compress-prompt

name	compress-prompt
description	Compress a Rosetta KB prompt artifact (skill · workflow · phase · rule · agent · template · generic) by stripping structural tautology and ineffective scaffolding while preserving every importance-bearing token. Use when the user asks to compress, shorten, tighten, densify, or reduce a prompt / skill / workflow / phase / rule file.
disable-model-invocation	true

Compress a KB Prompt

Mental model

• The artifact you compress is loaded into a coding agent that runs in ANOTHER repo, on ANOTHER user's task. Every token becomes that agent's context → scaffolding = distraction that dilutes focus.
• Compress ≠ shrink words. Compress = strip scaffolding, keep 100% signal, sharpen focus, replace with meaningful unicode characters, like arrows.
• Reader is AI like you, capable: it already knows the domain AND the KB grammar. Use terms and acronyms. Don't explain — nudge.
• CAPS = importance. Word count is an OUTCOME, never a target.
• INVARIANT ≠ STEP. Invariants (always-on constraints) → declare ONCE, flag always-on. Steps → ordered, run once. NEVER re-assert an invariant as per-step reminders — that's the echo authors reflexively add; compress hoists + cuts it.
• GOLDEN RULE: NEVER trade a high-value token for a few saved words (unless it is repeatedly used and overall gives high results, we can loose 2% of value overall).
• BULLETS vs ORDERED: ALWAYS convert bullets to ordered lists, if work is sequential or can be sequential. Reason: aligns with AI sequential token generation.
• DENSIFY EVERY rule.
• Take time to think during reasoning, take different options, iterate multiple times TRANSFORM.
• Your task is MAXIMUM compression, not just low hanging fruits!
• NO rush, TAKE time
• Don't bring this skill terms or meta-thinking
• Identify what is load bearing

Allowed reads — read-only, NEVER adjust

Read ONLY: the target artifact + its type schema + the grammar below. Nothing else. Stay focused.

Schemas (learn which XML scopes are MANDATORY vs optional, and each scope's role):

• docs/schemas/skill.md
• docs/schemas/workflow.md
• docs/schemas/phase.md
• docs/schemas/rule.md
• docs/schemas/agent.md
• docs/schemas/template.md
• docs/schemas/generic.md

Grammar — directive commands the system ACTS ON; protect verbatim + their args:

Command	Semantics
USE SKILL <name> / READ SKILL <name>	activate skill (load SKILL.md + act) / load content only
READ SKILL FILE <subpath> / APPLY SKILL FILE <subpath>	load / load+execute a file of the CURRENT skill; never names a skill (isolation is grammar-enforced)
USE FLOW <name>.md / READ FLOW <name>.md	invoke a whole workflow / load without executing
APPLY PHASE <file>.md	load + fully execute the next phase body of a running workflow
INVOKE SUBAGENT <name> / READ SUBAGENT <name>	spawn subagent / load its definition only
READ RULE <file>.md / APPLY RULE <file>.md	load / load+execute a rule
READ TEMPLATE <file>.md	load a template
READ CONFIGURE <tool>.md	load an IDE/agent configure spec
LIST <path>	enumerate immediate children of a KB folder
ACQUIRE <path> FROM KB	MCP-only, generated shells: query_instructions(tags="<path>")

KEEP verbatim (never shrink / drop)

• MANDATORY scope tags + nesting — structure is signal. OPTIONAL scopes EARN keep (load-bearing audit).
• Grammar commands above + their args: file / skill / tool / model names, paths, section anchors.
• CAPS importance markers: MUST · NEVER · DO NOT · HALT · WAIT · SELF-CHECK · HITL …
• Per-scope / per-step instructions, kept IN their scope (e.g. update-state, gate notes).
• Semantic distinctions: required vs recommended, blocking vs optional, default vs conditional.

