Completed
Push — master ( cc1889...f77da0 )
by Fabien
51:39
created
Classes/Converter/Field.php 1 patch
Indentation   +89 added lines, -89 removed lines patch added patch discarded remove patch
@@ -18,94 +18,94 @@
 block discarded – undo
18 18
 class Field implements SingletonInterface
19 19
 {
20 20
 
21
-    /**
22
-     * @var string
23
-     */
24
-    static protected $currentField;
25
-
26
-    /**
27
-     * @var string
28
-     */
29
-    static protected $currentTable;
30
-
31
-    /**
32
-     * @var array
33
-     */
34
-    protected $storage = [];
35
-
36
-    /**
37
-     * @param string $fieldName
38
-     * @return $this
39
-     * @throws \InvalidArgumentException
40
-     */
41
-    static public function name($fieldName)
42
-    {
43
-        self::$currentField = $fieldName;
44
-        self::$currentTable = ''; // reset the table name value.
45
-        return GeneralUtility::makeInstance(self::class);
46
-    }
47
-
48
-    /**
49
-     * @param string|Content $tableNameOrContentObject
50
-     * @return $this
51
-     */
52
-    public function of($tableNameOrContentObject)
53
-    {
54
-        // Resolve the table name.
55
-        self::$currentTable = $tableNameOrContentObject instanceof Content ?
56
-            $tableNameOrContentObject->getDataType() :
57
-            $tableNameOrContentObject;
58
-        return $this;
59
-    }
60
-
61
-    public function toPropertyName()
62
-    {
63
-
64
-        $fieldName = $this->getFieldName();
65
-        $tableName = $this->getTableName();
66
-
67
-        if (empty($this->storage[$tableName][$fieldName])) {
68
-            if (!array_key_exists($tableName, $this->storage)) {
69
-                $this->storage[$tableName] = [];
70
-            }
71
-
72
-            // Special case when the field name does not follow the conventions "field_name" => "fieldName".
73
-            // Rely on mapping for those cases.
74
-            if (!empty($GLOBALS['TCA'][$tableName]['vidi']['mappings'][$fieldName])) {
75
-                $propertyName = $GLOBALS['TCA'][$tableName]['vidi']['mappings'][$fieldName];
76
-            } else {
77
-                $propertyName = GeneralUtility::underscoredToLowerCamelCase($fieldName);
78
-            }
79
-
80
-            $this->storage[$tableName][$fieldName] = $propertyName;
81
-        }
82
-
83
-        return $this->storage[$tableName][$fieldName];
84
-    }
85
-
86
-    /**
87
-     * @return string
88
-     * @throws \RuntimeException
89
-     */
90
-    protected function getFieldName()
91
-    {
92
-        $fieldName = self::$currentField;
93
-        if (empty($fieldName)) {
94
-            throw new \RuntimeException('I could not find a field name value.', 1403203290);
95
-        }
96
-        return $fieldName;
97
-    }
98
-
99
-    /**
100
-     * @return string
101
-     */
102
-    protected function getTableName()
103
-    {
104
-        $tableName = self::$currentTable;
105
-        if (empty($tableName)) {
106
-            throw new \RuntimeException('I could not find a table name value.', 1403203291);
107
-        }
108
-        return $tableName;
109
-    }
21
+	/**
22
+	 * @var string
23
+	 */
24
+	static protected $currentField;
25
+
26
+	/**
27
+	 * @var string
28
+	 */
29
+	static protected $currentTable;
30
+
31
+	/**
32
+	 * @var array
33
+	 */
34
+	protected $storage = [];
35
+
36
+	/**
37
+	 * @param string $fieldName
38
+	 * @return $this
39
+	 * @throws \InvalidArgumentException
40
+	 */
41
+	static public function name($fieldName)
42
+	{
43
+		self::$currentField = $fieldName;
44
+		self::$currentTable = ''; // reset the table name value.
45
+		return GeneralUtility::makeInstance(self::class);
46
+	}
47
+
48
+	/**
49
+	 * @param string|Content $tableNameOrContentObject
50
+	 * @return $this
51
+	 */
52
+	public function of($tableNameOrContentObject)
53
+	{
54
+		// Resolve the table name.
55
+		self::$currentTable = $tableNameOrContentObject instanceof Content ?
56
+			$tableNameOrContentObject->getDataType() :
57
+			$tableNameOrContentObject;
58
+		return $this;
59
+	}
60
+
61
+	public function toPropertyName()
62
+	{
63
+
64
+		$fieldName = $this->getFieldName();
65
+		$tableName = $this->getTableName();
66
+
67
+		if (empty($this->storage[$tableName][$fieldName])) {
68
+			if (!array_key_exists($tableName, $this->storage)) {
69
+				$this->storage[$tableName] = [];
70
+			}
71
+
72
+			// Special case when the field name does not follow the conventions "field_name" => "fieldName".
73
+			// Rely on mapping for those cases.
74
+			if (!empty($GLOBALS['TCA'][$tableName]['vidi']['mappings'][$fieldName])) {
75
+				$propertyName = $GLOBALS['TCA'][$tableName]['vidi']['mappings'][$fieldName];
76
+			} else {
77
+				$propertyName = GeneralUtility::underscoredToLowerCamelCase($fieldName);
78
+			}
79
+
80
+			$this->storage[$tableName][$fieldName] = $propertyName;
81
+		}
82
+
83
+		return $this->storage[$tableName][$fieldName];
84
+	}
85
+
86
+	/**
87
+	 * @return string
88
+	 * @throws \RuntimeException
89
+	 */
90
+	protected function getFieldName()
91
+	{
92
+		$fieldName = self::$currentField;
93
+		if (empty($fieldName)) {
94
+			throw new \RuntimeException('I could not find a field name value.', 1403203290);
95
+		}
96
+		return $fieldName;
97
+	}
98
+
99
+	/**
100
+	 * @return string
101
+	 */
102
+	protected function getTableName()
103
+	{
104
+		$tableName = self::$currentTable;
105
+		if (empty($tableName)) {
106
+			throw new \RuntimeException('I could not find a table name value.', 1403203291);
107
+		}
108
+		return $tableName;
109
+	}
110 110
 
111 111
 }
Please login to merge, or discard this patch.
Classes/Converter/Property.php 1 patch
Indentation   +93 added lines, -93 removed lines patch added patch discarded remove patch
@@ -17,98 +17,98 @@
 block discarded – undo
17 17
 class Property
18 18
 {
19 19
 
20
-    /**
21
-     * @var string
22
-     */
23
-    static protected $currentProperty;
24
-
25
-    /**
26
-     * @var string
27
-     */
28
-    static protected $currentTable;
29
-
30
-    /**
31
-     * @var array
32
-     */
33
-    protected $storage = [];
34
-
35
-    /**
36
-     * @param string $propertyName
37
-     * @return $this
38
-     * @throws \InvalidArgumentException
39
-     */
40
-    static public function name($propertyName)
41
-    {
42
-        self::$currentProperty = $propertyName;
43
-        self::$currentTable = ''; // reset the table name value.
44
-        return GeneralUtility::makeInstance(self::class);
45
-    }
46
-
47
-    /**
48
-     * @param string|Content $tableNameOrContentObject
49
-     * @return $this
50
-     */
51
-    public function of($tableNameOrContentObject)
52
-    {
53
-        // Resolve the table name.
54
-        self::$currentTable = $tableNameOrContentObject instanceof Content ?
55
-            $tableNameOrContentObject->getDataType() :
56
-            $tableNameOrContentObject;
57
-        return $this;
58
-    }
59
-
60
-    public function toFieldName()
61
-    {
62
-        $propertyName = $this->getPropertyName();
63
-        $tableName = $this->getTableName();
64
-
65
-        if (empty($this->storage[$tableName][$propertyName])) {
66
-            if (!array_key_exists($tableName, $this->storage)) {
67
-                $this->storage[$tableName] = [];
68
-            }
69
-
70
-            // Default case
71
-            $fieldName = GeneralUtility::camelCaseToLowerCaseUnderscored($propertyName);
72
-
73
-            // Special case in case the field name does not follow the conventions "field_name" => "fieldName"
74
-            // There is the chance to make some mapping
75
-            if (!empty($GLOBALS['TCA'][$tableName]['vidi']['mappings'])) {
76
-                $key = array_search($propertyName, $GLOBALS['TCA'][$tableName]['vidi']['mappings']);
77
-                if ($key !== false) {
78
-                    $fieldName = $key;
79
-                }
80
-            }
81
-
82
-            $this->storage[$tableName][$propertyName] = $fieldName;
83
-        }
84
-
85
-        return $this->storage[$tableName][$propertyName];
86
-    }
87
-
88
-    /**
89
-     * @return string
90
-     * @throws \RuntimeException
91
-     */
92
-    protected function getPropertyName()
93
-    {
94
-        $propertyName = self::$currentProperty;
95
-        if (empty($propertyName)) {
96
-            throw new \RuntimeException('I could not find a field name value.', 1403203290);
97
-        }
98
-        return $propertyName;
99
-    }
100
-
101
-    /**
102
-     * @return string
103
-     * @throws \RuntimeException
104
-     */
105
-    protected function getTableName()
106
-    {
107
-        $tableName = self::$currentTable;
108
-        if (empty($tableName)) {
109
-            throw new \RuntimeException('I could not find a table name value.', 1403203291);
110
-        }
111
-        return $tableName;
112
-    }
20
+	/**
21
+	 * @var string
22
+	 */
23
+	static protected $currentProperty;
24
+
25
+	/**
26
+	 * @var string
27
+	 */
28
+	static protected $currentTable;
29
+
30
+	/**
31
+	 * @var array
32
+	 */
33
+	protected $storage = [];
34
+
35
+	/**
36
+	 * @param string $propertyName
37
+	 * @return $this
38
+	 * @throws \InvalidArgumentException
39
+	 */
40
+	static public function name($propertyName)
41
+	{
42
+		self::$currentProperty = $propertyName;
43
+		self::$currentTable = ''; // reset the table name value.
44
+		return GeneralUtility::makeInstance(self::class);
45
+	}
46
+
47
+	/**
48
+	 * @param string|Content $tableNameOrContentObject
49
+	 * @return $this
50
+	 */
51
+	public function of($tableNameOrContentObject)
52
+	{
53
+		// Resolve the table name.
54
+		self::$currentTable = $tableNameOrContentObject instanceof Content ?
55
+			$tableNameOrContentObject->getDataType() :
56
+			$tableNameOrContentObject;
57
+		return $this;
58
+	}
59
+
60
+	public function toFieldName()
61
+	{
62
+		$propertyName = $this->getPropertyName();
63
+		$tableName = $this->getTableName();
64
+
65
+		if (empty($this->storage[$tableName][$propertyName])) {
66
+			if (!array_key_exists($tableName, $this->storage)) {
67
+				$this->storage[$tableName] = [];
68
+			}
69
+
70
+			// Default case
71
+			$fieldName = GeneralUtility::camelCaseToLowerCaseUnderscored($propertyName);
72
+
73
+			// Special case in case the field name does not follow the conventions "field_name" => "fieldName"
74
+			// There is the chance to make some mapping
75
+			if (!empty($GLOBALS['TCA'][$tableName]['vidi']['mappings'])) {
76
+				$key = array_search($propertyName, $GLOBALS['TCA'][$tableName]['vidi']['mappings']);
77
+				if ($key !== false) {
78
+					$fieldName = $key;
79
+				}
80
+			}
81
+
82
+			$this->storage[$tableName][$propertyName] = $fieldName;
83
+		}
84
+
85
+		return $this->storage[$tableName][$propertyName];
86
+	}
87
+
88
+	/**
89
+	 * @return string
90
+	 * @throws \RuntimeException
91
+	 */
92
+	protected function getPropertyName()
93
+	{
94
+		$propertyName = self::$currentProperty;
95
+		if (empty($propertyName)) {
96
+			throw new \RuntimeException('I could not find a field name value.', 1403203290);
97
+		}
98
+		return $propertyName;
99
+	}
100
+
101
+	/**
102
+	 * @return string
103
+	 * @throws \RuntimeException
104
+	 */
105
+	protected function getTableName()
106
+	{
107
+		$tableName = self::$currentTable;
108
+		if (empty($tableName)) {
109
+			throw new \RuntimeException('I could not find a table name value.', 1403203291);
110
+		}
111
+		return $tableName;
112
+	}
113 113
 
114 114
 }
Please login to merge, or discard this patch.
Classes/Persistence/Storage/VidiDbBackend.php 1 patch
Indentation   +1047 added lines, -1047 removed lines patch added patch discarded remove patch
@@ -51,1052 +51,1052 @@
 block discarded – undo
51 51
 class VidiDbBackend
52 52
 {
53 53
 
54
-    const OPERATOR_EQUAL_TO_NULL = 'operatorEqualToNull';
55
-    const OPERATOR_NOT_EQUAL_TO_NULL = 'operatorNotEqualToNull';
56
-
57
-    /**
58
-     * The TYPO3 page repository. Used for language and workspace overlay
59
-     *
60
-     * @var PageRepository
61
-     */
62
-    protected $pageRepository;
63
-
64
-    /**
65
-     * @var Query
66
-     */
67
-    protected $query;
68
-
69
-    /**
70
-     * Store some info related to table name and its aliases.
71
-     *
72
-     * @var array
73
-     */
74
-    protected $tableNameAliases = array(
75
-        'aliases' => [],
76
-        'aliasIncrement' => [],
77
-    );
78
-
79
-    /**
80
-     * Use to store the current foreign table name alias.
