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Python Deep-Context

Python Deep-Context

DeepContext Labs

|
1 install
| (0) | Free
Deep context-aware analysis using Hybrid Sidecar (VSCode LSP + AST).
Installation
Launch VS Code Quick Open (Ctrl+P), paste the following command, and press enter.
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Python Deep-Context

Send your LLM only what matters. Not entire files.

Connectivity-aware context extraction for serious Python workflows.

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What this extension does

Python Deep-Context builds a precise, token-budgeted context report around the symbol you're working on.

Instead of pasting entire files into ChatGPT or Copilot, you get:

  • exact dependencies
  • real call-site evidence
  • behavior signals
  • minimal token footprint

It runs a local Sidecar Engine that performs hybrid static + LSP analysis and outputs a clean Markdown artifact ready for any LLM.

No cloud.
No indexing server.
No config.


Why developers install this

Most LLM failures come from context problems:

Problem Result
Too much code token waste, hallucinations
Too little code wrong assumptions
Missing call context broken refactors
Hidden side-effects unsafe edits

Deep-Context fixes this by generating a high-signal connectivity slice around your current symbol.

The LLM receives only what it needs to reason correctly.


Demo

Demo


Core benefits

High-signal context

Only the definitions and call-paths that matter.

Fully local

Runs entirely on your machine.
Your code never leaves VS Code.

Zero setup

Engine is bundled.
Works out-of-the-box.

Fast

AST fast-path first.
LSP when needed.
Text fallback if required.

Works with any LLM

ChatGPT
Claude
Copilot Chat
Cursor
Continue
Custom agents


Quick start

1. Start engine

Open Command Palette:


Deep-Context: Start Engine


2. Generate report

Right-click inside Python file:


Deep-Context: Generate Report (Here)
Deep-Context: Generate Report (Selection)


3. Send to LLM


Deep-Context: Copy Last Report Markdown

Paste into your chat tool.

You now get correct answers with far fewer tokens.


What makes it different

Connectivity-aware slicing

Resolves local helper functions, types, and callers
(1-hop dependency closure)

Hybrid analysis

AST + LSP + textual verification
Fast when possible, precise when needed.

Token budgeting

Output size is strictly controlled.
Core logic preserved. Noise collapsed.

Behavior signals

Highlights:

  • I/O
  • mutations
  • network calls
  • external APIs

LLMs reason better when behavior is visible.


Who this is for

Python engineers using:

  • ChatGPT for refactoring
  • Copilot Chat
  • Claude
  • Cursor / Continue
  • custom coding agents
  • large codebases
  • monorepos

If you paste code into LLMs daily, this saves time and tokens.


Requirements

  • VS Code Python extension (ms-python.python)
  • Python workspace

Nothing else.

No pip installs required.


Troubleshooting

Empty report
Wait for Python extension indexing to finish.

Missing cross-file links
Ensure correct interpreter is selected.

Ripgrep error (Windows)
Ensure rg exists in PATH.


Architecture (short version)

Layered pipeline:

  1. AST fast path
  2. LSP symbol linking
  3. dependency environment scan
  4. side-effect detection
  5. token allocator

All local.
No cloud indexing.


For agent developers

Deep-Context outputs:

  • machine-readable JSON header
  • Markdown body

This allows automated pipelines and tools to consume context programmatically.

{
  "v": 2,
  "target": { "file": "api.py", "line": 42 },
  "sections": ["deps_used", "callers", "source"]
}

Roadmap

  • connectivity graph view
  • patch/diff hints
  • MCP integration
  • token presets for major LLMs
  • multi-file context mode

License

MIT


Links

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