因为接下来的几篇分享,可能会开始编写脚本,所以索性用这篇来介绍下Unity脚本的常用生命周期函数。
添加 Redis Server Group 准备配置文件 [root@h102 codis]# grep -v "^#" extern/redis-2.8.21/redis.conf | grep -v "^$" > /etc/codis/redis_s.conf [root@h102 codis]# grep -v "^#" extern/redis-2.8.21/redis.conf | grep -v "^$" > /etc/codis/redis2.conf [root@h102 codis
randrepeat=boolForrandomIOworkloads,seedthegeneratorinapredictablewaysothatresultsarerepeatableacrossrepetitions.Defaultstotrue.randseed=intSeedtherandomnumbergeneratorsbasedonthisseedvalue,tobeabletocontrolwhatsequenceofoutputisbeinggenerated.Ifnotset,therandomsequencedependsontherandrepeatsetting.fallocate=strWhetherpre-allocationisperformedwhenlayingdownfiles.Acceptedvaluesare:noneDonotpre-allocatespaceposixPre-allocateviaposix_fallocate()keepPre-allocateviafallocate()withFALLOC_FL_KEEP_SIZEset0Backward-compatiblealiasfor'none'1Backward-compatiblealiasfor'posix'Maynotbeavailableonallsupportedplatforms.'keep'isonlyavailableonLinux.IfusingZFSonSolaristhismustbesetto'none'becauseZFSdoesn't support it. Default: 'posix'. fadvise_hint=bool By default, fio will use fadvise() to advise the kernel on what IO patterns it is likely to issue. Sometimes you want to test specific IO patterns without telling the kernel about it, in which case you can disable this option. If set, fio will use POSIX_FADV_SEQUENTIAL for sequential IO and POSIX_FADV_RANDOM for random IO. fadvise_stream=int Notify the kernel what write stream ID to place these writes under. Only supported on Linux. Note, this option may change going forward. size=int The total size of file io for this job. Fio will run until this many bytes has been transferred, unless runtime is limited by other options (such as 'runtime', for instance, or increased/decreased by 'io_size'). Unless specific nrfiles and filesize options are given, fio will divide this size between the available files specified by the job. If not set, fio will use the full size of the given files or devices. If the files do not exist, size must be given. It is also possible to give size as a percentage between 1 and 100. If size=20% is given, fio will use 20% of the full size of the given files or devices. io_size=int io_limit=int Normally fio operates within the region set by 'size', which means that the 'size' option sets both the region and size of IO to
解决方法 : 安装 pcre.x86_64 和 pcre-devel.x86_64 软件包
分离数据库 无法分离 main 和 temp 数据库 sqlite> .databases seq name file --- --------------- ---------------------------------------------------------- 0 main /usr/local/sqlite3.11/bin/
stats查看状态statsSTAT pid 8917STAT uptime 1183STAT time 1442996635STAT version 1.4.24STAT libevent 1.4.13-stableSTAT pointer_size 64STAT rusage_user 0.014997STAT rusage_system 0.105983STAT curr_connections 12STAT total_connections 14STAT connection_structures
