Fastdfs安装配置

Fastdfs安装配置


前提:2台tracker(tracker1,tracker2),2台storage(storag1,storage2)

Storage挂载两块硬盘


[if !supportLists]一、[endif]编辑/etc/hosts文件(四台机器),添加如下

# vi /etc/hosts

10.32.4.11   tracker1

10.32.4.12   tracker2

10.32.4.13   storage1

10.32.4.14   storage2


二、下载安装 libfastcommon(四台机器)


libfastcommon是从 FastDFS 和 FastDHT 中提取出来的公共 C 函数库,基础环境,安装即可 。


[if !supportLists]①    [endif] 下载libfastcommon


# wgethttps://github.com/happyfish100/libfastcommon/archive/V1.0.7.tar.gz


[if !supportLists]②    [endif] 解压


# tar -zxvfV1.0.7.tar.gz

# cdlibfastcommon-1.0.7


[if !supportLists]③    [endif] 编译、安装


# ./make.sh

# ./make.shinstall


④ libfastcommon.so 安装到了/usr/lib64/libfastcommon.so,但是FastDFS主程序设置的lib目录是/usr/local/lib,所以需要创建软链接。


# ln -s/usr/lib64/libfastcommon.so /usr/local/lib/libfastcommon.so

# ln -s/usr/lib64/libfastcommon.so /usr/lib/libfastcommon.so

# ln -s/usr/lib64/libfdfsclient.so /usr/local/lib/libfdfsclient.so

# ln -s/usr/lib64/libfdfsclient.so /usr/lib/libfdfsclient.so


三、下载安装FastDFS(四台机器)


[if !supportLists]①    [endif] 下载FastDFS


# wgethttps://github.com/happyfish100/fastdfs/archive/V5.05.tar.gz


[if !supportLists]②    [endif] 解压


# tar -zxvfV5.05.tar.gz

# cdfastdfs-5.05


[if !supportLists]③    [endif] 编译、安装


# ./make.sh

# ./make.shinstall


④ 默认安装方式安装后的相应文件与目录

A、服务脚本:


/etc/init.d/fdfs_storaged

/etc/init.d/fdfs_trackerd


B、配置文件(这三个是作者给的样例配置文件):


/etc/fdfs/client.conf.sample

/etc/fdfs/storage.conf.sample

/etc/fdfs/tracker.conf.sample


C、命令工具在 /usr/bin/目录下:


fdfs_appender_test

fdfs_appender_test1

fdfs_append_file

fdfs_crc32

fdfs_delete_file

fdfs_download_file

fdfs_file_info

fdfs_monitor

fdfs_storaged

fdfs_test

fdfs_test1

fdfs_trackerd

fdfs_upload_appender

fdfs_upload_file

stop.sh

restart.sh



⑤ FastDFS 服务脚本设置的bin 目录是 /usr/local/bin, 但实际命令安装在 /usr/bin/ 下。


两种方式:


一是修改FastDFS 服务脚本中相应的命令路径,也就是把 /etc/init.d/fdfs_storaged 和/etc/init.d/fdfs_tracker 两个脚本中的 /usr/local/bin 修改成 /usr/bin。


 # vim fdfs_trackerd

使用查找替换命令进统一修改:%s+/usr/local/bin+/usr/bin

# vim fdfs_storaged

使用查找替换命令进统一修改:%s+/usr/local/bin+/usr/bin


[if !vml]

[endif]


二是建立 /usr/bin 到/usr/local/bin 的软链接,我是用这种方式(推荐这种方式)。


# ln -s /usr/bin/fdfs_trackerd  /usr/local/bin

# ln -s /usr/bin/fdfs_storaged  /usr/local/bin

# ln -s /usr/bin/stop.sh        /usr/local/bin

# ln -s /usr/bin/restart.sh     /usr/local/bin


四、配置FastDFS跟踪器(Tracker)(两个tracker执行)

配置文件详细说明参考:FastDFS配置文件详解

① 进入 /etc/fdfs,复制 FastDFS 跟踪器样例配置文件 tracker.conf.sample,并重命名为 tracker.conf。

        # cd/etc/fdfs

        # cptracker.conf.sample tracker.conf

        # vimtracker.conf

② 编辑tracker.conf ,标红的需要修改下,其它的默认即可。

# 配置文件是否不生效,false 为生效

disabled=false

[if !supportLineBreakNewLine]

