/// <summary>
/// 初始化屏幕复制。
/// </summary>
/// <param name="adapter">
/// 所选适配器。
/// </param>
/// <param name="output">
/// 所选输出。
/// </param>
public void InitDuplicate(string adapter, string output)
{
var ad = Duplication.Adapters1.First(tmp => tmp.Description1.Description == adapter);
var ou = Duplication.Outputs.First(tmp => tmp.Description.DeviceName == output);
Duplication.InitDuplication(ad, ou, ref Screen, 1000 / Fps);
}
public void ApplyMd5Checksum_CheckDupesAndCompleteFullHash_DoesItEnsureAllPartialDupesAreFullHashed_Exercise()
{
var rootEntries = RootEntry.LoadCurrentDirCache();
var d = new Duplication(_logger, _configuration, _applicationDiagnostics);
d.ApplyMd5Checksum(rootEntries);
}
/// <summary>
/// 异步获取输出列表。
/// </summary>
/// <param name="adapter">
/// 选择的适配器。
/// </param>
/// <returns>
/// 异步任务运行状态。
/// </returns>
public async Task QueryOutputsAsync(string adapter)
{
var q = Duplication.Adapters1.First(tmp => tmp.Description1.Description == adapter);
Duplication.QueryOutputs(q);
await RefrushOutputs();
}
/// <summary>
/// Represents the main entry point of the application.
/// </summary>
public static void Main(string[] args)
{
Console.Write("Please enter your name: ");
string name = Console.ReadLine();
if (name.Trim() != string.Empty)
{
Greeter greeter = new Greeter();
Console.WriteLine(greeter.Greet(name));
}
Console.Write("Please enter an integer: ");
name = Console.ReadLine();
int number;
bool success = Int32.TryParse(name, out number);
if (success)
{
var numResult = Duplication.timesTwo(number);
Console.WriteLine(numResult);
Console.WriteLine(Duplication.multiplyByTwo(numResult));
}
}
/// <inheritdoc />
/// <summary>
/// Performs application-defined tasks associated with freeing, releasing, or resetting unmanaged resources
/// </summary>
public void Dispose()
{
// release resources
Alive = false;
Duplication.Dispose();
Duplication = null;
Output.Dispose();
Output = null;
Output1?.Dispose();
Output1 = null;
Output6?.Dispose();
Output6 = null;
DxgiDevice.Dispose();
DxgiDevice = null;
Device.Dispose();
Device = null;
Texture.Dispose();
Texture = null;
Adapter1.Dispose();
Adapter1 = null;
}
/// <summary>
/// 选择输出并获取该输出分辨率。
/// </summary>
/// <param name="output">
/// 所选输出字符串。
/// </param>
/// <returns>
/// 该输出分辨率。
/// </returns>
public Task <string> SelectOutput(string output)
{
return(Task.Run(() =>
{
if (Duplication.Outputs is null)
{
return "null";
}
var output1 = Duplication.Outputs.First(tmp => tmp.Description.DeviceName == output);
var screen = Duplication.SelectOutput(output1);
return $"{screen.Width}x{screen.Height}";
}));
}
/// <inheritdoc />
/// <summary>
/// Performs application-defined tasks associated with freeing, releasing, or resetting unmanaged resources
/// </summary>
public void Dispose()
{
// release resources
Duplication.Dispose();
Output.Dispose();
Output1?.Dispose();
Output6?.Dispose();
Context.Dispose();
DxgiDevice.Dispose();
Device.Dispose();
Texture.Dispose();
Adapter1.Dispose();
}
public void GetSizePairs_CheckSanityOfDupeSizeCountandDupeFileCount_Exercise()
{
int dupeCount = 10;
var testPath = this.AssemblyPathLocation();
// Create some dummy duplicate data.
// create a catalog
var random = FileHelper.RandomString(4096 * 16);
for (int i = 1; i <= dupeCount; i++)
{
File.WriteAllText($"{testPath}\\CDE_testFile{i}.txt", random);
}
//hacky creating catalog.
