-- JSL module extracted from ITU-T Z.165.1 (05/2012)

package org.etsi.ttcn.xtri;

// Tri Boolean
public interface TriBoolean {
	public void setBooleanValue(boolean value);
	public boolean getBooleanValue();
}

// Tri IDL TriPortIdType
public interface TriPortId {
	public String getPortName();
	public String getPortTypeName();
	public TriComponentId getComponent();
	public boolean isArray();
	public int getPortIndex();
}

// Tri IDL TriPortIdListType
public interface TriPortIdList {
	public int size();
	public boolean isEmpty();
	public java.util.Enumeration getPortIds();
	public TriPortId get(int index);
}

// Tri IDL TriComponentIdType
public interface TriComponentId {
	public String getComponentId();
	public String getComponentName();
	public String getComponentTypeName();
	public TriPortIdList getPortList();
	public boolean equals(TriComponentId component);
}

// Tri IDL TriComponentIdListType
public interface TriComponentIdListType {
	public int size();
	public boolean isEmpty();
	public java.util.Enumeration getComponents();
	public TriComponentId get(int index);
	public void clear();
	public void add(TriComponentId comp);
}

// Tri IDL TriMessageType
public interface TriMessage {
	public byte[] getEncodedMessage();
	public void setEncodedMessage(byte[] message); 
    public int getNumberOfBits();
    public void setNumberOfBits(int amount);
	public boolean equals(TriMessage message);
}

// Tri IDL TriAddressType
public interface TriAddress {
	public byte[] getEncodedAddress();
	public void setEncodedAddress(byte[] address);
    public int getNumberOfBits();
    public void setNumberOfBits(int amount);
	public boolean equals(TriAddress address);
}

// Tri IDL TriAddressListType
public interface TriAddressListType {
	public int size();
	public boolean isEmpty();
	public java.util.Enumeration getAddresses();
	public TriAddress get(int index);
	public void clear();
	public void add(TriAddress addr);
}
// Tri IDL TriSignatureIdType
public interface TriSignatureId {
	public String getSignatureName();
	public void setSignatureName(String sigName);
	public boolean equals(TriSignatureId sig);
}

// Tri IDL TriParameterType
public interface TriParameter {
	public String getParameterName();
	public void setParameterName(String name);
    public int getNumberOfBits();
    public void setNumberOfBits(int amount);
	public int getParameterPassingMode();
	public void setParameterPassingMode(in mode);
	public byte[] getEncodedParameter();
	public void setEncodedParameter(byte[] parameter);
}

// Tri IDL TriParameterPassingModeType
public interface TriParameterPassingMode {
	public final static int TRI_IN = 0;
	public final static int TRI_INOUT = 1;
	public final static int TRI_OUT = 2;
}

// Tri IDL TriParameterListType
public interface TriParameterList {
	public int size();
	public boolean isEmpty();
	public java.util.Enumeration getParameters();
	public TriParameter get(int index);
	public void clear();
	public void add(TriParameter parameter);
}

// Tri IDL TriExceptionType
public interface TriException {
	public byte[] getEncodedException();
	public void setEncodedException(byte[] message);
    public int getNumberOfBits();
    public void setNumberOfBits(int amount);
	public boolean equals(TriException exc);
}

// Tri IDL TriTimerIdType
public interface TriTimerId {
	public String getTimerName();
	public boolean equals(TriTimerId timer);
}
// Tri IDL TriTimerDurationType
public interface TriTimerDuration {
	public double getDuration();
	public void setDuration(double duration);
	public boolean equals(TriTimerDuration duration);
}

// Tri IDL TriFunctionIdType
public interface TriFunctionId {
	public String toString();
	public String getFunctionName();
	public boolean equals(TriFunctionId fun);
}

// Tri IDL TriTestCaseIdType
public interface TriTestCaseId {
	public String toString();
	public String getTestCaseName();
	public boolean equals(TriTestCaseId tc);
}

// TriStatusType
public interface TriStatus {
	public final static int TRI_OK = 0;
	public final static int TRI_ERROR = 1;
	public String toString();
	public int getStatus();
	public void setStatus(int status);
	public boolean equals(TriStatus status);
}

// TriCommunication 
// TE -> SA						
public interface xTriCommunicationSA {
	public TriStatus xtriMapParam(TriPortId compPortId, TriPortId tsiPortId,
            TciParameterListType paramList);
	// Ref: TRI Definition 5.5.2.3
	
	public TriStatus xtriUnmapParam(TriPortId compPortId, TriPortId tsiPortId,
            TciParameterListType paramList);
	// Ref: TRI Definition 5.5.2.5
	