[endif]

# 提供服务的端口

port=22122

[if !supportLineBreakNewLine]

[endif]

# Tracker 数据和日志目录地址(根目录必须存在,子目录会自动创建)

base_path=/ljzsg/fastdfs/tracker

[if !supportLineBreakNewLine]

[endif]

# HTTP 服务端口

http.server_port=80

③ 创建tracker基础数据目录,即base_path对应的目录

# mkdir -p /ljzsg/fastdfs/tracker

④ 防火墙中打开跟踪端口(默认的22122)


# vim /etc/sysconfig/iptables

[if !supportLineBreakNewLine]

[endif]

添加如下端口行:

-A INPUT -m state --state NEW -m tcp -p tcp --dport 22122-j ACCEPT

[if !supportLineBreakNewLine]

[endif]

重启防火墙:

# service iptables restart

[if !vml]

[endif]

⑤ 启动Tracker

初次成功启动,会在 /ljzsg/fdfsdfs/tracker/ (配置的base_path)下创建 data、logs 两个目录。

可以用这种方式启动

# /etc/init.d/fdfs_trackerd start


也可以用这种方式启动,前提是上面创建了软链接,后面都用这种方式

# service fdfs_trackerd start

查看 FastDFS Tracker 是否已成功启动 ,22122端口正在被监听,则算是Tracker服务安装成功。

# netstat -unltp|grep fdfs

[if !vml]

[endif]

关闭Tracker命令:

# service fdfs_trackerd stop

⑥ 设置Tracker开机启动

# chkconfig fdfs_trackerd on

或者:

# vim /etc/rc.d/rc.local

加入配置:

/etc/init.d/fdfs_trackerd start

service fdfs_trackerd start

⑦ tracker server 目录及文件结构

Tracker服务启动成功后,会在base_path下创建data、logs两个目录。目录结构如下:

${base_path}

  |__data

  |   |__storage_groups.dat:存储分组信息

  |   |__storage_servers.dat:存储服务器列表

  |__logs

  |   |__trackerd.log: tracker server 日志文件


五、配置 FastDFS 存储(Storage)


Storage1,storage2操作:

① 进入 /etc/fdfs 目录,复制 FastDFS 存储器样例配置文件 storage.conf.sample,并重命名为storage.conf

# cd /etc/fdfs

# cp storage.conf.sample storage.conf

# vim storage.conf

② 编辑storage.conf

标红的需要修改,其它的默认即可。

[if !vml]

[endif]

# 配置文件是否不生效,false 为生效

disabled=false


# 指定此 storage

server 所在 组(卷)

group_name=group1


# storage server 服务端口

port=23000


# 心跳间隔时间,单位为秒 (这里是指主动向 tracker server 发送心跳)

heart_beat_interval=30


# Storage 数据和日志目录地址(根目录必须存在,子目录会自动生成)

base_path=/ljzsg/fastdfs/storage


# 存放文件时 storage

server 支持多个路径。这里配置存放文件的基路径数目,通常只配一个目录。

store_path_count=1



# 逐一配置store_path_count 个路径,索引号基于 0。

# 如果不配置store_path0,那它就和 base_path 对应的路径一样。

store_path0=/ljzsg/fastdfs/file


# FastDFS 存储文件时,采用了两级目录。这里配置存放文件的目录个数。

# 如果本参数只为 N(如: 256),那么 storage server 在初次运行时,会在 store_path 下自动创建 N * N 个存放文件的子目录。

subdir_count_per_path=256


# tracker_server 的列表 ,会主动连接tracker_server

# 有多个 tracker

server 时,每个 tracker server 写一行

tracker_server=tracker1:22122

tracker_server=tracker2:22122

# 允许系统同步的时间段 (默认是全天) 。一般用于避免高峰同步产生一些问题而设定。

sync_start_time=00:00

sync_end_time=23:59

# 访问端口

http.server_port=80

[if !vml]

[endif]

