feat: ajouter radar stratégique business avec analyse des technologies et compétences
- Création de la structure radar-business/ avec configuration business - Génération de 22 blips de technologies avec métadonnées business - Scripts d'extraction et d'analyse des technologies - Analyse stratégique avec identification de patterns - Stratégie d'évolution technique avec roadmap 3 ans - Documentation complète du radar business - Analyse des compétences de l'équipe depuis profil-team.md
This commit is contained in:
syoul
392
scripts/analyze-business-metrics.js
Executable file
392
scripts/analyze-business-metrics.js
Executable file
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#!/usr/bin/env node
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/**
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* Script pour analyser les métriques business du radar
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* et identifier des patterns stratégiques
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*/
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const fs = require('fs');
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const path = require('path');
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// Parser un blip
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function parseBlip(filePath) {
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const content = fs.readFileSync(filePath, 'utf-8');
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const frontMatterMatch = content.match(/^---\n([\s\S]*?)\n---\n([\s\S]*)$/);
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if (!frontMatterMatch) return null;
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const frontMatter = frontMatterMatch[1];
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const body = frontMatterMatch[2];
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const metadata = {};
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for (const line of frontMatter.split('\n')) {
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const match = line.match(/^(\w+):\s*(.+)$/);
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if (match) {
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const key = match[1];
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let value = match[2].trim();
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// Parser les valeurs
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if (value === 'true') value = true;
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else if (value === 'false') value = false;
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else if (!isNaN(value) && value !== '') value = Number(value);
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else if (value.startsWith('[')) {
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value = value.slice(1, -1).split(',').map(v => v.trim().replace(/['"]/g, ''));
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}
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metadata[key] = value;
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}
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}
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return { metadata, body };
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}
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// Analyser tous les blips
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function analyzeRadar(radarDir) {
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const files = fs.readdirSync(radarDir).filter(f => f.endsWith('.md'));
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const blips = [];
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for (const file of files) {
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const blip = parseBlip(path.join(radarDir, file));
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if (blip) {
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blips.push({
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file,
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...blip
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});
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}
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}
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return blips;
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}
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// Calculer les métriques
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function calculateMetrics(blips) {
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const metrics = {
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total: blips.length,
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byQuadrant: {},
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byRing: {},
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totalCostToReplace: 0,
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totalMaintenanceCost: 0,
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riskDistribution: { high: 0, medium: 0, low: 0 },
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competencyDistribution: { expert: 0, intermediate: 0, beginner: 0 },
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skillGapDistribution: { high: 0, medium: 0, low: 0 },
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businessImpactDistribution: { high: 0, medium: 0, low: 0 },
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differentiationDistribution: { high: 0, medium: 0, low: 0 },
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totalTeamCoverage: 0,
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technologiesByRisk: {
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high: [],
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medium: [],
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low: []
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},
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technologiesBySkillGap: {
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high: [],
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medium: [],
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low: []
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},
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criticalTechnologies: [],
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emergingTechnologies: []
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};
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for (const blip of blips) {
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const m = blip.metadata;
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// Par quadrant
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if (!metrics.byQuadrant[m.quadrant]) {
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metrics.byQuadrant[m.quadrant] = 0;
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}
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metrics.byQuadrant[m.quadrant]++;
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// Par ring
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if (!metrics.byRing[m.ring]) {
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metrics.byRing[m.ring] = 0;
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}
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metrics.byRing[m.ring]++;
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// Coûts
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metrics.totalCostToReplace += m.costToReplace || 0;
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metrics.totalMaintenanceCost += m.maintenanceCost || 0;
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// Distributions
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if (m.riskLevel) metrics.riskDistribution[m.riskLevel]++;
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if (m.competencyLevel) metrics.competencyDistribution[m.competencyLevel]++;
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if (m.skillGap) metrics.skillGapDistribution[m.skillGap]++;
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if (m.businessImpact) metrics.businessImpactDistribution[m.businessImpact]++;
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if (m.differentiation) metrics.differentiationDistribution[m.differentiation]++;
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// Coverage
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metrics.totalTeamCoverage += m.teamCoverage || 0;
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// Technologies à risque
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if (m.riskLevel === 'high') {
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metrics.technologiesByRisk.high.push({
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name: m.title,
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quadrant: m.quadrant,
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ring: m.ring,
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riskLevel: m.riskLevel
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});
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}
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// Technologies avec gap de compétences
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if (m.skillGap === 'high') {
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metrics.technologiesBySkillGap.high.push({
