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Within LTS Haskell 24.49 (ghc-9.10.3)

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  1. package sydtest-hedis

    An hedis companion library for sydtest An hedis companion library for sydtest

  2. package sydtest-hspec

    An Hspec companion library for sydtest An Hspec companion library for sydtest

  3. package sydtest-mongo

    An mongoDB companion library for sydtest An mongoDB companion library for sydtest

  4. package sydtest-persistent

    A persistent companion library for sydtest A persistent companion library for sydtest

  5. package sydtest-servant

    A servant companion library for sydtest A servant companion library for sydtest

  6. package sydtest-webdriver-screenshot

    A webdriver screenshot companion library for sydtest A webdriver screenshot companion library for sydtest

  7. package sydtest-webdriver-yesod

    A webdriver+yesod companion library for sydtest A webdriver+yesod companion library for sydtest

  8. package symbolize

    Efficient global Symbol table, with Garbage Collection. Symbols, also known as Atoms or Interned Strings, are a common technique to reduce memory usage and improve performance when using many small strings: A Symbol represents a string (any Textual, so String, Text, ShortText, ByteString, ShortByteString, etc.) Just like ShortText, ShortByteString and ByteArray, a Symbol has an optimized memory representation, directly wrapping a primitive `ByteArray#`. Furthermore, a global symbol table keeps track of which values currently exist, ensuring we always deduplicate symbols. This therefore allows us to:

    • Check for equality between symbols in constant-time (using pointer equality)
    • Calculate the hash in constant-time (using StableName)
    • Keep the memory footprint of repeatedly-seen strings low.
    This is very useful if you're frequently comparing strings and the same strings might come up many times. It also makes Symbol a great candidate for a key in e.g. a HashMap or HashSet. The global symbol table is implemented using weak pointers, which means that unused symbols will be garbage collected. As such, you do not need to be concerned about memory leaks (as is the case with many other symbol table implementations). Please see the full README below or on GitHub at https://github.com/Qqwy/haskell-symbolize#readme

  9. package symengine

    SymEngine symbolic mathematics engine for Haskell Please see README.md

  10. package symmetry-operations-symbols

    Derivation of symbols and coordinate triplets Library Please see the README on GitHub at https://github.com/narumij/symmetry-operations-symbols#readme

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