- XONSH CONFIGURATION INSTALL
- XONSH CONFIGURATION CODE
- XONSH CONFIGURATION WINDOWS
This example had a Python function (show_data) that cycled every 2 seconds and piped the new sensor data to the dialog.
XONSH CONFIGURATION INSTALL
I was able to pass an Xonsh script to a Bash script without any issues, but I found that for certain operations I needed to manually kill a Xonsh shell.īelow is an example using the DHT11 sensors, and the YAD command line dialog tool (install by: sudo apt install yad).
The ps command would tell me if xonsh is running: I found that I occasionally got confused which shell I was working in. Working between different shells and sub-shells can be a little confusing. Zenity -list -title=DHT11_Sensor_Data -column=Sensor -column=Value -column=Units Humidity "%" Temperature "Deg C" Humidity, temperature = Adafruit_DHT.read_retry(sensor, gpio)
XONSH CONFIGURATION CODE
The source code for the web site is available in a git repository: git clone git://hz.mit.edu/.# dht11_dlg.sh - using xonsh show DHT11 sensor data on a dialog The web site is available online at, or as a Tor "onion service" at or. The contents of this page are licensed under a Creative Commons Attribution-ShareAlike 4.0 International License. Some of these changes have been ported to xonsh, and a number of bugfixes and features have been ported into tako from "modern" xonsh, as well.Īn additional change is related to licensing: while xonsh is licensed under a BSD-style license, tako is licensed under the GNU GPL, version 3+.
tako has a different way of handling plugins and event hooks. tests Py 312 pre-liminary support ( 5156) 2 weeks ago xompletions feat: add xontrib-django last year xonsh pre-commit. Indentation level is cleared on a KeyboardInterrupt. 
echo is implemented as a built-in command to avoid issues with large arguments. Tuples and "bare" generators can be used in umask is implemented as a built-in command. tako supports three different means of handling numbers: exact (decimals and fractions are stored in exact form as long as possible), python (Pythonic number treatment), and hybrid (like exact, except decimals are immediately represented as floats). Support for 256 colors in prompt formatting fields. Prompt format strings are now evaluated recursively, allowing elements in PATH_FIELDS to return strings containing formatting fields themselves. Brace expansion is now allowed inside of g`` "strings". The more standard $n notation is used for accessing arguments in scripts, instead of $ARGn. Trailing newline characters are now removed from all outputs from !() and $(). Static JSON configuration has been replaced with preload.tako and config.tako in $XDG_CONFIG_HOME. Tako-specific settings have been moved out of environment variables and into a special settings object. disowning a process is possible in tako. Xonsh codebase, a number of new features and changes have also been introduced: While a big part of the fork indeed involved removing large portions of the Startup times by a factor of 3, and dramatically reduced CPU load. To a drastic reduction in the size of the codebase (~3MB vs ~10MB), increased When the project was first forked, these changes led Of the codebase, and to fix multiple breaking issues with management of Many of these changes were made in an attempt to reduce the size and complexity The (unused) Block and Functor contexts have been removed. All reliance on foreign shells was removed (except for, optionally, tab completion via Bash). The "amalgamation" optimization was removed because it complicated the codebase and error reporting. Branch information for version control systems (Mercurial/Git) was removed by default because of performance issues. A big rewrite of the way subprocess-mode commands are handled was rolled back because it caused a number of issues with job control. The notion of "rich history" is removed completely, as it complicated or broke a number of basic shell operations. XONSH CONFIGURATION WINDOWS
Support for running in Microsoft Windows natively was removed (though it is still possible to run under Windows via Cygwin).tako only supports a readline-based shell interface (the prompt-toolkit-based shell was removed).Is to sacrifice some of the "fancy stuff" so that basic shell operations workĪs expected, the codebase is small, and things are as performant as can beĮxpected from a shell written in Python. Tako is, in some ways, a more minimalist shell than xonsh. This page contains an attempt to describe the differences between tako
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