AreaDescription::getSQLCondition() - Code Metrics - Inspection of "Move SMW result printers" - JeroenDeDauw/Maps - Measure and Improve Code Quality continuously with Scrutinizer

Completed

Push — move ( 875a6f )

by Jeroen De

created 2018-11-19 21:02 UTC

AreaDescription::getSQLCondition() B

↳ Parent: AreaDescription

Complexity

Conditions	6
Paths	10

Size

Total Lines

Duplication

Lines	0
Ratio	0 %

Code Coverage

Tests	0
CRAP Score	42

Importance

Changes

Metric	Value
dl	0
loc	31
ccs	0
cts	23
cp	0
rs	8.8017
c	0
b	0
f	0
cc	6
nc	10
nop	3
crap	42

<?php

namespace Maps\SemanticMW\ValueDescriptions;

use DatabaseBase;
use DataValues\Geo\Values\LatLongValue;
use InvalidArgumentException;
use MapsDistanceParser;
use MapsGeoFunctions;
use SMW\DataValueFactory;
use SMW\DIProperty;
use SMW\Query\Language\ValueDescription;
use SMWDataItem;
use SMWDIGeoCoord;
use SMWThingDescription;

/**
 * Description of a geographical area defined by a coordinates set and a distance to the bounds.
 * The bounds are a 'rectangle' (but bend due to the earths curvature), as the resulting query
 * would otherwise be to resource intensive.
 *
 * @licence GNU GPL v2+
 * @author Jeroen De Dauw < [email protected] >
 */
class AreaDescription extends ValueDescription {

	/**
	 * @var SMWDIGeoCoord
	 */
	private $center;

	/**
	 * @var string
	 */
	private $radius;

	/**
	 * @param SMWDataItem $areaCenter
	 * @param string $comparator
	 * @param string $radius
	 * @param DIProperty|null $property
	 *
	 * @throws InvalidArgumentException
	 */
	public function __construct( SMWDataItem $areaCenter, $comparator, $radius, DIProperty $property = null ) {
		if ( !( $areaCenter instanceof SMWDIGeoCoord ) ) {

			throw new InvalidArgumentException( '$areaCenter needs to be a SMWDIGeoCoord' );
		}

		parent::__construct( $areaCenter, $property, $comparator );

		$this->center = $areaCenter;
		$this->radius = $radius;
	}

	/**
	 * @see \SMW\Query\Language\Description::prune
	 */
	public function prune( &$maxsize, &$maxdepth, &$log ) {
		if ( ( $maxsize < $this->getSize() ) || ( $maxdepth < $this->getDepth() ) ) {
			$log[] = $this->getQueryString();

			$result = new SMWThingDescription();
			$result->setPrintRequests( $this->getPrintRequests() );

			return $result;
		}

		$maxsize = $maxsize - $this->getSize();
		$maxdepth = $maxdepth - $this->getDepth();

		return $this;
	}

	/**
	 * @see \SMW\Query\Language\Description::getQueryString
	 *
	 * @param boolean $asValue
	 *
	 * @return string
	 */
	public function getQueryString( $asValue = false ) {
		$centerString = DataValueFactory::newDataItemValue( $this->center, $this->getProperty() )->getWikiValue();

		$queryString = "$centerString ({$this->radius})";

		return $asValue ? $queryString : "[[$queryString]]";
	}

	/**
	 * @see \SMW\Query\Language\Description::getSQLCondition
	 *
	 * FIXME: store specific code should be in the store component
	 *
	 * @param string $tableName
	 * @param array $fieldNames
	 * @param DatabaseBase $dbs
	 *
	 * @return string|false
	 */
	public function getSQLCondition( $tableName, array $fieldNames, DatabaseBase $dbs ) {
		if ( $this->center->getDIType() != SMWDataItem::TYPE_GEO ) {
			throw new \LogicException( 'Constructor should have prevented this' );
		}

		if ( !$this->comparatorIsSupported() ) {
			return false;
		}

		$bounds = $this->getBoundingBox();

