skill-logger

仓库: erichowens/some_claude_skills
安装量: 48
排名: #15474

安装

npx skills add https://github.com/erichowens/some_claude_skills --skill skill-logger

Skill Logger

Track, measure, and improve skill quality through systematic logging and scoring.

When to Use This Skill

Use for:

Setting up skill usage logging Defining quality metrics for skill outputs Analyzing skill performance over time Identifying skills that need improvement Building feedback loops for skill enhancement A/B testing skill variations

NOT for:

Creating new skills → use agent-creator Skill documentation → use skill-coach Runtime debugging → use appropriate debugger skills General logging/monitoring → use devops-automator Core Logging Architecture ┌────────────────────────────────────────────────────────────────┐ │ SKILL LOGGING PIPELINE │ ├────────────────────────────────────────────────────────────────┤ │ │ │ 1. CAPTURE 2. ANALYZE 3. SCORE │ │ ├─ Invocation ├─ Output parse ├─ Quality metrics │ │ ├─ Input context ├─ Token usage ├─ User satisfaction │ │ ├─ Output ├─ Tool calls ├─ Goal completion │ │ └─ Timing └─ Error patterns └─ Efficiency │ │ │ │ 4. AGGREGATE 5. ALERT 6. IMPROVE │ │ ├─ Per-skill stats ├─ Quality drops ├─ Identify patterns │ │ ├─ Trend analysis ├─ Error spikes ├─ Suggest changes │ │ └─ Comparisons └─ Underuse └─ Track experiments │ │ │ └────────────────────────────────────────────────────────────────┘

What to Log Invocation Data { "invocation_id": "uuid", "timestamp": "ISO8601", "skill_name": "wedding-immortalist", "skill_version": "1.2.0",

"input": { "user_query": "Create a 3D model from my wedding photos", "context_tokens": 1500, "files_referenced": ["photos/", "config.json"] },

"execution": { "duration_ms": 45000, "tool_calls": [ {"tool": "Bash", "count": 5}, {"tool": "Write", "count": 3} ], "tokens_used": { "input": 8500, "output": 3200 }, "errors": [] },

"output": { "type": "code_generation", "artifacts_created": ["pipeline.py", "config.yaml"], "response_length": 3200 } }

Quality Signals QUALITY_SIGNALS = { # Implicit signals (automated) 'completion': 'Did the skill complete without errors?', 'token_efficiency': 'Output quality per token used', 'tool_success_rate': 'Tool calls that succeeded', 'retry_count': 'How many retries needed?',

# Explicit signals (user feedback)
'user_edit_ratio': 'How much did user modify output?',
'user_accepted': 'Did user accept/use the output?',
'follow_up_needed': 'Did user need to ask for fixes?',
'explicit_rating': 'Thumbs up/down if available',

# Outcome signals (delayed)
'code_ran_successfully': 'Did generated code work?',
'tests_passed': 'Did it pass tests?',
'reverted': 'Was the output later reverted?',

}

Scoring Framework Multi-Dimensional Quality Score def calculate_skill_score(invocation_log): """Score a skill invocation 0-100."""

scores = {
    # Completion (25%)
    'completion': (
        25 if invocation_log['errors'] == [] else
        15 if invocation_log['recovered'] else
        0
    ),

    # Efficiency (20%)
    'efficiency': min(20, 20 * (
        BASELINE_TOKENS / invocation_log['tokens_used']
    )),

    # Output Quality (30%)
    'quality': (
        30 if invocation_log['user_accepted'] else
        20 if invocation_log['user_edit_ratio'] < 0.2 else
        10 if invocation_log['user_edit_ratio'] < 0.5 else
        0
    ),

    # User Satisfaction (25%)
    'satisfaction': (
        25 if invocation_log['explicit_rating'] == 'positive' else
        15 if invocation_log['no_follow_up'] else
        5 if invocation_log['follow_up_resolved'] else
        0
    ),
}

return sum(scores.values())

