dcc-ex/basestation-fb

The FireBox version of the CS code moved here so that all new code could be moved into CS-EX

basestation-fb's Issues

RailCom Support

Booster Mode

Enable H-bridges to be driven externally from an opto-isolated booster board. This cannot be done through timers and interrupts because they are not fast enough to achieve NMRA booster spec. Instead, this mode simply allows external hardware to drive the bridges by setting up any hardware switches, etc like on the FireBox.

Make CommManager only reply to caller

CommManager currently broadcasts messages to all clients, regardless of the message or who initiated it. Change this to default only sending to the caller, and implement a broadcast() function

Add callback number syntax to JMRI interface

Currently, if an ESP32 is connected to the CommandStation and multiple JMRI clients over TCP/IP, there is no way for the ESP32 to differentiate which incoming messages are for which client. I already fixed the problem of messages getting sent out to all connected devices, but that doesn't solve this problem fully because the clients are at a deeper level. Need to implement an optional callback number that is wrapped around the existing JMRI/DCC++ tags. Something like [callbacknum<DCC++ tag>]

Add Function reminders

Add function reminder code from CVReader repository

Add subclass for FireBox support

FireBox MK1T is the latest version, and support needs to be added for it, as well as older versions of FireBox that were removed so that beta testers can still use their boards with the latest code.

Loco Address Programming

Import extra opcodes from CVReader to allow for programming of locomotive addresses directly.

Turnout::activate should not include JMRI response

Thee response should be in the parser where it knows its talking JMRI,
The Turnout activate function might be called by other things such as WiThrottle or MQ interface.

Move to subclasses for board handling

ACK pulse length check

CVReader (https://github.com/Asbelos/CVReader) implements a length check on the ACK pulses to ensure that they meet NMRA specs and are not just a fluke. In just a few lines of code this check can be implemented in DCCService.cpp.

WiFi JMRI Integration

WiFi WiThrottle Integration