81
-     *
82
-     * @var string
83
-     */
84
-    protected $currentChildTableNameAlias = '';
85
-
86
-    /**
87
-     * @param Query $query
88
-     */
89
-    public function __construct(Query $query)
90
-    {
91
-        $this->query = $query;
92
-    }
93
-
94
-    /**
95
-     * @param $parameters
96
-     * @return array
97
-     */
98
-    protected static function getTypes($parameters)
99
-    {
100
-        $types = [];
101
-        foreach ($parameters as $parameter) {
102
-            if (is_array($parameter)) {
103
-                if (MathUtility::canBeInterpretedAsInteger($parameter[0])) {
104
-                    $types[] = \Doctrine\DBAL\Connection::PARAM_INT_ARRAY;
105
-                } else {
106
-                    $types[] = \Doctrine\DBAL\Connection::PARAM_STR_ARRAY;
107
-                }
108
-            } else {
109
-                if (MathUtility::canBeInterpretedAsInteger($parameter)) {
110
-                    $types[] = ParameterType::INTEGER;
111
-                } else {
112
-                    $types[] = ParameterType::STRING;
113
-                }
114
-            }
115
-        }
116
-        return $types;
117
-    }
118
-
119
-    /**
120
-     * Returns the result of the query
121
-     */
122
-    public function fetchResult()
123
-    {
124
-        $parameters = [];
125
-        $statementParts = $this->parseQuery($parameters);
126
-        $statementParts = $this->processStatementStructureForRecursiveMMRelation($statementParts);
127
-        $sql = $this->buildQuery($statementParts);
128
-        //print $sql; exit();
129
-
130
-        $rows = $this->getConnection()
131
-            ->executeQuery($sql, $parameters, self::getTypes($parameters))
132
-            ->fetchAll();
133
-
134
-        return $this->getContentObjects($rows);
135
-    }
136
-
137
-    /**
138
-     * Returns the number of tuples matching the query.
139
-     *
140
-     * @return int The number of matching tuples
141
-     */
142
-    public function countResult()
143
-    {
144
-        $parameters = [];
145
-        $statementParts = $this->parseQuery($parameters);
146
-        $statementParts = $this->processStatementStructureForRecursiveMMRelation($statementParts);
147
-        $types = self::getTypes($parameters);
148
-
149
-        // if limit is set, we need to count the rows "manually" as COUNT(*) ignores LIMIT constraints
150
-        if (!empty($statementParts['limit'])) {
151
-            $sql = $this->buildQuery($statementParts);
152
-
153
-            $count = $this
154
-                ->getConnection()
155
-                ->executeQuery($sql, $parameters, $types)
156
-                ->rowCount();
157
-        } else {
158
-            $statementParts['fields'] = array('COUNT(*)');
159
-            // having orderings without grouping is not compatible with non-MySQL DBMS
160
-            $statementParts['orderings'] = [];
161
-            if (isset($statementParts['keywords']['distinct'])) {
162
-                unset($statementParts['keywords']['distinct']);
163
-                $distinctField = $this->query->getDistinct() ? $this->query->getDistinct() : 'uid';
164
-                $statementParts['fields'] = array('COUNT(DISTINCT ' . $statementParts['mainTable'] . '.' . $distinctField . ')');
165
-            }
166
-
167
-            $sql = $this->buildQuery($statementParts);
168
-            $count = $this
169
-                ->getConnection()
170
-                ->executeQuery($sql, $parameters, $types)
171
-                ->fetchColumn(0);
172
-        }
173
-        return (int)$count;
174
-    }
175
-
176
-    /**
177
-     * Parses the query and returns the SQL statement parts.
178
-     *
179
-     * @param array &$parameters
180
-     * @return array
181
-     */
182
-    public function parseQuery(array &$parameters)
183
-    {
184
-        $statementParts = [];
185
-        $statementParts['keywords'] = [];
186
-        $statementParts['tables'] = [];
187
-        $statementParts['unions'] = [];
188
-        $statementParts['fields'] = [];
189
-        $statementParts['where'] = [];
190
-        $statementParts['additionalWhereClause'] = [];
191
-        $statementParts['orderings'] = [];
192
-        $statementParts['limit'] = [];
193
-        $query = $this->query;
194
-        $source = $query->getSource();
195
-        $this->parseSource($source, $statementParts);
196
-        $this->parseConstraint($query->getConstraint(), $source, $statementParts, $parameters);
197
-        $this->parseOrderings($query->getOrderings(), $source, $statementParts);
198
-        $this->parseLimitAndOffset($query->getLimit(), $query->getOffset(), $statementParts);
199
-        $tableNames = array_unique(array_keys($statementParts['tables'] + $statementParts['unions']));
200
-        foreach ($tableNames as $tableNameOrAlias) {
201
-            if (is_string($tableNameOrAlias) && strlen($tableNameOrAlias) > 0) {
202
-                $this->addAdditionalWhereClause($query->getTypo3QuerySettings(), $tableNameOrAlias, $statementParts);
203
-            }
204
-        }
205
-
206
-        return $statementParts;
207
-    }
208
-
209
-    /**
210
-     * Fiddle with the statement structure to handle recursive MM relations.
211
-     * For the recursive MM query to work, we must invert some values.
212
-     * Let see if that is the best way of doing that...
213
-     *
214
-     * @param array $statementParts
215
-     * @return array
216
-     */
217
-    public function processStatementStructureForRecursiveMMRelation(array $statementParts)
218
-    {
219
-
220
-        if ($this->hasRecursiveMMRelation()) {
221
-            $tableName = $this->query->getType();
222
-
223
-            // In order the MM query to work for a recursive MM query, we must invert some values.
224
-            // tx_domain_model_foo0 (the alias) <--> tx_domain_model_foo (the origin table name)
225
-            $values = [];
226
-            foreach ($statementParts['fields'] as $key => $value) {
227
-                $values[$key] = str_replace($tableName, $tableName . '0', $value);
228
-            }
229
-            $statementParts['fields'] = $values;
230
-
231
-            // Same comment as above.
232
-            $values = [];
233
-            foreach ($statementParts['where'] as $key => $value) {
234
-                $values[$key] = str_replace($tableName . '0', $tableName, $value);
235
-            }
236
-            $statementParts['where'] = $values;
237
-
238
-            // We must be more restrictive by transforming the "left" union by "inner"
239
-            $values = [];
240
-            foreach ($statementParts['unions'] as $key => $value) {
241
-                $values[$key] = str_replace('LEFT JOIN', 'INNER JOIN', $value);
242
-            }
243
-            $statementParts['unions'] = $values;
244
-        }
245
-
246
-        return $statementParts;
247
-    }
248
-
249
-    /**
250
-     * Tell whether there is a recursive MM relation.
251
-     *
252
-     * @return bool
253
-     */
254
-    public function hasRecursiveMMRelation()
255
-    {
256
-        return isset($this->tableNameAliases['aliasIncrement'][$this->query->getType()]);
257
-
258
-    }
259
-
260
-    /**
261
-     * Returns the statement, ready to be executed.
262
-     *
263
-     * @param array $statementParts The SQL statement parts
264
-     * @return string The SQL statement
265
-     */
266
-    public function buildQuery(array $statementParts)
267
-    {
268
-
269
-        // Add more statement to the UNION part.
270
-        if (!empty($statementParts['unions'])) {
271
-            foreach ($statementParts['unions'] as $tableName => $unionPart) {
272
-                if (!empty($statementParts['additionalWhereClause'][$tableName])) {
273
-                    $statementParts['unions'][$tableName] .= ' AND ' . implode(' AND ', $statementParts['additionalWhereClause'][$tableName]);
274
-                }
275
-            }
276
-        }
277
-
278
-        $statement = 'SELECT ' . implode(' ', $statementParts['keywords']) . ' ' . implode(',', $statementParts['fields']) . ' FROM ' . implode(' ', $statementParts['tables']) . ' ' . implode(' ', $statementParts['unions']);
279
-        if (!empty($statementParts['where'])) {
280
-            $statement .= ' WHERE ' . implode('', $statementParts['where']);
281
-            if (!empty($statementParts['additionalWhereClause'][$this->query->getType()])) {
282
-                $statement .= ' AND ' . implode(' AND ', $statementParts['additionalWhereClause'][$this->query->getType()]);
283
-            }
284
-        } elseif (!empty($statementParts['additionalWhereClause'])) {
285
-            $statement .= ' WHERE ' . implode(' AND ', $statementParts['additionalWhereClause'][$this->query->getType()]);
286
-        }
287
-        if (!empty($statementParts['orderings'])) {
288
-            $statement .= ' ORDER BY ' . implode(', ', $statementParts['orderings']);
289
-        }
290
-        if (!empty($statementParts['limit'])) {
291
-            $statement .= ' LIMIT ' . $statementParts['limit'];
292
-        }
293
-
294
-        return $statement;
295
-    }
296
-
297
-    /**
298
-     * Transforms a Query Source into SQL and parameter arrays
299
-     *
300
-     * @param SourceInterface $source The source
301
-     * @param array &$sql
302
-     * @return void
303
-     */
304
-    protected function parseSource(SourceInterface $source, array &$sql)
305
-    {
306
-        $tableName = $this->getTableName();
307
-        $sql['fields'][$tableName] = $tableName . '.*';
308
-        if ($this->query->getDistinct()) {
309
-            $sql['fields'][$tableName] = $tableName . '.' . $this->query->getDistinct();
310
-            $sql['keywords']['distinct'] = 'DISTINCT';
311
-        }
312
-        $sql['tables'][$tableName] = $tableName;
313
-        $sql['mainTable'] = $tableName;
314
-    }
315
-
316
-    /**
317
-     * Transforms a constraint into SQL and parameter arrays
318
-     *
319
-     * @param ConstraintInterface $constraint The constraint
320
-     * @param SourceInterface $source The source
321
-     * @param array &$statementParts The query parts
322
-     * @param array &$parameters The parameters that will replace the markers
323
-     * @return void
324
-     */
325
-    protected function parseConstraint(ConstraintInterface $constraint = null, SourceInterface $source, array &$statementParts, array &$parameters)
326
-    {
327
-        if ($constraint instanceof AndInterface) {
328
-            $statementParts['where'][] = '(';
329
-            $this->parseConstraint($constraint->getConstraint1(), $source, $statementParts, $parameters);
330
-            $statementParts['where'][] = ' AND ';
331
-            $this->parseConstraint($constraint->getConstraint2(), $source, $statementParts, $parameters);
332
-            $statementParts['where'][] = ')';
333
-        } elseif ($constraint instanceof OrInterface) {
334
-            $statementParts['where'][] = '(';
335
-            $this->parseConstraint($constraint->getConstraint1(), $source, $statementParts, $parameters);
336
-            $statementParts['where'][] = ' OR ';
337
-            $this->parseConstraint($constraint->getConstraint2(), $source, $statementParts, $parameters);
338
-            $statementParts['where'][] = ')';
339
-        } elseif ($constraint instanceof NotInterface) {
340
-            $statementParts['where'][] = 'NOT (';
341
-            $this->parseConstraint($constraint->getConstraint(), $source, $statementParts, $parameters);
342
-            $statementParts['where'][] = ')';
343
-        } elseif ($constraint instanceof ComparisonInterface) {
344
-            $this->parseComparison($constraint, $source, $statementParts, $parameters);
345
-        }
346
-    }
347
-
348
-    /**
349
-     * Parse a Comparison into SQL and parameter arrays.
350
-     *
351
-     * @param ComparisonInterface $comparison The comparison to parse
352
-     * @param SourceInterface $source The source
353
-     * @param array &$statementParts SQL query parts to add to
354
-     * @param array &$parameters Parameters to bind to the SQL
355
-     * @return void
356
-     * @throws Exception\RepositoryException
357
-     */
358
-    protected function parseComparison(ComparisonInterface $comparison, SourceInterface $source, array &$statementParts, array &$parameters)
359
-    {
360
-        $operand1 = $comparison->getOperand1();
361
-        $operator = $comparison->getOperator();
362
-        $operand2 = $comparison->getOperand2();
363
-        if ($operator === QueryInterface::OPERATOR_IN) {
364
-            $items = [];
365
-            $hasValue = false;
366
-            foreach ($operand2 as $value) {
367
-                $value = $this->getPlainValue($value);
368
-                if ($value !== null) {
369
-                    $items[] = $value;
370
-                    $hasValue = true;
371
-                }
372
-            }
373
-            if ($hasValue === false) {
374
-                $statementParts['where'][] = '1<>1';
375
-            } else {
376
-                $this->parseDynamicOperand($operand1, $operator, $source, $statementParts, $parameters, null);
377
-                $parameters[] = $items;
378
-            }
379
-        } elseif ($operator === QueryInterface::OPERATOR_CONTAINS) {
380
-            if ($operand2 === null) {
381
-                $statementParts['where'][] = '1<>1';
382
-            } else {
383
-                throw new \Exception('Not implemented! Contact extension author.', 1412931227);
384
-                # @todo re-implement me if necessary.