		$north = $dbs->addQuotes( $bounds['north'] );
		$east = $dbs->addQuotes( $bounds['east'] );
		$south = $dbs->addQuotes( $bounds['south'] );
		$west = $dbs->addQuotes( $bounds['west'] );

		$isEq = $this->getComparator() == SMW_CMP_EQ;

		$smallerThen = $isEq ? '<' : '>=';
		$biggerThen = $isEq ? '>' : '<=';
		$joinCond = $isEq ? 'AND' : 'OR';

		$conditions = [];

		$conditions[] = "{$tableName}.$fieldNames[1] $smallerThen $north";
		$conditions[] = "{$tableName}.$fieldNames[1] $biggerThen $south";
		$conditions[] = "{$tableName}.$fieldNames[2] $smallerThen $east";
		$conditions[] = "{$tableName}.$fieldNames[2] $biggerThen $west";

		return implode( " $joinCond ", $conditions );
	}

	private function comparatorIsSupported() {
		return $this->getComparator() === SMW_CMP_EQ || $this->getComparator() === SMW_CMP_NEQ;
	}

	/**
	 * @return float[] An associative array containing the limits with keys north, east, south and west.
	 */
	public function getBoundingBox() {
		$center = new LatLongValue(
			$this->center->getLatitude(),
			$this->center->getLongitude()
		);

		$radiusInMeters = MapsDistanceParser::parseDistance( $this->radius ); // TODO: this can return false

		$north = MapsGeoFunctions::findDestination( $center, 0, $radiusInMeters );
<?php

function getDate($date)
{
    if ($date !== null) {
        return new DateTime($date);
    }

    return false;
}
		$east = MapsGeoFunctions::findDestination( $center, 90, $radiusInMeters );
<?php

function getDate($date)
{
    if ($date !== null) {
        return new DateTime($date);
    }

    return false;
}
		$south = MapsGeoFunctions::findDestination( $center, 180, $radiusInMeters );
<?php

function getDate($date)
{
    if ($date !== null) {
        return new DateTime($date);
    }

    return false;
}
		$west = MapsGeoFunctions::findDestination( $center, 270, $radiusInMeters );
<?php

function getDate($date)
{
    if ($date !== null) {
        return new DateTime($date);
    }

    return false;
}

		return [
			'north' => $north['lat'],
			'east' => $east['lon'],
			'south' => $south['lat'],
			'west' => $west['lon'],
		];
	}

