shawnjgoff

Okay, be a showrunner for me. make sure to read that doc. Then get a sub-agent to use planning_guidance to make a forward-port plan for tweakcc, then you review and either approve or escalate. You need to tell the agent you approve so it commits it. Then you can ask that same agent to be the orchestrator.
+ Thought: Reading showrunner documentation · 5.6s
+ Thought: Evaluating agent roles for orchestration · 515ms
I’ll take the showrunner role and keep implementation delegated. First I’m loading the current showrunner contract and relevant live-state handoff; then I’ll launch one persistent planning agent, review its plan myself, and either approve it for commit or issue a bounded escalation before asking that same agent to switch into orchestration.
Glob ".llm-conductor/*SHOWRUNNER*.md" in . 
Glob "**/SHOWRUNNER*.md" in . (1 match)
Read tweakcc_context_bonsai/SHOWRUNNER_HANDOFF.md [offset=1, limit=300]
Read tweakcc_context_bonsai/HAND_OFF.md [offset=1, limit=150]
+ Thought: Clarifying agent planning and repo

shawnjgoff

 ▐▛███▜▌   Claude Code v2.1.34 + tweakcc v3.4.0
▝▜█████▛▘  Opus 4.6 · Claude API
  ▘▘ ▝▝    ~/projects/the_observer

┃ ✓ tweakcc patches are applied
[msg:5c546f5b-180a-4c64-9c8b-a46998c7ac5c]
                                      [msg:5c546f5b-180a-4c64-9c8b-a46998c7ac5c]
 > I'm testing a new feature added to Claude Code called "smart compaction".
It's different from auto compaction in that it can compact targetted messages

shawnjgoff

❯ What unanswered questions remain? 

● Read 1 file (ctrl+o to expand)

● From the scratchpad plus things that came up implicitly:

  Listed in the doc:
  1. GitHub publish flow - PAT handling, UX for "push to real repo"
  2. DOM swapping mechanics - how exactly does the overlay work for multi-page content?
  3. Assets in live preview - images, CSS, fonts when previewing changes

shawnjgoff

*.beam

shawnjgoff

class BoardViewer
  def initialize(board, opts = {})
    @board = board
    @coordinate_enumerator = opts[:coordinate_enumerator]
  end
  attr_accessor :coordinate_enumerator
  def view()
    p @board.inspect
  end
  def close()

shawnjgoff

#!/usr/bin/env jruby
require 'snmp4jruby'

class TrapListener
  def initialize()
    @transport = SNMP4JR::Transport::DefaultUdpTransportMapping.new
    @address = SNMP4JR::SMI::GenericAddress.parse("udp:127.0.0.1/1162")
    @snmp = SNMP4JR::Snmp.new(@transport)
    @callbacks = []
    @snmp.addNotificationListener(@address, self)

shawnjgoff

<?xml version='1.0' encoding='UTF-8'?> 
<server xmlns='urn:jboss:domain:1.4'>
    <extensions>
        <extension module='org.jboss.as.clustering.infinispan'/>
        <extension module='org.jboss.as.connector'/>
        <extension module='org.jboss.as.deployment-scanner'/>
        <extension module='org.jboss.as.ee'/>
        <extension module='org.jboss.as.jmx'/>
        <extension module='org.jboss.as.logging'/>
        <extension module='org.jboss.as.messaging'/>

shawnjgoff

#!/usr/bin/env ruby
require 'eventmachine'

class EventTimer < EventMachine::Connection
  def receive_data(data)
    event_identifier = get_identifier_from(data)
    setup_timer_for(event_identifier)
  end

  def get_identifier_from(data)

shawnjgoff

#!/bin/sh
# ps-timer: count how much time processes are using during a task
# Usage:
# edit the $procs variable below to care about processes you want to watch
# run ps-timer comand [command_arg1] [command_arg2]...
# the output shows an estimate of the time each proces in the $procs list was running

$@ &
pid=$!

shawnjgoff

Vim regex
:%s/\([^ ]\+\)\.has_key(\(.\{-}\))/\2 in \1/g

sed regex
s/\([^ ]\+\)\.has_key(\([^)]*\))/\2 in \1/g

And here is the string.method(object, ...) -> object.method(...)
Specificlaly for string.replace():
Vim regex:
%s/string\.replace(\(.\{-}\), /\1.replace(/