@hackage toml-reader dependencies

26 results

library:toml-reader (7 dependencies)

@haskell/text

An efficient packed Unicode text type.

BSD-2-Clause>=1.2.3.1 && <1.3

@haskell/deepseq

Deep evaluation of data structures

BSD-3-Clause>=1.4.4.0 && <1.5

@haskell/containers

Assorted concrete container types

BSD-3-Clause>=0.6.0.1 && <0.7

@haskell/base

Core data structures and operations

BSD-3-Clause>=4.9 && <5

@hackage/time

A time library

BSD-2-Clause>=1.8.0.2 && <1.12

@hackage/parser-combinators

Lightweight package providing commonly useful parser combinators

BSD-3-Clause>=1.1.0 && <1.4

@hackage/megaparsec

Monadic parser combinators

BSD-2-Clause>=7.0.5 && <9.3

test:parser-validator (11 dependencies)

@haskell/vector

Efficient Arrays

BSD-3-Clause

@haskell/text

An efficient packed Unicode text type.

BSD-2-Clause

@haskell/process

Process libraries

BSD-3-Clause

@haskell/directory

Platform-agnostic library for filesystem operations

BSD-3-Clause

@haskell/containers

Assorted concrete container types

BSD-3-Clause

@haskell/bytestring

Fast, compact, strict and lazy byte strings with a list interface

BSD-3-Clause

@haskell/base

Core data structures and operations

BSD-3-Clause

@hackage/unordered-containers

Efficient hashing-based container types

BSD-3-Clause

@hackage/toml-reader

TOML format parser compliant with v1.0.0.

BSD-3-Clause

@hackage/time

A time library

BSD-2-Clause

@hackage/aeson

Fast JSON parsing and encoding

BSD-3-Clause

test:toml-reader-tests (8 dependencies)

@haskell/text

An efficient packed Unicode text type.

BSD-2-Clause

@haskell/containers

Assorted concrete container types

BSD-3-Clause

@haskell/base

Core data structures and operations

BSD-3-Clause

@hackage/toml-reader

TOML format parser compliant with v1.0.0.

BSD-3-Clause

@hackage/time

A time library

BSD-2-Clause

@hackage/tasty-hunit

HUnit support for the Tasty test framework.

MIT

@hackage/tasty-golden

Golden tests support for tasty

MIT

@hackage/tasty

Modern and extensible testing framework

MIT