Program.Container = BootStrapper.Components();
Program.CreateCache($"{testPath}.\\");
Program.CreateMd5OnCache();
//run tests.
Console.WriteLine($"0 Directory.GetCurrentDirectory() {Directory.GetCurrentDirectory()}");
var rootEntries = RootEntry.LoadCurrentDirCache();
if (rootEntries.Count == 0)
{
Console.WriteLine("No Catalogs found.");
Assert.Fail("No catalogs found.");
}
foreach (var r in rootEntries)
{
Console.WriteLine($"loaded {r.DefaultFileName}");
}
var d = new Duplication(_logger, _configuration, _applicationDiagnostics);
var sizePairDictionary = d.GetSizePairs(rootEntries);
Console.WriteLine($"Number of Size Pairs {sizePairDictionary.Count}");
var sumOfUniqueHashesForEachSize = GetSumOfUniqueHashesForEachSize_ExcludePartialHash(sizePairDictionary);
Console.WriteLine($"Sum of total unique hashes (split on filesize to) {sumOfUniqueHashesForEachSize}");
var dupePairEnum = d.GetDupePairs(rootEntries);
var itemToVerify = dupePairEnum.SingleOrDefault(x => x.Key.Path.Contains("CDE_testFile"));
//Assert we have at least a count of the number of dupe files we originally created.
Assert.GreaterOrEqual(itemToVerify.Value.Count, dupeCount);
//TODO: Cleanup test.
}
public void GetDupePairs_CheckAllDupeFilesHaveFullHash_OK()
{
var rootEntries = RootEntry.LoadCurrentDirCache();
var d = new Duplication(_logger, _configuration, _applicationDiagnostics);
var dupePairEnum = d.GetDupePairs(rootEntries);
foreach (var dupe in dupePairEnum)
{
foreach (var de in dupe.Value)
{
if (de.ChildDE.IsPartialHash)
{
Console.WriteLine($"Trouble partial hash {de.FullPath}");
Assert.Fail();
}
}
}
}
public void GetDupePairs_DupeHashDoesNotMatchDiffSizeFilesOrPartialHash_OK()
{
var re1 = new RootEntry {
Path = @"C:\"
};
var de1 = new DirEntry {
Path = "de1", Size = 10, IsPartialHash = false
}; de1.SetHash(10);
var de2 = new DirEntry {
Path = "de2", Size = 10, IsPartialHash = false
}; de2.SetHash(11);
var de3 = new DirEntry {
Path = "de3", Size = 11, IsPartialHash = false
}; de3.SetHash(10);
var de4 = new DirEntry {
Path = "de4", Size = 11, IsPartialHash = false
}; de4.SetHash(11);
var de5 = new DirEntry {
Path = "de5", Size = 11, IsPartialHash = false
}; de5.SetHash(11);
var de6 = new DirEntry {
Path = "de6", Size = 11, IsPartialHash = false
}; de6.SetHash(12);
var de7 = new DirEntry {
Path = "de7", Size = 11, IsPartialHash = true
}; de7.SetHash(12);
var de8 = new DirEntry {
Path = "de8", Size = 11, IsPartialHash = false
}; de8.SetHash(12);
var de9 = new DirEntry {
Path = "de9", Size = 11, IsPartialHash = false
};
var de10 = new DirEntry {
Path = "de10", Size = 11, IsPartialHash = true
}; de10.SetHash(13);
re1.Children.Add(de1);
re1.Children.Add(de2);
re1.Children.Add(de3);
re1.Children.Add(de4);
re1.Children.Add(de5);
re1.Children.Add(de6);
re1.Children.Add(de7);
re1.Children.Add(de8);
re1.Children.Add(de9);
re1.Children.Add(de10);
var roots = new List <RootEntry> {
re1
};
var d = new Duplication(_logger, _configuration, _applicationDiagnostics);
var dp = d.GetDupePairs(roots);
var dp1 = dp.First();
// ReSharper disable PossibleNullReferenceException
var f1 = dp1.Value.FirstOrDefault(x => x.ChildDE == de4).ChildDE;