385
-                #$tableName = $this->query->getType();
386
-                #$propertyName = $operand1->getPropertyName();
387
-                #while (strpos($propertyName, '.') !== false) {
388
-                #	$this->addUnionStatement($tableName, $propertyName, $statementParts);
389
-                #}
390
-                #$columnName = $propertyName;
391
-                #$columnMap = $propertyName;
392
-                #$typeOfRelation = $columnMap instanceof ColumnMap ? $columnMap->getTypeOfRelation() : null;
393
-                #if ($typeOfRelation === ColumnMap::RELATION_HAS_AND_BELONGS_TO_MANY) {
394
-                #	$relationTableName = $columnMap->getRelationTableName();
395
-                #	$statementParts['where'][] = $tableName . '.uid IN (SELECT ' . $columnMap->getParentKeyFieldName() . ' FROM ' . $relationTableName . ' WHERE ' . $columnMap->getChildKeyFieldName() . '=?)';
396
-                #	$parameters[] = intval($this->getPlainValue($operand2));
397
-                #} elseif ($typeOfRelation === ColumnMap::RELATION_HAS_MANY) {
398
-                #	$parentKeyFieldName = $columnMap->getParentKeyFieldName();
399
-                #	if (isset($parentKeyFieldName)) {
400
-                #		$childTableName = $columnMap->getChildTableName();
401
-                #		$statementParts['where'][] = $tableName . '.uid=(SELECT ' . $childTableName . '.' . $parentKeyFieldName . ' FROM ' . $childTableName . ' WHERE ' . $childTableName . '.uid=?)';
402
-                #		$parameters[] = intval($this->getPlainValue($operand2));
403
-                #	} else {
404
-                #		$statementParts['where'][] = 'FIND_IN_SET(?,' . $tableName . '.' . $columnName . ')';
405
-                #		$parameters[] = intval($this->getPlainValue($operand2));
406
-                #	}
407
-                #} else {
408
-                #	throw new Exception\RepositoryException('Unsupported or non-existing property name "' . $propertyName . '" used in relation matching.', 1327065745);
409
-                #}
410
-            }
411
-        } else {
412
-            if ($operand2 === null) {
413
-                if ($operator === QueryInterface::OPERATOR_EQUAL_TO) {
414
-                    $operator = self::OPERATOR_EQUAL_TO_NULL;
415
-                } elseif ($operator === QueryInterface::OPERATOR_NOT_EQUAL_TO) {
416
-                    $operator = self::OPERATOR_NOT_EQUAL_TO_NULL;
417
-                }
418
-            }
419
-            $this->parseDynamicOperand($operand1, $operator, $source, $statementParts, $parameters);
420
-            $parameters[] = $this->getPlainValue($operand2);
421
-        }
422
-    }
423
-
424
-    /**
425
-     * Returns a plain value, i.e. objects are flattened if possible.
426
-     *
427
-     * @param mixed $input
428
-     * @return mixed
429
-     * @throws UnexpectedTypeException
430
-     */
431
-    protected function getPlainValue($input)
432
-    {
433
-        if (is_array($input)) {
434
-            throw new UnexpectedTypeException('An array could not be converted to a plain value.', 1274799932);
435
-        }
436
-        if ($input instanceof \DateTime) {
437
-            return $input->format('U');
438
-        } elseif (is_object($input)) {
439
-            if ($input instanceof LazyLoadingProxy) {
440
-                $realInput = $input->_loadRealInstance();
441
-            } else {
442
-                $realInput = $input;
443
-            }
444
-            if ($realInput instanceof DomainObjectInterface) {
445
-                return $realInput->getUid();
446
-            } else {
447
-                throw new UnexpectedTypeException('An object of class "' . get_class($realInput) . '" could not be converted to a plain value.', 1274799934);
448
-            }
449
-        } elseif (is_bool($input)) {
450
-            return $input === true ? 1 : 0;
451
-        } else {
452
-            return $input;
453
-        }
454
-    }
455
-
456
-    /**
457
-     * Parse a DynamicOperand into SQL and parameter arrays.
458
-     *
459
-     * @param DynamicOperandInterface $operand
460
-     * @param string $operator One of the JCR_OPERATOR_* constants
461
-     * @param SourceInterface $source The source
462
-     * @param array &$statementParts The query parts
463
-     * @param array &$parameters The parameters that will replace the markers
464
-     * @param string $valueFunction an optional SQL function to apply to the operand value
465
-     * @return void
466
-     */
467
-    protected function parseDynamicOperand(DynamicOperandInterface $operand, $operator, SourceInterface $source, array &$statementParts, array &$parameters, $valueFunction = null)
468
-    {
469
-        if ($operand instanceof LowerCaseInterface) {
470
-            $this->parseDynamicOperand($operand->getOperand(), $operator, $source, $statementParts, $parameters, 'LOWER');
471
-        } elseif ($operand instanceof UpperCaseInterface) {
472
-            $this->parseDynamicOperand($operand->getOperand(), $operator, $source, $statementParts, $parameters, 'UPPER');
473
-        } elseif ($operand instanceof PropertyValueInterface) {
474
-            $propertyName = $operand->getPropertyName();
475
-
476
-            // Reset value.
477
-            $this->currentChildTableNameAlias = '';
478
-
479
-            if ($source instanceof SelectorInterface) {
480
-                $tableName = $this->query->getType();
481
-                while (strpos($propertyName, '.') !== false) {
482
-                    $this->addUnionStatement($tableName, $propertyName, $statementParts);
483
-                }
484
-            } elseif ($source instanceof JoinInterface) {
485
-                $tableName = $source->getJoinCondition()->getSelector1Name();
486
-            }
487
-
488
-            $columnName = $propertyName;
489
-            $resolvedOperator = $this->resolveOperator($operator);
490
-            $constraintSQL = '';
491
-
492
-            $marker = $operator === QueryInterface::OPERATOR_IN
493
-                ? '(?)'
494
-                : '?';
495
-
496
-            if ($valueFunction === null) {
497
-                $constraintSQL .= (!empty($tableName) ? $tableName . '.' : '') . $columnName . ' ' . $resolvedOperator . ' ' . $marker;
498
-            } else {
499
-                $constraintSQL .= $valueFunction . '(' . (!empty($tableName) ? $tableName . '.' : '') . $columnName . ') ' . $resolvedOperator . ' ' . $marker;
500
-            }
501
-
502
-            if (isset($tableName) && !empty($this->currentChildTableNameAlias)) {
503
-                $constraintSQL = $this->replaceTableNameByAlias($tableName, $this->currentChildTableNameAlias, $constraintSQL);
504
-            }
505
-            $statementParts['where'][] = $constraintSQL;
506
-        }
507
-    }
508
-
509
-    /**
510
-     * @param string &$tableName
511
-     * @param string &$propertyPath
512
-     * @param array &$statementParts
513
-     */
514
-    protected function addUnionStatement(&$tableName, &$propertyPath, array &$statementParts)
515
-    {
516
-
517
-        $table = Tca::table($tableName);
518
-
519
-        $explodedPropertyPath = explode('.', $propertyPath, 2);
520
-        $fieldName = $explodedPropertyPath[0];
521
-
522
-        // Field of type "group" are special because property path must contain the table name
523
-        // to determine the relation type. Example for sys_category, property path will look like "items.sys_file"
524
-        $parts = explode('.', $propertyPath, 3);
525
-        if ($table->field($fieldName)->isGroup() && count($parts) > 2) {
526
-            $explodedPropertyPath[0] = $parts[0] . '.' . $parts[1];
527
-            $explodedPropertyPath[1] = $parts[2];
528
-            $fieldName = $explodedPropertyPath[0];
529
-        }
530
-
531
-        $parentKeyFieldName = $table->field($fieldName)->getForeignField();
532
-        $childTableName = $table->field($fieldName)->getForeignTable();
533
-
534
-        if ($childTableName === null) {
535
-            throw new InvalidRelationConfigurationException('The relation information for property "' . $fieldName . '" of class "' . $tableName . '" is missing.', 1353170925);
536
-        }
537
-
538
-        if ($table->field($fieldName)->hasOne()) { // includes relation "one-to-one" and "many-to-one"
539
-            // sometimes the opposite relation is not defined. We don't want to force this config for backward compatibility reasons.
540
-            // $parentKeyFieldName === null does the trick somehow. Before condition was if (isset($parentKeyFieldName))
541
-            if ($table->field($fieldName)->hasRelationManyToOne() || $parentKeyFieldName === null) {
542
-                $statementParts['unions'][$childTableName] = 'LEFT JOIN ' . $childTableName . ' ON ' . $tableName . '.' . $fieldName . '=' . $childTableName . '.uid';
543
-            } else {
544
-                $statementParts['unions'][$childTableName] = 'LEFT JOIN ' . $childTableName . ' ON ' . $tableName . '.uid=' . $childTableName . '.' . $parentKeyFieldName;
545
-            }
546
-        } elseif ($table->field($fieldName)->hasRelationManyToMany()) {
547
-            $relationTableName = $table->field($fieldName)->getManyToManyTable();
548
-
549
-            $parentKeyFieldName = $table->field($fieldName)->isOppositeRelation() ? 'uid_foreign' : 'uid_local';
550
-            $childKeyFieldName = !$table->field($fieldName)->isOppositeRelation() ? 'uid_foreign' : 'uid_local';
551
-
552
-            // MM table e.g sys_category_record_mm
553
-            $relationTableNameAlias = $this->generateAlias($relationTableName);
554
-            $join = sprintf(
555
-                'LEFT JOIN %s AS %s ON %s.uid=%s.%s', $relationTableName,
556
-                $relationTableNameAlias,
557
-                $tableName,
558
-                $relationTableNameAlias,
559
-                $parentKeyFieldName
560
-            );
561
-            $statementParts['unions'][$relationTableNameAlias] = $join;
562
-
563
-            // Foreign table e.g sys_category
564
-            $childTableNameAlias = $this->generateAlias($childTableName);
565
-            $this->currentChildTableNameAlias = $childTableNameAlias;
566
-            $join = sprintf(
567
-                'LEFT JOIN %s AS %s ON %s.%s=%s.uid',
568
-                $childTableName,
569
-                $childTableNameAlias,
570
-                $relationTableNameAlias,
571
-                $childKeyFieldName,
572
-                $childTableNameAlias
573
-            );
574
-            $statementParts['unions'][$childTableNameAlias] = $join;
575
-
576
-            // Find a possible table name for a MM condition.
577
-            $tableNameCondition = $table->field($fieldName)->getAdditionalTableNameCondition();
578
-            if ($tableNameCondition) {
579
-
580
-                // If we can find a source file name,  we can then retrieve more MM conditions from the TCA such as a field name.
581
-                $sourceFileName = $this->query->getSourceFieldName();
582
-                if (empty($sourceFileName)) {
583
-                    $additionalMMConditions = array(
584
-                        'tablenames' => $tableNameCondition,
585
-                    );
586
-                } else {
587
-                    $additionalMMConditions = Tca::table($tableNameCondition)->field($sourceFileName)->getAdditionalMMCondition();
588
-                }
589
-
590
-                foreach ($additionalMMConditions as $additionalFieldName => $additionalMMCondition) {
591
-                    $additionalJoin = sprintf(' AND %s.%s = "%s"', $relationTableNameAlias, $additionalFieldName, $additionalMMCondition);
592
-                    $statementParts['unions'][$relationTableNameAlias] .= $additionalJoin;
593
-
594
-                    $additionalJoin = sprintf(' AND %s.%s = "%s"', $relationTableNameAlias, $additionalFieldName, $additionalMMCondition);
595
-                    $statementParts['unions'][$childTableNameAlias] .= $additionalJoin;
596
-                }
597
-            }
598
-
599
-        } elseif ($table->field($fieldName)->hasMany()) { // includes relations "many-to-one" and "csv" relations
600
-            $childTableNameAlias = $this->generateAlias($childTableName);
601
-            $this->currentChildTableNameAlias = $childTableNameAlias;
602
-
603
-            if (isset($parentKeyFieldName)) {
604
-                $join = sprintf(
605
-                    'LEFT JOIN %s AS %s ON %s.uid=%s.%s',
606
-                    $childTableName,
607
-                    $childTableNameAlias,
608
-                    $tableName,
609
-                    $childTableNameAlias,
610
-                    $parentKeyFieldName
611
-                );
612
-                $statementParts['unions'][$childTableNameAlias] = $join;
613
-            } else {
614
-                $join = sprintf(
615
-                    'LEFT JOIN %s AS %s ON (FIND_IN_SET(%s.uid, %s.%s))',
616
-                    $childTableName,
617
-                    $childTableNameAlias,
618
-                    $childTableNameAlias,
619
-                    $tableName,
620
-                    $fieldName
621
-                );
622
-                $statementParts['unions'][$childTableNameAlias] = $join;
623
-            }
624
-        } else {
625
-            throw new Exception('Could not determine type of relation.', 1252502725);
626
-        }
627
-
628
-        $statementParts['keywords']['distinct'] = 'DISTINCT';
629
-        $propertyPath = $explodedPropertyPath[1];
630
-        $tableName = $childTableName;
631
-    }
632
-
633
-    /**
634
-     * Returns the SQL operator for the given JCR operator type.
635
-     *
636
-     * @param string $operator One of the JCR_OPERATOR_* constants
637
-     * @return string an SQL operator
638
-     * @throws Exception
639
-     */
640
-    protected function resolveOperator($operator)
641
-    {
642
-        switch ($operator) {
643
-            case self::OPERATOR_EQUAL_TO_NULL:
644
-                $operator = 'IS';
645
-                break;
646
-            case self::OPERATOR_NOT_EQUAL_TO_NULL:
647
-                $operator = 'IS NOT';
648
-                break;
649
-            case QueryInterface::OPERATOR_IN:
650
-                $operator = 'IN';
651
-                break;
652
-            case QueryInterface::OPERATOR_EQUAL_TO:
653
-                $operator = '=';
654
-                break;
655
-            case QueryInterface::OPERATOR_NOT_EQUAL_TO:
656
-                $operator = '!=';
657
-                break;
658
-            case QueryInterface::OPERATOR_LESS_THAN:
659
-                $operator = '<';
660
-                break;
661
-            case QueryInterface::OPERATOR_LESS_THAN_OR_EQUAL_TO:
662
-                $operator = '<=';
663
-                break;
664
-            case QueryInterface::OPERATOR_GREATER_THAN:
665
-                $operator = '>';
666
-                break;
667
-            case QueryInterface::OPERATOR_GREATER_THAN_OR_EQUAL_TO:
668
-                $operator = '>=';
669
-                break;
670
-            case QueryInterface::OPERATOR_LIKE:
671
-                $operator = 'LIKE';
672
-                break;
673
-            default:
674
-                throw new Exception('Unsupported operator encountered.', 1242816073);
675
-        }
676
-        return $operator;
677
-    }
678
-
679
-    /**
680
-     * Adds additional WHERE statements according to the query settings.
