Hi Corentin,
Interesting. Have you thought about following the example of XMonad instead?
The analogy could goes as follows:
XMonad's configuration file (~/.xmonad/xmonad.hs) <=> Your rules.
XMonad's state <=> Your state.
Editing the config file <=> Changing the rules.
Of course you normally ed
On 25.06.2010 11:07, corentin.dup...@ext.mpsa.com wrote:
2. For now, the game is more or less playable in GHCi. But my concern is:
When you use GHCi, you are in the IO monad, right? How to had state to this
monad?
I would like that the player can compose his rule in GHCi, and when he is
done,
hi,
On 25.06.2010 11:07, corentin.dup...@ext.mpsa.com wrote:
Another couple of reflexions (sorry for monopolizing):
1. Since i am making a Nomic game, players will have to submit rules. These
rules will be written in a sub-set of haskell.
Instead of writing my own reader/interpreter, i'd like
Hi Corentin,
corentin.dup...@ext.mpsa.com schrieb:
for GHCi, i will try an IORef. Too bad i allready coded it using "StateT
GameState IO ()" extensively through the code ;)
That shouldn't be a problem, you could switch back and forth in
submitRule, approximately like this:
startGame :: IO
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On 25.06.10 12:07, corentin.dup...@ext.mpsa.com wrote:
2. For now, the game is more or less playable in GHCi. But my concern is:
When you use GHCi, you are in the IO monad, right? How to had state to this
monad?
I would like that the player can compose his rule in GHCi, and when he is
done, he c
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Hash: SHA1
On 6/25/10 05:07 , corentin.dup...@ext.mpsa.com wrote:
> Instead of writing my own reader/interpreter, i'd like to use GHC to compil
> them on the fly, and then add them to the current "legislation".
> What would you suggest me to do that? Any pointers
Another couple of reflexions (sorry for monopolizing):
1. Since i am making a Nomic game, players will have to submit rules. These
rules will be written in a sub-set of haskell.
Instead of writing my own reader/interpreter, i'd like to use GHC to compil
them on the fly, and then add them to the
