E7d Speedtest Save Abandoned

A self-hosted, lightweight HTML5 speed test implemented in JavaScript, based on Web Workers and XMLHttpRequest.

Project README

Speed Test

A self-hosted, lightweight speed test implemented in JavaScript, and based on Web Workers and XMLHttpRequest.

Demo

A demo is available here, running on a Digital Ocean server based on Amsterdam:

Usage

Compatibility

Chrome Edge Firefox Opera Safari
43 * 48.0 12.10 6.0

Features

  • IP Address (with ISP) detection
  • Latency and jitter tests
  • Download and upload bandwidth tests

Requirements

  • Some decent server CPU
  • Using HTTPS is highly discouraged, adding an heavy packet size and computing overhead
  • Using server compression is also discouraged, adding a computing overhead

Configuration

You can configure the speed test server following your needs. Find below the list of configurable options through the file config.json available at the root level of the server.
The key corresponds to the JSON path where to affect the value. For example, setting the value 2000 for the key download.delay corresponds to the following JSON:

{
  "download": {
    "delay": 2000
  }
}

List of configurable options:

Key Description Default value Possible values
analytics.trackingId The Google Analytics tracking ID to use on the speed test. "UA-XXXXXXXX-Y" or empty.
ignoreErrors Ignore the errors yielded by upload/download requests. If false, the test will be aborted at the first error. true true or false.
endpoints The available endpoints list. See Endpoints configuration below.
endpoint.xhr The endpoint to request for XHR. current location Any http:// or https:// endpoint exposing this speed test.
endpoint.websocket The endpoint to request for WebSocket. current location Any ws:// or wss:// endpoint exposing this speed test.
ip.path The path of the IP test on the XHR endpoint. ip
latency.path The path of the latency test on the WebSocket endpoint. ping
latency.count The count of latency requests to emit during the latency test. null Any positive integer.
latency.duration The duration in milliseconds of the latency test. 5000 Any positive integer.
latency.gracetime The duration in milliseconds at start of the latency test during which results are ignored. Used for test warm-up. 1000 Any positive integer.
download.path The path of the download test on the XHR endpoint. download
download.streams The number of concurrent streams to use during the download test. 6 Any positive integer.
download.delay The delay in milliseconds between the first request of each stream. 200 Any positive integer.
download.duration The duration in milliseconds of the download test. 10000 Any positive integer.
download.gracetime The duration in milliseconds at start of the download test during which results are ignored. Used for test warm-up. 2000 Any positive integer.
download.size The size in bytes downloaded on each download request. 8388608 (8M) Any positive integer.
download.adjustSize Auto adjust download packets size, depending on bandwidth. true
download.minSize The minimum size in bytes downloaded on each download request, to avoid excessively small requests. 1048576 (1M) Any positive integer.
download.maxSize The maximum size in bytes downloaded on each download request, to avoid excessively huge requests. 104857600 (100M) Any positive integer.
upload.path The path of the upload test on the XHR endpoint. upload
upload.streams The number of concurrent streams to use during the upload test. 6 Any positive integer.
upload.delay The delay in milliseconds between the first request of each stream. 200 Any positive integer.
upload.duration The duration in milliseconds of the upload test. 10000 Any positive integer.
upload.gracetime The duration in milliseconds at start of the upload test during which results are ignored. Used for test warm-up. 2000 Any positive integer.
upload.size The size in bytes uploaded on each upload request. 20971520 (2M) Any positive integer.
upload.adjustSize Auto adjust upload packets size, depending on bandwidth. true
upload.minSize The minimum size in bytes uploaded on each upload request, to avoid excessively small requests. 262144 (256K) Any positive integer.
upload.maxSize The maximum size in bytes uploaded on each upload request, to avoid excessively huge requests. 20971520 (20M) Any positive integer.
result.path The path of the save result request on the XHR endpoint. save

Endpoints configuration

{
  "endpoints": [
    {
      "label": "FR",
      "uri": "http://speedtest-fr.localhost:5080"
    },
    {
      "label": "FR (secured)",
      "uri": "https://speedtest-fr.localhost:5443"
    },
    {
      "label": "NL",
      "uri": "http://speedtest-nl.localhost:5080"
    },
    {
      "label": "UK",
      "uri": "http://speedtest-uk.localhost:5080"
    },
    {
      "label": "US",
      "uri": "http://speedtest-us.localhost:5080"
    }
  ]
}

Docker

Docker Pulls Docker Stars

Run the Speed Test container

docker run --name speedtest -d -p 80:80 e7db/speedtest

Store the results permanently

To store results permanently, you need a volume:

docker volume create speedtest_results
docker run --name speedtest -d -p 80:80 -v speedtest_results:/app/results e7db/speedtest

Note: Results are never cleaned automatically, used space will grow over time.

Use a custom configuration

To use a custom configuration through the config.json file, mount it through a read-only volume:

docker run --name speedtest -d -p 80:80 -v /path/to/config.json:/app/web/config.json:ro e7db/speedtest

Self-hosted server

Having cloned this repository and moved into the directory, issue the following commands:

npm run setup
npm run build
npm run start

Development

Prerequisites

Setup the repository

To setup, build and run the project for development, issue the following commands:

npm run setup:dev
npm run build:dev
npm run start:dev

Issues

If you encounter a problem with the Speed Test, please check if an existing issue adresses it and join the discussion. If not, feel free to create a new issue.

Support the project

You want to support the project? A speed test requires a server with high bandwidth. With Patreon, Paypal or cryprocurrencies, you can help me cover the fees!

Become a Patron on Patreon
Donate with Paypal
Donate Bitcoin 1D4fa6WDVNmKmwRJzTKDohYmHB9UzMsVVL
Donate Ethereum 0x57f1afbC888d6954F954B0960524E4aa5Fa188af

License

MIT License

Copyright (c) 2017-2019 Michaël "e7d" Ferrand

Permission is hereby granted, free of charge, to any person obtaining a copy of this software and associated documentation files (the "Software"), to deal in the Software without restriction, including without limitation the rights to use, copy, modify, merge, publish, distribute, sublicense, and/or sell copies of the Software, and to permit persons to whom the Software is furnished to do so, subject to the following conditions:

The above copyright notice and this permission notice shall be included in all copies or substantial portions of the Software.

THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.

Open Source Agenda is not affiliated with "E7d Speedtest" Project. README Source: e7d/speedtest
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