pyDriveWire v0.6

Python Implementation of DriveWire 4 and EmCee Protocols

PyDriveWire is a nearly complete DriveWire4 Server written in Python. The goal is to eventually implement all of the features available. The server also implements additional features that are not available in DriveWire4.

PyDriveWire also has support for the EmCee Protocol for use with MCX Basic on the TRS-80 MC-10.

DriveWire 4 and EmCee Procotols can be used simultaneously on the server without reconfiguration.

Table of Contents

1. Features
2. Getting Started

1. Features

• (new for v0.6) DLOAD Protocol Support
• (new for v0.6) SSH Support
• (new for v0.6) Dragon DosPlus Support
• (new for v0.6) VDK Image Support
• (new for v0.6) JVC Image Support
• (new for v0.6) Named Object Support
• New Easy Installation Methods: Binary Package, Docker
• dw config show command
• dw config save command
• dw disk create command
• Major re-work of Virtual Serial Channels
• Printing Support Enhancements
• Web User Interface (--ui-port)
• Configuration File support
• Multiple Instance Support — Requires config file
• Daemon Mode - Linux/macOS Only - Requires config file
• Enhanced pyDwCli command console tool
• Comprehensive and detailed manual for server features
• Printing: EmCee/MCX-Basic Printing Support
• HDB-DOS Mode and Disk image offset
• Remote dw command input on TCP port
• EmCee Protocol Support
• Supported on Linux, macOS, and Windows
• dw server dir and dw server list enhanced to run on ALL OSes (Mac/Windows/Linux, etc)
• Experimental printing support prints to PDF or text file
• Connections to serial ports at all supported baud rates: 38400, 57600, 115200, 230400, 460800, 921600
• Listen for incoming connection on any TCP port with a default of 65504
• Ability to make outgoing TCP connections for serial-net converters
• Disks to be mounted can be specified on the command line
• Interactive CLI allowing all dw commands to be run
• Support for DriveWire 4 virtual ports
  • dw commmands over vport
  • AT Modem-style connections
  • Outbound connections with ATD/ATDT or tcp connect
  • Inbound vports via tcp listen/join/kill commands

Notable Missing Features

• MIDI
• OS9 /Z console windows
• MShell Support

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2. Getting Started

(new for v0.5c) pyDriveWire has two Easy Installtion Methods: Binary Package and Docker. These options are designed for Ease Of Use and do not require a complex series of installation steps. pyDriveWire can also be run directly from any pypy or python install if it meets the appropriate requirements.

In terms of performance, the Python and Binary Package installation methods are fully functional but have the lowest performance. Docker provides a medium level of performance. pypy should be used to get the maximum performance out of pyDriveWire.

2.1 Binary Package Installation

Binary packages are available at the following location:

https://github.com/n6il/pyDriveWire/releases/latest

Packages are available for the following operating systems:

• linux-x86_64 -- Any modern 64-bit Linux
• win-x64 -- 64-bit Windows (Windows 7 or later)
• win32 -- 32-bit Windows (Windows 7 or later)
• rpi3 -- Raspberry Pi 3 (Raspbian Buster)
• rpi4 -- Raspberry Pi 4 (Raspbian Jesse)
• macOs -- macOs (High Sierra or later)

Using a Binary Package is very simple:

1. Download the package for your operating system
2. Unzip the package
3. The package contains two executable programs pyDriveWire and pyDwCli and a copy of this manual.
4. Run the pyDriveWire executable. See next section for examples:
5. Full details of the command line options are in the Command Line and Config File Options section.

2.2 Running a Binary Package

Example: Run pyDriveWire with the HTTP UI on port 6800 and use a serial port:

pyDriveWire --ui-port 6800 --port /dev/ttyUSB0 --speed 460800

Example: Run pyDriveWire with the HTTP UI on port 6800 and use a serial port and mount two disk images:

pyDriveWire --ui-port 6800 --port /dev/ttyUSB0 --speed 460800 \
	/demo/test1.dsk /demo/test2.dsk

Example: Run pyDriveWire with the HTTP UI on port 6800 and the Becker port connection on port 65504:

pyDriveWire --ui-port 6800 --accept --port 65504

2.3 Docker

1. Install Docker Desktop
2. Clone the container: docker pull mikeyn6il/pydrivewire
3. Run the container. See next section for examples.
4. Full details of the command line options are in the Command Line and Config File Options section.

2.4 Running The Docker Container

Example: Run pyDriveWire with the HTTP UI on port 6800 and use a serial port:

docker run -i -p 6800:6800/tcp -p 65504:65504/tcp \
	--device /dev/ttyUSB0:/dev/ttyUSB0 mikeyn6il/pydrivewire:latest \
	--ui-port 6800 --port /dev/ttyUSB0 --speed 460800

For Windows use the following --device option:

--device COM4:/dev/ttyUSB0

Example: Run pyDriveWire with the HTTP UI on port 6800 and use a serial port and use a HTTP disk image:

docker run -i -p 6800:6800/tcp -p 65504:65504/tcp \
	--device /dev/ttyUSB0:/dev/ttyUSB0 mikeyn6il/pydrivewire:latest \
	--ui-port 6800 --port /dev/ttyUSB0 --speed 460800 \
	http://www.ocs.net/~n6il/DWTERM.dsk

Example: Run pyDriveWire with the HTTP UI on port 6800 and the Becker port connection on port 65504:

docker run -i -p 6800:6800/tcp -p 65504:65504/tcp \
	mikeyn6il:pydrivewire/latest \
	--ui-port 6800 --accept --port 65504

2.4 Installation Requirements

• pypy -- For maximum performance it is recommended to run the server with pypy. pypy is a Python interpreter that does JIT compilation and results in greatly increased speed
• pyserial -- Install using pip

2.5 Supported Operating Systems

• Any OS where you can run Python, including but not limited to:
• Linux
• macOS
• Windows

2.5 Installation Details

Please see The pyDriveWire Manual - Chapter 2 for detailed installation instructions