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https://github.com/osm-search/Nominatim.git
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116 lines
4.5 KiB
PHP
116 lines
4.5 KiB
PHP
<?php
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namespace Nominatim;
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require_once(CONST_LibDir.'/lib.php');
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require_once(CONST_LibDir.'/ClassTypes.php');
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class LibTest extends \PHPUnit\Framework\TestCase
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{
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public function testAddQuotes()
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{
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// FIXME: not quoting existing quote signs is probably a bug
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$this->assertSame("'St. John's'", addQuotes("St. John's"));
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$this->assertSame("''", addQuotes(''));
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}
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public function testParseLatLon()
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{
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// no coordinates expected
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$this->assertFalse(parseLatLon(''));
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$this->assertFalse(parseLatLon('abc'));
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$this->assertFalse(parseLatLon('12 34'));
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// coordinates expected
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$this->assertNotNull(parseLatLon('0.0 -0.0'));
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$aRes = parseLatLon(' abc 12.456 -78.90 def ');
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$this->assertEquals($aRes[1], 12.456);
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$this->assertEquals($aRes[2], -78.90);
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$this->assertEquals($aRes[0], ' 12.456 -78.90 ');
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$aRes = parseLatLon(' [12.456,-78.90] ');
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$this->assertEquals($aRes[1], 12.456);
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$this->assertEquals($aRes[2], -78.90);
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$this->assertEquals($aRes[0], ' [12.456,-78.90] ');
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$aRes = parseLatLon(' -12.456,-78.90 ');
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$this->assertEquals($aRes[1], -12.456);
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$this->assertEquals($aRes[2], -78.90);
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$this->assertEquals($aRes[0], ' -12.456,-78.90 ');
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// http://en.wikipedia.org/wiki/Geographic_coordinate_conversion
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// these all represent the same location
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$aQueries = array(
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'40 26.767 N 79 58.933 W',
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'40° 26.767′ N 79° 58.933′ W',
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"40° 26.767' N 79° 58.933' W",
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"40° 26.767'
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N 79° 58.933' W",
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'N 40 26.767, W 79 58.933',
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'N 40°26.767′, W 79°58.933′',
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' N 40°26.767′, W 79°58.933′',
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"N 40°26.767', W 79°58.933'",
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'40 26 46 N 79 58 56 W',
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'40° 26′ 46″ N 79° 58′ 56″ W',
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'40° 26′ 46.00″ N 79° 58′ 56.00″ W',
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'40°26′46″N 79°58′56″W',
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'N 40 26 46 W 79 58 56',
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'N 40° 26′ 46″, W 79° 58′ 56″',
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'N 40° 26\' 46", W 79° 58\' 56"',
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'N 40° 26\' 46", W 79° 58\' 56"',
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'40.446 -79.982',
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'40.446,-79.982',
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'40.446° N 79.982° W',
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'N 40.446° W 79.982°',
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'[40.446 -79.982]',
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'[40.446, -79.982]',
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' 40.446 , -79.982 ',
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' 40.446 , -79.982 ',
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' 40.446 , -79.982 ',
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' 40.446 , -79.982 ',
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);
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foreach ($aQueries as $sQuery) {
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$aRes = parseLatLon($sQuery);
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$this->assertEqualsWithDelta(40.446, $aRes[1], 0.01, 'degrees decimal ' . $sQuery);
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$this->assertEqualsWithDelta(-79.982, $aRes[2], 0.01, 'degrees decimal ' . $sQuery);
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$this->assertEquals($sQuery, $aRes[0]);
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}
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}
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private function closestHouseNumberEvenOddOther($startnumber, $endnumber, $fraction, $aExpected)
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{
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foreach (array('even', 'odd', 'other') as $itype) {
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$this->assertEquals(
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$aExpected[$itype],
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closestHouseNumber(array(
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'startnumber' => $startnumber,
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'endnumber' => $endnumber,
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'fraction' => $fraction,
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'interpolationtype' => $itype
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)),
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"$startnumber => $endnumber, $fraction, $itype"
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);
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}
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}
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public function testClosestHouseNumber()
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{
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$this->closestHouseNumberEvenOddOther(50, 100, 0.5, array('even' => 76, 'odd' => 75, 'other' => 75));
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// upper bound
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$this->closestHouseNumberEvenOddOther(50, 100, 1.5, array('even' => 100, 'odd' => 100, 'other' => 100));
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// lower bound
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$this->closestHouseNumberEvenOddOther(50, 100, -0.5, array('even' => 50, 'odd' => 50, 'other' => 50));
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// fraction 0
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$this->closestHouseNumberEvenOddOther(50, 100, 0, array('even' => 50, 'odd' => 51, 'other' => 50));
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// start == end
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$this->closestHouseNumberEvenOddOther(50, 50, 0.5, array('even' => 50, 'odd' => 50, 'other' => 50));
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}
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}
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