Score Interpretation Score Range Quality Level Action 90-100 Excellent Document as exemplar 75-89 Good Monitor for consistency 50-74 Acceptable Review for improvements 25-49 Poor Prioritize fixes 0-24 Failing Immediate intervention Log Storage Schema SQLite Schema (Local) CREATE TABLE skill_invocations ( id TEXT PRIMARY KEY, skill_name TEXT NOT NULL, skill_version TEXT, timestamp DATETIME DEFAULT CURRENT_TIMESTAMP,

-- Input
user_query TEXT,
context_tokens INTEGER,

-- Execution
duration_ms INTEGER,
tokens_input INTEGER,
tokens_output INTEGER,
tool_calls_json TEXT,
errors_json TEXT,

-- Output
output_type TEXT,
artifacts_json TEXT,
response_length INTEGER,

-- Quality signals
user_accepted BOOLEAN,
user_edit_ratio REAL,
follow_up_needed BOOLEAN,
explicit_rating TEXT,

-- Computed
quality_score REAL,

INDEX idx_skill_name (skill_name),
INDEX idx_timestamp (timestamp),
INDEX idx_quality (quality_score)

);

CREATE TABLE skill_aggregates ( skill_name TEXT, period TEXT, -- 'daily', 'weekly', 'monthly' period_start DATE,

invocation_count INTEGER,
avg_quality_score REAL,
error_rate REAL,
avg_tokens_used INTEGER,
avg_duration_ms INTEGER,

PRIMARY KEY (skill_name, period, period_start)

);

JSON Log Format (Portable) { "logs_version": "1.0", "skill_name": "wedding-immortalist", "entries": [ { "id": "uuid", "timestamp": "2025-01-15T14:30:00Z", "input": {...}, "execution": {...}, "output": {...}, "quality": { "signals": {...}, "score": 85, "computed_at": "2025-01-15T14:35:00Z" } } ] }

Analytics Queries Skill Performance Dashboard -- Overall skill rankings SELECT skill_name, COUNT() as uses, AVG(quality_score) as avg_quality, AVG(tokens_output) as avg_tokens, SUM(CASE WHEN errors_json != '[]' THEN 1 ELSE 0 END) * 100.0 / COUNT() as error_rate FROM skill_invocations WHERE timestamp > datetime('now', '-30 days') GROUP BY skill_name ORDER BY avg_quality DESC;

-- Quality trend (weekly) SELECT skill_name, strftime('%Y-%W', timestamp) as week, AVG(quality_score) as avg_quality, COUNT(*) as uses FROM skill_invocations GROUP BY skill_name, week ORDER BY skill_name, week;

-- Problem detection SELECT skill_name, COUNT(*) as failures FROM skill_invocations WHERE quality_score < 50 AND timestamp > datetime('now', '-7 days') GROUP BY skill_name HAVING failures >= 3 ORDER BY failures DESC;

Improvement Opportunities def identify_improvement_opportunities(skill_name, logs): """Analyze logs to suggest skill improvements."""

opportunities = []

# Pattern 1: Common follow-up questions
follow_ups = extract_follow_up_patterns(logs)
if follow_ups:
    opportunities.append({
        'type': 'missing_capability',
        'description': f'Users frequently ask: {follow_ups[0]}',
        'suggestion': 'Add guidance for this common need'
    })

# Pattern 2: High edit ratio in specific output types
edit_patterns = analyze_edit_patterns(logs)
if edit_patterns['code'] > 0.4:
    opportunities.append({
        'type': 'code_quality',
        'description': 'Users frequently edit generated code',
        'suggestion': 'Review code examples and templates'
    })

# Pattern 3: Repeated errors
error_patterns = cluster_errors(logs)
for error_type, count in error_patterns:
    if count >= 3:
        opportunities.append({
            'type': 'recurring_error',
            'description': f'{error_type} occurred {count} times',
            'suggestion': 'Add error handling or documentation'
        })

return opportunities

Implementation Guide Basic Logger Hook

hooks/skill_logger.py

import json import sqlite3 from datetime import datetime from pathlib import Path

LOG_DB = Path.home() / '.claude' / 'skill_logs.db'

def log_skill_invocation( skill_name: str, user_query: str, output: str, tool_calls: list, duration_ms: int, tokens: dict, errors: list = None ): """Log a skill invocation to the database."""

