httprouter与 fasthttp 的性能对比

httprouter与 fasthttp 的性能对比


关于协议:

本打算接入层使用gRPC,虽然基于HTTP 2.0 效率比较高,而且使用protobuf 能进行高效的序列化。但是本次系统需要和
JAVA进行对接,考虑到gRPC对JAVA的支持性不是很好,资源并不多,可能在踩坑上花过多的时间,所以综合考虑还是使用restful 进行对接
后续如果有机会还是会考虑使用gRPC。所以下面对几个go的http框架进行简单的对比

测试工具:

ApacheBench

参数:

ab -n 6000  -c 300  http://url:port

可能机器原因只能给到这么大的参数了

测试环境:

型号:imac macos 10.13
内存:8
cpu核心数:4
为了模拟网络请求处理时间,所以在处理的Handle function 中加入了  time.Sleep(200 *time.Millisecond)

测试对象:

httprouter:本打算使用gin 框架进行测试,但是fasthttp是一个http的包 使用 gin使用的httprouter 
进行测试,优势在于实现了restful 风格的地址,使用前缀树实现了路由查找,使用了go 的标准包 http包 开启一个服务

fasthttp:优势在于自己实现了http服务,内部大量的池化,并不是每个请求都和http包一样开启一个goroutine,
同是也使用[]byte 操作去 代替string 操作,减少了内存的分配。

测试数据:

1、fasthttp

Server Software:        fasthttp
Server Hostname:        127.0.0.1
Server Port:            8083

Document Path:          /index
Document Length:        3 bytes

Concurrency Level:      300
Time taken for tests:   4.371 seconds
Complete requests:      6000
Failed requests:        0
Total transferred:      936000 bytes
HTML transferred:       18000 bytes
Requests per second:    1372.81 [#/sec] (mean)
Time per request:       218.530 [ms] (mean)
Time per request:       0.728 [ms] (mean, across all concurrent requests)
Transfer rate:          209.14 [Kbytes/sec] received

Connection Times (ms)
              min  mean[+/-sd] median   max
Connect:        0    6   4.5      7      26
Processing:   200  209   5.2    208     223
Waiting:      200  206   4.1    206     221
Total:        201  215   8.5    217     246

Percentage of the requests served within a certain time (ms)
  50%    217
  66%    221
  75%    222
  80%    223
  90%    225
  95%    227
  98%    231
  99%    235
 100%    246 (longest request)

2、httprouter

Server Software:
Server Hostname:        127.0.0.1
Server Port:            8081

Document Path:          /index
Document Length:        9 bytes

Concurrency Level:      300
Time taken for tests:   4.343 seconds
Complete requests:      6000
Failed requests:        0
Total transferred:      750000 bytes
HTML transferred:       54000 bytes
Requests per second:    1381.60 [#/sec] (mean)
Time per request:       217.140 [ms] (mean)
Time per request:       0.724 [ms] (mean, across all concurrent requests)
Transfer rate:          168.65 [Kbytes/sec] received

Connection Times (ms)
              min  mean[+/-sd] median   max
Connect:        0    5   4.1      4      19
Processing:   200  209   6.0    207     227
Waiting:      200  206   3.9    205     227
Total:        201  214   9.4    211     243

Percentage of the requests served within a certain time (ms)
  50%    211
  66%    220
  75%    223
  80%    224
  90%    227
  95%    229
  98%    233
  99%    236
 100%    243 (longest request)
 

httprouter 并发情况下内存的使用情况:

初始化
ID    COMMAND      %CPU TIME     #TH  #WQ  #POR MEM    PURG CMPR PGRP  PPID STATE    BOOSTS
20746  httprouter   0.0  00:00.01 7    0    25   1720K  0B   0B   20746 1532 sleeping *0[1]
ab -n 6000 -c 100  http://127.0.0.1:8081/index

PID    COMMAND      %CPU TIME     #TH  #WQ  #POR MEM    PURG CMPR PGRP  PPID STATE    BOOSTS
20746  httprouter   0.0  00:02.05 20   0    38   7400K  0B   0B   20746 1532 sleeping *0[1]
ab -n 6000 -c 200  http://127.0.0.1:8081/index

ID    COMMAND      %CPU TIME     #TH  #WQ  #POR MEM    PURG CMPRS  PGRP  PPID STATE
20746  httprouter   0.0  00:04.14 20   0    38   9508K  0B   880K   20746 1532 sleeping
ab -n 6000 -c 300  http://127.0.0.1:8081/index

PID    COMMAND      %CPU TIME     #TH  #WQ  #POR MEM    PURG CMPRS  PGRP  PPID STATE
20746  httprouter   0.0  00:05.51 82   0    100  13M    0B   856K   20746 1532 sleeping

fasthttp 并发情况下内存的使用情况:

初始化
PID    COMMAND      %CPU TIME     #TH  #WQ  #POR MEM    PURG CMPR PGRP  PPID STATE    BOOSTS
20455  fasthttp     0.0  00:00.01 7    0    25   1704K  0B   0B   20455 1532 sleeping *0[1]
ab -n 6000 -c 100 http://127.0.0.1:8080/index


PID    COMMAND      %CPU TIME     #TH  #WQ  #POR MEM    PURG CMPR PGRP  PPID STATE    BOOSTS
20455  fasthttp     1.9  00:01.61 29   0    47+  5964K+ 0B   0B   20455 1532 sleeping *0[1]
ab -n 6000 -c 200 http://127.0.0.1:8080/index

PID    COMMAND      %CPU TIME     #TH  #WQ  #POR MEM    PURG CMPR PGRP  PPID STATE    BOOSTS
20455  fasthttp     0.0  00:02.99 29   0    47   7136K  0B   0B   20455 1532 sleeping *0[1]
ab -n 6000 -c 300 http://127.0.0.1:8080/index

PID    COMMAND      %CPU TIME     #TH  #WQ  #POR MEM    PURG CMPR PGRP  PPID STATE    BOOSTS
20455  fasthttp     0.0  00:04.18 49   0    67   8508K  0B   0B   20455 1532 sleeping *0[1]

可能是因为程序只是简单的返回了 hello world ! 所以内存增长的并不明显,
但是httprouter 在并发到300的时候 内存飙升(一开始以为自己弄错了,测了几次还是这样的数据)可能是http没有做任何优化的原因

fasthttp做了优化,并发越大的情况下越能体现优势,所以个人更倾向于fasthttp

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转载自blog.csdn.net/raogeeg/article/details/82752458