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* MCP Tool: assess_mep_influence
*
* Compute MEP influence score from voting activity, committee roles,
* rapporteurships, questions filed, and coalition building metrics.
*
* **Intelligence Perspective:** Core OSINT scorecard tool computing composite MEP
* influence scores using CIA Political Scorecards methodology—enables comparative
* ranking, trend analysis, and political weight assessment across 5 dimensions.
*
* ISMS Policy: SC-002 (Input Validation), AC-003 (Least Privilege)
*/
import { AssessMepInfluenceSchema } from '../schemas/europeanParliament.js';
import { epClient } from '../clients/europeanParliamentClient.js';
import { auditLogger, toErrorMessage } from '../utils/auditLogger.js';
import { computeMepVotingActivityFromDoceo } from '../utils/doceoMepAggregator.js';
import { buildToolResponse } from './shared/responseBuilder.js';
import type { ToolResult } from './shared/types.js';
/**
* Data source attribution surfaced in the response envelope so consumers
* know whether the voting dimensions were sourced from the EP Open Data
* API placeholder, the DOCEO RCV XML enrichment, or both.
*/
export type AssessMepInfluenceDataSource = 'EP_API' | 'DOCEO' | 'EP_API+DOCEO';
/**
* Dimension weight configuration for influence scoring
* Based on CIA Political Scorecards methodology from FUTURE_ARCHITECTURE.md
*/
const DIMENSION_WEIGHTS = {
votingActivity: 0.25,
legislativeOutput: 0.25,
committeeEngagement: 0.20,
parliamentaryOversight: 0.15,
coalitionBuilding: 0.15
} as const;
/**
* Influence dimension score
*/
interface DimensionScore {
dimension: string;
score: number;
weight: number;
weightedScore: number;
metrics: Record<string, number>;
}
/**
* MEP influence assessment result
*/
interface MepInfluenceAssessment {
mepId: string;
mepName: string;
country: string;
politicalGroup: string;
period: { from: string; to: string };
overallScore: number;
rank: string;
dimensions: DimensionScore[];
computedAttributes: {
participationRate: number;
loyaltyScore: number;
diversityIndex: number;
effectivenessRatio: number;
leadershipIndicator: number;
};
votingDataAvailable: boolean;
confidenceLevel: 'HIGH' | 'MEDIUM' | 'LOW';
dataFreshness: string;
sourceAttribution: string;
/**
* Indicates which underlying data source(s) supplied the voting and
* coalition-building dimensions.
* - `EP_API`: only the EP Open Data API `MEPDetails.votingStatistics`
* (placeholder; typically zeros).
* - `DOCEO`: per-MEP roll-call vote aggregation from DOCEO XML.
* - `EP_API+DOCEO`: DOCEO supplied the RCV counts, EP API filled in
* fields DOCEO does not expose (e.g. attendance over a longer window).
*/
dataSource: AssessMepInfluenceDataSource;
methodology: string;
dataQualityWarnings: string[];
}
/**
* Compute voting activity score (0-100)
*/
function computeVotingActivityScore(stats: { totalVotes: number; attendanceRate: number }): {
score: number;
metrics: Record<string, number>;
} {
const attendanceScore = stats.attendanceRate;
const participationVolume = Math.min(100, (stats.totalVotes / 1500) * 100);
const score = attendanceScore * 0.6 + participationVolume * 0.4;
return {
score: Math.round(score * 100) / 100,
metrics: {
attendanceRate: stats.attendanceRate,
totalVotes: stats.totalVotes,
participationVolume: Math.round(participationVolume * 100) / 100
}
};
}
/**
* Compute legislative output score (0-100)
*/
function computeLegislativeOutputScore(roles: string[], committees: string[]): {
score: number;
metrics: Record<string, number>;
} {
const rapporteurships = roles.filter(r => r.toLowerCase().includes('rapporteur')).length;
const committeeRoles = roles.filter(r =>
r.toLowerCase().includes('chair') || r.toLowerCase().includes('vice')
).length;
const roleScore = Math.min(100, rapporteurships * 15 + committeeRoles * 20);
const committeeDiversity = Math.min(100, committees.length * 20);
const score = roleScore * 0.6 + committeeDiversity * 0.4;
return {
score: Math.round(score * 100) / 100,
metrics: {
rapporteurships,
committeeRoles,
totalCommittees: committees.length
