test('resolve key with arguments', function () {
		let commandArgs = { text: 'no' };
		let keybinding = KeyMod.CtrlCmd | KeyMod.Shift | KeyCode.KEY_Z;
		let runtimeKeybinding = createSimpleKeybinding(keybinding, OS);
		let contextRules = ContextKeyExpr.equals('bar', 'baz');
		let keybindingItem = kbItem(keybinding, 'yes', commandArgs, contextRules, true);

		let resolver = new KeybindingResolver([keybindingItem], []);
		assert.equal(resolver.resolve(createContext({ bar: 'baz' }), null, getDispatchStr(runtimeKeybinding))!.commandArgs, commandArgs);
	});

		let assertIsNotIncluded = (a: ContextKeyExpr[], b: ContextKeyExpr[]) => {
			let tmpA = new ContextKeyAndExpr(a).normalize();
			let tmpB = new ContextKeyAndExpr(b).normalize();
			assert.equal(KeybindingResolver.whenIsEntirelyIncluded(tmpA, tmpB), false);
		};

		let testKey = (commandId: string, expectedKeys: number[]) => {
			// Test lookup
			let lookupResult = resolver.lookupKeybindings(commandId);
			assert.equal(lookupResult.length, expectedKeys.length, 'Length mismatch @ commandId ' + commandId + '; GOT: ' + JSON.stringify(lookupResult, null, '\t'));
			for (let i = 0, len = lookupResult.length; i < len; i++) {
				const expected = new USLayoutResolvedKeybinding(createKeybinding(expectedKeys[i], OS)!, OS);

				assert.equal(lookupResult[i].resolvedKeybinding!.getUserSettingsLabel(), expected.getUserSettingsLabel(), 'value mismatch @ commandId ' + commandId);
			}
		};

		let testResolve = (ctx: IContext, _expectedKey: number, commandId: string) => {
			const expectedKey = createKeybinding(_expectedKey, OS)!;

			let previousPart: (string | null) = null;
			for (let i = 0, len = expectedKey.parts.length; i < len; i++) {
				let part = getDispatchStr(expectedKey.parts[i]);
				let result = resolver.resolve(ctx, previousPart, part);
				if (i === len - 1) {
					// if it's the final part, then we should find a valid command,
					// and there should not be a chord.
					assert.ok(result !== null, `Enters chord for ${commandId} at part ${i}`);
					assert.equal(result!.commandId, commandId, `Enters chord for ${commandId} at part ${i}`);
					assert.equal(result!.enterChord, false, `Enters chord for ${commandId} at part ${i}`);
				} else {
					// if it's not the final part, then we should not find a valid command,
					// and there should be a chord.
					assert.ok(result !== null, `Enters chord for ${commandId} at part ${i}`);
					assert.equal(result!.commandId, null, `Enters chord for ${commandId} at part ${i}`);
					assert.equal(result!.enterChord, true, `Enters chord for ${commandId} at part ${i}`);
				}
				previousPart = part;
			}
		};