using System.Linq; using Nitride.IO.Contents; using Nitride.IO.Paths; using Xunit; using Xunit.Abstractions; using Zio; namespace Nitride.IO.Tests; public class MoveToIndexPathsTest : NitrideIOTestBase { public MoveToIndexPathsTest(ITestOutputHelper output) : base(output) { } [Fact] public void MoveAllFiles() { // Set up the test and file system. using NitrideIOTestContext context = this.CreateContext(); CreateFileSystem(context); // Set up the operation. ReadFiles readFiles = context.Resolve(); MoveToIndexPath op = context.Resolve(); // Read and replace the paths. IOrderedEnumerable output = readFiles.WithPattern("/**") .Run() .Run(op) .Select(x => x.Get().ToString()) .OrderBy(x => x); // Verify the results. Assert.Equal( new[] { "/a1", "/b1.txt", "/c1/index.md", "/d1/index.html", }, output); } [Fact] public void OverrideCanMoveCallback() { // Set up the test and file system. using NitrideIOTestContext context = this.CreateContext(); CreateFileSystem(context); // Set up the operation. ReadFiles readFiles = context.Resolve(); MoveToIndexPath op = context.Resolve() .WithCanMoveCallback(path => path.ToString().Contains("a1")); // Read and replace the paths. IOrderedEnumerable output = readFiles.WithPattern("/**") .Run() .Run(op) .Select(x => x.Get().ToString()) .OrderBy(x => x); // Verify the results. Assert.Equal( new[] { "/a1/index", "/b1.txt", "/c1/index.md", "/d1.html", }, output); } private static void CreateFileSystem(NitrideIOTestContext context) { // Set up the file system. IFileSystem fileSystem = context.FileSystem; fileSystem.CreateDirectory("/c1"); fileSystem.CreateFile("/a1"); fileSystem.CreateFile("/b1.txt"); fileSystem.CreateFile("/c1/index.md"); fileSystem.CreateFile("/d1.html"); } }