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import { beforeEach, describe, expect, test, vi } from "vitest";
import {
DefaultTokensValues,
DefaultTokenWithKeysModel,
} from "@/features/common/values/default-tokens.values";
import { AsymmetricKeyFormatValues } from "@/features/common/values/asymmetric-key-format.values";
import { JwtSignatureStatusValues } from "@/features/common/values/jwt-signature-status.values";
import { SigningAlgCategoryValues } from "@/features/common/values/signing-alg-category.values";
import {
DecoderStoreState,
initialState,
useDecoderStore,
} from "@/features/decoder/services/decoder.store";
import { TokenDecoderService } from "@/features/decoder/services/token-decoder.service";
const rs256 = DefaultTokensValues.RS256 as DefaultTokenWithKeysModel;
const rs256PublicJwk = rs256.jwk as { n: string; e: string };
const es256 = DefaultTokensValues.ES256 as DefaultTokenWithKeysModel;
const es256Jwk = es256.jwk as {
kty: string;
crv: string;
x: string;
y: string;
};
const es256PublicJwk = {
kty: es256Jwk.kty,
crv: es256Jwk.crv,
x: es256Jwk.x,
y: es256Jwk.y,
};
const deferred = <T>() => {
let resolve!: (value: T) => void;
const promise = new Promise<T>((resolvePromise) => {
resolve = resolvePromise;
});
return { promise, resolve };
};
describe("loadDecoderUrlInputs", () => {
beforeEach(() => {
vi.restoreAllMocks();
useDecoderStore.setState(initialState);
});
test("loads a digitally signed JWT and explicit key together", async () => {
const publicKey = JSON.stringify(rs256.jwk);
const loadDecoderInputs = vi
.spyOn(TokenDecoderService, "loadDecoderInputs")
.mockResolvedValue({
jwt: rs256.token,
alg: "RS256",
asymmetricPublicKey: publicKey,
asymmetricPublicKeyFormat: AsymmetricKeyFormatValues.JWK,
controlledAsymmetricPublicKey: {
id: 1,
value: publicKey,
format: AsymmetricKeyFormatValues.JWK,
},
signatureStatus: JwtSignatureStatusValues.VALID,
});
const handleJwtChange = vi.spyOn(TokenDecoderService, "handleJwtChange");
await useDecoderStore.getState().loadDecoderUrlInputs({
jwt: rs256.token,
publicKey,
publicKeyFormat: AsymmetricKeyFormatValues.JWK,
});
expect(loadDecoderInputs).toHaveBeenCalledOnce();
expect(loadDecoderInputs).toHaveBeenCalledWith({
algType: SigningAlgCategoryValues.ASYMMETRIC,
alg: "RS256",
jwt: rs256.token,
asymmetricPublicKey: publicKey,
asymmetricPublicKeyFormat: AsymmetricKeyFormatValues.JWK,
});
expect(handleJwtChange).not.toHaveBeenCalled();
expect(useDecoderStore.getState()).toMatchObject({
jwt: rs256.token,
asymmetricPublicKey: publicKey,
asymmetricPublicKeyFormat: AsymmetricKeyFormatValues.JWK,
isLoading: false,
});
});
test.each([
{
name: "the public key is missing",
jwt: rs256.token,
publicKey: undefined,
publicKeyFormat: AsymmetricKeyFormatValues.PEM,
},
{
name: "the public key is blank",
jwt: rs256.token,
publicKey: " \n ",
publicKeyFormat: AsymmetricKeyFormatValues.PEM,
},
{
name: "the public key format is missing",
jwt: rs256.token,
publicKey: rs256.publicKey,
publicKeyFormat: undefined,
},
{
name: "the JWT is invalid",
jwt: "not-a-jwt",
publicKey: rs256.publicKey,
publicKeyFormat: AsymmetricKeyFormatValues.PEM,
