/** * Color Calculations class for Kirki * Initially built for the Shoestrap-3 theme and then tweaked for Kirki. * * @package Kirki * @category Core * @author Themeum * @copyright Copyright (c) 2023, Themeum * @license https://opensource.org/licenses/MIT * @since 1.0 */ // phpcs:ignoreFile // Exit if accessed directly. if ( ! defined( 'ABSPATH' ) ) { exit; } /** * Helper class for color manipulation. */ final class Kirki_Color extends ariColor { /** * A proxy for the sanitize_color method. * * @param string|array $color The color. * @param bool $hash Whether we want to include a hash (#) at the beginning or not. * @return string The sanitized hex color. */ public static function sanitize_hex( $color = '#FFFFFF', $hash = true ) { if ( ! $hash ) { return ltrim( self::sanitize_color( $color, 'hex' ), '#' ); } return self::sanitize_color( $color, 'hex' ); } /** * A proxy the sanitize_color method. * * @static * @access public * @param string $color The color. * @return string */ public static function sanitize_rgba( $color ) { return self::sanitize_color( $color, 'rgba' ); } /** * Sanitize colors. * Determine if the current value is a hex or an rgba color and call the appropriate method. * * @static * @access public * @since 0.8.5 * @param string|array $color The color. * @param string $mode The mode to be used. * @return string */ public static function sanitize_color( $color = '', $mode = 'auto' ) { if ( is_string( $color ) && 'transparent' == trim( $color ) ) { return 'transparent'; } $obj = ariColor::newColor( $color ); if ( 'auto' == $mode ) { $mode = $obj->mode; } return $obj->toCSS( $mode ); } /** * Gets the rgb value of a color. * * @static * @access public * @param string $color The color. * @param boolean $implode Whether we want to implode the values or not. * @return array|string */ public static function get_rgb( $color, $implode = false ) { $obj = ariColor::newColor( $color ); if ( $implode ) { return $obj->toCSS( 'rgb' ); } return array( $obj->red, $obj->green, $obj->blue ); } /** * A proxy for the sanitize_color method. * * @static * @access public * @param string|array $color The color to convert. * @return string The hex value of the color. */ public static function rgba2hex( $color ) { return self::sanitize_color( $color, 'hex' ); } /** * Get the alpha channel from an rgba color. * * @static * @access public * @param string $color The rgba color formatted like rgba(r,g,b,a). * @return int|float The alpha value of the color. */ public static function get_alpha_from_rgba( $color ) { $obj = ariColor::newColor( $color ); return $obj->alpha; } /** * Gets the rgba value of the $color. * * @static * @access public * @param string $color The hex value of a color. * @param int|float $alpha Opacity level (0-1). * @return string */ public static function get_rgba( $color = '#fff', $alpha = 1 ) { $obj = ariColor::newColor( $color ); if ( 1 == $alpha ) { return $obj->toCSS( 'rgba' ); } // Make sure that opacity is properly formatted. // Converts 1-100 values to 0-1. if ( $alpha > 1 || $alpha < -1 ) { // Divide by 100. $alpha /= 100; } // Get absolute value. $alpha = abs( $alpha ); // Max 1. if ( 1 < $alpha ) { $alpha = 1; } $new_obj = $obj->getNew( 'alpha', $alpha ); return $new_obj->toCSS( 'rgba' ); } /** * Strips the alpha value from an RGBA color string. * * @static * @access public * @param string $color The RGBA color string. * @return string The corresponding RGB string. */ public static function rgba_to_rgb( $color ) { $obj = ariColor::newColor( $color ); return $obj->toCSS( 'rgb' ); } /** * Gets the brightness of the $hex color. * * @static * @access public * @param string $hex The hex value of a color. * @return int Value between 0 and 255. */ public static function get_brightness( $hex ) { $hex = self::sanitize_hex( $hex, false ); // Returns brightness value from 0 to 255. return intval( ( ( hexdec( substr( $hex, 0, 2 ) ) * 299 ) + ( hexdec( substr( $hex, 2, 2 ) ) * 587 ) + ( hexdec( substr( $hex, 4, 2 ) ) * 114 ) ) / 1000 ); } /** * Adjusts brightness of the $hex color. * * @static * @access public * @param string $hex The hex value of a color. * @param integer $steps Should be between -255 and 255. Negative = darker, positive = lighter. * @return string Returns hex color. */ public static function adjust_brightness( $hex, $steps ) { $hex = self::sanitize_hex( $hex, false ); $steps = max( -255, min( 255, $steps ) ); // Adjust number of steps and keep it inside 0 to 255. $red = max( 0, min( 255, hexdec( substr( $hex, 0, 2 ) ) + $steps ) ); $green = max( 0, min( 255, hexdec( substr( $hex, 2, 2 ) ) + $steps ) ); $blue = max( 0, min( 255, hexdec( substr( $hex, 4, 2 ) ) + $steps ) ); $red_hex = str_pad( dechex( $red ), 2, '0', STR_PAD_LEFT ); $green_hex = str_pad( dechex( $green ), 2, '0', STR_PAD_LEFT ); $blue_hex = str_pad( dechex( $blue ), 2, '0', STR_PAD_LEFT ); return self::sanitize_hex( $red_hex . $green_hex . $blue_hex ); } /** * Mixes 2 hex colors. * The "percentage" variable is the percent of the first color. * to be used it the mix. default is 50 (equal mix). * * @static * @access