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Performance/IO

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(Adding Performance infobox and link to Library/Streams)
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If the standard lazy IO operations are proving to be a bottleneck,
If the standard lazy IO operations are proving to be a bottleneck,
buffer-based IO is an alternative (hGetBuf/hPutBuf). This can be
buffer-based IO is an alternative (hGetBuf/hPutBuf). This can be
-
particularly effective when combined with packed strings.
+
particularly effective when combined with packed strings (see [[wc]]).
Some external libraries also provide memory mapped IO.
Some external libraries also provide memory mapped IO.
You may also wish to check out [[Library/Streams]] for a new approach to I/O.
You may also wish to check out [[Library/Streams]] for a new approach to I/O.

Revision as of 15:31, 2 July 2006

Haskell Performance Resource

Constructs:
Data Types - Functions
Overloading - FFI - Arrays
Strings - Integers - I/O
Floating point - Concurrency
Modules - Monads

Techniques:
Strictness - Laziness
Avoiding space leaks
Accumulating parameter

Implementation-Specific:
GHC - nhc98 - Hugs
Yhc - JHC

I/O

If the standard lazy IO operations are proving to be a bottleneck, buffer-based IO is an alternative (hGetBuf/hPutBuf). This can be particularly effective when combined with packed strings (see wc).

Some external libraries also provide memory mapped IO.

You may also wish to check out Library/Streams for a new approach to I/O.

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