public bool Equals(UidInterval p)
{
// If parameter is null return false:
if ((object)p == null)
{
return(false);
}
// Return true if the fields match:
return((From == p.From) && (To == p.To));
}
public void AddHandledInterval(UidInterval newInterval)
{
var newIntervals = new List<UidInterval>();
foreach (var interval in _unhandledIntervals)
{
if (interval.To < newInterval.From || interval.From > newInterval.To)
newIntervals.Add(interval);
else
{
if (interval.To > newInterval.To)
newIntervals.Add(new UidInterval(newInterval.To + 1, interval.To));
if (interval.From < newInterval.From)
newIntervals.Add(new UidInterval(interval.From, newInterval.From - 1));
}
}
_unhandledIntervals = newIntervals;
}
public void AddUnhandledInterval(UidInterval newInterval)
{
var newIntervals = new List <UidInterval>();
var intersectionMinFrom = newInterval.From;
var intersectionMaxTo = newInterval.To;
var intersectionWasAddedFlag = false;
foreach (var interval in _unhandledIntervals)
{
if (interval.From > newInterval.To)
{
newIntervals.Add(interval);
}
else if (interval.To < newInterval.From)
{
if (!intersectionWasAddedFlag)
{
intersectionWasAddedFlag = true;
newIntervals.Add(new UidInterval(intersectionMinFrom, intersectionMaxTo));
}
newIntervals.Add(interval);
}
else
{
intersectionMinFrom = Math.Min(intersectionMinFrom, interval.From);
intersectionMaxTo = Math.Max(intersectionMaxTo, interval.To);
}
}
if (!intersectionWasAddedFlag)
{
newIntervals.Add(new UidInterval(intersectionMinFrom, intersectionMaxTo));
}
_unhandledIntervals = newIntervals;
}
public void AddHandledInterval(UidInterval newInterval)
{
var newIntervals = new List <UidInterval>();
foreach (var interval in _unhandledIntervals)
{
if (interval.To < newInterval.From || interval.From > newInterval.To)
{
newIntervals.Add(interval);
}
else
{
if (interval.To > newInterval.To)
{
newIntervals.Add(new UidInterval(newInterval.To + 1, interval.To));
}
if (interval.From < newInterval.From)
{
newIntervals.Add(new UidInterval(interval.From, newInterval.From - 1));
}
}
}
_unhandledIntervals = newIntervals;
}
public void AddUnhandledInterval(UidInterval newInterval)
{
var newIntervals = new List<UidInterval>();
var intersectionMinFrom = newInterval.From;
var intersectionMaxTo = newInterval.To;
var intersectionWasAddedFlag = false;
foreach (var interval in _unhandledIntervals)
{
if (interval.From > newInterval.To)
newIntervals.Add(interval);
else if (interval.To < newInterval.From)
{
if (!intersectionWasAddedFlag)
{
intersectionWasAddedFlag = true;
newIntervals.Add(new UidInterval(intersectionMinFrom, intersectionMaxTo));
}
newIntervals.Add(interval);
}
else
{
intersectionMinFrom = Math.Min(intersectionMinFrom, interval.From);
intersectionMaxTo = Math.Max(intersectionMaxTo, interval.To);
}
}
if (!intersectionWasAddedFlag)
newIntervals.Add(new UidInterval(intersectionMinFrom, intersectionMaxTo));
_unhandledIntervals = newIntervals;
}
public void AddUnhandledIntervalBaseTest(int[] indexes, UidInterval newInterval, int[] indexesMody, UidInterval[] intervals)
{
var imapIntervals = new ImapIntervals(new List<int>(indexes));
imapIntervals.AddUnhandledInterval(newInterval);
var uidIntervals = imapIntervals.GetUnhandledIntervalsCopy();
Assert.IsTrue(uidIntervals.Count == intervals.Count());
foreach (var interval in intervals)
{
Assert.IsTrue(uidIntervals.Contains(interval));
}
var indexesListMody = new List<int>(indexesMody);
Assert.IsTrue(indexesListMody.SequenceEqual(imapIntervals.ToIndexes()));
}
public void SetBeginIndexForSeveralIntervalsBase(int[] indexes, int beginIndex, int[] indexesMody, UidInterval[] intervals)
{
var imapIntervals = new ImapIntervals(new List<int>(indexes));
imapIntervals.SetBeginIndex(beginIndex);
var uidIntervals = imapIntervals.GetUnhandledIntervalsCopy();
foreach (var interval in intervals)
{
Assert.IsTrue(uidIntervals.Contains(interval));
}
var indexesListMody = new List<int>(indexesMody);
Assert.IsTrue(indexesListMody.SequenceEqual(imapIntervals.ToIndexes()));
}
public bool Equals(UidInterval p)
{
// If parameter is null return false:
if ((object)p == null)
{
return false;
}
// Return true if the fields match:
return (From == p.From) && (To == p.To);
}
