php中获取时间的几套步骤(收集)
php中获取时间的几套方法(收集)
1、jddayofweek(cal_to_jd(CAL_GREGORIAN, date('m'), date('d'), date('Y')));此函数返回日期在周几
2、array('Mon'=>'星期一',......);然后直接下标查询
3、根据日期获取周几的自定义函数
<?php function getWeekName($data,$format = '星期') { $week = date( "D ",$data); switch($week) { case "Mon ": $current = $format."一"; break; case "Tue ": $current = $format."二"; break; case "Wed ": $current = $format."三"; break; case "Thu ": $current = $format."四"; break; case "Fri ": $current = $format."五"; break; case "Sat ": $current = $format."六"; break; case "Sun ": $current = $format."日"; break; } return $current; } echo '今天是:'.getWeekName(time(),'星期'); echo '<br>'; echo '今天是:'.getWeekName(time(),'礼拜'); echo '<br>'; echo '2010-12-12是:'.getWeekName(strtotime('2010-12-12'),'礼拜'); ?>
4、获取类似文章发表的几小时前等效果的自定义函数
<?phpfunction time2Units ($time){$year = floor($time / 60 / 60 / 24 / 365);$time -= $year * 60 * 60 * 24 * 365;$month = floor($time / 60 / 60 / 24 / 30);$time -= $month * 60 * 60 * 24 * 30;$week = floor($time / 60 / 60 / 24 / 7);$time -= $week * 60 * 60 * 24 * 7;$day = floor($time / 60 / 60 / 24);$time -= $day * 60 * 60 * 24;$hour = floor($time / 60 / 60);$time -= $hour * 60 * 60;$minute = floor($time / 60);$time -= $minute * 60;$second = $time;$elapse = '';$unitArr = array('年' =>'year', '个月'=>'month', '周'=>'week', '天'=>'day','小时'=>'hour', '分钟'=>'minute', '秒'=>'second');foreach ( $unitArr as $cn => $u ){if ( $$u > 0 ){$elapse = $$u . $cn;break;}}return $elapse;}$past = 2052345678; // 发布日期$now = time(); // 当前日期$diff = $now - $past;//相差值echo '发表于' . time2Units($diff) . '前';?>
另一种,个人认为比较好的:
function time_tran($the_time){$now_time = date("Y-m-d H:i:s",time()+8*60*60);$now_time = strtotime($now_time);$show_time = strtotime($the_time);$dur = $now_time - $show_time;if($dur <br>5、根据两时间差具体算相差时间<br><pre name="code" class="java">function getTime( $val ){if($val>0){$nTime['nDay'] = (int)($val/(3600*24));$nTime['nHour'] = (int)($val%(3600*24)/3600);$nTime['nMin'] = (int)($val%(3600*24)%3600/60);$nTime['nSec'] = (int)($val%(3600*24)%3600%60);}return $nTime ;}function getStrTime( $val ){$aTime = getTime($val);$dtoc = array('nDay'=>'天','nHour'=>'小时','nMin'=>'分','nSec'=>'秒');if( $aTime ){foreach( $aTime as $k=>$v){if($v){$cTime .= $v.$dtoc[$k];}}}else{$cTime = '已结止';}return $cTime;}

Hot AI Tools

Undresser.AI Undress
AI-powered app for creating realistic nude photos

AI Clothes Remover
Online AI tool for removing clothes from photos.

Undress AI Tool
Undress images for free

Clothoff.io
AI clothes remover

Video Face Swap
Swap faces in any video effortlessly with our completely free AI face swap tool!

Hot Article

Hot Tools

Notepad++7.3.1
Easy-to-use and free code editor

SublimeText3 Chinese version
Chinese version, very easy to use

Zend Studio 13.0.1
Powerful PHP integrated development environment

Dreamweaver CS6
Visual web development tools

SublimeText3 Mac version
God-level code editing software (SublimeText3)

Hot Topics

The usage of return in C language is: 1. For functions whose return value type is void, you can use the return statement to end the execution of the function early; 2. For functions whose return value type is not void, the function of the return statement is to end the execution of the function. The result is returned to the caller; 3. End the execution of the function early. Inside the function, we can use the return statement to end the execution of the function early, even if the function does not return a value.

Today we are mainly going to take a look at the time application method of golang time package. The general rule between the two is that "wall time" is used to tell time, and "monotonic clock" is used to measure time; there are other clock processing methods.

Source code: publicclassReturnFinallyDemo{publicstaticvoidmain(String[]args){System.out.println(case1());}publicstaticintcase1(){intx;try{x=1;returnx;}finally{x=3;}}}#Output The output of the above code can simply conclude: return is executed before finally. Let's take a look at what happens at the bytecode level. The following intercepts part of the bytecode of the case1 method, and compares the source code to annotate the meaning of each instruction in

Vue3.2 setup syntax sugar is a compile-time syntax sugar that uses the combined API in a single file component (SFC) to solve the cumbersome setup in Vue3.0. The declared variables, functions, and content introduced by import are exposed through return, so that they can be used in Vue3.0. Problems in use 1. There is no need to return declared variables, functions and content introduced by import during use. You can use syntactic sugar //import the content introduced import{getToday}from'./utils'//variable constmsg='Hello !'//function func

Usage of return in JavaScript requires specific code examples In JavaScript, the return statement is used to specify the value returned from a function. Not only can it be used to end the execution of a function, it can also return a value to the place where the function was called. The return statement has the following common uses: Return a value The return statement can be used to return a value to the place where the function is called. Here is a simple example: functionadd(a,b){

JavaScript functions provide two interfaces to interact with the outside world. The parameters serve as the entrance to receive external information; the return value serves as the outlet to feed back the operation results to the outside world. The following article will take you to understand the JavaScript function return value and briefly analyze the usage of the return statement. I hope it will be helpful to you!

1. Overview As part of this article, let us start with some problems with the existing Date and CalendarAPI and explore how the new Java8Date and TimeAPI solve these problems. We will also take a look at the core classes in the Java8 time class library, such as LocalDate, LocalTime, LocalDateTime, ZonedDateTime, Period, Duration and their APIs. 2. The problem of thread safety of the old time API (before Java 8)-Date and Calendar classes are not thread-safe, making it difficult for developers to debug concurrency problems of these APIs and need to write additional code to deal with them.

1. Two ways to represent time in Python: timestamp: offset in seconds relative to 1970.1.100:00:00, unique time tuple struct_time: a total of 9 elements>tm_year: year 1-12> tm_mon: month 1-12>tm_mday: day 1-31>tm_hour: hour 0-23>tm_min: minute 0-59>tm_sec: second 0-59>tm_wday: week 0-6 (0 means Sunday)>tm_day: Day of the year 1-366>tm_isdst: whether it is daylight saving, the default is -1.ti
