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home/wuectly/www/libraries/f0f/model/field/number.php��0000604��00000012011�15245566777�0016646 0��ustar�00��<?php /** * @package FrameworkOnFramework * @subpackage model * @copyright Copyright (C) 2010-2016 Nicholas K. Dionysopoulos / Akeeba Ltd. All rights reserved. * @license GNU General Public License version 2 or later; see LICENSE.txt / // Protect from unauthorized access defined('F0F_INCLUDED') or die; /* * FrameworkOnFramework model behavior class * * @package FrameworkOnFramework * @since 2.1 / class F0FModelFieldNumber extends F0FModelField { /* * The partial match is mapped to an exact match * * @param mixed $value The value to compare to * * @return string The SQL where clause for this search / public function partial($value) { return $this->exact($value); } /* * Perform a between limits match. When $include is true * the condition tested is: * $from <= VALUE <= $to * When $include is false the condition tested is: * $from < VALUE < $to * * @param mixed $from The lowest value to compare to * @param mixed $to The higherst value to compare to * @param boolean $include Should we include the boundaries in the search? * * @return string The SQL where clause for this search / public function between($from, $to, $include = true) { if ($this->isEmpty($from) \|\| $this->isEmpty($to)) { return ''; } $extra = ''; if ($include) { $extra = '='; } $sql = '((' . $this->getFieldName() . ' >' . $extra . ' ' . $from . ') AND '; $sql .= '(' . $this->getFieldName() . ' <' . $extra . ' ' . $to . '))'; return $sql; } /* * Perform an outside limits match. When $include is true * the condition tested is: * (VALUE <= $from) \|\| (VALUE >= $to) * When $include is false the condition tested is: * (VALUE < $from) \|\| (VALUE > $to) * * @param mixed $from The lowest value of the excluded range * @param mixed $to The higherst value of the excluded range * @param boolean $include Should we include the boundaries in the search? * * @return string The SQL where clause for this search / public function outside($from, $to, $include = false) { if ($this->isEmpty($from) \|\| $this->isEmpty($to)) { return ''; } $extra = ''; if ($include) { $extra = '='; } $sql = '((' . $this->getFieldName() . ' <' . $extra . ' ' . $from . ') OR '; $sql .= '(' . $this->getFieldName() . ' >' . $extra . ' ' . $to . '))'; return $sql; } /* * Perform an interval match. It's similar to a 'between' match, but the * from and to values are calculated based on $value and $interval: * $value - $interval < VALUE < $value + $interval * * @param integer\|float $value The center value of the search space * @param integer\|float $interval The width of the search space * @param boolean $include Should I include the boundaries in the search? * * @return string The SQL where clause / public function interval($value, $interval, $include = true) { if ($this->isEmpty($value)) { return ''; } $from = $value - $interval; $to = $value + $interval; $extra = ''; if ($include) { $extra = '='; } $sql = '((' . $this->getFieldName() . ' >' . $extra . ' ' . $from . ') AND '; $sql .= '(' . $this->getFieldName() . ' <' . $extra . ' ' . $to . '))'; return $sql; } /* * Perform a range limits match. When $include is true * the condition tested is: * $from <= VALUE <= $to * When $include is false the condition tested is: * $from < VALUE < $to * * @param mixed $from The lowest value to compare to * @param mixed $to The higherst value to compare to * @param boolean $include Should we include the boundaries in the search? * * @return string The SQL where clause for this search / public function range($from, $to, $include = true) { if ($this->isEmpty($from) && $this->isEmpty($to)) { return ''; } $extra = ''; if ($include) { $extra = '='; } if ($from) $sql[] = '(' . $this->getFieldName() . ' >' . $extra . ' ' . $from . ')'; if ($to) $sql[] = '(' . $this->getFieldName() . ' <' . $extra . ' ' . $to . ')'; $sql = '(' . implode(' AND ', $sql) . ')'; return $sql; } /* * Perform an interval match. It's similar to a 'between' match, but the * from and to values are calculated based on $value and $interval: * $value - $interval < VALUE < $value + $interval * * @param integer\|float $value The starting value of the search space * @param integer\|float $interval The interval period of the search space * @param boolean $include Should I include the boundaries in the search? * * @return string The SQL where clause / public function modulo($value, $interval, $include = true) { if ($this->isEmpty($value) \|\| $this->isEmpty($interval)) { return ''; } $extra = ''; if ($include) { $extra = '='; } $sql = '(' . $this->getFieldName() . ' >' . $extra . ' ' . $value . ' AND '; $sql .