Files
Autonomous-Bug-Explorer/src/modules/crawling/infrastructure/adapters/ExplorationOrchestrator.ts

274 lines
9.6 KiB
TypeScript

/**
* ExplorationOrchestrator — adapts ExplorationEngine to use ICrawlerEngine port.
* All dependencies are injected via constructor; no direct plugin imports.
*/
import { IState, IAction, IAnomaly, ILogger, ICollector, IExporter, IReproducer, IFuzzingPlugin } from '../../../../core/interfaces';
import { ICrawlerEngine } from '../../domain/ports/ICrawlerEngine';
import { CrawlingStateGraph } from './CrawlingStateGraph';
import { AnomalyDetector } from '../../../../core/AnomalyDetector';
import { NullLogger } from '../../../../core/Logger';
import { ExplorationConfig } from '../../../../core/ExplorationConfig';
export interface OrchestratorEventCallbacks {
onSessionStarted?: (sessionId: string, url: string) => void;
onStateDiscovered?: (sessionId: string, stateId: string, url: string, title: string) => void;
onActionExecuted?: (sessionId: string, actionType: string, selector: string | undefined, timestamp: number) => void;
onAnomalyDetected?: (sessionId: string, anomaly: IAnomaly) => void;
onSessionCompleted?: (sessionId: string, statesVisited: number, anomaliesFound: number) => void;
onSessionError?: (sessionId: string, error: string) => void;
}
export type StateHook = (
state: IState,
engine: ICrawlerEngine,
sessionId: string,
actionTrace: IAction[]
) => Promise<IAnomaly[]>;
export interface OrchestratorConfig {
graph: CrawlingStateGraph;
engine: ICrawlerEngine;
detector?: AnomalyDetector;
collectors?: ICollector[];
exporters?: IExporter[];
reproducer?: IReproducer;
logger?: ILogger;
seed: number;
url: string;
maxSteps?: number;
outputDir?: string;
events?: OrchestratorEventCallbacks;
sessionId?: string;
explorationConfig?: Partial<ExplorationConfig>;
fuzzingPlugin?: IFuzzingPlugin;
stateHooks?: StateHook[];
}
export interface OrchestratorResult {
statesVisited: number;
anomaliesFound: number;
anomalies: IAnomaly[];
}
export class ExplorationOrchestrator {
private graph: CrawlingStateGraph;
private engine: ICrawlerEngine;
private detector: AnomalyDetector;
private collectors: ICollector[];
private exporters: IExporter[];
private reproducer?: IReproducer;
private logger: ILogger;
private seed: number;
private url: string;
private maxSteps: number;
private outputDir: string;
private events: OrchestratorEventCallbacks;
private sessionId: string;
private explorationConfig: Partial<ExplorationConfig>;
private fuzzingPlugin?: IFuzzingPlugin;
private stateHooks: StateHook[];
private actionTrace: IAction[] = [];
private aborted = false;
constructor(config: OrchestratorConfig) {
this.graph = config.graph;
this.engine = config.engine;
this.detector = config.detector ?? new AnomalyDetector();
this.collectors = config.collectors ?? [];
this.exporters = config.exporters ?? [];
this.reproducer = config.reproducer;
this.logger = config.logger ?? new NullLogger();
this.seed = config.seed;
this.url = config.url;
this.maxSteps = config.maxSteps ?? 100;
this.outputDir = config.outputDir ?? './reports';
this.events = config.events ?? {};
this.sessionId = config.sessionId ?? `${Date.now()}_${config.seed}`;
this.explorationConfig = config.explorationConfig ?? {};
this.fuzzingPlugin = config.fuzzingPlugin;
this.stateHooks = config.stateHooks ?? [];
}
stop(): void {
this.aborted = true;
}
async run(): Promise<OrchestratorResult> {
const anomalies: IAnomaly[] = [];
let stepsExecuted = 0;
let depth = 0;
const sessionTimeoutMs = this.explorationConfig.sessionTimeoutMs ?? 0;
const maxDepth = this.explorationConfig.maxDepth ?? Infinity;
const sessionStart = Date.now();
this.logger.log({
event: 'session_start',
timestamp: sessionStart,
seed: this.seed,
target: this.url,
});
this.events.onSessionStarted?.(this.sessionId, this.url);
const isTimedOut = (): boolean =>
sessionTimeoutMs > 0 && Date.now() - sessionStart >= sessionTimeoutMs;
try {
await this.engine.launch(this.url);
const initialState = await this.engine.captureState();
this.graph.addState(initialState);
this.logger.log({
event: 'state_discovered',
timestamp: Date.now(),
stateId: initialState.id,
url: initialState.url,
title: initialState.title,
});
