public override void AddChain(string table, string chainName)
{
if (!_inTransaction)
{
//Revert to using IPTables Binary if non transactional
IPTablesBinaryAdapterClient binaryClient = new IPTablesBinaryAdapterClient(_ipVersion, _system, _iptablesBinary);
binaryClient.AddChain(table, chainName);
}
_builder.AddChain(table, chainName);
}
public override void DeleteChain(string table, string chainName, bool flush = false)
{
if (_inTransaction)
{
_builder.DeleteChain(table, chainName);
return;
}
IPTablesBinaryAdapterClient binaryClient = new IPTablesBinaryAdapterClient(_ipVersion, _system, _iptablesBinary);
binaryClient.DeleteChain(table, chainName);
}
public override void ReplaceRule(IpTablesRule rule)
{
if (!_inTransaction)
{
//Revert to using IPTables Binary if non transactional
IPTablesBinaryAdapterClient binaryClient = new IPTablesBinaryAdapterClient(_ipVersion, _system, _iptablesBinary);
binaryClient.ReplaceRule(rule);
}
String command = rule.GetActionCommand("-R", false);
_builder.AddCommand(rule.Chain.Table, command);
}
public override void DeleteRule(String table, String chainName, int position)
{
if (!_inTransaction)
{
//Revert to using IPTables Binary if non transactional
IPTablesBinaryAdapterClient binaryClient = new IPTablesBinaryAdapterClient(_ipVersion, _system, _iptablesBinary);
binaryClient.DeleteRule(table, chainName, position);
return;
}
String command = "-D " + chainName + " " + position;
_builder.AddCommand(table, command);
}
public override void DeleteRule(String table, String chainName, int position)
{
if (!_inTransaction)
{
//Revert to using IPTables Binary if non transactional
IPTablesBinaryAdapterClient binaryClient = new IPTablesBinaryAdapterClient(_ipVersion, _system, _iptablesBinary);
binaryClient.DeleteRule(table, chainName, position);
return;
}
String command = "-D " + chainName + " " + position;
_builder.AddCommand(table, command);
}
public override void AddChain(string table, string chainName)
{
if (!_inTransaction)
{
//Revert to using IPTables Binary if non transactional
IPTablesBinaryAdapterClient binaryClient = new IPTablesBinaryAdapterClient(_ipVersion, _system, _iptablesBinary);
binaryClient.AddChain(table, chainName);
return;
}
if (!GetInterface(table).AddChain(chainName))
{
throw new IpTablesNetException(String.Format("Failed to add chain \"{0}\" to table \"{1}\" due to error: \"{2}\"", chainName, table, GetInterface(table).GetErrorString()));
}
}
public override bool HasChain(string table, string chainName)
{
if (_inTransaction)
{
if (_builder.HasChain(table, chainName))
{
return(true);
}
return(false);
}
IPTablesBinaryAdapterClient binaryClient = new IPTablesBinaryAdapterClient(_ipVersion, _system, _iptablesBinary);
return(binaryClient.HasChain(table, chainName));
}
public override void DeleteRule(IpTablesRule rule)
{
if (!_inTransaction)
{
//Revert to using IPTables Binary if non transactional
IPTablesBinaryAdapterClient binaryClient = new IPTablesBinaryAdapterClient(_ipVersion, _system, _iptablesBinary);
binaryClient.DeleteRule(rule);
return;
}
String command = rule.GetActionCommand("-D");
if (GetInterface(rule.Chain.Table).ExecuteCommand(_iptablesBinary + " " + command) != 1)
{
throw new IpTablesNetException(String.Format("Failed to delete rule \"{0}\" due to error: \"{1}\"", command, GetInterface(rule.Chain.Table).GetErrorString()));
}
}
public override void DeleteChain(string table, string chainName, bool flush = false)
{
if (_inTransaction)
{
if (flush)
{
GetInterface(table).FlushChain(chainName);
}
GetInterface(table).DeleteChain(chainName);
return;
}
IPTablesBinaryAdapterClient binaryClient = new IPTablesBinaryAdapterClient(_ipVersion, _system, _iptablesBinary);
binaryClient.DeleteChain(table, chainName, flush);
}
public override void DeleteRule(String table, String chainName, int position)
{
if (!_inTransaction)
{
//Revert to using IPTables Binary if non transactional
IPTablesBinaryAdapterClient binaryClient = new IPTablesBinaryAdapterClient(_ipVersion, _system, _iptablesBinary);