= '(' . $this->getFieldName() . ' - ' . $value . ') % ' . $interval . ' = 0)'; return $sql; } } ��home/wuectly/www/libraries/cms/html/number.php��0000604��00000006763�15245573326�0015543 0��ustar�00��<?php /* * @package Joomla.Libraries * @subpackage HTML * * @copyright (C) 2010 Open Source Matters, Inc. <https://www.joomla.org> * @license GNU General Public License version 2 or later; see LICENSE.txt / defined('JPATH_PLATFORM') or die; /* * HTML helper class for rendering numbers. * * @since 1.6 / abstract class JHtmlNumber { /* * Converts bytes to more distinguishable formats such as: * kilobytes, megabytes, etc. * * By default, the proper format will automatically be chosen. * However, one of the allowed unit types (viz. 'b', 'kB', 'MB', 'GB', 'TB', 'PB', 'EB', 'ZB', 'YB') may also be used instead. * IEC standard unit types ('KiB', 'MiB', 'GiB', 'TiB', 'PiB', 'EiB', 'ZiB', 'YiB') can be used as well. * * @param string $bytes The number of bytes. Can be either numeric or suffixed format: 32M, 60K, 12G or 812b * @param string $unit The type of unit to return, few special values are: * Blank string '' for no unit, * 'auto' to choose automatically (default) * 'binary' to choose automatically but use binary unit prefix * @param integer $precision The number of digits to be used after the decimal place. * @param bool $iec Whether to be aware of IEC standards. IEC prefixes are always acceptable in input. * When IEC is ON: KiB = 1024 B, KB = 1000 B * When IEC is OFF: KiB = 1024 B, KB = 1024 B * * @return string The number of bytes in the proper units. * * @since 1.6 * @link https://en.wikipedia.org/wiki/Binary_prefix / public static function bytes($bytes, $unit = 'auto', $precision = 2, $iec = false) { / * Allowed 123.45, 123.45 M, 123.45 Mi, 123.45 MB, 123.45 MiB, 1.2345E+12MB, 1.2345E+12 MB , 1.2345E+12 MiB etc. * i.e. – Any number in decimal digits or in sci. notation, optional space, optional 1-3 letter unit suffix / if (is_numeric($bytes)) { $oBytes = $bytes; } else { preg_match('/(.?)\s?((?:[KMGTPEZY]i?)?B?)$/i', trim($bytes), $matches); list(, $oBytes, $oUnit) = $matches; if ($oUnit && is_numeric($oBytes)) { $oBase = $iec && strpos($oUnit, 'i') === false ? 1000 : 1024; $factor = pow($oBase, stripos('BKMGTPEZY', $oUnit[0])); $oBytes = $factor; } } if (empty($oBytes) \|\| !is_numeric($oBytes)) { return 0; } $oBytes = round($oBytes); // If no unit is requested return early if ($unit === '') { return (string) $oBytes; } $stdSuffixes = array('b', 'kB', 'MB', 'GB', 'TB', 'PB', 'EB', 'ZB', 'YB'); $iecSuffixes = array('b', 'KiB', 'MiB', 'GiB', 'TiB', 'PiB', 'EiB', 'ZiB', 'YiB'); // User supplied method if (in_array($unit, $iecSuffixes)) { $base = 1024; $i = array_search($unit, $iecSuffixes, true); $suffix = $unit; } elseif (in_array($unit, $stdSuffixes)) { $base = $iec ? 1000 : 1024; $i = array_search($unit, $stdSuffixes, true); $suffix = $unit; } elseif ($unit === 'binary') { $base = 1024; $i = (int) floor(log($oBytes, $base)); $suffix = $iecSuffixes[$i]; } else { // Default method $base = $iec ? 