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.
}
