public void fireEvent(NCCPConnection.ConnectionEvent e) {
ConnectionListener l;
int max = listeners.size();
for (int i = 0; i < max; ++i) {
ExpCoordinator.print(
new String(
"NCCPConnection.fireEvent ("
+ toString()
+ ") event: "
+ e.getType()
+ " max:"
+ max
+ " i:"
+ i),
2);
l = (ConnectionListener) (listeners.elementAt(i));
switch (e.getType()) {
case ConnectionEvent.CONNECTION_FAILED:
l.connectionFailed(e);
break;
case ConnectionEvent.CONNECTION_CLOSED:
l.connectionClosed(e);
break;
case ConnectionEvent.CONNECTION_OPENED:
ExpCoordinator.printer.print(
new String("Opened control connection (" + toString() + ")"));
l.connectionOpened(e);
}
}
}
public void setConnected(boolean b, boolean process_pending) {
if (b && state != ConnectionEvent.CONNECTION_OPENED) {
if (host.length() > 0)
ExpCoordinator.print(
"NCCPConnection open connection to ipaddress " + host + " port " + port);
state = ConnectionEvent.CONNECTION_OPENED;
// connected = true;
fireEvent(new ConnectionEvent(this, state));
ExpCoordinator.printer.print("NCCPConnection.setConnected " + b + " event fired", 8);
if (process_pending) {
int max = pendingMessages.size();
ExpCoordinator.printer.print(new String(" pendingMessages " + max + " elements"), 8);
for (int i = 0; i < max; ++i) {
sendMessage((NCCP.Message) pendingMessages.elementAt(i));
}
pendingMessages.removeAllElements();
}
} else {
if (!b
&& (state != ConnectionEvent.CONNECTION_CLOSED
|| state != ConnectionEvent.CONNECTION_FAILED)) {
if (host.length() > 0)
ExpCoordinator.print(
new String(
"NCCPConnection.setConnected -- Closed control socket for " + host + "." + port));
state = ConnectionEvent.CONNECTION_CLOSED;
fireEvent(new ConnectionEvent(this, state));
}
}
}
public Object getUIRep() {
if (uiRepCopy == null) {
if (field == null)
ExpCoordinator.print(
new String("FieldParam(" + getLabel() + ").getUIRep field is null"), TEST_UIREP);
else
ExpCoordinator.print(
new String("FieldParam(" + getLabel() + ").getUIRep field:" + field.toString()),
TEST_UIREP);
uiRepCopy = field.getUIRepCopy(isEditable());
setUIRep(uiRepCopy.getComponent());
}
return (super.getUIRep());
}
public void mousePressed(MouseEvent e) {
if (ltool.isEnabled()) {
startComponent = ((ONLComponentButton) e.getSource()).getONLComponent();
if (startComponent instanceof GigEDescriptor) {
ExpCoordinator.print(
new String(
"LinkTool.ComponentListener.mousePressed gige startComponent:"
+ startComponent.getLabel()),
TEST_GIGE);
startComponent = ((GigEDescriptor) startComponent).getUnlinkedPort();
if (startComponent != null)
ExpCoordinator.print(
new String(" unlinked port: " + startComponent.getLabel()), TEST_GIGE);
else ExpCoordinator.print(" unlinked port: null", TEST_GIGE);
}
if (startComponent instanceof HardwareHost)
startComponent = ((HardwareHost) startComponent).getPort(0);
endComponent = null;
if (startComponent.isLinkable() && (!startComponent.isLinked())) {
LinkDescriptor ld =
ltool.createLinkDescriptor(
startComponent); // new LinkDescriptor(ltool.getNextLabel(), startComponent,
// ltool.currentBW, ltool.expCoordinator);
linkGraphic = (LinkGraphic) ld.getGraphic();
if (linkGraphic.getONLComponent() == null)
ExpCoordinator.print("LinkTool.ComponentListener::mousePressed onlcomp == null", 2);
// linkGraphic = new LinkGraphic();
// linkGraphic.setPoint1(startComponent.getGraphic());
linkGraphic.setVisible(true);
ltool
.getTopologyPanel()
.addLink(linkGraphic); // expCoordinator.getMainWindow().getTopologyPanel()
// System.out.println("LinkTool.ComponentListener::mousePressed component " +
// startComponent.getLabel());
setIntermediate(
e.getPoint(), ((ONLComponentButton) e.getSource()).getONLComponent().getGraphic());
} else {
ExpCoordinator.print(
new String(
"LinkTool::mousePressed startComponent "
+ startComponent.getLabel()
