feat: Refactor result preparation and add contradiction checks
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@@ -3,16 +3,12 @@ import { LLMService } from '../services/LLMService';
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import { v4 as uuidv4 } from 'uuid';
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// Types from the frontend
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interface SemanticDesire {
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title: string;
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rawInputs: string[];
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}
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interface Decision {
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goTos: SemanticDesire[];
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alsoGoods: SemanticDesire[];
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considerables: SemanticDesire[];
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noGoes: SemanticDesire[];
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goTo: string[];
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alsoGood: string[];
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considerable: string[];
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noGoes: string[];
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needsDiscussion: string[];
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}
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// Define the SessionState enum
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@@ -138,6 +134,19 @@ export const createWebSocketServer = (server: any) => {
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ws.send(JSON.stringify({ type: 'ERROR', payload: { message: 'You have already submitted a response for this session.' } }));
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return;
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}
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const { wants, accepts, noGoes } = payload.response;
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if ([...wants, ...accepts, ...noGoes].some(desire => desire.length > 500)) {
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ws.send(JSON.stringify({ type: 'ERROR', payload: { message: 'One of your desires exceeds the 500 character limit.' } }));
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return;
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}
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const hasContradictions = await llmService.checkForInnerContradictions(payload.response);
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if (hasContradictions) {
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ws.send(JSON.stringify({ type: 'ERROR', payload: { message: 'Your submission contains inner contradictions. Please resolve them and submit again.' } }));
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return;
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}
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sessionData.responses.set(clientId, payload.response);
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sessionData.submittedCount++;
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console.log(`Client ${clientId} submitted response. Submitted count: ${sessionData.submittedCount}/${sessionData.expectedResponses}`);
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@@ -151,71 +160,7 @@ export const createWebSocketServer = (server: any) => {
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(async () => {
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try {
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const allDesires = Array.from(sessionData.responses.values());
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const canonicalMap = await llmService.analyzeDesires(allDesires);
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const semanticDesiresMap = new Map<string, SemanticDesire>();
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for (const originalDesire in canonicalMap) {
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const canonicalName = canonicalMap[originalDesire];
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if (!semanticDesiresMap.has(canonicalName)) {
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semanticDesiresMap.set(canonicalName, { title: canonicalName, rawInputs: [] });
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}
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semanticDesiresMap.get(canonicalName)?.rawInputs.push(originalDesire);
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}
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const decision: Decision = {
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goTos: [],
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alsoGoods: [],
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considerables: [],
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noGoes: [],
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};
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const participantIds = Array.from(sessionData.responses.keys());
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semanticDesiresMap.forEach(semanticDesire => {
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let isNoGo = false;
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let allWant = true;
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let atLeastOneWant = false;
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let allAcceptOrWant = true;
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for (const pId of participantIds) {
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const participantDesireSet = sessionData.responses.get(pId);
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if (!participantDesireSet) continue;
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const participantWants = new Set(participantDesireSet.wants.map((d: string) => canonicalMap[d] || d));
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const participantAccepts = new Set(participantDesireSet.accepts.map((d: string) => canonicalMap[d] || d));
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const participantNoGoes = new Set(participantDesireSet.noGoes.map((d: string) => canonicalMap[d] || d));
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const canonicalTitle = semanticDesire.title;
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if (participantNoGoes.has(canonicalTitle)) {
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isNoGo = true;
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break;
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}
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if (!participantWants.has(canonicalTitle)) {
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allWant = false;
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}
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if (participantWants.has(canonicalTitle)) {
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atLeastOneWant = true;
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}
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if (!participantWants.has(canonicalTitle) && !participantAccepts.has(canonicalTitle)) {
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allAcceptOrWant = false;
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}
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}
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if (isNoGo) {
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decision.noGoes.push(semanticDesire);
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} else if (allWant) {
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decision.goTos.push(semanticDesire);
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} else if (atLeastOneWant && allAcceptOrWant) {
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decision.alsoGoods.push(semanticDesire);
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} else if (atLeastOneWant || !allAcceptOrWant) {
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decision.considerables.push(semanticDesire);
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}
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});
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const decision = await llmService.analyzeDesires(allDesires);
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sessionData.finalResult = decision;
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sessionData.state = SessionState.FINAL;
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