magrittr VS sdk

R (yes, the statistics language) has exactly this.

You can literally extract the body of a function as a list of "call" objects (which are themselves just dressed-up lists of symbols), inject/delete/modify individual statements, and then re-cast your new list to a new function object.

I don't know why the original devs thought this was necessary or even desirable in a statistics package, but it turns out to be a lot of fun to program with. It has also made possible a wide variety of clever and elegant custom syntaxes, such as a pipe infix operator implemented as a 3rd-party library without any custom language extensions [0]. The pipe infix operator got so popular that it was eventually made part of the language core syntax in version 4.1 [1].

[0]: https://magrittr.tidyverse.org/

[1]: https://www.r-bloggers.com/2021/05/the-new-r-pipe/

In R (thanks to magrittr) you can now perform operations with a more functional piping syntax via %>%. This means that instead of coding this:

Try reading the documentation for magrittr.

Related note: the statistical programming language R has a library named magrittr to support the pipe operator.

About the pipe (%>%) symbol, it's provided by the magrittr package. The package documentation details how to use the pipe operator.

I was wondering what some good ways are to handle nested function calls without chaining them in long, ugly nested statements. I am looking for functionality similar to the pipe forward operator %>% in magrittr/R or |> in F#.

You may like R: https://magrittr.tidyverse.org

Agreed on everything else you said (especially the type safety stuff, it massively helps in production), but one correction: magrittr is absolutely in the tidyverse suite. It's not considered one of its "core" packages that it visibly tells you it loads, but magrittr is loaded when calling library(tidyverse) and development of the package is handled by the tidyverse team under their Github account: https://github.com/tidyverse/magrittr

50. Dart - $55,862

Gerrit is optimized for in-house work lead by engineers who would rather be using Subversion. ("Subversion merge isn't worth using so I don't see why we need it.") It tends to be hostile to community contribution: outsiders get a second-class experience, so if community participation is your goal it's a bad choice.

First off, Flutter uses Dart for its codebase. This means that the Dart programming language is used to develop the UIs, logic, and functionalities of applications and software built with Flutter.

The methods and other important information are documented in detail here. I have been exploring it and received some advice from Norbert 🙌.

Programming Language: Dart

Official Dart website: dart.dev Dart Language Tour: dart.dev/guides/language/language-tour Dart API Reference: api.dart.dev