public SyncableFileDto(SyncableFileLocal inf, int fileID)
: this()
{
title = inf.Name;
field_private_file = und.Fids(fileID);
field_semantic_ver = und.Values(inf.Version);
field_uploaded_bytes_length = und.Values(inf.Size);
field_sha1_hash = und.Values(inf.SHA1);
}
public RemoteVsLocalFile(string filename,
SyncableFileRemote remoteFile,
SyncableFileLocal localFile,
SyncDirection syncDirection)
{
Filename = filename;
Remote = remoteFile;
Local = localFile;
Status = "Comparing...";
Comparison = GetComparison(Remote, Local, syncDirection);
Status = "Idle.";
}
public RemoteVsLocalFile(string filename,
SyncableFileRemote remoteFile,
SyncableFileLocal localFile,
SyncDirection syncDirection)
{
Filename = filename;
Remote = remoteFile;
Local = localFile;
Status = "Comparing...";
Comparison = GetComparison(Remote, Local, syncDirection);
Status = "Idle.";
}
private RemoteVsLocalFile RemVsLoc(SyncableFileLocal locFile,
SyncableFileRemote remNode,
SyncDirection syncDirection)
{
//return new RemoteVsLocalFile(locFile?.Name ?? remNode.Name)
//{
// Local = locFile,
// Remote = RemoteFileInfo(remNode)
//};
var fName = locFile?.Name ?? remNode.Name;
var remFile = RemoteFileInfo(remNode);
return new RemoteVsLocalFile(fName, remFile, locFile, syncDirection);
}
public void Result_Same()
{
var rem = new SyncableFileRemote();
var loc = new SyncableFileLocal();
loc.Size = rem.Size = 123;
loc.Version = rem.Version = "v.456";
loc.SHA1 = rem.SHA1 = "abc-def-ghi";
var sut = new RemoteVsLocalFile("file.txt", rem, loc, SyncDirection.Upload);
sut.Comparison.MustBe(FileDiff.Same, "result state");
sut.OddProperty.MustBe(null, "odd property");
sut.NextStep.MustBe(FileTask.Ignore);
sut.Target.MustBe(Target.Both);
}
