JavaScript client library for OADA identity. Can be used both in NodeJS and in the browser.
The library is not yet published with npm
,
but it can be installed from the GitHub repo.
$ npm install OADA/oada-id-client-js
Grunt is needed to create the browser version of the code. If you do not already have it, Grunt can be installed like so:
$ npm install -g grunt-cli
The code to use in the browser can be generated with the following command:
$ grunt build
This will create the file dist/main.browserify.min.js
,
which is a UMD bundle of the browser version of the library functions.
It will work with most browser module systems,
or expose a global variable oadaIdClient
if no module system is present.
Run the following command to start an express server on localhost:3007
which server both examples:
$ grunt demo
Version of the library functions which wrap the core functionality for use as connect style "middleware". This can be used in a NodeJS server using a compatible web development framework, such as express.
For a working example of using this wrapper, see the on server example.
Middleware for generating an ID token request against an OADA identity provider.
domain
string of domain with which to log in the user.
The value passed to the function can be overridden by a query or form
parameter with a name of domain
.
options
object containing at least the following properties:
- [
client_id
][] string containing your client's ID (received when the client was registered with an OADA developer discovery provider). - [
redirect_uri
][] string containing an absolute URI to which the user's browser will be redirected when the token request finishes. privateKey
pem
string or buffer containing your client's PEM encoded private RSA key.- [
kid
][] string containing the key ID parameter, for finding the corresponding public key where your client is registered.
[Optional OpenID Connect parameters][oidparams] placed in options as
string properties will be used (e.g. display
, prompt
, login_hint
).
var options = {
client_id: 'your_clients_client_id',
redirect_uri: 'https://some/url/that/calls/handleRedirect()',
privateKey: {
pem: fs.readFileSync('/path/to/key.pem'),
kid: 'key_id_corresponding_to_pem',
},
};
app.use('/getIdToken',
oadaIdClient.getIDToken('some.oada-identity-provider.com', options));
Middleware for generating an access token request against an OADA compliant API.
domain
string of domain from which to get an OADA API access token.
The value passed to the function can be overridden by a query or form
parameter with a name of domain
.
options
object containing at least the following properties:
- [
client_id
][] string containing your client's ID (received when the client was registered with an OADA developer discovery provider). - [
redirect_uri
][] string containing an absolute URI to which the user's browser will be redirected when the token request finishes. - [
scope
][] space separated string of OAuth scopes for the request access token to have. privateKey
pem
string or buffer containing your client's PEM encoded private RSA key.- [
kid
][] string containing the key ID parameter, for finding the corresponding public key where your client is registered.
[Optional OpenID Connect parameters][oidparams] placed in options as
string properties will be used (e.g. display
, prompt
, login_hint
).
var options = {
client_id: 'your_clients_client_id',
redirect_uri: 'https://some/url/that/calls/handleRedirect()',
privateKey: {
pem: fs.readFileSync('/path/to/key.pem'),
kid: 'key_id_corresponding_to_pem',
},
scope: 'some.oada.defined.scope',
};
app.use('/getAccessToken',
oadaIdClient.getAccessToken('some.oada-cloud-provider.com', options));
Middleware for handling redirects from getIDToken
or getAccessToken
middlewares.
In most case you will apply this middleware in two locations,
one to receive getIDToken
redirects and
another to receive getAccessToken
redirects.
// Handle ID token redirects
app.use('/url/referenced/by/getIDToken/redirect_uri',
oadaIdClient.handleRedirect());
app.use('/url/referenced/by/getIDToken/redirect_uri',
function (req, res, next) {
// ID token is in req.token
console.dir(req.token);
});
// Handle access token redirects
app.use('/url/referenced/by/getAccessToken/redirect_uri',
oadaIdClient.handleRedirect());
app.use('/url/referenced/by/getAccessToken/redirect_uri',
function (req, res, next) {
// Access token is in req.token
console.dir(req.token);
});
Version of the library functions which wrap the core functionality for easy use in the browser.
For a working example of using this wrapper, see the in browser example.
Asynchronous function for generating an ID token request against an OADA identity provider.
domain
string of domain with which to log in the user.
options
object containing at least the following properties:
- [
client_id
][] string containing your client's ID (received when the client was registered with an OADA developer discovery provider). - [
redirect_uri
][] string containing an absolute URI to which the user's browser will be redirected when the token request finishes.
[Optional OpenID Connect parameters][oidparams] placed in options as
string properties will be used (e.g. display
, prompt
, login_hint
).
callback
function of the form function(err, idToken)
.
var options = {
client_id: 'your_clients_client_id',
redirect_uri: 'https://some/url/that/calls/handleRedirect()',
};
var domain; // Set domain based on text box, dropdown, etc.
oadaIdClient.getIDToken(domain, options, function(err, idToken) {
if (err) { return console.dir(err); } // Soemthing went wrong
console.dir(idToken);
});
Asynchronous function for generating an access token request against an OADA compliant API.
domain
string of domain from which to get an OADA API access token.
The value passed to the function can be overridden by a query or form
parameter with a name of domain
.
options
object containing at least the following properties:
- [
client_id
][] string containing your client's ID (received when the client was registered with an OADA developer discovery provider). - [
redirect_uri
][] string containing an absolute URI to which the user's browser will be redirected when the token request finishes. - [
scope
][] space separated string of OAuth scopes for the request access token to have.
[Optional OpenID Connect parameters][oidparams] placed in options as
string properties will be used (e.g. display
, prompt
, login_hint
).
callback
function of the form function(err, accessToken)
.
var options = {
client_id: 'your_clients_client_id',
redirect_uri: 'https://some/url/that/calls/handleRedirect()',
scope: 'some.oada.defined.scope',
};
var domain; // Set domain based on text box, dropdown, etc.
oadaIdClient.getAccessToken(domain, options, function(err, accessToken) {
if (err) { return console.dir(err); } // Soemthing went wrong
console.dir(accessToken);
});
Function for handling redirects generated by
getIDToken
or getAccessToken
function.
Simply needs to be called by the page served from the URL corresponding to
[redirect_uri
][].
<!-- Page served at redirect_uri for getIDToken and/or getAccessToken -->
<html>
<head>
<script src="path/to/library/browser/code.js"></script>
<script>oadaIdClient.handleRedirect();</script>
</head>
</html>
Not yet documented.
- OpenID Connect Core 1.0 [oidparams]: http://openid.net/specs/openid-connect-core-1_0.html#AuthRequest "OpenID Connect Core 1.0 Section 3.1.2.1"
- OAuth 2.0 Authorization Framework
[
client_id
]: http://tools.ietf.org/html/rfc6749#section-2.2 "RFC6794 Section 2.2" [redirect_uri
]: http://tools.ietf.org/html/rfc6749#section-3.1.2 "RFC6794 Section 3.1.2" [scope
]: http://tools.ietf.org/html/rfc6749#section-3.3 "RFC6794 Section 3.3" - JSON Web Key (JWK) Draft 31
[
kid
]: https://tools.ietf.org/html/draft-ietf-jose-json-web-key-31#section-4.5 "JWK Section 4.5"