private static bool GetIfShouldCopyAccordingToDates(string fileUnmodified, string destination, CopyingDetermination determination)
{
bool shouldCopy = true;
if (determination == CopyingDetermination.SourceVsDestinationDates)
{
// Comparisons are good, so we'll keep doing it.
//if (compareDates)
//{
var timespan = System.IO.File.GetLastWriteTime(fileUnmodified) - System.IO.File.GetLastWriteTime(destination);
// It seems as if
// the file system
// on OSX doesn't keep
// track of milliseconds
// so a simple inequality
// will fail. We then just
// ignore the milliseconds by
// giving the remote file an extra
// second on the comparison.
shouldCopy = timespan.TotalSeconds > 1;
//}
}
else if(determination == CopyingDetermination.SinceLastCopy)
{
shouldCopy = System.IO.File.GetLastWriteTime(fileUnmodified) > lastCopy;
}
return shouldCopy;
}
private static bool GetIfShouldCopyAccordingToDates(string fileUnmodified, string destination, CopyingDetermination determination)
{
bool shouldCopy = true;
if (determination == CopyingDetermination.SourceVsDestinationDates)
{
// Comparisons are good, so we'll keep doing it.
//if (compareDates)
//{
var timespan = System.IO.File.GetLastWriteTime(fileUnmodified) - System.IO.File.GetLastWriteTime(destination);
// It seems as if
// the file system
// on OSX doesn't keep
// track of milliseconds
// so a simple inequality
// will fail. We then just
// ignore the milliseconds by
// giving the remote file an extra
// second on the comparison.
shouldCopy = timespan.TotalSeconds > 1;
//}
}
else if (determination == CopyingDetermination.SinceLastCopy)
{
shouldCopy = System.IO.File.GetLastWriteTime(fileUnmodified) > lastCopy;
}
return(shouldCopy);
}