+ " is Linked"),
2);
startComponent = null;
ltool.setEnabled(false);
}
}
}
private boolean connectSPPMon() {
if (state == ConnectionEvent.CONNECTION_PENDING) {
ExpCoordinator.print(
new String("NCCPConnection(" + host + ", " + port + ").connect connection pending"), 0);
while (state == ConnectionEvent.CONNECTION_PENDING) {
try {
Thread.sleep(500);
} catch (java.lang.InterruptedException e) {
}
}
return (isConnected());
}
state = ConnectionEvent.CONNECTION_PENDING;
if (nonProxy != null) {
try {
nonProxy.connect();
} catch (UnknownHostException e) {
boolean rtn = informUserError("Don't know about host: " + host + ":" + e.getMessage());
return rtn;
} catch (SocketTimeoutException e) {
boolean rtn = informUserError("Socket time out for " + host + ":" + e.getMessage());
return rtn;
} catch (IOException e) {
boolean rtn = informUserError("Couldnt get I/O for " + host + ":" + e.getMessage());
return rtn;
}
}
return (isConnected());
}
public void mouseReleased(MouseEvent e) {
if (ltool.isEnabled()) {
if (endComponent instanceof GigEDescriptor)
endComponent = ((GigEDescriptor) endComponent).getUnlinkedPort();
if (!ltool.addLink(linkGraphic, endComponent)) {
ExpCoordinator.print(
new String(
"LinkTool.ComponentListener::mouseReleased from "
+ startComponent.getLabel()
+ " cancelled"),
TEST_ADD);
if (ltool.isVirtualTopology())
ltool
.expCoordinator
.getCurrentExp()
.getVirtualTopology()
.getTopologyPanel()
.removeLink(linkGraphic);
else ExpCoordinator.getMainWindow().getTopologyPanel().removeLink(linkGraphic);
}
startComponent = null;
endComponent = null;
linkGraphic = null;
ltool.setEnabled(false);
}
}
public void read(ONL.Reader rdr) throws java.io.IOException {
setHost(new String(rdr.readString()));
setPort(rdr.readInt());
short cid = (short) rdr.readShort();
ExpCoordinator.print(
new String("NCCPConnection.read host:" + getHost() + " port:" + getPort() + " cid:" + cid),
5);
if (proxy != null) proxy.setConnectionID(this, cid);
}
public FieldParam(FieldParam p) {
super((Param) p);
field = p.field;
fieldOwner = p.fieldOwner;
// uiRepCopy = field.getUIRepCopy();//REMOVED 8/10/10
// setUIRep(uiRepCopy.getComponent());//REMOVED 8/10/10
ExpCoordinator.print(
new String("FieldParam(" + label + ")(FieldParam) default:" + p.getDefaultValue()),
TEST_FIELDPARAM);
}
public void print(int dlevel) {
if (msgtype == NCCP.MessageResponse)
ExpCoordinator.print(
new String("NCCPConnection.Message Response size = " + msgsize), dlevel);
else
ExpCoordinator.print(
new String("NCCPConnection.Message type = " + msgtype + " size = " + msgsize), dlevel);
String tmp_str = "";
int max = msgsize - 2;
for (int i = 0; i < max; ++i) {
for (int j = 0; j < 4; ++j) {
if (i < max) {
tmp_str = tmp_str.concat(new String(msgbytes[i] + " "));
++i;
}
}
ExpCoordinator.print(new String(" " + tmp_str), dlevel);
tmp_str = "";
}
}
public void setConnectionID(short cid) {
ExpCoordinator.print(
new String(
"NCCPConnection.setConnectionID host:"
+ getHost()
+ " port:"
+ getPort()
+ " cid:"
+ cid),
5);
if (proxy != null) proxy.setConnectionID(this, cid);
}
protected void addLink(LinkGraphic lg) {
LinkDescriptor comp = (LinkDescriptor) lg.getONLComponent();
ExpCoordinator.print(
new String(
"LinkTool::addLink "
+ comp.getPoint1().getLabel()
+ " to "
+ comp.getPoint2().getLabel()));
lg.getONLComponent().setLabel(new String("explink" + count));
expCoordinator.getCurrentExp().addLink(comp);
++count;
}
public FieldParam(ParamSpec fps, ONLComponent pc, Command cs) {
super((ParamSpec) fps, pc, cs);
if (cs.getFieldOwner() == null && pc instanceof Field.Owner) fieldOwner = (Field.Owner) pc;
else fieldOwner = cs.getFieldOwner();
getField();
setDefaultValue(fps.getDefaultValue());
ExpCoordinator.print(
new String(
"FieldParam("
+ label
+ ")(ParamSpec, ONLComponent, Command) command:"
