一健推送apache

[root@server1 minions]# cd /etc/salt/

[root@server1 salt]# vim master

[root@server1 salt]# mkdir /srv/salt

[root@server1 salt]# cd /srv/salt/

[root@server1 salt]# mkdir apache

[root@server1 salt]# cd  apache/

[root@server1 apache]# vim install.sls

apache-install:

pkg.installed:

- pkgs:

- httpd

- php

file.managed:

- name: /var/www/html/index.php

- source: salt://apache/files/index.php

- mode: 644

- user: root

- group: root

[root@server1 httpd]# salt server2 state.sls apache.install

[root@server1 apache]# vim service.sls

include:

- apache.install

apache-service:

file.managed:

- name: /etc/httpd/conf/httpd.conf

- source: salt://apache/files/httpd.conf

service.running:

- name: httpd

- enable: True

- reload: True

- watch:

- file: apache-service

[root@server1 apache]# cd  files/

[root@server1 files]# ls

httpd.conf(从server2(apache端)scp过来)  index.php

[root@server1 apache]# salt server2 state.sls apache.service

一健部署nginx

[root@server1 salt]# mkdir nginx

[root@server1 salt]# cd nginx

[root@server1 nginx]# mkdir files

[root@server1 nginx]# cd files

[root@server1 files]# ls

nginx-1.14.0.tar.gz    nginx(可以从网上找一个启动脚本) nginx.conf(从server3scp)

[root@server1 files]# cd ..

[root@server1 nginx]# vim install.sls

include:

- pkgs.make

nginx-install:

pkg.installed:

- pkgs:

- gcc

- pcre-devel

- openssl-devel

file.managed:

- name: /mnt/nginx-1.14.0.tar.gz

- source: salt://nginx/files/nginx-1.14.0.tar.gz

cmd.run:

- name: cd /mnt && tar zxf nginx-1.14.0.tar.gz && cd nginx-1.14.0 && sed -i.bak 's/CFLAGS="$CFLAGS -g"/#CFLAGS="$CFLAGS -g"/g' auto/cc/gcc && sed -i.bak 's/#define NGINX_VER          "nginx\/" NGINX_VERSION/#define NGINX_VER          "nginx"/g' src/core/nginx.h && ./configure --prefix=/usr/local/nginx --with-http_ssl_module --with-http_stub_status_module --with-threads --with-file-aio &> /dev/null && make &> /dev/null && make install &> /dev/null

- creates: /usr/local/nginx

[root@server1 nginx]# salt server3 state.sls nginx.install

[root@server1 nginx]# vim service.sls

include:

- nginx.install

/usr/local/nginx/conf/nginx.conf:

file.managed:

- source: salt://nginx/files/nginx.conf

nginx-service:

file.managed:

- name: /etc/init.d/nginx

- source: salt://nginx/files/nginx

- mode: 755

service.running:

- name: nginx

- enable: True

- reload: True

- watch:

- file: /usr/local/nginx/conf/nginx.conf

[root@server1 nginx]# salt server3 state.sls nginx.service

[root@server1 nginx]# cd ..

[root@server1 salt]# mkdir pkgs

[root@server1 salt]# cd pkgs/

[root@server1 pkgs]# vim make.sls

gcc:

pkg.installed:

- pkgs:

- gcc

- pcre-devel

- openssl-devel

一健推送haproxy,实现负载均衡

[root@server1 salt]# mkdir haproxy

[root@server1 haproxy]# mkdir files

[root@server1 haproxy]# cd files/

[root@server1 files]# ls

haproxy-1.6.11.tar.gz haproxy.cfg haproxy.init

[root@server1 files]# cd ..

[root@server1 haproxy]# cd ..