}

1			<?php
2
3			namespace Maps\SemanticMW\ValueDescriptions;
4
5			use DatabaseBase;
6			use DataValues\Geo\Values\LatLongValue;
7			use InvalidArgumentException;
8			use MapsDistanceParser;
9			use MapsGeoFunctions;
10			use SMW\DataValueFactory;
11			use SMW\DIProperty;
12			use SMW\Query\Language\ValueDescription;
13			use SMWDataItem;
14			use SMWDIGeoCoord;
15			use SMWThingDescription;
16
17			/**
18			* Description of a geographical area defined by a coordinates set and a distance to the bounds.
19			* The bounds are a 'rectangle' (but bend due to the earths curvature), as the resulting query
20			* would otherwise be to resource intensive.
21			*
22			* @licence GNU GPL v2+
23			* @author Jeroen De Dauw < [email protected] >
24			*/
25			class AreaDescription extends ValueDescription {
26
27			/**
28			* @var SMWDIGeoCoord
29			*/
30			private $center;
31
32			/**
33			* @var string
34			*/
35			private $radius;
36
37			/**
38			* @param SMWDataItem $areaCenter
39			* @param string $comparator
40			* @param string $radius
41			* @param DIProperty\|null $property
42			*
43			* @throws InvalidArgumentException
44			*/
45			public function __construct( SMWDataItem $areaCenter, $comparator, $radius, DIProperty $property = null ) {
46			if ( !( $areaCenter instanceof SMWDIGeoCoord ) ) {
			0 ignored issues – show Bug introduced 2017-04-13 23:07 UTC by Report Bug Copy Issue Report The class `SMWDIGeoCoord` does not exist. Is this class maybe located in a folder that is not analyzed, or in a newer version of your dependencies than listed in your composer.lock/composer.json? Loading history...
47			throw new InvalidArgumentException( '$areaCenter needs to be a SMWDIGeoCoord' );
48			}
49
50			parent::__construct( $areaCenter, $property, $comparator );
51
52			$this->center = $areaCenter;
53			$this->radius = $radius;
54			}
55
56			/**
57			* @see \SMW\Query\Language\Description::prune
58			*/
59			public function prune( &$maxsize, &$maxdepth, &$log ) {
60			if ( ( $maxsize < $this->getSize() ) \|\| ( $maxdepth < $this->getDepth() ) ) {
61			$log[] = $this->getQueryString();
62
63			$result = new SMWThingDescription();
64			$result->setPrintRequests( $this->getPrintRequests() );
65
66			return $result;
67			}
68
69			$maxsize = $maxsize - $this->getSize();
70			$maxdepth = $maxdepth - $this->getDepth();
71
72			return $this;
73			}
74
75			/**
76			* @see \SMW\Query\Language\Description::getQueryString
77			*
78			* @param boolean $asValue
79			*
80			* @return string
81			*/
82			public function getQueryString( $asValue = false ) {
83			$centerString = DataValueFactory::newDataItemValue( $this->center, $this->getProperty() )->getWikiValue();
84
85			$queryString = "$centerString ({$this->radius})";
86
87			return $asValue ? $queryString : "[[$queryString]]";
88			}
89
90			/**
91			* @see \SMW\Query\Language\Description::getSQLCondition
92			*
93			* FIXME: store specific code should be in the store component
94			*
95			* @param string $tableName
96			* @param array $fieldNames
97			* @param DatabaseBase $dbs
98			*
99			* @return string\|false
100			*/
101			public function getSQLCondition( $tableName, array $fieldNames, DatabaseBase $dbs ) {
102			if ( $this->center->getDIType() != SMWDataItem::TYPE_GEO ) {
103			throw new \LogicException( 'Constructor should have prevented this' );
104			}
105
106			if ( !$this->comparatorIsSupported() ) {
107			return false;
108			}
109
110			$bounds = $this->getBoundingBox();
111
112			$north = $dbs->addQuotes( $bounds['north'] );
113			$east = $dbs->addQuotes( $bounds['east'] );
114			$south = $dbs->addQuotes( $bounds['south'] );
115			$west = $dbs->addQuotes( $bounds['west'] );
116
117			$isEq = $this->getComparator() == SMW_CMP_EQ;
118
119			$smallerThen = $isEq ? '<' : '>=';
120			$biggerThen = $isEq ? '>' : '<=';
121			$joinCond = $isEq ? 'AND' : 'OR';
122
123			$conditions = [];
124
125			$conditions[] = "{$tableName}.$fieldNames[1] $smallerThen $north";
126			$conditions[] = "{$tableName}.$fieldNames[1] $biggerThen $south";
127			$conditions[] = "{$tableName}.$fieldNames[2] $smallerThen $east";
128			$conditions[] = "{$tableName}.$fieldNames[2] $biggerThen $west";
129
130			return implode( " $joinCond ", $conditions );
131			}
132
133			private function comparatorIsSupported() {
134			return $this->getComparator() === SMW_CMP_EQ \|\| $this->getComparator() === SMW_CMP_NEQ;
135			}
136
137			/**
138			* @return float[] An associative array containing the limits with keys north, east, south and west.
139			*/
140			public function getBoundingBox() {
141			$center = new LatLongValue(
142			$this->center->getLatitude(),
143			$this->center->getLongitude()
144			);
145