+ cs.getLabel()
+ " default:"
+ fps.getDefaultValue()),
TEST_FIELDPARAM);
}
public void processMessage(DataInputStream dataIn) throws IOException {
count = 0;
int msgsize = dataIn.readInt();
count = 1;
int msgtype = 0;
if (msgsize >= 2) msgtype = dataIn.readUnsignedShort();
else {
if (msgsize == 1) dataIn.readByte();
ExpCoordinator.printer.print(
new String("ERROR:NCCPConnection.run msgsize(" + msgsize + ") < 2 msgtype = " + msgtype));
ExpCoordinator.printer.printHistory();
return;
}
count = 2;
switch (msgtype) {
case NCCP.MessageResponse:
ExpCoordinator.print(
new String(
"NCCPConnection::run message is NCCP.MessageResponse " + msgsize + " " + msgtype),
3);
MessageRunnable tmp_msg = new MessageRunnable(msgsize, msgtype, dataIn);
tmp_msg.print(5);
SwingUtilities.invokeLater(tmp_msg);
break;
case NCCP.MessagePeriodic:
ExpCoordinator.printer.print(
new String(
"NCCPConnection::run message is NCCP.MessagePeriodic " + msgsize + " " + msgtype),
3);
processPeriodicMsg(msgsize, msgtype, dataIn);
break;
default:
ExpCoordinator.printer.print(
new String("NCCPConnection::run message is Other " + msgsize + " " + msgtype));
SwingUtilities.invokeLater(new MessageRunnable(msgsize, msgtype, dataIn));
}
}
protected boolean addLink(
LinkGraphic lg, ONLComponent end_comp) // returns true if successfully added
{
if (lg == null) return false;
LinkDescriptor comp = (LinkDescriptor) lg.getONLComponent();
ONLComponent start_comp = comp.getPoint1();
// fail link if end_comp is not a component, it's a loop, the end_comp is unlinkable or is
// already linked
if (end_comp == null
|| end_comp == start_comp
|| !end_comp.isLinkable()
|| end_comp.isLinked()) {
if (end_comp == null)
ExpCoordinator.print(
new String("LinkTool.addLink " + comp.toString() + " fail end is null"), TEST_ADD);
else {
if (end_comp == start_comp)
ExpCoordinator.print(
new String(
"LinkTool.addLink "
+ comp.toString()
+ " fail end("
+ end_comp.getLabel()
+ ") is same as start"),
TEST_ADD);
if (!end_comp.isLinkable() || end_comp.isLinked())
ExpCoordinator.print(
new String(
"LinkTool.addLink "
+ comp.toString()
+ " fail diend("
+ end_comp.getLabel()
+ ") unlinkable isLinkable:"
+ end_comp.isLinkable()
+ " isLinked:"
+ end_comp.isLinked()),
TEST_ADD);
}
return false;
} else {
// 10G change for gige to gige connections remove GigE to GigE restriction
// if (((start_comp instanceof GigEDescriptor.Port) || (start_comp instanceof GigEDescriptor))
// &&
// ((end_comp instanceof GigEDescriptor.Port) || (end_comp instanceof GigEDescriptor)))
// return false;
// 10G change return false if interface types not equal & not a GigE-GigE link
if (!start_comp.getInterfaceType().equals(end_comp.getInterfaceType())
&& !(((start_comp instanceof GigEDescriptor.Port)
|| (start_comp instanceof GigEDescriptor))
&& ((end_comp instanceof GigEDescriptor.Port)
|| (end_comp instanceof GigEDescriptor)))) {
ExpCoordinator.print(
new String(
"LinkTool.addLink "
+ comp.toString()
+ " fail diff interface start:"
+ start_comp.getLabel()
+ "("
+ start_comp.getInterfaceType()
+ ") end:"
+ end_comp.getLabel()
+ "("
+ end_comp.getInterfaceType()
+ ")"),
TEST_ADD);
return false;
}
// SUBNET:add call SubnetManager addLink here
try {
if (ExpCoordinator.isOldSubnet()) {
// check for cycles
if (expCoordinator.getTopology().isCycle(start_comp, end_comp)) return false;
OldSubnetManager.addLink(
(ONLComponent.PortBase) start_comp, (ONLComponent.PortBase) end_comp);
} else
SubnetManager.addLink(
(ONLComponent.PortBase) start_comp, (ONLComponent.PortBase) end_comp);
} catch (SubnetManager.SubnetException e) {
ExpCoordinator.print(
new String(
"LinkTool.addLink failed ("
+ start_comp.getLabel()
+ ", "
+ end_comp.getLabel()
+ ") -- "
+ e.getMessage()));
return false;
}
}
comp.setPoint2(end_comp);
addLink(lg);
return true;
}