binaryClient.DeleteRule(table, chainName, position);
return;
}
String command = "-D " + chainName + " " + position;
if (GetInterface(table).ExecuteCommand("iptables " + command) != 1)
{
throw new IpTablesNetException(String.Format("Failed to delete rule \"{0}\" due to error: \"{1}\"", command, GetInterface(table).GetErrorString()));
}
}
public override void InsertRule(IpTablesRule rule)
{
if (!_inTransaction)
{
//Revert to using IPTables Binary if non transactional
IPTablesBinaryAdapterClient binaryClient = new IPTablesBinaryAdapterClient(_ipVersion, _system, _iptablesBinary);
binaryClient.InsertRule(rule);
return;
}
String command = rule.GetActionCommand("-I");
if (GetInterface(rule.Chain.Table).ExecuteCommand("iptables " + command) != 1)
{
throw new IpTablesNetException(String.Format("Failed to insert rule \"{0}\" due to error: \"{1}\"", command, GetInterface(rule.Chain.Table).GetErrorString()));
}
}
public override void DeleteRule(String table, String chainName, int position)
{
if (!_inTransaction)
{
//Revert to using IPTables Binary if non transactional
IPTablesBinaryAdapterClient binaryClient = new IPTablesBinaryAdapterClient(_ipVersion, _system, _iptablesBinary);
binaryClient.DeleteRule(table, chainName, position);
return;
}
String command = "-D " + chainName + " " + position;
if (GetInterface(table).ExecuteCommand("iptables " + command) != 1)
{
throw new IpTablesNetException(String.Format("Failed to delete rule \"{0}\" due to error: \"{1}\"", command, GetInterface(table).GetErrorString()));
}
}
public override void InsertRule(IpTablesRule rule)
{
if (!_inTransaction)
{
//Revert to using IPTables Binary if non transactional
IPTablesBinaryAdapterClient binaryClient = new IPTablesBinaryAdapterClient(_ipVersion, _system, _iptablesBinary);
binaryClient.InsertRule(rule);
return;
}
String command = rule.GetActionCommand("-I", false);
_builder.AddCommand(rule.Chain.Table, command);
}
public override void AddChain(string table, string chainName)
{
Debug.Assert(chainName != null);
if (!IpTablesChain.ValidateChainName(chainName))
{
throw new IpTablesNetException(String.Format("Failed to add chain \"{0}\" to table \"{1}\" due to validation error", chainName, table));
}
if (!_inTransaction)
{
//Revert to using IPTables Binary if non transactional
IPTablesBinaryAdapterClient binaryClient = new IPTablesBinaryAdapterClient(_ipVersion, _system, _iptablesBinary);
binaryClient.AddChain(table, chainName);
return;
}
if (!GetInterface(table).AddChain(chainName))
{
throw new IpTablesNetException(String.Format("Failed to add chain \"{0}\" to table \"{1}\" due to error: \"{2}\"", chainName, table, GetInterface(table).GetErrorString()));
}
}
public Version GetIptablesVersion()
{
IPTablesBinaryAdapterClient binaryClient = new IPTablesBinaryAdapterClient(_ipVersion, _system, _iptablesBinary);
return binaryClient.GetIptablesVersion();
}
public override bool HasChain(string table, string chainName)
{
if (_inTransaction)
{
if (_builder.HasChain(table, chainName))
{
return true;
}
return false;
}
IPTablesBinaryAdapterClient binaryClient = new IPTablesBinaryAdapterClient(_ipVersion, _system, _iptablesBinary);
return binaryClient.HasChain(table, chainName);
}
public Version GetIptablesVersion()
{
IPTablesBinaryAdapterClient binaryClient = new IPTablesBinaryAdapterClient(_ipVersion, _system, _iptablesBinary);
return(binaryClient.GetIptablesVersion());
}
public override void AddChain(string table, string chainName)
{
if (!_inTransaction)
{
//Revert to using IPTables Binary if non transactional
IPTablesBinaryAdapterClient binaryClient = new IPTablesBinaryAdapterClient(_ipVersion, _system, _iptablesBinary);
binaryClient.AddChain(table, chainName);
}
_builder.AddChain(table, chainName);
}
public override void DeleteChain(string table, string chainName, bool flush = false)
{
if (_inTransaction)
{
_builder.DeleteChain(table, chainName);
return;
}
IPTablesBinaryAdapterClient binaryClient = new IPTablesBinaryAdapterClient(_ipVersion, _system, _iptablesBinary);
binaryClient.DeleteChain(table, chainName);
}
