|
|
java自学网（www.javazx.com）-java论坛，java电子书推荐：《高性能服务系统构建与实战》
( @8 q9 {: w) N( F7 ?1 ~java电子书推荐理由：分享了构建高性能服务系统的设计理念和实战经验，并引导读者进行场景实战，知识点横跨系统架构领域和软件架构领域，是架构高大上而实操又接地气的不可多得的好书。所有技术团队都曾为解决性能问题、提高性能峰值绞尽脑汁，从千头万绪到生不如死。本书基于作者10 余年工作经历中踩过的技术神坑，总结整理而成。9 v/ R% n+ t U; h- M
2 m* b; ^& ]! G9 _" q作者：银文杰 编著
6 W d- s: _ S+ v9 l出版社：电子工业出版社. b& f7 r2 x* K
出版时间：2017年07月 ) S. U4 o8 e6 p r3 U6 k
% L& s& z" c) c+ F/ @* [$ g0 p. j
& S+ K6 R- Z3 z1 h
9 |5 z M. \/ y; ejava电子书目录：
, H% K- Y7 {% B% O, I第一部分 前序
+ }8 G; o' r1 f3 Y/ j第1 章 那些年一起踩的坑 ........................................................................................................ 2/ {& l" W6 G9 n$ N* f
1.1 性能问题 ........................................................................................................................... 2
* `! ^1 [' z! c9 G1.2 可用性问题 ....................................................................................................................... 3$ [0 H, U' Y, z5 `
1.3 异常处理问题 ................................................................................................................... 4' L: [9 {: R: h& m! c' `# X
1.4 系统间依赖问题 ............................................................................................................... 4
, j& ^7 }/ _) X5 d3 g1.5 系统雪崩问题 ................................................................................................................... 7) a' x3 S3 j( u z$ n
第2 章 业务系统分解 ............................................................................................................... 97 i. m. B o9 G' U5 s3 R
2.1 负载层技术 ..................................................................................................................... 108 j7 }0 }6 {) x- h9 F( `
2.2 业务层技术 ..................................................................................................................... 12
4 n! j" `; r+ ]9 }2.3 存储层技术 ..................................................................................................................... 13( N; I6 a4 S* E% _7 c( j: r
第二部分 负载层技术与设计
& e) t! f3 j- g3 p. u$ `' j" B第3 章 Nginx 技术 .................................................................................................................. 16" h0 w% ?# A, j4 y' E5 }
3.1 Nginx 中的基本技术理论 ............................................................................................... 16
( [6 T I+ k* a- U3.1.1 一致性Hash 算法 .................................................................................................................16
% |' M1 U6 b& e: `3.1.2 轮询与加权轮询 ...................................................................................................................18. W: c! A, f+ a
3.2 Nginx 的安装和使用 ....................................................................................................... 20
+ v' K# B- L- ]( h# z3.3 Nginx 的重要配置讲解 ................................................................................................... 22+ o$ @. {& l: ]8 Z2 @
3.4 Nginx 的重要设置 ........................................................................................................... 25$ o9 ~! ]* V, Q, T2 o
3.4.1 use [ kqueue | rtsig | epoll | select | poll ] ................................................................................25$ `9 O ?6 B1 d
3.4.2 worker_processes 和worker_connections .............................................................................26
. U) r+ g. ?4 [0 U! d3.4.3 max client 的计算方式 ..........................................................................................................29( b5 }+ I0 X. W- q2 k0 l
3.5 Nginx 的常用模块 ........................................................................................................... 300 r" n/ f& |8 l& ~
3.5.1 gzip 压缩模块........................................................................................................................304 o0 l5 _5 E l1 ~3 R" Y& Z
3.5.2 rewrite 模块 ...........................................................................................................................32
& ], Z, [, x$ E3.5.3 健康检查模块 .......................................................................................................................34
7 a; _+ i6 d# Q( `3.5.4 图片动态缩略模块 ...............................................................................................................37
0 ]# w. A7 \# u+ Q, q/ f第4 章 LVS 技术 .................................................................................................................... 41- A& l; N" s$ b# u$ A6 {3 o" g
4.1 网络协议基础知识 ......................................................................................................... 41 M7 S$ s+ i& S- m
4.1.1 链路层报文 ...........................................................................................................................42
6 L9 A# x7 N* B* g6 X$ u; \4.1.2 网络层IP 报文 ......................................................................................................................42
