/**
* Tests MapsCoordinateParser::parseCoordinates()
*/
public function testParseCoordinates()
{
foreach (self::$fakeCoordinates as $coord) {
$this->assertFalse(MapsCoordinateParser::parseCoordinates($coord), "parseCoordinates did not return false for {$coord}.");
}
foreach (self::$parsingTests as $coord => $destination) {
$this->assertEquals($destination, MapsCoordinateParser::parseCoordinates($coord), "Parsing test failed at " . __METHOD__);
}
}
/**
* Renders and returns the output.
* @see ParserHook::render
*
* @since 0.7
*
* @param array $parameters
*
* @return string
*/
public function render(array $parameters)
{
$parsedCoords = MapsCoordinateParser::parseCoordinates($parameters['location']);
if ($parsedCoords) {
$output = MapsCoordinateParser::formatCoordinates($parsedCoords, $parameters['format'], $parameters['directional']);
} else {
// The coordinates should be valid when this method gets called.
throw new MWException('Attempt to format an invalid set of coordinates');
}
return $output;
}
/**
* This function first determines wether the provided string is a pair or coordinates
* or an address. If it's the later, an attempt to geocode will be made. The function will
* return the coordinates or false, in case a geocoding attempt was made but failed.
*
* @since 0.7
*
* @param string $coordsOrAddress
* @param string $geoservice
* @param string|false $mappingService
* @param boolean $checkForCoords
*
* @return array or false
*/
public static function attemptToGeocode($coordsOrAddress, $geoservice = '', $mappingService = false, $checkForCoords = true)
{
if ($checkForCoords) {
if (MapsCoordinateParser::areCoordinates($coordsOrAddress)) {
return MapsCoordinateParser::parseCoordinates($coordsOrAddress);
} else {
return self::geocode($coordsOrAddress, $geoservice, $mappingService);
}
} else {
return self::geocode($coordsOrAddress, $geoservice, $mappingService);
}
}
/**
* Sets the location to a set of coordinates. You can provide a string
* of raw coordinates, an array with lat and lon values and false.
*
* @since 0.7.1
*
* @param mixed $coordinates
*
* @return boolean Success indicator
*/
public function setCoordinates($coordinates)
{
$coordSet = MapsCoordinateParser::parseCoordinates($coordinates);
$this->isValid = $coordSet !== false;
$this->latitude = $coordSet['lat'];
$this->longitude = $coordSet['lon'];
return $this->isValid;
}
/**
* Renders and returns the output.
* @see ParserHook::render
*
* @since 0.7
*
* @param array $parameters
*
* @return string
*/
public function render(array $parameters)
{
$canGeocode = MapsGeocoders::canGeocode();
if ($canGeocode) {
$location = MapsGeocoders::attemptToGeocode($parameters['location'], $parameters['geoservice'], $parameters['mappingservice']);
} else {
$location = MapsCoordinateParser::parseCoordinates($parameters['location']);
}
// TODO
if ($location) {
$destination = MapsGeoFunctions::findDestination($location, $parameters['bearing'], MapsDistanceParser::parseDistance($parameters['distance']));
$output = MapsCoordinateParser::formatCoordinates($destination, $parameters['format'], $parameters['directional']);
} else {
// The location should be valid when this method gets called.
throw new MWException('Attempt to find a destination from an invalid location');
}
return $output;
}
/**
* Renders and returns the output.
* @see ParserHook::render
*
* @since 0.7
*
* @param array $parameters
*
* @return string
*/
public function render(array $parameters)
{
if (MapsGeocoders::canGeocode()) {
$start = MapsGeocoders::attemptToGeocode($parameters['location1'], $parameters['geoservice'], $parameters['mappingservice']);
$end = MapsGeocoders::attemptToGeocode($parameters['location2'], $parameters['geoservice'], $parameters['mappingservice']);
} else {
$start = MapsCoordinateParser::parseCoordinates($parameters['location1']);
$end = MapsCoordinateParser::parseCoordinates($parameters['location2']);
}
if ($start && $end) {
$output = MapsDistanceParser::formatDistance(MapsGeoFunctions::calculateDistance($start, $end), $parameters['unit'], $parameters['decimals']);
} else {
// The locations should be valid when this method gets called.
throw new Exception('Attempt to find the distance between locations of at least one is invalid');
}
return $output;
}
/**
* Parses the value into the coordinates and any meta data provided, such as distance.
*
* @since 0.6
*
* @param $value String
* @param $asQuery Boolean
*/
protected function parseUserValueOrQuery($value, $asQuery = false)
{
$this->wikiValue = $value;
$comparator = SMW_CMP_EQ;
if ($value === '') {
$this->addError(wfMsg('smw_novalues'));
} else {
SMWDataValue::prepareValue($value, $comparator);
$parts = explode('(', $value);
$coordinates = trim(array_shift($parts));
$distance = count($parts) > 0 ? trim(array_shift($parts)) : false;
if ($distance !== false) {
$distance = substr(trim($distance), 0, -1);
if (!MapsDistanceParser::isDistance($distance)) {
$this->addError(wfMsgExt('semanticmaps-unrecognizeddistance', array('parsemag'), $distance));
$distance = false;
}
}
$parsedCoords = MapsCoordinateParser::parseCoordinates($coordinates);
if ($parsedCoords) {
$this->m_dataitem = new SMWDIGeoCoord($parsedCoords);
} else {
$this->addError(wfMsgExt('maps_unrecognized_coords', array('parsemag'), $coordinates, 1));
// Make sure this is always set
// TODO: Why is this needed?!
$this->m_dataitem = new SMWDIGeoCoord(array('lat' => 0, 'lon' => 0));
}
}
if ($asQuery) {
$this->setUserValue($value);
switch (true) {
case !$this->isValid():
return new SMWThingDescription();
case $distance !== false:
return new SMAreaValueDescription($this->getDataItem(), $comparator, $distance);
default:
return new SMGeoCoordsValueDescription($this->getDataItem(), $comparator);
}
}
}
