devopsbox/which_is_the_fastest

Which is the fastest web framework?

Which is the fastest?

Measuring response times (routing times) for each framework (middleware). Each framework has to have two features; routing and parsing path parameters.

Result

Last update: 2018-03-15

OS: Darwin (version: 17.3.0, arch: x86_64)
CPU Cores: 8

Ranking (Framework)

1. nickel (rust)
2. japronto (python)
3. iron (rust)
4. router_cr (crystal)
5. spider-gazelle (crystal)
6. raze (crystal)
7. actix (rust)
8. fasthttprouter (go)
9. amber (crystal)
10. lucky (crystal)
11. rocket (rust)
12. kemal (crystal)
13. clusterpolka (node)
14. iris (go)
15. gorilla_mux (go)
16. echo (go)
17. gin (go)
18. vapor (swift)
19. aspnetcore (csharp)
20. perfect (swift)
21. sanic (python)
22. polka (node)
23. kitura (swift)
24. clusterexpress (node)
25. plug (elixir)
26. phoenix (elixir)
27. akkahttp (scala)
28. express (node)
29. roda (ruby)
30. rack-routing (ruby)
31. criollo (objc)
32. jester (nim)
33. sinatra (ruby)
34. tornado (python)
35. rails (ruby)

Ranking (Language)

1. rust (nickel)
2. python (japronto)
3. crystal (router_cr)
4. go (fasthttprouter)
5. node (clusterpolka)
6. swift (vapor)
7. csharp (aspnetcore)
8. elixir (plug)
9. scala (akkahttp)
10. ruby (roda)
11. objc (criollo)
12. nim (jester)

All frameworks

Language (Runtime)	Framework (Middleware)	Max [sec]	Min [sec]	Ave [sec]
ruby	rails	183.065177	182.594138	182.784460
ruby	sinatra	54.599611	54.235050	54.360554
ruby	roda	19.539005	19.362119	19.428262
ruby	rack-routing	24.912685	24.787798	24.857921
crystal	kemal	5.239213	4.743690	4.857822
crystal	router_cr	4.066965	3.929231	4.015780
crystal	raze	4.274440	3.952904	4.073834
crystal	lucky	4.407409	4.320964	4.377559
crystal	amber	4.422603	4.302611	4.371277
crystal	spider-gazelle	4.111804	3.961091	4.038874
go	echo	5.706486	5.195444	5.458082
go	gorilla_mux	5.688501	5.039164	5.442471
go	iris	5.540159	5.014120	5.355044
go	fasthttprouter	4.363762	4.202933	4.299051
go	gin	6.022577	5.461489	5.817580
rust	actix	4.239260	4.058780	4.103622
rust	iron	3.980654	3.918856	3.944900
rust	nickel	3.922851	3.836264	3.886912
rust	rocket	4.922653	4.449431	4.709064
node	express	15.727199	14.595424	14.948420
node	clusterexpress	10.672635	8.388129	9.267956
node	polka	8.788398	8.311747	8.478669
node	clusterpolka	5.425973	5.079739	5.266841
elixir	plug	10.217389	9.375499	9.780671
elixir	phoenix	10.176699	9.456586	10.015052
swift	vapor	6.805480	6.259005	6.561916
swift	perfect	7.729230	7.527969	7.624530
swift	kitura	9.018302	8.751379	8.857953
scala	akkahttp	11.285840	9.558254	10.281555
csharp	aspnetcore	7.064339	6.611566	6.810423
python	sanic	8.930118	7.300009	8.129179
python	japronto	4.255003	3.793259	3.926455
python	tornado	99.925639	98.832093	99.228150
nim	jester	35.604124	34.916220	35.241652
objc	criollo	32.341102	31.504481	31.896720

Current target frameworks (middlewares)

• Ruby
  • Rails
  • Sinatra
  • Roda
  • Rack-Routing
• Crystal
  • Kemal
  • raze
  • router.cr
• Go
  • Echo
  • gorilla-mux
  • iris
  • fasthttprouter
  • Gin
• Rust
  • IRON
  • nickel.rs
  • Rocket (nightly)
• node
  • express
  • express/cluster
  • polka
  • polka/cluster
• Elixir
  • Plug
  • Phoenix
• Swift
  • Vapor
  • Perfect
  • Kitura
• Scala
  • Akka-Http (Routing DSL)
• C#
  • ASP.NET Core
• Python
  • sanic
  • japronto
  • flask
  • tornado
• Nim
  • Jester
• Objective-C
  • Criollo

See Development section when you want to add new languages or frameworks.

The rule

We want to know the response time (routing time), not a usability. So full-stack framework is at a disadvantage.

• Each server has no special logics.
• Each server's executable is named as server_[Lauguage]_[Framework]. (For example, server_ruby_sinatra)
• There are only 3 routes
  • GET '/' return status code 200 with empty body
  • GET '/user/:id' return status code 200 with the id
  • POST '/user' return status code 200 with empty body

Installation

Required environment -> See Current target frameworks(middlewares)

By using Neph

Neph is a modern command line job processor that can be substitute for make command.

To compile servers and benchmarker,

> neph

For each language,

> neph ruby

For each framework,

> neph rails

See neph.yaml

By using make

To compile servers and benchmarker,

> make

For each language,

> make ruby

For each framework,

> make rails

Usage

You can take a benchmark by

> bin/benchmarker

For each language

> bin/benchmarker ruby

For each framework

> bin/benchmarker rails

For comparison (Comparing rails, kemal and router.cr in this example)

> bin/benchmarker rails crystal

If you take it manually, you can run each server by

> bin/server_[Language]_[Framework]

and run client by

> time bin/client

You can set # of threads and # of the loops of the request(there are 3 requests in a loop) by

> time bin/client -t 16 -r 1000

In the above example, 16 threads requests 1000 * 3 times. So 48000 requests are sent in total.

Using Docker

Setup servers by using docker is under WIP. Currently, crystal and ruby servers are supported. For example

docker-compose up rails

Then you can run your client by

time ./bin/client

Development

• Give me PR when you want to add other web frameworks
• Give me PR when you can tuning each framework (under the rule)

Where should I modify when adding new framework

• /[language]/[framework]/[codes] <- Project itself
• benchmarker/benchmarker.cr <- Adding it as a target to
• README.md <- Adding it as a target framework of the list
• Makefile
• neph.yaml (optional)

Anyway, you don't have to care about details since maintainer can fix them after merging it. The result will be updated by maintainer.

Contributing

1. Fork it (https://github.com/tbrand/which_is_the_fastest/fork)
2. Create your feature branch (git checkout -b my-new-feature)
3. Commit your changes (git commit -am 'Add some feature')
4. Push to the branch (git push origin my-new-feature)
5. Create a new Pull Request

Contributors

• tbrand Taichiro Suzuki - creator, maintainer
• OvermindDL1 OvermindDL1 - maintainer

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