feat: unified error handling + AI service modularisation

Error handling (Prompt 2):
- src/services/errors.ts: AppError class, normalizeError(), throwServiceError() helper
- 6 services wrapped with try/catch (property, match, need, shortlist, futureSignal, inquiry)
- inquiryService aligned from custom ServiceResult<T> to standard ServiceResponse types
- Results, MatchCenter, FutureAvailability pages show <ErrorState onRetry> on query failure

AI modularisation (Prompt 3):
- src/services/aiService.ts reduced from 755 → 19 lines (barrel re-export)
- src/services/ai/IAIService.ts: typed interface + all response types
- src/services/ai/mock/: needParser, compareBuilder, decisionBrief, listingParser, MockAIService
- src/services/ai/openrouter/OpenRouterAIService.ts: model-agnostic skeleton
- src/services/ai/prompts/: 4 prompt template files (needParsing, matchExplanation, compareSummary, decisionBrief)
- src/services/ai/index.ts: factory selects Mock or OpenRouter via VITE_USE_REAL_AI flag
- All existing import paths unchanged — zero call-site modifications

Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
This commit is contained in:
Benjamin Sutter
2026-05-24 00:32:01 +02:00
parent efc72b720e
commit 6515acb7f0
23 changed files with 1468 additions and 955 deletions
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import type { UnifiedMatchResult } from '../../../domain/unifiedResult'
import type { ComparisonSummary } from '../IAIService'
export function buildComparisonSummary(items: UnifiedMatchResult[]): ComparisonSummary {
const getTitle = (item: UnifiedMatchResult) =>
item.resultType !== 'FUTURE_AVAILABILITY'
? (item as any).property?.title ?? `Match ${item.matchScore}`
: (item as any).signal?.companyName ?? 'Zukunftssignal'
if (items.length === 0) {
return {
strongestOption: { matchId: '', label: '', reason: 'Keine Ergebnisse' },
bestValue: null,
highestConfidence: { matchId: '', label: '', confidenceLevel: 0 },
biggestTradeoffs: [],
missingDataWarnings: [],
recommendedNextStep: 'Suchergebnisse überprüfen',
overallAssessment: 'Keine Ergebnisse für die Analyse verfügbar.',
perPropertyAssessment: [],
recommendation: 'Suchergebnisse überprüfen und erneut versuchen.',
}
}
const strongest = items.reduce((a, b) => a.matchScore > b.matchScore ? a : b)
const propertyItems = items.filter(i => i.resultType !== 'FUTURE_AVAILABILITY')
const bestValue = propertyItems.length > 0
? propertyItems.reduce((a, b) =>
((a as any).property?.rentPricePerSqm ?? Infinity) <= ((b as any).property?.rentPricePerSqm ?? Infinity) ? a : b
)
: null
const highestConf = items.reduce((a, b) =>
a.match.confidenceLevel >= b.match.confidenceLevel ? a : b
)
const tradeoffs = items
.flatMap(i => i.match.tradeoffs?.slice(0, 1).map(t => `${getTitle(i)}: ${t.concern}`) ?? [])
.slice(0, 3)
const missingWarnings = items
.filter(i => (i.match.missingData?.filter(m => m.importance === 'CRITICAL').length ?? 0) > 0)
.map(i => `${getTitle(i)}: fehlende Pflichtfelder`)
const topNextAction = strongest.match.nextBestActions?.[0]?.label ?? 'Objekt besichtigen oder Details prüfen'
// Overall assessment
const labels = items.map(getTitle)
const scoreLeader = getTitle(strongest)
const priceLeader = bestValue ? getTitle(bestValue) : null
let overallAssessment: string
if (items.length === 1) {
overallAssessment = `${labels[0]} erfüllt die Kernkriterien mit einem Match Score von ${strongest.matchScore}/100. Eine Vergleichsbasis fehlt — weitere Optionen hinzufügen für eine fundierte Entscheidung.`
} else if (priceLeader && priceLeader !== scoreLeader) {
overallAssessment = `Beide Optionen erfüllen Standort und Fläche gut. ${scoreLeader} führt beim Match Score und Prestige, ${priceLeader} beim Preis-Leistungs-Verhältnis.`
} else {
overallAssessment = `${scoreLeader} dominiert in den meisten Kriterien mit dem höchsten Match Score (${strongest.matchScore}/100). Die Optionen unterscheiden sich hauptsächlich in Lage und Ausstattung.`
}
// Per-property assessment
const deriveBestFor = (item: UnifiedMatchResult): string => {
const assetType = (item as any).property?.assetType ?? ''
const score = item.matchScore
const hasPosPrestige = item.match.positiveFactors.some(f =>
f.criterion.toLowerCase().includes('prestige') || f.criterion.toLowerCase().includes('location')
)
const hasLowPrice = bestValue?.matchId === item.matchId
if (hasPosPrestige && score >= 80) return 'Repräsentationsbedarf mit Prestige-Anforderungen'
if (hasLowPrice) return 'Kostenoptimierte Wachstumsphase'
if (assetType === 'LOGISTICS' || assetType === 'PRODUCTION') return 'Operative Effizienz und Flächenflexibilität'
if (assetType === 'RETAIL') return 'Hohe Kundenfrequenz und Sichtbarkeit'
if (score >= 80) return 'Anspruchsvolle Anforderungen mit hoher Matchqualität'
return 'Ausgewogenes Preis-Leistungs-Profil'
}
const perPropertyAssessment = items.map(item => {
const topStrengths = item.match.positiveFactors
.slice(0, 2)
.map(f => f.explanation)
const topWeaknesses = item.match.negativeFactors.length > 0
? item.match.negativeFactors.slice(0, 2).map(f => f.explanation)
: ['Keine kritischen Schwächen identifiziert']
const keyRisk = item.match.risks?.[0]?.description ?? null
return {
matchId: item.matchId,
label: getTitle(item),
strengths: topStrengths,
weaknesses: topWeaknesses,
bestFor: deriveBestFor(item),
keyRisk,
}
})
// Recommendation
const recommendation = items.length >= 2
? `Besichtigung beider Objekte empfohlen — danach Entscheidung auf Basis Mietvertragslaufzeit und Ausbaustandard.`
: `Besichtigung von ${getTitle(strongest)} empfohlen — anschliessend Vertragskonditionen und Laufzeit prüfen.`
return {
strongestOption: {
matchId: strongest.matchId,
label: getTitle(strongest),
reason: `Höchster Match Score (${strongest.matchScore}/100)`,
},
bestValue: bestValue
? {
matchId: bestValue.matchId,
label: getTitle(bestValue),
reason: `Niedrigster Mietpreis (CHF ${(bestValue as any).property?.rentPricePerSqm ?? ''}/m²)`,
}
: null,
highestConfidence: {
matchId: highestConf.matchId,
label: getTitle(highestConf),
confidenceLevel: highestConf.match.confidenceLevel,
},
biggestTradeoffs: tradeoffs,
missingDataWarnings: missingWarnings,
recommendedNextStep: topNextAction,
overallAssessment,
perPropertyAssessment,
recommendation,
}
}