Nginx-1.9.7 TCP反向代理（短）

1. #!/bin/bash
2. #JDK 路径
3. export Java_HOME=”/usr/jdk1.7.0_09″
4. # 前缀路径
5. PREFIX=”/data/webapp/apache-tomcat-80″
6. # 起始编号
7. BEGIN=1
8. # 终止编号
9. END=20
10. sudo chown -R ccapp:ccapp /data/webapp/apache-tomcat-80*
11. sudo chown -R ccapp:ccapp /usr/logs/*
12. # 关闭
13. stop(){
14. for((i=$BEGIN;i<=$END;i++))
15. do
16. # 抽取 Tomcat 进程号 PID
17. #pid=`ps -ef | grep tomcat7-$i |grep -v ‘grep’ | awk ‘{print $2}’`
18. # 测试当前进程是否处于活动状态
19. #test “$pid” != “” && kill $pid && echo “Stop tomcat7-$i Successful!” || echo “Stop tomcat7-$i Failed!”
20. if [$i -lt 10]; then
21. #echo “tomcat7-0$i”
22. pid=`ps -ef | grep apache-tomcat-800$i/ |grep -v ‘grep’ | awk ‘{print $2}’`
23. test “$pid” != “” && sudo kill $pid && echo “Stop apache-tomcat-800$i Successful!” || echo “Stop apache-tomcat-800$i Failed!”
24. else
25. #echo “tomcat7-$i”
26. pid=`ps -ef | grep apache-tomcat-80$i/ |grep -v ‘grep’ | awk ‘{print $2}’`
27. test “$pid” != “” && sudo kill $pid && echo “Stop apache-tomcat-80$i Successful!” || echo “Stop apache-tomcat-80$i Failed!”
28. fi
29. sleep 1
30. done
31. #echo
32. }
33. # 启动
34. start(){
35. for((i=$BEGIN;i<=$END;i++))
36. do
37. # 启动 Tomcat
38. #$PREFIX$i/bin/startup.sh && echo “Start tomcat7-$i Successful!”
39. #echo
40. if [$i -lt 10]; then
41. #echo “tomcat7-0$i”
42. $PREFIX\0$i/bin/startup.sh && echo “Start apache-tomcat-800$i Successful!”
43. else
44. #echo “tomcat7-$i”
45. $PREFIX$i/bin/startup.sh && echo “Start apache-tomcat-80$i Successful!”
46. fi
47. sleep 1
48. done
49. }
50. status(){
51. for((i=$BEGIN;i<=$END;i++))
52. do
53. # 抽取 Tomcat 进程号 PID
54. #pid=`ps -ef | grep tomcat7-$i |grep -v ‘grep’ | awk ‘{print $2}’`
55. # 打印 PID
56. #echo “tomcat7-$i – $pid”
57. if [$i -lt 10]; then
58. #echo “tomcat7-0$i”
59. #$PREFIX\810$i/bin/startup.sh && echo “Start tomcat7-810$i Successful!”
60. pid=`ps -ef | grep apache-tomcat-800$i/ |grep -v ‘grep’ | awk ‘{print $2}’`
61. echo “apache-tomcat-800$i – $pid”
62. else
63. #echo “tomcat7-$i”
64. #$PREFIX\81$i/bin/startup.sh && echo “Start tomcat7-81$i Successful!”
65. pid=`ps -ef | grep apache-tomcat-80$i/ |grep -v ‘grep’ | awk ‘{print $2}’`
66. echo “apache-tomcat-80$i – $pid”
67. fi
68. done
69. }
70. case “$1” in
71. start)
72. #echo “Start tomcat7-$BEGIN ~ tomcat7-$END”
73. #echo
74. start
75. #echo
76. ;;
77. stop)
78. #echo “Stop tomcat7-$BEGIN ~ tomcat7-$END”
79. #echo
80. stop
81. #echo
82. ;;
83. restart)
84. #echo “Restart tomcat7-$BEGIN ~ tomcat7-$END”
85. #echo
86. stop
87. sleep 2
88. start
89. #echo
90. ;;
91. status)
92. #echo “Pid of tomcat7-$BEGIN ~ tomcat7-$END”
93. status
94. #echo
95. ;;
96. *)
97. echo $”Usage: $0 {start|stop|restart|status}”
98. exit 1
99. ;;
100. esac

1. #!/bin/bash
2. prefix=/usr/local/nginx_1.4.6/sbin
3. while :
4. do
5.     nginxpid=`ps -C nginx –no-header | wc -l`
6.     if [$nginxpid -eq 0]; then
7.     DATE=$(date +%Y-%m-%d %T)
8.     killall nginx && $prefix/nginx && echo “$DATE Restart Nginx successful~” || echo “$DATE Fail to restart Nginx!”
9.     sleep 60
10.     else
11.     DATE=$(date +%Y-%m-%d %T)
12.     echo “$DATE : Nginx_Check is running, everything is OK~”
13.     sleep 60
14.     fi
15. done

