotEmpty(retrievedRenamedChild);
Assert.NotEmpty(retrievedRenamedGrandchild);
}
}
public void MoveOrRename_MovesItem_WhenDestinationIsParentOfSource()
{
using (var dataStore = new TestSfsDataStore("/sitecore"))
{
var itemToMoveChild = new FakeItem(path: "/sitecore/test/hulk/smash", name: "smash", id: Guid.NewGuid());
var itemToMove = new FakeItem(path: "/sitecore/test/hulk", name: "hulk", children: new[] { itemToMoveChild }, id: Guid.NewGuid());
var parentItem = new FakeItem(path: "/sitecore/test", name: "test", children: new[] { itemToMove }, id: Guid.NewGuid());
var destinationItem = new FakeItem(path: "/sitecore", name: "sitecore", id: Guid.NewGuid(), children: new[] { parentItem });
dataStore.Save(destinationItem);
dataStore.Save(parentItem);
dataStore.Save(itemToMove);
dataStore.Save(itemToMoveChild);
// note adding children with old paths; method takes care of rewriting child paths
var renamedItem = new FakeItem(id: itemToMove.Id, path: "/sitecore/hexed", name: "hexed", children: new[] { itemToMoveChild });
dataStore.MoveOrRenameItem(renamedItem, "/sitecore/test/hulk");
var retrievedRenamedItem = dataStore.GetByPath("/sitecore/hexed", "master").ToArray();
var retrievedRenamedChild = dataStore.GetByPath("/sitecore/hexed/smash", "master").ToArray();
Assert.NotEmpty(retrievedRenamedItem);
Assert.Equal("/sitecore/hexed", retrievedRenamedItem.First().Path);
// verify children moved
Assert.NotEmpty(retrievedRenamedChild);
Assert.Equal("/sitecore/hexed/smash", retrievedRenamedChild.First().Path);
}
}
public void MoveOrRename_RenamesItem_WhenChildrenAreOnShortPaths()
{
// This test checks that moves and renames when children are on loopback paths succeed. See Unicorn#77 and Unicorn#81
// this is the total test path length that is required to go to a loopback path, which is essential for this test (see SfsTree.cs, MaxRelativePathLength property)
var testMaxRelativePath = 240;
testMaxRelativePath -= 80; // 'expected max physical path length'
testMaxRelativePath -= 2; // length of test tree name ('T0')
testMaxRelativePath -= "/sitecore/".Length + 2; // length of root item name and separators
// but the max path will be > 100 chars, so we have to split it up into two item segments so that we can hit the path max, starting with a 100-char base path
var testBaseSegmentLength = 100;
testMaxRelativePath -= testBaseSegmentLength;
using (var dataStore = new TestSfsDataStore("/sitecore"))
{
var testBaseSegmentName = new string('a', testBaseSegmentLength);
var testBaseSegmentPath = "/sitecore/" + testBaseSegmentName;
// this will give us a path that when two characters are added goes into a loopback path
var testRootName = new string('b', testMaxRelativePath - 2);
var testRootPath = testBaseSegmentPath + "/" + testRootName;
// this will give us an equivalent length path to rename into
var renamedTestRootName = testRootName.Replace('b', 'c');
var renamedTestRootPath = testBaseSegmentPath + "/" + renamedTestRootName;
var renamingItemGrandchild = new FakeItem(path: testRootPath + "/hulk/smash", name: "smash", id: Guid.NewGuid());
var renamingItemChild = new FakeItem(path: testRootPath + "/hulk", name: "hulk", children: new[] { renamingItemGrandchild }, id: Guid.NewGuid());
var itemToRename = new FakeItem(path: testRootPath, name: testRootName, children: new[] { renamingItemChild }, id: Guid.NewGuid());
var baseSegment = new FakeItem(path: testBaseSegmentPath, name: testBaseSegmentName, id: Guid.NewGuid(), children: new[] { itemToRename });
