Library
Module
Module type
Parameter
Class
Class type
A (partial) implementation of RSS and Atom to enable the production of syndication feeds.
The implementations should be sufficient to build the archetypes offered by YOCaml, while allowing you to build flows manually (adapting to your data model).
Please note that although the library makes some attempt to avoid invalid cases, Yocaml_syndication
is not an RSS or Atom document processing library. If you want a stricter approach, you can turn to Syndic.
Implementation of syndication formats.
module Rss1 : sig ... end
Implementation of the RSS1 specification, documented here: specs. RSS2 or Atom are to be preferred, but RSS1 is present for historical reasons (if a user does not want to migrate his feed).
module Opml : sig ... end
Implementation of the OPML (1 and 2) specification documented here:
Reusable elements for describing news feeds.
module Lang : sig ... end
A description of languages based on the ISO-639-2 standard, with an extension allowing languages to be added manually.
module Datetime : sig ... end
An extension of Yocaml.Archetype.Datetime.t
with Timezone support.
module Text_input : sig ... end
The purpose of the <textInput>
element is something of a mystery. You can use it to specify a search engine box. Or to allow a reader to provide feedback. Most aggregators ignore it.
module Media_type : sig ... end
A very simple representation of media types to describe, in particular, the enclosures of an item.
module Person : sig ... end
A Person construct is an element that describes a person, corporation, or similar entity.
module Category : sig ... end
Conveys information about a category associated with an entry or feed. This specification assigns no meaning to the content (if any) of this element.
module Generator : sig ... end
Identifies the agent used to generate a feed, for debugging and other purposes.
Direct (but partial) manipulation of XML documents to build Atoms or RSS feeds.
module Xml : sig ... end
Tool for structuring (and printing) XML, used as a basis for describing XML nodes. The implementation is rather naive, but its purpose is simply to describe syndication flows, hence the "simplicity of the implementation".