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Benja Fallenstein wrote:
Hi all,
We've had a discussion on #haskell about how we can make a function
that reads in serialized values of an open data type, such as
[...]
However, this is still kind of boring. Is there a better way? If not,
Hi Isaac,
2007/6/13, Isaac Dupree [EMAIL PROTECTED]:
Since Show instances can overlap (e.g. (show (1::Int)) == (show
(1::Integer))), we need to tag with the type.
Indeed. But that's the easy part :-)
Reminds me of Typeable.
Since GHC lets us derive Typeable with a guarantee of different
Hello Benja,
Wednesday, June 13, 2007, 6:12:25 PM, you wrote:
We've had a discussion on #haskell about how we can make a function
that reads in serialized values of an open data type, such as
look at Data.Generics.Text which may be implements exactly what you
need
--
Best regards,
Bulat
Hi Bulat,
2007/6/13, Bulat Ziganshin [EMAIL PROTECTED]:
We've had a discussion on #haskell about how we can make a function
that reads in serialized values of an open data type, such as
look at Data.Generics.Text which may be implements exactly what you
need
Unfortunately not.
On Wed, Jun 13, 2007 at 05:12:25PM +0300, Benja Fallenstein wrote:
However, this is still kind of boring. Is there a better way? If not,
would it be a good idea to have compiler support for building this
kind of type table?
The compiler does build exactly such a table - it's called a symbol
2007/6/14, Stefan O'Rear [EMAIL PROTECTED]:
On Wed, Jun 13, 2007 at 05:12:25PM +0300, Benja Fallenstein wrote:
However, this is still kind of boring. Is there a better way? If not,
would it be a good idea to have compiler support for building this
kind of type table?
The compiler does build
