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include tcp in the names, might want to add udp or whatever later

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This commit is contained in:
Doug MacEachern 2005-05-10 14:50:20 +00:00
parent d5c3c18371
commit dc55b40c5e
1 changed files with 49 additions and 49 deletions
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98
bindings/java/src/net/hyperic/sigar/NetPortMap.java
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@ -7,10 +7,10 @@ import java.util.Map;
public class NetPortMap {
private Sigar sigar;
private Map inbound;
private Map outbound;
private int[] states;
private int inboundTotal, outboundTotal;
private Map tcpInbound;
private Map tcpOutbound;
private int[] tcpStates;
private int tcpInboundTotal, tcpOutboundTotal;
public NetPortMap() {
this.sigar = new Sigar();
@ -36,12 +36,12 @@ public class NetPortMap {
}
public void stat(int flags) throws SigarException {
this.inbound = new HashMap();
this.outbound = new HashMap();
this.inboundTotal = this.outboundTotal = 0;
this.states = new int[NetFlags.TCP_UNKNOWN];
for (int i=0; i<this.states.length; i++) {
this.states[i] = 0;
this.tcpInbound = new HashMap();
this.tcpOutbound = new HashMap();
this.tcpInboundTotal = this.tcpOutboundTotal = 0;
this.tcpStates = new int[NetFlags.TCP_UNKNOWN];
for (int i=0; i<this.tcpStates.length; i++) {
this.tcpStates[i] = 0;
}
NetConnection[] connections =
@ -51,16 +51,16 @@ public class NetPortMap {
NetConnection conn = connections[i];
int state = conn.getState();
this.states[state]++;
this.tcpStates[state]++;
//first pass, get listening port numbers
if (state == NetFlags.TCP_LISTEN) {
Long port = new Long(conn.getLocalPort());
Map addresses = (Map)this.inbound.get(port);
Map addresses = (Map)this.tcpInbound.get(port);
if (addresses == null) {
addresses = new HashMap();
this.inbound.put(port, addresses);
this.tcpInbound.put(port, addresses);
}
}
}
@ -75,21 +75,21 @@ public class NetPortMap {
Long port = new Long(conn.getLocalPort());
Map addresses = (Map)this.inbound.get(port);
Map addresses = (Map)this.tcpInbound.get(port);
String ip = conn.getRemoteAddress();
if (addresses == null) {
this.outboundTotal++;
this.tcpOutboundTotal++;
ip = conn.getRemoteAddress();
port = new Long(conn.getRemotePort());
addresses = (Map)this.outbound.get(port);
addresses = (Map)this.tcpOutbound.get(port);
if (addresses == null) {
addresses = new HashMap();
this.outbound.put(port, addresses);
this.tcpOutbound.put(port, addresses);
}
}
else {
this.inboundTotal++;
this.tcpInboundTotal++;
}
IpEntry entry = (IpEntry)addresses.get(ip);
@ -106,77 +106,77 @@ public class NetPortMap {
* key == Listening tcp port on the local machine.
* value == List of connected remote addresses.
*/
public Map getInboundConnections() {
return this.inbound;
public Map getTcpInboundConnections() {
return this.tcpInbound;
}
public Map getOutboundConnections() {
return this.outbound;
public Map getTcpOutboundConnections() {
return this.tcpOutbound;
}
public int getInboundConnectionsTotal() {
return this.inboundTotal;
public int getTcpInboundConnectionsTotal() {
return this.tcpInboundTotal;
}
public int getOutboundConnectionsTotal() {
return this.outboundTotal;
public int getTcpOutboundConnectionsTotal() {
return this.tcpOutboundTotal;
}
public int[] getStates() {
return this.states;
public int[] getTcpStates() {
return this.tcpStates;
}
//state counters
public int getTcpEstablished() {
return this.states[NetFlags.TCP_ESTABLISHED];
return this.tcpStates[NetFlags.TCP_ESTABLISHED];
}
public int getTcpSynSent() {
return this.states[NetFlags.TCP_SYN_SENT];
return this.tcpStates[NetFlags.TCP_SYN_SENT];
}
public int getTcpSynRecv() {
return this.states[NetFlags.TCP_SYN_RECV];
return this.tcpStates[NetFlags.TCP_SYN_RECV];
}
public int getTcpFinWait1() {
return this.states[NetFlags.TCP_FIN_WAIT1];
return this.tcpStates[NetFlags.TCP_FIN_WAIT1];
}
public int getTcpFinWait2() {
return this.states[NetFlags.TCP_FIN_WAIT2];
return this.tcpStates[NetFlags.TCP_FIN_WAIT2];
}
public int getTcpTimeWait() {
return this.states[NetFlags.TCP_TIME_WAIT];
return this.tcpStates[NetFlags.TCP_TIME_WAIT];
}
public int getTcpClose() {
return this.states[NetFlags.TCP_CLOSE];
return this.tcpStates[NetFlags.TCP_CLOSE];
}
public int getTcpCloseWait() {
return this.states[NetFlags.TCP_CLOSE_WAIT];
return this.tcpStates[NetFlags.TCP_CLOSE_WAIT];
}
public int getTcpLastAck() {
return this.states[NetFlags.TCP_LAST_ACK];
return this.tcpStates[NetFlags.TCP_LAST_ACK];
}
public int getTcpListen() {
return this.states[NetFlags.TCP_LISTEN];
return this.tcpStates[NetFlags.TCP_LISTEN];
}
public int getTcpClosing() {
return this.states[NetFlags.TCP_CLOSING];
return this.tcpStates[NetFlags.TCP_CLOSING];
}
public int getTcpIdle() {
return this.states[NetFlags.TCP_IDLE];
return this.tcpStates[NetFlags.TCP_IDLE];
}
public int getTcpBound() {
return this.states[NetFlags.TCP_BOUND];
return this.tcpStates[NetFlags.TCP_BOUND];
}
private static void dumpConnections(Map map) {
@ -194,16 +194,16 @@ public class NetPortMap {
NetPortMap map = new NetPortMap();
map.stat();
System.out.println(map.inboundTotal +
" Inbound Connections...");
dumpConnections(map.getInboundConnections());
System.out.println(map.tcpInboundTotal +
" Inbound TCP Connections...");
dumpConnections(map.getTcpInboundConnections());
System.out.println("\n" + map.outboundTotal +
" Outbound Connections...");
dumpConnections(map.getOutboundConnections());
System.out.println("\n" + map.tcpOutboundTotal +
" Outbound TCP Connections...");
dumpConnections(map.getTcpOutboundConnections());
System.out.println("\nStates...");
int[] states = map.getStates();
System.out.println("\nTCP States...");
int[] states = map.getTcpStates();
for (int i=1; i<states.length; i++) {
System.out.println(NetConnection.getStateString(i) + "=" +
states[i]);