③ 创建Storage基础数据目录,对应base_path目录

# mkdir -p /ljzsg/fastdfs/storage


# 这是配置的store_path0路径

# mkdir -p /ljzsg/fastdfs/file

④ 防火墙中打开存储器端口(默认的 23000)

[if !vml]

[endif]

# vim /etc/sysconfig/iptables


添加如下端口行:

-A INPUT -m state --state NEW -m tcp -p tcp --dport 23000-j ACCEPT


重启防火墙:

# service iptables restart

[if !vml]

[endif]

[if !vml]

[endif]

⑤ 启动Storage

启动Storage前确保Tracker是启动的。初次启动成功,会在 /ljzsg/fastdfs/storage 目录下创建 data、 logs 两个目录。

可以用这种方式启动

# /etc/init.d/fdfs_storaged start


也可以用这种方式,后面都用这种

# service fdfs_storaged start

查看 Storage 是否成功启动,23000 端口正在被监听,就算 Storage 启动成功。

# netstat -unltp|grep fdfs

[if !vml]

[endif]

关闭Storage命令:

# service fdfs_storaged stop

查看Storage和Tracker是否在通信:

/usr/bin/fdfs_monitor /etc/fdfs/storage.conf

[if !vml]

[endif]

⑥ 设置 Storage 开机启动

# chkconfig fdfs_storaged on

或者:

# vim /etc/rc.d/rc.local

加入配置:

/etc/init.d/fdfs_storaged start

⑦ Storage 目录

同Tracker,Storage 启动成功后,在base_path下创建了data、logs目录,记录着 Storage Server 的信息。

在store_path0 目录下,创建了N*N个子目录:

[if !vml]

[endif]

六、文件上传测试

① 修改 Tracker 服务器中的客户端配置文件 (随便一个tracker)

# cd /etc/fdfs

# cp client.conf.sample client.conf

# vim client.conf

修改如下配置即可,其它默认。

# Client 的数据和日志目录

base_path=/ljzsg/fastdfs/client


# Tracker端口

tracker_server=tracker1:22122

② 上传测试

 在linux内部执行如下命令上传 namei.jpeg 图片

# /usr/bin/fdfs_upload_file /etc/fdfs/client.conf namei.jpeg

上传成功后返回文件ID号:group1/M00/00/00/wKgz6lnduTeAMdrcAAEoRmXZPp870.jpeg

[if !vml]

[endif]

返回的文件ID由group、存储目录、两级子目录、fileid、文件后缀名(由客户端指定,主要用于区分文件类型)拼接而成。

[if !vml]

[endif]七、安装Nginx

上面将文件上传成功了,但我们无法下载。因此安装Nginx作为服务器以支持Http方式访问文件。同时,后面安装FastDFS的Nginx模块也需要Nginx环境。

Nginx只需要安装到StorageServer所在的服务器即可,用于访问文件。我这里由于是单机,TrackerServer和StorageServer在一台服务器上。

1、安装nginx所需环境

① gcc 安装

# yum install gcc-c++

② PCRE pcre-devel 安装

# yum install -y pcre pcre-devel

③ zlib 安装

# yum install -y zlib zlib-devel

④ OpenSSL 安装

# yum install -y openssl openssl-devel

2、安装Nginx

① 下载nginx

# wget -c https://nginx.org/download/nginx-1.12.1.tar.gz

② 解压

# tar -zxvf nginx-1.12.1.tar.gz

# cd nginx-1.12.1

③ 使用默认配置

# ./configure

④ 编译、安装

# make

# make install

⑤ 启动nginx

[if !vml]

[endif]

# cd /usr/local/nginx/sbin/

# ./nginx


其它命令

# ./nginx -s stop

# ./nginx -s quit

# ./nginx -s reload

[if !vml]

[endif]

⑥ 设置开机启动

[if !vml]

[endif]

# vim /etc/rc.local


添加一行:

/usr/local/nginx/sbin/nginx

#

设置执行权限

#chmod 755 rc.local

[if !vml]

[endif]

⑦ 查看nginx的版本及模块

/usr/local/nginx/sbin/nginx -V

[if !vml]

[endif]

⑧ 防火墙中打开Nginx端口(默认的 80) 

