AI Agent Hub
Back to plugins
🧩

dsh-error-explainer

admin-security Updated 2026.08.24

Run the following command in DeepSeek Harness:

dsh plugin install MkaliezZ/dsh-error-explainer

Paste the following prompt into your AI chat to install this plugin:

Run dsh plugin install MkaliezZ/dsh-error-explainer in the DeepSeek Harness terminal to install; source code at https://github.com/MkaliezZ/dsh-error-explainer

About this plugin

Raw stack traces are verbose, inconsistently formatted, and often overwhelm a model's context window, especially when a project spans multiple languages. dsh-error-explainer parses multi-language stack traces into structured frame metadata, producing a compact, bounded evidence package that the model can work with directly, without the plugin attempting any root-cause diagnosis on its own.

Version 0.1 recognizes Python, Node.js, Rust, and Java-style error formats and extracts bounded frame-level metadata such as function names, file paths, and line numbers into a uniform structure. Its scope is deliberately narrow: it organizes and compresses scattered trace information into concise, model-ready fragments rather than guessing what went wrong. The result is a clean, predictable output shape that downstream prompts and agents can rely on.

It suits developers who regularly feed multi-language error logs into DSH workflows, prompt engineers watching their token budgets, and teams building cross-stack debugging pipelines. Whenever you want the model to see ordered evidence instead of raw noise, this plugin is that thin parsing layer in between, turning a wall of traceback into a few structured lines of context.

Use Cases

  • Parsing Python, Node.js, Rust, or Java tracebacks into a uniform frame-metadata structure inside a DSH workflow
  • Feeding compact, bounded error evidence fragments into LLM prompts to cut wasted tokens on irrelevant noise
  • Inserting a deterministic structural parsing layer between raw multi-language logs and the model in a cross-stack debugging pipeline

Best For

  • Developers maintaining multi-language codebases who regularly pipe error logs into DSH
  • Prompt engineers who must tightly control token budgets and feed the model only ordered evidence
  • Platform teams building cross-stack debugging pipelines that need predictable intermediate structure