681
-     *
682
-     * @param QuerySettingsInterface $querySettings The TYPO3 CMS specific query settings
683
-     * @param string $tableNameOrAlias The table name to add the additional where clause for
684
-     * @param array &$statementParts
685
-     * @return void
686
-     */
687
-    protected function addAdditionalWhereClause(QuerySettingsInterface $querySettings, $tableNameOrAlias, &$statementParts)
688
-    {
689
-        $this->addVisibilityConstraintStatement($querySettings, $tableNameOrAlias, $statementParts);
690
-        if ($querySettings->getRespectSysLanguage()) {
691
-            $this->addSysLanguageStatement($tableNameOrAlias, $statementParts, $querySettings);
692
-        }
693
-    }
694
-
695
-    /**
696
-     * Adds enableFields and deletedClause to the query if necessary
697
-     *
698
-     * @param QuerySettingsInterface $querySettings
699
-     * @param string $tableNameOrAlias The database table name
700
-     * @param array &$statementParts The query parts
701
-     * @return void
702
-     */
703
-    protected function addVisibilityConstraintStatement(QuerySettingsInterface $querySettings, $tableNameOrAlias, array &$statementParts)
704
-    {
705
-        $statement = '';
706
-        $tableName = $this->resolveTableNameAlias($tableNameOrAlias);
707
-        if (is_array($GLOBALS['TCA'][$tableName]['ctrl'])) {
708
-            $ignoreEnableFields = $querySettings->getIgnoreEnableFields();
709
-            $enableFieldsToBeIgnored = $querySettings->getEnableFieldsToBeIgnored();
710
-            $includeDeleted = $querySettings->getIncludeDeleted();
711
-            if (ApplicationType::fromRequest($GLOBALS['TYPO3_REQUEST'])->isFrontend()) {
712
-                $statement .= $this->getFrontendConstraintStatement($tableNameOrAlias, $ignoreEnableFields, $enableFieldsToBeIgnored, $includeDeleted);
713
-            } else {
714
-                // 'BE' case
715
-                $statement .= $this->getBackendConstraintStatement($tableNameOrAlias, $ignoreEnableFields, $includeDeleted);
716
-            }
717
-
718
-            // Remove the prefixing "AND" if any.
719
-            if (!empty($statement)) {
720
-                $statement = strtolower(substr($statement, 1, 3)) === 'and' ? substr($statement, 5) : $statement;
721
-                $statementParts['additionalWhereClause'][$tableNameOrAlias][] = $statement;
722
-            }
723
-        }
724
-    }
725
-
726
-    /**
727
-     * Returns constraint statement for frontend context
728
-     *
729
-     * @param string $tableNameOrAlias
730
-     * @param boolean $ignoreEnableFields A flag indicating whether the enable fields should be ignored
731
-     * @param array $enableFieldsToBeIgnored If $ignoreEnableFields is true, this array specifies enable fields to be ignored. If it is null or an empty array (default) all enable fields are ignored.
732
-     * @param boolean $includeDeleted A flag indicating whether deleted records should be included
733
-     * @return string
734
-     * @throws Exception\InconsistentQuerySettingsException
735
-     */
736
-    protected function getFrontendConstraintStatement($tableNameOrAlias, $ignoreEnableFields, $enableFieldsToBeIgnored, $includeDeleted)
737
-    {
738
-        $statement = '';
739
-        $tableName = $this->resolveTableNameAlias($tableNameOrAlias);
740
-        if ($ignoreEnableFields && !$includeDeleted) {
741
-            if (count($enableFieldsToBeIgnored)) {
742
-                // array_combine() is necessary because of the way \TYPO3\CMS\Frontend\Page\PageRepository::enableFields() is implemented
743
-                $statement .= $this->getPageRepository()->enableFields($tableName, -1, array_combine($enableFieldsToBeIgnored, $enableFieldsToBeIgnored));
744
-            } else {
745
-                $statement .= $this->getPageRepository()->deleteClause($tableName);
746
-            }
747
-        } elseif (!$ignoreEnableFields && !$includeDeleted) {
748
-            $statement .= $this->getPageRepository()->enableFields($tableName);
749
-        } elseif (!$ignoreEnableFields && $includeDeleted) {
750
-            throw new InconsistentQuerySettingsException('Query setting "ignoreEnableFields=false" can not be used together with "includeDeleted=true" in frontend context.', 1327678173);
751
-        }
752
-        return $this->replaceTableNameByAlias($tableName, $tableNameOrAlias, $statement);
753
-    }
754
-
755
-    /**
756
-     * Returns constraint statement for backend context
757
-     *
758
-     * @param string $tableNameOrAlias
759
-     * @param boolean $ignoreEnableFields A flag indicating whether the enable fields should be ignored
760
-     * @param boolean $includeDeleted A flag indicating whether deleted records should be included
761
-     * @return string
762
-     */
763
-    protected function getBackendConstraintStatement($tableNameOrAlias, $ignoreEnableFields, $includeDeleted)
764
-    {
765
-        $tableName = $this->resolveTableNameAlias($tableNameOrAlias);
766
-        $statement = '';
767
-        if (!$ignoreEnableFields) {
768
-            $statement .= BackendUtility::BEenableFields($tableName);
769
-        }
770
-
771
-        // If the table is found to have "workspace" support, add the corresponding fields in the statement.
772
-        if (Tca::table($tableName)->hasWorkspaceSupport()) {
773
-            if ($this->getBackendUser()->workspace === 0) {
774
-                $statement .= ' AND ' . $tableName . '.t3ver_state<=' . new VersionState(VersionState::DEFAULT_STATE);
775
-            } else {
776
-                // Show only records of live and of the current workspace
777
-                // In case we are in a Versioning preview
778
-                $statement .= ' AND (' .
779
-                    $tableName . '.t3ver_wsid=0 OR ' .
780
-                    $tableName . '.t3ver_wsid=' . (int)$this->getBackendUser()->workspace .
781
-                    ')';
782
-            }
783
-
784
-            // Check if this segment make sense here or whether it should be in the "if" part when we have workspace = 0
785
-            $statement .= ' AND ' . $tableName . '.pid<>-1';
786
-        }
787
-
788
-        if (!$includeDeleted) {
789
-            $statement .= BackendUtility::deleteClause($tableName);
790
-        }
791
-
792
-        return $this->replaceTableNameByAlias($tableName, $tableNameOrAlias, $statement);
793
-    }
794
-
795
-    /**
796
-     * Builds the language field statement
797
-     *
798
-     * @param string $tableNameOrAlias The database table name
799
-     * @param array &$statementParts The query parts
800
-     * @param QuerySettingsInterface $querySettings The TYPO3 CMS specific query settings
801
-     * @return void
802
-     * @throws Exception
803
-     */
804
-    protected function addSysLanguageStatement($tableNameOrAlias, array &$statementParts, $querySettings)
805
-    {
806
-        $tableName = $this->resolveTableNameAlias($tableNameOrAlias);
807
-        if (is_array($GLOBALS['TCA'][$tableName]['ctrl'])) {
808
-            if (!empty($GLOBALS['TCA'][$tableName]['ctrl']['languageField'])) {
809
-                // Select all entries for the current language
810
-                $additionalWhereClause = $tableNameOrAlias . '.' . $GLOBALS['TCA'][$tableName]['ctrl']['languageField'] . ' IN (' . intval($querySettings->getLanguageUid()) . ',-1)';
811
-                // If any language is set -> get those entries which are not translated yet
812
-                // They will be removed by t3lib_page::getRecordOverlay if not matching overlay mode
813
-                if (isset($GLOBALS['TCA'][$tableName]['ctrl']['transOrigPointerField'])
814
-                    && $querySettings->getLanguageUid() > 0
815
-                ) {
816
-                    $additionalWhereClause .= ' OR (' . $tableNameOrAlias . '.' . $GLOBALS['TCA'][$tableName]['ctrl']['languageField'] . '=0' .
817
-                        ' AND ' . $tableNameOrAlias . '.uid NOT IN (SELECT ' . $tableName . '.' . $GLOBALS['TCA'][$tableName]['ctrl']['transOrigPointerField'] .
818
-                        ' FROM ' . $tableName .
819
-                        ' WHERE ' . $tableName . '.' . $GLOBALS['TCA'][$tableName]['ctrl']['transOrigPointerField'] . '>0' .
820
-                        ' AND ' . $tableName . '.' . $GLOBALS['TCA'][$tableName]['ctrl']['languageField'] . '>0';
821
-
822
-                    // Add delete clause to ensure all entries are loaded
823
-                    if (isset($GLOBALS['TCA'][$tableName]['ctrl']['delete'])) {
824
-                        $additionalWhereClause .= ' AND ' . $tableNameOrAlias . '.' . $GLOBALS['TCA'][$tableName]['ctrl']['delete'] . '=0';
825
-                    }
826
-                    $additionalWhereClause .= '))';
827
-                }
828
-                $statementParts['additionalWhereClause'][$tableNameOrAlias][] = '(' . $additionalWhereClause . ')';
829
-            }
830
-        }
831
-    }
832
-
833
-    /**
834
-     * Transforms orderings into SQL.
835
-     *
836
-     * @param array $orderings An array of orderings (Tx_Extbase_Persistence_QOM_Ordering)
837
-     * @param SourceInterface $source The source
838
-     * @param array &$statementParts The query parts
839
-     * @return void
840
-     * @throws Exception\UnsupportedOrderException
841
-     */
842
-    protected function parseOrderings(array $orderings, SourceInterface $source, array &$statementParts)
843
-    {
844
-        foreach ($orderings as $fieldNameAndPath => $order) {
845
-            switch ($order) {
846
-                case QueryInterface::ORDER_ASCENDING:
847
-                    $order = 'ASC';
848
-                    break;
849
-                case QueryInterface::ORDER_DESCENDING:
850
-                    $order = 'DESC';
851
-                    break;
852
-                default:
853
-                    throw new UnsupportedOrderException('Unsupported order encountered.', 1456845126);
854
-            }
855
-
856
-            $tableName = $this->getFieldPathResolver()->getDataType($fieldNameAndPath, $this->query->getType());
857
-            $fieldName = $this->getFieldPathResolver()->stripFieldPath($fieldNameAndPath, $tableName);
858
-            $statementParts['orderings'][] = sprintf('%s.%s %s', $tableName, $fieldName, $order);
859
-        }
860
-    }
861
-
862
-    /**
863
-     * Transforms limit and offset into SQL
864
-     *
865
-     * @param int $limit
866
-     * @param int $offset
867
-     * @param array &$statementParts
868
-     * @return void
869
-     */
870
-    protected function parseLimitAndOffset($limit, $offset, array &$statementParts)
871
-    {
872
-        if ($limit !== null && $offset !== null) {
873
-            $statementParts['limit'] = intval($offset) . ', ' . intval($limit);
874
-        } elseif ($limit !== null) {
875
-            $statementParts['limit'] = intval($limit);
876
-        }
877
-    }
878
-
879
-    /**
880
-     * @param array $rows
881
-     * @return array
882
-     */
883
-    protected function getContentObjects(array $rows): array
884
-    {
885
-        $contentObjects = [];
886
-        foreach ($rows as $row) {
887
-
888
-            // Get language uid from querySettings.
889
-            // Ensure the backend handling is not broken (fallback to Get parameter 'L' if needed)
890
-            $overlaidRow = $this->doLanguageAndWorkspaceOverlay(
891
-                $row,
892
-                $this->query->getTypo3QuerySettings()
893
-            );
894
-
895
-            $contentObjects[] = GeneralUtility::makeInstance(
896
-                Content::class,
897
-                $this->query->getType(),
898
-                $overlaidRow
899
-            );
900
-        }
901
-
902
-        return $contentObjects;
903
-    }
904
-
905
-    /**
906
-     * Performs workspace and language overlay on the given row array. The language and workspace id is automatically
907
-     * detected (depending on FE or BE context). You can also explicitly set the language/workspace id.
908
-     *
909
-     * @param array $row
910
-     * @param QuerySettingsInterface $querySettings The TYPO3 CMS specific query settings
911
-     * @return array
912
-     */
913
-    protected function doLanguageAndWorkspaceOverlay(array $row, $querySettings)
914
-    {
915
-        $tableName = $this->getTableName();
916
-
917
-        $pageRepository = $this->getPageRepository();
918
-        if (is_object($GLOBALS['TSFE'])) {
919
-            $languageMode = $GLOBALS['TSFE']->sys_language_mode;
920
-            #if ($this->isBackendUserLogged() && $this->getBackendUser()->workspace !== 0) {
921
-            #    $pageRepository->versioningWorkspaceId = $this->getBackendUser()->workspace;
922
-            #}
923
-        } else {
924
-            $languageMode = '';
925
-            $workspaceUid = $this->getBackendUser()->workspace;
926
-            #$pageRepository->versioningWorkspaceId = $workspaceUid;
927
-            #if ($this->getBackendUser()->workspace !== 0) {
928
-            #    $pageRepository->versioningPreview = 1;
929
-            #}
930
-        }
931
-
932
-        // If current row is a translation select its parent
933
-        if (isset($GLOBALS['TCA'][$tableName]['ctrl']['languageField'])
934
-            && isset($GLOBALS['TCA'][$tableName]['ctrl']['transOrigPointerField'])
935
-        ) {
936
-            if (isset($row[$GLOBALS['TCA'][$tableName]['ctrl']['transOrigPointerField']])
937
-                && $row[$GLOBALS['TCA'][$tableName]['ctrl']['transOrigPointerField']] > 0
938
-            ) {
939
-                $queryBuilder = $this->getQueryBuilder();
940
-                $row = $queryBuilder
941
-                    ->select($tableName . '.*')
942
-                    ->from($tableName)
943
-                    ->andWhere(
944
-                        $tableName . '.uid=' . (int)$row[$GLOBALS['TCA'][$tableName]['ctrl']['transOrigPointerField']],
945
-                        $tableName . '.' . $GLOBALS['TCA'][$tableName]['ctrl']['languageField'] . ' = 0'
946
-                    )
947
-                    ->execute()
948
-                    ->fetch();
949
-            }
950
-        }
951
-
952
-        // Retrieve the original uid; Used for Workspaces!
