import type { GraphEdge } from "audit-tools/shared";
export interface WorkspacePattern {
    pattern: string;
    negated: boolean;
}
export declare function addWorkspacePattern(patterns: WorkspacePattern[], rawPattern: string): void;
export declare function collectWorkspacePatternValues(value: unknown, patterns: WorkspacePattern[]): void;
export declare function normalizeWorkspacePattern(workspacePath: string, pattern: string): string | undefined;
export declare function globPatternToRegExp(pattern: string): RegExp;
export declare function workspacePatternMatchesManifest(workspacePattern: string, manifestPath: string, manifestName: string): boolean;
/**
 * The workspace member-resolution algorithm shared by every manifest ecosystem:
 * normalize each raw pattern against the declaring manifest, split positive from
 * negated, cross-product the positives against the repo path lookup, and drop
 * any target a negation also matches.
 *
 * Ecosystems differ only in the four values passed in — which manifest filename
 * marks a member, which paths count as a manifest, and the edge's kind /
 * confidence / reason. Those are genuine INPUT, not policy knobs selected here.
 *
 * Iteration order of `pathLookup` does NOT reach the artifact: these edges land
 * in `acc.references`, which `uniqueSortedEdges` dedupes and sorts by
 * from/to/kind before it is hashed, so the content-derived order invariant holds
 * downstream rather than here.
 */
export declare function workspaceMemberEdges(options: {
    fromPath: string;
    rawPatterns: WorkspacePattern[];
    pathLookup: Map<string, string>;
    manifestName: string;
    isMemberManifest: (path: string) => boolean;
    kind: string;
    confidence: number;
    reason: (pattern: string, target: string) => string;
}): GraphEdge[];
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