Remove more first person

_posts/2023-11-10-automated-test-generation-chess-puzzles-with-dafny.markdown

@@ -12,7 +12,7 @@ Dafny is incredibly powerful. With it, you can prove [type safety properties of
 
 The following sections explain how Dafny’s built-in automated test generation functionality can help in situations like these. I will use the game of chess as an example and will prompt the test generation toolkit to idenify chess board states that satisfy a given condition, such as a king being under check. The generated tests contain the board states, while the condition is defined by the Dafny program under consideration. A brute force enumeration or fuzzing might not be up to the task here, since the number of ways in which you can arrange pieces on the board is astronomically high. Dafny, however, can use the verifier to generate tests and is, therefore, much more efficient in finding solutions. 
 
-The post is structured as follows: I will first outline a [subset of chess rules using Dafny](#1-modelling-chess-in-dafny). This code serves as a reference point throughout the post. I then demonstrate [the basics of test generation](#2-test-generation-basics) and discuss the different coverage metrics you can target. This will let me deal with [visualizing coverage and identifying dead code](#3-there-is-dead-code-here). Moving on to advanced features, I will offer a [broader discussion of quantifiers, loops and recursion](#sec-quantifiers-loops-and-recursion) — features that require special care when attempting to generate tests. Finally, this blogpost concludes with a [summary and general guidelines](#conclusions-and-best-practices) for how to apply this technique to your own Dafny programs. You can also find more information on automated test generation in the [Dafny reference manual](https://dafny.org/dafny/DafnyRef/DafnyRef#sec-dafny-generate-tests). If you want to try test generation on your own, I recommend using Dafny 4.4 or greater, once it is released, and before that the latest Dafny nightly release.
+The post is structured as follows: I will first outline a [subset of chess rules using Dafny](#1-modelling-chess-in-dafny). This code serves as a reference point throughout the post. I then demonstrate [the basics of test generation](#2-test-generation-basics) and discuss the different coverage metrics you can target. Using this functionality, Dafny users can [visualize coverage and identify dead code](#3-there-is-dead-code-here). Moving on to advanced features, this post offers a [broader discussion of quantifiers, loops and recursion](#sec-quantifiers-loops-and-recursion) — features that require special care when attempting to generate tests. Finally, this blogpost concludes with a [summary and general guidelines](#conclusions-and-best-practices) for how to apply this technique to your own Dafny programs. You can also find more information on automated test generation in the [Dafny reference manual](https://dafny.org/dafny/DafnyRef/DafnyRef#sec-dafny-generate-tests). If you want to try test generation on your own, I recommend using Dafny 4.4 or greater, once it is released, and before that the latest Dafny nightly release.
 
 ## 1. Modeling Chess in Dafny