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forked from hzeller/gcode-cli

Simple command line tool to send gcode to serial 3D printer/CNC machine. Much thanks to the original author for this very useful tool. We can now support multiple machines from a single server. Unlike a certainly feature-ful popular multi-limbed package which openly refuses to support multiple machines per instance. ("Buy another Pi, they're che…

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lornix/gcode-cli

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Very simple way to send a gcode file on the command line to a printer/cnc machine that uses the common ok and error feedback lines after each block as 'flow control'.

It sends gcode line-by-line, removing CRLF line-endings and just sends LF (otherwise Grbl gets confused). Waits for the acknowledging ok before sending the next line; provides a simple continue/stop user interaction when it encounters an error-response.

The tool removes ;-based end-of-line comments and empty lines.

No claim to be complete, just useful for my local Marlin-based 3D printers and Grbl-based CNC as well as various machines I run with BeagleG.

usage: ./gcode-cli <gcode-file> [connection-string] Connection string is either a path to a tty device or host:port * Serial connection A path to the device name with an optional bit-rate separated with a comma. Examples of valid connection strings: /dev/ttyACM0 /dev/ttyACM0,b115200 notice the 'b' prefix for the bit-rate. Available bit-rates are one of [b9600, b19200, b38400, b57600, b115200, b230400, b460800] * TCP connection For devices that receive gcode via tcp (e.g. http://beagleg.org/) you specify the connection string as host:port. Example: localhost:4444 Examples: ./gcode-cli file.gcode /dev/ttyACM0,b115200 ./gcode-cli file.gcode localhost:4444 

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Simple command line tool to send gcode to serial 3D printer/CNC machine. Much thanks to the original author for this very useful tool. We can now support multiple machines from a single server. Unlike a certainly feature-ful popular multi-limbed package which openly refuses to support multiple machines per instance. ("Buy another Pi, they're che…

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  • C++ 98.0%
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