NumTrait::bSR() - Code Metrics - hfw/db - Measure and Improve Code Quality continuously with Scrutinizer

NumTrait::bSR() A
last analyzed 2021-07-26 13:53 UTC

↳ 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 $arg
     * @param number|ValueInterface ...$args
     * @return Num
     */
    public function add($arg, ...$args)
    {
        array_unshift($args, $this, $arg);
        return Num::factory($this->db, sprintf('(%s)', implode(' + ', $this->db->quoteArray($args))));
    }

    /**
     * `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 $arg
     * @param number|ValueInterface ...$args
     * @return Num
     */
    public function div($arg, ...$args)
    {
        array_unshift($args, $this, $arg);
        return Num::factory($this->db, sprintf('(%s)', implode(' / ', $this->db->quoteArray($args))));
    }

    /**
     * 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");
    }

    /**
     * `$this = 0`
     *
     * @return Predicate
     */
    public function isZero()
    {
        return Predicate::factory($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 $arg
     * @param number|ValueInterface ...$args
     * @return Num
     */
    public function mul($arg, ...$args)
    {
        array_unshift($args, $this, $arg);
        return Num::factory($this->db, sprintf('(%s)', implode(' * ', $this->db->quoteArray($args))));
    }

    /**
     * `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 $radix)
    {
        assert($radix !== 0);
        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 $arg
     * @param number|ValueInterface ...$args
     * @return Num
     */
    public function sub($arg, ...$args)
    {
        array_unshift($args, $this, $arg);
        return Num::factory($this->db, sprintf('(%s)', implode(' - ', $this->db->quoteArray($args))));
    }

