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9b9cb30ae1
pi auth login <provider> logs in from the shell without starting a session, like pi mcp login. Account sign-in is the default and takes the provider's browser method; when the provider has another method, it prints a hint to rerun with --no-browser. --no-browser skips the browser method and uses the other one, such as device code, asking only when there are several. --api-key saves an API key instead and cannot be combined with --no-browser. After logging in, it fetches the provider's model catalog, and for Radius it points the Radius MCP server in the global mcp.json at the login without asking. pi auth logout <provider> removes the stored credentials like /logout and succeeds when nothing is stored. For MCP servers that use provider credentials, pi mcp login and logout now refer to these commands instead of /login and /logout. /login shares the check for the Radius MCP server entry and the web URL helpers with the new command.
35 lines
1.5 KiB
TypeScript
35 lines
1.5 KiB
TypeScript
import { describe, expect, test } from "vitest";
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import { findMatchingProviders } from "../src/core/provider-matching.ts";
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const providers = [
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{ id: "first", name: "Shared Name", authType: "oauth" },
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{ id: "first", name: "Shared Name", authType: "api_key" },
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{ id: "other", name: "FIRST", authType: "api_key" },
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{ id: "second", name: "Second Provider", authType: "oauth" },
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];
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describe("provider reference matching", () => {
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test("matches IDs and display names case-insensitively with surrounding whitespace", () => {
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expect(findMatchingProviders(providers, " sEcOnD ")).toEqual([providers[3]]);
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expect(findMatchingProviders(providers, "\tSECOND PROVIDER\n")).toEqual([providers[3]]);
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});
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test("keeps all matching providers and auth methods in input order", () => {
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const matched = findMatchingProviders(providers, "first");
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expect(matched).toEqual(providers.slice(0, 3));
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expect(matched[0]).toBe(providers[0]);
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expect(matched[1]?.authType).toBe("api_key");
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expect(findMatchingProviders(providers, "shared name")).toEqual(providers.slice(0, 2));
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});
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test("does not fuzzy-match unknown or partial references", () => {
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expect(findMatchingProviders(providers, "unknown")).toEqual([]);
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expect(findMatchingProviders(providers, "sec")).toEqual([]);
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expect(findMatchingProviders([], "first")).toEqual([]);
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});
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test("never matches an empty reference, even against empty display names", () => {
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expect(findMatchingProviders([{ id: "unnamed", name: "" }], "")).toEqual([]);
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expect(findMatchingProviders(providers, " \t ")).toEqual([]);
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});
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});
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