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I
I
|
// Copyright 2018-2026 the Deno authors. MIT license.
import {
assertEquals,
assertObjectMatch,
assertStrictEquals,
} from "@std/assert";
import { assertSpyCall, assertSpyCalls, type Spy, spy, stub } from "./mock.ts";
import { TestSuiteInternal } from "./_test_suite.ts";
export class TestContext implements Deno.TestContext {
name: string;
origin: string;
steps: TestContext[];
spies: {
step: Spy;
};
constructor(name: string) {
this.name = name;
this.origin = "origin";
this.spies = {
step: spy(this, "step"),
};
this.steps = [];
}
async step(t: Deno.TestStepDefinition): Promise<boolean>;
async step(
name: string,
fn: (t: Deno.TestContext) => void | Promise<void>,
): Promise<boolean>;
async step(
fn: (t: Deno.TestContext) => void | Promise<void>,
): Promise<boolean>;
async step(
tOrNameOrFn:
| Deno.TestStepDefinition
| string
| ((t: Deno.TestContext) => void | Promise<void>),
fn?: (t: Deno.TestContext) => void | Promise<void>,
): Promise<boolean> {
let ignore = false;
if (typeof tOrNameOrFn === "function") {
ignore = false;
fn = tOrNameOrFn;
} else if (typeof tOrNameOrFn === "object") {
ignore = tOrNameOrFn.ignore ?? false;
fn = tOrNameOrFn.fn;
}
const name = typeof tOrNameOrFn === "string"
? tOrNameOrFn
: tOrNameOrFn.name;
const context = new TestContext(name);
this.steps.push(context);
if (!ignore) {
await fn!(context);
}
return !ignore;
}
}
async function assertDescribeOptions(
expectedOptions: Omit<Deno.TestDefinition, "name" | "fn">,
cb: (fns: readonly [Spy, Spy]) => void,
) {
using test = stub(Deno, "test");
const fns = [spy(), spy()] as const;
try {
cb(fns);
assertSpyCall(test, 0);
const call = test.calls[0];
const options = call?.args[0] as Deno.TestDefinition;
assertEquals(
Object.keys(options).sort(),
["name", "fn", ...Object.keys(expectedOptions)].sort(),
);
assertObjectMatch(options, {
name: "example",
...expectedOptions,
});
assertSpyCalls(fns[0], 0);
assertSpyCalls(fns[1], 0);
const context = new TestContext("example");
const result = options.fn(context);
assertStrictEquals(Promise.resolve(result), result);
assertEquals(await result, undefined);
assertSpyCalls(context.spies.step, 0);
assertSpyCalls(fns[0], 0);
assertSpyCalls(fns[1], 0);
} finally {
TestSuiteInternal.reset();
}
}
export async function assertMinimumDescribeOptions(
cb: (fn: readonly [Spy, Spy]) => void,
) {
await assertDescribeOptions({ ignore: true }, cb);
}
async function assertItOptions(
expectedOptions: Omit<Deno.TestDefinition, "name" | "fn">,
cb: (fn: Spy) => void,
) {
using test = stub(Deno, "test");
const fn = spy();
try {
cb(fn);
assertSpyCalls(fn, 0);
assertSpyCall(test, 0);
const call = test.calls[0];
const options = call?.args[0] as Deno.TestDefinition;
assertEquals(
Object.keys(options).sort(),
["name", "fn", ...Object.keys(expectedOptions)].sort(),
);
assertObjectMatch(options, {
name: "example",
...expectedOptions,
});
const context = new TestContext("example");
const result = options.fn(context);
assertStrictEquals(Promise.resolve(result), result);
assertEquals(await result, undefined);
assertSpyCalls(context.spies.step, 0);
assertSpyCall(fn, 0, {
self: {},
args: [context],
returned: undefined,
});
assertSpyCalls(fn, 1);
} finally {
TestSuiteInternal.reset();
}
}
export async function assertMinimumItOptions(
cb: (fn: Spy) => void,
) {
await assertItOptions({ ignore: true }, cb);
}
|