Scripts which have utility across many repositories.

This can be used either as a command npx github:commitd/scripts command arguments --options or you can use it interactively (REPL) by omitting the SCRIPT name npx github:commitd/scripts.

Note that the python and shell commands have limitations in REPL mode. You must quote your options:

• npx github:commitd/scripts python script --option when using command line.
• but npx github:commitd/scripts then python script "--option" in REPL.

Exact use depends on the script implementation language.

If the script is Node based (in the src directory) then it can be run through npx.

# Assume you have NodeJS

# Via npx

npx github:commitd/scripts command args

# Or if you are developing a node project:

npm install -D commitd/scripts
npm exec scripts
# Or with yarn:
yarn add -D commitd/scripts
yarn scripts

If the script is Python then you will need to clone it and install requirements:

# Use the npx shortcut
# Note the argument are in quotes!
npx github:commitd/scripts python SCRIPT


# Or clone and use directly
# Assume you have python3, pip3 and git!
git clone https://github.com/commitd/scripts.git
cd python/SCRIPT
pip3 install -r requirements.txt
./SCRIPT.py

If the script is Python then you will need to clone it and install requirements:

# Use via npx shortcut
# Note argument and options are in quotes
npx github:commitd/scripts shell SCRIPT your_arguments --your-options

# Or clone and run directly:

git clone https://github.com/commitd/scripts.git
cd bash/SCRIPT
./SCRIPT

I

Each script should:

• Have an entry below explain it.
• Be in it's own directory (either within src is NodeJS/Typescript, or in a top level directory)
• Be executable through npx (which means it see) or some other simple means as above.
• Have minimal dependencies, since it'll be npm installed so large dependencies will be slow. Because this a single repo, with multiple packages, npx will install all dependencies.
• For bash scripts (with don't have a package manager) they should.
• Have sufficient help inbuilt (eg with arg parsing library) that is obvious what it does and how to use it.
• Be sufficiently complete enough that anyone else could use it. (e.g. if it was a script your username shouldn't be hard coded in it)

When you add a snippet, update the list in this README to point to it.

Scripts should run on any typical version of bash (generally on macos and linux), Python3 or Node16 / LTS with Typescript.

We wish to minimize the number of dependencies (all of which need to be pulled in via npx):

• Try to use whatever libraries other existing scripts where possible. For example, if scripts are using got as a http client there is no reason to introduce axios to do the same function. If a library has been superceded then an issue should be raised to place all scripts.
• Don't introduce entire libraries for a single function.
• Review the transitive dependencies you are added, what are they pulling in?
• Do not introduce libraries niche requirements. If these are so niche, perhaps they project specific?

• Example an example hello world script just for testing.
• Save Docker Images: Save a list of Docker images, e.g. for upload to client.
• Export and Encrypt LastPass: Export your LastPass vault and encrypt it for backup.

• Example an example hello world script just for testing.
• Sharepoint upload: A Python script to upload files to Sharepoint (particularly to Committed External). This could be useful in GitHub Actions delivery pipelines.

• Example an example hello world script just for testing.
• Sonar run sonar analysis and uploads to SonarCloud supporting GitHub and workspaces.

Note that under src are python-command and shell-command which run the Python and Shell scripts as above.