Issues (60)

Security Analysis    not enabled

This project does not seem to handle request data directly as such no vulnerable execution paths were found.

  Cross-Site Scripting
Cross-Site Scripting enables an attacker to inject code into the response of a web-request that is viewed by other users. It can for example be used to bypass access controls, or even to take over other users' accounts.
  File Exposure
File Exposure allows an attacker to gain access to local files that he should not be able to access. These files can for example include database credentials, or other configuration files.
  File Manipulation
File Manipulation enables an attacker to write custom data to files. This potentially leads to injection of arbitrary code on the server.
  Object Injection
Object Injection enables an attacker to inject an object into PHP code, and can lead to arbitrary code execution, file exposure, or file manipulation attacks.
  Code Injection
Code Injection enables an attacker to execute arbitrary code on the server.
  Response Splitting
Response Splitting can be used to send arbitrary responses.
  File Inclusion
File Inclusion enables an attacker to inject custom files into PHP's file loading mechanism, either explicitly passed to include, or for example via PHP's auto-loading mechanism.
  Command Injection
Command Injection enables an attacker to inject a shell command that is execute with the privileges of the web-server. This can be used to expose sensitive data, or gain access of your server.
  SQL Injection
SQL Injection enables an attacker to execute arbitrary SQL code on your database server gaining access to user data, or manipulating user data.
  XPath Injection
XPath Injection enables an attacker to modify the parts of XML document that are read. If that XML document is for example used for authentication, this can lead to further vulnerabilities similar to SQL Injection.
  LDAP Injection
LDAP Injection enables an attacker to inject LDAP statements potentially granting permission to run unauthorized queries, or modify content inside the LDAP tree.
  Header Injection
  Other Vulnerability
This category comprises other attack vectors such as manipulating the PHP runtime, loading custom extensions, freezing the runtime, or similar.
  Regex Injection
Regex Injection enables an attacker to execute arbitrary code in your PHP process.
  XML Injection
XML Injection enables an attacker to read files on your local filesystem including configuration files, or can be abused to freeze your web-server process.
  Variable Injection
Variable Injection enables an attacker to overwrite program variables with custom data, and can lead to further vulnerabilities.
Unfortunately, the security analysis is currently not available for your project. If you are a non-commercial open-source project, please contact support to gain access.

src/helpers/Query.php (14 issues)

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1
<?php
2
3
/**
4
 * @copyright  Copyright (c) Flipbox Digital Limited
5
 * @license    https://flipboxfactory.com/software/organization/license
6
 * @link       https://www.flipboxfactory.com/software/organization/
7
 */
8
9
namespace flipbox\organization\helpers;
10
11
use Craft;
12
use craft\elements\db\ElementQuery;
13
use craft\elements\db\ElementQueryInterface;
14
use craft\helpers\Db;
15
use craft\helpers\StringHelper;
16
use flipbox\organization\records\Organization as OrganizationRecord;
17
use flipbox\organization\records\User as OrganizationUsersRecord;
18
use flipbox\spark\helpers\ArrayHelper;
19
use flipbox\spark\helpers\QueryHelper;
20
21
/**
22
 * @author Flipbox Factory <[email protected]>
23
 * @since 1.0.0
24
 */
25
class Query extends QueryHelper
26
{
27
28
    /**
29
     * @var array
30
     */
31
    private static $operators = ['not ', '!=', '<=', '>=', '<', '>', '='];
32
33
    /**
34
     * @param ElementQueryInterface $query
35
     * @param array $params
36
     */
37
    public static function applyOrganizationParam(ElementQueryInterface $query, array $params = [])
38
    {
39
40
        if (array_key_exists('owner', $params)) {
41
            self::applyOrganizationOwnerParam($query, $params['owner']);
42
        }
43
44
        if (array_key_exists('user', $params)) {
45
            self::applyOrganizationUserParam($query, $params['user']);
46
        }
47
48
        if (array_key_exists('member', $params)) {
49
            self::applyOrganizationMemberParam($query, $params['member']);
50
        }
51
52
        return;
53
    }
54
55
    /**
56
     * @param $value
57
     * @return array
58
     */
59
    public static function parseUserValue($value)
60
    {
61
62
        // Default join type
63
        $join = 'and';
64
65
        // Parse as single param?
66
        if (false === static::parseBaseParam($value, $join)) {
67
            // Add one by one
68
            foreach ($value as $operator => &$v) {
69
                // attempt to assemble value (return false if it's a handle)
70
                if (false === static::findParamValue($v, $operator)) {
71
                    // get element by string
72
                    if (is_string($v)) {
73
                        if ($element = Craft::$app->getUsers()->getUserByUsernameOrEmail($v)) {
74
                            $v = $element->id;
75
                        }
76
                    }
77
78
                    if ($v instanceof static) {
79
                        $v = $v->id;
0 ignored issues
show
The property id does not exist. Did you maybe forget to declare it?