146			$radiusInMeters = MapsDistanceParser::parseDistance( $this->radius ); // TODO: this can return false
147
148			$north = MapsGeoFunctions::findDestination( $center, 0, $radiusInMeters );
			0 ignored issues – show Security Bug introduced 2017-04-13 23:43 UTC by Report Bug Copy Issue Report It seems like `$radiusInMeters` defined by `\MapsDistanceParser::parseDistance($this->radius)` on line `146` can also be of type `false`; however, `MapsGeoFunctions::findDestination()` does only seem to accept `double`, did you maybe forget to handle an error condition? This check looks for type mismatches where the missing type is `false`. This is usually indicative of an error condtion. Consider the follow example <?php function getDate($date) { if ($date !== null) { return new DateTime($date); } return false; } This function either returns a new `DateTime` object or false, if there was an error. This is a typical pattern in PHP programming to show that an error has occurred without raising an exception. The calling code should check for this returned `false` before passing on the value to another function or method that may not be able to handle a `false`. Loading history...
149			$east = MapsGeoFunctions::findDestination( $center, 90, $radiusInMeters );
			0 ignored issues – show Security Bug introduced 2017-04-13 23:43 UTC by Report Bug Copy Issue Report It seems like `$radiusInMeters` defined by `\MapsDistanceParser::parseDistance($this->radius)` on line `146` can also be of type `false`; however, `MapsGeoFunctions::findDestination()` does only seem to accept `double`, did you maybe forget to handle an error condition? This check looks for type mismatches where the missing type is `false`. This is usually indicative of an error condtion. Consider the follow example <?php function getDate($date) { if ($date !== null) { return new DateTime($date); } return false; } This function either returns a new `DateTime` object or false, if there was an error. This is a typical pattern in PHP programming to show that an error has occurred without raising an exception. The calling code should check for this returned `false` before passing on the value to another function or method that may not be able to handle a `false`. Loading history...
150			$south = MapsGeoFunctions::findDestination( $center, 180, $radiusInMeters );
			0 ignored issues – show Security Bug introduced 2017-04-13 23:43 UTC by Report Bug Copy Issue Report It seems like `$radiusInMeters` defined by `\MapsDistanceParser::parseDistance($this->radius)` on line `146` can also be of type `false`; however, `MapsGeoFunctions::findDestination()` does only seem to accept `double`, did you maybe forget to handle an error condition? This check looks for type mismatches where the missing type is `false`. This is usually indicative of an error condtion. Consider the follow example <?php function getDate($date) { if ($date !== null) { return new DateTime($date); } return false; } This function either returns a new `DateTime` object or false, if there was an error. This is a typical pattern in PHP programming to show that an error has occurred without raising an exception. The calling code should check for this returned `false` before passing on the value to another function or method that may not be able to handle a `false`. Loading history...
151			$west = MapsGeoFunctions::findDestination( $center, 270, $radiusInMeters );
			0 ignored issues – show Security Bug introduced 2017-04-13 23:43 UTC by Report Bug Copy Issue Report It seems like `$radiusInMeters` defined by `\MapsDistanceParser::parseDistance($this->radius)` on line `146` can also be of type `false`; however, `MapsGeoFunctions::findDestination()` does only seem to accept `double`, did you maybe forget to handle an error condition? This check looks for type mismatches where the missing type is `false`. This is usually indicative of an error condtion. Consider the follow example <?php function getDate($date) { if ($date !== null) { return new DateTime($date); } return false; } This function either returns a new `DateTime` object or false, if there was an error. This is a typical pattern in PHP programming to show that an error has occurred without raising an exception. The calling code should check for this returned `false` before passing on the value to another function or method that may not be able to handle a `false`. Loading history...
152
153			return [
154			'north' => $north['lat'],
155			'east' => $east['lon'],
156			'south' => $south['lat'],
157			'west' => $west['lon'],
158			];
159			}
160
161			}

JeroenDeDauw / Maps

Push — move ( 875a6f )

AreaDescription::getSQLCondition() B

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