We have two programs.

c2m converts text read from standard input to the corresponding Morse code
written to standard output:

	Letter Morse   Letter Morse   Digit     Morse 
	A 	.-   	N 	-.   	0 	----- 
	B 	-... 	O 	---  	1 	.---- 
	C 	-.-.   	P 	.--.   	2 	..--- 
	D 	-..   	Q 	--.-   	3 	...-- 
	E 	.   	R 	.-.   	4 	....- 
	F 	..-.   	S 	...   	5 	..... 
	G 	--.   	T 	-   	6 	-.... 
	H 	....   	U 	..-   	7 	--... 
	I 	..   	V 	...-   	8 	---.. 
	J 	.---   	W 	.--   	9 	----. 
	K 	-.-   	X 	-..- 	.	.-.-.-
	L 	.-..   	Y 	-.-- 	,	--..--
	M 	--   	Z 	--.. 	:	---...
					;	-.-.-.
It inserts a ' ' after each letter representation (i.e.
Morse code) and inserts 6 spaces after each word.
The program prints lines of at most 66 columns.

m2c converts Morse text produced by c2m and read from standard input
and prints it to standard output. The program prints text
on 50 column lines.

morse.h and morse.cpp contain the definition and implementation of a static
class with methods used to manipulate characters and Morse strings. The class 
is static since we do not need to create any instance of the class.

You might test c2m with
	% c2m < c2m.cpp
and test both c2m and m2c with
	% c2m < c2m.cpp | m2c

If you want to play with a program that not only translates text to Morse code, but 
also plays the corresponding audio, go to
	http://www.soton.ac.uk/~scp93ch/morse/index.html?http://www.soton.ac.uk/~scp93ch/morse/trans.html