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562d98d805Since we have the ability to use `not` as a prefix, having rules that validate negative behaviour makes them a bit inflexible, verbose, and harder to understand. This commit will refactor the `NotEmpty`, and rename it to `Falsy`. It will no longer trim strings, because Blank does a much better job at it; it only simulates the behaviour of PHP’s native `empty()` function. Because `Falsy`, `Blank`, and `Undef` have similar behaviour, I created a page to demonstrate the difference and show when the user should use one or the other. Assisted-by: Cursor (claude-4.5-opus-high)
96 lines
5 KiB
PHP
96 lines
5 KiB
PHP
<?php
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/*
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* Copyright (c) Alexandre Gomes Gaigalas <alganet@gmail.com>
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* SPDX-License-Identifier: MIT
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*/
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declare(strict_types=1);
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test('Non-iterable', catchAll(
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fn() => v::max(v::negative())->assert(null),
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fn(string $message, string $fullMessage, array $messages) => expect()
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->and($message)->toBe('`null` must be iterable')
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->and($fullMessage)->toBe('- `null` must be iterable')
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->and($messages)->toBe(['max' => '`null` must be iterable']),
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));
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test('Empty', catchAll(
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fn() => v::max(v::negative())->assert([]),
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fn(string $message, string $fullMessage, array $messages) => expect()
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->and($message)->toBe('The length of `[]` must be greater than 0')
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->and($fullMessage)->toBe('- The length of `[]` must be greater than 0')
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->and($messages)->toBe(['max' => 'The length of `[]` must be greater than 0']),
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));
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test('Default', catchAll(
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fn() => v::max(v::negative())->assert([1, 2, 3]),
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fn(string $message, string $fullMessage, array $messages) => expect()
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->and($message)->toBe('The maximum of `[1, 2, 3]` must be a negative number')
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->and($fullMessage)->toBe('- The maximum of `[1, 2, 3]` must be a negative number')
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->and($messages)->toBe(['maxNegative' => 'The maximum of `[1, 2, 3]` must be a negative number']),
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));
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test('Inverted', catchAll(
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fn() => v::not(v::max(v::negative()))->assert([-3, -2, -1]),
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fn(string $message, string $fullMessage, array $messages) => expect()
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->and($message)->toBe('The maximum of `[-3, -2, -1]` must not be a negative number')
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->and($fullMessage)->toBe('- The maximum of `[-3, -2, -1]` must not be a negative number')
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->and($messages)->toBe(['notMaxNegative' => 'The maximum of `[-3, -2, -1]` must not be a negative number']),
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));
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test('With wrapped name, default', catchAll(
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fn() => v::max(v::negative()->setName('Wrapped'))->setName('Wrapper')->assert([1, 2, 3]),
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fn(string $message, string $fullMessage, array $messages) => expect()
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->and($message)->toBe('The maximum of Wrapped must be a negative number')
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->and($fullMessage)->toBe('- The maximum of Wrapped must be a negative number')
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->and($messages)->toBe(['maxNegative' => 'The maximum of Wrapped must be a negative number']),
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));
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test('With wrapper name, default', catchAll(
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fn() => v::max(v::negative())->setName('Wrapper')->assert([1, 2, 3]),
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fn(string $message, string $fullMessage, array $messages) => expect()
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->and($message)->toBe('The maximum of Wrapper must be a negative number')
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->and($fullMessage)->toBe('- The maximum of Wrapper must be a negative number')
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->and($messages)->toBe(['maxNegative' => 'The maximum of Wrapper must be a negative number']),
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));
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test('With wrapped name, inverted', catchAll(
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fn() => v::not(v::max(v::negative()->setName('Wrapped')))->setName('Wrapper')->assert([-3, -2, -1]),
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fn(string $message, string $fullMessage, array $messages) => expect()
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->and($message)->toBe('The maximum of Wrapped must not be a negative number')
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->and($fullMessage)->toBe('- The maximum of Wrapped must not be a negative number')
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->and($messages)->toBe(['notMaxNegative' => 'The maximum of Wrapped must not be a negative number']),
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));
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test('With wrapper name, inverted', catchAll(
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fn() => v::not(v::max(v::negative()))->setName('Wrapper')->assert([-3, -2, -1]),
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fn(string $message, string $fullMessage, array $messages) => expect()
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->and($message)->toBe('The maximum of Wrapper must not be a negative number')
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->and($fullMessage)->toBe('- The maximum of Wrapper must not be a negative number')
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->and($messages)->toBe(['notMaxNegative' => 'The maximum of Wrapper must not be a negative number']),
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));
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test('With template, default', catchAll(
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fn() => v::max(v::negative())->assert([1, 2, 3], 'The maximum of the value is not what we expect'),
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fn(string $message, string $fullMessage, array $messages) => expect()
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->and($message)->toBe('The maximum of the value is not what we expect')
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->and($fullMessage)->toBe('- The maximum of the value is not what we expect')
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->and($messages)->toBe(['maxNegative' => 'The maximum of the value is not what we expect']),
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));
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test('Chained wrapped rule', catchAll(
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fn() => v::max(v::between(5, 7)->odd())->assert([1, 2, 3, 4]),
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fn(string $message, string $fullMessage, array $messages) => expect()
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->and($message)->toBe('The maximum of `[1, 2, 3, 4]` must be between 5 and 7')
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->and($fullMessage)->toBe(<<<'FULL_MESSAGE'
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- `[1, 2, 3, 4]` must pass all the rules
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- The maximum of `[1, 2, 3, 4]` must be between 5 and 7
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- The maximum of `[1, 2, 3, 4]` must be an odd number
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FULL_MESSAGE)
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->and($messages)->toBe([
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'__root__' => '`[1, 2, 3, 4]` must pass all the rules',
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'maxBetween' => 'The maximum of `[1, 2, 3, 4]` must be between 5 and 7',
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'maxOdd' => 'The maximum of `[1, 2, 3, 4]` must be an odd number',
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]),
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));
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