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I was reading the HFL libs, namely Control.Monad.Logic, and there's a
definition in there:
newtype Logic a = Logic { mkLogic :: (forall b. (a - b - b) - b - b) }
I'm curious why this is legal, but
newtype Logic2 a = forall b . Logic2 ((a - b - b) - b - b)
is not...
- Hal
--
Hal Daume III
Does anyone have a GHC-friendly library for accessing databases,
specifically Oracle and MSSQL? I noticed Hasql on the Haskell libraries
page, but it seems rather in the beginning stages, and I was hoping for
native DB connections rather than ODBC ones.
How are others handling database
Yes, the spaces are necessary. This is because of the maximal munch
rule; it assumes that '-\' is an identifier. In fact, you can define it
as such:
Prelude let (-\) a b = a + b
Prelude 5 -\ 6
11
Prelude
You can of course write
Prelude let f = \x y z - x (map (+y) z)
if you wish.
--
Hal
Ah, thanks.
Hal Daume III wrote:
Yes, the spaces are necessary. This is because of the maximal munch
rule; it assumes that '-\' is an identifier. In fact, you can define it
as such:
Prelude let (-\) a b = a + b
Prelude 5 -\ 6
11
Prelude
You can of course write
Prelude let f = \x
I have an interface working with my database engine (www.cql.com). It is also
in an early stage, but does not use ODBC. I believe that much of what I am
doing will generalize reasonably well, but this is untested. I will be
testing both Oracle and MSSQL soon, and I hope to have reasonable
At 2002-10-16 09:49, Bryn Keller wrote:
Does anyone have a GHC-friendly library for accessing databases,
specifically Oracle and MSSQL?
My HBase project includes HMySQL, for accessing MySQL databases. It's
kind of a separate project from HBase (because it uses FFI), but it's in
the same CVS
G'day all.
On Wed, Oct 16, 2002 at 07:54:17AM -0700, Hal Daume III wrote:
I was reading the HFL libs, namely Control.Monad.Logic, and there's a
definition in there:
newtype Logic a = Logic { mkLogic :: (forall b. (a - b - b) - b - b) }
I'm curious why this is legal, but
newtype
