![]() If os.stat('/home/pi/speedtest/speedtest.csv').st_size = 0: Upload = re.findall('Upload:\s(.*?)\s', response, re.MULTILINE)ĭownload = download.replace(',', '.') Ping = re.findall('Ping:\s(.*?)\s', response, re.MULTILINE)ĭownload = re.findall('Download:\s(.*?)\s', response, re.MULTILINE) Response = subprocess.Popen('speedtest-cli -simple', shell=True, stdout=subprocess.PIPE).stdout.read() Here’s what we should have inside the file (you can, of course, copy-paste these lines): import os Let’s create a new Python file: sudo nano speedtest.py Therefore, we’ll need to parse the data and make it conform. However, that output doesn’t conform to the CSV syntax. Though, for our purposes, using speedtest-cli’s simple mode is more convenient: speedtest-cli -simple With speedtest-cli now installed, you can measure your broadband speed easily with this command: speedtest-cli Next, let’s use pip to install speedtest-cli: sudo pip install speedtest-cli If you a message that reads “python-pip is already the newest version,” that means that we’re good to go. You can make sure that you have pip by running this command: sudo apt-get install python-pip That’s easy to do so by using a tool called pip that comes preinstalled on Raspbian Jessie and Stretch. Speedtest-cli isn’t available right away from the Raspbian archives, but we can install it from the Python Package Index (PyPI). We’re going to use speedtest-cli, which, in the words of its creator, is “a command line interface for testing internet bandwidth using .” There are various methods to measure the speed of broadband connection. Sudo apt-get upgrade Step 2: Install speedtest-cli Run the following commands in Terminal: sudo apt-get update How to use your Raspberry Pi to monitor broadband speed Step 1: Check for updatesĪs usual, let’s start with checking for the latest updates. This how-to will assume you already have Raspbian installed on your Pi. Sound like a handy thing? Then let’s get started. CSV is a very simple file format that can be opened in Microsoft Excel or imported to Google Sheets. The monitor will create a CSV (comma-separated values) file to your Google Drive and update that file once an hour. But once we’ve laid the groundwork, we can automate our broadband monitor so that it keeps right on monitoring for as long as we want. This project involves a fair bit of setup, including downloading and installing some packages, writing a Python script, and more. Patching file /usr/lib/python3/dist-packages/speedtest.pyIn this article, we’ll show you how to use the Raspberry Pi to monitor broadband speed. ![]() # patch /usr/lib/python3/dist-packages/speedtest.py speedtest.patch Hunk #1 succeeded at 1474 (offset -48 lines). Patching file /usr/lib/ python3/ dist-packages/ speedtest. # patch /usr/lib/ python3/ dist-packages/ speedtest. com/ubuntu bionic/universe i386 PackagesĮxpect the upload speed to be reported correctly.įorgot to mention, I confirmed the patch does resolve the issue: com/ubuntu bionic/universe amd64 Packagesĥ00 us1.archive. ![]() Hosted by 2degrees (Auckland) : 3.069 msĥ00 us1.archive. Retrieving information for the selected server. Windows PC on same network got 430Mbit/s upload Tested using 2.1.1 and got 166Mbits/s upload. Upload speed is capped at 4.12Mbit/s but link is capable of 430Mbit/s, dose not matter which server you use to test against its always capped at 4.12Mbit/s upload Speedtest-cli version 2.0.0 installed from repo miss reports upload speed.
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