添加后就能在本机使用80端口访问了。

[if !vml]

[endif]

# vim /etc/sysconfig/iptables


添加如下端口行:

-A INPUT -m state --state NEW -m tcp -p tcp --dport 80 -j ACCEPT


重启防火墙:

# service iptables restart

[if !vml]

[endif]

[if !vml]

[endif]

3、访问文件

简单的测试访问文件

① 修改nginx.conf

[if !vml]

[endif]

# vim /usr/local/nginx/conf/nginx.conf


添加如下行,将 /group1/M00 映射到/ljzsg/fastdfs/file/data

location /group1/M00 {

    alias /ljzsg/fastdfs/file/data;

}

#

重启nginx

# /usr/local/nginx/sbin/nginx -s reload

[if !vml]

[endif]

[if !vml]

[endif]

② 在浏览器访问之前上传的图片、成功。

http://10.32.4.14/group1/M00/00/00/CiAEDVs7DC-AAI2YAAAnompQzds934.png


http://10.32.4.13/group1/M00/00/00/CiAEDVs7DC-AAI2YAAAnompQzds934.png


八、FastDFS 配置 Nginx 模块

1、安装配置Nginx模块(两台storage操作)

① fastdfs-nginx-module 模块说明

FastDFS 通过 Tracker 服务器,将文件放在 Storage 服务器存储, 但是同组存储服务器之间需要进行文件复制, 有同步延迟的问题。

假设 Tracker 服务器将文件上传到了 192.168.51.128,上传成功后文件 ID已经返回给客户端。

此时 FastDFS 存储集群机制会将这个文件同步到同组存储192.168.51.129,在文件还没有复制完成的情况下,客户端如果用这个文件 ID 在 192.168.51.129 上取文件,就会出现文件无法访问的错误。

而 fastdfs-nginx-module 可以重定向文件链接到源服务器取文件,避免客户端由于复制延迟导致的文件无法访问错误。

② 下载 fastdfs-nginx-module、解压

[if !vml]

[endif]

# 这里为啥这么长一串呢,因为最新版的master与当前nginx有些版本问题。

# wget https://github.com/happyfish100/fastdfs-nginx-module/archive/5e5f3566bbfa57418b5506aaefbe107a42c9fcb1.zip


# 解压

# unzip 5e5f3566bbfa57418b5506aaefbe107a42c9fcb1.zip


# 重命名

# mv fastdfs-nginx-module-5e5f3566bbfa57418b5506aaefbe107a42c9fcb1  fastdfs-nginx-module-master

[if !vml]

[endif]

③ 配置Nginx

在nginx中添加模块

[if !vml]

[endif]

# 先停掉nginx服务

# /usr/local/nginx/sbin/nginx -s stop

进入解压包目录

# cd /softpackages/nginx-1.12.1/


# 添加模块

# ./configure --add-module=../fastdfs-nginx-module-master/src


重新编译、安装

# make && make install

[if !vml]

[endif]

 ④ 查看Nginx的模块

# /usr/local/nginx/sbin/nginx -V

有下面这个就说明添加模块成功

[if !vml]

[endif]

⑤ 复制 fastdfs-nginx-module 源码中的配置文件到/etc/fdfs 目录, 并修改

# cd /softpackages/fastdfs-nginx-module-master/src

# cp mod_fastdfs.conf /etc/fdfs/

修改如下配置,其它默认

[if !vml]

[endif]

# 连接超时时间

connect_timeout=10


# Tracker Server

tracker_server=file.ljzsg.com:22122

# StorageServer

默认端口

storage_server_port=23000


# 如果文件ID的uri中包含/group**,则要设置为true

url_have_group_name = true


# Storage 配置的store_path0路径,必须和storage.conf中的一致

store_path0=/ljzsg/fastdfs/file

[if !vml]

[endif]

⑥ 复制 FastDFS 的部分配置文件到/etc/fdfs 目录

# cd /softpackages/fastdfs-5.05/conf/


# cp anti-steal.jpg http.conf mime.types /etc/fdfs/

 ⑦ 配置nginx,修改nginx.conf

# vim /usr/local/nginx/conf/nginx.conf

修改配置,其它的默认

在80端口下添加fastdfs-nginx模块

location ~/group([0-9])/M00 {

    ngx_fastdfs_module;