953
-        if (ApplicationType::fromRequest($GLOBALS['TYPO3_REQUEST'])->isBackend()) {
954
-            $pageRepository->versionOL($tableName, $row, true, true);
955
-        } else {
956
-            \TYPO3\CMS\Backend\Utility\BackendUtility::workspaceOL($tableName, $row);
957
-        }
958
-        if (isset($row['_ORIG_uid'])) {
959
-            $row['uid'] = $row['_ORIG_uid'];
960
-        }
961
-
962
-        // Special case for table "pages"
963
-        if ($tableName == 'pages') {
964
-            $row = $pageRepository->getPageOverlay($row, $querySettings->getLanguageUid());
965
-        } elseif (isset($GLOBALS['TCA'][$tableName]['ctrl']['languageField'])
966
-            && $GLOBALS['TCA'][$tableName]['ctrl']['languageField'] !== ''
967
-        ) {
968
-            if (in_array($row[$GLOBALS['TCA'][$tableName]['ctrl']['languageField']], array(-1, 0))) {
969
-                $overlayMode = $languageMode === 'strict' ? 'hideNonTranslated' : '';
970
-                $row = $pageRepository->getRecordOverlay($tableName, $row, $querySettings->getLanguageUid(), $overlayMode);
971
-            }
972
-        }
973
-
974
-        return $row;
975
-    }
976
-
977
-    /**
978
-     * Return a resolved table name given a possible table name alias.
979
-     *
980
-     * @param string $tableNameOrAlias
981
-     * @return string
982
-     */
983
-    protected function resolveTableNameAlias($tableNameOrAlias)
984
-    {
985
-        $resolvedTableName = $tableNameOrAlias;
986
-        if (!empty($this->tableNameAliases['aliases'][$tableNameOrAlias])) {
987
-            $resolvedTableName = $this->tableNameAliases['aliases'][$tableNameOrAlias];
988
-        }
989
-        return $resolvedTableName;
990
-    }
991
-
992
-    /**
993
-     * Generate a unique table name alias for the given table name.
994
-     *
995
-     * @param string $tableName
996
-     * @return string
997
-     */
998
-    protected function generateAlias($tableName)
999
-    {
1000
-
1001
-        if (!isset($this->tableNameAliases['aliasIncrement'][$tableName])) {
1002
-            $this->tableNameAliases['aliasIncrement'][$tableName] = 0;
1003
-        }
1004
-
1005
-        $numberOfAliases = $this->tableNameAliases['aliasIncrement'][$tableName];
1006
-        $tableNameAlias = $tableName . $numberOfAliases;
1007
-
1008
-        $this->tableNameAliases['aliasIncrement'][$tableName]++;
1009
-        $this->tableNameAliases['aliases'][$tableNameAlias] = $tableName;
1010
-
1011
-        return $tableNameAlias;
1012
-    }
1013
-
1014
-    /**
1015
-     * Replace the table names by its table name alias within the given statement.
1016
-     *
1017
-     * @param string $tableName
1018
-     * @param string $tableNameAlias
1019
-     * @param string $statement
1020
-     * @return string
1021
-     */
1022
-    protected function replaceTableNameByAlias($tableName, $tableNameAlias, $statement)
1023
-    {
1024
-        if ($statement && $tableName !== $tableNameAlias) {
1025
-            $statement = str_replace($tableName, $tableNameAlias, $statement);
1026
-        }
1027
-        return $statement;
1028
-    }
1029
-
1030
-    /**
1031
-     * Returns an instance of the current Backend User.
1032
-     *
1033
-     * @return BackendUserAuthentication
1034
-     */
1035
-    protected function getBackendUser()
1036
-    {
1037
-        return $GLOBALS['BE_USER'];
1038
-    }
1039
-
1040
-    /**
1041
-     * Tell whether a Backend User is logged in.
1042
-     *
1043
-     * @return bool
1044
-     */
1045
-    protected function isBackendUserLogged()
1046
-    {
1047
-        return is_object($GLOBALS['BE_USER']);
1048
-    }
1049
-
1050
-    /**
1051
-     * @return PageRepository|object
1052
-     */
1053
-    protected function getPageRepository()
1054
-    {
1055
-        if (!$this->pageRepository instanceof PageRepository) {
1056
-            if (ApplicationType::fromRequest($GLOBALS['TYPO3_REQUEST'])->isFrontend() && is_object($GLOBALS['TSFE'])) {
1057
-                $this->pageRepository = $GLOBALS['TSFE']->sys_page;
1058
-            } else {
1059
-                $this->pageRepository = GeneralUtility::makeInstance(PageRepository::class);
1060
-            }
1061
-        }
1062
-
1063
-        return $this->pageRepository;
1064
-    }
1065
-
1066
-    /**
1067
-     * @return FieldPathResolver|object
1068
-     */
1069
-    protected function getFieldPathResolver()
1070
-    {
1071
-        return GeneralUtility::makeInstance(FieldPathResolver::class);
1072
-    }
1073
-
1074
-    /**
1075
-     * @return object|Connection
1076
-     */
1077
-    protected function getConnection(): Connection
1078
-    {
1079
-        /** @var ConnectionPool $connectionPool */
1080
-        return GeneralUtility::makeInstance(ConnectionPool::class)
1081
-            ->getConnectionForTable($this->getTableName());
1082
-    }
1083
-
1084
-    /**
1085
-     * @return object|QueryBuilder
1086
-     */
1087
-    protected function getQueryBuilder(): QueryBuilder
1088
-    {
1089
-        /** @var ConnectionPool $connectionPool */
1090
-        $connectionPool = GeneralUtility::makeInstance(ConnectionPool::class);
1091
-        return $connectionPool->getQueryBuilderForTable($this->getTableName());
1092
-    }
1093
-
1094
-    /**
1095
-     * @return string
1096
-     */
1097
-    public function getTableName(): string
1098
-    {
1099
-        return $this->query->getSource()->getNodeTypeName(); // getSelectorName()
1100
-    }
54
+	const OPERATOR_EQUAL_TO_NULL = 'operatorEqualToNull';
55
+	const OPERATOR_NOT_EQUAL_TO_NULL = 'operatorNotEqualToNull';
56
+
57
+	/**
58
+	 * The TYPO3 page repository. Used for language and workspace overlay
59
+	 *
60
+	 * @var PageRepository
61
+	 */
62
+	protected $pageRepository;
63
+
64
+	/**
65
+	 * @var Query
66
+	 */
67
+	protected $query;
68
+
69
+	/**
70
+	 * Store some info related to table name and its aliases.
71
+	 *
72
+	 * @var array
73
+	 */
74
+	protected $tableNameAliases = array(
75
+		'aliases' => [],
76
+		'aliasIncrement' => [],
77
+	);
78
+
79
+	/**
80
+	 * Use to store the current foreign table name alias.
81
+	 *
82
+	 * @var string
83
+	 */
84
+	protected $currentChildTableNameAlias = '';
85
+
86
+	/**
87
+	 * @param Query $query
88
+	 */
89
+	public function __construct(Query $query)
90
+	{
91
+		$this->query = $query;
92
+	}
93
+
94
+	/**
95
+	 * @param $parameters
96
+	 * @return array
97
+	 */
98
+	protected static function getTypes($parameters)
99
+	{
100
+		$types = [];
101
+		foreach ($parameters as $parameter) {
102
+			if (is_array($parameter)) {
103
+				if (MathUtility::canBeInterpretedAsInteger($parameter[0])) {
104
+					$types[] = \Doctrine\DBAL\Connection::PARAM_INT_ARRAY;
105
+				} else {
106
+					$types[] = \Doctrine\DBAL\Connection::PARAM_STR_ARRAY;
107
+				}
108
+			} else {
109
+				if (MathUtility::canBeInterpretedAsInteger($parameter)) {
110
+					$types[] = ParameterType::INTEGER;
111
+				} else {
112
+					$types[] = ParameterType::STRING;
113
+				}
114
+			}
115
+		}
116
+		return $types;
117
+	}
118
+
119
+	/**
120
+	 * Returns the result of the query
121
+	 */
122
+	public function fetchResult()
123
+	{
124
+		$parameters = [];
125
+		$statementParts = $this->parseQuery($parameters);
126
+		$statementParts = $this->processStatementStructureForRecursiveMMRelation($statementParts);
127
+		$sql = $this->buildQuery($statementParts);
128
+		//print $sql; exit();
129
+
130
+		$rows = $this->getConnection()
131
+			->executeQuery($sql, $parameters, self::getTypes($parameters))
132
+			->fetchAll();
133
+
134
+		return $this->getContentObjects($rows);
135
+	}
136
+
137
+	/**
138
+	 * Returns the number of tuples matching the query.
139
+	 *
140
+	 * @return int The number of matching tuples
141
+	 */
142
+	public function countResult()
143
+	{
144
+		$parameters = [];
145
+		$statementParts = $this->parseQuery($parameters);
146
+		$statementParts = $this->processStatementStructureForRecursiveMMRelation($statementParts);
147
+		$types = self::getTypes($parameters);
148
+
149
+		// if limit is set, we need to count the rows "manually" as COUNT(*) ignores LIMIT constraints
150
+		if (!empty($statementParts['limit'])) {
151
+			$sql = $this->buildQuery($statementParts);
152
+
153
+			$count = $this
154
+				->getConnection()
155
+				->executeQuery($sql, $parameters, $types)
156
+				->rowCount();
157
+		} else {
158
+			$statementParts['fields'] = array('COUNT(*)');
159
+			// having orderings without grouping is not compatible with non-MySQL DBMS
160
+			$statementParts['orderings'] = [];
161
+			if (isset($statementParts['keywords']['distinct'])) {
162
+				unset($statementParts['keywords']['distinct']);
163
+				$distinctField = $this->query->getDistinct() ? $this->query->getDistinct() : 'uid';
164
+				$statementParts['fields'] = array('COUNT(DISTINCT ' . $statementParts['mainTable'] . '.' . $distinctField . ')');
165
+			}
166
+
167
+			$sql = $this->buildQuery($statementParts);
168
+			$count = $this
169
+				->getConnection()
170
+				->executeQuery($sql, $parameters, $types)
171
+				->fetchColumn(0);
172
+		}
173
+		return (int)$count;
174
+	}
175
+
176
+	/**
177
+	 * Parses the query and returns the SQL statement parts.
178
+	 *
179
+	 * @param array &$parameters
180
+	 * @return array
181
+	 */
182
+	public function parseQuery(array &$parameters)
183
+	{
184
+		$statementParts = [];
185
+		$statementParts['keywords'] = [];
186
+		$statementParts['tables'] = [];
187
+		$statementParts['unions'] = [];
188
+		$statementParts['fields'] = [];
189
+		$statementParts['where'] = [];
190
+		$statementParts['additionalWhereClause'] = [];
191
+		$statementParts['orderings'] = [];
192
+		$statementParts['limit'] = [];
193
+		$query = $this->query;
194
+		$source = $query->getSource();
195
+		$this->parseSource($source, $statementParts);
196
+		$this->parseConstraint($query->getConstraint(), $source, $statementParts, $parameters);
197
+		$this->parseOrderings($query->getOrderings(), $source, $statementParts);
198
+		$this->parseLimitAndOffset($query->getLimit(), $query->getOffset(), $statementParts);
199
+		$tableNames = array_unique(array_keys($statementParts['tables'] + $statementParts['unions']));
200
+		foreach ($tableNames as $tableNameOrAlias) {
201
+			if (is_string($tableNameOrAlias) && strlen($tableNameOrAlias) > 0) {
202
+				$this->addAdditionalWhereClause($query->getTypo3QuerySettings(), $tableNameOrAlias, $statementParts);
203
+			}
204
+		}
205
+
206
+		return $statementParts;
207
+	}
208
+
209
+	/**
210
+	 * Fiddle with the statement structure to handle recursive MM relations.
211
+	 * For the recursive MM query to work, we must invert some values.
212
+	 * Let see if that is the best way of doing that...
213
+	 *
214
+	 * @param array $statementParts
215
+	 * @return array
216
+	 */
217
+	public function processStatementStructureForRecursiveMMRelation(array $statementParts)
218
+	{
219
+
220
+		if ($this->hasRecursiveMMRelation()) {
221
+			$tableName = $this->query->getType();
222
+
223
+			// In order the MM query to work for a recursive MM query, we must invert some values.
224
+			// tx_domain_model_foo0 (the alias) <--> tx_domain_model_foo (the origin table name)
225
+			$values = [];
226
+			foreach ($statementParts['fields'] as $key => $value) {
227
+				$values[$key] = str_replace($tableName, $tableName . '0', $value);
228
+			}
229
+			$statementParts['fields'] = $values;
230
+
231
+			// Same comment as above.
232
+			$values = [];
233
+			foreach ($statementParts['where'] as $key => $value) {
234
+				$values[$key] = str_replace($tableName . '0', $tableName, $value);
235
+			}
236
+			$statementParts['where'] = $values;
237
+
238
+			// We must be more restrictive by transforming the "left" union by "inner"
239
+			$values = [];
240
+			foreach ($statementParts['unions'] as $key => $value) {
241
+				$values[$key] = str_replace('LEFT JOIN', 'INNER JOIN', $value);
242
+			}
243
+			$statementParts['unions'] = $values;
244
+		}
245
+
246
+		return $statementParts;
247
+	}
248
+
249
+	/**
250
+	 * Tell whether there is a recursive MM relation.
