genomewalker/kriya

Kriya (क्रिया) — Materialise Soul Discoveries into Code

Kriya means "action, practice" — the applied counterpart to jnana (knowledge). Sadhanas and dreams accumulate findings; kriya turns them into shipped code.

Usage

/kriya              # Review all pending fixes and improvements
/kriya --dry-run    # Show pending findings without implementing anything
/kriya --all        # Apply all without interactive review (still asks before release)

How It Works

1. Surface — recall [fix], [solution], [improvement], [correction] memories not yet tagged [applied]
2. Review — present each finding; user accepts, skips, or stops
3. Implement — for accepted findings, read the relevant source and apply the change
4. Build — cmake --build build --parallel
5. Install — stop daemon → copy binaries → daemon auto-restarts
6. Verify — health_check confirms the daemon is live
7. Release — ask whether to release (patch / minor / skip)
8. Mark — tag all applied memories [applied] so they don't resurface

---

Instructions

Step 0 — Load tools

ToolSearch({ query: "chitta recall smart_recall remember" })

Step 1 — Surface pending findings

Call mcp__chitta__smart_recall with a targeted query:

mcp__chitta__smart_recall({
  query: "fix solution improvement correction bug gotcha",
  limit: 20
})

Filter the results to memories whose tags or title contain any of: [fix], [solution], [improvement], [correction], [gotcha], [bug] AND do not contain [applied].

If --dry-run flag: print the findings list and stop.

If no pending findings found:

"No pending fixes found. The soul is clean. Run a sadhana or dream to surface new discoveries." Stop.

Step 2 — Present findings summary

Display a numbered list of all findings:

Pending findings (N):

  1. [fix]    daemon: ETXTBSY when copying binary while running
               File: chitta/src/simple_cli.cpp  Confidence: 92%

  2. [correction]  build order: kill daemon BEFORE cp
               File: CLAUDE.md  Confidence: 95%

  3. [improvement]  TimeoutYantra: unbounded embedding threads
               File: chitta/include/chitta/vak_timeout.hpp  Confidence: 88%
  ...

Step 3 — Ask review mode

AskUserQuestion({
  questions: [{
    question: "Found N pending findings. How do you want to proceed?",
    header: "Review mode",
    multiSelect: false,
    options: [
      { label: "Review individually", description: "Go through each finding one by one" },
      { label: "Apply all",           description: "Accept every finding without reviewing" },
      { label: "Cancel",              description: "Exit without making changes" }
    ]
  }]
})

Step 4 — Review loop (if "Review individually")

For each finding, ask:

AskUserQuestion({
  questions: [{
    question: "[fix] #{title}\n\n#{content}\n\nFile: #{file_ref}",
    header: "Finding #N",
    multiSelect: false,
    options: [
      { label: "Apply",  description: "Implement this fix" },
      { label: "Skip",   description: "Leave for later" },
      { label: "Stop",   description: "Stop reviewing, apply what's accepted so far" }
    ]
  }]
})

Collect the list of accepted findings. If "Stop" → break loop early.

If nothing was accepted: confirm and exit.

Step 5 — Implement each accepted finding

For each accepted finding:

1. Read the cited file(s) from the memory's citation references
2. Understand the existing code
3. Apply the fix — use Edit (targeted, precise, no extra changes)
4. Log: ✓ Applied: {title}

If a finding is ambiguous or the file doesn't exist: skip it and log ⚠ Skipped (unclear): {title}.

Step 6 — Build

cd /maps/projects/fernandezguerra/apps/repos/cc-soul/chitta && cmake --build build --parallel

If build fails:

• Show the error
• Ask:

  AskUserQuestion({
    questions: [{
      question: "Build failed. What now?",
      header: "Build error",
      options: [
        { label: "Try to fix",    description: "Attempt to fix the build error" },
        { label: "Revert all",    description: "Git checkout the changed files and abort" },
        { label: "Abort",         description: "Stop here, leave files as-is" }
      ]
    }]
  })
  

  • "Try to fix": diagnose and fix the compile error, then rebuild
  • "Revert all": git checkout -- . and stop
  • "Abort": stop, leave changes uncommitted

Step 7 — Install

pkill -TERM chittad 2>/dev/null; sleep 1
cp /maps/projects/fernandezguerra/apps/repos/cc-soul/chitta/bin/chitta \
   /maps/projects/fernandezguerra/apps/repos/cc-soul/chitta/bin/chittad \
   ~/.claude/bin/

Step 8 — Verify

mcp__chitta__health_check({})

If the daemon responds healthy: ✓ Daemon is live If not: wait 2 seconds and retry once. If still failing, warn but continue.

Step 9 — Ask about release

AskUserQuestion({
  questions: [{
    question: "Build and install succeeded. Release a new version?",
    header: "Release",
    options: [
      { label: "Patch (x.x.+1)",  description: "Bug fixes only" },
      { label: "Minor (x.+1.0)",  description: "New features or significant changes" },
      { label: "Skip release",    description: "Keep changes local for now" }
    ]
  }]
})

If patch or minor:

cd /maps/projects/fernandezguerra/apps/repos/cc-soul && ./scripts/release.sh <patch|minor> -y

Step 10 — Mark applied memories

For each successfully applied finding, add [applied] to its tags:

mcp__chitta__set_memory_type({ id: <id>, ... })

Or use mcp__chitta__remember to store a brief record:

mcp__chitta__remember({
  content: "[applied] #{title} — applied in session #{date}, released in v#{version}",
  tags: "applied,kriya,fix"
})

Then connect the new "applied" memory to the original finding:

mcp__chitta__connect_temporal({
  from: "<applied-memory-id>",
  relation: "resolves",
  to: "<original-finding-id>"
})

Step 11 — Report summary

Kriya complete ✓

  Applied:  3 fixes
  Skipped:  1
  Build:    ✓ successful
  Daemon:   ✓ live
  Released: v3.44.0

  Fixes applied:
    ✓ daemon: ETXTBSY build order fix
    ✓ TimeoutYantra: bounded embedding threads
    ✓ socket_is_active: EACCES treated as stale
    ↷ is_pid_alive zombie detection (skipped)

---

Anti-patterns

• Never skip the build step — applying a fix that doesn't compile is worse than not applying it
• Never release without a successful health_check
• Never mark [applied] if the build failed
• Never apply a finding to a file that hasn't been read first — always read before editing