var rootItem = new FakeItem(path: "/sitecore", name: "sitecore", id: Guid.NewGuid(), children: new[] { baseSegment });
dataStore.Save(rootItem, null);
dataStore.Save(baseSegment, null);
dataStore.Save(itemToRename, null);
dataStore.Save(renamingItemChild, null);
dataStore.Save(renamingItemGrandchild, null);
// note adding children with old paths; method takes care of rewriting child paths
var renamedItem = new FakeItem(id: itemToRename.Id, path: renamedTestRootPath, name: renamedTestRootName, children: new[] { renamingItemChild });
dataStore.MoveOrRenameItem(renamedItem, testRootPath);
var retrievedRenamedItem = dataStore.GetByPath(renamedTestRootPath, "master").ToArray();
var retrievedRenamedChild = dataStore.GetByPath(renamedTestRootPath + "/hulk", "master").ToArray();
var retrievedRenamedGrandchild = dataStore.GetByPath(renamedTestRootPath + "/hulk/smash", "master").ToArray();
// Asserts
retrievedRenamedItem.Should().NotBeEmpty("the renamed item should be available");
retrievedRenamedItem.First().Path.Should().Be(renamedTestRootPath, "renamed item path should match expectation");
// verify children moved
Assert.NotEmpty(retrievedRenamedChild);
Assert.NotEmpty(retrievedRenamedGrandchild);
}
}
public void Save_SavesItem()
{
using (var dataStore = new TestSfsDataStore("/sitecore"))
{
var item = new FakeItem(path: "/sitecore");
dataStore.Save(item, null);
}
}
public void Save_SavesItem()
{
using (var dataStore = new TestSfsDataStore("/sitecore"))
{
var item = new FakeItem(path: "/sitecore");
dataStore.Save(item);
}
}
public void GetItem_ThrowsError_WhenOverlappingPaths()
{
Assert.Throws <InvalidOperationException>(() =>
{
using (var dataStore = new TestSfsDataStore(new[] { "/sitecore", "/sitecore/content" }))
{
dataStore.GetByPath("/sitecore/content/home", "master");
}
});
}
public void Save_ErrorWhenItemNotInTree()
{
using (var dataStore = new TestSfsDataStore("/sitecore"))
{
var item = new FakeItem(path: "/ektron");
// ReSharper disable once AccessToDisposedClosure
Assert.Throws <InvalidOperationException>(() => dataStore.Save(item, null));
}
}
public void Save_ErrorWhenItemNotInTree()
{
using (var dataStore = new TestSfsDataStore("/sitecore"))
{
var item = new FakeItem(path: "/ektron");
// ReSharper disable once AccessToDisposedClosure
Assert.Throws<InvalidOperationException>(() => dataStore.Save(item));
}
}
public void GetById_GetsExpectedItem()
{
using (var dataStore = new TestSfsDataStore("/sitecore"))
{
var id = Guid.NewGuid();
var item = new FakeItem(path: "/sitecore", id:id);
dataStore.Save(item);
Assert.NotNull(dataStore.GetById(id, "master"));
}
}
public void GetById_ReturnsNull_WhenDatabaseIsIncorrect()
{
using (var dataStore = new TestSfsDataStore("/sitecore"))
{
var id = Guid.NewGuid();
var item = new FakeItem(path: "/sitecore", id: id);
dataStore.Save(item, null);
Assert.Null(dataStore.GetById(id, "core"));
}
}
public void GetById_GetsExpectedItem()
{
using (var dataStore = new TestSfsDataStore("/sitecore"))
{
var id = Guid.NewGuid();
var item = new FakeItem(path: "/sitecore", id: id);
dataStore.Save(item, null);
Assert.NotNull(dataStore.GetById(id, "master"));
}
}
public void GetById_ReturnsNull_WhenDatabaseIsIncorrect()
{
using (var dataStore = new TestSfsDataStore("/sitecore"))
{
var id = Guid.NewGuid();
var item = new FakeItem(path: "/sitecore", id: id);
dataStore.Save(item);
Assert.Null(dataStore.GetById(id, "core"));
