NumTrait::bAnd() - Code Metrics - Inspection of "Predicate :: logical operators -- renamed not() to..." - hfw/db - Measure and Improve Code Quality continuously with Scrutinizer

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Push — master ( f16abf...a45e17 )

by y

created 2021-06-19 11:01 UTC

NumTrait::bAnd() A

↳ Parent: NumTrait

Complexity

Conditions	1
Paths	1

Size

Total Lines	3
Code Lines	1

Duplication

Lines	0
Ratio	0 %

Importance

Changes	1
Bugs	0	Features	1

Metric	Value
cc	1
eloc	1
c	1
b	0
f	1
nc	1
nop	1
dl	0
loc	3
rs	10

<?php

namespace Helix\DB\Fluent\Num;

use Helix\DB\Fluent\Num;
use Helix\DB\Fluent\Predicate;
use Helix\DB\Fluent\Value\ValueTrait;
use Helix\DB\Fluent\ValueInterface;

/**
 * Numeric expression manipulation.
 *
 * This trait does not include {@link NumCastFloatTrait},
 * because the expression is either already a float or an integer.
 */
trait NumTrait
{

    use ValueTrait;
    use BaseConversionTrait;
    use NumCastIntTrait;

    /**
     * `ABS($this)`
     *
     * @return Num
     */
    public function abs()
    {
        return Num::factory($this->db, "ABS({$this})");
    }

    /**
     * `ACOS($this)`
     *
     * @return Num
     */
    public function acos()
    {
        return Num::factory($this->db, "ACOS({$this})");
    }

    /**
     * `($this + $arg)`
     *
     * @param number|ValueInterface $arg
     * @return Num
     */
    public function add($arg)
    {
        $arg = $this->db->quote($arg);
        return Num::factory($this->db, "({$this} + {$arg})");
    }

    /**
     * `ASIN($this)`
     *
     * @return Num
     */
    public function asin()
    {
        return Num::factory($this->db, "ASIN({$this})");
    }

    /**
     * `ATAN($this)`
     *
     * @return Num
     */
    public function atan()
    {
        return Num::factory($this->db, "ATAN({$this})");
    }

    /**
     * Bitwise `AND`
     *
     * `($this & $value)`
     *
     * @param int|ValueInterface $value
     * @return Num
     */
    public function bAnd($value)
    {
        return Num::factory($this->db, "({$this} & {$value})");
    }

    /**
     * Bitwise `NOT`
     *
     * `($this ~ $value)`
     *
     * @param int|ValueInterface $value
     * @return Num
     */
    public function bNot($value)
    {
        return Num::factory($this->db, "({$this} ~ {$value})");
    }

    /**
     * Bitwise `OR`
     *
     * `($this | $value)`
     *
     * @param int|ValueInterface $value
     * @return Num
     */
    public function bOr($value)
    {
        return Num::factory($this->db, "({$this} | {$value})");
    }

    /**
     * Bitwise shift left.
     *
     * `($this << $bits)`
     *
     * @param int $bits
     * @return Num
     */
    public function bSL(int $bits = 1)
    {
        return Num::factory($this->db, "({$this} << {$bits})");
    }

    /**
     * Bitwise shift right.
     *
     * `($this >> $bits)`
     *
     * @param int $bits
     * @return Num
     */
    public function bSR(int $bits = 1)
    {
        return Num::factory($this->db, "({$this} >> {$bits})");
    }

    /**
     * `CEIL($this)`
     *
     * @return Num
     */
    public function ceil()
    {
        return Num::factory($this->db, "CEIL({$this})");
    }

    /**
     * `COS($this)`
     *
     * @return Num
     */
    public function cos()
    {
        return Num::factory($this->db, "COS({$this})");
    }

    /**
     * Radians to degrees.
     *
     * `DEGREES($this)`
     *
     * @return Num
     */
    public function degrees()
    {
        return Num::factory($this->db, "DEGREES({$this})");
    }

    /**
     * `($this / $arg)`
     *
     * @param number|ValueInterface $arg
     * @return Num
     */
    public function div($arg)
    {
        $arg = $this->db->quote($arg);
        return Num::factory($this->db, "({$this} / {$arg})");
    }

    /**
     * Euler's constant raised to the power of the expression.
     *
     * `EXP($this)`
     *
     * @return Num
     */
    public function exp()
    {
        return Num::factory($this->db, "EXP({$this})");
    }

