Amr Gharbeia
4f34969224
- .gitmodules: update submodule paths (projects/opencortex → projects/passepartout, projects/opencortex-contrib → projects/passepartout-contrib) - gtd.org, README.org: update project references and display names - check.lisp, gemini-vision.org, agora/TODO.org: update file paths - dotemacs: update agenda paths and template config - system/plans/: update all flight plan references - system/backups/: update monolithic backup references
24 lines
1.1 KiB
Org Mode
24 lines
1.1 KiB
Org Mode
* Flight Plan: Emacs Harness Protocol Outbound Bridge
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:PROPERTIES:
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:STATUS: IN-PROGRESS
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:END:
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** Analyst Phase
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The current =opencortex= kernel is a "one-way" sensory system. It receives stimuli from Emacs via Harness Protocol but lacks the physical plumbing to send responses back over the same socket. To fix this, we must:
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1. Modify the kernel (literately) to pass the client TCP stream through the cognitive loop.
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2. Implement the =skill-emacs-bridge= logic to capture this stream and perform framed Harness Protocol writes.
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3. Update the =skill-chat= to utilize the new bridge.
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** Coder Phase
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- [X] Create =inbox/flight-plan-emacs-bridge.org= (this file).
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- [ ] Update =projects/passepartout/docs/README.org= (Literate Kernel) with the stream-passing hook.
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- [ ] Update =notes/org-skill-emacs-bridge.org= to implement the Harness Protocol outbound writer.
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- [ ] Tangle the updated files.
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- [ ] Rebuild the daemon binary.
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** Tester Phase
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1. Tangle all modified files.
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2. Restart the daemon.
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3. Run the =test-chat.lisp= script to verify two-way communication.
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4. Verify in Emacs =*opencortex-chat*=.
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