Update README.md

README.md

@@ -8,29 +8,58 @@ encrypts better than you"? I've got you covered! With this port of the amazing
 1940's technology you'll be just as good at encrypting things as anyone's
 grandmother.
 
+The CLI was modified by becgabri, I have added here the proper usage of the cli as well as the build procedure.
+
 ### Usage
 
 This repository contains both the CLI tool and its underlying library written in Go.
 The library is documented on [GoDoc](https://godoc.org/github.com/emedvedev/enigma).
 
-As for the CLI tool, a simple `go get` should do it:
+As for the CLI tool, a simple `go get` could do it:
 
 ```
 go get github.com/emedvedev/enigma/cmd/enigma
 ```
+An alternative (I recommand) is to clone the github repository and compile the code on your machine:
+in the directory ./enigma/cmd/enigma, you build the GO code by running:
+
+```
+go build .
 
-While the full CLI syntax is a bit verbose, it's actually possible to use the tool
-without any source code modifications, config files, or Enigma knowledge:
+```
+
+The new CLI format developped by becgabri requires to put the arguments between  " " as the are manages as strings.
+In the repository of the executable file you can run
+```
+./enigma -h
+```
+An example of the enigma configuration and out put is 
 
 ```
-enigma Never gonna give you up, never gonna let you down!
+./enigma --rotors "Beta VI I III" --position "A A A A" --reflector "C" --plugboard "AD SF ET RY HK JL QZ WX UM OP" --rings "10 5 16 10" "hello world!"
+
 ```
 
-Using an Enigma machine with default settings is somewhat similar to
-setting your password to `0000`. Let's up our security game:
+which gives the following result:
 
 ```
-enigma youtu.be/dQw4w9WgXcQ --rotors Beta VI I III --reflector C-Thin --plugboard AD SF ET RY HK JL QZ WX UM OP --rings 10 5 16 10
+
+Original text:
+  hello world!
+
+Processed original text:
+  HELLOWORLDX
+
+Enigma configuration:
+  Rotors: Beta VI I III
+  Rotor positions: A A A A
+  Rings: 10 5 16 10
+  Plugboard: AD SF ET RY HK JL QZ WX UM OP
+  Reflector: C
+
+Result:
+  KZTDAUQBGVK
+
 ```
 
 Much better! And of course, `enigma -h` will give you the complete description of
@@ -55,7 +84,21 @@ emulator:
 
 * Plugboard: any number of letter pairs is accepted. Plugboard configuration
   is optional.
+Original text:
+  hello world!
+
+Processed original text:
+  HELLOWORLDX
+
+Enigma configuration:
+  Rotors: Beta VI I III
+  Rotor positions: A A A A
+  Rings: 10 5 16 10
+  Plugboard: AD SF ET RY HK JL QZ WX UM OP
+  Reflector: C
 
+Result:
+  KZTDAUQBGVK
 * Ring offsets and starting position of the rotors.
 
 M3 and M4 can be fully emulated with the right parameters, and if it's