    /**
     * `FLOOR($this)`
     *
     * @return Num
     */
    public function floor()
    {
        return Num::factory($this->db, "FLOOR({$this})");
    }

    /**
     * `($this % 2) = 0`
     *
     * @return Predicate
     */
    public function isEven()
    {
        return Predicate::factory($this->db, "({$this} % 2) = 0");
    }

    /**
     * `$this < 0`
     *
     * @return Predicate
     */
    public function isNegative()
    {
        return Predicate::factory($this->db, "{$this} < 0");
    }

    /**
     * `($this % 2) <> 0`
     *
     * @return Predicate
     */
    public function isOdd()
    {
        return Predicate::factory($this->db, "({$this} % 2) <> 0");
    }

    /**
     * `$this > 0`
     *
     * @return Predicate
     */
    public function isPositive()
    {
        return Predicate::factory($this->db, "{$this} > 0");
    }

    /**
     * `LN($this)`
     *
     * @return Num
     */
    public function ln()
    {
        return Num::factory($this->db, "LN({$this})");
    }

    /**
     * `LOG($base,$this)`
     *
     * > Note: This is the cross-DBMS signature. PHP's built-in function has the reverse.
     *
     * @param float $base
     * @return Num
     */
    public function log(float $base)
    {
        return Num::factory($this->db, "LOG({$base},{$this})");
    }

    /**
     * `LOG10($this)`
     *
     * @return Num
     */
    public function log10()
    {
        return Num::factory($this->db, "LOG10({$this})");
    }

    /**
     * `LOG2($this)`
     *
     * @return Num
     */
    public function log2()
    {
        return Num::factory($this->db, "LOG2({$this})");
    }

    /**
     * `($this % $divisor)`
     *
     * @param float $divisor
     * @return Num
     */
    public function mod(float $divisor)
    {
        return Num::factory($this->db, "({$this} % {$divisor})");
    }

    /**
     * `($this * $arg)`
     *
     * @param number|ValueInterface $arg
     * @return Num
     */
    public function mul($arg)
    {
        $arg = $this->db->quote($arg);
        return Num::factory($this->db, "({$this} * {$arg})");
    }

    /**
     * `POW($this,$exponent)`
     *
     * @param float $exponent
     * @return Num
     */
    public function pow(float $exponent)
    {
        return Num::factory($this->db, "POW({$this},{$exponent})");
    }

    /**
     * Degrees to radians.
     *
     * `RADIANS($this)`
     *
     * @return Num
     */
    public function radians()
    {
        return Num::factory($this->db, "RADIANS({$this})");
    }

    /**
     * `POW($this,1/$radix)`
     *
     * @param int $radix Non-zero.
     * @return Num
     */
    public function root(int $radix)
    {
        return Num::factory($this->db, "POW({$this},1/{$radix})");
    }

    /**
     * `ROUND($this,$decimals)`
     *
     * @param int $decimals
     * @return Num
     */
    public function round(int $decimals = 0)
    {
        return Num::factory($this->db, "ROUND({$this},{$decimals})");
    }

    /**
     * `SIGN($this)`
     *
     * @return Num `-1`, `0`, `1`
     */
    public function sign()
    {
        return Num::factory($this->db, "SIGN({$this})");
    }

    /**
     * `SIN($this)`
     *
     * @return Num
     */
    public function sin()
    {
        return Num::factory($this->db, "SIN({$this})");
    }

    /**
     * `SQRT($this)`
     *
     * @return Num
     */
    public function sqrt()
    {
        return Num::factory($this->db, "SQRT({$this})");
    }

    /**
     * `($this - $arg)`
     *
     * @param number|ValueInterface $arg
     * @return Num
     */
    public function sub($arg)
    {
        $arg = $this->db->quote($arg);
        return Num::factory($this->db, "({$this} - {$arg})");
    }

    /**
     * `TAN($this)`
     *
     * @return Num
     */
    public function tan()
    {
        return Num::factory($this->db, "TAN({$this})");
    }
}


