describe("formatAriaSnapshot", () => {

it("returns an empty array when the AX tree is empty", () => {

expect(formatAriaSnapshot([], 100)).toEqual([]);

expect(formatAriaSnapshot([], 100)).toStrictEqual([]);

});

it("returns an empty array when no node has an id", () => {

const nodes = [{ role: { value: "Role" }, name: { value: "" } }] as unknown as RawAXNode[];

expect(formatAriaSnapshot(nodes, 100)).toEqual([]);

expect(formatAriaSnapshot(nodes, 100)).toStrictEqual([]);

});

it("skips child references that are absent from the node map", () => {

});

wss = server.wss;

const snap = await snapshotAria({ wsUrl: server.wsUrl });

expect(snap.nodes).toEqual([]);

expect(snap.nodes).toStrictEqual([]);

});

});

});

wss = server.wss;

const snap = await snapshotDom({ wsUrl: server.wsUrl });

expect(snap.nodes).toEqual([]);

expect(snap.nodes).toStrictEqual([]);

});

it("returns an empty nodes array when nodes is not an array", async () => {

});

wss = server.wss;

const snap = await snapshotDom({ wsUrl: server.wsUrl });

expect(snap.nodes).toEqual([]);

expect(snap.nodes).toStrictEqual([]);

});

});

});

wss = server.wss;

const out = await querySelector({ wsUrl: server.wsUrl, selector: "button" });

expect(out.matches).toEqual([]);

expect(out.matches).toStrictEqual([]);

});

});

});

wss = server.wss;

const snap = await snapshotAria({ wsUrl: server.wsUrl });

expect(snap.nodes).toEqual([]);

expect(snap.nodes).toStrictEqual([]);

});

it("swallows a failing Runtime.enable in evaluateJavaScript", async () => {