}
}
public void Clear_ClearsTree()
{
using (var dataStore = new TestSfsDataStore("/sitecore"))
{
var item = new FakeItem(path: "/sitecore");
dataStore.Save(item, null);
dataStore.Clear();
Assert.Empty(dataStore.GetByPath("/sitecore", "master"));
}
}
public void Clear_ClearsTree()
{
using (var dataStore = new TestSfsDataStore("/sitecore"))
{
var item = new FakeItem(path:"/sitecore");
dataStore.Save(item);
dataStore.Clear();
Assert.Empty(dataStore.GetByPath("/sitecore", "master"));
}
}
public void GetByPath_RetrievesItemByPath()
{
using (var dataStore = new TestSfsDataStore("/sitecore"))
{
var item = new FakeItem(path: "/sitecore", name: "sitecore");
dataStore.Save(item);
var retrieved = dataStore.GetByPath("/sitecore", "master").ToArray();
Assert.NotEmpty(retrieved);
Assert.Equal("/sitecore", retrieved.First().Path);
}
}
public void GetByPathAndId_RetrievesItemByMetadataPath()
{
using (var dataStore = new TestSfsDataStore("/sitecore"))
{
var item = new FakeItem(path: "/sitecore", name: "sitecore", id: Guid.NewGuid());
dataStore.Save(item, null);
var retrieved = dataStore.GetByPathAndId(item.Path, item.Id, "master");
Assert.NotNull(retrieved);
Assert.Equal("/sitecore", retrieved.Path);
}
}
public void GetByPathAndId_RetrievesItemByMetadataPath()
{
using (var dataStore = new TestSfsDataStore("/sitecore"))
{
var item = new FakeItem(path: "/sitecore", name: "sitecore", id: Guid.NewGuid());
dataStore.Save(item);
var retrieved = dataStore.GetByPathAndId(item.Path, item.Id, "master");
Assert.NotNull(retrieved);
Assert.Equal("/sitecore", retrieved.Path);
}
}
public void GetByPath_RetrievesItemByPath()
{
using (var dataStore = new TestSfsDataStore("/sitecore"))
{
var item = new FakeItem(path: "/sitecore", name: "sitecore");
dataStore.Save(item, null);
var retrieved = dataStore.GetByPath("/sitecore", "master").ToArray();
Assert.NotEmpty(retrieved);
Assert.Equal("/sitecore", retrieved.First().Path);
}
}
public void Remove_RemovesItem()
{
using (var dataStore = new TestSfsDataStore("/sitecore"))
{
var item = new FakeItem(path: "/sitecore", name: "sitecore");
dataStore.Save(item, null);
dataStore.Remove(item);
var root = dataStore.GetByPath("/sitecore", "master");
Assert.Empty(root);
}
}
public void GetMetadataByTemplateId_GetsExpectedItem_WhenTargetIsAtRoot()
{
using (var dataStore = new TestSfsDataStore("/sitecore"))
{
var templateId = Guid.NewGuid();
var item = new FakeItem(path: "/sitecore", name: "sitecore", templateId: templateId);
dataStore.Save(item, null);
var byTemplate = dataStore.GetMetadataByTemplateId(templateId, "master").ToArray();
Assert.Equal(1, byTemplate.Length);
Assert.Equal(templateId, byTemplate[0].TemplateId);
}
}
public void GetChildren_GetsExpectedChildren()
{
using (var dataStore = new TestSfsDataStore("/sitecore"))
{
var rootId = Guid.NewGuid();
var item = new FakeItem(path: "/sitecore", name: "sitecore", id: rootId);
dataStore.Save(item, null);
var child = new FakeItem(path: "/sitecore/test", name: "test", parentId: rootId);
dataStore.Save(child, null);
var kids = dataStore.GetChildren(item).ToArray();
Assert.NotEmpty(kids);
Assert.Equal("/sitecore/test", kids.First().Path);
}
}
public void GetMetadataByTemplateId_GetsExpectedItem_WhenTargetIsMultipleChildren()
{
using (var dataStore = new TestSfsDataStore("/sitecore"))
{
var templateId = Guid.NewGuid();
var item = new FakeItem(path: "/sitecore", name: "sitecore", templateId: Guid.NewGuid());