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name: m.title,
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quadrant: m.quadrant,
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ring: m.ring,
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teamCoverage: m.teamCoverage,
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competencyLevel: m.competencyLevel
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});
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}
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// Technologies critiques (core + high impact)
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if (m.ring === 'core' && m.businessImpact === 'high') {
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metrics.criticalTechnologies.push({
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name: m.title,
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quadrant: m.quadrant,
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riskLevel: m.riskLevel,
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skillGap: m.skillGap,
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teamCoverage: m.teamCoverage
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});
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}
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// Technologies émergentes
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if (m.quadrant === 'technologies-emergentes') {
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metrics.emergingTechnologies.push({
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name: m.title,
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ring: m.ring,
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businessImpact: m.businessImpact,
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differentiation: m.differentiation
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});
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}
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}
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return metrics;
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}
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// Identifier les patterns
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function identifyPatterns(blips, metrics) {
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const patterns = {
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criticalNonDifferentiating: [],
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singleVendorDependencies: [],
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obsoleteTechnologies: [],
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innovationOpportunities: [],
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skillGaps: []
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};
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for (const blip of blips) {
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const m = blip.metadata;
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// Technologies critiques non différenciantes (commodité critique)
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if (m.ring === 'core' && m.differentiation === 'low') {
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patterns.criticalNonDifferentiating.push({
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name: m.title,
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quadrant: m.quadrant,
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costToReplace: m.costToReplace,
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maintenanceCost: m.maintenanceCost
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});
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}
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// Technologies obsolètes (legacy)
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if (m.ring === 'legacy') {
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patterns.obsoleteTechnologies.push({
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name: m.title,
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riskLevel: m.riskLevel,
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costToReplace: m.costToReplace
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});
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}
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// Opportunités d'innovation (émergentes + high differentiation)
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if (m.quadrant === 'technologies-emergentes' && m.differentiation === 'high') {
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patterns.innovationOpportunities.push({
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name: m.title,
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ring: m.ring,
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businessImpact: m.businessImpact
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});
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}
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// Gaps de compétences critiques
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if (m.skillGap === 'high' && (m.ring === 'core' || m.businessImpact === 'high')) {
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patterns.skillGaps.push({
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name: m.title,
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ring: m.ring,
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businessImpact: m.businessImpact,
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teamCoverage: m.teamCoverage,
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competencyLevel: m.competencyLevel
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});
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}
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}
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return patterns;
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}
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// Générer le rapport
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function generateReport(metrics, patterns) {
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const report = `# Analyse Stratégique - Radar Business Duniter/Ğ1
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Date: ${new Date().toLocaleDateString('fr-FR')}
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## Vue d'ensemble
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- **Total de technologies analysées** : ${metrics.total}
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- **Coût total de remplacement** : ${metrics.totalCostToReplace.toLocaleString('fr-FR')}€
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- **Coût total de maintenance annuel** : ${metrics.totalMaintenanceCost.toLocaleString('fr-FR')}€
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- **Couverture moyenne de l'équipe** : ${(metrics.totalTeamCoverage / metrics.total).toFixed(1)} personnes par technologie
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## Répartition par Quadrant
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${Object.entries(metrics.byQuadrant).map(([q, count]) => `- **${q}** : ${count} technologies`).join('\n')}
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## Répartition par Ring
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${Object.entries(metrics.byRing).map(([r, count]) => `- **${r}** : ${count} technologies`).join('\n')}
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## Distribution des Risques
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- **Risque élevé** : ${metrics.riskDistribution.high} technologies
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- **Risque modéré** : ${metrics.riskDistribution.medium} technologies
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- **Risque faible** : ${metrics.riskDistribution.low} technologies
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## Distribution des Compétences
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- **Expert** : ${metrics.competencyDistribution.expert} technologies
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- **Intermédiaire** : ${metrics.competencyDistribution.intermediate} technologies
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- **Débutant** : ${metrics.competencyDistribution.beginner} technologies
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## Distribution des Gaps de Compétences
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- **Gap élevé** : ${metrics.skillGapDistribution.high} technologies
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- **Gap modéré** : ${metrics.skillGapDistribution.medium} technologies
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- **Gap faible** : ${metrics.skillGapDistribution.low} technologies
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## Technologies à Risque Élevé
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${metrics.technologiesByRisk.high.length > 0
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? metrics.technologiesByRisk.high.map(t => `- **${t.name}** (${t.quadrant}, ${t.ring})`).join('\n')
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: 'Aucune technologie à risque élevé identifiée.'}
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## Technologies avec Gap de Compétences Élevé