1			<?php
2
3			namespace Helix\DB\Fluent\Num;
4
5			use Helix\DB\Fluent\Num;
6			use Helix\DB\Fluent\Predicate;
7			use Helix\DB\Fluent\Value\ValueTrait;
8			use Helix\DB\Fluent\ValueInterface;
9
10			/**
11			* Numeric expression manipulation.
12			*
13			* This trait does not include {@link NumCastFloatTrait},
14			* because the expression is either already a float or an integer.
15			*/
16			trait NumTrait
17			{
18
19			use ValueTrait;
20			use BaseConversionTrait;
21			use NumCastIntTrait;
22
23			/**
24			* `ABS($this)`
25			*
26			* @return Num
27			*/
28			public function abs()
29			{
30			return Num::factory($this->db, "ABS({$this})");
31			}
32
33			/**
34			* `ACOS($this)`
35			*
36			* @return Num
37			*/
38			public function acos()
39			{
40			return Num::factory($this->db, "ACOS({$this})");
41			}
42
43			/**
44			* `($this + $arg)`
45			*
46			* @param number\|ValueInterface $arg
47			* @return Num
48			*/
49			public function add($arg)
50			{
51			$arg = $this->db->quote($arg);
52			return Num::factory($this->db, "({$this} + {$arg})");
53			}
54
55			/**
56			* `ASIN($this)`
57			*
58			* @return Num
59			*/
60			public function asin()
61			{
62			return Num::factory($this->db, "ASIN({$this})");
63			}
64
65			/**
66			* `ATAN($this)`
67			*
68			* @return Num
69			*/
70			public function atan()
71			{
72			return Num::factory($this->db, "ATAN({$this})");
73			}
74
75			/**
76			* Bitwise `AND`
77			*
78			* `($this & $value)`
79			*
80			* @param int\|ValueInterface $value
81			* @return Num
82			*/
83			public function bAnd($value)
84			{
85			return Num::factory($this->db, "({$this} & {$value})");
86			}
87
88			/**
89			* Bitwise `NOT`
90			*
91			* `($this ~ $value)`
92			*
93			* @param int\|ValueInterface $value
94			* @return Num
95			*/
96			public function bNot($value)
97			{
98			return Num::factory($this->db, "({$this} ~ {$value})");
99			}
100
101			/**
102			* Bitwise `OR`
103			*
104			* `($this \| $value)`
105			*
106			* @param int\|ValueInterface $value
107			* @return Num
108			*/
109			public function bOr($value)
110			{
111			return Num::factory($this->db, "({$this} \| {$value})");
112			}
113
114			/**
115			* Bitwise shift left.
116			*
117			* `($this << $bits)`
118			*
119			* @param int $bits
120			* @return Num
121			*/
122			public function bSL(int $bits = 1)
123			{
124			return Num::factory($this->db, "({$this} << {$bits})");
125			}
126
127			/**
128			* Bitwise shift right.
129			*
130			* `($this >> $bits)`
131			*
132			* @param int $bits
133			* @return Num
134			*/
135			public function bSR(int $bits = 1)
136			{
137			return Num::factory($this->db, "({$this} >> {$bits})");
138			}
139
140			/**
141			* `CEIL($this)`
142			*
143			* @return Num
144			*/
145			public function ceil()
146			{
147			return Num::factory($this->db, "CEIL({$this})");
148			}
149
150			/**
151			* `COS($this)`
152			*
153			* @return Num
154			*/
155			public function cos()
156			{
157			return Num::factory($this->db, "COS({$this})");
158			}
159
160			/**
161			* Radians to degrees.
162			*
163			* `DEGREES($this)`
164			*
165			* @return Num
166			*/
167			public function degrees()
168			{
169			return Num::factory($this->db, "DEGREES({$this})");
170			}
171
172			/**
173			* `($this / $arg)`
174			*
175			* @param number\|ValueInterface $arg
176			* @return Num
177			*/
178			public function div($arg)
179			{
180			$arg = $this->db->quote($arg);
181			return Num::factory($this->db, "({$this} / {$arg})");
182			}
183
184			/**
185			* Euler's constant raised to the power of the expression.
186			*
187			* `EXP($this)`
188			*
189			* @return Num
190			*/
191			public function exp()
192			{
193			return Num::factory($this->db, "EXP({$this})");
194			}
195
196			/**
197			* `FLOOR($this)`
198			*
199			* @return Num
200			*/
201			public function floor()
202			{
203			return Num::factory($this->db, "FLOOR({$this})");
204			}
205
206			/**
207			* `($this % 2) = 0`
208			*
209			* @return Predicate
210			*/
211			public function isEven()
