ayo 0.6

Run & Create Python 'create app' scripts with ease.

ayo

Run Python "create app" scripts from the web and GitHub repositories.

Installation

$ pip install --upgrade ayo

Install & Run A Script

To install and run script(s), you can use the ayo i command (which means install).

You can either run scripts from GitHub or run them locally from a specific directory.

$ ayo i @username/repo @username/repo[branch] dir-name

Creating Your Script

To create your script, try:

$ ayo new

Two files will be generated: ayo.config.json and ayo-script.py. Currently, ayo itself provides two built-in utilities:

• Template: Used to create an app from a template folder or do it manually
• Steps: Represents steps for your application, and caches previous data even when canceled.

First, let's take a look at ayo.config.json. This configuration JSON file determines which file(s) ayo needs to run. Below is the default content that was generated using the new command:

{
    "bin": "ayo-script.py",
    "with": [],
    "before-scripts": []
}

• bin: The file that runs the script. Think of it as main.py
• with: The files to also contain when downloading this from GitHub. Usually used when the bin file requires modules. This field should only contain .py files. Optional.
• before-scripts: Scripts to run before running the bin file. Optional.

Then, take a look at ayo-script.py. You should see the default script:

#!/usr/bin/python

from ayo import Template, true_or_false

yn = input("Can I install something for you?")
if not true_or_false(yn):
    exit(1)

Template({
    "main.py": "# surprise! new app!"
}).install()

Decent code! But let's twist it a little bit: let's edit it so we can try out the Steps and Template feature!

It goes something like this:

#!/usr/bin/python

from ayo import Steps

steps = Steps()

@steps.first # first step
def hello_world():
    print("Hello, World!")

@steps.then # then...
def ask_for_install(data):
    # 'data': data returned from the previous function
    # in this case, None!
    return input("Can I install something for you?")

@steps.then
def write_or_exit(data: str):
    # the 'data' is given from the 'input()'
    if data.lower() != "yes":
        exit(1)

    Template({
        "main.py": "# surprise! new app!",
        "another-dir": {
            "README.md": "More content!"
        }
    }).install("new-app")

steps.start() # start!

With Steps, whenever the user sneakly (or maybe they just want to go out for a bit) pressed ^C which causes KeyboardInterrupt, the program writes a new file (_ayo$cache.py) for cache-storing so that the next time they can quickly pick up from where they left off and continue their journey!

Let's try out our freshly made script by running:

$ ayo run

Available Commands

To check the available commands, run:

$ ayo --help

Reference

Template

Represents an ayo script template.

Args:

• contents (str | dict[str, Any]): The contents. Could be a str representing the directory to use as a template or a directory dictionary.

To use contents as str, you'll need a directory called .ayo-templates. You can define templates here. See the below file tree example:

.ayo-templates/
├─ template-a/
│  ├─ ... files & dirs
│
├─ template-b/
│  ├─ ... files & dirs
│
├─ .../

To use the templates, simply use:

from ayo import Template

Template("template-a").install("app-directory")
Template("template-b").install("app-directory")

In some occasions, you might want to ignore some files or directories from the template. To do so, pass in the ignores parameter:

Template("template-a").install(
    "app-directory",
    ignores={
        "unwanted-dir": ..., # use '...' here
        ".gitignore": ...,
        "venv": {
            "bin": ...
        }
    }
)

As the name implies, "directory dictionaries" are just plain old Python dictionaries that work like file trees. ayo supports them!

from ayo import Template

Template({
    "main.py": "# very normal main.py",
    "venv": {
        "bin": {
            "README.md": "hahaha! this is the file content!"
        }
    }
}).install("app-directory")

Same as the above, you can ignore specific files and directories:

Template({
    "main.py": "# very normal main.py",
    # ... existing code
}).install("app-directory", {
    "main.py": ..., # use '...' here
    ".gitignore": ...,

    "folders": {
        "work": {
            "too.txt": "WOW!"
        }
    }
})

Steps

Represents steps.

Args:

• cache (bool, optional): Whether to cache (remember) data as completions or not, so that even if KeyboardInterrupt occurs, the next time when this script executes, we can get the previous data, and skip directly to the last step the user is on.

I personally don't like reading, but code is what I skip to.

Here's an example of the Steps class:

from ayo import Steps

steps = Steps()

@steps.first # first step
def hello_world():
    print("Hello, World!")

@steps.then # then...
def ask_for_install(data):
    # 'data': data returned from the previous function
    # in this case, None!
    return input("Can I install something for you?")

@steps.then
def write_or_exit(data: str):
    # the 'data' is given from the 'input()'
    if data.lower() != "yes":
        exit(1)

    Template({
        "main.py": "# surprise! new app!",
        "another-dir": {
            "README.md": "More content!"
        }
    }).install("new-app")

steps.start() # start!

Now, whenever the user tries to ^C or exit the program, ayo remembers everything... NO CRIMES ALLOWED!

If you're wondering how to remove the cache, simply run:

$ ayo clean-cache

true_or_false (tof)

Checks whether the input provided by the user (Yn) is true or not.

This is useful for "parsing" (more like understanding) Yn user inputs.

Args:

• _input (str): The input.
• false_if_unknown (bool, optional): Whether to return False if received unrecognized input or not.

from ayo import tof # sneaky shortcut

a = "yes"
print(tof(a)) # -> True

b = "nope"
print(tof(b)) # -> False

c = "you'll never guess what i mean!!"

print(tof(c)) # -> False
print(tof(c, false_if_unknown=False)) # Error

Built by AWeirdScratcher (AWeirdDev). Right, I was bored.