},
{
name: "the JWT is not digitally signed",
jwt: DefaultTokensValues.HS256.token,
publicKey: rs256.publicKey,
publicKeyFormat: AsymmetricKeyFormatValues.PEM,
},
])("preserves normal JWT handling when $name", async (params) => {
const loadDecoderInputs = vi.spyOn(
TokenDecoderService,
"loadDecoderInputs",
);
const handleJwtChange = vi
.spyOn(TokenDecoderService, "handleJwtChange")
.mockResolvedValue({ jwt: params.jwt });
await useDecoderStore.getState().loadDecoderUrlInputs(params);
expect(loadDecoderInputs).not.toHaveBeenCalled();
expect(handleJwtChange).toHaveBeenCalledOnce();
expect(handleJwtChange).toHaveBeenCalledWith({
alg: initialState.alg,
symmetricSecretKey: initialState.symmetricSecretKey,
symmetricSecretKeyEncoding: initialState.symmetricSecretKeyEncoding,
asymmetricPublicKey: initialState.asymmetricPublicKey,
asymmetricPublicKeyFormat: initialState.asymmetricPublicKeyFormat,
newToken: params.jwt,
});
expect(useDecoderStore.getState()).toMatchObject({
jwt: params.jwt,
isLoading: false,
});
});
test.each([
{
name: "PEM",
publicKey: "not a PEM public key",
publicKeyFormat: AsymmetricKeyFormatValues.PEM,
},
{
name: "JWK",
publicKey: JSON.stringify({ not: "a JWK" }),
publicKeyFormat: AsymmetricKeyFormatValues.JWK,
},
])(
"keeps an invalid explicit $name key controlled and bypasses discovery",
async ({ publicKey, publicKeyFormat }) => {
const loadDecoderInputs = vi.spyOn(
TokenDecoderService,
"loadDecoderInputs",
);
const handleJwtChange = vi.spyOn(TokenDecoderService, "handleJwtChange");
await useDecoderStore.getState().loadDecoderUrlInputs({
jwt: rs256.token,
publicKey,
publicKeyFormat,
});
expect(loadDecoderInputs).toHaveBeenCalledOnce();
expect(handleJwtChange).not.toHaveBeenCalled();
expect(useDecoderStore.getState()).toMatchObject({
jwt: rs256.token,
asymmetricPublicKey: publicKey,
asymmetricPublicKeyFormat: publicKeyFormat,
controlledAsymmetricPublicKey: {
value: publicKey,
format: publicKeyFormat,
},
isLoading: false,
});
expect(useDecoderStore.getState().verificationInputErrors).not.toBeNull();
},
);
test("keeps the explicit key controlled when signature verification fails", async () => {
const signatureSeparatorIndex = rs256.token.lastIndexOf(".");
const signature = rs256.token.slice(signatureSeparatorIndex + 1);
const invalidSignatureJwt = `${rs256.token.slice(
0,
signatureSeparatorIndex + 1,
)}${signature.startsWith("A") ? "B" : "A"}${signature.slice(1)}`;
await useDecoderStore.getState().loadDecoderUrlInputs({
jwt: invalidSignatureJwt,
publicKey: rs256.publicKey,
publicKeyFormat: AsymmetricKeyFormatValues.PEM,
});
expect(useDecoderStore.getState()).toMatchObject({
jwt: invalidSignatureJwt,
asymmetricPublicKey: rs256.publicKey,
asymmetricPublicKeyFormat: AsymmetricKeyFormatValues.PEM,
controlledAsymmetricPublicKey: {
value: rs256.publicKey,
format: AsymmetricKeyFormatValues.PEM,
},
signatureStatus: JwtSignatureStatusValues.INVALID,
isLoading: false,
});
expect(useDecoderStore.getState().verificationInputErrors).not.toBeNull();
});
test("does not let an earlier JWT change overwrite a newer URL load", async () => {