public * @param string|false $hex1 Color. * @param string|false $hex2 Color. * @param int $percentage A value between 0 and 100. * @return string Returns hex color. */ public static function mix_colors( $hex1, $hex2, $percentage ) { $hex1 = self::sanitize_hex( $hex1, false ); $hex2 = self::sanitize_hex( $hex2, false ); $red = ( $percentage * hexdec( substr( $hex1, 0, 2 ) ) + ( 100 - $percentage ) * hexdec( substr( $hex2, 0, 2 ) ) ) / 100; $green = ( $percentage * hexdec( substr( $hex1, 2, 2 ) ) + ( 100 - $percentage ) * hexdec( substr( $hex2, 2, 2 ) ) ) / 100; $blue = ( $percentage * hexdec( substr( $hex1, 4, 2 ) ) + ( 100 - $percentage ) * hexdec( substr( $hex2, 4, 2 ) ) ) / 100; $red_hex = str_pad( dechex( $red ), 2, '0', STR_PAD_LEFT ); $green_hex = str_pad( dechex( $green ), 2, '0', STR_PAD_LEFT ); $blue_hex = str_pad( dechex( $blue ), 2, '0', STR_PAD_LEFT ); return self::sanitize_hex( $red_hex . $green_hex . $blue_hex ); } /** * Convert hex color to hsv. * * @static * @access public * @param string $hex The hex value of color 1. * @return array Returns array( 'h', 's', 'v' ). */ public static function hex_to_hsv( $hex ) { $rgb = (array) (array) self::get_rgb( self::sanitize_hex( $hex, false ) ); return self::rgb_to_hsv( $rgb ); } /** * Convert hex color to hsv. * * @static * @access public * @param string $color The rgb color to convert array( 'r', 'g', 'b' ). * @return array Returns array( 'h', 's', 'v' ). */ public static function rgb_to_hsv( $color = array() ) { $var_r = ( $color[0] / 255 ); $var_g = ( $color[1] / 255 ); $var_b = ( $color[2] / 255 ); $var_min = min( $var_r, $var_g, $var_b ); $var_max = max( $var_r, $var_g, $var_b ); $del_max = $var_max - $var_min; $h = 0; $s = 0; $v = $var_max; if ( 0 != $del_max ) { $s = $del_max / $var_max; $del_r = ( ( ( $var_max - $var_r ) / 6 ) + ( $del_max / 2 ) ) / $del_max; $del_g = ( ( ( $var_max - $var_g ) / 6 ) + ( $del_max / 2 ) ) / $del_max; $del_b = ( ( ( $var_max - $var_b ) / 6 ) + ( $del_max / 2 ) ) / $del_max; if ( $var_r == $var_max ) { $h = $del_b - $del_g; } elseif ( $var_g == $var_max ) { $h = ( 1 / 3 ) + $del_r - $del_b; } elseif ( $var_b == $var_max ) { $h = ( 2 / 3 ) + $del_g - $del_r; } if ( $h < 0 ) { $h++; } if ( $h > 1 ) { $h--; } } return array( 'h' => round( $h, 2 ), 's' => round( $s, 2 ), 'v' => round( $v, 2 ), ); } /** * This is a very simple algorithm that works by summing up the differences between the three color components red, green and blue. * A value higher than 500 is recommended for good readability. * * @static * @access public * @param string $color_1 The 1st color. * @param string $color_2 The 2nd color. * @return string */ public static function color_difference( $color_1 = '#ffffff', $color_2 = '#000000' ) { $color_1 = self::sanitize_hex( $color_1, false ); $color_2 = self::sanitize_hex( $color_2, false ); $color_1_rgb = self::get_rgb( $color_1 ); $color_2_rgb = self::get_rgb( $color_2 ); $r_diff = max( $color_1_rgb[0], $color_2_rgb[0] ) - min( $color_1_rgb[0], $color_2_rgb[0] ); $g_diff = max( $color_1_rgb[1], $color_2_rgb[1] ) - min( $color_1_rgb[1], $color_2_rgb[1] ); $b_diff = max( $color_1_rgb[2], $color_2_rgb[2] ) - min( $color_1_rgb[2], $color_2_rgb[2] ); $color_diff = $r_diff + $g_diff + $b_diff; return $color_diff; } /** * This function tries to compare the brightness of the colors. * A return value of more than 125 is recommended. * Combining it with the color_difference function above might make sense. * * @static * @access public * @param string $color_1 The 1st color. * @param string $color_2 The 2nd color. * @return string */ public static function brightness_difference( $color_1 = '#ffffff', $color_2 = '#000000' ) { $color_1 = self::sanitize_hex( $color_1, false ); $color_2 = self::sanitize_hex( $color_2, false ); $color_1_rgb = self::get_rgb( $color_1 ); $color_2_rgb = self::get_rgb( $color_2 ); $br_1 = ( 299 * $color_1_rgb[0] + 587 * $color_1_rgb[1] + 114 * $color_1_rgb[2] ) / 1000; $br_2 = ( 299 * $color_2_rgb[0] + 587 * $color_2_rgb[1] + 114 * $color_2_rgb[2] ) / 1000; return intval( abs( $br_1 - $br_2 ) ); } /** * Uses the luminosity to calculate the difference between the given colors. * The returned value should be bigger than 5 for best readability. * * @static * @access public * @param string $color_1 The 1st color. * @param string $color_2 The 2nd color. * @return string */ public static function lumosity_difference( $color_1 = '#ffffff', $color_2 = '#000000' ) { $color_1 = self::sanitize_hex( $color_1, false ); $color_2 = self::sanitize_hex( $color_2, false ); $color_1_rgb = self::get_rgb( $color_1 ); $color_2_rgb = self::get_rgb( $color_2 ); $l1 = 0.2126 * pow( $color_1_rgb[0] / 255, 2.2 ) + 0.7152 * pow( $color_1_rgb[1] / 255, 2.2 ) + 0.0722 * pow( $color_1_rgb[2] / 255, 2.2 ); $l2 = 0.2126 * pow( $color_2_rgb[0] / 255, 2.2 ) + 0.7152 * pow( $color_2_rgb[1] / 255, 2.2 ) + 0.0722 * pow( $color_2_rgb[2] / 255, 2.2 ); $lum_diff = ( $l1 > $l2 ) ? ( $l1 + 0.05 ) / ( $l2 + 0.05 ) : ( $l2 + 0.05 ) / ( $l1 + 0.05 ); return round( $lum_diff, 2 ); } } Why Using JMeter is Easier Than LoadRunner?