}

[if !vml]

[endif]

注意:

listen 80 端口值是要与 /etc/fdfs/storage.conf 中的http.server_port=80 (前面改成80了)相对应。如果改成其它端口,则需要统一,同时在防火墙中打开该端口。

location 的配置,如果有多个group则配置location ~/group([0-9])/M00 ,没有则不用配group。

⑧ 在/ljzsg/fastdfs/file文件存储目录下创建软连接,将其链接到实际存放数据的目录,这一步可以省略。

# ln -s /ljzsg/fastdfs/file/data/ /ljzsg/fastdfs/file/data/M00

⑨ 启动nginx

# /usr/local/nginx/sbin/nginx

打印处如下就算配置成功

[if !vml]

[endif]

⑩ 在地址栏访问。

能下载文件就算安装成功。注意和第三点中直接使用nginx路由访问不同的是,这里配置 fastdfs-nginx-module 模块,可以重定向文件链接到源服务器取文件。

http://file.ljzsg.com/group1/M00/00/00/wKgz6lnduTeAMdrcAAEoRmXZPp870.jpeg

最终部署结构图(盗的图):可以按照下面的结构搭建环境。

[if !vml]

[endif]

九、tracker反向代理配置(两台tracter都需要)

1.下载需要的软件

ngx_cache_purge-2.3.tar.gz  nginx-1.13.12.tar.gz

2.安装依赖


# yum install pcre

# yum install pcre-devel

# yum install zlib

# yum install zlib-devel

3.解压nginx和ngx_cache_purge,并编译安装


# ./configure --add-module=../ngx_cache_purge-2.3

# make && make install


4. 进入/usr/local/nginx/conf,编辑nginx.conf如下:


user root;

worker_processes 1;

#error_log logs/error.log;

#error_log logs/error.log notice;

#error_log logs/error.log info;

#pid logs/nginx.pid;

events {

    worker_connections 1024;

    use epoll;

}

http {

    include mime.types;

    default_type application/octet-stream;

    #log_format main '$remote_addr - $remote_user [$time_local] "$request" '

    # '$status $body_bytes_sent "$http_referer" '

    # '"$http_user_agent" "$http_x_forwarded_for"';

    #access_log logs/access.log main;

    sendfile on;

    tcp_nopush on;

    #keepalive_timeout 0;

    keepalive_timeout 65;

    #gzip on;

    #设置缓存

    server_names_hash_bucket_size 128;

    client_header_buffer_size 32k;

    large_client_header_buffers 4 32k;

    client_max_body_size 300m;

    proxy_redirect off;

    proxy_set_header Host $http_host;

    proxy_set_header X-Real-IP $remote_addr;

    proxy_set_header X-Forwarded-For $proxy_add_x_forwarded_for;

    proxy_connect_timeout 90;

    proxy_send_timeout 90;

    proxy_read_timeout 90;

    proxy_buffer_size 16k;

    proxy_buffers 4 64k;

    proxy_busy_buffers_size 128k;

    proxy_temp_file_write_size 128k;

    #设置缓存存储路径、存储方式、分配内存大小、磁盘最大空间、缓存期限

    proxy_cache_path /fastdfs/cache/nginx/proxy_cache levels=1:2

    keys_zone=http-cache:200m max_size=1g inactive=30d;

    proxy_temp_path /fastdfs/cache/nginx/proxy_cache/tmp;

    #设置 group1 的服务器

    upstream fdfs_group1 {

        server 10.32.4.13 weight=1 max_fails=2 fail_timeout=30s;

        server 10.32.4.14 weight=1 max_fails=2 fail_timeout=30s;

    } #

#    设置 group2 的服务器

#   upstream fdfs_group2 {

#

#        server 10.32.1.220 weight=1 max_fails=2 fail_timeout=30s;

#        server 192.168.50.140:8888 weight=1 max_fails=2 fail_timeout=30s;

# }

    server {

        listen 80;

        server_name localhost;

        #charset koi8-r;

