public int Decimal2CIDR(IPAddress decimalMask) { if (decimalMask != null) { return(0); } return(CIDRDecimalConvertor.Decimal2CIDR(decimalMask.ToString())); }
private void Initialize() { //make sure the ip helper is bootstraped if (!isBootstraped) { throw new ArgumentException("IP Pool Helper is not Initialize."); } //iterate the pool list foreach (KeyValuePair <string, string> item in _poolList) { //get the extension string extension = Path.GetExtension(item.Value); //file reader instance IFileReader fileReader = FileReaderFactory.CreateReader(extension); //load the ip pool IList <string> ipPools = fileReader.Read(item.Value); foreach (var op in ipPools) { string formatedIP = IPAddressParser.Parse(op); string[] poolArr = formatedIP.Trim().Split('/'); if (poolArr.Length > 0) { int subnetMast; Int32.TryParse(poolArr[1], out subnetMast); string poolIp = poolArr[0].Replace(" ", ""); IPAddress ipAddr = IPAddress.Parse(poolIp); IPAddress mask = IPAddress.Parse(CIDRDecimalConvertor.CIDR2Decimal(subnetMast)); AddSubnetMaskToDictonary(item.Key, mask); IPAddress netAddOfIP = ipAddr.GetNetworkAddress(mask); AddNetAddressToDictonary(item.Key, netAddOfIP, op); } } } //set the initialize flag to true isInitialized = true; }
public int Decimal2CIDR(string decimalMask) { return(CIDRDecimalConvertor.Decimal2CIDR(decimalMask)); }
public string CIDR2Decimal(int cidr) { return(CIDRDecimalConvertor.CIDR2Decimal(cidr)); }