var item2 = new FakeItem(path: "/sitecore/item1", name: "item1", templateId: templateId, id: Guid.NewGuid());
var item3 = new FakeItem(path: "/sitecore/item1/item2", name: "item2", templateId: templateId, id: Guid.NewGuid());
dataStore.Save(item, null);
dataStore.Save(item2, null);
dataStore.Save(item3, null);
var byTemplate = dataStore.GetMetadataByTemplateId(templateId, "master").ToArray();
Assert.Equal(2, byTemplate.Length);
Assert.Equal(templateId, byTemplate[0].TemplateId);
}
}
public void GetItem_DoesNotThrowError_WhenSimilarNonOverlappingPaths()
{
using (var dataStore = new TestSfsDataStore("/sitecore/content", "/sitecore/content cemetary"))
{
dataStore.GetByPath("/sitecore/content cemetary/foo", "master");
}
}
public void GetItem_ThrowsError_WhenOverlappingPaths()
{
Assert.Throws<InvalidOperationException>(() =>
{
using (var dataStore = new TestSfsDataStore("/sitecore", "/sitecore/content"))
{
dataStore.GetByPath("/sitecore/content/home", "master");
}
});
}
public void GetMetadataByTemplateId_GetsExpectedItem_WhenTargetIsMultipleChildren()
{
using (var dataStore = new TestSfsDataStore("/sitecore"))
{
var templateId = Guid.NewGuid();
var item = new FakeItem(path: "/sitecore", name: "sitecore", templateId: Guid.NewGuid());
var item2 = new FakeItem(path: "/sitecore/item1", name: "item1", templateId: templateId, id: Guid.NewGuid());
var item3 = new FakeItem(path: "/sitecore/item1/item2", name: "item2", templateId: templateId, id: Guid.NewGuid());
dataStore.Save(item);
dataStore.Save(item2);
dataStore.Save(item3);
var byTemplate = dataStore.GetMetadataByTemplateId(templateId, "master").ToArray();
Assert.Equal(2, byTemplate.Length);
Assert.Equal(templateId, byTemplate[0].TemplateId);
}
}
public void GetMetadataByTemplateId_GetsExpectedItem_WhenTargetIsAtRoot()
{
using (var dataStore = new TestSfsDataStore("/sitecore"))
{
var templateId = Guid.NewGuid();
var item = new FakeItem(path: "/sitecore", name: "sitecore", templateId: templateId);
dataStore.Save(item);
var byTemplate = dataStore.GetMetadataByTemplateId(templateId, "master").ToArray();
Assert.Equal(1, byTemplate.Length);
Assert.Equal(templateId, byTemplate[0].TemplateId);
}
}
public void Save_ErrorWhenItemNotInTree()
{
using (var dataStore = new TestSfsDataStore("/sitecore"))
{
var item = new FakeItem(path: "/ektron");
Assert.Throws<InvalidOperationException>(() => dataStore.Save(item));
}
}
public void Remove_RemovesItem()
{
using (var dataStore = new TestSfsDataStore("/sitecore"))
{
var item = new FakeItem(path: "/sitecore", name: "sitecore");
dataStore.Save(item);
dataStore.Remove(item);
var root = dataStore.GetByPath("/sitecore", "master");
Assert.Empty(root);
}
}
public void GetChildren_GetsExpectedChildren()
{
using (var dataStore = new TestSfsDataStore("/sitecore"))
{
var rootId = Guid.NewGuid();
var item = new FakeItem(path: "/sitecore", name: "sitecore", id: rootId);
dataStore.Save(item);
var child = new FakeItem(path: "/sitecore/test", name: "test", parentId: rootId);
dataStore.Save(child);
var kids = dataStore.GetChildren(item).ToArray();
Assert.NotEmpty(kids);
Assert.Equal("/sitecore/test", kids.First().Path);
}
}
public void MoveOrRename_RenamesItem_WhenChildrenAreOnShortPaths()
{
// This test checks that moves and renames when children are on loopback paths succeed. See Unicorn#77 and Unicorn#81
// this is the total test path length that is required to go to a loopback path, which is essential for this test (see SfsTree.cs, MaxRelativePathLength property)
