Welcome to the fishbowl example project! This repository showcases a simple yet powerful example of how to use Botica to create and manage an automated infrastructure with containerized bots. The example simulates a 9x9 fishbowl where multiple fish move around, and a manager bot keeps track of their positions.
This Botica infrastructure demonstrates nearly every aspect of Botica's capabilities, including support for multi-language bots, proactive and reactive behavior, and file system integration. The environment consists of two main types of agents: fish and a manager.
The fish are proactive bots that periodically send their current position within the fishbowl. Each fish may move to a new position with each update, simulating random movement within the 9x9 grid. This project includes three fish bots: two are implemented in Java, and one is implemented in Node.js, although both of the implementation behave identically.
The manager is a reactive bot, written in Java, that listens for updates from the fish bots. It
subscribes to the fish movement keys and the move_fish order. Whenever a fish bot publishes its
new position, the manager reads this update, renders the current state of the fishbowl in the logs,
and periodically saves the fishbowl's state to a file in the fishbowl/ directory. This process
continues, with the manager creating a new file every few seconds, such as v1.txt, v2.txt, and
so on.
This example project illustrates several important features of Botica:
- Multi-language support: the fish bots are implemented in both Java and Node.js, demonstrating Botica's ability to manage and run bots written in different programming languages within the same infrastructure.
- Proactive and reactive bots: the fish bots are proactive, performing actions on a schedule, while the manager bot is reactive, responding to events triggered by the fish bots.
- File system integration: the manager bot periodically writes the fishbowl's state to files, illustrating how Botica bots can interact with the file system, a critical feature for many real-world automation scenarios.
The behavior and interaction of the bots within this infrastructure are defined in the config.yml
file located in this repository. This configuration file sets up the bot types, instances, and their
interactions.
- View the configuration: config.yml
The source code for each bot is hosted in their respective repositories:
- Java fish bot: botica-bot-fishbowl-fish-java
- Node.js fish bot: botica-bot-fishbowl-fish-node
- Manager bot: botica-bot-fishbowl-manager
To get started with this example project:
- Clone the repository: clone this repository to your local machine.
- Run the infrastructure: use the provided script in this repository to download the latest
version of the Botica Director and start the environment based on the configuration
in
config.yml. - Monitor the output: watch the logs to see the fishbowl being rendered as the fish bots send
their position updates. The saved fishbowl states can be found in the
fishbowl/directory.
Feel free to explore the configuration and the source code in the linked repositories to better understand how this setup works and how you can adapt it to your own use cases.