Why Using JMeter is Easier Than LoadRunner?

admin
Why Using JMeter is Easier Than LoadRunner?

Here, we describe the advantages of JMeter, JMeter architecture and how JMeter works.

What is JMeter?

The Apache JMeter application is open-source software that is designed to test functional behaviour and evaluate progress. It was initially designed to test Web Applications, but it has since been expanded to include other test functions. Join FITA Academy for the best JMeter Training in Chennai.

What is LoadRunner?

LoadRunner is a functional Testing tool developed by Mercury in 1999. HPE later acquired LoadRunner in 2006. MicroFocus purchased LoadRunner in 2016. 

LoadRunner is compatible with a wide range of development tools, technologies, and communication protocols. It is the only tool on the market that supports a wide range of protocols for performing Performance Testing.

Why Using JMeter is Easier Than LoadRunner?

Community Support:

JMeter is an open-source tool with a growing community that is constantly adding new features and assisting users who find issues or problems. The LoadRunner is managed by a large corporation, so the number of users is limited because licenses are required. It lacks open-source community support.

With JMeter, new users can always find someone else to answer their questions, and long-time users can consistently improve their JMeter skills.

Graphical User Interface:

JMeter has an extensive and user-friendly graphical user interface. Parameters are simpler to define, scripting is simpler and clearer, and adding and defining elements is more intuitive. Furthermore, the script, scenario, and analysis are all displayed on a single screen. It is simple and easy to learn.

LoadRunner separates scripting configuration, scenario definition, and analysis. The parameters must be defined in a separate text file. 

Top Elements:

JMeter adds elements by simply right-clicking on the test scenario. You can fill in the configuration in every element and copy and paste it from a text file. The element can also have comments added to them. JMeter Online Training will help you to understand more about the JMeter testing tool.

Configuring each element in LoadRunner is more difficult. They all require complex C scripting and must be defined in a text file integrated into the scenario.

Test Creation:

JMeter test scenarios are simpler. In addition to easier element configuration, it does not require the addition of beginning and ending transaction elements, as LoadRunner does.

In LoadRunner, arranging the test scripts takes more resources and time.

Scripting is Not Essential:

While JMeter supports scripting in elements, it is not required. It means you can run a full load test without knowing a single line of code. It improves the number of people who can use JMeter and analyze test results.

It necessitates more scripting knowledge compared with other frameworks. It cannot be optimized if the code is wrong. It creates barriers and broadens each load testing cycle.

Cross-Platform Framework:

JMeter is supported by Java and runs on any platform like Linux, Windows, Solaris, MaccOSX, FreeBSD, and HP-UX. But the LoadRunner is only compatible with Linux and Pcs. It does not support macOS and others.

Conclusion:

Now you would have understood Why Using JMeter is Easier Than LoadRunner. So, to have a profound understanding of JMeter, you can join JMeter Training in Bangalore and learn its concepts, tools and importance.

Leave a Reply

Your email address will not be published. Required fields are marked *