var testMaxRelativePath = 240;
testMaxRelativePath -= 80; // 'expected max physical path length'
testMaxRelativePath -= 2; // length of test tree name ('T0')
testMaxRelativePath -= "/sitecore/".Length + 2; // length of root item name and separators
// but the max path will be > 100 chars, so we have to split it up into two item segments so that we can hit the path max, starting with a 100-char base path
var testBaseSegmentLength = 100;
testMaxRelativePath -= testBaseSegmentLength;
using (var dataStore = new TestSfsDataStore("/sitecore"))
{
var testBaseSegmentName = new string('a', testBaseSegmentLength);
var testBaseSegmentPath = "/sitecore/" + testBaseSegmentName;
// this will give us a path that when two characters are added goes into a loopback path
var testRootName = new string('b', testMaxRelativePath - 2);
var testRootPath = testBaseSegmentPath + "/" + testRootName;
// this will give us an equivalent length path to rename into
var renamedTestRootName = testRootName.Replace('b', 'c');
var renamedTestRootPath = testBaseSegmentPath + "/" + renamedTestRootName;
var renamingItemGrandchild = new FakeItem(path: testRootPath + "/hulk/smash", name: "smash", id: Guid.NewGuid());
var renamingItemChild = new FakeItem(path: testRootPath + "/hulk", name: "hulk", children: new[] { renamingItemGrandchild }, id: Guid.NewGuid());
var itemToRename = new FakeItem(path: testRootPath, name: testRootName, children: new[] { renamingItemChild }, id: Guid.NewGuid());
var baseSegment = new FakeItem(path: testBaseSegmentPath, name: testBaseSegmentName, id: Guid.NewGuid(), children: new[] { itemToRename });
var rootItem = new FakeItem(path: "/sitecore", name: "sitecore", id: Guid.NewGuid(), children: new[] { baseSegment });
dataStore.Save(rootItem);
dataStore.Save(baseSegment);
dataStore.Save(itemToRename);
dataStore.Save(renamingItemChild);
dataStore.Save(renamingItemGrandchild);
// note adding children with old paths; method takes care of rewriting child paths
var renamedItem = new FakeItem(id: itemToRename.Id, path: renamedTestRootPath, name: renamedTestRootName, children: new[] { renamingItemChild });
dataStore.MoveOrRenameItem(renamedItem, testRootPath);
var retrievedRenamedItem = dataStore.GetByPath(renamedTestRootPath, "master").ToArray();
var retrievedRenamedChild = dataStore.GetByPath(renamedTestRootPath + "/hulk", "master").ToArray();
var retrievedRenamedGrandchild = dataStore.GetByPath(renamedTestRootPath + "/hulk/smash", "master").ToArray();
// Asserts
retrievedRenamedItem.Should().NotBeEmpty("the renamed item should be available");
retrievedRenamedItem.First().Path.Should().Be(renamedTestRootPath, "renamed item path should match expectation");
// verify children moved
Assert.NotEmpty(retrievedRenamedChild);
Assert.NotEmpty(retrievedRenamedGrandchild);
}
}
public void MoveOrRename_RenamesItem()
{
using (var dataStore = new TestSfsDataStore("/sitecore"))
{
var item = new FakeItem(path: "/sitecore", name: "sitecore", id: Guid.NewGuid());
dataStore.Save(item);
var child = new FakeItem(path: "/sitecore/test", name: "test");
dataStore.Save(child);
var renamed = new FakeItem(path: "/sitecore/hexed", name: "hexed");
dataStore.MoveOrRenameItem(renamed, "/sitecore/test");
var retrieved = dataStore.GetByPath("/sitecore/hexed", "master").ToArray();
Assert.NotEmpty(retrieved);
Assert.Equal("/sitecore/hexed", retrieved.First().Path);
}
}