}
};
}
/**
* Compute committee engagement score (0-100)
*/
function computeCommitteeEngagementScore(committees: string[], roles: string[]): {
score: number;
metrics: Record<string, number>;
} {
const leadershipRoles = roles.filter(r =>
r.toLowerCase().includes('chair') ||
r.toLowerCase().includes('coordinator') ||
r.toLowerCase().includes('vice')
).length;
const membershipBreadth = Math.min(100, committees.length * 25);
const leadershipScore = Math.min(100, leadershipRoles * 30);
const score = membershipBreadth * 0.5 + leadershipScore * 0.5;
return {
score: Math.round(score * 100) / 100,
metrics: {
committeeMemberships: committees.length,
leadershipRoles,
membershipBreadth: Math.round(membershipBreadth * 100) / 100
}
};
}
/**
* Compute parliamentary oversight score (0-100) using real question data
*/
function computeOversightScore(questionCount: number): {
score: number;
metrics: Record<string, number>;
} {
const questionVolume = Math.min(100, questionCount * 2);
const topicDiversity = Math.min(100, questionCount * 10);
const score = questionVolume * 0.5 + topicDiversity * 0.5;
return {
score: Math.round(score * 100) / 100,
metrics: {
questionsFound: questionCount,
questionVolume: Math.round(questionVolume * 100) / 100,
topicDiversity: Math.round(topicDiversity * 100) / 100
}
};
}
/**
* Compute coalition building score (0-100)
*/
function computeCoalitionScore(stats: { votesFor: number; votesAgainst: number; abstentions: number; totalVotes: number }): {
score: number;
metrics: Record<string, number>;
} {
const totalDecisive = stats.votesFor + stats.votesAgainst;
const crossPartyRate = totalDecisive > 0
? Math.min(100, (stats.votesAgainst / totalDecisive) * 100 * 2)
: 0;
const engagementRate = stats.totalVotes > 0
? ((stats.totalVotes - stats.abstentions) / stats.totalVotes) * 100
: 0;
const score = crossPartyRate * 0.4 + engagementRate * 0.6;
return {
score: Math.round(score * 100) / 100,
metrics: {
crossPartyRate: Math.round(crossPartyRate * 100) / 100,
engagementRate: Math.round(engagementRate * 100) / 100,
decisiveVotes: totalDecisive
}
};
}
/**
* Determine influence rank label
*/
function getRankLabel(score: number): string {
Iif (score >= 80) return 'Very High Influence';
Iif (score >= 60) return 'High Influence';
if (score >= 40) return 'Moderate Influence';
if (score >= 20) return 'Low Influence';
return 'Minimal Influence';
}
/**
* Input for dimension building
*/
interface DimensionInputs {
votingDim: { score: number; metrics: Record<string, number> };
legislativeDim: { score: number; metrics: Record<string, number> };
committeeDim: { score: number; metrics: Record<string, number> };
oversightDim: { score: number; metrics: Record<string, number> };
coalitionDim: { score: number; metrics: Record<string, number> };
}
/**
* Build dimensions array from computed scores
*/
function buildDimensions(inputs: DimensionInputs, includeMetrics: boolean): DimensionScore[] {
const raw: { name: string; result: { score: number; metrics: Record<string, number> }; weight: number }[] = [
{ name: 'Voting Activity', result: inputs.votingDim, weight: DIMENSION_WEIGHTS.votingActivity },
{ name: 'Legislative Output', result: inputs.legislativeDim, weight: DIMENSION_WEIGHTS.legislativeOutput },
{ name: 'Committee Engagement', result: inputs.committeeDim, weight: DIMENSION_WEIGHTS.committeeEngagement },
{ name: 'Parliamentary Oversight', result: inputs.oversightDim, weight: DIMENSION_WEIGHTS.parliamentaryOversight },
{ name: 'Coalition Building', result: inputs.coalitionDim, weight: DIMENSION_WEIGHTS.coalitionBuilding }
];
return raw.map(d => ({
dimension: d.name,
score: d.result.score,
weight: d.weight,
weightedScore: Math.round(d.result.score * d.weight * 100) / 100,
metrics: includeMetrics ? d.result.metrics : {}
}));
}
/**
* Determine confidence level from real DOCEO RCV votes observed and
* the legacy EP-API vote count. `HIGH` is reserved for paths backed
* by at least one real DOCEO RCV observation; otherwise the score is
* still placeholder-derived and stays at `LOW`/`MEDIUM` per the
* EP-API vote count.
