TimeTrex/vendor/kigkonsult/icalcreator/test/RecurWeekTest.php

352 lines
13 KiB
PHP
Raw Normal View History

2022-12-13 07:10:06 +01:00
<?php
/**
* iCalcreator, the PHP class package managing iCal (rfc2445/rfc5445) calendar information.
*
* This file is a part of iCalcreator.
*
* @author Kjell-Inge Gustafsson, kigkonsult <ical@kigkonsult.se>
* @copyright 2007-2022 Kjell-Inge Gustafsson, kigkonsult, All rights reserved
* @link https://kigkonsult.se
* @license Subject matter of licence is the software iCalcreator.
* The above copyright, link, package and version notices,
* this licence notice and the invariant [rfc5545] PRODID result use
* as implemented and invoked in iCalcreator shall be included in
* all copies or substantial portions of the iCalcreator.
*
* iCalcreator is free software: you can redistribute it and/or modify
* it under the terms of the GNU Lesser General Public License as
* published by the Free Software Foundation, either version 3 of
* the License, or (at your option) any later version.
*
* iCalcreator is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with iCalcreator. If not, see <https://www.gnu.org/licenses/>.
*/
namespace Kigkonsult\Icalcreator;
use Kigkonsult\Icalcreator\Util\DateTimeFactory;
use Kigkonsult\Icalcreator\Util\RecurFactory;
use Kigkonsult\Icalcreator\Util\RecurFactory2;
use DateTime;
use Exception;
/**
* class RecurTest, testing selectComponents
*
* @since 2.29.29 - 2020-09-11
*/
class RecurWeekTest extends RecurBaseTest
{
/**
* recur2dateTest3Weekly provider
*
* @return mixed[]
* @throws Exception
*/
public function recur2dateTest3WeeklyProvider() : array
{
$dataArr = [];
$interval = 1;
for( $ix = 301; $ix <= 309; $ix++ ) {
$time = microtime( true );
$start = DateTimeFactory::factory( '20190101T0900', 'Europe/Stockholm' );
$wDate = clone $start;
$expects = [];
$count = 5;
$x = 1;
while( $x < $count ) {
$expects[] = $wDate->modify( ( $interval * 7 ) . ' days' )->format( 'Ymd' );
++$x;
} // end while
$execTime = microtime( true ) - $time;
$dataArr[] = [
$ix . '-' . $interval,
$start,
(clone $start)->modify( RecurFactory::EXTENDYEAR . ' year' ),
[
IcalInterface::FREQ => IcalInterface::WEEKLY,
IcalInterface::COUNT => $count,
IcalInterface::INTERVAL => $interval
],
$expects,
$execTime
];
$interval += 2;
} // end for
// same as above but with BYDAY MO
$interval = 1;
$expects = [
311 => [ 20200914, 20200921, 20200928, 20201005 ],
312 => [ 20200928, 20201019, 20201109, 20201130 ],
313 => [ 20201012, 20201116, 20201221, 20210125 ],
314 => [ 20201026, 20201214, 20210201, 20210322 ],
315 => [ 20201109, 20210111, 20210315, 20210517 ]
];
for( $ix = 311; $ix <= 315; $ix++ ) {
$time = microtime( true );
$start = DateTimeFactory::factory( '20200909', 'Europe/Stockholm' );
$count = 5;
$dataArr[] = [
$ix . '-' . $interval,
$start,
(clone $start)->modify( RecurFactory::EXTENDYEAR . ' year' ),
[
IcalInterface::FREQ => IcalInterface::WEEKLY,
IcalInterface::COUNT => $count,
IcalInterface::INTERVAL => $interval,
IcalInterface::BYDAY => [ [ IcalInterface::DAY => IcalInterface::MO ] ]