const earlier = deferred<Partial<DecoderStoreState>>();
const newer = deferred<Partial<DecoderStoreState>>();
vi.spyOn(TokenDecoderService, "handleJwtChange").mockReturnValueOnce(
earlier.promise,
);
vi.spyOn(TokenDecoderService, "loadDecoderUrlInputs").mockReturnValueOnce(
newer.promise,
);
const earlierLoad = useDecoderStore
.getState()
.handleJwtChange("earlier.jwt");
const newerLoad = useDecoderStore.getState().loadDecoderUrlInputs({
jwt: "newer.jwt",
});
newer.resolve({
jwt: "newer.jwt",
asymmetricPublicKey: "newer key",
});
await newerLoad;
earlier.resolve({
jwt: "earlier.jwt",
asymmetricPublicKey: "earlier key",
});
await earlierLoad;
expect(useDecoderStore.getState()).toMatchObject({
jwt: "newer.jwt",
asymmetricPublicKey: "newer key",
isLoading: false,
});
});
test("does not let an earlier URL load overwrite newer decoder inputs", async () => {
const earlier = deferred<Partial<DecoderStoreState>>();
const newer = deferred<Partial<DecoderStoreState>>();
vi.spyOn(TokenDecoderService, "loadDecoderUrlInputs").mockReturnValueOnce(
earlier.promise,
);
vi.spyOn(TokenDecoderService, "loadDecoderInputs").mockReturnValueOnce(
newer.promise,
);
const earlierLoad = useDecoderStore.getState().loadDecoderUrlInputs({
jwt: "earlier.jwt",
});
const newerLoad = useDecoderStore.getState().loadDecoderInputs({
algType: SigningAlgCategoryValues.NONE,
alg: "none",
jwt: "newer.jwt",
});
newer.resolve({ jwt: "newer.jwt" });
await newerLoad;
earlier.resolve({ jwt: "earlier.jwt" });
await earlierLoad;
expect(useDecoderStore.getState()).toMatchObject({
jwt: "newer.jwt",
isLoading: false,
});
});
test("keeps loading while a newer URL load is still pending", async () => {
const earlier = deferred<Partial<DecoderStoreState>>();
const newer = deferred<Partial<DecoderStoreState>>();
const loadDecoderUrlInputs = vi.spyOn(
TokenDecoderService,
"loadDecoderUrlInputs",
);
loadDecoderUrlInputs
.mockReturnValueOnce(earlier.promise)
.mockReturnValueOnce(newer.promise);
const earlierLoad = useDecoderStore.getState().loadDecoderUrlInputs({
jwt: "earlier.jwt",
});
const newerLoad = useDecoderStore.getState().loadDecoderUrlInputs({
jwt: "newer.jwt",
});
earlier.resolve({ jwt: "earlier.jwt" });
await earlierLoad;
expect(useDecoderStore.getState().isLoading).toBe(true);
newer.resolve({ jwt: "newer.jwt" });
await newerLoad;
expect(useDecoderStore.getState()).toMatchObject({
jwt: "newer.jwt",
isLoading: false,
});
});
});
describe("handleAsymmetricPublicKeyChange", () => {
beforeEach(() => {
vi.restoreAllMocks();
useDecoderStore.setState({
...initialState,
jwt: es256.token,
alg: "ES256",
});
});
test("detects a JWK pasted while PEM is selected", async () => {
const publicKey = JSON.stringify(es256PublicJwk, null, 2);
await useDecoderStore.getState().handleAsymmetricPublicKeyChange(publicKey);
expect(useDecoderStore.getState()).toMatchObject({
asymmetricPublicKey: publicKey,
asymmetricPublicKeyFormat: AsymmetricKeyFormatValues.JWK,
controlledAsymmetricPublicKey: {
value: publicKey,
format: AsymmetricKeyFormatValues.JWK,
},
signatureStatus: JwtSignatureStatusValues.VALID,
verificationInputErrors: null,
