@ellentorg/doloribus-deserunt-odio v4.7.135

NodeJS / TypeScript Readium-2 "opds" components

NodeJS implementation (written in TypeScript) of OPDS functionality for the Readium2 architecture ( https://github.com/readium/architecture/ ).

Build status

Changelog

Prerequisites

1) https://nodejs.org NodeJS >= 8, NPM >= 5 (check with command line node --version and npm --version) 2) OPTIONAL: https://yarnpkg.com Yarn >= 1.0 (check with command line yarn --version)

GitHub repository

https://github.com/ellentorg/doloribus-deserunt-odio

There is no github.io site for this project (no gh-pages branch).

NPM package

https://www.npmjs.com/package/@ellentorg/doloribus-deserunt-odio

Command line install:

npm install @ellentorg/doloribus-deserunt-odio OR yarn add @ellentorg/doloribus-deserunt-odio

...or manually add in your package.json:

  "dependencies": {
    "@ellentorg/doloribus-deserunt-odio": "latest"
  }

The JavaScript code distributed in the NPM package is usable as-is (no transpilation required), as it is automatically-generated from the TypeScript source.

Several ECMAScript flavours are provided out-of-the-box: ES5, ES6-2015, ES7-2016, ES8-2017:

https://unpkg.com/@ellentorg/doloribus-deserunt-odio/dist/

(alternatively, GitHub mirror with semantic-versioning release tags: https://github.com/edrlab/@ellentorg/doloribus-deserunt-odio-dist/tree/develop/dist/ )

The JavaScript code is not bundled, and it uses require() statement for imports (NodeJS style).

More information about NodeJS compatibility:

http://node.green

Note that web-browser Javascript is currently not supported (only NodeJS runtimes).

The type definitions (aka "typings") are included as *.d.ts files in ./node_modules/@ellentorg/doloribus-deserunt-odio/dist/**, so this package can be used directly in a TypeScript project.

Dependencies

https://david-dm.org/readium/@ellentorg/doloribus-deserunt-odio

A package-lock.json is provided (modern NPM replacement for npm-shrinkwrap.json).

A yarn.lock file is currently not provided at the root of the source tree.

Continuous Integration

TODO (unit tests?) https://travis-ci.org/readium/@ellentorg/doloribus-deserunt-odio

Badge: [![Travis](https://travis-ci.org/readium/@ellentorg/doloribus-deserunt-odio.svg?branch=develop)](https://travis-ci.org/readium/@ellentorg/doloribus-deserunt-odio)

Version(s), Git revision(s)

NPM package (latest published):

https://unpkg.com/@ellentorg/doloribus-deserunt-odio/dist/gitrev.json

Alternatively, GitHub mirror with semantic-versioning release tags:

https://raw.githack.com/edrlab/@ellentorg/doloribus-deserunt-odio-dist/develop/dist/gitrev.json

Developer quick start

Command line steps (NPM, but similar with YARN):

1) cd @ellentorg/doloribus-deserunt-odio 2) git status (please ensure there are no local changes, especially in package-lock.json and the dependency versions in package.json) 3) rm -rf node_modules (to start from a clean slate) 4) npm install, or alternatively npm ci (both commands initialize the node_modules tree of package dependencies, based on the strict package-lock.json definition) 5) npm run build:all (invoke the main build script: clean, lint, compile) 6) ls dist (that's the build output which gets published as NPM package)

Documentation

(de)serialization / (un)marshalling of JSON and XML

Due to the "factory" registration pattern in the TA-JSON library dependency (and its corresponding XML fork/adaptation), the functions initGlobalConverters_GENERIC() and initGlobalConverters_OPDS() must be called before invoking the actual OPDS1/2 parsers.

https://github.com/ellentorg/doloribus-deserunt-odio/blob/develop/src/opds/init-globals.ts

// npm install @ellentorg/doloribus-deserunt-odio
// "@opds" is a dist path alias, for example EcmaScript6/ES2015 'node_modules/@ellentorg/doloribus-deserunt-odio/dist/es6-es2015/src/opds/'
import { initGlobalConverters_GENERIC, initGlobalConverters_OPDS } from "@opds/init-globals";

initGlobalConverters_GENERIC();
initGlobalConverters_OPDS();

OPDS 1

The XML (Atom) markup of an OPDS1 "feed" (or "entry") can be loaded/parsed into an in-memory data model.