[root@server1 salt]# mkdir users

[root@server1 salt]# cd users/

[root@server1 users]# vim haproxy.sls

haproxy-group:

group.present:

- name: haproxy

- gid: 200

haproxy:

user.present:

- uid: 200

- gid: 200

- home: /usr/local/haproxy

- createhome: False

- shell: /sbin/nologin

[root@server1 salt]# cd /srv/salt/haproxy/

[root@server1 haproxy]# vim install.sls

include:

- pkgs.make

- users.haproxy

haproxy-install:

file.managed:

- name: /mnt/haproxy-1.6.11.tar.gz

- source: salt://haproxy/files/haproxy-1.6.11.tar.gz

cmd.run:

- name: cd /mnt && tar zxf haproxy-1.6.11.tar.gz && cd haproxy-1.6.11 && make TARGET=linux2628 UES_PCRE=1 USE_OPENSSL=1 USE_ZLIB=1 PREFIX=/usr/local/haproxy && make TARGET=linux2628 UES_PCRE=1 USE_OPENSSL=1 USE_ZLIB=1 PREFIX=/usr/local/haproxy install

- creates: usr/local/haproxy

/etc/haproxy:

file.directory:

- mode: 755

/usr/sbin/haproxy:

file.symlink:

- target: /usr/local/haproxy/sbin/haproxy

[root@server1 haproxy]# salt server1 state.sls haproxy.install

没有报错即成功

[root@server1 mnt]# cd haproxy-1.6.11/examples

[root@server1 examples]# cp haproxy.init /srv/salt/haproxy/files

[root@server1 examples]# cp content-sw-sample.cfg /srv/salt/haproxy/files

[root@server1 haproxy]# cd /srv/salt/haproxy/files/

[root@server1 files]# ls

[root@server1 files]# mv content-sw-sample.cfg haproxy.cfg

[root@server1 files]# vim haproxy.cfg

global

maxconn         10000

stats socket    /var/run/haproxy.stat mode 600 level admin

log             127.0.0.1 local0

uid             200

gid             200

chroot          /var/empty

daemon

defaults

mode            http

log             global

option          httplog

option          dontlognull

monitor-uri     /monitoruri

maxconn         8000

timeout client  30s

stats uri       /admin/stats

retries         2

option redispatch

timeout connect 5s

timeout server  5s

timeout queue   30s

# The public 'www' address in the DMZ

frontend public

bind            *:80 name clear

#bind            192.168.1.10:443 ssl crt /etc/haproxy/haproxy.pem

#use_backend     static if { hdr_beg(host) -i img }

#use_backend     static if { path_beg /img /css   }

default_backend static

# The static backend backend for 'Host: img', /img and /css.

backend static

balance         roundrobin

#option httpchk  HEAD /favicon.ico

server          statsrv1 172.25.8.2:80 check inter 1000

server          statsrv2 172.25.8.3:80 check inter 1000

[root@server1 files]# cd ..

[root@server1 haproxy]# vim service.sls

include:

- haproxy.install

/etc/haproxy/haproxy.cfg:

file.managed:

- source: salt://haproxy/files/haproxy.cfg

haproxy-service:

file.managed:

- name: /etc/init.d/haproxy

- source: salt://haproxy/files/haproxy.init

- mode: 755

service.running:

- name: haproxy

- enable: True

- reload: True

- watch:

- file: /etc/haproxy/haproxy.cfg

[root@server1 haproxy]# salt server1 state.sls haproxy.service

无报错即可

一键全推送

[root@server1 haproxy]# cd ..

[root@server1 salt]# vim top.sls

base:

'server2':

- apache.service

'server3':

- nginx.service

'server1':

- haproxy.service

ot@server1 salt]# salt '*' state.highstate

一键推送高可用

[root@server1 salt]# vim /etc/salt/master

取消注释

pillar_roots:

base:

- /srv/pillar

[root@server1 salt]# /etc/init.d/salt-master restart

[root@server1 srv]# cd ..