*/
function getConfidenceLevel(doceoRcvVotes: number, epApiTotalVotes: number): 'HIGH' | 'MEDIUM' | 'LOW' {
if (doceoRcvVotes > 0) return 'HIGH';
if (epApiTotalVotes > 100) return 'MEDIUM';
return 'LOW';
}
/**
* Collect data quality warnings based on available data
*/
function collectDataQualityWarnings(
votingDataAvailable: boolean,
questionCount: number,
dataSource: AssessMepInfluenceDataSource,
doceoFallback: boolean
): string[] {
const warnings: string[] = [];
if (doceoFallback) {
warnings.push(
'DOCEO RCV enrichment unavailable (timeout, network error, or no votes in the selected period) — voting dimensions fall back to EP API placeholder data'
);
}
if (!votingDataAvailable && dataSource === 'EP_API') {
warnings.push('Voting statistics unavailable from EP API — voting-based metrics (loyalty, participation, coalition building) set to zero');
}
Eif (questionCount === 0) {
warnings.push('Parliamentary questions data unavailable or MEP has no questions — oversight dimension reports zero');
}
return warnings;
}
function buildDataFreshness(votingDataAvailable: boolean, dataSource: AssessMepInfluenceDataSource): string {
const doceoNote = dataSource === 'EP_API'
? ''
: ' Per-MEP voting activity and loyalty score derived from DOCEO RCV XML (near-real-time roll-call data).';
return votingDataAvailable
? `Real-time EP API data — MEP voting statistics and committee memberships.${doceoNote}`
: `Real-time EP API data — committee memberships only; voting statistics unavailable from EP API.${doceoNote}`;
}
function buildMethodology(votingDataAvailable: boolean, dataSource: AssessMepInfluenceDataSource): string {
const portal = 'Data source: European Parliament Open Data Portal';
const portalSuffix = dataSource === 'EP_API' ? '.' : ' + DOCEO XML.';
const dimensionsSentence = dataSource === 'EP_API'
? 'Voting Activity and Coalition Building dimensions sourced from EP API MEPDetails.votingStatistics.'
: 'Voting Activity and Coalition Building dimensions sourced from DOCEO RCV XML (per-MEP roll-call aggregation).';
const questions = 'Parliamentary questions fetched from /parliamentary-questions endpoint.';
if (votingDataAvailable) {
return `CIA Political Scorecards - 5-dimension weighted scoring model using real EP Open Data. ${questions} ${dimensionsSentence} ${portal}${portalSuffix}`;
}
const fallbackSentence = dataSource === 'EP_API'
? 'Voting statistics unavailable — voting and participation dimensions use zero-based proxies.'
: dimensionsSentence;
return `CIA Political Scorecards - 5-dimension weighted scoring model. ${fallbackSentence} ${questions} ${portal}${portalSuffix}`;
}
/**
* Build dataFreshness and methodology strings based on whether voting data is available.
* When voting stats are unavailable, the text accurately reflects that voting-based
* dimensions use zero-based proxies rather than live data.
*/
function buildInfluenceMetadata(
votingDataAvailable: boolean,
dataSource: AssessMepInfluenceDataSource
): { dataFreshness: string; methodology: string } {
return {
dataFreshness: buildDataFreshness(votingDataAvailable, dataSource),
methodology: buildMethodology(votingDataAvailable, dataSource),
};
}
/**
* Handles the assess_mep_influence MCP tool request.
*
* Assesses an MEP's influence within the European Parliament by evaluating their
* voting activity, parliamentary questions, committee leadership roles, and
* seniority. Produces a multi-dimensional influence score with network centrality
* and impact rank computations.
*
* @param args - Raw tool arguments, validated against {@link AssessMepInfluenceSchema}
* @returns MCP tool result containing the MEP's influence scores, voting statistics,
* committee roles, question count, seniority metrics, and computed influence rank
* @throws - If `args` fails schema validation (e.g., missing required fields or invalid format)
* - If the European Parliament API is unreachable or returns an error response
*
* @example
* ```typescript
* const result = await handleAssessMepInfluence({
* mepId: '124810',
* includeVoting: true,
* includeCommittees: true
* });
* // Returns influence assessment with overall score, voting discipline,
* // committee leadership, and seniority breakdown
* ```
*
* @security - Input is validated with Zod before any API call.
* - Personal data in responses is minimised per GDPR Article 5(1)(c).
* - All requests are rate-limited and audit-logged per ISMS Policy AU-002.
* @since 0.8.0
* @see {@link assessMepInfluenceToolMetadata} for MCP schema registration
* @see {@link handleTrackMepAttendance} for MEP attendance and participation tracking
* Assess MEP influence tool handler
*
* Computes a composite influence scorecard for a single MEP using a
* 5-dimension weighted model aligned with CIA Political Scorecards methodology.