],
$expects[$ix],
0.0
];
$interval += 2;
} // end for
$interval = 1;
for( $ix = 321; $ix <= 329; $ix++ ) {
$time = microtime( true );
$start = DateTimeFactory::factory( '20190101T0900', 'Europe/Stockholm' );
$end = (clone $start)->modify( RecurFactory::EXTENDYEAR . ' year' );
$endYmd = $end->format( 'Ymd' );
$expects = [];
$wDate = clone $start;
$saveWeekNo = (int) $wDate->format( 'W' );
while( true ) {
if( $saveWeekNo === (int) $wDate->format( 'W' )) {
$wDate = $wDate->modify( '1 day' );
}
else {
$wDate = $wDate->modify( (( $interval * 7 ) - 6 ) . ' days' );
$saveWeekNo = (int) $wDate->format( 'W' );
}
$ymd = $wDate->format( 'Ymd' );
if( $endYmd < $ymd ) {
break;
}
if( in_array((int) $wDate->format( 'w' ), [ 4, 5 ], true )) {
$expects[] = $ymd;
}
} // end while
$execTime = microtime( true ) - $time;
$dataArr[] = [
$ix . '-' . $interval,
$start,
$end,
[
IcalInterface::FREQ => IcalInterface::WEEKLY,
IcalInterface::UNTIL => clone $end,
IcalInterface::INTERVAL => $interval,
IcalInterface::BYDAY => [
[ IcalInterface::DAY => IcalInterface::TH ],
[ IcalInterface::DAY => IcalInterface::FR ]
]
],
$expects,
$execTime
];
$interval += 2;
} // end for
$interval = 1;
$byMonth = [ 12 ];
for( $ix = 331; $ix <= 339; $ix++ ) {
$time = microtime( true );
$start = DateTimeFactory::factory( '20190101T0900', 'Europe/Stockholm' );
$end = (clone $start)->modify( RecurFactory::EXTENDYEAR . ' years' );
$endYmd = $end->format( 'Ymd' );
$expects = [];
$wDate = clone $start;
while( true ) {
$wDate = $wDate->modify( ( $interval * 7 ) . ' days' );
if( ! in_array((int) $wDate->format( 'm' ), $byMonth, true )) {
continue;
}
$ymd = $wDate->format( 'Ymd' );
if( $endYmd <= $ymd ) {
break;
}
$expects[] = $ymd;
} // end while
$execTime = microtime( true ) - $time;
$dataArr[] = [
$ix . '-' . $interval,
$start,
$end,
[
IcalInterface::FREQ => IcalInterface::WEEKLY,
IcalInterface::UNTIL => clone $end,
IcalInterface::INTERVAL => $interval,
IcalInterface::BYMONTH => $byMonth
],
$expects,
$execTime
];
$interval += 2;
$byMonth[] = $interval;
sort( $byMonth );
} // end for
$interval = 1;
$byMonth = [ 1, 12 ];
for( $ix = 341; $ix <= 349; $ix++ ) {
$time = microtime( true );
$start = DateTimeFactory::factory( '20190101T0900', 'Europe/Stockholm' );
$startYmd = $start->format( 'Ymd' );
$end = (clone $start)->modify( RecurFactory::EXTENDYEAR . ' years' );
$endYmd = $end->format( 'Ymd' );
$expects = [];
$wDate = clone $start;
$targetWeekNo = (int) $wDate->format( 'W' );
// go back to first day of week or first day in month
while(( 1 !== (int) $wDate->format( 'w' )) &&
( 1 !== (int) $wDate->format( 'd' ))) {
$wDate = $wDate->modify( '-1 day' );
}
while( true ) {
$currWeekNo = (int) $wDate->format( 'W' );
$Ymd = $wDate->format( 'Ymd' );
switch( true ) {
case( $Ymd <= $startYmd ) :
$wDate = $wDate->modify( '1 day' );
break;
case( $endYmd < $Ymd ) :
break 2;
case( $currWeekNo === $targetWeekNo ) :
if( in_array((int) $wDate->format( 'w' ), [ 4, 5 ], true ) && // TH+FR
in_array((int) $wDate->format( 'm' ), $byMonth, true )) {