[root@server1 srv]# mkdir pillar

[root@server1 srv]# cd pillar/

[root@server1 pillar]# vim top.sls

base:

'*':

- web.install

- keepalived.install

[root@server1 pillar]# cd /srv/salt/apache/

[root@server1 apache]# vim service.sls

include:

- apache.install

apache-service:

file.managed:

- name: /etc/httpd/conf/httpd.conf

- source: salt://apache/files/httpd.conf

- template: jinja

- context:

port: {{ pillar['port'] }}

bind: {{ pillar['bind'] }}

service.running:

- name: httpd

- enable: True

- reload: True

- watch:

- file: apache-service

[root@server1 apache]# vim /srv/pillar/web/install.sls (web目录自己创建)

{% if grains['fqdn'] == 'server2' %}

webserver: httpd

bind: 172.25.8.2

port: 80

{% elif grains['fqdn'] == 'server3' %}

webserver: nginx

{% elif grains['fqdn'] == 'server1' %}

webserver: haproxy

{% endif %}

[root@server1 apache]# vim files/httpd.conf

Listen {{ bind }}:{{ port }}

推送keepalived

server4:

[root@server1 apache]# cd ..

[root@server1 salt]# mkdir keepalived

[root@server1 salt]# cd keepalived/

[root@server1 keepalived]# mkdir files

[root@server1 keepalived]# cd files/

[root@server1 files]# ls

keepalived-2.0.6.tar.gz

[root@server1 files]# cd ..

[root@server1 keepalived]# vim install.sls

include:

- pkgs.make

kp-install:

file.managed:

- name: /mnt/keepalived-2.0.6.tar.gz

- source: salt://keepalived/files/keepalived-2.0.6.tar.gz

cmd.run:

- name: cd /mnt && tar zxf keepalived-2.0.6.tar.gz && cd keepalived-2.0.6 && ./configure --prefix=/usr/local/keepalived --with-init=SYSV &> /dev/null && make &> /dev/null && make install &> /dev/null

- creates: /usr/local/keepalived

tu

[root@server1 keepalived]# salt server4 state.sls keepalived.install

[root@server1 keepalived]# cd files/

[root@server1 files]# ls

keepalived  keepalived-2.0.6.tar.gz  keepalived.conf

[root@server1 files]# cd ..

vim service.sls

[root@server1 keepalived]# cd files/

[root@server1 files]# vim keepalived.conf

global_defs {

notification_email {

root@localhost

}

notification_email_from keepalived@localhost

smtp_server 127.0.0.1

smtp_connect_timeout 30

router_id LVS_DEVEL

vrrp_skip_check_adv_addr

#vrrp_strict

vrrp_garp_interval 0

vrrp_gna_interval 0

}

vrrp_instance VI_1 {

state {{ STATE }}

interface eth0

virtual_router_id {{ VRID }}

priority {{ PRIORITY }}

advert_int 1

authentication {

auth_type PASS

auth_pass 1111

}

virtual_ipaddress {

172.25.8.100

}

}

[root@server1 salt]# cd ..

[root@server1 keepalived]# vim service.sls

[root@server1 keepalived]# cd ..

[root@server1 salt]# cd ..

[root@server1 srv]# cd pillar/

[root@server1 pillar]# mkdir keepalived

[root@server1 pillar]# cd keepalived/

[root@server1 keepalived]# vim install.sls

{% if grains['fqdn'] == 'server1' %}

state: MASTER

vrid: 88

priority: 100

{% elif grains['fqdn'] == 'server4' %}

state:  MASTER

vrid: 88

priority: 1

{% endif %}

tu

[root@server1 keepalived]# cd ..

[root@server1 salt]# vim top.sls

base:

'server4':

- haproxy.service

- keepalived.service

'server2':

- apache.service

'server3':

- nginx.service

'server1':

- haproxy.service

- keepalived.service

[root@server1 salt]# salt '*' state.highstate

saltstack一键部署高可用的更多相关文章

  1. 基于saltstack自动化部署高可用kubernetes集群

    SaltStack自动化部署HA-Kubernetes 本项目在GitHub上,会不定期更新,大家也可以提交ISSUE,地址为:https://github.com/skymyyang/salt-k8 ...

  2. kubernetes实战(二十):k8s一键部署高可用Prometheus并实现邮件告警

    1.基本概念 本次部署使用的是CoreOS的prometheus-operator. 本次部署包含监控etcd集群. 本次部署适用于二进制和kubeadm安装方式. 本次部署适用于k8s v1.10版 ...