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${metrics.technologiesBySkillGap.high.length > 0
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? metrics.technologiesBySkillGap.high.map(t => `- **${t.name}** (${t.teamCoverage} personne(s), niveau: ${t.competencyLevel})`).join('\n')
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: 'Aucun gap de compétences élevé identifié.'}
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## Technologies Critiques
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${metrics.criticalTechnologies.length > 0
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? metrics.criticalTechnologies.map(t => `- **${t.name}** (risque: ${t.riskLevel}, gap: ${t.skillGap}, couverture: ${t.teamCoverage})`).join('\n')
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: 'Aucune technologie critique identifiée.'}
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## Technologies Émergentes
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${metrics.emergingTechnologies.length > 0
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? metrics.emergingTechnologies.map(t => `- **${t.name}** (impact: ${t.businessImpact}, différenciation: ${t.differentiation})`).join('\n')
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: 'Aucune technologie émergente identifiée.'}
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## Patterns Identifiés
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### Technologies Critiques Non Différenciantes
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${patterns.criticalNonDifferentiating.length > 0
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? patterns.criticalNonDifferentiating.map(t => `- **${t.name}** (coût remplacement: ${t.costToReplace}€, maintenance: ${t.maintenanceCost}€/an)`).join('\n')
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: 'Aucune technologie critique non différenciante identifiée.'}
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### Technologies Obsolètes
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${patterns.obsoleteTechnologies.length > 0
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? patterns.obsoleteTechnologies.map(t => `- **${t.name}** (risque: ${t.riskLevel}, coût remplacement: ${t.costToReplace}€)`).join('\n')
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: 'Aucune technologie obsolète identifiée.'}
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### Opportunités d'Innovation
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${patterns.innovationOpportunities.length > 0
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? patterns.innovationOpportunities.map(t => `- **${t.name}** (ring: ${t.ring}, impact: ${t.businessImpact})`).join('\n')
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: 'Aucune opportunité d\'innovation identifiée.'}
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### Gaps de Compétences Critiques
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${patterns.skillGaps.length > 0
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? patterns.skillGaps.map(t => `- **${t.name}** (ring: ${t.ring}, impact: ${t.businessImpact}, couverture: ${t.teamCoverage}, niveau: ${t.competencyLevel})`).join('\n')
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: 'Aucun gap de compétences critique identifié.'}
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## Recommandations Stratégiques
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### Priorité 1 : Gérer les Risques Critiques
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${patterns.skillGaps.length > 0
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? `- **Formation et recrutement** : Investir dans la formation ou le recrutement pour les technologies suivantes :
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${patterns.skillGaps.map(t => ` - ${t.name} (${t.teamCoverage} personne(s), niveau ${t.competencyLevel})`).join('\n')}`
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: '- Aucune action urgente requise.'}
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### Priorité 2 : Optimiser les Coûts
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${patterns.criticalNonDifferentiating.length > 0
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? `- **Optimisation des commodités** : Réduire les coûts de maintenance pour :
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${patterns.criticalNonDifferentiating.map(t => ` - ${t.name} (${t.maintenanceCost}€/an)`).join('\n')}`
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: '- Aucune optimisation majeure identifiée.'}
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### Priorité 3 : Planifier les Migrations
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${patterns.obsoleteTechnologies.length > 0
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? `- **Plan de migration** : Planifier le remplacement de :
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${patterns.obsoleteTechnologies.map(t => ` - ${t.name} (coût estimé: ${t.costToReplace}€)`).join('\n')}`
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: '- Aucune migration urgente requise.'}
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### Priorité 4 : Investir dans l'Innovation
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${patterns.innovationOpportunities.length > 0
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? `- **Technologies émergentes** : Évaluer l\'adoption de :
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${patterns.innovationOpportunities.map(t => ` - ${t.name} (ring: ${t.ring})`).join('\n')}`
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: '- Aucune opportunité d\'innovation identifiée.'}
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## Matrice Risques/Opportunités
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### Zone Critique (Risque élevé + Impact élevé)
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${metrics.criticalTechnologies.filter(t => t.riskLevel === 'high').length > 0
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? metrics.criticalTechnologies.filter(t => t.riskLevel === 'high').map(t => `- **${t.name}** : Action immédiate requise`).join('\n')
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: 'Aucune technologie en zone critique.'}
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### Zone d'Opportunité (Faible risque + Différenciation élevée)
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${metrics.emergingTechnologies.filter(t => t.differentiation === 'high').length > 0
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? metrics.emergingTechnologies.filter(t => t.differentiation === 'high').map(t => `- **${t.name}** : Opportunité d'investissement`).join('\n')
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: 'Aucune opportunité majeure identifiée.'}
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`;
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return report;
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}
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// Main
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function main() {
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const radarDir = path.join(__dirname, '../radar-business/2025-01-15');
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const outputFile = path.join(__dirname, '../docs/analyse-strategique.md');
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if (!fs.existsSync(radarDir)) {
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console.error(`Répertoire non trouvé: ${radarDir}`);
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process.exit(1);
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}
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console.log('Analyse du radar business...');
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const blips = analyzeRadar(radarDir);
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console.log(`${blips.length} blips analysés`);
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const metrics = calculateMetrics(blips);
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const patterns = identifyPatterns(blips, metrics);
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const report = generateReport(metrics, patterns);
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fs.writeFileSync(outputFile, report, 'utf-8');
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console.log(`Rapport généré: ${outputFile}`);
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}
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if (require.main === module) {
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// Vérifier si js-yaml est disponible (optionnel)
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try {
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require('js-yaml');
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} catch (e) {
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// Pas grave, on n'en a pas besoin pour ce script
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}
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main();
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}
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module.exports = { analyzeRadar, calculateMetrics, identifyPatterns, generateReport };
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Block a user