251
+	 *
252
+	 * @return bool
253
+	 */
254
+	public function hasRecursiveMMRelation()
255
+	{
256
+		return isset($this->tableNameAliases['aliasIncrement'][$this->query->getType()]);
257
+
258
+	}
259
+
260
+	/**
261
+	 * Returns the statement, ready to be executed.
262
+	 *
263
+	 * @param array $statementParts The SQL statement parts
264
+	 * @return string The SQL statement
265
+	 */
266
+	public function buildQuery(array $statementParts)
267
+	{
268
+
269
+		// Add more statement to the UNION part.
270
+		if (!empty($statementParts['unions'])) {
271
+			foreach ($statementParts['unions'] as $tableName => $unionPart) {
272
+				if (!empty($statementParts['additionalWhereClause'][$tableName])) {
273
+					$statementParts['unions'][$tableName] .= ' AND ' . implode(' AND ', $statementParts['additionalWhereClause'][$tableName]);
274
+				}
275
+			}
276
+		}
277
+
278
+		$statement = 'SELECT ' . implode(' ', $statementParts['keywords']) . ' ' . implode(',', $statementParts['fields']) . ' FROM ' . implode(' ', $statementParts['tables']) . ' ' . implode(' ', $statementParts['unions']);
279
+		if (!empty($statementParts['where'])) {
280
+			$statement .= ' WHERE ' . implode('', $statementParts['where']);
281
+			if (!empty($statementParts['additionalWhereClause'][$this->query->getType()])) {
282
+				$statement .= ' AND ' . implode(' AND ', $statementParts['additionalWhereClause'][$this->query->getType()]);
283
+			}
284
+		} elseif (!empty($statementParts['additionalWhereClause'])) {
285
+			$statement .= ' WHERE ' . implode(' AND ', $statementParts['additionalWhereClause'][$this->query->getType()]);
286
+		}
287
+		if (!empty($statementParts['orderings'])) {
288
+			$statement .= ' ORDER BY ' . implode(', ', $statementParts['orderings']);
289
+		}
290
+		if (!empty($statementParts['limit'])) {
291
+			$statement .= ' LIMIT ' . $statementParts['limit'];
292
+		}
293
+
294
+		return $statement;
295
+	}
296
+
297
+	/**
298
+	 * Transforms a Query Source into SQL and parameter arrays
299
+	 *
300
+	 * @param SourceInterface $source The source
301
+	 * @param array &$sql
302
+	 * @return void
303
+	 */
304
+	protected function parseSource(SourceInterface $source, array &$sql)
305
+	{
306
+		$tableName = $this->getTableName();
307
+		$sql['fields'][$tableName] = $tableName . '.*';
308
+		if ($this->query->getDistinct()) {
309
+			$sql['fields'][$tableName] = $tableName . '.' . $this->query->getDistinct();
310
+			$sql['keywords']['distinct'] = 'DISTINCT';
311
+		}
312
+		$sql['tables'][$tableName] = $tableName;
313
+		$sql['mainTable'] = $tableName;
314
+	}
315
+
316
+	/**
317
+	 * Transforms a constraint into SQL and parameter arrays
318
+	 *
319
+	 * @param ConstraintInterface $constraint The constraint
320
+	 * @param SourceInterface $source The source
321
+	 * @param array &$statementParts The query parts
322
+	 * @param array &$parameters The parameters that will replace the markers
323
+	 * @return void
324
+	 */
325
+	protected function parseConstraint(ConstraintInterface $constraint = null, SourceInterface $source, array &$statementParts, array &$parameters)
326
+	{
327
+		if ($constraint instanceof AndInterface) {
328
+			$statementParts['where'][] = '(';
329
+			$this->parseConstraint($constraint->getConstraint1(), $source, $statementParts, $parameters);
330
+			$statementParts['where'][] = ' AND ';
331
+			$this->parseConstraint($constraint->getConstraint2(), $source, $statementParts, $parameters);
332
+			$statementParts['where'][] = ')';
333
+		} elseif ($constraint instanceof OrInterface) {
334
+			$statementParts['where'][] = '(';
335
+			$this->parseConstraint($constraint->getConstraint1(), $source, $statementParts, $parameters);
336
+			$statementParts['where'][] = ' OR ';
337
+			$this->parseConstraint($constraint->getConstraint2(), $source, $statementParts, $parameters);
338
+			$statementParts['where'][] = ')';
339
+		} elseif ($constraint instanceof NotInterface) {
340
+			$statementParts['where'][] = 'NOT (';
341
+			$this->parseConstraint($constraint->getConstraint(), $source, $statementParts, $parameters);
342
+			$statementParts['where'][] = ')';
343
+		} elseif ($constraint instanceof ComparisonInterface) {
344
+			$this->parseComparison($constraint, $source, $statementParts, $parameters);
345
+		}
346
+	}
347
+
348
+	/**
349
+	 * Parse a Comparison into SQL and parameter arrays.
350
+	 *
351
+	 * @param ComparisonInterface $comparison The comparison to parse
352
+	 * @param SourceInterface $source The source
353
+	 * @param array &$statementParts SQL query parts to add to
354
+	 * @param array &$parameters Parameters to bind to the SQL
355
+	 * @return void
356
+	 * @throws Exception\RepositoryException
357
+	 */
358
+	protected function parseComparison(ComparisonInterface $comparison, SourceInterface $source, array &$statementParts, array &$parameters)
359
+	{
360
+		$operand1 = $comparison->getOperand1();
361
+		$operator = $comparison->getOperator();
362
+		$operand2 = $comparison->getOperand2();
363
+		if ($operator === QueryInterface::OPERATOR_IN) {
364
+			$items = [];
365
+			$hasValue = false;
366
+			foreach ($operand2 as $value) {
367
+				$value = $this->getPlainValue($value);
368
+				if ($value !== null) {
369
+					$items[] = $value;
370
+					$hasValue = true;
371
+				}
372
+			}
373
+			if ($hasValue === false) {
374
+				$statementParts['where'][] = '1<>1';
375
+			} else {
376
+				$this->parseDynamicOperand($operand1, $operator, $source, $statementParts, $parameters, null);
377
+				$parameters[] = $items;
378
+			}
379
+		} elseif ($operator === QueryInterface::OPERATOR_CONTAINS) {
380
+			if ($operand2 === null) {
381
+				$statementParts['where'][] = '1<>1';
382
+			} else {
383
+				throw new \Exception('Not implemented! Contact extension author.', 1412931227);
384
+				# @todo re-implement me if necessary.
385
+				#$tableName = $this->query->getType();
386
+				#$propertyName = $operand1->getPropertyName();
387
+				#while (strpos($propertyName, '.') !== false) {
388
+				#	$this->addUnionStatement($tableName, $propertyName, $statementParts);
389
+				#}
390
+				#$columnName = $propertyName;
391
+				#$columnMap = $propertyName;
392
+				#$typeOfRelation = $columnMap instanceof ColumnMap ? $columnMap->getTypeOfRelation() : null;
393
+				#if ($typeOfRelation === ColumnMap::RELATION_HAS_AND_BELONGS_TO_MANY) {
394
+				#	$relationTableName = $columnMap->getRelationTableName();
395
+				#	$statementParts['where'][] = $tableName . '.uid IN (SELECT ' . $columnMap->getParentKeyFieldName() . ' FROM ' . $relationTableName . ' WHERE ' . $columnMap->getChildKeyFieldName() . '=?)';
396
+				#	$parameters[] = intval($this->getPlainValue($operand2));
397
+				#} elseif ($typeOfRelation === ColumnMap::RELATION_HAS_MANY) {
398
+				#	$parentKeyFieldName = $columnMap->getParentKeyFieldName();
399
+				#	if (isset($parentKeyFieldName)) {
400
+				#		$childTableName = $columnMap->getChildTableName();
401
+				#		$statementParts['where'][] = $tableName . '.uid=(SELECT ' . $childTableName . '.' . $parentKeyFieldName . ' FROM ' . $childTableName . ' WHERE ' . $childTableName . '.uid=?)';
402
+				#		$parameters[] = intval($this->getPlainValue($operand2));
403
+				#	} else {
404
+				#		$statementParts['where'][] = 'FIND_IN_SET(?,' . $tableName . '.' . $columnName . ')';
405
+				#		$parameters[] = intval($this->getPlainValue($operand2));
406
+				#	}
407
+				#} else {
408
+				#	throw new Exception\RepositoryException('Unsupported or non-existing property name "' . $propertyName . '" used in relation matching.', 1327065745);
409
+				#}
410
+			}
411
+		} else {
412
+			if ($operand2 === null) {
413
+				if ($operator === QueryInterface::OPERATOR_EQUAL_TO) {
414
+					$operator = self::OPERATOR_EQUAL_TO_NULL;
415
+				} elseif ($operator === QueryInterface::OPERATOR_NOT_EQUAL_TO) {
416
+					$operator = self::OPERATOR_NOT_EQUAL_TO_NULL;
417
+				}
418
+			}
419
+			$this->parseDynamicOperand($operand1, $operator, $source, $statementParts, $parameters);
420
+			$parameters[] = $this->getPlainValue($operand2);
421
+		}
422
+	}
423
+
424
+	/**
425
+	 * Returns a plain value, i.e. objects are flattened if possible.
426
+	 *
427
+	 * @param mixed $input
428
+	 * @return mixed
429
+	 * @throws UnexpectedTypeException
430
+	 */
431
+	protected function getPlainValue($input)
432
+	{
433
+		if (is_array($input)) {
434
+			throw new UnexpectedTypeException('An array could not be converted to a plain value.', 1274799932);
435
+		}
436
+		if ($input instanceof \DateTime) {
437
+			return $input->format('U');
438
+		} elseif (is_object($input)) {
439
+			if ($input instanceof LazyLoadingProxy) {
440
+				$realInput = $input->_loadRealInstance();
441
+			} else {
442
+				$realInput = $input;
443
+			}
444
+			if ($realInput instanceof DomainObjectInterface) {
445
+				return $realInput->getUid();
446
+			} else {
447
+				throw new UnexpectedTypeException('An object of class "' . get_class($realInput) . '" could not be converted to a plain value.', 1274799934);
448
+			}
449
+		} elseif (is_bool($input)) {
450
+			return $input === true ? 1 : 0;
451
+		} else {
452
+			return $input;
453
+		}
454
+	}
455
+
456
+	/**
457
+	 * Parse a DynamicOperand into SQL and parameter arrays.
458
+	 *
459
+	 * @param DynamicOperandInterface $operand
460
+	 * @param string $operator One of the JCR_OPERATOR_* constants
461
+	 * @param SourceInterface $source The source
462
+	 * @param array &$statementParts The query parts
463
+	 * @param array &$parameters The parameters that will replace the markers
464
+	 * @param string $valueFunction an optional SQL function to apply to the operand value
465
+	 * @return void
466
+	 */
467
+	protected function parseDynamicOperand(DynamicOperandInterface $operand, $operator, SourceInterface $source, array &$statementParts, array &$parameters, $valueFunction = null)
468
+	{
469
+		if ($operand instanceof LowerCaseInterface) {
470
+			$this->parseDynamicOperand($operand->getOperand(), $operator, $source, $statementParts, $parameters, 'LOWER');
471
+		} elseif ($operand instanceof UpperCaseInterface) {
472
+			$this->parseDynamicOperand($operand->getOperand(), $operator, $source, $statementParts, $parameters, 'UPPER');
473
+		} elseif ($operand instanceof PropertyValueInterface) {
474
+			$propertyName = $operand->getPropertyName();
475
+
476
+			// Reset value.
477
+			$this->currentChildTableNameAlias = '';
478
+
479
+			if ($source instanceof SelectorInterface) {
480
+				$tableName = $this->query->getType();
481
+				while (strpos($propertyName, '.') !== false) {
482
+					$this->addUnionStatement($tableName, $propertyName, $statementParts);
483
+				}
484
+			} elseif ($source instanceof JoinInterface) {
485
+				$tableName = $source->getJoinCondition()->getSelector1Name();
486
+			}
487
+
488
+			$columnName = $propertyName;
489
+			$resolvedOperator = $this->resolveOperator($operator);
490
+			$constraintSQL = '';
491
+
492
+			$marker = $operator === QueryInterface::OPERATOR_IN
493
+				? '(?)'
494
+				: '?';
495
+
496
+			if ($valueFunction === null) {
497
+				$constraintSQL .= (!empty($tableName) ? $tableName . '.' : '') . $columnName . ' ' . $resolvedOperator . ' ' . $marker;
498
+			} else {
499
+				$constraintSQL .= $valueFunction . '(' . (!empty($tableName) ? $tableName . '.' : '') . $columnName . ') ' . $resolvedOperator . ' ' . $marker;
500
+			}
501
+
502
+			if (isset($tableName) && !empty($this->currentChildTableNameAlias)) {
503
+				$constraintSQL = $this->replaceTableNameByAlias($tableName, $this->currentChildTableNameAlias, $constraintSQL);
504
+			}
505
+			$statementParts['where'][] = $constraintSQL;
506
+		}
507
+	}
508
+
509
+	/**
510
+	 * @param string &$tableName
511
+	 * @param string &$propertyPath
512
+	 * @param array &$statementParts
513
+	 */
514
+	protected function addUnionStatement(&$tableName, &$propertyPath, array &$statementParts)
515
+	{
516
+
517
+		$table = Tca::table($tableName);
518
+
519
+		$explodedPropertyPath = explode('.', $propertyPath, 2);
520
+		$fieldName = $explodedPropertyPath[0];
521
+
522
+		// Field of type "group" are special because property path must contain the table name
523
+		// to determine the relation type. Example for sys_category, property path will look like "items.sys_file"
524
+		$parts = explode('.', $propertyPath, 3);
525
+		if ($table->field($fieldName)->isGroup() && count($parts) > 2) {
526
+			$explodedPropertyPath[0] = $parts[0] . '.' . $parts[1];
527
+			$explodedPropertyPath[1] = $parts[2];
528
+			$fieldName = $explodedPropertyPath[0];
529
+		}
530
+
531
+		$parentKeyFieldName = $table->field($fieldName)->getForeignField();
532
+		$childTableName = $table->field($fieldName)->getForeignTable();
533
+
534
+		if ($childTableName === null) {
535
+			throw new InvalidRelationConfigurationException('The relation information for property "' . $fieldName . '" of class "' . $tableName . '" is missing.', 1353170925);
536
+		}
537
+
538
+		if ($table->field($fieldName)->hasOne()) { // includes relation "one-to-one" and "many-to-one"
539
+			// sometimes the opposite relation is not defined. We don't want to force this config for backward compatibility reasons.
