semvec/pypi-packages huggingface dataset:
powerk8s 0.8.0
Powerline Segment for Kubernetes
License: MIT
Requires Python: >=3.8,<4.0
Keywords: kubernetes,powerline,tools

# ☸️ powerk8s: Powerline Plugin for Kubernetes ☸️

[![Actions Test Workflow Widget](https://github.com/gkze/powerk8s/workflows/CI/badge.svg)](https://github.com/gkze/powerk8s/actions?query=workflow%3Aci)
[![PyPI Version](https://img.shields.io/pypi/v/powerk8s)](https://pypi.org/project/powerk8s/)
[![Pdoc Documentation](https://img.shields.io/badge/pdoc-docs-green)](https://gkze.github.io/powerk8s/powerk8s.html)

This simple plugin is designed to show the Kubernetes cluster configured
for the current context in `$KUBECONFIG`.

This work is inspired by [so0k/powerline-kubernetes](https://github.com/so0k/powerline-kubernetes),
and intends to be a drop-in **replacement** as well as an improvement upon the original work.

## Installation

```bash
$ pip3 install powerk8s
```

## Configuration

Just like with [so0k/powerline-kubernetes](https://github.com/so0k/powerline-kubernetes), you'll need a few things to get going:

* **Colorschemes**

  `~/.config/powerline/colorschemes/default.json`:

  ```json
  {
    "groups": {
      "kubernetes_cluster":         { "fg": "gray10", "bg": "darkestblue", "attrs": [] },
      "kubernetes_cluster:alert":   { "fg": "gray10", "bg": "darkestred",  "attrs": [] },
      "kubernetes_namespace":       { "fg": "gray10", "bg": "darkestblue", "attrs": [] },
      "kubernetes_namespace:alert": { "fg": "gray10", "bg": "darkred",     "attrs": [] },
      "kubernetes:divider":         { "fg": "gray4",  "bg": "darkestblue", "attrs": [] },
    }
  }
  ```

* **`powerk8s` invocation (& arguments)**

  Here is a good starting point.
  `~/.config/powerline/themes/shell/default.json`:

  ```json
  {
    "function": "powerline_kubernetes.kubernetes",
    "priority": 30,
    "args": {
        "show_kube_logo": true,
        "show_cluster": true,
        "show_namespace": true,
        "show_default_namespace": false,
        "alerts": [
          "live",
          "cluster:live"
        ]
    }
  }
  ```

  This will add the segment to the shell.
  Alternatively, placing this in `~/.config/powerline/colorschemes/default.json`
  will make it show up in the Tmux status line.

## Authors

[@gkze](https://github.com/gkze)

## License

[MIT](LICENSE)
ruphonetic 0.1.5
Russian Phonetic Analysis Module
License: MIT
Keywords: quantanalysis

Russian Phonetic Analysis Module

Change Log
===============

0.1.5 (13.04.2023)
--------------------
-Add package data

0.1.4 (25.06.2022)
--------------------
-Add pie, bar plot support

0.1.3 (25.06.2022)
--------------------
-Spacy model installation workaround

0.1.2 (25.06.2022)
--------------------
-Fix bad accentuation import

0.1.1 (25.06.2022)
--------------------
-Remove pprint

0.1 (25.06.2022)
--------------------
-First Release
admath1 0.0.3
maths library with some intermediate and advanced function
License: MIT
Keywords: maths,advance math,math,math formula,formula

This is a intermediate Mathematics module with will provide you with these functions:

1. sum()
     adds two numbers

2. suminf()
     adds multiple numbers

3. subtract()
     subtracts two numbers

4. multiply()
     multiplies two numbers

5. divide()
     divides two numbers

6. average()
     finds average of two numbers

7. prob()
     finds the probabilty for event

8. areaTri()
     finds area of triangle by 1/2*base*height method

9. areaRect()
     finds area of rectangle by l*b

10. pythagoras()
     finds either base,perpendicular or hypotenuse of the basis of value given to it.
     if "x" is given value for base, it will find base using pythagoras theorem

11. angleTriangle()
     finds either of the angle of a triangle on the basis of given value
     if "x" is given value for angle1, it will find angle1

12. angleQuad()
     finds either of the angle of a rectangle on the basis of given value
     if "x" is given value for angle1, it will find angle1

13. max()
      finds the largest of the two numbers

14. min()
      finds the smallest of the two numbers