/// <summary> Populates this IP_Restriction range information with all of the IP Restriction ranges for this library </summary>
/// <param name="All_Ranges"> DataTable containing all of the IP ranges </param>
public void Populate_IP_Ranges(DataTable All_Ranges)
{
lock (thisLock)
{
DataColumn startColumn = All_Ranges.Columns["StartIP"];
DataColumn endColumn = All_Ranges.Columns["EndIP"];
rangeDictionary.Clear();
IpRanges.Clear();
IP_Restriction_Range currentRange = null;
foreach (DataRow thisRow in All_Ranges.Rows)
{
// Check if this is the same range, or add a new one
int ipRangeId = Convert.ToInt32(thisRow[1]);
if ((currentRange == null) || (currentRange.RangeID != ipRangeId))
{
currentRange = new IP_Restriction_Range(ipRangeId, thisRow[0].ToString(), thisRow[2].ToString(), thisRow[5].ToString());
IpRanges.Add(currentRange);
rangeDictionary[currentRange.RangeID] = currentRange;
}
// Add all the IP addresses to this
string start = thisRow[startColumn].ToString().Trim();
if (start.Length > 0)
{
currentRange.Add_IP_Address(start, thisRow[endColumn].ToString().Trim());
}
}
}
}
private void AddIpRange()
{
const byte maxIpRanges = byte.MaxValue;
if (IpRanges.Count < maxIpRanges)
{
IpRanges.Add(new IpRangeViewModel());
}
}
