semvec/pypi-packages huggingface dataset:
ecs-auditor 1.0.8
An ECS Auditor
Keywords: ecs auditor aws ssm python

ecs-auditor
===============

:code:`ecs-auditor` handles auditing ECS cluster and services. It also compares SSM param versions against for the same application in different regions.

Installation
--------------

Option 1: :code:`pip install ecs-auditor`
Option 2: See `setup.py Usage`_ above for how to use this within setup.py.

Usage from sphinx
-----------------
Run the following command, and pass in any of the :code:`cli parameters` from below:

:code:`ecs-auditor --config config.yml ...`

CLI Parameters
------------------------

The currently supported cli params are:

:--config:
    Specify location of the config file. Must be full location path (use :code:`pwd`)

:--region:
    AWS region to get data for. [default: all, options: [us-east-1, eu-central-1, eu-west-1, all] ]

:--env:
    AWS environment to get data for. :code:`preprod,prod,production, etc`

:--output:
    How to display the results. [default: pretty, options: [pretty, json, compare] ]

:--ignore-author:
    Only show the results that do not include this SMS Param author specified

:--services:
    Specify a list of service names in the cluster, separated with a comma. [default: None, options: string']

:--show-differences-only:
    Show only the results where there is a difference either the same application in different regions
reesaurora 1.0.5
Rees-Sergienko-Ivanov Model of Earth ionosphere.
Requires Python: >= 3.6
Keywords: ionosphere,aurora

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# Rees-Sergienko-Ivanov Auroral model

Rees-Sergienko-Ivanov model of excitation rates, relevant to auroral
optical emissions inspired/based upon Gustavsson / Brandstrom et al
[AIDA_Tools](https://github.com/scivision/AIDA-tools)

Model designed for **100 - 10,000 eV**, and is essentially a *parameter
fit* to more advanced models, making for convenient computation in this
energy range with the PCs of the early 1990s. Today, much more advanced
physics-based models are tractable on a PC.

Uses MSISE-00 to generate O, O~2~, N~2~ densities, and models outcome of
primary electron precipitation on this neutral background.

![volume production rate](tests/demo.png)


## Install

Requires a Fortran compiler, such as `gfortran`. 
Any Fortran compiler should work:

    pip install -e .

## Example

    ReesSergienkoIvanov -t 2011-03-15T12:34:56 -c 65 -148

* `-o` specify output file (HDF5) 
* `-c` specify geographic lat,lon