In PHP it is possible to write to properties without declaring them. For example, the following is perfectly valid PHP code:

class MyClass { }

$x = new MyClass();
$x->foo = true;

Generally, it is a good practice to explictly declare properties to avoid accidental typos and provide IDE auto-completion:

class MyClass {
    public $foo;
}

$x = new MyClass();
$x->foo = true;
Loading history...
80
                    }
81
82
                    if ($v) {
83
                        $v = static::assembleParamValue($v, $operator);
84
                    }
85
                }
86
            }
87
        }
88
89
        // parse param to allow for mixed variables
90
        return array_merge([$join], ArrayHelper::filterEmptyStringsFromArray($value));
91
    }
92
93
    /**
94
     * Standard param parsing.
95
     *
96
     * @param $value
97
     * @param $join
98
     * @return bool
99
     */
100
    public static function parseBaseParam(&$value, &$join)
101
    {
102
103
        // Force array
104
        // This is causing some crazy recursive error issue
105
        // ... adding a simple array cast below.
106
        /* $value = ArrayHelper::toArray($value); */
107
        if (!is_array($value)) {
108
            $value = [$value];
109
        }
110
111
        // Get join type ('and' , 'or')
112
        $join = static::getJoinType($value, $join);
0 ignored issues
show
Since getJoinType() is declared private, calling it with static will lead to errors in possible sub-classes. You can either use self, or increase the visibility of getJoinType() to at least protected.

Let’s assume you have a class which uses late-static binding:

class YourClass
{
    private static function getTemperature() {
        return "3422 °C";
}

public static function getSomeVariable()
{
    return static::getTemperature();
}

}

The code above will run fine in your PHP runtime. However, if you now create a sub-class and call the getSomeVariable() on that sub-class, you will receive a runtime error:

class YourSubClass extends YourClass {
      private static function getTemperature() {
        return "-182 °C";
    }
}

print YourSubClass::getSomeVariable(); // Will cause an access error.

In the case above, it makes sense to update SomeClass to use self instead:

class YourClass
{
    private static function getTemperature() {
        return "3422 °C";
    }

    public static function getSomeVariable()
    {
        return self::getTemperature();
    }
}
Loading history...
113
114
        // Check for object array (via 'id' key)
115
        if ($id = static::findIdFromObjectArray($value)) {
0 ignored issues
show
Since findIdFromObjectArray() is declared private, calling it with static will lead to errors in possible sub-classes. You can either use self, or increase the visibility of findIdFromObjectArray() to at least protected.

Let’s assume you have a class which uses late-static binding:

class YourClass
{
    private static function getTemperature() {
        return "3422 °C";
}

public static function getSomeVariable()
{
    return static::getTemperature();
}

}

The code above will run fine in your PHP runtime. However, if you now create a sub-class and call the getSomeVariable() on that sub-class, you will receive a runtime error:

class YourSubClass extends YourClass {
      private static function getTemperature() {
        return "-182 °C";
    }
}

print YourSubClass::getSomeVariable(); // Will cause an access error.

In the case above, it makes sense to update SomeClass to use self instead:

class YourClass
{
    private static function getTemperature() {
        return "3422 °C";
    }

    public static function getSomeVariable()
    {
        return self::getTemperature();
    }
}
Loading history...
116
            $value = [$id];
117
        }
118
119
        return false;
120
    }
121
122
    /**
123
     * Format the param value so that we return a string w/ a prepended operator.
124
     *
125
     * @param $value
126
     * @param $operator
127
     * @return string
128
     */
129
    public static function assembleParamValue($value, $operator)
130
    {
131
132
        // Handle arrays as values
133
        if (is_array($value) || is_object($value)) {
134
            // Look for an 'id' key in an array
135
            if ($id = static::findIdFromObjectArray($value, $operator)) {
0 ignored issues
show
Since findIdFromObjectArray() is declared private, calling it with static will lead to errors in possible sub-classes. You can either use self, or increase the visibility of findIdFromObjectArray() to at least protected.

