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Within LTS Haskell 24.34 (ghc-9.10.3)
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Parse song module files from Amiga MED and OctaMED MED (Music EDitor) and its successor OctaMED were popular music trackers on the Amiga: https://en.wikipedia.org/wiki/OctaMED. This is a library for parsing the binary module data. With the Cabal flag -fbuildExamples you can build two example programs:
- unmed2: Loads song module files and show their content on standard output.
- animed: Create a PostScript document showing how a song is played. Also creates an FFmpeg cue file for the concat input type. This way you can create videos with MED music plus precisely timed animations of the played tracks. See the included Makefile for the command calls for creation of complete music videos from MMD files.
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Constant-time queries for the median of a stream of numeric data. Uses the two-heap approach to support O(lg n) insertions and O(1) queries for the median.
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Test utilities and the test suite of Megaparsec Test utilities and the test suite of Megaparsec.
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An Elf parser Parser for ELF object format
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Print the core memory usage of programs A utility to accurately report the core memory usage of programs. This is a clone of ps_mem, which is written in python The package provides:
- an executable command printmem that is like ps_mem with extra features
- a library to enable core memory tracking on linux in haskell programs
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A memcached client library. A client library for a Memcached cluster. Memcached is an in-memory key-value store typically used as a distributed and shared cache. Clients connect to a group of Memcached servers and perform out-of-band caching for things like SQL results, rendered pages, or third-party APIs. It supports the binary Memcached protocol and SASL authentication. No support for the ASCII protocol is provided. It supports connecting to a single, or a cluster of Memcached servers. When connecting to a cluser, consistent hashing is used for routing requests to the appropriate server. Timeouts, retrying failed operations, and failover to a different server are all supported. Complete coverage of the Memcached protocol is provided except for multi-get and other pipelined operations. Basic usage is:
import qualified Database.Memcache.Client as M mc <- M.newClient [M.ServerSpec "localhost" "11211" M.NoAuth] M.def M.set mc "key" "value" 0 0 v <- M.get mc "key"
You should only need to import Database.Memcache.Client, but for now other modules are exposed. -
Short description Please see the README on GitHub at https://github.com/lehins/mempack#readme
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Support for using mergeful from persistent-based databases Support for using mergeful from persistent-based databases
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Support for using mergeless from persistent-based databases Support for using mergeless from persistent-based databases
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An implementation of a Merkle tree and merkle tree proofs of inclusion An implementation of a Merkle tree and merkle tree proofs of inclusion