540
+			// $parentKeyFieldName === null does the trick somehow. Before condition was if (isset($parentKeyFieldName))
541
+			if ($table->field($fieldName)->hasRelationManyToOne() || $parentKeyFieldName === null) {
542
+				$statementParts['unions'][$childTableName] = 'LEFT JOIN ' . $childTableName . ' ON ' . $tableName . '.' . $fieldName . '=' . $childTableName . '.uid';
543
+			} else {
544
+				$statementParts['unions'][$childTableName] = 'LEFT JOIN ' . $childTableName . ' ON ' . $tableName . '.uid=' . $childTableName . '.' . $parentKeyFieldName;
545
+			}
546
+		} elseif ($table->field($fieldName)->hasRelationManyToMany()) {
547
+			$relationTableName = $table->field($fieldName)->getManyToManyTable();
548
+
549
+			$parentKeyFieldName = $table->field($fieldName)->isOppositeRelation() ? 'uid_foreign' : 'uid_local';
550
+			$childKeyFieldName = !$table->field($fieldName)->isOppositeRelation() ? 'uid_foreign' : 'uid_local';
551
+
552
+			// MM table e.g sys_category_record_mm
553
+			$relationTableNameAlias = $this->generateAlias($relationTableName);
554
+			$join = sprintf(
555
+				'LEFT JOIN %s AS %s ON %s.uid=%s.%s', $relationTableName,
556
+				$relationTableNameAlias,
557
+				$tableName,
558
+				$relationTableNameAlias,
559
+				$parentKeyFieldName
560
+			);
561
+			$statementParts['unions'][$relationTableNameAlias] = $join;
562
+
563
+			// Foreign table e.g sys_category
564
+			$childTableNameAlias = $this->generateAlias($childTableName);
565
+			$this->currentChildTableNameAlias = $childTableNameAlias;
566
+			$join = sprintf(
567
+				'LEFT JOIN %s AS %s ON %s.%s=%s.uid',
568
+				$childTableName,
569
+				$childTableNameAlias,
570
+				$relationTableNameAlias,
571
+				$childKeyFieldName,
572
+				$childTableNameAlias
573
+			);
574
+			$statementParts['unions'][$childTableNameAlias] = $join;
575
+
576
+			// Find a possible table name for a MM condition.
577
+			$tableNameCondition = $table->field($fieldName)->getAdditionalTableNameCondition();
578
+			if ($tableNameCondition) {
579
+
580
+				// If we can find a source file name,  we can then retrieve more MM conditions from the TCA such as a field name.
581
+				$sourceFileName = $this->query->getSourceFieldName();
582
+				if (empty($sourceFileName)) {
583
+					$additionalMMConditions = array(
584
+						'tablenames' => $tableNameCondition,
585
+					);
586
+				} else {
587
+					$additionalMMConditions = Tca::table($tableNameCondition)->field($sourceFileName)->getAdditionalMMCondition();
588
+				}
589
+
590
+				foreach ($additionalMMConditions as $additionalFieldName => $additionalMMCondition) {
591
+					$additionalJoin = sprintf(' AND %s.%s = "%s"', $relationTableNameAlias, $additionalFieldName, $additionalMMCondition);
592
+					$statementParts['unions'][$relationTableNameAlias] .= $additionalJoin;
593
+
594
+					$additionalJoin = sprintf(' AND %s.%s = "%s"', $relationTableNameAlias, $additionalFieldName, $additionalMMCondition);
595
+					$statementParts['unions'][$childTableNameAlias] .= $additionalJoin;
596
+				}
597
+			}
598
+
599
+		} elseif ($table->field($fieldName)->hasMany()) { // includes relations "many-to-one" and "csv" relations
600
+			$childTableNameAlias = $this->generateAlias($childTableName);
601
+			$this->currentChildTableNameAlias = $childTableNameAlias;
602
+
603
+			if (isset($parentKeyFieldName)) {
604
+				$join = sprintf(
605
+					'LEFT JOIN %s AS %s ON %s.uid=%s.%s',
606
+					$childTableName,
607
+					$childTableNameAlias,
608
+					$tableName,
609
+					$childTableNameAlias,
610
+					$parentKeyFieldName
611
+				);
612
+				$statementParts['unions'][$childTableNameAlias] = $join;
613
+			} else {
614
+				$join = sprintf(
615
+					'LEFT JOIN %s AS %s ON (FIND_IN_SET(%s.uid, %s.%s))',
616
+					$childTableName,
617
+					$childTableNameAlias,
618
+					$childTableNameAlias,
619
+					$tableName,
620
+					$fieldName
621
+				);
622
+				$statementParts['unions'][$childTableNameAlias] = $join;
623
+			}
624
+		} else {
625
+			throw new Exception('Could not determine type of relation.', 1252502725);
626
+		}
627
+
628
+		$statementParts['keywords']['distinct'] = 'DISTINCT';
629
+		$propertyPath = $explodedPropertyPath[1];
630
+		$tableName = $childTableName;
631
+	}
632
+
633
+	/**
634
+	 * Returns the SQL operator for the given JCR operator type.
635
+	 *
636
+	 * @param string $operator One of the JCR_OPERATOR_* constants
637
+	 * @return string an SQL operator
638
+	 * @throws Exception
639
+	 */
640
+	protected function resolveOperator($operator)
641
+	{
642
+		switch ($operator) {
643
+			case self::OPERATOR_EQUAL_TO_NULL:
644
+				$operator = 'IS';
645
+				break;
646
+			case self::OPERATOR_NOT_EQUAL_TO_NULL:
647
+				$operator = 'IS NOT';
648
+				break;
649
+			case QueryInterface::OPERATOR_IN:
650
+				$operator = 'IN';
651
+				break;
652
+			case QueryInterface::OPERATOR_EQUAL_TO:
653
+				$operator = '=';
654
+				break;
655
+			case QueryInterface::OPERATOR_NOT_EQUAL_TO:
656
+				$operator = '!=';
657
+				break;
658
+			case QueryInterface::OPERATOR_LESS_THAN:
659
+				$operator = '<';
660
+				break;
661
+			case QueryInterface::OPERATOR_LESS_THAN_OR_EQUAL_TO:
662
+				$operator = '<=';
663
+				break;
664
+			case QueryInterface::OPERATOR_GREATER_THAN:
665
+				$operator = '>';
666
+				break;
667
+			case QueryInterface::OPERATOR_GREATER_THAN_OR_EQUAL_TO:
668
+				$operator = '>=';
669
+				break;
670
+			case QueryInterface::OPERATOR_LIKE:
671
+				$operator = 'LIKE';
672
+				break;
673
+			default:
674
+				throw new Exception('Unsupported operator encountered.', 1242816073);
675
+		}
676
+		return $operator;
677
+	}
678
+
679
+	/**
680
+	 * Adds additional WHERE statements according to the query settings.
681
+	 *
682
+	 * @param QuerySettingsInterface $querySettings The TYPO3 CMS specific query settings
683
+	 * @param string $tableNameOrAlias The table name to add the additional where clause for
684
+	 * @param array &$statementParts
685
+	 * @return void
686
+	 */
687
+	protected function addAdditionalWhereClause(QuerySettingsInterface $querySettings, $tableNameOrAlias, &$statementParts)
688
+	{
689
+		$this->addVisibilityConstraintStatement($querySettings, $tableNameOrAlias, $statementParts);
690
+		if ($querySettings->getRespectSysLanguage()) {
691
+			$this->addSysLanguageStatement($tableNameOrAlias, $statementParts, $querySettings);
692
+		}
693
+	}
694
+
695
+	/**
696
+	 * Adds enableFields and deletedClause to the query if necessary
697
+	 *
698
+	 * @param QuerySettingsInterface $querySettings
699
+	 * @param string $tableNameOrAlias The database table name
700
+	 * @param array &$statementParts The query parts
701
+	 * @return void
702
+	 */
703
+	protected function addVisibilityConstraintStatement(QuerySettingsInterface $querySettings, $tableNameOrAlias, array &$statementParts)
704
+	{
705
+		$statement = '';
706
+		$tableName = $this->resolveTableNameAlias($tableNameOrAlias);
707
+		if (is_array($GLOBALS['TCA'][$tableName]['ctrl'])) {
708
+			$ignoreEnableFields = $querySettings->getIgnoreEnableFields();
709
+			$enableFieldsToBeIgnored = $querySettings->getEnableFieldsToBeIgnored();
710
+			$includeDeleted = $querySettings->getIncludeDeleted();
711
+			if (ApplicationType::fromRequest($GLOBALS['TYPO3_REQUEST'])->isFrontend()) {
712
+				$statement .= $this->getFrontendConstraintStatement($tableNameOrAlias, $ignoreEnableFields, $enableFieldsToBeIgnored, $includeDeleted);
713
+			} else {
714
+				// 'BE' case
715
+				$statement .= $this->getBackendConstraintStatement($tableNameOrAlias, $ignoreEnableFields, $includeDeleted);
716
+			}
717
+
718
+			// Remove the prefixing "AND" if any.
719
+			if (!empty($statement)) {
720
+				$statement = strtolower(substr($statement, 1, 3)) === 'and' ? substr($statement, 5) : $statement;
721
+				$statementParts['additionalWhereClause'][$tableNameOrAlias][] = $statement;
722
+			}
723
+		}
724
+	}
725
+
726
+	/**
727
+	 * Returns constraint statement for frontend context
728
+	 *
729
+	 * @param string $tableNameOrAlias
730
+	 * @param boolean $ignoreEnableFields A flag indicating whether the enable fields should be ignored
731
+	 * @param array $enableFieldsToBeIgnored If $ignoreEnableFields is true, this array specifies enable fields to be ignored. If it is null or an empty array (default) all enable fields are ignored.
732
+	 * @param boolean $includeDeleted A flag indicating whether deleted records should be included
733
+	 * @return string
734
+	 * @throws Exception\InconsistentQuerySettingsException
735
+	 */
736
+	protected function getFrontendConstraintStatement($tableNameOrAlias, $ignoreEnableFields, $enableFieldsToBeIgnored, $includeDeleted)
737
+	{
738
+		$statement = '';
739
+		$tableName = $this->resolveTableNameAlias($tableNameOrAlias);
740
+		if ($ignoreEnableFields && !$includeDeleted) {
741
+			if (count($enableFieldsToBeIgnored)) {
742
+				// array_combine() is necessary because of the way \TYPO3\CMS\Frontend\Page\PageRepository::enableFields() is implemented
743
+				$statement .= $this->getPageRepository()->enableFields($tableName, -1, array_combine($enableFieldsToBeIgnored, $enableFieldsToBeIgnored));
744
+			} else {
745
+				$statement .= $this->getPageRepository()->deleteClause($tableName);
746
+			}
747
+		} elseif (!$ignoreEnableFields && !$includeDeleted) {
748
+			$statement .= $this->getPageRepository()->enableFields($tableName);
749
+		} elseif (!$ignoreEnableFields && $includeDeleted) {
750
+			throw new InconsistentQuerySettingsException('Query setting "ignoreEnableFields=false" can not be used together with "includeDeleted=true" in frontend context.', 1327678173);
751
+		}
752
+		return $this->replaceTableNameByAlias($tableName, $tableNameOrAlias, $statement);
753
+	}
754
+
755
+	/**
756
+	 * Returns constraint statement for backend context
757
+	 *
758
+	 * @param string $tableNameOrAlias
759
+	 * @param boolean $ignoreEnableFields A flag indicating whether the enable fields should be ignored
760
+	 * @param boolean $includeDeleted A flag indicating whether deleted records should be included
761
+	 * @return string
762
+	 */
763
+	protected function getBackendConstraintStatement($tableNameOrAlias, $ignoreEnableFields, $includeDeleted)
764
+	{
765
+		$tableName = $this->resolveTableNameAlias($tableNameOrAlias);
766
+		$statement = '';
767
+		if (!$ignoreEnableFields) {
768
+			$statement .= BackendUtility::BEenableFields($tableName);
769
+		}
770
+
771
+		// If the table is found to have "workspace" support, add the corresponding fields in the statement.
772
+		if (Tca::table($tableName)->hasWorkspaceSupport()) {
773
+			if ($this->getBackendUser()->workspace === 0) {
774
+				$statement .= ' AND ' . $tableName . '.t3ver_state<=' . new VersionState(VersionState::DEFAULT_STATE);
775
+			} else {
776
+				// Show only records of live and of the current workspace
777
+				// In case we are in a Versioning preview
778
+				$statement .= ' AND (' .
779
+					$tableName . '.t3ver_wsid=0 OR ' .
780
+					$tableName . '.t3ver_wsid=' . (int)$this->getBackendUser()->workspace .
