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Adaptive Communication Environment for C++
The ADAPTIVE Communication Environment (ACE) is an object-oriented
(OO) toolkit that implements fundamental design patterns for
communication software. ACE provides a rich set of reusable C++
wrappers and frameworks that perform common communication software
tasks across a range of OS platforms.
Mmap support for strict ByteStrings
This library provides a wrapper to mmap(2), allowing files or devices to
be lazily loaded into memory as strict or lazy ByteStrings, using the
virtual memory subsystem to do on-demand loading.
Class for types with a default value
A class for types with a default value.
Default instances for types in base
Default instances for types in base.
Default instances for types in containers
Default instances for types in containers.
Default instances for types in dlist
Default instances for types in dlist.
Default instances for types in old-locale
Default instances for types in old-locale.
Simple directory-like tree datatype, with useful IO functions
A simple directory-like tree datatype, with useful IO functions and
Foldable and Traversable instance. Provides a simple data structure
mirroring a directory tree on the filesystem, as well as useful
functions for reading and writing file and directory structures in the
IO monad.
Tools: moving window statistics, GIF, Base64, ROC AUC, etc
Contains several basic utility functions including: moving (rolling,
running) window statistic functions, read/write for GIF and ENVI
binary files, fast calculation of AUC, LogitBoost classifier, base64
encoder/decoder, round-off error free sum and cumsum, etc.
Library for demand-driven testing of Haskell programs
Lazy SmallCheck is a library for exhaustive, demand-driven testing of
Haskell programs. It is based on the idea that if a property holds for
a partially-defined input then it must also hold for all fully-defined
refinements of the that input. Compared to `eager' input generation as
in SmallCheck, Lazy SmallCheck may require significantly fewer
test-cases to verify a property for all inputs up to a given depth.