Robert Nystrom
d7ed15658a
The new formatter supports opting a region of code out from being formatted. I'm applying this marker to all of the multitests since those tests are often very sensitive to formatting and easily broken. This way, anyone touching a multitest (including me when I reformat the tests) doesn't have to remember to not run the formatter on it. Change-Id: I3d6346d31581772dc8e1701594bf9d919f28db7d Reviewed-on: https://dart-review.googlesource.com/c/sdk/+/396104 Commit-Queue: Bob Nystrom <rnystrom@google.com> Reviewed-by: Srujan Gaddam <srujzs@google.com> Reviewed-by: Nate Biggs <natebiggs@google.com> Commit-Queue: Srujan Gaddam <srujzs@google.com> Auto-Submit: Bob Nystrom <rnystrom@google.com>
121 lines
4.9 KiB
Dart
121 lines
4.9 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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// Formatting can break multitests, so don't format them.
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// dart format off
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const a0 = 0 ~/ 0; //# a0: compile-time error
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const a1 = 0.0 ~/ 0; //# a1: compile-time error
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const a2 = -0.0 ~/ 0; //# a2: compile-time error
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const a3 = double.nan ~/ 0; //# a3: compile-time error
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const a4 = double.infinity ~/ 0; //# a4: compile-time error
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const a5 = double.negativeInfinity ~/ 0; //# a5: compile-time error
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const b0 = 0 ~/ 0.0; //# b0: compile-time error
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const b1 = 0.0 ~/ 0.0; //# b1: compile-time error
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const b2 = -0.0 ~/ 0.0; //# b2: compile-time error
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const b3 = double.nan ~/ 0.0; //# b3: compile-time error
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const b4 = double.infinity ~/ 0.0; //# b4: compile-time error
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const b5 = double.negativeInfinity ~/ 0.0; //# b5: compile-time error
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const c0 = 0 ~/ -0.0; //# c0: compile-time error
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const c1 = 0.0 ~/ -0.0; //# c1: compile-time error
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const c2 = -0.0 ~/ -0.0; //# c2: compile-time error
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const c3 = double.nan ~/ -0.0; //# c3: compile-time error
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const c4 = double.infinity ~/ -0.0; //# c4: compile-time error
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const c5 = double.negativeInfinity ~/ -0.0; //# c5: compile-time error
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const d0 = 0 ~/ double.nan; //# d0: compile-time error
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const d1 = 0.0 ~/ double.nan; //# d1: compile-time error
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const d2 = -0.0 ~/ double.nan; //# d2: compile-time error
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const d3 = double.nan ~/ double.nan; //# d3: compile-time error
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const d4 = double.infinity ~/ double.nan; //# d4: compile-time error
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const d5 = double.negativeInfinity ~/ double.nan; //# d5: compile-time error
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const e0 = 0 ~/ double.infinity; //# e0: ok
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const e1 = 0.0 ~/ double.infinity; //# e1: ok
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const e2 = -0.0 ~/ double.infinity; //# e2: ok
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const e3 = double.nan ~/ double.infinity; //# e3: compile-time error
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const e4 = double.infinity ~/ double.infinity; //# e4: compile-time error
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const e5 = double.negativeInfinity ~/ double.infinity; //# e5: compile-time error
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const f0 = 0 ~/ double.negativeInfinity; //# f0: ok
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const f1 = 0.0 ~/ double.negativeInfinity; //# f1: ok
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const f2 = -0.0 ~/ double.negativeInfinity; //# f2: ok
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const f3 = double.nan ~/ double.negativeInfinity; //# f3: compile-time error
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const f4 = double.infinity ~/ double.negativeInfinity; //# f4: compile-time error
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const f5 = double.negativeInfinity ~/ double.negativeInfinity; //# f5: compile-time error
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main() {
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test(0, 0, () => a0); //# a0: continued
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test(0.0, 0, () => a1); //# a1: continued
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test(-0.0, 0, () => a2); //# a2: continued
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test(double.nan, 0, () => a3); //# a3: continued
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test(double.infinity, 0, () => a4); //# a4: continued
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test(double.negativeInfinity, 0, () => a5); //# a5: continued
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test(0, 0.0, () => b0); //# b0: continued
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test(0.0, 0.0, () => b1); //# b1: continued
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test(-0.0, 0.0, () => b2); //# b2: continued
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test(double.nan, 0.0, () => b3); //# b3: continued
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test(double.infinity, 0.0, () => b4); //# b4: continued
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test(double.negativeInfinity, 0.0, () => b5); //# b5: continued
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test(0, -0.0, () => c0); //# c0: continued
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test(0.0, -0.0, () => c1); //# c1: continued
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test(-0.0, -0.0, () => c2); //# c2: continued
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test(double.nan, -0.0, () => c3); //# c3: continued
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test(double.infinity, -0.0, () => c4); //# c4: continued
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test(double.negativeInfinity, -0.0, () => c5); //# c5: continued
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test(0, double.nan, () => d0); //# d0: continued
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test(0.0, double.nan, () => d1); //# d1: continued
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test(-0.0, double.nan, () => d2); //# d2: continued
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test(double.nan, double.nan, () => d3); //# d3: continued
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test(double.infinity, double.nan, () => d4); //# d4: continued
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test(double.negativeInfinity, double.nan, () => d5); //# d5: continued
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test(0, double.infinity, () => e0); //# e0: continued
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test(0.0, double.infinity, () => e1); //# e1: continued
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test(-0.0, double.infinity, () => e2); //# e2: continued
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test(double.nan, double.infinity, () => e3); //# e3: continued
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test(double.infinity, double.infinity, () => e4); //# e4: continued
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test(double.negativeInfinity, double.infinity, () => e5); //# e5: continued
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test(0, double.negativeInfinity, () => f0); //# f0: continued
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test(0.0, double.negativeInfinity, () => f1); //# f1: continued
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test(-0.0, double.negativeInfinity, () => f2); //# f2: continued
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test(double.nan, double.negativeInfinity, () => f3); //# f3: continued
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test(double.infinity, double.negativeInfinity, () => f4); //# f4: continued
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test(double.negativeInfinity, double.negativeInfinity, () => f5); //# f5: continued
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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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