1. #!/bin/bash
2. # 脚本说明
3. # 内容分发至各实例
4. # 变更记录
5. #
6. # 系统环境变量
7. PATH=/bin:/sbin:/usr/bin:/usr/sbin:/usr/local/bin:/usr/local/sbin:~/bin
8. export PATH
10. # 自定义变量
11. bak=`date +%Y%m%d-%T`
12. prefix=/usr/
13. #tomcat_path=/usr/apache-tomcat-7.0.33/bin
14. project=APP
15. #begin=1
16. #end=15
18. # 实例备份
19. cd $prefix
20. mkdir -p /home/user/$project/$bak
21. \cp -rf $project /home/user/$project/$bak
22. # 根据实际情况修改, 脚本参数如 APP.zip 解压后可以为 APP 的文件夹
23. # 也可以是 APP 文件夹下的内容
24. cd /tmp/user/
25. rm -rf ${project}
26. mkdir $project
27. cp $project\.war ./$project
28. cd $project
29. unzip ${project}\.war
30. #unzip $1
31. cd ..
32. #chmod -R 755 $project
34. # 分发 copy, 如果所有的工程都指向一个文件夹，则无需分发，直接拷贝
35. #for((i=$begin;i<=$end;i++))
36. #do
37. # 根据需要增加覆盖 copy 的项目
38. # \cp -rf $project $prefix-$i/webapps/
39. #done
40. #rm -rf $prefix$project
41. cp -avpf $project\/* $prefix$project\/
42. #Tomcat 操作留给其他功能模块控制
43. #cd $tomcat_path
44. #./shutdown.sh
45. #./startup.sh
46. echo “update successful!”

1. #!/bin/bash
   
2. # 前缀路径
3. PREFIX=“/usr/TomcatSvr7-“
4. # 起始编号
5. BEGIN=2
6. # 终止编号
7. END=20
8. for((i=$BEGIN;i<=$END;i++))
9. do
10.     #删除历史记录
11.     rm –rf $prefix$i/logs/*0*
12.     cat /dev/null > $prefix$i/logs/catalina.out
13. done

1. logs_path=\”/usr/local/nginx_1.4.6/logs/\”
3. mv ${logs_path}www.log ${logs_path}www_$(date -d \”yesterday\” +\”%Y%m%d\”).log
4. mv ${logs_path}error.log ${logs_path}error_$(date -d \”yesterday\” +\”%Y%m%d\”).log
5. kill -HUP `cat ${logs_path}nginx.pid`
6. find $logs_path -name \”www_*log\” -mtime +0 -exec rm -rf {} ;
7. #find $logs_path -name \”access_*log\” -mtime +2 -exec rm -rf {} ;
8. find $logs_path -name \”error_*log\” -mtime +0 -exec rm -rf {} ;

1. #!/bin/bash
2. DEV=/dev/sdb
3. VG=VG_DATA
4. LG=lv_data
5. DIR=/data
7. pvcreate $DEV \
8. && vgcreate $VG $DEV \
9. && lvcreate -l 100%PVS -n $LG $VG \
10. && mkfs.ext4 /dev/$VG/$LG \
11. && mkdir $DIR
12. && mount /dev/$VG/$LG $DIR

1. server_tokens off;
2. sendfile on;
3. tcp_nopush on;
4. tcp_nodelay on;
5. keepalive_timeout 65;
6. client_header_timeout 10;
7. client_body_timeout 10;
8. reset_timedout_connection on;
9. send_timeout 10;
10. charset utf-8;
11. server_names_hash_bucket_size 128;
12. client_header_buffer_size 512k;
13. large_client_header_buffers 4 64k;
14. client_max_body_size 16m;
15. client_body_buffer_size 256k;
16. proxy_connect_timeout 60;
17. proxy_send_timeout 30;
18. proxy_read_timeout 30;
19. proxy_buffer_size 16k;
20. proxy_buffers 4 256k;
21. proxy_busy_buffers_size 512k;
22. proxy_temp_file_write_size 512k;
23. open_file_cache max=10240 inactive=20s;
24. open_file_cache_valid 30s;
25. open_file_cache_min_uses 10;
26. open_file_cache_errors on

2. port=”5000″
3. protocol=”org.apache.coyote.http11.Http11NioProtocol”
4. connectionTimeout=”30000″
5. URIEncoding=”UTF-8″
6. maxThreads=”1000″
7. minSpareThreads=”100″
8. acceptCount=”300″
9. acceptorThreadCount=”6″
10. keepAliveTimeout=”120000″
11. maxKeepAliveRequests=”1000″
12. enableLookups=”false”
13. redirectPort=”8443″ />

1. watch -n 1 “netstat -n | awk ‘/^tcp/ {++S[\$NF]} END {for(a in S) print a, S[a]}'”

1. #!/bin/bash
2. PORT1=8066
3. PORT2=10066
4. switch_to_8066(){
5.     ssh 10.10.10.11 “/bin/bash /root/nginx_p$PORT1.sh;exit”
6. }
7. switch_to_10066(){
8.     ssh 10.10.10.11 “/bin/bash /root/nginx_p$PORT2.sh;exit”
9. }
10. switch_to_all(){
11.     ssh 10.10.10.11 “/bin/bash /root/nginx_all.sh;exit”
12. }
14. case “$1” in
16. switch_to_8066)
17. echo “switch nginx to port $PORT1”
18. switch_to_8066
19. echo “switch to port $PORT1 success”
20. ;;
21. switch_to_10066)
22. echo “switch nginx to port $PORT2”
23. switch_to_10066
24. echo “switch to port $PORT2 success”
25. ;;
26. switch_to_all)
27. echo “switch nginx to port $PORT1 and $PORT2”
28. switch_to_all
29. echo “switch to port $PORT2 and $PORT1 success”
30. ;;
31. *)
32. echo $”Usage: $0 {switch_to_$PORT1|switch_to_$PORT2|switch_to_all}”
33. exit 1
34. ;;
35. esac

1. #!/bin/bash
2. NGINX_CONF=/usr/local/nginx_1.8.0/conf/
3. NGINX_SBIN=/usr/local/nginx_1.8.0/sbin/nginx
4. CONF_FILE=nginx_8066.conf
5. ps -ef | grep nginx |grep -v ‘grep’ |grep -v ‘nginx_p8066.sh’ | awk ‘{print $2}’ | xargs kill
6. $NGINX_SBIN -c $NGINX_CONF$CONF_FILE 

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