        #access_log logs/host.access.log main;

        #设置 group 的负载均衡参数

        location /group1/M0 {

            proxy_next_upstream http_502 http_504 error timeout invalid_header;

            proxy_cache http-cache;

            proxy_cache_valid 200 304 12h;

            proxy_cache_key $uri$is_args$args;

            proxy_pass http://fdfs_group1;

            expires 30d;

        }

    #    location /group2/M0 {

     #       proxy_next_upstream http_502 http_504 error timeout invalid_header;

      #      proxy_cache http-cache;

       #     proxy_cache_valid 200 304 12h;

        #    proxy_cache_key $uri$is_args$args;

         #   proxy_pass http://fdfs_group2;

          #  expires 30d;

        #}

        #设置清除缓存的访问权限

        location ~/purge(/.*) {

            allow 127.0.0.1;

            allow 192.168.1.0/24;

            deny all;

            proxy_cache_purge http-cache $1$is_args$args;

        }

        #error_page 404 /404.html;

        # redirect server error pages to the static page /50x.html

        #

        error_page 500 502 503 504 /50x.html;

            location = /50x.html {

            root html;

        }

    }

}


检查配置是否正确


# /usr/local/nginx/sbin/nginx -t

nginx: the configuration file /usr/local/nginx/conf/nginx.conf syntax is ok

nginx: configuration file /usr/local/nginx/conf/nginx.conf test is successful

4、建立nginx缓存目录


# mkdir -p /fastdfs/cache/nginx/proxy_cache

# mkdir -p /fastdfs/cache/nginx/proxy_cache/tmp


5.启动nginx


# /usr/local/nginx/sbin/nginx


6.测试

http://10.32.4.11/group1/M00/00/00/CiAEDVs7DC-AAI2YAAAnompQzds934.png

http://10.32.4.11/group1/M00/00/00/CiAEDVs7DC-AAI2YAAAnompQzds934.png

出来结果


到现在为止配置结束,也可以在前端添加nginx做反向代理



十、同一组里边再加一块盘(storage都要做)


为group1 添加第二块盘



编辑/etc/fdfs/storage.conf


store_path_count=2


store_path1=/data


编辑/etc/fdfs/mod_fastdfs.conf


[group1]

group_name=group1

storage_server_port=23000

store_path_count=2

store_path0=/ljzsg/fastdfs/file

store_path1=/data


编辑vi /usr/local/nginx/conf/nginx.conf

location ~/group([0-9])/M01 {

    ngx_fastdfs_module;

}

改为:

location ~/group([0-9])/M0 {

    ngx_fastdfs_module;

}

重启电脑即可


重启后查看


pid=9367

[root@storage1 conf]# /usr/bin/fdfs_monitor /etc/fdfs/storage.conf

[2018-07-03 15:47:48] DEBUG - base_path=/ljzsg/fastdfs/storage, connect_timeout=30, network_timeout=60, tracker_server_count=2, anti_steal_token=0, anti_steal_secret_key length=0, use_connection_pool=0, g_connection_pool_max_idle_time=3600s, use_storage_id=0, storage server id count: 0


server_count=2, server_index=0


tracker server is 10.32.4.11:22122


group count: 1


Group 1:

group name = group1

disk total space = 2038502 MB

disk free space = 2036924 MB

trunk free space = 0 MB

storage server count = 2

active server count = 2

storage server port = 23000

storage HTTP port = 80

store path count = 2

subdir count per path = 256

current write server index = 0

current trunk file id = 0


        Storage 1:

                id = 10.32.4.13

                ip_addr = 10.32.4.13 (storage1)  ACTIVE

                http domain =

                version = 5.05

                join time = 2018-07-03 10:59:42

                up time = 2018-07-03 15:40:13

                total storage = 2038502 MB

                free storage = 2036924 MB

                upload priority = 10

                store_path_count = 2

                subdir_count_per_path = 256

                storage_port = 23000

                storage_http_port = 80

                current_write_path = 0

                source storage id =

                if_trunk_server = 0

                connection.alloc_count = 256

                connection.current_count = 1

                connection.max_count = 2

                total_upload_count = 24

                success_upload_count = 24

                total_append_count = 0

                success_append_count = 0

                total_modify_count = 0

                success_modify_count = 0

                total_truncate_count = 0


测试:

在tracker添加一张图片

# /usr/bin/fdfs_upload_file client.conf 6.png

group1/M00/00/00/CiAEDVs7KnSAAh7IAAAnompQzds035.png

# /usr/bin/fdfs_upload_file client.conf 6.png

group1/M01/00/00/CiAEDVs7KpeAVgusAAAnompQzds340.png

访问:

http://10.32.4.11/group1/M01/00/00/CiAEDls7KUOABJsiAAAnompQzds393.png

http://10.32.4.12/group1/M01/00/00/CiAEDls7KUOABJsiAAAnompQzds393.png


http://10.32.4.11/group1/M01/00/00/CiAEDVs7KpeAVgusAAAnompQzds340.png

http://10.32.4.12/group1/M01/00/00/CiAEDVs7KpeAVgusAAAnompQzds340.png

正常打开成功


十一、配置文件:

(tracker配置文件)

Nginx

[root@tracker1 conf]# cat nginx.conf|grep -v '#' |tr-s '\n'

user root; 

worker_processes 1; 

events { 

    worker_connections 1024; 

    use epoll; 

http { 

    include mime.types; 

    default_typeapplication/octet-stream; 

    sendfile on; 

    tcp_nopush on; 

    keepalive_timeout 65; 

    server_names_hash_bucket_size128; 

    client_header_buffer_size32k; 

    large_client_header_buffers 432k; 

    client_max_body_size 300m; 

    proxy_redirect off; 

    proxy_set_header Host$http_host; 

    proxy_set_header X-Real-IP$remote_addr; 

    proxy_set_header X-Forwarded-For$proxy_add_x_forwarded_for; 

    proxy_connect_timeout 90; 

    proxy_send_timeout 90; 

    proxy_read_timeout 90; 

    proxy_buffer_size 16k; 

    proxy_buffers 4 64k; 

    proxy_busy_buffers_size128k; 

    proxy_temp_file_write_size128k; 

    proxy_cache_path/fastdfs/cache/nginx/proxy_cache levels=1:2 

    keys_zone=http-cache:200mmax_size=1g inactive=30d; 

    proxy_temp_path/fastdfs/cache/nginx/proxy_cache/tmp; 

    upstream fdfs_group1 { 

        server 10.32.4.13 weight=1max_fails=2 fail_timeout=30s; 

        server 10.32.4.14 weight=1max_fails=2 fail_timeout=30s; 

    server { 

        listen 80; 

        server_name localhost; 

        location /group1/M0 { 

            proxy_next_upstreamhttp_502 http_504 error timeout invalid_header; 

            proxy_cachehttp-cache; 

            proxy_cache_valid 200304 12h; 

            proxy_cache_key $uri$is_args$args; 

            proxy_passhttp://fdfs_group1; 

            expires 30d; 

        } 

        location ~/purge(/.*) { 

            allow 127.0.0.1; 

            allow192.168.1.0/24; 

            deny all; 

            proxy_cache_purge http-cache$1$is_args$args; 

        } 

        error_page 500 502 503 504/50x.html; 

            location = /50x.html{ 

            root html; 

        } 

    } 

}

Tracker配置

[root@tracker1 fdfs]# cat tracker.conf|grep -v ^# |tr-s '\n'

