toml is:module

This module reexports all functionality of the tomland package. It's recommended to import this module qualified, like this:

import Toml (TomlCodec, (.=))
import qualified Toml

Simple TomlCodec for a Haskell value, that can be decoded from TOML or encoded as TOML, could be written in the following way:

data User = User
{ userName :: Text
, userAge  :: Int
}

userCodec :: TomlCodec User
userCodec = User
<$> Toml.text "name" .= userName
<*> Toml.int  "age"  .= userAge

A value of such type will look in TOML like this:

name = Alice
age  = 27

For more detailed examples see README.md in the repository:

• tomland/README.md

For the details of the library implementation see blog post:

• tomland: Bidirectional TOML serialization

Type of TOML AST. This is intermediate representation of TOML parsed from text.

This is the high-level interface to the toml-parser library. It enables parsing, printing, and conversion into and out of application-specific representations. This parser implements TOML 1.0.0 https://toml.io/en/v1.0.0 as carefully as possible. Use Toml.Schema to implement functions mapping between TOML values and your application types. Use Toml.Syntax and Toml.Semantics for low-level TOML syntax processing and semantic validation. Most applications will not need to use these modules directly unless the application is about TOML itself. The types and functions of this package are parameterized over an annotation type in order to allow applications to provide detailed feedback messages tracked back to specific source locations in an original TOML file. While the default annotation is a simple file position, some applications might upgrade this annotation to track multiple file names or synthetically generated sources. Other applications won't need source location and can replace annotations with a simple unit type.

GtkCustomLayout uses closures for size negotiation. A GtkCustomLayout uses closures matching to the old GtkWidget virtual functions for size negotiation, as a convenience API to ease the porting towards the corresponding `GtkLayoutManager virtual functions.

Uses closures for size negotiation. A GtkCustomLayout uses closures matching to the old GtkWidget virtual functions for size negotiation, as a convenience API to ease the porting towards the corresponding GtkLayoutManager virtual functions.