context-hyperdrive
/context-hyperdrive
Skraca duże pliki do szkieletów AST i stabilizuje prefiksy promptów, żeby agenci zużywali mniej tokenów przy kosztownych pętlach.
- Autor
- kicode01 ↗
- Repozytorium
- context-hyperdrive ↗
- Licencja
- MIT
- Ostatnia zmiana repozytorium
- 03.11.2026
Ocena i bezpieczeństwo
- Pliki w paczce
- 5
- Skrypty
- 1
- Komentarze HTML
- 0
- Adresy URL w SKILL.md
- 0
Brak sygnałów. Repozytorium zmienione 03.11.2026, bez odwołań do wycofanych modeli i API.
MIT, otwarta: można używać i zmieniać, z zachowaniem informacji o autorze.
- 1 skrypt w paczce. Przejrzyj je przed instalacją, bo Claude może je uruchomić.
Skrypty: test_hyperdrive.py
Co robi i kiedy
Skraca duże pliki do szkieletów AST i stabilizuje prefiksy promptów, żeby agenci zużywali mniej tokenów przy kosztownych pętlach.
Oryginalny opis (EN)
[WHAT IT DOES]: Maximizes AI coding agent intelligence while cutting token volume by 75-85% and token cost by 90%. Amplifies terse/small prompts into high-IQ execution briefs, shrinkwraps codebases into AST skeletons, and stabilizes prompt prefixes for 100% provider cache hits. [WHEN TO USE]: Use when working with large files (>200 lines), managing expensive multi-turn agent loops, dealing with strict LLM rate limits/quotas, or when user prompts are terse (3-5 words) and need cognitive expansion without burning slow reasoning tokens. [WHEN NOT TO USE]: Do NOT use when generating tiny scratch s
Jak działa
- 1. When to Activate
- 2. The 3-Pillar Execution Protocol
- 3. End-to-End Execution CLI
- 4. Failure Modes & Mitigations
Podgląd SKILL.md
---
name: context-hyperdrive
description: >-
[WHAT IT DOES]: Maximizes AI coding agent intelligence while cutting token volume by 75-85% and token cost by 90%.
Amplifies terse/small prompts into high-IQ execution briefs, shrinkwraps codebases into AST skeletons, and stabilizes prompt prefixes for 100% provider cache hits.
[WHEN TO USE]: Use when working with large files (>200 lines), managing expensive multi-turn agent loops, dealing with strict LLM rate limits/quotas, or when user prompts are terse (3-5 words) and need cognitive expansion without burning slow reasoning tokens.
[WHEN NOT TO USE]: Do NOT use when generating tiny scratch scripts from scratch or when editing plain markdown notes without code dependencies.
---
# Context Hyperdrive: Cognitive Intent Amplification & Token Cache Maximizer
```
+--------------------------------------------------------------------------+
| CONTEXT-HYPERDRIVE |
| Intent Synthesizer, AST Shrinkwrap & Prompt Cache Alignment Engine |
+--------------------------------------------------------------------------+
| |
v v
[Small User Prompt] [Raw Codebase Files]
- "fix refund bug" - 2,000+ lines of code
- 3-5 word commands - Heavy token bloat
| |
+-------------------------+--------------------------+
|
v
[Tri-Core Hyperdrive Pipeline]
1. Intent Amplifier (Git Diff + Error Trace)
2. AST Shrinkwrap (Prune Non-Focal Bodies)
3. Deterministic Cache Aligner (Pin >=1024 Tokens)
|
+----------------+----------------+
| |
[Token Reduction] [Cache Hit (90%)]
v v
[75% - 85% Less Tokens] [0.1x Provider Cost]
- Zero Rate Limit Hits - Sub-Second Execution
- High-IQ Target Precision - Bypasses Slow Thinking Delay
```
---
## 1. When to Activate
Trigger `context-hyperdrive` whenever:
- **Terse / Small User Prompts:** The user supplies a brief 3–5 word command (e.g. "fix checkout bug", "optimize db query") that would otherwise trigger expensive, slow "High Reasoning" token loops.
- **Large Source Files:** The target file exceeds 200 lines, where sending full code dumps exhausts context windows.
- **Provider Quota & Rate Limit Pressures:** Approaching daily token limits on GitHub Models, Anthropic, Gemini, or OpenAI.
- **Multi-Turn Cost Optimization:** Long agent chat sessions where repeated tool calls and system instructions should be pinned for a 90% prompt cache discount.
---
## 2. The 3-Pillar Execution Protocol
### Pillar 1: Latent Intent Amplification (`scripts/intent_amplifier.py`)
1. Introspect local repository state: check `git status --porcelain` and active stack traces.
2. Extract domain keywords and target symbols from the terse prompt.
3. Synthesize a structured, high-precision execution brief that dictates:
- Specific target functions and symbols to modify.
- Non-negotiable boundary constraints (zero regressions, invariant safety).
- Inferred target source files.