Let’s assume you have a class which uses late-static binding:

class YourClass
{
    private static function getTemperature() {
        return "3422 °C";
}

public static function getSomeVariable()
{
    return static::getTemperature();
}

}

The code above will run fine in your PHP runtime. However, if you now create a sub-class and call the getSomeVariable() on that sub-class, you will receive a runtime error:

class YourSubClass extends YourClass {
      private static function getTemperature() {
        return "-182 °C";
    }
}

print YourSubClass::getSomeVariable(); // Will cause an access error.

In the case above, it makes sense to update SomeClass to use self instead:

class YourClass
{
    private static function getTemperature() {
        return "3422 °C";
    }

    public static function getSomeVariable()
    {
        return self::getTemperature();
    }
}
Loading history...
136
                // Prepend the operator
137
                return static::prependOperator($id, $operator);
0 ignored issues
show
Since prependOperator() is declared private, calling it with static will lead to errors in possible sub-classes. You can either use self, or increase the visibility of prependOperator() to at least protected.

Let’s assume you have a class which uses late-static binding:

class YourClass
{
    private static function getTemperature() {
        return "3422 °C";
}

public static function getSomeVariable()
{
    return static::getTemperature();
}

}

The code above will run fine in your PHP runtime. However, if you now create a sub-class and call the getSomeVariable() on that sub-class, you will receive a runtime error:

class YourSubClass extends YourClass {
      private static function getTemperature() {
        return "-182 °C";
    }
}

print YourSubClass::getSomeVariable(); // Will cause an access error.

In the case above, it makes sense to update SomeClass to use self instead:

class YourClass
{
    private static function getTemperature() {
        return "3422 °C";
    }

    public static function getSomeVariable()
    {
        return self::getTemperature();
    }
}
Loading history...
138
            }
139
        }
140
141
        return static::prependOperator($value, $operator);
0 ignored issues
show
Since prependOperator() is declared private, calling it with static will lead to errors in possible sub-classes. You can either use self, or increase the visibility of prependOperator() to at least protected.

Let’s assume you have a class which uses late-static binding:

class YourClass
{
    private static function getTemperature() {
        return "3422 °C";
}

public static function getSomeVariable()
{
    return static::getTemperature();
}

}

The code above will run fine in your PHP runtime. However, if you now create a sub-class and call the getSomeVariable() on that sub-class, you will receive a runtime error:

class YourSubClass extends YourClass {
      private static function getTemperature() {
        return "-182 °C";
    }
}

print YourSubClass::getSomeVariable(); // Will cause an access error.

In the case above, it makes sense to update SomeClass to use self instead:

class YourClass
{
    private static function getTemperature() {
        return "3422 °C";
    }

    public static function getSomeVariable()
    {
        return self::getTemperature();
    }
}
Loading history...
142
    }
143
144
    /**
145
     * Attempt to resolve a param value by the value.
146
     * Return false if a 'handle' or other string identifier is detected.
147
     *
148
     * @param $value
149
     * @param $operator
150
     * @return bool
151
     */
152
    public static function findParamValue(&$value, &$operator)
153
    {
154
155
        if (is_array($value) || is_object($value)) {
156
            $value = static::assembleParamValue($value, $operator);
157
        } else {
158
            static::normalizeEmptyValue($value);
0 ignored issues
show
Since normalizeEmptyValue() is declared private, calling it with static will lead to errors in possible sub-classes. You can either use self, or increase the visibility of normalizeEmptyValue() to at least protected.

Let’s assume you have a class which uses late-static binding:

class YourClass
{
    private static function getTemperature() {
        return "3422 °C";
}

public static function getSomeVariable()
{
    return static::getTemperature();
}

}

The code above will run fine in your PHP runtime. However, if you now create a sub-class and call the getSomeVariable() on that sub-class, you will receive a runtime error:

class YourSubClass extends YourClass {
      private static function getTemperature() {
        return "-182 °C";
    }
}

print YourSubClass::getSomeVariable(); // Will cause an access error.

In the case above, it makes sense to update SomeClass to use self instead:

class YourClass
{
    private static function getTemperature() {
        return "3422 °C";
    }

    public static function getSomeVariable()
    {
        return self::getTemperature();
    }
}
Loading history...
159
160
            $operator = static::parseParamOperator($value);
0 ignored issues
show
Since parseParamOperator() is declared private, calling it with static will lead to errors in possible sub-classes. You can either use self, or increase the visibility of parseParamOperator() to at least protected.

