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• Introducing Matomo SEO Web Vitals

  13 septembre 2021, par Ben Erskine — About, Analytics Tips, Plugins

  SEO Web Vitals track your critical website performance metrics and are a core element of SEO best practice. 

  Start using Matomo SEO Web Vitals to monitor your website performance, optimise your visitor experience, improve your search result rankings, and see how your site compares to your competitors.

  

  What are SEO Web Vitals ?

  Web Vitals are made up of a number of important metrics, such as your website’s page speed and loading performance, these metrics all play an important role in search engine optimisation. 

  The more technical terms for these metrics are Page Speed Score, First Contentful Paint (FCP), Final Input Delay (FID), Last Contentful Paint (LCP) and Cumulative Layout Shift (CLS).

  Why should you use SEO Web Vitals ?

  SEO Web Vitals are being used more and more by search engines such as Google to rank websites so they help ensure a great page experience for users who arrive via links from their search results. 

  By monitoring your SEO Web Vitals you can see how good or bad a single page performs and then prioritise the optimisation of strategically important pages to help improve the ranking position within search engine results.

  For ease of use you can receive regular reports in your email inbox and you can configure custom alerts to automatically notify you when a page score changes significantly. This saves time by not having to check page performance scores manually while ensuring you will be notified should there be any important change that needs to be actioned.

  You should use SEO Web Vitals to understand how your site performance is impacting your overall visitor experience.

  Four key benefits of using SEO Web Vitals :

  Improve your search result rankings

  • SEO Web Vitals are a core element of SEO best practice and directly impact your search rankings.
  • Pages that load quickly and are more stable deliver a better user experience, so they’re ranked higher by search engines.

  Optimise your website visitor experience

  • Know how quickly pages on your website load to ensure you deliver an optimal visitor experience.
  • Identify page stability issues and implement the changes needed to enhance your visitor experience.

  Automate your website performance monitoring

  • Have peace of mind knowing if your metrics decrease, you can find and fix the root cause quickly.
  • Configure performance alerts and get automated reports sent to you.

  Incorporate website performance into your competitor analysis

  • These performance metrics are essentially open for anyone to inspect, so you can measure and benchmark your site against competitors. 

  How can I improve my SEO Web Vitals ?

  There are so many ways to improve these performance metrics, here are five of the common contributing factors.

  1. Your page speed score is a weighted average of your other performance metrics, so focus on improving the underlying metrics that contribute to this score.
  2. Ensure you use a high quality web host with an appropriate plan for your level of traffic to help improve your FCP time.
  3. Try removing large elements that aren’t required on your page to improve your LCP time.
  4. Optimise against Total Blocking Time to Improve your FID score.
  5. Consider using a Layout Shift Debugger to improve Your CLS Score

  Guide to Matomo SEO Web Vitals

  For more information and to learn how to configure SEO Web Vitals in Matomo, check out our full guide to SEO Web Vitals.

  You will learn :

  • What’s required to measure your SEO Web Vitals
  • How to configure SEO Web Vitals
  • How to analyse your SEO Web Vitals
  • How to understanding SEO Web Vitals metrics
  • How to analyse your page’s SEO Web Vitals over time
  • How to improve your SEO Web Vitals
  • How to monitor changes in your scores with custom alerts

  Need more resources ?

  Matomo Plugin SEO Web Vitals

  Matomo SEO Web Vitals FAQs

• I can't configure OpenCV to use FFMPEG in python docker image

  2 avril 2024, par Jrneliodias

  I am attempting to create a Python Docker image to utilize OpenCV for processing video frame by frame, but I am encountering difficulties with the codec. Gives this erro :

  


  [ERROR:0@38.410] global cap_ffmpeg_impl.hpp:3130 open Could not find encoder for codec_id=27, error: Encoder not found [ERROR:0@38.410] global cap_ffmpeg_impl.hpp:3208 open VIDEOIO/FFMPEG: Failed to initialize VideoWriter

  


  my docker file :

  


  # Use a base image with the necessary dependencies
FROM python:3.9-slim

# Install ffmpeg and other dependencies
RUN apt-get update && apt-get install ffmpeg libsm6 libxext6  -y


# Set the working directory inside the container
WORKDIR /app/ai_model

# Copy the requirements file to the working directory
COPY requirements.txt .


RUN apt-get update && apt-get install -y postgresql-server-dev-all

# Install the required dependencies
RUN pip install --upgrade pip && \
    grep -v -e opencv requirements.txt | pip install --no-cache-dir -r /dev/stdin && \
    pip install  --no-cache-dir onnxruntime-gpu==1.14.0 && \
    pip install --upgrade pip && pip install --no-cache-dir -r requirements.txt

# Copy the rest of the application code to the working directory
COPY . .

# Expose the port on which the app will run
EXPOSE 8080

# Define the command to run the app
CMD ["python", "app.py"]


  


  `

  


  I am aware that OpenCV does not inherently support the h264 codec, yet I require video support for HTML player integration. I have found that when running on Windows, utilizing the 'av1' codec with 'openh263-1.8.0-win64.dll' from Cisco resolves the issue.Cisco

  


  Consequently, I have endeavored to incorporate the same codec into the Python Docker image, but to no avail. The container reports an error indicating that it cannot locate the codec.

  


  Thanks for your time.

  


• Anomalie #4235 : un cache sessionné contamine les caches non sessionnés suivant

  30 novembre 2018, par jluc -

  Cedric, je ne sais pas pourquoi tu écris « Le problème vient du fait qu’on a pas de communication remontante ». Car on ce drapeau global assure bien une communication remontante et même dans tous les sens, ou du moins haut, bas et avant. Il n’y a qu’en arrière dans le temps qu’il ne leake pas, ce qui fait que les inclusions de même niveau aprés une inclusion sessionnée ne sont pas traitée de la mm manière que les inclusions avant.