Class CbusDccProgrammer

    • Method Detail

      • setNodeOfInterest

        public void setNodeOfInterest​(CbusNode n)
        Set the CBUS Node to be used for NV programming
        Parameters:
        n - a CBUS node
      • writeCV

        public void writeCV​(java.lang.String CVname,
                            int val,
                            ProgListener p)
                     throws ProgrammerException
        Perform a CV write in the system-specific manner, and using the specified programming mode.

        Handles a general address space through a String address. Each programmer defines the acceptable formats.

        Note that this returns before the write is complete; you have to provide a ProgListener to hear about completion. For simplicity, expect the return to be on the GUI thread.

        Exceptions will only be thrown at the start, not during the actual programming sequence. A typical exception would be due to an invalid mode (though that should be prevented earlier)

        Specified by:
        writeCV in interface Programmer
        Specified by:
        writeCV in class AbstractProgrammer
        Parameters:
        CVname - the CV to write
        val - the value to write
        p - the listener that will be notified of the write
        Throws:
        ProgrammerException - if unable to communicate
      • confirmCV

        public void confirmCV​(java.lang.String CV,
                              int val,
                              ProgListener p)
                       throws ProgrammerException
        Confirm the value of a CV using the specified programming mode. On some systems, this is faster than a read.

        Handles a general address space through a String address. Each programmer defines the acceptable formats.

        Note that this returns before the write is complete; you have to provide a ProgListener to hear about completion. For simplicity, expect the return to be on the GUI thread.

        Exceptions will only be thrown at the start, not during the actual programming sequence. A typical exception would be due to an invalid mode (though that should be prevented earlier)

        Specified by:
        confirmCV in interface Programmer
        Specified by:
        confirmCV in class AbstractProgrammer
        Parameters:
        CV - the CV to confirm
        val - the value to confirm
        p - the listener that will be notified of the confirmation
        Throws:
        ProgrammerException - if unable to communicate
      • readCV

        public void readCV​(java.lang.String CVname,
                           ProgListener p)
                    throws ProgrammerException
        Perform a CV read in the system-specific manner, and using the specified programming mode.

        Handles a general address space through a String address. Each programmer defines the acceptable formats.

        Note that this returns before the write is complete; you have to provide a ProgListener to hear about completion. For simplicity, expect the return to be on the GUI thread.

        Exceptions will only be thrown at the start, not during the actual programming sequence. A typical exception would be due to an invalid mode (though that should be prevented earlier)

        Specified by:
        readCV in interface Programmer
        Specified by:
        readCV in class AbstractProgrammer
        Parameters:
        CVname - the CV to read
        p - the listener that will be notified of the read
        Throws:
        ProgrammerException - if unable to communicate
      • readCV

        public void readCV​(java.lang.String CVname,
                           ProgListener p,
                           int startVal)
                    throws ProgrammerException
        Perform a CV read in the system-specific manner, and using the specified programming mode, possibly using a hint of the current value to speed up programming.

        Handles a general address space through a String address. Each programmer defines the acceptable formats.

        On systems that support it, the startVal is a hint as to what the current value of the CV might be (e.g. the value from the roster). This could be verified immediately in direct byte mode to speed up the read process.

        Note that this returns before the write is complete; you have to provide a ProgListener to hear about completion. For simplicity, expect the return to be on the GUI thread.

        Defaults to the normal read method if not overridden in a specific implementation.

        Exceptions will only be thrown at the start, not during the actual programming sequence. A typical exception would be due to an invalid mode (though that should be prevented earlier)

        Specified by:
        readCV in interface Programmer
        Parameters:
        CVname - the CV to read
        p - the listener that will be notified of the read
        startVal - a hint of what the current value might be, or 0
        Throws:
        ProgrammerException - if unable to communicate
      • message

        public void message​(CanMessage m)
        Called when an outgoing message is sent to the CAN Network. Only listening for frames coming in to JMRI, see CanReply
        Specified by:
        message in interface CanListener
        Parameters:
        m - the CanMessage being sent.
      • reply

        public void reply​(CanReply m)
        Called when an incoming CanFrame is received from the CAN Network.
        Specified by:
        reply in interface CanListener
        Parameters:
        m - the CanReply being received.
      • timeout

        protected void timeout()
        Internal routine to handle a timeout, should be synchronized! Internal routine to handle a timeout
        Specified by:
        timeout in class AbstractProgrammer
      • dispose

        public void dispose()
        Description copied from interface: Programmer
        Free up system resources. Overriding classes should be capable of this being called multiple times as per the Disposable interface. Called when disposing of a disposable.

        Note there are no assurances this method will not be called multiple times against a single instance of this Disposable. It is the responsibility of this Disposable to protect itself and the application from ensuring that calling this method multiple times has no unwanted side effects.

        Specified by:
        dispose in interface Disposable
        Specified by:
        dispose in interface Programmer