private void CompareEntryList <T>(EntryList <T> a, EntryList <T> b) where T : EntryBase
{
for (var i = 0; i < a.Count; i++)
{
BinMapHelper.ModelCompare(a.ToList()[i], b.ToList()[i]);
}
}
public void BinaryCompare()
{
var wr = ModelFactory.GetModel <StfsPackage>(@"..\..\..\..\Resources\mergeable\aktualis\merge.1x");
MapPackage(wr);
var ok = ModelFactory.GetModel <StfsPackage>(@"..\..\..\..\Resources\variations2\8");
MapPackage(ok);
Debug.WriteLine("{0} {1}", wr.VolumeDescriptor.AllocatedBlockCount, ok.VolumeDescriptor.AllocatedBlockCount);
//for (var i = 0; i < wr.FileStructure.Files.Count; i++)
//{
// if (wr.FileStructure.Files[i].Flags != ok.FileStructure.Files[i].Flags)
// {
// Debug.WriteLine("{0} {1}", wr.FileStructure.Files[i].BlocksAreConsecutive, ok.FileStructure.Files[i].BlocksAreConsecutive);
// }
//}
//for (var i = 0; i < wr.FileStructure.Files.Count; i++)
//{
// wr.FileStructure.Files[i].CreatedTimeStamp = ok.FileStructure.Files[i].CreatedTimeStamp;
// wr.FileStructure.Files[i].AccessTimeStamp = ok.FileStructure.Files[i].AccessTimeStamp;
//}
//wr.GetHashEntry(6224).BlockHash = wr.HashBlock(wr.GetRealAddressOfBlock(6224));
//wr.Binary.WriteBytes(wr.TopTable.StartOffset + 4083, ok.Binary.ReadBytes(ok.TopTable.StartOffset + 4083, 0x1), 0, 0x1);
//wr.TopTable.Entries[0].BlockHash = wr.HashBlock(wr.TopTable.Tables[0].StartOffset);
//wr.VolumeDescriptor.TopHashTableHash = wr.HashBlock(wr.TopTable.StartOffset);
//wr.Binary.WriteBytes(4, ok.Binary.ReadBytes(4, ok.Certificate.OffsetTableSize), 0, ok.Certificate.OffsetTableSize);
//wr.Binary.WriteBytes(0x14F7240, ok.Binary.ReadBytes(0x14F7240, 64), 0, 64);
//wr.HeaderHash = ok.HeaderHash;
//wr.ThumbnailImage = ok.ThumbnailImage;
File.WriteAllBytes(@"..\..\..\..\Resources\mergeable\aktualis\merge.1xx", wr.Binary.ReadAll());
//return;
//wr.Save(@"..\..\..\..\Resources\compare\deathspank.wr2");
//var w = wr.FileStructure.Files.First(f => f.Name == "58410A6F.gpd");
//var o = ok.FileStructure.Files.First(f => f.Name == "58410A6F.gpd");
//Debug.WriteLine("WR: ");
//var block = w.StartingBlockNum;
//for (var i = 0; i < w.BlocksForFile; i++)
//{
// var he = wr.GetHashEntry(block);
// Debug.WriteLine("{0,4}\t{1}", block, he.BlockHash.ToHex());
// block = he.NextBlock;
//}
//Debug.WriteLine("OK: ");
//block = o.StartingBlockNum;
//for (var i = 0; i < o.BlocksForFile; i++)
//{
// var he = ok.GetHashEntry(block);
// Debug.WriteLine("{0,4}\t{1}", block, he.BlockHash.ToHex());
// block = he.NextBlock;
//}
BinMapHelper.ModelCompare(wr, ok);
//Debug.WriteLine("{0} {1}", wr.TopTable.Entries[13].BlockHash.ToHex(), ok.TopTable.Entries[13].BlockHash.ToHex());
//var wrTable = wr.TopTable.Tables[13];
////var wrData = wr.Binary.ReadBytes(wrTable.StartOffset, 0x1000);
////Debug.WriteLine(wrData.ToHex());
//var okTable = ok.TopTable.Tables[13];
////var okData = ok.Binary.ReadBytes(okTable.StartOffset, 0x1000);
//for (var j = 0; j < wrTable.EntryCount; j++)
//{
// var entry = wrTable.Entries[j];
// if (entry.Status == BlockStatus.NewlyAllocated) entry.Status = BlockStatus.Allocated;
//}
////Assert.AreEqual(wrData, okData);
//Debug.WriteLine("{0} {1}", wr.HashBlock(wrTable.StartOffset).ToHex(), ok.HashBlock(okTable.StartOffset).ToHex());
//Debug.WriteLine("WR: {0}%", (double)wrCoverage / wr.Binary.Length * 100);
}