tracetree alternatives and similar packages
Based on the "Development" category.
Alternatively, view tracetree alternatives based on common mentions on social networks and blogs.
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stgi
A user-centric visual STG implementation to help understand GHC/Haskell's execution model. -
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haskell-lsp
Haskell library for the Microsoft Language Server Protocol -
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criterion
A powerful but simple library for measuring the performance of Haskell code. -
structured-haskell-mode
Structured editing minor mode for Haskell in Emacs -
cabal-install-parsers
Scripts and instructions for using CI services (e.g. Travis CI or Appveyor) with multiple GHC configurations -
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inline-c
Write Haskell source files including C code inline. No FFI required. -
inline-java
Haskell/Java interop via inline Java code in Haskell modules. -
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gi-atk
Generate Haskell bindings for GObject-Introspection capable libraries -
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fourmolu
A fourk of ormolu that uses four space indentation and allows arbitrary configuration. Don't like it? PRs welcome! -
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lambdabot
A friendly IRC bot and apprentice coder, written in Haskell. -
lambdabot-core
A friendly IRC bot and apprentice coder, written in Haskell. -
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scion
OLD, DEPRECATED: Use this instead https://github.com/haskell/haskell-ide-engine -
threadscope
A graphical tool for profiling parallel Haskell programs
Static code analysis for 29 languages.
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README
tracetree
The tracetree library can be used to conveniently write Haskell data structures as trees represented as JSON files. These JSON files can then be inspected with any JSON viewer; the JSON viewer's functionality to collapse part of the JSON tree can be particularly convenient when exploring large objects.
Additionally, the ttrender executable can be used to render these JSON trees as .svg or .png files, and provides various command line flags for controlling the layout of the tree (colour, orientation, hiding nodes, etc.).
The tracetree library and ttrender executable are independent components; if you don't want to add the dependency on tracetree to your project, you can just generate the .JSON files directly in your code; the format is not complicated (indeed, you can create them by hand or post-process previously exported .JSON files).
Some example trees generated by (an earlier version of) tracetree can be seen in the Qualified Goals in the Cabal Solver blog post.