781
+					')';
782
+			}
783
+
784
+			// Check if this segment make sense here or whether it should be in the "if" part when we have workspace = 0
785
+			$statement .= ' AND ' . $tableName . '.pid<>-1';
786
+		}
787
+
788
+		if (!$includeDeleted) {
789
+			$statement .= BackendUtility::deleteClause($tableName);
790
+		}
791
+
792
+		return $this->replaceTableNameByAlias($tableName, $tableNameOrAlias, $statement);
793
+	}
794
+
795
+	/**
796
+	 * Builds the language field statement
797
+	 *
798
+	 * @param string $tableNameOrAlias The database table name
799
+	 * @param array &$statementParts The query parts
800
+	 * @param QuerySettingsInterface $querySettings The TYPO3 CMS specific query settings
801
+	 * @return void
802
+	 * @throws Exception
803
+	 */
804
+	protected function addSysLanguageStatement($tableNameOrAlias, array &$statementParts, $querySettings)
805
+	{
806
+		$tableName = $this->resolveTableNameAlias($tableNameOrAlias);
807
+		if (is_array($GLOBALS['TCA'][$tableName]['ctrl'])) {
808
+			if (!empty($GLOBALS['TCA'][$tableName]['ctrl']['languageField'])) {
809
+				// Select all entries for the current language
810
+				$additionalWhereClause = $tableNameOrAlias . '.' . $GLOBALS['TCA'][$tableName]['ctrl']['languageField'] . ' IN (' . intval($querySettings->getLanguageUid()) . ',-1)';
811
+				// If any language is set -> get those entries which are not translated yet
812
+				// They will be removed by t3lib_page::getRecordOverlay if not matching overlay mode
813
+				if (isset($GLOBALS['TCA'][$tableName]['ctrl']['transOrigPointerField'])
814
+					&& $querySettings->getLanguageUid() > 0
815
+				) {
816
+					$additionalWhereClause .= ' OR (' . $tableNameOrAlias . '.' . $GLOBALS['TCA'][$tableName]['ctrl']['languageField'] . '=0' .
817
+						' AND ' . $tableNameOrAlias . '.uid NOT IN (SELECT ' . $tableName . '.' . $GLOBALS['TCA'][$tableName]['ctrl']['transOrigPointerField'] .
818
+						' FROM ' . $tableName .
819
+						' WHERE ' . $tableName . '.' . $GLOBALS['TCA'][$tableName]['ctrl']['transOrigPointerField'] . '>0' .
820
+						' AND ' . $tableName . '.' . $GLOBALS['TCA'][$tableName]['ctrl']['languageField'] . '>0';
821
+
822
+					// Add delete clause to ensure all entries are loaded
823
+					if (isset($GLOBALS['TCA'][$tableName]['ctrl']['delete'])) {
824
+						$additionalWhereClause .= ' AND ' . $tableNameOrAlias . '.' . $GLOBALS['TCA'][$tableName]['ctrl']['delete'] . '=0';
825
+					}
826
+					$additionalWhereClause .= '))';
827
+				}
828
+				$statementParts['additionalWhereClause'][$tableNameOrAlias][] = '(' . $additionalWhereClause . ')';
829
+			}
830
+		}
831
+	}
832
+
833
+	/**
834
+	 * Transforms orderings into SQL.
835
+	 *
836
+	 * @param array $orderings An array of orderings (Tx_Extbase_Persistence_QOM_Ordering)
837
+	 * @param SourceInterface $source The source
838
+	 * @param array &$statementParts The query parts
839
+	 * @return void
840
+	 * @throws Exception\UnsupportedOrderException
841
+	 */
842
+	protected function parseOrderings(array $orderings, SourceInterface $source, array &$statementParts)
843
+	{
844
+		foreach ($orderings as $fieldNameAndPath => $order) {
845
+			switch ($order) {
846
+				case QueryInterface::ORDER_ASCENDING:
847
+					$order = 'ASC';
848
+					break;
849
+				case QueryInterface::ORDER_DESCENDING:
850
+					$order = 'DESC';
851
+					break;
852
+				default:
853
+					throw new UnsupportedOrderException('Unsupported order encountered.', 1456845126);
854
+			}
855
+
856
+			$tableName = $this->getFieldPathResolver()->getDataType($fieldNameAndPath, $this->query->getType());
857
+			$fieldName = $this->getFieldPathResolver()->stripFieldPath($fieldNameAndPath, $tableName);
858
+			$statementParts['orderings'][] = sprintf('%s.%s %s', $tableName, $fieldName, $order);
859
+		}
860
+	}
861
+
862
+	/**
863
+	 * Transforms limit and offset into SQL
864
+	 *
865
+	 * @param int $limit
866
+	 * @param int $offset
867
+	 * @param array &$statementParts
868
+	 * @return void
869
+	 */
870
+	protected function parseLimitAndOffset($limit, $offset, array &$statementParts)
871
+	{
872
+		if ($limit !== null && $offset !== null) {
873
+			$statementParts['limit'] = intval($offset) . ', ' . intval($limit);
874
+		} elseif ($limit !== null) {
875
+			$statementParts['limit'] = intval($limit);
876
+		}
877
+	}
878
+
879
+	/**
880
+	 * @param array $rows
881
+	 * @return array
882
+	 */
883
+	protected function getContentObjects(array $rows): array
884
+	{
885
+		$contentObjects = [];
886
+		foreach ($rows as $row) {
887
+
888
+			// Get language uid from querySettings.
889
+			// Ensure the backend handling is not broken (fallback to Get parameter 'L' if needed)
890
+			$overlaidRow = $this->doLanguageAndWorkspaceOverlay(
891
+				$row,
892
+				$this->query->getTypo3QuerySettings()
893
+			);
894
+
895
+			$contentObjects[] = GeneralUtility::makeInstance(
896
+				Content::class,
897
+				$this->query->getType(),
898
+				$overlaidRow
899
+			);
900
+		}
901
+
902
+		return $contentObjects;
903
+	}
904
+
905
+	/**
906
+	 * Performs workspace and language overlay on the given row array. The language and workspace id is automatically
907
+	 * detected (depending on FE or BE context). You can also explicitly set the language/workspace id.
908
+	 *
909
+	 * @param array $row
910
+	 * @param QuerySettingsInterface $querySettings The TYPO3 CMS specific query settings
911
+	 * @return array
912
+	 */
913
+	protected function doLanguageAndWorkspaceOverlay(array $row, $querySettings)
914
+	{
915
+		$tableName = $this->getTableName();
916
+
917
+		$pageRepository = $this->getPageRepository();
918
+		if (is_object($GLOBALS['TSFE'])) {
919
+			$languageMode = $GLOBALS['TSFE']->sys_language_mode;
920
+			#if ($this->isBackendUserLogged() && $this->getBackendUser()->workspace !== 0) {
921
+			#    $pageRepository->versioningWorkspaceId = $this->getBackendUser()->workspace;
922
+			#}
923
+		} else {
924
+			$languageMode = '';
925
+			$workspaceUid = $this->getBackendUser()->workspace;
926
+			#$pageRepository->versioningWorkspaceId = $workspaceUid;
927
+			#if ($this->getBackendUser()->workspace !== 0) {
928
+			#    $pageRepository->versioningPreview = 1;
929
+			#}
930
+		}
931
+
932
+		// If current row is a translation select its parent
933
+		if (isset($GLOBALS['TCA'][$tableName]['ctrl']['languageField'])
934
+			&& isset($GLOBALS['TCA'][$tableName]['ctrl']['transOrigPointerField'])
935
+		) {
936
+			if (isset($row[$GLOBALS['TCA'][$tableName]['ctrl']['transOrigPointerField']])
937
+				&& $row[$GLOBALS['TCA'][$tableName]['ctrl']['transOrigPointerField']] > 0
938
+			) {
939
+				$queryBuilder = $this->getQueryBuilder();
940
+				$row = $queryBuilder
941
+					->select($tableName . '.*')
942
+					->from($tableName)
943
+					->andWhere(
944
+						$tableName . '.uid=' . (int)$row[$GLOBALS['TCA'][$tableName]['ctrl']['transOrigPointerField']],
945
+						$tableName . '.' . $GLOBALS['TCA'][$tableName]['ctrl']['languageField'] . ' = 0'
946
+					)
947
+					->execute()
948
+					->fetch();
949
+			}
950
+		}
951
+
952
+		// Retrieve the original uid; Used for Workspaces!
953
+		if (ApplicationType::fromRequest($GLOBALS['TYPO3_REQUEST'])->isBackend()) {
954
+			$pageRepository->versionOL($tableName, $row, true, true);
955
+		} else {
956
+			\TYPO3\CMS\Backend\Utility\BackendUtility::workspaceOL($tableName, $row);
957
+		}
958
+		if (isset($row['_ORIG_uid'])) {
959
+			$row['uid'] = $row['_ORIG_uid'];
960
+		}
961
+
962
+		// Special case for table "pages"
963
+		if ($tableName == 'pages') {
964
+			$row = $pageRepository->getPageOverlay($row, $querySettings->getLanguageUid());
965
+		} elseif (isset($GLOBALS['TCA'][$tableName]['ctrl']['languageField'])
966
+			&& $GLOBALS['TCA'][$tableName]['ctrl']['languageField'] !== ''
967
+		) {
968
+			if (in_array($row[$GLOBALS['TCA'][$tableName]['ctrl']['languageField']], array(-1, 0))) {
969
+				$overlayMode = $languageMode === 'strict' ? 'hideNonTranslated' : '';
970
+				$row = $pageRepository->getRecordOverlay($tableName, $row, $querySettings->getLanguageUid(), $overlayMode);
971
+			}
972
+		}
973
+
974
+		return $row;
975
+	}
976
+
977
+	/**
978
+	 * Return a resolved table name given a possible table name alias.
979
+	 *
980
+	 * @param string $tableNameOrAlias
981
+	 * @return string
982
+	 */
983
+	protected function resolveTableNameAlias($tableNameOrAlias)
984
+	{
985
+		$resolvedTableName = $tableNameOrAlias;
986
+		if (!empty($this->tableNameAliases['aliases'][$tableNameOrAlias])) {
987
+			$resolvedTableName = $this->tableNameAliases['aliases'][$tableNameOrAlias];
988
+		}
989
+		return $resolvedTableName;
990
+	}
991
+
992
+	/**
993
+	 * Generate a unique table name alias for the given table name.
994
+	 *
995
+	 * @param string $tableName
996
+	 * @return string
997
+	 */
998
+	protected function generateAlias($tableName)
999
+	{
1000
+
1001
+		if (!isset($this->tableNameAliases['aliasIncrement'][$tableName])) {
1002
+			$this->tableNameAliases['aliasIncrement'][$tableName] = 0;
1003
+		}
1004
+
1005
+		$numberOfAliases = $this->tableNameAliases['aliasIncrement'][$tableName];
1006
+		$tableNameAlias = $tableName . $numberOfAliases;
1007
+
1008
+		$this->tableNameAliases['aliasIncrement'][$tableName]++;
1009
+		$this->tableNameAliases['aliases'][$tableNameAlias] = $tableName;
1010
+
1011
+		return $tableNameAlias;
1012
+	}
1013
+
1014
+	/**
1015
+	 * Replace the table names by its table name alias within the given statement.
1016
+	 *
1017
+	 * @param string $tableName
1018
+	 * @param string $tableNameAlias
1019
+	 * @param string $statement
1020
+	 * @return string
1021
+	 */
1022
+	protected function replaceTableNameByAlias($tableName, $tableNameAlias, $statement)
1023
+	{
1024
+		if ($statement && $tableName !== $tableNameAlias) {
1025
+			$statement = str_replace($tableName, $tableNameAlias, $statement);
1026
+		}
1027
+		return $statement;
1028
+	}
1029
+
1030
+	/**
1031
+	 * Returns an instance of the current Backend User.
1032
+	 *
1033
+	 * @return BackendUserAuthentication
1034
+	 */
1035
+	protected function getBackendUser()
1036
+	{
1037
+		return $GLOBALS['BE_USER'];
1038
+	}
1039
+
1040
+	/**
1041
+	 * Tell whether a Backend User is logged in.
1042
+	 *
1043
+	 * @return bool
1044
+	 */
1045
+	protected function isBackendUserLogged()
1046
+	{
1047
+		return is_object($GLOBALS['BE_USER']);
1048
+	}
1049
+
1050
+	/**
1051
+	 * @return PageRepository|object
1052
+	 */
1053
+	protected function getPageRepository()
1054
+	{
1055
+		if (!$this->pageRepository instanceof PageRepository) {
1056
+			if (ApplicationType::fromRequest($GLOBALS['TYPO3_REQUEST'])->isFrontend() && is_object($GLOBALS['TSFE'])) {
1057
+				$this->pageRepository = $GLOBALS['TSFE']->sys_page;
1058
+			} else {
1059
+				$this->pageRepository = GeneralUtility::makeInstance(PageRepository::class);
1060
+			}
1061
+		}
1062
+
1063
+		return $this->pageRepository;
1064
+	}
1065
+
1066
+	/**
1067
+	 * @return FieldPathResolver|object
1068
+	 */
1069
+	protected function getFieldPathResolver()
1070
+	{
1071
+		return GeneralUtility::makeInstance(FieldPathResolver::class);
1072
+	}
1073
+
1074
+	/**
1075
+	 * @return object|Connection
1076
+	 */
1077
+	protected function getConnection(): Connection
1078
+	{
1079
+		/** @var ConnectionPool $connectionPool */
1080
+		return GeneralUtility::makeInstance(ConnectionPool::class)
1081
+			->getConnectionForTable($this->getTableName());
1082
+	}
1083
+
1084
+	/**
1085
+	 * @return object|QueryBuilder
1086
+	 */
1087
+	protected function getQueryBuilder(): QueryBuilder
1088
+	{
1089
+		/** @var ConnectionPool $connectionPool */
1090
+		$connectionPool = GeneralUtility::makeInstance(ConnectionPool::class);
1091
+		return $connectionPool->getQueryBuilderForTable($this->getTableName());
1092
+	}
1093
+
1094
+	/**
1095
+	 * @return string
1096
+	 */
1097
+	public function getTableName(): string
1098
+	{
1099
+		return $this->query->getSource()->getNodeTypeName(); // getSelectorName()
1100
+	}
1101 1101
 
1102 1102
 }
Please login to merge, or discard this patch.