jetmaker 0.13

A brief description of your module

Jetmaker

Jetmaker is an end-to-end framework designed to simplify the development of distributed systems in Python. It enables distributed Python applications to seamlessly access each other's services, resources, objects, and data, making inter-application interactions feel as though they are operating within the same environment. Jetmaker also provides powerful namespace sharing and synchronization tools, allowing distributed applications to work together as a unified, coordinated system.

Installation

pip install jetmaker

Commmunication

Join this Discord Community to make Jetmaker better together ^_^ !!!

Email me ( [e-mail] ) if you wanna share with me your thoughts about Jetmaker.

Resources

Visit Documentation

Getting Started

Below is a simple example of how two distributed nodes interact with each other's data, namespace and resource

Node 1

Use the IP address and port of Node 1 to start this Jetmaker app, the node calling create_app will act as the coordinator node.

from jetmaker import create_app

host = '<you ip address>:<your port>'
pwd = '<your password>'

app = create_app(host=host, password=pwd, join_as='main_node')

create a simple function and a simple stateful object for testing

def recv_string(string):
    return f'{string} is received'

class Instance:
    def __init__(self) -> None:
        self.val = 0
    def set_value(self, val):
        self.val = val
    def get_value(self):
        return self.val
    
instance = Instance()

link it to the app for the network applications to access

app.share(recv_string, 'recv_str')
app.share(instance, 'ins')

let this persist if you it always available for access

app.persist()

Node 2

On another remote node, you can join the network of distributed applications and share services of Node 2 or access services of other nodes . Join the app

from jetmaker import join_app

host = '<address of Node 1>:<port of Node 1>'
pwd = '<your password>'

app = join_app(host=host, password=pwd, join_as='other_node')

Access the function shared by Node1

result = app.call('recv_str').run('this string')

-> this string is received

Access the object shared by Node1

instance = app.Object('ins')
print(instance.get_value())
instance.set_value(100)
print(instance.get_value())

-> 0
-> 100