刷新目录过期时间 [root@docker ~]# date +%s ;curl http://127.0.0.1:2379/v2/keys/testdir -XPUT -d ttl=10 -d dir=true 1454394195 {"action":"set","node":{"key":"/testdir","dir":true,"expiration":"2016-02-02T06:23:25.962070512Z","ttl":10,"modifiedIndex":85,"createdInde
打开本地的 tcp udp 5000端口 标记类型为 syslog filter中作判断如果类型是 syslog 拆分解析信息 添加 received_at received_from 字段 使用 syslog_pri { } 来处理 定义 syslog_timestamp 的格式 输出到ES 以 rubydebug 的格式输出到终端 启动 Logstash [root@h102 etc]# /opt/logstash/bin/logstash -f logstash-syslog.conf Setti
error: /root/unrealircd/conf/unrealircd.conf:378: set::cloak-keys: (key 2) Keys should be mixed a-zA-Z0-9, error: /root/unrealircd/conf/unrealircd.conf:379: set::cloak-keys: (key 3) Keys should be mixed a-zA-Z0-9, IRCd configuration failed to pass testing 分别为: 1.要求修改操作员角色的用户名和密码 2.cloak-keys 必须得相互不一样,并且由 a-zA-Z0-9
upstream 是nginx 负载均衡的主要模块,它提供了一个简单方法来轮询后端的服务器
日志信息 =INFO REPORT==== 23-Oct-2015::16:52:50 === Starting RabbitMQ 3.5.6 on Erlang R14B04 Copyright (C) 2007-2015 Pivotal Software, Inc. Licensed under the MPL. See http://www.rabbitmq.com/ =INFO REPORT==== 23-Oct-2015::16:52:50 === node : rabbi
redo 再次执行之前命令 Tip: 历史命令的保持是在当前会话中,不论此时是否已经成功连接服务 [zk: localhost:2181(CONNECTED) 20] history 10 - ls 11 - ls / 12 - create /test test 13 - get /test 14 - ls / 15 - close 16 - ls / 17 - connect localhost:2181 18 - ls / 19 - help 20 - history [zk: localhos
启动haproxy [root@h102 ~]# /usr/local/haproxy/sbin/haproxy -f /etc/haproxy/transparent_proxy.cfg ... ... ... ---------- [root@h102 ~]# netstat -ant | grep 1234 tcp 0 0 0.0.0.0:1234 0.0.0.0:* LISTEN [root@h1
启动 查看配置 [root@h102 conf]# grep -v "#" /usr/local/nginx/conf/nginx.conf | grep -v "^$" worker_processes 1; events { worker_connections 1024; } http { include mime.types; default_type application/octet-stream; sendfile on;
可见 docker.service 是依赖于 docker.socket 的,但是并不必要开启
我们还可以使用 DNS API 结合 tag 来过滤服务 [root@h104 ~]# dig @127.0.0.1 -p 8600 rails.web.service.consul ; <<>> DiG 9.9.4-RedHat-9.9.4-29.el7_2.1 <<>> @127.0.0.1 -p 8600 rails.web.service.consul ; (1 server found) ;; global options: +cmd ;; Got answer: ;; ->>HEADER<
struct #include <stdio.h> int main() { struct Contacts { char name[100]; int age; char mobile[12]; }; struct Contacts person1 = {"John", 30, }; printf("name: %s, age: %d, mobile: %s\n", person1.name, person1.age, p
自动初始化为零值 var b [2][2]int //声明一个2行2列的二维数组。 自动初始化为零值 var c = [2]int{1, 2} //声明并定义一个长度为2,值为[1,2]的数组 var d = [...]int{3, 4} //使用 ...
我是教电贝斯的,没有任何编程基础,但现在每天早上9点,我的AI助手会自动给我推3个候选选题——整个过程没有任何人操作,它自己醒,自己干活,自己交作业。 用WorkBuddy的定时任务功能,我把这套"调教"一次性固化了:设定每天9:00自动执行,任务描述里写清楚我的账号定位、选题标准、输出格式。 运行了一个月,零翻车。自动化任务最大的风险不是它干不了活,是它在你没看的时候干出格的事——规矩前置比事后补救划算得多。3.定时任务的产出要设计成"给你看的格式"。 四、零基础要过的心理关说三个我一开始的顾虑,现在看都是多虑:"我不会写指令"——用大白话说就行,它听得懂。 启动成本归零,坚持就不再是问题。如果你也有一件每天都要重复"开场白"的事,试试把它写成一条定时任务——写过一次,你就回不去了。
定义一个具有两个形式参数的函数 def sum(a,b):#a,b就是形参 result = a+b print(result) #sum()函数的调用 sum(4,5)#4,5就是真实参数 运行结果为:9 def sum(a,b): result = a+b return result#result就是程序要返回出去的值 res = sum(4,5) print(res) 运行结果为:9