Serialize List String To Json ObjectJSON API — Latest Specification (v. Status. This page represents the latest published version of JSON API, which is. ![]() ![]() New versions of JSON API will. Additions can be proposed in our discussion forum. If you catch an error in the specification’s text, or if you write an. Git. Hub repository. Introduction. JSON API is a specification for how a client should request that resources be. JSON API is designed to minimize both the number of requests and the amount of. This efficiency is achieved. This article explains how to convert a DataTable to JSON in ASP.NET C#. Serialize List String To Json C#Latest Specification (v1.0) Status. This page represents the latest published version of JSON API, which is currently version 1.0. ![]() JSON API requires use of the JSON API media type. Conventions. The key words “MUST”, “MUST NOT”, “REQUIRED”, “SHALL”, “SHALL NOT”, “SHOULD”. SHOULD NOT”, “RECOMMENDED”, “MAY”, and “OPTIONAL” in this document are to be. JSON, or JavaScript Object Notation, has become a popular alternative to XML for defining structured data using JavaScript. A sample JSON definition that stores some. JSON.NET is a great library for serializing objects to and from json strings. In case you need to have a more control of how your object is being serialized this post. RFC 2. 11. 9. [RFC2. Content Negotiation Client Responsibilities. Clients MUST send all JSON API data in request documents with the header. Content- Type: application/vnd. Clients that include the JSON API media type in their Accept header MUST. Clients MUST ignore any parameters for the application/vnd. Content- Type header of response documents. Server Responsibilities. Servers MUST send all JSON API data in response documents with the header. Content- Type: application/vnd. Servers MUST respond with a 4. Unsupported Media Type status code if. Content- Type: application/vnd. Servers MUST respond with a 4. Not Acceptable status code if a. Accept header contains the JSON API media type and all instances. Note: The content negotiation requirements exist to allow future versions. Document Structure. This section describes the structure of a JSON API document, which is identified. JSON API documents are defined in Java. Script Object Notation (JSON). RFC7. 15. 9]. Although the same media type is used for both request and response documents. These differences are. Unless otherwise noted, objects defined by this specification MUST NOT. Client and server implementations MUST. Note: These conditions allow this specification to evolve through additive. Top Level. A JSON object MUST be at the root of every JSON API request and response. This object defines a document’s “top level”. A document MUST contain at least one of the following top- level members: data: the document’s “primary data”errors: an array of error objectsmeta: a meta object that contains non- standard. The members data and errors. MUST NOT coexist in the same document. A document MAY contain any of these top- level members: jsonapi: an object describing the server’s implementationlinks: a links object related to the primary data. If a document does not contain a top- level data key, the included member. MUST NOT be present either. The top- level links object. MAY contain the following members: self: the link that generated the current response document. The document’s “primary data” is a representation of the resource or collection. Primary data MUST be either: For example, the following primary data is a single resource object: {"data": {"type": "articles","id": "1","attributes": {//.. The following primary data is a single resource identifier object that. A logical collection of resources MUST be represented as an array, even if. Resource Objects“Resource objects” appear in a JSON API document to represent resources. A resource object MUST contain at least the following top- level members: Exception: The id member is not required when the resource object originates at. In addition, a resource object MAY contain any of these top- level members: attributes: an attributes object representing some of the resource’s data. JSON API resources. Here’s how an article (i. Rails is Omakase"},"relationships": {"author": {"links": {"self": "/articles/1/relationships/author","related": "/articles/1/author"},"data": {"type": "people","id": "9"}}}}//.. Identification. Every resource object. MUST contain an id member and a type member. The values of the id and type members MUST be strings. Within a given API, each resource object’s type and id pair MUST. The set of URIs controlled by a server. API.)The type member is used to describe resource objects that share common. The values of type members MUST adhere to the same constraints as. Note: This spec is agnostic about inflection rules, so the value of type. However, the same value should be used. Fields. A resource object’s attributes and its relationships are collectively called. Fields for a resource object. MUST share a common namespace with each. In other words, a resource can not have an. Attributes. The value of the attributes key MUST be an object (an “attributes. Members of the attributes object (“attributes”) represent information. Attributes may contain any valid JSON value. Complex data structures involving JSON objects and arrays are allowed as. However, any object that constitutes or is contained in an. MUST NOT contain a relationships or links member, as those. Although has- one foreign keys (e. SHOULD NOT appear as attributes. Note: See fields and member names for more restrictions on this container. Relationships. The value of the relationships key MUST be an object (a “relationships. Members of the relationships object (“relationships”) represent. Relationships may be to- one or to- many. A “relationship object” MUST contain at least one of the following: links: a links object containing at least one of the following. This. link allows the client to directly manipulate the relationship. For example. removing an author through an article’s relationship URL would disconnect. When fetched successfully, this link returns the linkage. See Fetching Relationships.)related: a related resource linkdata: resource linkagemeta: a meta object that contains non- standard meta- information about the. A relationship object that represents a to- many relationship MAY also contain. Note: See fields and member names for more restrictions on this container. Related Resource Links. A “related resource link” provides access to resource objectslinked. When fetched, the related resource object(s). For example, an article’s commentsrelationship could. GET request. If present, a related resource link MUST reference a valid URL, even if the. Additionally. a related resource link MUST NOT change because its relationship’s content. Resource Linkage. Resource linkage in a compound document allows a client to link together all. GET any URLs via links. Resource linkage MUST be represented as one of the following: Note: The spec does not impart meaning to order of resource identifier. Arrays of resource identifier objects may represent ordered. For example, the following article is associated with an author: //..{"type": "articles","id": "1","attributes": {"title": "Rails is Omakase"},"relationships": {"author": {"links": {"self": "http: //example. The author relationship includes a link for the relationship itself (which. Resource Links. The optional links member within each resource object contains links. If present, this links object MAY contain a selflink that. Rails is Omakase"},"links": {"self": "http: //example. A server MUST respond to a GET request to the specified URL with a. Resource Identifier Objects. A “resource identifier object” is an object that identifies an individual. A “resource identifier object” MUST contain type and id members. A “resource identifier object” MAY also include a meta member, whose value is a meta object that. Compound Documents. To reduce the number of HTTP requests, servers MAY allow responses that. Such. responses are called “compound documents”. In a compound document, all included resources MUST be represented as an. Compound documents require “full linkage”, meaning that every included. MUST be identified by at least one resource identifier object. These resource identifier objects could either be. The only exception to the full linkage requirement is when relationship fields. Note: Full linkage ensures that included resources are related to either. A complete example document with multiple included relationships: {"data": [{"type": "articles","id": "1","attributes": {"title": "JSON API paints my bikeshed!"},"links": {"self": "http: //example. Dan","last- name": "Gebhardt","twitter": "dgeb"},"links": {"self": "http: //example. First!"},"relationships": {"author": {"data": {"type": "people","id": "2"}}},"links": {"self": "http: //example. I like XML better"},"relationships": {"author": {"data": {"type": "people","id": "9"}}},"links": {"self": "http: //example. A compound document. MUST NOT include more than one resource object for. Note: In a single document, you can think of the type and id as a.
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