import { describe, expect, it } from "vite-plus/test";import * as Schema from "effect/Schema"; import { encodeOAuthScope, OAuthScopeEncodingError, parseAllowedOAuthScope, parseOAuthScope,} from "./oauthScope.ts"; const isOAuthScopeEncodingError = Schema.is(OAuthScopeEncodingError); describe("OAuth scopes", () => { it("parses an RFC 6749 space-delimited scope set without duplicating permissions", () => { expect(parseOAuthScope("orchestration:read access:write orchestration:read")).toEqual([ "orchestration:read", "access:write", ]); }); it("rejects whitespace that is not the SP delimiter or introduces empty tokens", () => { expect(parseOAuthScope("orchestration:read\taccess:write")).toBeNull(); expect(parseOAuthScope("orchestration:read access:write")).toBeNull(); }); it("encodes and restricts requested scopes to the allowed capability set", () => { expect(encodeOAuthScope(["orchestration:read", "access:write"])).toBe( "orchestration:read access:write", ); expect( parseAllowedOAuthScope({ value: "orchestration:read access:write", allowedScopes: new Set(["orchestration:read", "access:write"] as const), }), ).toEqual(["orchestration:read", "access:write"]); expect( parseAllowedOAuthScope({ value: "orchestration:read relay:write", allowedScopes: new Set(["orchestration:read", "access:write"] as const), }), ).toBeNull(); }); it("reports invalid encoding input structurally", () => { expect.assertions(5); try { encodeOAuthScope(["access:read", "invalid scope", "access:read"]); } catch (error) { expect(error).toBeInstanceOf(OAuthScopeEncodingError); if (!isOAuthScopeEncodingError(error)) return; expect(error.scopes).toEqual(["access:read", "invalid scope", "access:read"]); expect(error.invalidScopes).toEqual(["invalid scope"]); expect(error.duplicateScopes).toEqual(["access:read"]); expect(error.message).toBe( "OAuth scopes must be non-empty, syntactically valid, and unique.", ); } });});
import { describe, expect, it } from "vite-plus/test";
import * as Schema from "effect/Schema";
import {
encodeOAuthScope,
OAuthScopeEncodingError,
parseAllowedOAuthScope,
parseOAuthScope,
} from "./oauthScope.ts";
const isOAuthScopeEncodingError = Schema.is(OAuthScopeEncodingError);
describe("OAuth scopes", () => {
it("parses an RFC 6749 space-delimited scope set without duplicating permissions", () => {
expect(parseOAuthScope("orchestration:read access:write orchestration:read")).toEqual([
"orchestration:read",
"access:write",
]);
});
it("rejects whitespace that is not the SP delimiter or introduces empty tokens", () => {
expect(parseOAuthScope("orchestration:read\taccess:write")).toBeNull();
expect(parseOAuthScope("orchestration:read access:write")).toBeNull();
});
it("encodes and restricts requested scopes to the allowed capability set", () => {
expect(encodeOAuthScope(["orchestration:read", "access:write"])).toBe(
"orchestration:read access:write",
);
expect(
parseAllowedOAuthScope({
value: "orchestration:read access:write",
allowedScopes: new Set(["orchestration:read", "access:write"] as const),
}),
).toEqual(["orchestration:read", "access:write"]);
expect(
parseAllowedOAuthScope({
value: "orchestration:read relay:write",
allowedScopes: new Set(["orchestration:read", "access:write"] as const),
}),
).toBeNull();
});
it("reports invalid encoding input structurally", () => {
expect.assertions(5);
try {
encodeOAuthScope(["access:read", "invalid scope", "access:read"]);
} catch (error) {
expect(error).toBeInstanceOf(OAuthScopeEncodingError);
if (!isOAuthScopeEncodingError(error)) return;
expect(error.scopes).toEqual(["access:read", "invalid scope", "access:read"]);
expect(error.invalidScopes).toEqual(["invalid scope"]);
expect(error.duplicateScopes).toEqual(["access:read"]);
expect(error.message).toBe(
"OAuth scopes must be non-empty, syntactically valid, and unique.",
);
}
});
});