212			{
213			return Predicate::factory($this->db, "({$this} % 2) = 0");
214			}
215
216			/**
217			* `$this < 0`
218			*
219			* @return Predicate
220			*/
221			public function isNegative()
222			{
223			return Predicate::factory($this->db, "{$this} < 0");
224			}
225
226			/**
227			* `($this % 2) <> 0`
228			*
229			* @return Predicate
230			*/
231			public function isOdd()
232			{
233			return Predicate::factory($this->db, "({$this} % 2) <> 0");
234			}
235
236			/**
237			* `$this > 0`
238			*
239			* @return Predicate
240			*/
241			public function isPositive()
242			{
243			return Predicate::factory($this->db, "{$this} > 0");
244			}
245
246			/**
247			* `LN($this)`
248			*
249			* @return Num
250			*/
251			public function ln()
252			{
253			return Num::factory($this->db, "LN({$this})");
254			}
255
256			/**
257			* `LOG($base,$this)`
258			*
259			* > Note: This is the cross-DBMS signature. PHP's built-in function has the reverse.
260			*
261			* @param float $base
262			* @return Num
263			*/
264			public function log(float $base)
265			{
266			return Num::factory($this->db, "LOG({$base},{$this})");
267			}
268
269			/**
270			* `LOG10($this)`
271			*
272			* @return Num
273			*/
274			public function log10()
275			{
276			return Num::factory($this->db, "LOG10({$this})");
277			}
278
279			/**
280			* `LOG2($this)`
281			*
282			* @return Num
283			*/
284			public function log2()
285			{
286			return Num::factory($this->db, "LOG2({$this})");
287			}
288
289			/**
290			* `($this % $divisor)`
291			*
292			* @param float $divisor
293			* @return Num
294			*/
295			public function mod(float $divisor)
296			{
297			return Num::factory($this->db, "({$this} % {$divisor})");
298			}
299
300			/**
301			* `($this * $arg)`
302			*
303			* @param number\|ValueInterface $arg
304			* @return Num
305			*/
306			public function mul($arg)
307			{
308			$arg = $this->db->quote($arg);
309			return Num::factory($this->db, "({$this} * {$arg})");
310			}
311
312			/**
313			* `POW($this,$exponent)`
314			*
315			* @param float $exponent
316			* @return Num
317			*/
318			public function pow(float $exponent)
319			{
320			return Num::factory($this->db, "POW({$this},{$exponent})");
321			}
322
323			/**
324			* Degrees to radians.
325			*
326			* `RADIANS($this)`
327			*
328			* @return Num
329			*/
330			public function radians()
331			{
332			return Num::factory($this->db, "RADIANS({$this})");
333			}
334
335			/**
336			* `POW($this,1/$radix)`
337			*
338			* @param int $radix Non-zero.
339			* @return Num
340			*/
341			public function root(int $radix)
342			{
343			return Num::factory($this->db, "POW({$this},1/{$radix})");
344			}
345
346			/**
347			* `ROUND($this,$decimals)`
348			*
349			* @param int $decimals
350			* @return Num
351			*/
352			public function round(int $decimals = 0)
353			{
354			return Num::factory($this->db, "ROUND({$this},{$decimals})");
355			}
356
357			/**
358			* `SIGN($this)`
359			*
360			* @return Num `-1`, `0`, `1`
361			*/
362			public function sign()
363			{
364			return Num::factory($this->db, "SIGN({$this})");
365			}
366
367			/**
368			* `SIN($this)`
369			*
370			* @return Num
371			*/
372			public function sin()
373			{
374			return Num::factory($this->db, "SIN({$this})");
375			}
376
377			/**
378			* `SQRT($this)`
379			*
380			* @return Num
381			*/
382			public function sqrt()
383			{
384			return Num::factory($this->db, "SQRT({$this})");
385			}
386
387			/**
388			* `($this - $arg)`
389			*
390			* @param number\|ValueInterface $arg
391			* @return Num
392			*/
393			public function sub($arg)
394			{
395			$arg = $this->db->quote($arg);
396			return Num::factory($this->db, "({$this} - {$arg})");
397			}
398
399			/**
400			* `TAN($this)`
401			*
402			* @return Num
403			*/
404			public function tan()
405			{
406			return Num::factory($this->db, "TAN({$this})");
407			}
408			}
409

hfw / db

Push — master ( f16abf...a45e17 )

NumTrait::bAnd() A

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