});
});
test("detects PEM pasted while JWK is selected", async () => {
useDecoderStore.setState({
asymmetricPublicKeyFormat: AsymmetricKeyFormatValues.JWK,
});
await useDecoderStore
.getState()
.handleAsymmetricPublicKeyChange(es256.publicKey);
expect(useDecoderStore.getState()).toMatchObject({
asymmetricPublicKey: es256.publicKey,
asymmetricPublicKeyFormat: AsymmetricKeyFormatValues.PEM,
controlledAsymmetricPublicKey: {
value: es256.publicKey,
format: AsymmetricKeyFormatValues.PEM,
},
signatureStatus: JwtSignatureStatusValues.VALID,
verificationInputErrors: null,
});
});
test("does not let an earlier key change overwrite a newer one", async () => {
const earlier = deferred<Partial<DecoderStoreState>>();
const newer = deferred<Partial<DecoderStoreState>>();
const publicJwk = JSON.stringify(es256PublicJwk, null, 2);
const handleAsymmetricPublicKeyChange = vi.spyOn(
TokenDecoderService,
"handleAsymmetricPublicKeyChange",
);
handleAsymmetricPublicKeyChange
.mockReturnValueOnce(earlier.promise)
.mockReturnValueOnce(newer.promise);
const earlierChange = useDecoderStore
.getState()
.handleAsymmetricPublicKeyChange(publicJwk);
const newerChange = useDecoderStore
.getState()
.handleAsymmetricPublicKeyChange(es256.publicKey);
expect(useDecoderStore.getState()).toMatchObject({
asymmetricPublicKey: es256.publicKey,
asymmetricPublicKeyFormat: AsymmetricKeyFormatValues.PEM,
controlledAsymmetricPublicKey: {
value: es256.publicKey,
format: AsymmetricKeyFormatValues.PEM,
},
});
newer.resolve({
asymmetricPublicKey: es256.publicKey,
signatureStatus: JwtSignatureStatusValues.VALID,
});
await newerChange;
earlier.resolve({
asymmetricPublicKey: publicJwk,
signatureStatus: JwtSignatureStatusValues.INVALID,
});
await earlierChange;
expect(useDecoderStore.getState()).toMatchObject({
asymmetricPublicKey: es256.publicKey,
asymmetricPublicKeyFormat: AsymmetricKeyFormatValues.PEM,
signatureStatus: JwtSignatureStatusValues.VALID,
});
});
});
describe("handleAsymmetricPublicKeyFormatChange", () => {
beforeEach(() => {
vi.restoreAllMocks();
useDecoderStore.setState({
...initialState,
jwt: rs256.token,
alg: "RS256",
asymmetricPublicKey: rs256.publicKey,
asymmetricPublicKeyFormat: AsymmetricKeyFormatValues.PEM,
signatureStatus: JwtSignatureStatusValues.VALID,
});
});
test("re-encodes the public key and verifies atomically", async () => {
await useDecoderStore
.getState()
.handleAsymmetricPublicKeyFormatChange(AsymmetricKeyFormatValues.JWK);
const jwkState = useDecoderStore.getState();
expect(JSON.parse(jwkState.asymmetricPublicKey)).toStrictEqual({
kty: "RSA",
n: rs256PublicJwk.n,
e: rs256PublicJwk.e,
});
expect(jwkState).toMatchObject({
asymmetricPublicKeyFormat: AsymmetricKeyFormatValues.JWK,
controlledAsymmetricPublicKey: {
value: jwkState.asymmetricPublicKey,
format: AsymmetricKeyFormatValues.JWK,
},
signatureStatus: JwtSignatureStatusValues.VALID,
verificationInputErrors: null,
});
await useDecoderStore
.getState()
.handleAsymmetricPublicKeyFormatChange(AsymmetricKeyFormatValues.PEM);
expect(useDecoderStore.getState()).toMatchObject({
asymmetricPublicKey: rs256.publicKey,