1000 : 1024; $i = (int) floor(log($oBytes, $base)); $suffix = $stdSuffixes[$i]; } return number_format( round($oBytes / pow($base, $i), (int) $precision), (int) $precision, JText::_('DECIMALS_SEPARATOR'), JText::_('THOUSANDS_SEPARATOR') ) . ' ' . $suffix; } } ��home/wuectly/www/libraries/joomla/form/fields/number.php��0000604��00000011446�15245627635�0017504 0��ustar�00��<?php /* * @package Joomla.Platform * @subpackage Form * * @copyright (C) 2013 Open Source Matters, Inc. <https://www.joomla.org> * @license GNU General Public License version 2 or later; see LICENSE / defined('JPATH_PLATFORM') or die; /* * Form Field class for the Joomla Platform. * Provides a one line text box with up-down handles to set a number in the field. * * @link http://www.w3.org/TR/html-markup/input.text.html#input.text * @since 3.2 / class JFormFieldNumber extends JFormField { /* * The form field type. * * @var string * @since 3.2 / protected $type = 'Number'; /* * The allowable maximum value of the field. * * @var float * @since 3.2 / protected $max = null; /* * The allowable minimum value of the field. * * @var float * @since 3.2 / protected $min = null; /* * The step by which value of the field increased or decreased. * * @var float * @since 3.2 / protected $step = 0; /* * Name of the layout being used to render the field * * @var string * @since 3.7 / protected $layout = 'joomla.form.field.number'; /* * Method to get certain otherwise inaccessible properties from the form field object. * * @param string $name The property name for which to get the value. * * @return mixed The property value or null. * * @since 3.2 / public function __get($name) { switch ($name) { case 'max': case 'min': case 'step': return $this->$name; } return parent::__get($name); } /* * Method to set certain otherwise inaccessible properties of the form field object. * * @param string $name The property name for which to set the value. * @param mixed $value The value of the property. * * @return void * * @since 3.2 / public function __set($name, $value) { switch ($name) { case 'step': case 'min': case 'max': $this->$name = (float) $value; break; default: parent::__set($name, $value); } } /* * Method to attach a JForm object to the field. * * @param SimpleXMLElement $element The SimpleXMLElement object representing the `<field>` tag for the form field object. * @param mixed $value The form field value to validate. * @param string $group The field name group control value. This acts as an array container for the field. * For example if the field has name="foo" and the group value is set to "bar" then the * full field name would end up being "bar[foo]". * * @return boolean True on success. * * @see JFormField::setup() * @since 3.2 / public function setup(SimpleXMLElement $element, $value, $group = null) { $return = parent::setup($element, $value, $group); if ($return) { // It is better not to force any default limits if none is specified $this->max = isset($this->element['max']) ? (float) $this->element['max'] : null; $this->min = isset($this->element['min']) ? (float) $this->element['min'] : null; $this->step = isset($this->element['step']) ? (float) $this->element['step'] : 1; } return $return; } /* * Method to get the field input markup. * * @return string The field input markup. * * @since 3.2 / protected function getInput() { if ($this->element['useglobal']) { $component = JFactory::getApplication()->input->getCmd('option'); // Get correct component for menu items if ($component == 'com_menus') { $link = $this->form->getData()->get('link'); $uri = new JUri($link); $component = $uri->getVar('option', 'com_menus'); } $params = JComponentHelper::getParams($component); $value = $params->get($this->fieldname); // Try with global configuration if (is_null($value)) { $value = JFactory::getConfig()->get($this->fieldname); } // Try with menu configuration if (is_null($value) && JFactory::getApplication()->input->getCmd('option') == 'com_menus') { $value = JComponentHelper::getParams('com_menus')->get($this->fieldname); } if (!is_null($value)) { $value = (string) $value; $this->hint = JText::sprintf('JGLOBAL_USE_GLOBAL_VALUE', $value); } } // Trim the trailing line in the layout file return rtrim($this->getRenderer($this->layout)->render($this->getLayoutData()), PHP_EOL); } /* * Method to get the data to be passed to the layout for rendering. * * @return array * * @since 3.7 */ protected function getLayoutData() { $data = parent::getLayoutData(); // Initialize some field attributes. $extraData = array( 'max' => $this->max, 'min' => $this->min, 'step' => $this->step, 'value' => $this->value, ); return array_merge($data, $extraData); } } ��

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