Let’s assume you have a class which uses late-static binding:

class YourClass
{
    private static function getTemperature() {
        return "3422 °C";
}

public static function getSomeVariable()
{
    return static::getTemperature();
}

}

The code above will run fine in your PHP runtime. However, if you now create a sub-class and call the getSomeVariable() on that sub-class, you will receive a runtime error:

class YourSubClass extends YourClass {
      private static function getTemperature() {
        return "-182 °C";
    }
}

print YourSubClass::getSomeVariable(); // Will cause an access error.

In the case above, it makes sense to update SomeClass to use self instead:

class YourClass
{
    private static function getTemperature() {
        return "3422 °C";
    }

    public static function getSomeVariable()
    {
        return self::getTemperature();
    }
}
Loading history...
161
162
            if (is_numeric($value)) {
163
                $value = static::assembleParamValue($value, $operator);
164
            } else {
165
                $value = StringHelper::toLowerCase($value);
166
167
                if ($value !== ':empty:' || $value !== 'not :empty:') {
168
                    // Trim any whitespace from the value
169
                    $value = StringHelper::trim($value);
170
171
                    return false;
172
                }
173
            }
174
        }
175
176
        return true;
177
    }
178
179
    /**
180
     * Attempt to resolve a param value by the value.
181
     * Return false if a 'handle' or other string identifier is detected.
182
     *
183
     * @param $value
184
     * @param $operator
185
     * @return bool
186
     */
187
    public static function prepParamValue(&$value, &$operator)
188
    {
189
190
        if (is_array($value)) {
191
            return true;
192
        } else {
193
            static::normalizeEmptyValue($value);
0 ignored issues
show
Since normalizeEmptyValue() is declared private, calling it with static will lead to errors in possible sub-classes. You can either use self, or increase the visibility of normalizeEmptyValue() to at least protected.

Let’s assume you have a class which uses late-static binding:

class YourClass
{
    private static function getTemperature() {
        return "3422 °C";
}

public static function getSomeVariable()
{
    return static::getTemperature();
}

}

The code above will run fine in your PHP runtime. However, if you now create a sub-class and call the getSomeVariable() on that sub-class, you will receive a runtime error:

class YourSubClass extends YourClass {
      private static function getTemperature() {
        return "-182 °C";
    }
}

print YourSubClass::getSomeVariable(); // Will cause an access error.

In the case above, it makes sense to update SomeClass to use self instead:

class YourClass
{
    private static function getTemperature() {
        return "3422 °C";
    }

    public static function getSomeVariable()
    {
        return self::getTemperature();
    }
}
Loading history...
194
            $operator = static::parseParamOperator($value);
0 ignored issues
show
Since parseParamOperator() is declared private, calling it with static will lead to errors in possible sub-classes. You can either use self, or increase the visibility of parseParamOperator() to at least protected.

Let’s assume you have a class which uses late-static binding:

class YourClass
{
    private static function getTemperature() {
        return "3422 °C";
}

public static function getSomeVariable()
{
    return static::getTemperature();
}

}

The code above will run fine in your PHP runtime. However, if you now create a sub-class and call the getSomeVariable() on that sub-class, you will receive a runtime error:

class YourSubClass extends YourClass {
      private static function getTemperature() {
        return "-182 °C";
    }
}

print YourSubClass::getSomeVariable(); // Will cause an access error.

In the case above, it makes sense to update SomeClass to use self instead:

class YourClass
{
    private static function getTemperature() {
        return "3422 °C";
    }

    public static function getSomeVariable()
    {
        return self::getTemperature();
    }
}
Loading history...
195
196
            if (is_numeric($value)) {
197
                return true;
198
            } else {
199
                $value = StringHelper::toLowerCase($value);
200
201
                if ($value !== ':empty:' || $value !== 'not :empty:') {
202
                    // Trim any whitespace from the value
203
                    $value = StringHelper::trim($value);
204
205
                    return false;
206
                }
207
            }
208
        }
209
210
        return true;
211
    }
212
213
    /**
214
     * @param $value
215
     * @param string $default
216
     * @return mixed|string
217
     */
218
    private static function getJoinType(&$value, $default = 'or')
219
    {
220
221
        // Get first value in array
222
        $joinType = ArrayHelper::firstValue($value);
223
224
        // Make sure first value is a string
225
        $firstVal = is_string($joinType) ? StringHelper::toLowerCase($joinType) : '';
226
227
        if ($firstVal == 'and' || $firstVal == 'or') {
228
            $join = array_shift($value);
229
        } else {
230
            $join = $default;
231
        }
232
233
        return $join;
234
    }
235
236
    /**
237
     * Attempt to get a numeric value from an object array.
238
     * @param $value
239
     * @param null $operator
240
     * @return mixed|string
241
     */
242
    private static function findIdFromObjectArray($value, $operator = null)
243
    {
244
245
        if ($id = ArrayHelper::getValue($value, 'id', '')) {
246
            return static::prependOperator($id, $operator);
0 ignored issues
show
Since prependOperator() is declared private, calling it with static will lead to errors in possible sub-classes. You can either use self, or increase the visibility of prependOperator() to at least protected.