asymmetricPublicKeyFormat: AsymmetricKeyFormatValues.PEM,
controlledAsymmetricPublicKey: {
value: rs256.publicKey,
format: AsymmetricKeyFormatValues.PEM,
},
signatureStatus: JwtSignatureStatusValues.VALID,
verificationInputErrors: null,
});
});
test("accepts a public key already in the target format", async () => {
const publicKey = JSON.stringify(es256PublicJwk, null, 2);
useDecoderStore.setState({
jwt: es256.token,
alg: "ES256",
asymmetricPublicKey: publicKey,
signatureStatus: JwtSignatureStatusValues.INVALID,
});
await useDecoderStore
.getState()
.handleAsymmetricPublicKeyFormatChange(AsymmetricKeyFormatValues.JWK);
expect(useDecoderStore.getState()).toMatchObject({
asymmetricPublicKey: publicKey,
asymmetricPublicKeyFormat: AsymmetricKeyFormatValues.JWK,
controlledAsymmetricPublicKey: {
value: publicKey,
format: AsymmetricKeyFormatValues.JWK,
},
signatureStatus: JwtSignatureStatusValues.VALID,
verificationInputErrors: null,
});
});
test("does not let an earlier key change overwrite a newer format change", async () => {
const earlier = deferred<Partial<DecoderStoreState>>();
const newer = deferred<Partial<DecoderStoreState>>();
const convertedPublicKey = "converted earlier key";
vi.spyOn(
TokenDecoderService,
"handleAsymmetricPublicKeyChange",
).mockReturnValueOnce(earlier.promise);
vi.spyOn(
TokenDecoderService,
"handleAsymmetricPublicKeyFormatChange",
).mockReturnValueOnce(newer.promise);
const earlierChange = useDecoderStore
.getState()
.handleAsymmetricPublicKeyChange("earlier key");
const newerChange = useDecoderStore
.getState()
.handleAsymmetricPublicKeyFormatChange(AsymmetricKeyFormatValues.JWK);
expect(
TokenDecoderService.handleAsymmetricPublicKeyFormatChange,
).toHaveBeenCalledWith({
jwt: rs256.token,
alg: "RS256",
asymmetricPublicKey: "earlier key",
sourceFormat: AsymmetricKeyFormatValues.PEM,
targetFormat: AsymmetricKeyFormatValues.JWK,
});
newer.resolve({
asymmetricPublicKey: convertedPublicKey,
asymmetricPublicKeyFormat: AsymmetricKeyFormatValues.JWK,
controlledAsymmetricPublicKey: {
id: 1,
value: convertedPublicKey,
format: AsymmetricKeyFormatValues.JWK,
},
signatureStatus: JwtSignatureStatusValues.VALID,
});
await newerChange;
earlier.resolve({
asymmetricPublicKey: "earlier key",
signatureStatus: JwtSignatureStatusValues.INVALID,
});
await earlierChange;
expect(useDecoderStore.getState()).toMatchObject({
asymmetricPublicKey: convertedPublicKey,
asymmetricPublicKeyFormat: AsymmetricKeyFormatValues.JWK,
signatureStatus: JwtSignatureStatusValues.VALID,
});
});
test("keeps the current key and format when conversion fails", async () => {
useDecoderStore.setState({
asymmetricPublicKey: "not a PEM key",
});
await useDecoderStore
.getState()
.handleAsymmetricPublicKeyFormatChange(AsymmetricKeyFormatValues.JWK);
expect(useDecoderStore.getState()).toMatchObject({
asymmetricPublicKey: "not a PEM key",
asymmetricPublicKeyFormat: AsymmetricKeyFormatValues.PEM,
signatureStatus: JwtSignatureStatusValues.VALID,
});
expect(useDecoderStore.getState().verificationInputErrors).not.toBeNull();
});
});
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