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Axolotl

As explained in Software Testing with Generative AI

Axolotl is an open-source tool for configuring and running large-language-model fine-tuning workflows.

Axolotl is a fine-tuning framework that makes large-language-model training more accessible without requiring teams to build a framework from scratch. It reduces tool development, but its configuration choices can be opinionated and its surrounding workflows may involve infrastructure costs. section 12.2.2 section 12.3

A typical Axolotl setup centers on a YAML configuration file:

  • Set the dataset path and prompt-template type, such as an RBP dataset hosted on Hugging Face with the alpaca format. section 12.2.3
  • Select the base model and tokenizer, such as Meta’s Llama-2 7B model and its LlamaTokenizer. section 12.2.3
  • Control training behavior with settings such as sample_packing and num_epochs; the example disables packing and uses four epochs. section 12.2.3
datasets:
  - path: 2bittester/rbp-data-set
    type: alpaca

The dataset configuration shows how Axolotl connects a hosted dataset to a prompt-template format. section 12.2.3

Axolotl simplifies configuration, not the underlying fine-tuning decisions. Training still depends on tokenization, context-length limits, suitable data, and access to GPU-backed hardware or cloud infrastructure. Testing can follow through automated inference or manual evaluation. section 12.2.2 section 12.3

How Software Testing with Generative AI covers it

How deep it goes
Explains setup through dataset, model, tokenizer, packing, and epoch settings, while deferring several other configuration options.
Examples
Uses an RBP dataset, an alpaca template, Llama-2 7B, LlamaTokenizer, disabled sample packing, and four training epochs.
What it assumes
Assumes familiarity with datasets and model training choices, while reducing the need for extensive Python, PyTorch, TensorFlow, or Keras framework development.
What you can do after
Operate/configure a basic fine-tuning run by editing Axolotl YAML settings and then testing the resulting model.
How it connects
Connects fine-tuning with datasets, prompt templates, tokenizers, context length, Llama-2, GPUs, and cloud infrastructure.

Related concepts

This explainer was generated by Manning's knowledge graph from the text of Software Testing with Generative AI. The section links point to the parts of the book it draws on.