https://github.com/ellentorg/doloribus-deserunt-odio/tree/develop/src/opds/opds1

// npm install xmldom
import * as xmldom from "xmldom";

// npm install r2-utils-js
// "@utils" is a dist path alias, for example EcmaScript6/ES2015 'node_modules/r2-utils-js/dist/es6-es2015/src/_utils/'
import { XML } from "@utils/xml-js-mapper";

// npm install @ellentorg/doloribus-deserunt-odio
// "@opds" is a dist path alias, for example EcmaScript6/ES2015 'node_modules/@ellentorg/doloribus-deserunt-odio/dist/es6-es2015/src/opds/'
import { OPDS } from "@opds/opds1/opds";
import { Entry } from "@opds/opds1/opds-entry";

const xmlDom = new xmldom.DOMParser().parseFromString(xmlStr);
if (!xmlDom || !xmlDom.documentElement) {
    return;
}
const isEntry = xmlDom.documentElement.localName === "entry";
if (isEntry) {
    let opds1Entry = XML.deserialize<Entry>(xmlDom, Entry);
    // ...
} else {
    let opds1Feed = XML.deserialize<OPDS>(xmlDom, OPDS);
    // ...
}

OPDS 2

The JSON serialization of an OPDS2 "feed" (or "publication") can be loaded/parsed into an in-memory data model.

https://github.com/ellentorg/doloribus-deserunt-odio/tree/develop/src/opds/opds2

import { TaJsonDeserialize, TaJsonSerialize } from "@r2-lcp-js/serializable";

// npm install @ellentorg/doloribus-deserunt-odio
// "@opds" is a dist path alias, for example EcmaScript6/ES2015 'node_modules/@ellentorg/doloribus-deserunt-odio/dist/es6-es2015/src/opds/'
import { OPDSFeed } from "@opds/opds2/opds2";
import { OPDSPublication } from "@opds/opds2/opds2-publication";

// feed
var opds2Feed: OPDSFeed;
const opds2Feed_JSON = TaJsonSerialize(opds2Feed);
// ...and the reverse:
opds2Feed = TaJsonDeserialize<OPDSFeed>(opds2Feed_JSON, OPDSFeed);

// publication
var opds2Publication: OPDSPublication;
const opds2Publication_JSON = TaJsonSerialize(opds2Publication);
// ...and the reverse:
opds2Publication = TaJsonDeserialize<OPDSPublication>(opds2Publication_JSON, OPDSPublication);

OPDS 1 - OPDS 2 Converter

An OPDS1 "feed" (or "entry") can be converted into an OPDS2 representation.

https://github.com/ellentorg/doloribus-deserunt-odio/blob/develop/src/opds/converter.ts

// npm install xmldom
import * as xmldom from "xmldom";

// npm install r2-utils-js
// "@utils" is a dist path alias, for example EcmaScript6/ES2015 'node_modules/r2-utils-js/dist/es6-es2015/src/_utils/'
import { XML } from "@utils/xml-js-mapper";

// npm install @ellentorg/doloribus-deserunt-odio
// "@opds" is a dist path alias, for example EcmaScript6/ES2015 'node_modules/@ellentorg/doloribus-deserunt-odio/dist/es6-es2015/src/opds/'
import { OPDS } from "@opds/opds1/opds";
import { Entry } from "@opds/opds1/opds-entry";
import { OPDSFeed } from "@opds/opds2/opds2";
import { OPDSPublication } from "@opds/opds2/opds2-publication";
import { convertOpds1ToOpds2, convertOpds1ToOpds2_EntryToPublication } from "@opds/converter";

const xmlDom = new xmldom.DOMParser().parseFromString(xmlStr);
if (!xmlDom || !xmlDom.documentElement) {
    return;
}
const isEntry = xmlDom.documentElement.localName === "entry";
if (isEntry) {
    let opds1Entry = XML.deserialize<Entry>(xmlDom, Entry);

    let opds2Publication: OPDSPublication = convertOpds1ToOpds2_EntryToPublication(opds1Entry);
    // ...
} else {
    let opds1Feed = XML.deserialize<OPDS>(xmlDom, OPDS);

    var opds2Feed: OPDSFeed = convertOpds1ToOpds2(opds1Feed);
    // ...
}