    /**
     * `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 $arg
47			* @param number\|ValueInterface ...$args
48			* @return Num
49			*/
50			public function add($arg, ...$args)
51			{
52			array_unshift($args, $this, $arg);
53			return Num::factory($this->db, sprintf('(%s)', implode(' + ', $this->db->quoteArray($args))));
54			}
55
56			/**
57			* `ASIN($this)`
58			*
59			* @return Num
60			*/
61			public function asin()
62			{
63			return Num::factory($this->db, "ASIN({$this})");
64			}
65
66			/**
67			* `ATAN($this)`
68			*
69			* @return Num
70			*/
71			public function atan()
72			{
73			return Num::factory($this->db, "ATAN({$this})");
74			}
75
76			/**
77			* Bitwise `AND`
78			*
79			* `($this & $value)`
80			*
81			* @param int\|ValueInterface $value
82			* @return Num
83			*/
84			public function bAnd($value)
85			{
86			return Num::factory($this->db, "({$this} & {$value})");
87			}
88
89			/**
90			* Bitwise `NOT`
91			*
92			* `($this ~ $value)`
93			*
94			* @param int\|ValueInterface $value
95			* @return Num
96			*/
97			public function bNot($value)
98			{
99			return Num::factory($this->db, "({$this} ~ {$value})");
100			}
101
102			/**
103			* Bitwise `OR`
104			*
105			* `($this \| $value)`
106			*
107			* @param int\|ValueInterface $value
108			* @return Num
109			*/
110			public function bOr($value)
111			{
112			return Num::factory($this->db, "({$this} \| {$value})");
113			}
114
115			/**
116			* Bitwise shift left.
117			*
118			* `($this << $bits)`
119			*
120			* @param int $bits
121			* @return Num
122			*/
123			public function bSL(int $bits = 1)
124			{
125			return Num::factory($this->db, "({$this} << {$bits})");
126			}
127
128			/**
129			* Bitwise shift right.
130			*
131			* `($this >> $bits)`
132			*
133			* @param int $bits
134			* @return Num
135			*/
136			public function bSR(int $bits = 1)
137			{
138			return Num::factory($this->db, "({$this} >> {$bits})");
139			}
140
141			/**
142			* `CEIL($this)`
143			*
144			* @return Num
145			*/
146			public function ceil()
147			{
148			return Num::factory($this->db, "CEIL({$this})");
149			}
150
151			/**
152			* `COS($this)`
153			*
154			* @return Num
155			*/
156			public function cos()
157			{
158			return Num::factory($this->db, "COS({$this})");
159			}
160
161			/**
162			* Radians to degrees.
163			*
164			* `DEGREES($this)`
165			*
166			* @return Num
167			*/
168			public function degrees()
169			{
170			return Num::factory($this->db, "DEGREES({$this})");
171			}
172
173			/**
174			* `($this / $arg / ...)`
175			*
176			* @param number\|ValueInterface $arg
177			* @param number\|ValueInterface ...$args
178			* @return Num
179			*/
180			public function div($arg, ...$args)
181			{
182			array_unshift($args, $this, $arg);
183			return Num::factory($this->db, sprintf('(%s)', implode(' / ', $this->db->quoteArray($args))));
184			}
185
186			/**
187			* Euler's constant raised to the power of the expression.
188			*
189			* `EXP($this)`
190			*
191			* @return Num
192			*/
193			public function exp()
194			{
195			return Num::factory($this->db, "EXP({$this})");
196			}
197
198			/**
199			* `FLOOR($this)`
200			*
201			* @return Num
202			*/
203			public function floor()
204			{
205			return Num::factory($this->db, "FLOOR({$this})");
206			}
207
208			/**
209			* `($this % 2) = 0`
210			*
211			* @return Predicate
212			*/
213			public function isEven()
214			{
215			return Predicate::factory($this->db, "({$this} % 2) = 0");
216			}
217
218			/**
219			* `$this < 0`
220			*
221			* @return Predicate
222			*/
223			public function isNegative()
224			{
225			return Predicate::factory($this->db, "{$this} < 0");
226			}
227
228			/**
229			* `($this % 2) <> 0`
230			*
231			* @return Predicate
232			*/
233			public function isOdd()
234			{
235			return Predicate::factory($this->db, "({$this} % 2) <> 0");
236			}
237
238			/**
239			* `$this > 0`
240			*
241			* @return Predicate
242			*/
243			public function isPositive()
244			{
245			return Predicate::factory($this->db, "{$this} > 0");
246			}
247
248			/**
249			* `$this = 0`
250			*
251			* @return Predicate
252			*/
253			public function isZero()
254			{
255			return Predicate::factory($this->db, "{$this} = 0");
256			}
257
258			/**
259			* `LN($this)`
260			*
261			* @return Num
262			*/
263			public function ln()
264			{
265			return Num::factory($this->db, "LN({$this})");
266			}
267
268			/**
269			* `LOG($base,$this)`
270			*
271			* > Note: This is the cross-DBMS signature. PHP's built-in function has the reverse.
272			*
273			* @param float $base
274			* @return Num
275			*/
276			public function log(float $base)
277			{
278			return Num::factory($this->db, "LOG({$base},{$this})");
279			}
280
281			/**
282			* `LOG10($this)`
283			*
284			* @return Num
285			*/
286			public function log10()
287			{
288			return Num::factory($this->db, "LOG10({$this})");
289			}
290
291			/**
292			* `LOG2($this)`
293			*
294			* @return Num
295			*/
296			public function log2()
297			{
298			return Num::factory($this->db, "LOG2({$this})");
299			}
300
301			/**
302			* `($this % $divisor)`
303			*
304			* @param float $divisor
305			* @return Num
306			*/
307			public function mod(float $divisor)
308			{
309			return Num::factory($this->db, "({$this} % {$divisor})");
310			}
311
312			/**
313			* `($this * $arg * ...)`
314			*
315			* @param number\|ValueInterface $arg
316			* @param number\|ValueInterface ...$args
317			* @return Num
318			*/
319			public function mul($arg, ...$args)
320			{
321			array_unshift($args, $this, $arg);
322			return Num::factory($this->db, sprintf('(%s)', implode(' * ', $this->db->quoteArray($args))));
323			}
324
325			/**
326			* `POW($this,$exponent)`
327			*
328			* @param float $exponent
329			* @return Num
330			*/
331			public function pow(float $exponent)
332			{
333			return Num::factory($this->db, "POW({$this},{$exponent})");
334			}
335
336			/**
337			* Degrees to radians.
338			*
339			* `RADIANS($this)`
340			*
341			* @return Num
342			*/
343			public function radians()
344			{
345			return Num::factory($this->db, "RADIANS({$this})");
346			}
347
348			/**
349			* `POW($this,1/$radix)`
350			*
351			* @param int $radix Non-zero.
352			* @return Num
353			*/
354			public function root(int $radix)
355			{
356			assert($radix !== 0);
357			return Num::factory($this->db, "POW({$this},1/{$radix})");
358			}
359
360			/**
361			* `ROUND($this,$decimals)`
362			*
363			* @param int $decimals
364			* @return Num
365			*/
366			public function round(int $decimals = 0)
367			{
368			return Num::factory($this->db, "ROUND({$this},{$decimals})");
369			}
370
371			/**
372			* `SIGN($this)`
373			*
374			* @return Num `-1`, `0`, `1`
375			*/
376			public function sign()
377			{
378			return Num::factory($this->db, "SIGN({$this})");
379			}
380
381			/**
382			* `SIN($this)`
383			*
384			* @return Num
385			*/
386			public function sin()
387			{
388			return Num::factory($this->db, "SIN({$this})");
389			}
390
391			/**
392			* `SQRT($this)`
393			*
394			* @return Num
395			*/
396			public function sqrt()
397			{
398			return Num::factory($this->db, "SQRT({$this})");
399			}
400
401			/**
402			* `($this - $arg - ...)`
403			*
404			* @param number\|ValueInterface $arg
405			* @param number\|ValueInterface ...$args
406			* @return Num
407			*/
408			public function sub($arg, ...$args)
409			{
410			array_unshift($args, $this, $arg);
411			return Num::factory($this->db, sprintf('(%s)', implode(' - ', $this->db->quoteArray($args))));
412			}
413
414			/**
415			* `TAN($this)`
416			*
417			* @return Num
418			*/
419			public function tan()
420			{
421			return Num::factory($this->db, "TAN({$this})");
422			}
423			}
424

hfw / db

NumTrait::bSR() A last analyzed 2021-07-26 13:53 UTC

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NumTrait::bSR() A
last analyzed 2021-07-26 13:53 UTC