Let’s assume you have a class which uses late-static binding:

class YourClass
{
    private static function getTemperature() {
        return "3422 °C";
}

public static function getSomeVariable()
{
    return static::getTemperature();
}

}

The code above will run fine in your PHP runtime. However, if you now create a sub-class and call the getSomeVariable() on that sub-class, you will receive a runtime error:

class YourSubClass extends YourClass {
      private static function getTemperature() {
        return "-182 °C";
    }
}

print YourSubClass::getSomeVariable(); // Will cause an access error.

In the case above, it makes sense to update SomeClass to use self instead:

class YourClass
{
    private static function getTemperature() {
        return "3422 °C";
    }

    public static function getSomeVariable()
    {
        return self::getTemperature();
    }
}
Loading history...
247
        }
248
249
        return $id;
250
    }
251
252
    /**
253
     * Prepend the operator to a value
254
     *
255
     * @param $value
256
     * @param null $operator
257
     * @return string
258
     */
259
    private static function prependOperator($value, $operator = null)
260
    {
261
262
        if ($operator) {
263
            $operator = StringHelper::toLowerCase($operator);
264
265
            if (in_array($operator, static::$operators) || $operator === 'not') {
0 ignored issues
show
Since $operators is declared private, accessing it with static will lead to errors in possible sub-classes; consider using self, or increasing the visibility of $operators to at least protected.

Let’s assume you have a class which uses late-static binding:

class YourClass
{
    private static $someVariable;

    public static function getSomeVariable()
    {
        return static::$someVariable;
    }
}

The code above will run fine in your PHP runtime. However, if you now create a sub-class and call the getSomeVariable() on that sub-class, you will receive a runtime error:

class YourSubClass extends YourClass { }

YourSubClass::getSomeVariable(); // Will cause an access error.

In the case above, it makes sense to update SomeClass to use self instead:

class SomeClass
{
    private static $someVariable;

    public static function getSomeVariable()
    {
        return self::$someVariable; // self works fine with private.
    }
}
Loading history...
266
                if (is_array($value)) {
267
                    $values = [];
268
269
                    foreach ($value as $v) {
270
                        $values[] = $operator . ($operator === 'not' ? ' ' : '') . $v;
271
                    }
272
273
                    return $values;
0 ignored issues
show
Bug Best Practice introduced by
The return type of return $values; (array) is incompatible with the return type documented by flipbox\organization\hel...\Query::prependOperator of type string.

If you return a value from a function or method, it should be a sub-type of the type that is given by the parent type f.e. an interface, or abstract method. This is more formally defined by the Lizkov substitution principle, and guarantees that classes that depend on the parent type can use any instance of a child type interchangably. This principle also belongs to the SOLID principles for object oriented design.

Let’s take a look at an example:

class Author {
    private $name;

    public function __construct($name) {
        $this->name = $name;
    }

    public function getName() {
        return $this->name;
    }
}

abstract class Post {
    public function getAuthor() {
        return 'Johannes';
    }
}

class BlogPost extends Post {
    public function getAuthor() {
        return new Author('Johannes');
    }
}

class ForumPost extends Post { /* ... */ }

function my_function(Post $post) {
    echo strtoupper($post->getAuthor());
}

Our function my_function expects a Post object, and outputs the author of the post. The base class Post returns a simple string and outputting a simple string will work just fine. However, the child class BlogPost which is a sub-type of Post instead decided to return an object, and is therefore violating the SOLID principles. If a BlogPost were passed to my_function, PHP would not complain, but ultimately fail when executing the strtoupper call in its body.