Assert.That(f1, Is.EqualTo(de4));
var f2 = dp1.Value.FirstOrDefault(x => x.ChildDE == de5).ChildDE;
Assert.That(f2, Is.EqualTo(de5));
// ReSharper restore PossibleNullReferenceException
}
public void GetSizePairs_HashIrrelevant_NullIsNotAHashValue_PartialNotAUniqueHashForSize_OK()
{
var re1 = new RootEntry {
Path = @"C:\"
};
var de1 = new DirEntry {
Path = "de1", Size = 10, IsPartialHash = false
}; de1.SetHash(10);
var de2 = new DirEntry {
Path = "de2", Size = 10, IsPartialHash = false
}; de2.SetHash(11);
var de3 = new DirEntry {
Path = "de3", Size = 11, IsPartialHash = false
}; de3.SetHash(10);
var de4 = new DirEntry {
Path = "de4", Size = 11, IsPartialHash = false
}; de4.SetHash(11);
var de5 = new DirEntry {
Path = "de5", Size = 11, IsPartialHash = false
}; de5.SetHash(11);
var de6 = new DirEntry {
Path = "de6", Size = 11, IsPartialHash = false
}; de6.SetHash(12);
var de7 = new DirEntry {
Path = "de7", Size = 11, IsPartialHash = true
}; de7.SetHash(12);
var de8 = new DirEntry {
Path = "de8", Size = 11, IsPartialHash = false
}; de8.SetHash(12);
var de9 = new DirEntry {
Path = "de9", Size = 11, IsPartialHash = false
};
var de10 = new DirEntry {
Path = "de10", Size = 11, IsPartialHash = true
}; de10.SetHash(13);
re1.Children.Add(de1);
re1.Children.Add(de2);
re1.Children.Add(de3);
re1.Children.Add(de4);
re1.Children.Add(de5);
re1.Children.Add(de6);
re1.Children.Add(de7);
re1.Children.Add(de8);
re1.Children.Add(de9);
re1.Children.Add(de10);
var roots = new List <RootEntry> {
re1
};
re1.SetInMemoryFields();
var d = new Duplication(_logger, _configuration, _applicationDiagnostics);
var sizePairDictionary = d.GetSizePairs(roots);
Console.WriteLine($"Number of Size Pairs {sizePairDictionary.Count}");
Assert.That(sizePairDictionary.Count, Is.EqualTo(2));
var sumOfUniqueHashesForEachSize = GetSumOfUniqueHashesForEachSize_ExcludePartialHash(sizePairDictionary);
Console.WriteLine($"Sum of total unique hashes (split on filesize to) {sumOfUniqueHashesForEachSize}");
Assert.That(sumOfUniqueHashesForEachSize, Is.EqualTo(5));
}
public void VerifyMultiplyByTwo()
{
const int number = 2;
Assert.AreEqual(Duplication.multiplyByTwo(number), 4);
}
public void ShouldProcessGeneratedCore(GeneratedCode g, Duplication d, bool shouldProcess)
{
_sut = new ContextFilter(g, d);
Assert.AreEqual(shouldProcess, _sut.ShouldProcessOrRegister(Gen(1)));
}
public void ShouldProcessMethodSecondTime(GeneratedCode g, Duplication d, bool shouldProcess)
{
_sut = new ContextFilter(g, d);
Assert.True(_sut.ShouldProcessOrRegister(M(1)));
Assert.AreEqual(shouldProcess, _sut.ShouldProcessOrRegister(M(1)));
}
public void ShouldProcessSecondTimePartialClasses(GeneratedCode g, Duplication d)
{
_sut = new ContextFilter(g, d);
Assert.True(_sut.ShouldProcessOrRegister(Part(1)));
Assert.True(_sut.ShouldProcessOrRegister(Part(1)));
}
public ContextFilter(GeneratedCode genCodeSetting, Duplication dupeSetting)
{
_genCodeSetting = genCodeSetting;
_dupeSetting = dupeSetting;
}
protected void SetUp(GeneratedCode genCode, Duplication dupe)
{
var uc = new ContextFilter(genCode, dupe);
Sut = new ContextStatisticsExtractor(uc);
}