$expects[] = $Ymd;
}
$wDate = $wDate->modify( '1 day' );
break;
default :
// now is the first day of next week
if( 1 < $interval ) {
$wDate = $wDate->modify( ( 7 * ( $interval - 1 )) . ' days' );
}
$targetWeekNo = (int) $wDate->format( 'W' );
} // end switch
} // end while
$execTime = microtime( true ) - $time;
$dataArr[] = [
$ix . '-' . $interval,
$start,
$end,
[
IcalInterface::FREQ => IcalInterface::WEEKLY,
IcalInterface::UNTIL => clone $end,
IcalInterface::INTERVAL => $interval,
IcalInterface::BYMONTH => $byMonth,
IcalInterface::BYDAY => [
[ IcalInterface::DAY => IcalInterface::TH ],
[ IcalInterface::DAY => IcalInterface::FR ]
]
],
$expects,
$execTime
];
$interval += 3;
$byMonth[] = $interval;
sort( $byMonth );
} // end for
return $dataArr;
}
/**
* Testing recur2date
*
* @test
* @dataProvider recur2dateTest3WeeklyProvider
* @param string $case
* @param DateTime $start
* @param DateTime|mixed[] $end
* @param mixed[] $recur
* @param mixed[] $expects
* @param float $prepTime
* @throws Exception
*/
public function recur2dateTest3Weekly(
string $case,
DateTime $start,
DateTime | array $end,
array $recur,
array $expects,
float $prepTime
) : void
{
$saveStartDate = clone $start;
$case3 = substr( $case, 0, 3 );
if(( '311' <= $case3 ) && ( '319' >= $case3 )) {
$result = array_flip( $expects );
}
else {
$result = $this->recur2dateTest(
$case,
$start,
$end,
$recur,
$expects,
$prepTime
);
}
if( ! isset( $recur[IcalInterface::INTERVAL] )) {
$recur[IcalInterface::INTERVAL] = 1;
}
$strCase = str_pad( $case, 12 );
$recurDisp = str_replace( [PHP_EOL, ' ' ], '', var_export( $recur, true ));
if( RecurFactory2::isRecurWeekly1( $recur )) {
$time = microtime( true );
$resultX = RecurFactory2::recurWeekly1( $recur, $start, clone $start, $end );
$execTime = microtime( true ) - $time;
if( defined( 'DISPRECUR' ) && ( '1' === DISPRECUR )) {
echo $strCase . 'week smpl1 time:' . number_format( $execTime, 6 ) . ' : ' .
implode( ' - ', array_keys( $resultX ) ) . PHP_EOL; // test ###
echo $recurDisp . PHP_EOL; // test ###
}
$this->assertEquals(
array_keys( $result ),
array_keys( $resultX ),
sprintf( self::$ERRFMT, __FUNCTION__, $case . '-31',
$saveStartDate->format( 'Ymd' ),
$end->format( 'Ymd' ),
var_export( $recur, true )
)
);
}
elseif( RecurFactory2::isRecurWeekly2( $recur )) {
$time = microtime( true );
$resultX = RecurFactory2::recurWeekly2( $recur, $start, clone $start, $end );
$execTime = microtime( true ) - $time;
if( defined( 'DISPRECUR' ) && ( '1' === DISPRECUR )) {
echo $strCase . 'week smpl2 time:' . number_format( $execTime, 6 ) . ' : ' .
implode( ' - ', array_keys( $resultX ) ) . PHP_EOL; // test ###
echo $recurDisp . PHP_EOL; // test ###
}
$this->assertEquals(
array_keys( $result ),
array_keys( $resultX ),
sprintf( self::$ERRFMT, __FUNCTION__, $case . '-32',
$saveStartDate->format( 'Ymd' ),
$end->format( 'Ymd' ),
var_export( $recur, true )
)
);
}
else {
if( defined( 'DISPRECUR' ) && ( '1' === DISPRECUR )) {
echo $strCase . ' NOT isRecurWeekly1/2 ' . $recurDisp . PHP_EOL;
}
$this->fail();
}
}
}