disabled=false

bind_addr=

port=22122

connect_timeout=30

network_timeout=60

base_path=/ljzsg/fastdfs/tracker

max_connections=256

accept_threads=1

work_threads=4

store_lookup=2

store_group=group2

store_server=0

store_path=0

download_server=0

reserved_storage_space = 10%

log_level=info

run_by_group=

run_by_user=

allow_hosts=*

sync_log_buff_interval = 10

check_active_interval = 120

thread_stack_size = 64KB

storage_ip_changed_auto_adjust = true

storage_sync_file_max_delay = 86400

storage_sync_file_max_time = 300

use_trunk_file = false

slot_min_size = 256

slot_max_size = 16MB

trunk_file_size = 64MB

trunk_create_file_advance = false

trunk_create_file_time_base = 02:00

trunk_create_file_interval = 86400

trunk_create_file_space_threshold = 20G

trunk_init_check_occupying = false

trunk_init_reload_from_binlog = false

trunk_compress_binlog_min_interval = 0

use_storage_id = false

storage_ids_filename = storage_ids.conf

id_type_in_filename = ip

store_slave_file_use_link = false

rotate_error_log = false

error_log_rotate_time=00:00

rotate_error_log_size = 0

log_file_keep_days = 0

use_connection_pool = false

connection_pool_max_idle_time = 3600

http.server_port=80

http.check_alive_interval=30

http.check_alive_type=tcp

http.check_alive_uri=/status.html

[root@tracker1 fdfs]# cat client.conf|grep -v ^# |tr-s '\n'

connect_timeout=30

network_timeout=60

base_path=/ljzsg/fastdfs/client

tracker_server=tracker1:22122

log_level=info

use_connection_pool = false

connection_pool_max_idle_time = 3600

load_fdfs_parameters_from_tracker=false

use_storage_id = false

storage_ids_filename = storage_ids.conf

http.tracker_server_port=80

Storage配置文件

# cat storage.conf |grep -v ^# |tr -s '\n'

disabled=false

group_name=group1

bind_addr=

client_bind=true

port=23000

connect_timeout=30

network_timeout=60

heart_beat_interval=30

stat_report_interval=60

base_path=/ljzsg/fastdfs/storage

max_connections=256

buff_size = 256KB

accept_threads=1

work_threads=4

disk_rw_separated = true

disk_reader_threads = 1

disk_writer_threads = 1

sync_wait_msec=50

sync_interval=0

sync_start_time=00:00

sync_end_time=23:59

write_mark_file_freq=500

store_path_count=2

store_path0=/ljzsg/fastdfs/file

store_path1=/data

subdir_count_per_path=256

tracker_server=tracker1:22122

tracker_server=tracker2:22122

log_level=info

run_by_group=

run_by_user=

allow_hosts=*

file_distribute_path_mode=0

file_distribute_rotate_count=100

fsync_after_written_bytes=0

sync_log_buff_interval=10

sync_binlog_buff_interval=10

sync_stat_file_interval=300

thread_stack_size=512KB

upload_priority=10

if_alias_prefix=

check_file_duplicate=0

file_signature_method=hash

key_namespace=FastDFS

keep_alive=0

use_access_log = false

rotate_access_log = false

access_log_rotate_time=00:00

rotate_error_log = false

error_log_rotate_time=00:00

rotate_access_log_size = 0

rotate_error_log_size = 0

log_file_keep_days = 0

file_sync_skip_invalid_record=false

use_connection_pool = false

connection_pool_max_idle_time = 3600

http.domain_name=

http.server_port=80

# cat mod_fastdfs.conf |grep -v ^# |tr -s '\n'

connect_timeout=2

network_timeout=30

base_path=/tmp

load_fdfs_parameters_from_tracker=true

storage_sync_file_max_delay = 86400

use_storage_id = false

storage_ids_filename = storage_ids.conf

tracker_server=tracker1:22122

tracker_server=tracker1:22122

storage_server_port=23000

group_name=group1

url_have_group_name = true

store_path_count=1

store_path0=/ljzsg/fastdfs/file

log_level=info

log_filename=

response_mode=proxy

if_alias_prefix=

flv_support = true

flv_extension = flv

group_count = 1

[group1]

group_name=group1

storage_server_port=23000

store_path_count=2

store_path0=/ljzsg/fastdfs/file

store_path1=/data

 

nginx配置

[root@storage1 conf]# cat nginx.conf|grep -v '#' |tr-s '\n'


worker_processes  1;

events {

    worker_connections  1024;

}

http {

    include       mime.types;

   default_type application/octet-stream;

    sendfile        on;

    keepalive_timeout  65;

    server {

        listen       80;

        server_name  localhost;

        location / {

            root   html;

            index  index.html index.htm;

        }

location ~/group([0-9])/M0 {

    ngx_fastdfs_module;

}

        error_page   500 502 503 504  /50x.html;

        location = /50x.html {

            root   html;

        }

    }

}

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