CUT — where real reduction lives

• Tautology → rule stated >1× across scopes; keep ONE authoritative copy, kill the echoes.
• Pointer-echo → info already reachable via a named cite (invariant · ## scope · file · skill) → NEVER re-assert or re-summarize it inline. Invariants → hoist to ONE always-on block; other echoes → cut. The pointer IS the content.
• Meta-commentary explaining the prompt's own notation / convention to a reader.
• Stale / orphaned items → reference a scheme, attribute, or value no longer present.
• WHOLE-SCOPE echo → CUT the scope, not just its lines.
• LOAD-BEARING test: delete scope → agent acts differently? No ⇒ cut.
• Audit EACH scope, esp. references · best_practices · validation · pitfalls.
• Keep ONLY signal unreachable elsewhere in-file / via cite.
• Mandatory-but-echo scope → shrink to minimum unique nugget.
• Lone nugget → hoist to load-bearing home, drop wrapper.
• Repeated literals → define once as a short alias (e.g. OUT/ = <long/path>), reuse everywhere.
• Cut the fluff.
• Restated the same thing in different ways.
• Everything obvious or already known by AI (keep only terms/nudges!).

COMPRESS

• HARD CAP: every rule / bullet line < 10 words.
• Group same-topic rules, merge, rephrase clearly, output as separate.
• NO new lines as escape hatch.
• Whole file: MAY add ≤ 10 lines total.
• NEVER drop signal to hit the cap.
• Verbose prose / step-narration the agent already infers → terse cue. e.g. "ONE PHASE AT A TIME: read file, execute, update state, advance" → "ONE PHASE AT A TIME. READ JIT."
• Favor unicode connectives for density: → · ⇒ ≠ ± … (English words only otherwise).
• DENSE, USE TERMS, ACRONYMS, TERSE-phrases (not sentences!)
• NUDGE using single words for ACTIONS, ASPECTS, THINKING, GOALS, REASONS, etc.

NEVER

• Shave adjectives while leaving duplication intact (tiny gain, no structural fix).
• Drop CAPS / grammar commands / per-step instructions / distinctions to hit a number.
• Remove a schema-mandatory scope, or edit any schema / ARCHITECTURE.md file.
• Re-inject your own explanations while compressing.
• Remove items which sole purpose is process adherence, but you can compress it. Example "4. Update state file based on current state file path." in each phase => compress to 4. Update state

TRANSFORM — ordered passes, LOOP until iteration cannot compress any more

INVARIANTS (always-on, declared once): ## KEEP verbatim + ## NEVER. Run passes IN ORDER; skip none.

1. CUT — FIRST whole-scope load-bearing audit, THEN line/rule cuts → ## CUT.
2. GROUP + REPHRASE — cluster same-topic rules → merge → rephrase clearly → output as SEPARATE lines. NEVER defer duplication to a later pass.
3. COMPRESS — densify → ## COMPRESS.
4. HARD CAP — every rule/bullet line < 10 words; NO line-splitting to cheat; NEVER drop signal for the cap; whole file MAY add ≤ 10 lines. ↺ Repeat from pass 1 until a full loop changes nothing — each pass exposes new cuts/merges.

Process (HITL)

1. Read target + its type schema + the grammar above. Nothing else.
2. Inventory: per-scope purpose + LOAD-BEARING verdict (keep/shrink/cut) + duplications, stale items, repeated literals.
3. Draft the compressed artifact as file next to current one, running ## Transform to fixpoint. Do not overwrite yet.
4. HITL: present to the user → word Δ (before→after, %) + where the cuts came from + your reasoned take on the subagent findings.
5. VERIFY via subagent — INVOKE SUBAGENT (Sonnet-5 class, low reasoning (!), e.g. claude-sonnet-5) with a fresh read of OLD vs NEW, asking only:
   • Does anything change in an executing agent's understanding or behavior?
   • Is anything now ambiguous, underspecified, or lost?
   • Any rule / gate / distinction present in OLD but missing or weaker in NEW?
   • Any whole scope that only rephrases other scopes? → cut.
   • Anything else can be compressed? Anything you feel like you already know?
   • Any rules or phrases too verbose?
   • Anything that is obvious?
6. Do NOT auto-apply the subagent's output. CRITICALLY evaluate its findings — decide which are real vs noise, and why; adjust the draft only where a finding is genuine.
7. HITL: present to the user → proposed artifact + word Δ (before→after, %) + where the cuts came from + your reasoned take on the subagent findings.
8. On explicit user approval → write the TARGET file only.