Extreme expressiveness makes a data-format harder to understand
I would argue that extreme expressiveness through the most simplistic rules makes a data-format easier to understand than some data-format which is only mediocre-ly expressive through more complex and inconsistent rules.
For instance, Lisp/S-expressions typically has a much simpler data-format than C and is much easier to learn from end to end.
The complexities associated with Lisp-code can not and should not be attributed to it's syntax, but rather that most Lisp-code is written to be purely functional and non-procedural.
While procedural and/or stateful C/C++/Java/C#-code might be easier to understand for a C/C++/Java/C#-programmer, I don't think you would find any of those programmers arguing that S-expression syntax is harder to grasp and master than the complex syntax of C-based languages.
I would argue that extreme expressiveness through the most simplistic rules makes a data-format easier to understand than some data-format which is only mediocre-ly expressive through more complex and inconsistent rules.
For instance, Lisp/S-expressions typically has a much simpler data-format than C and is much easier to learn from end to end.
The complexities associated with Lisp-code can not and should not be attributed to it's syntax, but rather that most Lisp-code is written to be purely functional and non-procedural.
While procedural and/or stateful C/C++/Java/C#-code might be easier to understand for a C/C++/Java/C#-programmer, I don't think you would find any of those programmers arguing that S-expression syntax is harder to grasp and master than the complex syntax of C-based languages.