conn = sqlite3.connect(LOG_DB)
cursor = conn.cursor()

cursor.execute('''
    INSERT INTO skill_invocations
    (id, skill_name, timestamp, user_query, duration_ms,
     tokens_input, tokens_output, tool_calls_json, errors_json,
     response_length)
    VALUES (?, ?, ?, ?, ?, ?, ?, ?, ?, ?)
''', (
    str(uuid.uuid4()),
    skill_name,
    datetime.utcnow().isoformat(),
    user_query,
    duration_ms,
    tokens.get('input', 0),
    tokens.get('output', 0),
    json.dumps(tool_calls),
    json.dumps(errors or []),
    len(output)
))

conn.commit()
conn.close()

Quality Signal Collection def collect_quality_signals(invocation_id: str, signals: dict): """Update an invocation with quality signals."""

conn = sqlite3.connect(LOG_DB)
cursor = conn.cursor()

# Update with user feedback
cursor.execute('''
    UPDATE skill_invocations
    SET user_accepted = ?,
        user_edit_ratio = ?,
        follow_up_needed = ?,
        explicit_rating = ?,
        quality_score = ?
    WHERE id = ?
''', (
    signals.get('accepted'),
    signals.get('edit_ratio'),
    signals.get('follow_up'),
    signals.get('rating'),
    calculate_score(signals),
    invocation_id
))

conn.commit()
conn.close()

Alerting & Notifications Alert Conditions ALERT_CONDITIONS = { 'quality_drop': { 'condition': 'avg_quality_7d < avg_quality_30d * 0.8', 'message': 'Skill {skill} quality dropped 20%+ in past week', 'severity': 'warning' }, 'error_spike': { 'condition': 'error_rate_24h > error_rate_7d * 2', 'message': 'Skill {skill} error rate doubled in past 24h', 'severity': 'critical' }, 'underused': { 'condition': 'uses_7d < uses_30d_avg * 0.5', 'message': 'Skill {skill} usage down 50%+ this week', 'severity': 'info' }, 'high_performer': { 'condition': 'avg_quality_7d > 90 AND uses_7d > 10', 'message': 'Skill {skill} performing excellently', 'severity': 'positive' } }

Anti-Patterns "Log Everything"

Wrong: Logging complete input/output for every invocation. Why: Privacy concerns, storage explosion, noise. Right: Log metadata, summaries, and opt-in detailed logging.

"Score Once, Forget"

Wrong: Calculating quality score immediately after completion. Why: Misses delayed signals (did code work? was it reverted?). Right: Collect signals over time, recalculate periodically.

"Averages Only"

Wrong: Only tracking average quality scores. Why: Hides distribution, misses failure modes. Right: Track percentiles, failure rates, and patterns.

"No Baseline"

Wrong: Measuring quality without establishing baselines. Why: Can't detect improvement or regression. Right: Establish baselines per skill, compare trends.

Output Reports Weekly Skill Health Report

Skill Health Report - Week of 2025-01-13

Overview

  • Total invocations: 247
  • Average quality: 78.3 (up 2.1 from last week)
  • Error rate: 4.2% (down 1.8%)

Top Performers

  1. wedding-immortalist - 92.1 avg quality, 18 uses
  2. skill-coach - 89.4 avg quality, 34 uses
  3. api-architect - 87.2 avg quality, 22 uses

Needs Attention

  1. legacy-code-converter - 52.3 avg quality (down 15%)
  2. Common issue: Missing dependency detection
  3. Suggested fix: Add dependency scanning step

Improvement Opportunities

  • partner-text-coach: Users frequently ask for tone adjustment
  • yard-landscaper: High edit ratio on plant recommendations

Integration Points skill-coach: Feed quality data for skill improvements agent-creator: Use metrics when designing new skills automatic-stateful-prompt-improver: Quality signals for prompt optimization

Core Philosophy: What gets measured gets improved. Skill logging transforms intuition about skill quality into actionable data, enabling continuous improvement of the entire skill ecosystem.

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