this.events.onStateDiscovered?.(this.sessionId, initialState.id, initialState.url, initialState.title);
while (stepsExecuted < this.maxSteps && !this.aborted && !isTimedOut() && depth <= maxDepth) {
const currentState = this.graph.getNextToExplore();
if (!currentState) break;
this.graph.incrementVisit(currentState.id);
const actions = await this.engine.discoverActions(currentState);
if (actions.length === 0) continue;
const actionIndex = (this.seed + stepsExecuted) % actions.length;
const action = actions[actionIndex]!;
this.logger.log({
event: 'action_executed',
timestamp: Date.now(),
actionId: action.id,
type: action.type,
selector: action.selector,
value: action.value,
url: action.url,
});
this.events.onActionExecuted?.(this.sessionId, action.type, action.selector, Date.now());
const observation = await this.engine.executeAction(action);
this.actionTrace.push(action);
if (!this.graph.hasState(observation.newStateId)) {
const newState = await this.engine.captureState();
this.graph.addState(newState);
depth += 1;
this.logger.log({
event: 'state_discovered',
timestamp: Date.now(),
stateId: newState.id,
url: newState.url,
title: newState.title,
});
this.events.onStateDiscovered?.(this.sessionId, newState.id, newState.url, newState.title);
for (const hook of this.stateHooks) {
const hookAnomalies = await hook(newState, this.engine, this.sessionId, [...this.actionTrace]).catch(() => []);
for (const anomaly of hookAnomalies) {
anomalies.push(anomaly);
this.logger.log({
event: 'anomaly_detected',
timestamp: Date.now(),
anomalyId: anomaly.id,
type: anomaly.type,
severity: anomaly.severity,
});
this.events.onAnomalyDetected?.(this.sessionId, anomaly);
for (const exporter of this.exporters) {
await exporter.export(anomaly, `${this.outputDir}/${anomaly.id}`);
}
}
}
}
this.graph.recordTransition(currentState.id, action, observation.newStateId);
this.logger.log({
event: 'exploration_step',
timestamp: Date.now(),
stateId: currentState.id,
actionId: action.id,
});
const detected = this.detector.detect(observation, [...this.actionTrace]);
for (const anomaly of detected) {
for (const collector of this.collectors) {
const evidence = await collector.collect(anomaly, this.engine as unknown as import('../../../../core/interfaces').IInteractionAgent);
Object.assign(anomaly.evidence, evidence);
}
anomalies.push(anomaly);
this.logger.log({
event: 'anomaly_detected',
timestamp: Date.now(),
anomalyId: anomaly.id,
type: anomaly.type,
severity: anomaly.severity,
});
this.events.onAnomalyDetected?.(this.sessionId, anomaly);
for (const exporter of this.exporters) {
const reportDir = `${this.outputDir}/${anomaly.id}`;
await exporter.export(anomaly, reportDir);
}
}
stepsExecuted += 1;
if (
this.fuzzingPlugin &&
this.explorationConfig.fuzzingEnabled !== false &&
currentState.domSnapshot
) {
const fuzzActions = this.fuzzingPlugin.generateFuzzActions(
currentState.domSnapshot,
currentState
);
for (const fuzzAction of fuzzActions) {
if (this.aborted || isTimedOut()) break;
const fuzzObs = await this.engine.executeAction(fuzzAction);
this.actionTrace.push(fuzzAction);
const fuzzAnomalies = this.detector.detect(fuzzObs, [...this.actionTrace]);
for (const anomaly of fuzzAnomalies) {
for (const collector of this.collectors) {
const evidence = await collector.collect(anomaly, this.engine as unknown as import('../../../../core/interfaces').IInteractionAgent);
Object.assign(anomaly.evidence, evidence);
}
anomalies.push(anomaly);
this.events.onAnomalyDetected?.(this.sessionId, anomaly);
for (const exporter of this.exporters) {
await exporter.export(anomaly, `${this.outputDir}/${anomaly.id}`);
}
}
}
}
}
} catch (err: unknown) {
const msg = err instanceof Error ? err.message : String(err);
this.events.onSessionError?.(this.sessionId, msg);
await this.engine.close().catch(() => undefined);
throw err;
}
await this.engine.close();
const statesVisited = this.graph.getAllStates().filter((s) => s.visitCount > 0).length;
this.logger.log({
event: 'session_end',
timestamp: Date.now(),
statesVisited,
anomaliesFound: anomalies.length,
});
this.events.onSessionCompleted?.(this.sessionId, statesVisited, anomalies.length);
return { statesVisited, anomaliesFound: anomalies.length, anomalies };
}
}