	// Message based communication operations
	// Ref: TRI Definition 5.5.3.1
	public TriStatus xtriSend(TriComponentId componentId, TriPortId tsiPortId, 
			Value sutAddress, Value sendMessage);
	// Ref: TRI Definition 5.5.3.2
	public TriStatus xtriSendBC(TriComponentId componentId, TriPortId tsiPortId, 
			Value sendMessage);
	// Ref: TRI Definition 5.5.3.3
	public TriStatus xtriSendMC(TriComponentId componentId, TriPortId tsiPortId, 
			TciValueList sutAddresses, Value sendMessage);

	// Procedure based communication operations
	// Ref: TRI Definition 5.5.4.1
	public TriStatus xtriCall(TriComponentId componentId, 
			TriPortId tsiPortId, Value sutAddress, 
			TriSignatureId signatureId, TciParameterList parameterList);
	// Ref: TRI Definition 5.5.4.2
	public TriStatus xtriCallBC(TriComponentId componentId, 
			TriPortId tsiPortId, 
			TriSignatureId signatureId, TciParameterList parameterList);
	// Ref: TRI Definition 5.5.4.3
	public TriStatus xtriCallMC(TriComponentId componentId, 
			TriPortId tsiPortId, TciValueList sutAddresses, 
			TriSignatureId signatureId, TciParameterList parameterList);

	// Ref: TRI Definition 5.5.4.4
	public TriStatus xtriReply(TriComponentId componentId, 
			TriPortId tsiPortId, Value sutAddress, 
			TriSignatureId signatureId, TciParameterList parameterList, 
			Value returnValue);
	// Ref: TRI Definition 5.5.4.5
	public TriStatus xtriReplyBC(TriComponentId componentId, 
			TriPortId tsiPortId, 
			TriSignatureId signatureId, TciParameterList parameterList, 
			Value returnValue);
	// Ref: TRI Definition 5.5.4.6
	public TriStatus xtriReplyMC(TriComponentId componentId, 
			TriPortId tsiPortId, TciValueList sutAddresses, 
			TriSignatureId signatureId, TciParameterList parameterList, 
			Value returnValue);

	// Ref: TRI Definition 5.5.4.7
	public TriStatus xtriRaise(TriComponentId componentId, TriPortId tsitPortId, 
			Value sutAddress,
			TriSignatureId signatureId, 
			Value exc);
	// Ref: TRI Definition 5.5.4.8
	public TriStatus xtriRaiseBC(TriComponentId componentId, 
			TriPortId tsitPortId, 
			TriSignatureId signatureId, 
			Value exc);
	// Ref: TRI Definition 5.5.4.9
	public TriStatus xtriRaiseMC(TriComponentId componentId, TriPortId tsitPortId, 
			TciValueList sutAddresses,
			TriSignatureId signatureId, 
			Value exc);
}

// TriCommunication 
// SA -> TE
public interface xTriCommunicationTE {
	// Message based communication operations
	// Ref: TRI Definition 5.5.3.4
	public void xtriEnqueueMsg(TriPortId tsiPortId, 
			Value sutAddress, TriComponentId componentId,
			Object receivedMessage);

	// Procedure based communication operations
	// Ref: TRI Definition 5.5.4.10
	public void xtriEnqueueCall(TriPortId tsiPortId, 
			Object sutAddress, TriComponentId componentId, 
			TriSignatureId signatureId, TciParameterList parameterList );

	// Ref: TRI Definition 5.5.4.11
	public void xtriEnqueueReply(TriPortId tsiPortId, Object sutAddress, 
			TriComponentId componentId, TriSignatureId signatureId, 
			TciParameterList parameterList, Value returnValue);

	// Ref: TRI Definition 5.5.4.12
	public void xtriEnqueueException(TriPortId tsiPortId, 
			Object sutAddress, TriComponentId componentId, 
			TriSignatureId signatureId, Object exc);

	// Miscellaneous operations
	// Ref: TRI Definition 5.5.3.5
	public Value xtriConvert(Object value, Type typeHypothesis);
}

// TriPlatform 
// TE -> PA
public interface xTriPlatformPA {
	// Ref: TRI Definition 5.6.3.1
	public TriStatus xtriExternalFunction(TriFunctionId functionId, 
	 TciParameterList parameterList, Value returnValue);
}

// TriPlatform 
// PA -> TE
public interface TriPlatformTE {
	// Ref: TRI-Definition 5.6.2.5
	public void triTimeout(TriTimerId timerId);
}