public function testConfigMode()
{
$config = array('query' => 'text:mykeyword', 'sort' => array('score' => 'asc'), 'fields' => array('id', 'title', 'category'), 'rows' => 100, 'start' => 200, 'filterquery' => array(array('key' => 'pub', 'tag' => array('pub'), 'query' => 'published:true'), 'online' => array('tag' => 'onl', 'query' => 'online:true')), 'component' => array('facetset' => array('facet' => array(array('type' => 'field', 'key' => 'categories', 'field' => 'category'), 'category13' => array('type' => 'query', 'query' => 'category:13')))), 'resultclass' => 'MyResultClass', 'documentclass' => 'MyDocumentClass', 'tag' => array('t1', 't2'));
$query = new Query($config);
$this->assertEquals($config['query'], $query->getQuery());
$this->assertEquals($config['sort'], $query->getSorts());
$this->assertEquals($config['fields'], $query->getFields());
$this->assertEquals($config['rows'], $query->getRows());
$this->assertEquals($config['start'], $query->getStart());
$this->assertEquals($config['documentclass'], $query->getDocumentClass());
$this->assertEquals($config['resultclass'], $query->getResultClass());
$this->assertEquals('published:true', $query->getFilterQuery('pub')->getQuery());
$this->assertEquals('online:true', $query->getFilterQuery('online')->getQuery());
$facets = $query->getFacetSet()->getFacets();
$this->assertEquals('category', $facets['categories']->getField());
$this->assertEquals('category:13', $facets['category13']->getQuery());
$components = $query->getComponents();
$this->assertEquals(1, count($components));
$this->assertThat(array_pop($components), $this->isInstanceOf('Solarium\\QueryType\\Select\\Query\\Component\\FacetSet'));
$this->assertEquals(array('t1', 't2'), $query->getTags());
}
/**
* Adds spatial features to the search query.
*/
public function setSpatial(Query $solarium_query, QueryInterface $query, $spatial_options = array(), $field_names)
{
foreach ($spatial_options as $i => $spatial) {
// reset radius for each option
unset($radius);
if (empty($spatial['field']) || empty($spatial['lat']) || empty($spatial['lon'])) {
continue;
}
$field = $field_names[$spatial['field']];
$escaped_field = SearchApiSolrUtility::escapeFieldName($field);
$point = (double) $spatial['lat'] . ',' . (double) $spatial['lon'];
// Prepare the filter settings.
if (isset($spatial['radius'])) {
$radius = (double) $spatial['radius'];
}
$spatial_method = 'geofilt';
if (isset($spatial['method']) && in_array($spatial['method'], array('geofilt', 'bbox'))) {
$spatial_method = $spatial['method'];
}
$filter_queries = $solarium_query->getFilterQueries();
// Change the fq facet ranges to the correct fq.
foreach ($filter_queries as $key => $filter_query) {
// If the fq consists only of a filter on this field, replace it with
// a range.
$preg_field = preg_quote($escaped_field, '/');
if (preg_match('/^' . $preg_field . ':\\["?(\\*|\\d+(?:\\.\\d+)?)"? TO "?(\\*|\\d+(?:\\.\\d+)?)"?\\]$/', $filter_query, $matches)) {
unset($filter_queries[$key]);
if ($matches[1] && is_numeric($matches[1])) {
$min_radius = isset($min_radius) ? max($min_radius, $matches[1]) : $matches[1];
}
if (is_numeric($matches[2])) {
// Make the radius tighter accordingly.
$radius = isset($radius) ? min($radius, $matches[2]) : $matches[2];
}
}
}
// If either a radius was given in the option, or a filter was
// encountered, set a filter for the lowest value. If a lower boundary
// was set (too), we can only set a filter for that if the field name
// doesn't contains any colons.
if (isset($min_radius) && strpos($field, ':') === FALSE) {
$upper = isset($radius) ? " u={$radius}" : '';
$solarium_query->createFilterQuery($field)->setQuery("{!frange l={$min_radius}{$upper}}geodist({$field},{$point})");
} elseif (isset($radius)) {
$solarium_query->createFilterQuery($field)->setQuery("{!{$spatial_method} pt={$point} sfield={$field} d={$radius}}");
}
// @todo: Check if this object returns the correct value
$sorts = $solarium_query->getSorts();
// Change sort on the field, if set (and not already changed).
if (isset($sorts[$spatial['field']]) && substr($sorts[$spatial['field']], 0, strlen($field)) === $field) {
$sorts[$spatial['field']] = str_replace($field, "geodist({$field},{$point})", $sorts[$spatial['field']]);
}
// Change the facet parameters for spatial fields to return distance
// facets.
$facets = $solarium_query->getFacetSet();
// @todo: Fix this so it takes it from the solarium query
if (!empty($facets)) {
if (!empty($facet_params['facet.field'])) {
$facet_params['facet.field'] = array_diff($facet_params['facet.field'], array($field));
}
foreach ($facets as $delta => $facet) {
if ($facet['field'] != $spatial['field']) {
continue;
}
$steps = $facet['limit'] > 0 ? $facet['limit'] : 5;
$step = (isset($radius) ? $radius : 100) / $steps;
for ($k = $steps - 1; $k > 0; --$k) {
$distance = $step * $k;
$key = "spatial-{$delta}-{$distance}";
$facet_params['facet.query'][] = "{!{$spatial_method} pt={$point} sfield={$field} d={$distance} key={$key}}";
}
foreach (array('limit', 'mincount', 'missing') as $setting) {
unset($facet_params["f.{$field}.facet.{$setting}"]);
}
}
}
}
// Normal sorting on location fields isn't possible.
foreach (array_keys($solarium_query->getSorts()) as $sort) {
if (substr($sort, 0, 3) === 'loc') {
$solarium_query->removeSort($sort);
}
}
}