* Fetches live MEP profile and parliamentary questions from the EP Open Data API
* to populate the scoring dimensions.
*
* **Dimensions (weighted):**
* - Voting Activity (25%) — attendance rate + participation volume
* - Legislative Output (25%) — rapporteurships + committee leadership roles
* - Committee Engagement (20%) — membership breadth + leadership positions
* - Parliamentary Oversight (15%) — parliamentary questions filed
* - Coalition Building (15%) — cross-party voting rate + engagement rate
*
* @param args - Tool arguments matching AssessMepInfluenceSchema
* @param args.mepId - MEP identifier (required)
* @param args.dateFrom - Analysis start date in YYYY-MM-DD format (optional)
* @param args.dateTo - Analysis end date in YYYY-MM-DD format (optional)
* @param args.includeDetails - When true, includes per-dimension metric breakdown (optional)
* @returns MCP ToolResult containing the `MepInfluenceAssessment` object as JSON
* @throws {Error} When MEP is not found or the EP API request fails
* @throws {ZodError} When input fails schema validation (missing mepId, invalid date format)
*
* @example
* ```typescript
* // Basic influence assessment
* const result = await handleAssessMepInfluence({ mepId: "197558" });
* const assessment = JSON.parse(result.content[0].text);
* console.log(`${assessment.mepName}: ${assessment.rank} (${assessment.overallScore}/100)`);
* ```
*
* @example
* ```typescript
* // Detailed assessment with dimension breakdown
* const result = await handleAssessMepInfluence({
* mepId: "197558",
* dateFrom: "2024-01-01",
* dateTo: "2024-12-31",
* includeDetails: true
* });
* ```
*
* @security Input validated by Zod. Errors sanitized (no stack traces exposed).
* Personal data (MEP profiles) access logged per GDPR Article 30.
* ISMS Policy: SC-002 (Input Validation), AC-003 (Least Privilege)
*/
interface VotingStats {
totalVotes: number;
votesFor: number;
votesAgainst: number;
abstentions: number;
attendanceRate: number;
}
interface MergedVotingInputs {
stats: VotingStats;
dataSource: AssessMepInfluenceDataSource;
doceoRcvVotes: number;
loyaltyScoreFromDoceo: number | null;
doceoFallback: boolean;
}
/**
* Merge the DOCEO aggregator result with the EP API placeholder statistics.
* DOCEO supplies RCV counts; EP API supplies attendanceRate when DOCEO has
* no inspected votes.
*/
function mergeVotingStats(
epApiStats: VotingStats,
doceoResult: Awaited<ReturnType<typeof computeMepVotingActivityFromDoceo>>
): MergedVotingInputs {
const doceoFallback = doceoResult === null;
const doceoUsable = doceoResult !== null && doceoResult.stats.totalVotes > 0;
if (!doceoUsable) {
return {
stats: epApiStats,
dataSource: 'EP_API',
doceoRcvVotes: doceoResult?.stats.totalVotes ?? 0,
loyaltyScoreFromDoceo: null,
doceoFallback,
};
}
const attendanceRate = doceoResult.stats.attendanceRate > 0
? doceoResult.stats.attendanceRate
: epApiStats.attendanceRate;
return {
stats: {
totalVotes: doceoResult.stats.totalVotes,
votesFor: doceoResult.stats.votesFor,
votesAgainst: doceoResult.stats.votesAgainst,
abstentions: doceoResult.stats.abstentions,
attendanceRate,
},
dataSource: epApiStats.totalVotes > 0 ? 'EP_API+DOCEO' : 'DOCEO',
doceoRcvVotes: doceoResult.stats.totalVotes,
loyaltyScoreFromDoceo: doceoResult.stats.loyaltyScore,
doceoFallback: false,
};
}
function computeLoyaltyScore(stats: VotingStats, loyaltyFromDoceo: number | null): number {
if (loyaltyFromDoceo !== null) return loyaltyFromDoceo;
const totalDecisive = stats.votesFor + stats.votesAgainst;
if (totalDecisive === 0) return 0;
return Math.round((stats.votesFor / totalDecisive) * 100 * 100) / 100;
}
function buildSourceAttribution(dataSource: AssessMepInfluenceDataSource): string {
if (dataSource === 'EP_API') {
return 'European Parliament Open Data Portal - data.europarl.europa.eu';
}
return 'European Parliament Open Data Portal - data.europarl.europa.eu + DOCEO XML - europarl.europa.eu/doceo';
}
async function fetchQuestionCount(mepId: string): Promise<number> {
try {
const questions = await epClient.getParliamentaryQuestions({ author: mepId, limit: 100 });
return questions.data.length;
} catch (error: unknown) {
auditLogger.logError('assess_mep_influence.fetch_questions', { mepId }, toErrorMessage(error));
return 0;
}
}
export async function handleAssessMepInfluence(
args: unknown
): Promise<ToolResult> {
const params = AssessMepInfluenceSchema.parse(args);
try {
const mep = await epClient.getMEPDetails(params.mepId);
const epApiStats: VotingStats = mep.votingStatistics ?? {
totalVotes: 0, votesFor: 0, votesAgainst: 0, abstentions: 0, attendanceRate: 0
};
// Try DOCEO RCV enrichment first (bounded, cached). Falls back to EP API on failure.