### Pillar 2: Multi-Language AST Context Shrinkwrapping (`scripts/shrinkwrap_ast.py`)
1. Multi-language support with native grammar parsing for **Python (`.py`)**, **TypeScript & TSX (`.ts`, `.tsx`, `.js`, `.jsx`)**, **Go (`.go`)**, and **Rust (`.rs`)**.
2. Retains focal execution targets, exported types, interfaces, and struct envelopes in full detail.
3. Automatically identifies parent containers (such as React components wrapping a target handler) and keeps them open while collapsing non-focal sibling functions.
4. Replaces non-focal method bodies with lightweight valid stubs (`pass` in Python, `{ /* ... pruned ... */ }` in TS/Go/Rust).
5. Strips non-essential comments and redundant docstrings outside the focal zone, cutting code token bloat by **70% to 85%**.
### Pillar 3: Deterministic Cache Pinning (`scripts/cache_aligner.py`)
1. Order all system instructions, project invariant rules, and tool specifications into an immutable prefix block.
2. Ensure prefix size meets provider caching thresholds (>= 1,024 tokens for Anthropic Claude).
3. Compute the SHA-256 hash to guarantee byte-for-byte reproducibility across turns.
4. Place dynamic turn instructions in the ephemeral payload suffix.
5. Captures provider cache hit rates, reducing input token pricing by **90%**.
### Pillar 4: Terminal & Test Log Quantization (`scripts/log_quantizer.py`)
1. Strips ANSI color escape codes, carriage return spinners, and ASCII progress bars.
2. Folds external library stack frames (`node_modules/`, `site-packages/`, `<frozen>`, stdlib) into concise 1-line badges while preserving user project frames.
3. Collapses repetitive compiler warnings and passing test lists (`[+] [OK] N passing tests collapsed`).
4. Reduces failure traces and terminal outputs by **80% to 95%** without loss of root-cause diagnostics.
### Pillar 5: Smart Git Diff Compaction (`scripts/diff_compactor.py`)
1. Automatically detects and excludes noise lockfiles (`package-lock.json`, `Cargo.lock`, `yarn.lock`, minified assets).
2. Strips unmodified context lines, grouping hunks into concise function-level change summaries (`[Scope: def my_func]`).
3. Reduces multi-file PR and commit diffs by **80% to 95%** while retaining exact additions and deletions.
### Pillar 6: Hard Token Budget Circuit Breaker (`scripts/token_circuit_breaker.py`)
1. Enforces hard financial and token ceilings ($USD max spend, total token limits, max iterations).
2. FSM states: `CLOSED` (normal tracking) -> `TRIPPED` (halt loop, require confirmation) -> `RESET`.
3. Intercepts runaway loops in `PreInvocation` and `PreToolUse`, preventing billing surprises and quota lockouts.
### Pillar 7: Multi-Turn Conversation History Compaction (`scripts/history_compactor.py`)
1. Divides conversation transcripts into historical turns and the active horizon (most recent 3-5 turns).
2. Compresses older turns into an immutable Session State Snapshot (active files, architectural decisions, resolved bugs).
3. Pins the snapshot into the cached prompt prefix, cutting 20+ turn context bloat by **90% to 98%** while preventing attention degradation.
---
## 3. End-to-End Execution CLI
To run the unified optimization pipeline on any prompt and target file:
```bash
python scripts/hyperdrive_pipeline.py
```
Or invoke components independently:
```bash
# Compress source code to focal symbol
python scripts/shrinkwrap_ast.py path/to/file.py symbol_name
# Verify prompt cache alignment
python scripts/cache_aligner.py
# Quantize test logs and error traces
python scripts/log_quantizer.py --demo
# Compact git diffs and exclude lockfiles
python scripts/diff_compactor.py --demo
# Monitor and test circuit breaker state
python scripts/token_circuit_breaker.py
# Compact multi-turn conversation history
python scripts/history_compactor.py
# Amplify terse prompt into structured brief
python scripts/intent_amplifier.py
```
---
## 4. Failure Modes & Mitigations
| Failure Mode | Risk | Automated Mitigation |
| :--- | :--- | :--- |
| **Over-Pruned AST Context** | Target function depends on a helper defined in the same file. | Re-expand helper signatures into typed interfaces while keeping helper bodies stubbed. |
| **Cache Prefix Invalidation** | Dynamic timestamp or random seed inserted into system prompt. | Aligner validates SHA-256 prefix hash; strips dynamic headers from static cache zone. |
| **Terse Prompt Ambiguity** | User prompt matches multiple symbols across different modules. | Amplifier queries `git status` to prioritize recently modified files first. |
Pliki w paczce (5)
- .gitignore 1 KB
- LICENSE 1 KB
- README.md 9 KB
- SKILL.md 8 KB
- test_hyperdrive.py 10 KB
Wersje
W bazie nie ma innych skilli o nazwie context-hyperdrive.
Migawka bazy z 13.11.2026 · wersja paczki ce15ec8b3d85 (skrót SHA-256 całej paczki)
Pobrania w ostatnich 30 dniach: 0 · ranking
Zgłoś problem z tym skillem: szkodliwa treść, błędny opis albo prośba autora o usunięcie.
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