Also, is it crazy to imagine that if colorama was pushed through to
completion (ie. to support a majority of the relevant ANSI codes) then
Python's stdlib curses module, unmodified, would suddenly just work on
Windows? (after a call to 'colorama.init()')
Curses was originally built on top of termcap, a much simpler and more
primitive library. Its abilities are:
- read the termcap database to find and load the capability list
of the terminal identified as the TERM environment variable.
- write a named capability to the screen. If the capability isn't
defined for the current terminal its silently ignored.
- fill in x, y and write the cursor movement string
- thats about it.
Its easy enough to find termcap databases. They're just text files
containing a block of attribute values for each terminal, normally
including ANSI terminals, Linux consoles, X-terms etc. They are also
fairly easy to parse, even in vanilla C, so parsing one on Python should
be a breeze. Termcap format specs and lists of standard attribute names
are easy enough to find too.
IOW, if you extend colorama to read its codes from a termcap database
you'll have a basic but easily portable character console handler that
can at least clear the screen, move the cursor and, if the screen has the
capability, change the colour of characters or make them bold/dim/blink
etc.
To give you an idea of how complex this is, I've re-implemented termcap
in Java for my own purposes. It amounts to 1100 lines of fairly well
spaced and commented Java or about 340 statements, which were estimated
by counting lines containing semicolons.