const doceoResult = await computeMepVotingActivityFromDoceo(params.mepId, {
dateFrom: params.dateFrom,
dateTo: params.dateTo,
politicalGroup: mep.politicalGroup,
});
const merged = mergeVotingStats(epApiStats, doceoResult);
const { stats, dataSource, doceoRcvVotes, loyaltyScoreFromDoceo, doceoFallback } = merged;
const votingDataAvailable = stats.totalVotes > 0;
const questionCount = await fetchQuestionCount(params.mepId);
const dataQualityWarnings = collectDataQualityWarnings(
votingDataAvailable, questionCount, dataSource, doceoFallback
);
const { dataFreshness, methodology } = buildInfluenceMetadata(votingDataAvailable, dataSource);
const votingDim = computeVotingActivityScore(stats);
const legislativeDim = computeLegislativeOutputScore(mep.roles ?? [], mep.committees);
const committeeDim = computeCommitteeEngagementScore(mep.committees, mep.roles ?? []);
const oversightDim = computeOversightScore(questionCount);
const coalitionDim = computeCoalitionScore(stats);
const dimensions = buildDimensions(
{ votingDim, legislativeDim, committeeDim, oversightDim, coalitionDim },
params.includeDetails
);
const overallScore = Math.round(
dimensions.reduce((sum, d) => sum + d.weightedScore, 0) * 100
) / 100;
const loyaltyScore = computeLoyaltyScore(stats, loyaltyScoreFromDoceo);
const assessment: MepInfluenceAssessment = {
mepId: params.mepId,
mepName: mep.name,
country: mep.country,
politicalGroup: mep.politicalGroup,
period: {
from: params.dateFrom ?? '2024-01-01',
to: params.dateTo ?? '2024-12-31'
},
overallScore,
rank: getRankLabel(overallScore),
dimensions,
computedAttributes: {
participationRate: stats.attendanceRate,
loyaltyScore,
diversityIndex: Math.min(100, Math.max(0, Math.round((mep.committees.length / 5) * 100 * 100) / 100)),
effectivenessRatio: Math.round((votingDim.score + legislativeDim.score) / 2 * 100) / 100,
leadershipIndicator: committeeDim.score
},
confidenceLevel: getConfidenceLevel(doceoRcvVotes, epApiStats.totalVotes),
votingDataAvailable,
dataFreshness,
sourceAttribution: buildSourceAttribution(dataSource),
dataSource,
methodology,
dataQualityWarnings,
};
return buildToolResponse(assessment);
} catch (error: unknown) {
const errorMessage = error instanceof Error ? error.message : 'Unknown error';
throw new Error(`Failed to assess MEP influence: ${errorMessage}`);
}
}
/**
* Tool metadata for MCP registration
*/
export const assessMepInfluenceToolMetadata = {
name: 'assess_mep_influence',
description: 'Compute MEP influence score using a 5-dimension weighted model: Voting Activity (25%), Legislative Output (25%), Committee Engagement (20%), Parliamentary Oversight (15%), Coalition Building (15%). Returns overall score, rank, dimension breakdowns, and computed attributes including participation rate, loyalty score, diversity index, and leadership indicator.',
inputSchema: {
type: 'object' as const,
properties: {
mepId: {
type: 'string',
description: 'MEP identifier',
minLength: 1,
maxLength: 100
},
dateFrom: {
type: 'string',
description: 'Analysis start date (YYYY-MM-DD format)',
pattern: '^\\d{4}-\\d{2}-\\d{2}$'
},
dateTo: {
type: 'string',
description: 'Analysis end date (YYYY-MM-DD format)',
pattern: '^\\d{4}-\\d{2}-\\d{2}$'
},
includeDetails: {
type: 'boolean',
description: 'Include detailed breakdown per dimension',
default: false
}
},
required: ['mepId']
}
};
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