Loading history...
274
                }
275
276
                return $operator . ($operator === 'not' ? ' ' : '') . $value;
277
            }
278
        }
279
280
        return $value;
281
    }
282
283
    /**
284
     * Normalizes “empty” values.
285
     *
286
     * @param string &$value The param value.
287
     */
288
    private static function normalizeEmptyValue(&$value)
289
    {
290
        if ($value === null) {
291
            $value = ':empty:';
292
        } else {
293
            if (StringHelper::toLowerCase($value) == ':notempty:') {
294
                $value = 'not :empty:';
295
            }
296
        }
297
    }
298
299
    /**
300
     * Extracts the operator from a DB param and returns it.
301
     *
302
     * @param string &$value Te param value.
303
     *
304
     * @return string The operator.
305
     */
306
    private static function parseParamOperator(&$value)
307
    {
308
        foreach (static::$operators as $testOperator) {
0 ignored issues
show
Since $operators is declared private, accessing it with static will lead to errors in possible sub-classes; consider using self, or increasing the visibility of $operators to at least protected.

Let’s assume you have a class which uses late-static binding:

class YourClass
{
    private static $someVariable;

    public static function getSomeVariable()
    {
        return static::$someVariable;
    }
}

The code above will run fine in your PHP runtime. However, if you now create a sub-class and call the getSomeVariable() on that sub-class, you will receive a runtime error:

class YourSubClass extends YourClass { }

YourSubClass::getSomeVariable(); // Will cause an access error.

In the case above, it makes sense to update SomeClass to use self instead:

class SomeClass
{
    private static $someVariable;

    public static function getSomeVariable()
    {
        return self::$someVariable; // self works fine with private.
    }
}
Loading history...
309
            // Does the value start with this operator?
310
            $operatorLength = strlen($testOperator);
311
312
            if (strncmp(
313
                StringHelper::toLowerCase($value),
314
                $testOperator,
315
                $operatorLength
316
            ) == 0
317
            ) {
318
                $value = mb_substr($value, $operatorLength);
319
320
                if ($testOperator == 'not ') {
321
                    return 'not';
322
                } else {
323
                    return $testOperator;
324
                }
325
            }
326
        }
327
328
        return '';
329
    }
330
331
332
    /**
333
     * @param ElementQueryInterface $query
334
     * @param $owner
335
     *
336
     * @return void
337
     */
338
    private static function applyOrganizationOwnerParam(ElementQueryInterface $query, $owner)
339
    {
340
341
        /** @var ElementQuery $query */
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        $value = self::parseUserValue($owner);
344
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        $alias = OrganizationUsersRecord::tableAlias();
346
347
        $query->subQuery->leftJoin(
348
            OrganizationRecord::tableName() . ' ' . $alias,
349
            $alias . '.ownerId=users.id'
350
        );
351
        $query->subQuery->andWhere(Db::parseParam($alias . '.id', $value));
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353
        return;
354
    }
355
356
    /**
357
     * @param ElementQueryInterface $query
358
     * @param $user
359
     *
360
     * @return void
361
     */
362
    private static function applyOrganizationUserParam(ElementQueryInterface $query, $user)
363
    {
364
365
        /** @var ElementQuery $query */
366
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        $value = self::parseUserValue($user);
368
369
        $alias = OrganizationUsersRecord::tableAlias() . StringHelper::randomString(12);
370
371
        $query->subQuery->leftJoin(
372
            OrganizationUsersRecord::tableName() . ' ' . $alias,
373
            $alias . '.userId=users.id'
374
        );
375
        $query->subQuery->andWhere(Db::parseParam($alias . '.organizationId', $value));
376
377
        return;
378
    }
379
380
    /**
381
     * @param ElementQueryInterface $query
382
     * @param $member
383
     *
384
     * @return void
385
     */
386
    private static function applyOrganizationMemberParam(ElementQueryInterface $query, $member)
387
    {
388
389
        /** @var ElementQuery $query */
390
391
        $value = self::parseUserValue($member);
392
393
        $userAlias = OrganizationUsersRecord::tableAlias();
394
        $alias = OrganizationRecord::tableAlias();
395
396
        $query->subQuery->leftJoin(
397
            OrganizationUsersRecord::tableName() . ' ' . $userAlias,
398
            $userAlias . '.userId=users.id'
399
        );
400
401
        $query->subQuery->leftJoin(
402
            OrganizationRecord::tableName() . ' ' . $alias,
403
            $alias . '.ownerId=users.id'
404
        );
405
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        // If looking for empty, join on 'and'
407
        $joinType = in_array(':empty:', $value, true) ? 'and' : 'or';
408
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        $query->subQuery->andWhere([
411
            $joinType,
412
            Db::parseParam($userAlias . '.organizationId', $value),
413
            Db::parseParam($alias . '.id', $value)
414
        ]);
415
416
        return;
417
    }
418
}
419