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AxiOwl uses a VS Code bridge extension because useful VS Code chat behavior lives inside VS Code.
An external executable can launch VS Code or write files, but it does not naturally own the in-process chat APIs, active window state, or session context. The bridge extension runs in the host that owns those things. That makes it the right place to execute VS Code chat commands and expose AxiOwl behavior inside the editor environment.
The bridge gives AxiOwl a provider-specific delivery path:
1. AxiOwl resolves a VS Code target.
2. AxiOwl writes or sends a bridge command.
3. The VS Code extension receives the command.
4. The extension uses VS Code host APIs to act on the intended chat/session.
5. Result evidence is written back for AxiOwl.
This is stronger than trying to drive VS Code only from outside with blind automation. It gives AxiOwl a host-aware path.
The bridge still needs validation. It must be installed in the right extension location, loaded by the correct VS Code host, and connected to the expected MCP definition. When multiple VS Code windows exist, ownership matters.
Installer behavior should make this visible. The VS Code feature should say that it installs a bridge extension, MCP config, and any selected metadata patch. The logs should show whether the extension was installed and whether MCP self-test passed.
The bridge is not accidental complexity. It is the cost of integrating with a real editor chat surface while keeping proof and targeting stronger than outside-only control.