Johnni Winther
56f46b0659
This changes the CFE expectation test suites to use unsound null safety as default to avoid passing --enable-experiments=no-non-nullable to opt out old test folders. This change removes most test folders from the 'strong' tester, since this now only supports sound null safety, which requires all libraries to be opted in. Instead, the 'weak' tester now runs all test folders. Additionally the 'outline' tester is changed to use unsound null safety so that it call be used on all test folders. The 'fast_strong' tester is removed since it should just be run locally and it can be run by passing an option to the other testers. References to non-existing 'shaker' folder has been removed from testing.json. Change-Id: Ibcc306f7b27d06b9637c205238bc408194f1d062 Reviewed-on: https://dart-review.googlesource.com/c/sdk/+/184787 Commit-Queue: Johnni Winther <johnniwinther@google.com> Reviewed-by: Jens Johansen <jensj@google.com>
118 lines
3.7 KiB
Dart
118 lines
3.7 KiB
Dart
// Copyright (c) 2020, the Dart project authors. Please see the AUTHORS file
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// for details. All rights reserved. Use of this source code is governed by a
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// BSD-style license that can be found in the LICENSE file.
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// @dart=2.9
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const a0 = 0 ~/ 0; // error
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const a1 = 0.0 ~/ 0; // error
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const a2 = -0.0 ~/ 0; // error
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const a3 = double.nan ~/ 0; // error
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const a4 = double.infinity ~/ 0; // error
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const a5 = double.negativeInfinity ~/ 0; // error
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const b0 = 0 ~/ 0.0; // error
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const b1 = 0.0 ~/ 0.0; // error
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const b2 = -0.0 ~/ 0.0; // error
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const b3 = double.nan ~/ 0.0; // error
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const b4 = double.infinity ~/ 0.0; // error
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const b5 = double.negativeInfinity ~/ 0.0; // error
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const c0 = 0 ~/ -0.0; // error
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const c1 = 0.0 ~/ -0.0; // error
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const c2 = -0.0 ~/ -0.0; // error
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const c3 = double.nan ~/ -0.0; // error
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const c4 = double.infinity ~/ -0.0; // error
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const c5 = double.negativeInfinity ~/ -0.0; // error
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const d0 = 0 ~/ double.nan; // error
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const d1 = 0.0 ~/ double.nan; // error
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const d2 = -0.0 ~/ double.nan; // error
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const d3 = double.nan ~/ double.nan; // error
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const d4 = double.infinity ~/ double.nan; // error
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const d5 = double.negativeInfinity ~/ double.nan; // error
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const e0 = 0 ~/ double.infinity; // ok
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const e1 = 0.0 ~/ double.infinity; // ok
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const e2 = -0.0 ~/ double.infinity; // ok
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const e3 = double.nan ~/ double.infinity; // error
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const e4 = double.infinity ~/ double.infinity; // error
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const e5 = double.negativeInfinity ~/ double.infinity; // error
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const f0 = 0 ~/ double.negativeInfinity; // ok
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const f1 = 0.0 ~/ double.negativeInfinity; // ok
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const f2 = -0.0 ~/ double.negativeInfinity; // ok
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const f3 = double.nan ~/ double.negativeInfinity; // error
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const f4 = double.infinity ~/ double.negativeInfinity; // error
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const f5 = double.negativeInfinity ~/ double.negativeInfinity; // error
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main() {
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test(0, 0, () => a0);
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test(0.0, 0, () => a1);
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test(-0.0, 0, () => a2);
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test(double.nan, 0, () => a3);
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test(double.infinity, 0, () => a4);
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test(double.negativeInfinity, 0, () => a5);
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test(0, 0.0, () => b0);
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test(0.0, 0.0, () => b1);
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test(-0.0, 0.0, () => b2);
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test(double.nan, 0.0, () => b3);
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test(double.infinity, 0.0, () => b4);
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test(double.negativeInfinity, 0.0, () => b5);
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test(0, -0.0, () => c0);
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test(0.0, -0.0, () => c1);
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test(-0.0, -0.0, () => c2);
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test(double.nan, -0.0, () => c3);
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test(double.infinity, -0.0, () => c4);
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test(double.negativeInfinity, -0.0, () => c5);
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test(0, double.nan, () => d0);
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test(0.0, double.nan, () => d1);
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test(-0.0, double.nan, () => d2);
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test(double.nan, double.nan, () => d3);
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test(double.infinity, double.nan, () => d4);
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test(double.negativeInfinity, double.nan, () => d5);
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test(0, double.infinity, () => e0);
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test(0.0, double.infinity, () => e1);
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test(-0.0, double.infinity, () => e2);
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test(double.nan, double.infinity, () => e3);
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test(double.infinity, double.infinity, () => e4);
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test(double.negativeInfinity, double.infinity, () => e5);
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test(0, double.negativeInfinity, () => f0);
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test(0.0, double.negativeInfinity, () => f1);
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test(-0.0, double.negativeInfinity, () => f2);
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test(double.nan, double.negativeInfinity, () => f3);
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test(double.infinity, double.negativeInfinity, () => f4);
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test(double.negativeInfinity, double.negativeInfinity, () => f5);
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}
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void test(num a, num b, num Function() f) {
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num result;
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try {
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result = a ~/ b;
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print('$a ~/ $b = $result');
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} catch (e) {
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print('$a ~/ $b throws $e');
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throws(f);
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return;
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}
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expect(f(), result);
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}
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void expect(expected, actual) {
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if (expected != actual) {
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throw 'Expected $expected, actual $actual';
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}
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}
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void throws(num Function() f) {
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try {
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f();
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} catch (e) {
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return;
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}
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throw 'Expected exception';
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}
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