| /**** This version is ported by Atadiat to work on ESP8266 (tested on NodeMCU 1.0) ****/ | |
| /**** Porting was done by Yahya Tawil****/ | |
| // ESP32 WiFi <-> 3x UART Bridge | |
| // by AlphaLima | |
| // www.LK8000.com | |
| // Disclaimer: Don't use for life support systems | |
| // or any other situations where system failure may affect |
| module JsonTransformer = | |
| open System | |
| open System.Globalization | |
| open System.Text | |
| type Json = | |
| | Null | |
| | Bool of bool | |
| | Number of float | |
| | String of string |
Full source for JSON Transformer: https://gist.github.com/mrange/7c39333de480a8de5c812a1f6ba70173
Full source for XML Transformer: https://gist.github.com/mrange/552cb0b474b517b706333cebb64f44aa
A popular approach in Functional Languages to create parsers is to use parser combinators.
| open FSharp.Quotations | |
| let rec getMethodInfo = function | |
| | Patterns.Call(_,``method``,_) -> ``method`` | |
| | Patterns.Lambda(_,body) -> getMethodInfo body | |
| | _ -> failwith "Unexpected Form" | |
| let getGenericMethodInfo functionExpression = | |
| let methodInfo = getMethodInfo functionExpression | |
| if methodInfo.IsGenericMethod then |
The STM32CubeMX tool is written in portable java, but unfortunately it is distributed as a Windows executable embedded in a Windows installer.
To install it on Linux:
sudo java -jar SetupSTM32CubeMX-4.11.0.exe/home/you/stm32/cubemxsudo chown -R you:you /home/you/stm32/cubemx
| // General hints on defining types with constraints or invariants | |
| // | |
| // Just as in C#, use a private constructor | |
| // and expose "factory" methods that enforce the constraints | |
| // | |
| // In F#, only classes can have private constructors with public members. | |
| // | |
| // If you want to use the record and DU types, the whole type becomes | |
| // private, which means that you also need to provide: | |
| // * a constructor function ("create"). |
Backing code and examples for two different mini-frameworks adding extended imperative-style for loops in F#.
Discussed in blog post here.
| // Put this file to your FunScript output folder. | |
| var gulp = require('gulp'), | |
| concat = require('gulp-concat'), | |
| uglify = require('gulp-uglify'), | |
| sourcemaps = require('gulp-sourcemaps'); | |
| var jsfile = { | |
| targetPath: '', | |
| //This is your FunScript-generated .js-file: | |
| sources: ['generated.js'] |
