export interface GetCheckpointsRequest {
    'namespace'?: (string);
    'workflow_id'?: (string);
    'run_id'?: (string);
    /**
     * P3.4 claim-check: when true, the server fetches and sha256-verifies any
     * externalized (blob_ref-carrying) input/output on each returned
     * checkpoint and inlines the resolved bytes into `input`/`output` — the
     * SDK worker has no object-store credentials, so this is the only way it
     * can transparently hydrate a step whose payload was too large to inline
     * at dispatch time (see StepCheckpoint's claim-check fields in
     * types.proto). A missing/corrupt blob fails the whole RPC (Design Law
     * 4) rather than returning a partial/empty result. Default false —
     * existing callers (recovery/dashboard reads that only need metadata)
     * are unaffected.
     */
    'resolve_blobs'?: (boolean);
}
export interface GetCheckpointsRequest__Output {
    'namespace': (string);
    'workflow_id': (string);
    'run_id': (string);
    /**
     * P3.4 claim-check: when true, the server fetches and sha256-verifies any
     * externalized (blob_ref-carrying) input/output on each returned
     * checkpoint and inlines the resolved bytes into `input`/`output` — the
     * SDK worker has no object-store credentials, so this is the only way it
     * can transparently hydrate a step whose payload was too large to inline
     * at dispatch time (see StepCheckpoint's claim-check fields in
     * types.proto). A missing/corrupt blob fails the whole RPC (Design Law
     * 4) rather than returning a partial/empty result. Default false —
     * existing callers (recovery/dashboard reads that only need metadata)
     * are unaffected.
     */
    'resolve_blobs': (boolean);
}