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piniverse 0.0.4
Piniverse
Piniverse is a simple library to programmatically orchestrate function calls for Python.
Table of contents
Features Support
Prerequisites
Getting Started
Limitations
Contributions
Features Support
Execution of pinned functions inside a python package in topological ordering
Visualization of the directed acyclic graph
Prerequisites
Python 3.7
Getting Started
Installation
$ pip install piniverse
Basic Usage
Piniverse inspects pinned functions inside a package.
.
├── workspace/ <-- workspace directory
├── script.py <-- script file
To orchestrate your desired functions, pin them! Every pinned function has a task identifier, and if applicable, a succeeding toward identifier.
# workspace/
from piniverse import Pinned
@Pinned(
task='1',
toward='2',
arguments={
args: ['Hello World']
kwargs: {'content': 'Programming exercise...'}
}
)
def simple_print(title: str, content: str = '') -> None:
message = """
Title: {}
Content:
{}
""".format(title, content)
print(message)
@Pinned(
task='2',
arguments={
args: ['A pretty Hello World']
kwargs: {'content': 'A pretty programming exercise!'
}
)
def pretty_print(title: str, content: str = '') -> None:
message = """
Pretty Title: {}
Pretty Content:
{}
""".format(title, content)
print(message)
To execute your pinned functions, plan and apply!
# script.py
import piniverse
import workspace
piniverse.plan(workspace)
piniverse.apply()
// Title: Hello World
// Content:
// Programming exercise...
// Title: A pretty Hello World
// Content:
// A pretty programming exercise
User Interface
Piniverse also provides a straightforward visualization of your task definitions.
# script.py
pinverse.plan(workspace, plan_view=True)
Limitations
Presently, Piniverse solely supports standalone functions.
Contributions
Contributions are more than welcome! Check out the contribution documentation.
For personal and professional use. You cannot resell or redistribute these repositories in their original state.
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