% H3 N$ A9 K/ H* K4.1.3 传输层TCP 报文 ..................................................................................................................44
4 p$ e$ }3 H9 O4.2 LVS 的三种工作方式 ..................................................................................................... 45
7 k( A0 J. I5 J$ W4 S4.2.1 LVS-NAT 工作方式 .............................................................................................................45
! p" N4 ]+ T: z! z# e* D4.2.2 LVS-DR 工作方式 ................................................................................................................47# V7 z' m/ k, w O3 I" e
4.2.3 LVS-TUN 工作方式 .............................................................................................................490 Z9 }; U# l' s1 F7 Y
4.2.4 LVS 调度方式 .......................................................................................................................52
0 K% J& m1 V3 K T4 x, p4 I' ^4.3 LVS 设置实战 ................................................................................................................. 53
& c+ a- a+ A3 @! T: r: d, D4.3.1 LVS-NAT 方式设置 .............................................................................................................53; u% P7 ?4 p# e
4.3.2 LVS-DR 模式设置 ................................................................................................................57+ `' o* M. n; t+ m6 j- x
4.3.3 ipvsadm 参数汇总 .................................................................................................................60( ]) t! e3 S# @0 K+ e4 N
第5 章 其他负载层技术 .......................................................................................................... 63
# V( T# Y5 i& h' t' u5.1 DNS 和智能DNS ............................................................................................................ 636 ?: p- s5 e" n1 a
5.2 CDN 网络 ........................................................................................................................ 658 _* K X! X! G7 i) o+ t! R
5.3 Keepalived ....................................................................................................................... 67
o6 I+ }: g8 {" {% E" p# m. ?: A7 j. x5.4 不得不提的Tengine ....................................................................................................... 68) l+ k& B* d u2 F% p0 L% X
第6 章 负载层性能实战 .......................................................................................................... 691 l8 Z- Q+ |" K
6.1 负载层技术实战场景 ..................................................................................................... 69
2 ^: Y" m+ L2 Q! }# I: b6.1.1 负载场景一 ...........................................................................................................................692 J3 k3 p: p S! D( R: u* y
6.1.2 负载场景二 ...........................................................................................................................70
' T( U" N# L2 i1 Z4 }8 Z6.1.3 负载场景三 ...........................................................................................................................71
- y+ w9 p+ ~$ W) H4 o6.1.4 负载场景四 ...........................................................................................................................723 S! J" _, Y9 u1 @9 b
6.2 方案一：使用Nginx 初步解决性能瓶颈问题 .............................................................. 72! {7 k s# ?1 c8 E! R) a
6.3 方案二：使用LVS Keepalived Nginx 增加吞吐量和稳定性 ................................ 749 b' Z7 e7 e$ y2 k& }4 [
6.4 方案三：使用DNS 和CDN 网络优化整体性能 .......................................................... 75
/ S3 K) G1 L2 k5 z第三部分 系统间通信
/ M! T( O% v+ C) { _/ V0 @第7 章 系统间通信：网络I/O 模型 ........................................................................................ 78
7 T- _4 ]) N4 [6 E1 @4 s, g+ D7.1 模型 ................................................................................................................................ 78
" z U. X" a; m# k7 ~7.1.1 信息格式 ...............................................................................................................................797 a3 a! C% `/ u _- t" X
7.1.2 网络协议 ...............................................................................................................................80* p/ C+ B- W2 I' ]& Q
7.1.3 通信方式/框架 ............................................................................................., X+ C- P. g0 v Q7 o, c) P) |
7 \! q5 b; X. i, o2 i' ~( _4 H) v; ^. H- D2 ]% a1 q& e) X; o: ]* }3 J9 X
百度网盘下载地址链接（百度云）：java自学网（javazx.com）高性能服务系统构建与实战 PDF 高清 电子书 百度云.rar【密码回帖可见】
* d' @( B5 w: U. n K5 q, S, i% `& `% \4 S! E: P) g
7 m) K' _2 i8 k( b# @. v/ Q, v: a
m5 X& @& n7 e
: G- q9 \ }/ J! B0 N" m
* n' r) M! O' k* v. G; P3 [" P/ B- H# p ~
% y+ S, G( i: Z& f/ t! t4 E5 |/ U D) }4 J, W* u
|
|
[复制链接]
发表于 2017-8-29 18:11:25
发表于 2017-8-29 19:10:56
