gistfile1.txt

workshop a swiftui bpftrace front-end with me. 

assume I can ssh to a linux host where bpftrace runs (or many of them).

i'm just going to have an agent build this

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complexifier: [REDACTED] so we can't use native ssh -- [REDACTED] [ed: you don't care]

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two immediate wins from a frontend:

* swiftui-standard controls for selecting probe points (in the cli the possible matching probes scroll right off the screen)

* tables and graphs in the output

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write a complete plan for this to hand off to the agent

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❯ turn this into an 8-phase implementation plan; the first phase should confirm that you can, from
   a swiftui app, use the terminal "ssh" command to ssh to the host "epigone" and issue a "sudo
  bpftrace" command (i've verified that works locally) --- defer all [REDACTED] stuff.
  
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❯ write expansive plan documentation for the 8-phase plan, including any research you need to do
  on bpftrace. Include the macos-design and swiftui skills, and testing with the computer-use MCP
  in those plans. Write a master PLAN.md in this directory and then plans for each phase in
  plans/PHASE-$X.md. The master PLAN.md shoudl serve as an index to all the phases. Include in
  the plan that progress on every stage should go in PROGRESS.md.
  
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/clear

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❯ read PLAN.md.

  In a SERIES of subagents, one after the other, none running parallel, implement the 8-phase
  plan here, stopping only if you run into a showstopper communicating with `epigone`.

  At the end of each stage, test the current iteration of the software. If there is a UI built,
  use the computer-use MCP to test the UI.

  After designing any new UI components, in a subagent, use the macos-design, swiftui-pro, and
  typography-designer skills to firm up the UI. This is a gating step before proceeding to the
  next phase (or finishing the whole project).
  
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❯ write a document about how to use this thing, including some example probes that exercise all
  the different features