private static void CounterfeitRevProps(SvnClient svnClient, SvnTarget target, IVSSVersion vssVersion)
{
SvnInfoEventArgs infoEventArgs;
svnClient.GetInfo(target, out infoEventArgs);
var props = new SvnRevProps(svnREVPROPSPATH, infoEventArgs.Revision);
if (vssVersion != null)
{
props.SetAuthor(vssVersion.Username);
props.SetDate(vssVersion.Date);
}
}
private static bool ImportDirectories()
{
var uri = new Uri(string.Format("{0}{1}", svnURL, svnPROJ));
string dir = Path.Combine(repoDIR, vssPROJ.Substring(2).Replace("/", "\\"));
if (!Directory.Exists(dir))
{
Directory.CreateDirectory(dir);
}
using (SvnClient svnClient = GetSvnClient())
{
var importArgs = new SvnImportArgs
{
LogMessage = string.Format("Initial import from VSS on {0}", DateTime.Now)
};
SvnInfoEventArgs infoEventArgs;
try
{
trunkexists = svnClient.GetInfo(SvnTarget.FromUri(uri), out infoEventArgs);
migrateLog.DebugFormat(svnClient.GetInfo(SvnTarget.FromUri(uri), out infoEventArgs) ?
"Getting trunk revision was successful." :
"Getting trunk revision was NOT successful!");
migrateLog.DebugFormat("Base Revision: " + infoEventArgs.Revision);
if (infoEventArgs.Revision == 0)
{
if (!svnClient.Import(dir, uri, importArgs))
{
return(false);
}
}
}
catch (Exception)
{
if (!svnClient.Import(dir, uri, importArgs))
{
return(false);
}
}
var tagurl = new Uri(String.Format("{1}/{0}", svnTAG, svnURL));
var branchurl = new Uri(String.Format("{1}/{0}", svnBRANCH, svnURL));
try
{
svnClient.GetInfo(tagurl, out infoEventArgs);
svnClient.GetInfo(branchurl, out infoEventArgs);
migrateLog.DebugFormat(svnClient.GetInfo(tagurl, out infoEventArgs)?
"Getting tag dir revision was successful." :
"Getting tag dir revision was NOT successful!");
migrateLog.DebugFormat(svnClient.GetInfo(branchurl, out infoEventArgs)?
"Getting branch dir revision was successful." :
"Getting branch dir revision was NOT successful!");
}
catch (SvnRepositoryIOException)
{
var tagdircreated = svnClient.RemoteCreateDirectory((tagurl), new SvnCreateDirectoryArgs
{
LogMessage = "Initial creation of tag directory", CreateParents = true
});
var branchdircreated = svnClient.RemoteCreateDirectory((branchurl),
new SvnCreateDirectoryArgs
{
LogMessage = "Initial creation of branch directory", CreateParents = true
});
}
try
{
svnClient.GetInfo(uri, out infoEventArgs);
}
catch (SvnRepositoryIOException)
{
svnClient.RemoteCreateDirectory((uri),
new SvnCreateDirectoryArgs
{
LogMessage = "Initial import", CreateParents = true
});
}
migrateLog.DebugFormat(dir);
//Update the author and time of the first import revision to correspond to the first file revision
//minus a minute in time for proper ordering of the revisions in time);
if (!string.IsNullOrEmpty(svnREVPROPSPATH))
{
svnClient.GetInfo(trunkexists
? SvnTarget.FromUri(uri)
: SvnTarget.FromString(dir),
out infoEventArgs);
var props = new SvnRevProps(svnREVPROPSPATH, infoEventArgs.Revision);
//This helps to make sure the revisions are imported in chronological order
props.SetDate(revisions.Keys[0].Time.AddMinutes(-1));
}
Cleanup();
var checkOutArgs = new SvnCheckOutArgs {
Depth = SvnDepth.Infinity
};
return(svnClient.CheckOut(uri, dir, checkOutArgs));
}
}