  3. kubernetes kubeadm部署高可用集群

    k8s kubeadm部署高可用集群 kubeadm是官方推出的部署工具,旨在降低kubernetes使用门槛与提高集群部署的便捷性. 同时越来越多的官方文档,围绕kubernetes容器化部署为环境 ...

  4. kubernetes部署高可用Harbor

    前言 本文Harbor高可用依照Harbor官网部署,主要思路如下,大家可以根据具体情况选择搭建. 部署Postgresql高可用集群.(本文选用Stolon进行管理,请查看文章<kuberne ...

  5. k8s部署高可用Ingress

    部署高可用Ingress 官网地址https://kubernetes.github.io/ingress-nginx/deploy/ 获取ingress的编排文件 wget https://raw. ...

  6. 附012.Kubeadm部署高可用Kubernetes

    一 kubeadm介绍 1.1 概述 参考<附003.Kubeadm部署Kubernetes>. 1.2 kubeadm功能 参考<附003.Kubeadm部署Kubernetes& ...

  7. Quartz学习笔记:集群部署&高可用

    Quartz学习笔记:集群部署&高可用 集群部署 一个Quartz集群中的每个节点是一个独立的Quartz应用,它又管理着其他的节点.这就意味着你必须对每个节点分别启动或停止.Quartz集群 ...

  8. 企业运维实践-还不会部署高可用的kubernetes集群?使用kubeadm方式安装高可用k8s集群v1.23.7

    关注「WeiyiGeek」公众号 设为「特别关注」每天带你玩转网络安全运维.应用开发.物联网IOT学习! 希望各位看友[关注.点赞.评论.收藏.投币],助力每一个梦想. 文章目录: 0x00 前言简述 ...

  9. SaltStack一键部署负载均衡和高可用

    一.负载均衡的部署 server1    haproxy (调度器) server2    apache server3    nginx 1)在server1上首先安装salt-minion服务.并 ...

随机推荐

  1. setAttribute这个方法

    setAttribute这个方法,在JSP内置对象session和request都有这个方法,这个方法作用就是保存数据,然后还可以用getAttribute方法来取出.比如现在又个User对象,Use ...

  2. 第2章 netty介绍与相关基础知识

    NIO有一个零拷贝的特性.Java的内存有分为堆和栈,以及还有字符串常量池等等.如果有一些数据需要从IO里面读取并且放到堆里面,中间其实会经过一些缓冲区.我们要去读,它会分成两个步骤,第一块它会把我们 ...

  3. css3(border-radius)边框圆角详解(转)

    css3(border-radius)边框圆角详解 (2014-05-19 16:16:29) 转载▼ 标签: divcss html it css3 分类: 网页技术 传统的圆角生成方案,必须使用多 ...

  4. [转]怎么学习前端,尤其是 JavaScript 这块

    1. 先看看 w3school ,了解什么是 js,再找几本写 js 小效果的书看看,知道 js 干什么: 2. 然后再去通读 API,推荐 <Javascript权威指南>,第四版吧,第 ...

  5. 283E&EZOJ #89 Cow Tennis Tournament

    传送门 分析 我们考虑用所有的情况减去不合法的情况 不难想出所有情况为$C_n^3$ 于是我们考虑不合法的情况 我们知道对于一个不合法的三元组$(a,b,c)$一定是修改后$a<b,b>c ...

  6. bzoj2134 错选单位

    传送门 题目 Input n很大,为了避免读入耗时太多, 输入文件只有5个整数参数n, A, B, C, a1, 由上交的程序产生数列a. 下面给出pascal/C/C++的读入语句和产生序列的语句( ...

  7. Django框架 之 Cookie和Session初识

    Django框架 之 Cookie和Session初识 浏览目录 Cookie介绍 Django中的Cookie Session 一.Cookie介绍 1.Cookie产生的意义 众所周知,HTTP协 ...

  8. Spring MVC 简介

  9. web网站第一次加载慢的解决方法

    找到对应的应用程序池  将高级设置里的 闲置超时改为0

  10. Kinect插件使用

    Kinect Scripts文件夹下所有managers(管理器)的用途: 这些在KinectScripts文件夹下的管理器都是组件,你可以根据你想实现的功能在项目中使用它. KinectManage ...