This message, related to the development of the theme, only displays on the localhost homepage to notify you of any important theme changes.


Version 2.0.0 - July 20, 2020

Below are the following changes that could be breaking changes for your site. For more details on any change, please refer to PR #154.

The major breaking change is:

  1. Users that have front matter that utilize images (backwards compatibility for featured and associated parameters still remains) will need to adjust from [images]="SRC" to the new format.
[[images]]
    src = "" // Link to image
    alt = "" // Alt text for image
    stretch = // Optional: See screenshots for referenced values and outcomes

If you utilize any of the following, there might be a breaking:

  1. User custom templates may require adjustment.
  2. User custom i18n languages, or custom templates referencing i18n translations may require adjustment.
  3. User custom template for comments will require adjustment if it uses the theme’s CSS and/or JS.
  4. User custom CSS may need to adjust due to a variety of class name changes and specificity changes.

While I realize this is inconvenient, I hope that it is worth it to you in the long run. Thanks for using the theme, and feel free to submit issues as needed.

Gunnar Hillert

Gunnar Hillert

Java Champion, full-stack Spring + Angular aficionado & 2019 Kona IRONMAN Finisher.

High-Precision GPS Positioning for Spring Developers

You have GPS tracking requirements in areas such as autonomous vehicles, robotics or precision farming, but realize that phones are not accurate enough. You also wish Google Maps and OpenStreetMap had a way higher zoom level. What are your options?

1-Minute Read

Presentation slides cover

In September, I was presenting at SpringOne 2020 on the subject of high-precision GPS for Spring Developers. It was the culmination of several months of research, development and just fun geeking out for a topic that I deeply care about. Below, please find find all the relevant artifacts, such as video recording, slide-deck and links to the demo code.

Building your own GNSS receiver (Part List)

In this blog post I am listing the parts that I have been using to build a high-precision GNSS receiver.

2-Minute Read

Base Station & Rover

Over the past couple of weeks and months I have been evaluating and building a somewhat affordable high precision GNSS solution to achieve centimeter-level accuracy in order to track the collection of plants in my garden. I am not going much deeper into the functional aspects of the project. For that please refer to my recent presentation slides from SpringOne 2020. But I will provide a list of parts that I used to build the project.

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This is a blog of Gunnar Hillert.