public void setServices(gov.cca.Services services)
{
this.services = services;
Console.WriteLine("---- BEFORE REGISTERING USES PORT {0} {1} {2}", this.ThisFacet, this.Id_unit, this.CID);
foreach (string portName in PortNames)
{
services.registerUsesPort(portName, "", new TypeMapImpl());
}
services.addProvidesPort(this, Constants.DEFAULT_PROVIDES_PORT_IMPLEMENTS, this.ClassName, new TypeMapImpl());
InitializePort initialize_port_wrapper = new InitializePortWrapper(((InitializePort)this).on_initialize, ((InitializePort)this).after_initialize);
services.addProvidesPort(initialize_port_wrapper, Constants.INITIALIZE_PORT_NAME, Constants.INITIALIZE_PORT_TYPE, new TypeMapImpl());
ReconfigurationAdvicePort reconfiguration_port_wrapper = new ReconfigurationAdvicePortWrapper(((ReconfigurationAdvicePort)this).changePort);
services.addProvidesPort(reconfiguration_port_wrapper, Constants.RECONFIGURE_PORT_NAME, Constants.RECONFIGURE_PORT_TYPE, new TypeMapImpl());
if (Kind == Constants.KIND_COMPUTATION || Kind == Constants.KIND_SYNCHRONIZER || Kind == Constants.KIND_APPLICATION)
{
gov.cca.ports.GoPort app_port_wrapper = new GoPortWrapper(((gov.cca.ports.GoPort) this).go, this.GetType());
services.addProvidesPort(app_port_wrapper, Constants.GO_PORT_NAME, Constants.GO_PORT_TYPE, new TypeMapImpl());
}
}
public void setServices(Services services)
{
this.frw_services = services;
frw_registry = (ServiceRegistry)frw_services.getPort(Constants.REGISTRY_PORT_NAME);
frw_registry.addSingletonService(Constants.BUILDER_SERVICE_PORT_TYPE, this);
frw_builder = (BuilderService)frw_services.getPort(Constants.BUILDER_SERVICE_PORT_NAME);
}
public void releaseServices(gov.cca.Services services)
{
if (releaseRegister.ContainsKey(services))
{
ComponentRelease callBack;
releaseRegister.TryGetValue(services, out callBack);
callBack.releaseServices(services);
}
}
void Services.addProvidesPort(Port inPort, string portName, string type, gov.cca.TypeMap properties)
{
ComponentID cid_inner = frw.getComponentID(mkPortName(portName));
if (!(cid_inner is ManagerIgnoredComponentID))
{
gov.cca.Services ws = WorkerServices;
ws.addProvidesPort(inPort, portName, type, properties);
}
frw.addProvidesPort(inPort, mkPortName(portName), type, properties);
}
void Services.registerUsesPort(string portName, string type, gov.cca.TypeMap properties)
{
ComponentID cid_inner = frw.getComponentID(mkPortName(portName));
if (!(cid_inner is ManagerIgnoredComponentID))
{
gov.cca.Services ws = WorkerServices;
ws.registerUsesPort(portName, type, properties);
}
frw.registerUsesPort(mkPortName(portName), type, properties);
}
void Services.removeProvidesPort(string portName)
{
ComponentID cid_inner = frw.getComponentID(mkPortName(portName));
if (!(cid_inner is ManagerIgnoredComponentID))
{
int[] nodes = cid.WorkerNodes;
//for (int i=0; i<nodes.Length; i++)
foreach (int i in WorkerServices.Keys)
{
gov.cca.Services ws = WorkerServices[i];
ws.removeProvidesPort(portName);
}
}
frw.removeProvidesPort(mkPortName(portName));
}
void Services.addProvidesPort(Port inPort, string portName, string type, gov.cca.TypeMap properties)
{
ComponentID cid_inner = frw.getComponentID(mkPortName(portName));
if (!(cid_inner is ManagerIgnoredComponentID))
{
int[] nodes = cid.WorkerNodes;
//for (int i=0; i<nodes.Length; i++)
foreach (int i in WorkerServices.Keys)
{
gov.cca.Services ws = WorkerServices[i];
ws.addProvidesPort(inPort, portName, type, properties);
}
}
frw.addProvidesPort(inPort, mkPortName(portName), type, properties);
}
void Services.removeProvidesPort(string portName)
{
ComponentID cid_inner = frw.getComponentID(mkPortName(portName));
if (!(cid_inner is ManagerIgnoredComponentID))
{
gov.cca.Services ws = WorkerServices;
try
{
ws.removeProvidesPort(portName);
}
catch (Exception e)
{
//if (e.getCCAExceptionType () != CCAExceptionType.PortNotDefined)
// throw e;
}
}
frw.removeProvidesPort(mkPortName(portName));
}
void Services.releasePort(string portName)
{
// Console.WriteLine ("RELEASE PORT 1.0 " + portName + "/" + mkPortName(portName) + " --- " + cid.getInstanceName());
ComponentID cid_inner = frw.getComponentID(mkPortName(portName));
// Console.WriteLine ("RELEASE PORT 1.1 " + portName + " --- " + (cid_inner == null ? "NULL" : cid_inner.getInstanceName()));
if (!(cid_inner is ManagerIgnoredComponentID))
{
int[] nodes = cid.WorkerNodes;
//for (int i=0; i<nodes.Length; i++)
foreach (int i in WorkerServices.Keys)
{
// Console.WriteLine ("RELEASE PORT 2 - i=" + i + " - nodes[i]=" + nodes[i] /*+ " - " + WorkerServices.Length + " - " + nodes.Length*/);
gov.cca.Services ws = WorkerServices[i];
ws.releasePort(portName);
}
}
// Console.WriteLine ("RELEASE PORT 4 " + portName);
frw.releasePort(mkPortName(portName));
// Console.WriteLine ("RELEASE PORT 5 " + portName);
}
void Services.releasePort(string portName)
{
// Console.WriteLine ("RELEASE PORT 1.0 " + portName + "/" + mkPortName(portName) + " --- " + cid.getInstanceName());
ComponentID cid_inner = frw.getComponentID(mkPortName(portName));
// Console.WriteLine ("RELEASE PORT 1.1 " + portName + " --- " + (cid_inner == null ? "NULL" : cid_inner.getInstanceName()));
if (!(cid_inner is ManagerIgnoredComponentID))
{
// Console.WriteLine ("RELEASE PORT 2 - ");
gov.cca.Services ws = WorkerServices;
try {
ws.releasePort(portName);
}
catch (Exception e)
{
// Console.WriteLine ("RELEASE PORT 3");
//if (e.getCCAExceptionType () != CCAExceptionType.PortNotDefined)
// throw e;
}
}
// Console.WriteLine ("RELEASE PORT 4 " + portName);
frw.releasePort(mkPortName(portName));
// Console.WriteLine ("RELEASE PORT 5 " + portName);
}
