oauth3.js/oauth3.issuer.js

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;(function (exports) {
'use strict';
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var OAUTH3 = exports.OAUTH3 = exports.OAUTH3 || require('./oauth3.core.js').OAUTH3;
OAUTH3.url.parse = function (url) {
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// TODO browser
// Node should replace this
var parser = document.createElement('a');
parser.href = url;
return parser;
};
OAUTH3.url._isRedirectHostSafe = function (referrerUrl, redirectUrl) {
var src = OAUTH3.url.parse(referrerUrl);
var dst = OAUTH3.url.parse(redirectUrl);
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// TODO how should we handle subdomains?
// It should be safe for api.example.com to redirect to example.com
// But it may not be safe for to example.com to redirect to aj.example.com
// It is also probably not safe for sally.example.com to redirect to john.example.com
// The client should have a list of allowed URLs to choose from and perhaps a wildcard will do
//
// api.example.com.evil.com SHOULD NOT match example.com
return dst.hostname === src.hostname;
};
OAUTH3.url.checkRedirect = function (client, query) {
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console.warn("[security] URL path checking not yet implemented");
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if (!query) {
query = client;
client = query.client_uri;
}
client = client.url || client;
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// it doesn't matter who the referrer is as long as the destination
// is an authorized destination for the client in question
// (though it may not hurt to pass the referrer's info on to the client)
var clientUrl = OAUTH3.url.normalize(client);
var redirectUrl = OAUTH3.url.normalize(query.redirect_uri);
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// General rule:
// I can callback to a shorter domain (fewer subs) or a shorter path (on the same domain)
// but not a longer (more subs) or different domain or a longer path (on the same domain)
// We can callback to an explicitly listed domain (TODO and path)
if (OAUTH3.url._isRedirectHostSafe(clientUrl, redirectUrl)) {
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return true;
}
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var callbackUrl = 'https://oauth3.org/docs/errors#E_REDIRECT_ATTACK?'+OAUTH3.query.stringify({
'redirect_uri': redirectUrl
, 'allowed_urls': clientUrl
, 'client_id': client
, 'referrer_uri': OAUTH3.uri.normalize(window.document.referrer)
});
if (query.debug) {
console.log('Redirect Attack');
console.log(query);
window.alert("DEBUG MODE checkRedirect error encountered. Check the console.");
}
location.href = callbackUrl;
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return false;
};
OAUTH3.url.redirect = function (clientParams, grants, tokenOrError) {
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// TODO OAUTH3.redirect(clientParams, grants, tokenOrError)
// TODO check redirect safeness right here with grants.client.urls
// TODO check for '#' and '?'. If none, issue warning and use '?' (for backwards compat)
var authz = {
access_token: tokenOrError.access_token
, token_type: tokenOrError.token_type // 'Bearer'
, refresh_token: tokenOrError.refresh_token
, expires_in: tokenOrError.expires_in // 1800 (but superceded by jwt.exp)
, scope: tokenOrError.scope // superceded by jwt.scp
, state: clientParams.state
, debug: clientParams.debug
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};
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if (tokenOrError.error) {
authz.error = tokenOrError.error.code || tokenOrError.error;
authz.error_description = tokenOrError.error.message || tokenOrError.error_description;
authz.error_uri = tokenOrError.error.uri || tokenOrError.error_uri;
}
var redirect = clientParams.redirect_uri + '#' + window.OAUTH3.query.stringify(authz);
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if (clientParams.debug) {
console.info('final redirect_uri:', redirect);
window.alert("You're in debug mode so we've taken a pause. Hit OK to continue");
}
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window.location = redirect;
};
OAUTH3.urls.resourceOwnerPassword = function (directive, opts) {
//
// Example Resource Owner Password Request
// (generally for 1st party and direct-partner mobile apps, and webapps)
//
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// POST https://example.com/api/issuer@oauth3.org/access_token
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// { "grant_type": "password", "client_id": "<<id>>", "scope": "<<scope>>"
// , "username": "<<username>>", "password": "password" }
//
opts = opts || {};
if (!opts.password) {
if (opts.otp) {
// for backwards compat
opts.password = opts.otp; // 'otp:' + opts.otpUuid + ':' + opts.otp;
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}
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}
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var args = directive.access_token;
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var otpCode = opts.otp || opts.otpCode || opts.otp_code || opts.otpToken || opts.otp_token || undefined;
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// TODO require user agent
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var params = {
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client_id: opts.client_id || opts.client_uri
, client_uri: opts.client_uri
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, grant_type: 'password'
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, username: opts.username
, password: opts.password || otpCode || undefined
, totp: opts.totp || opts.totpToken || opts.totp_token || undefined
, otp: otpCode
, password_type: otpCode && 'otp'
, otp_code: otpCode
, otp_uuid: opts.otpUuid || opts.otp_uuid || undefined
, user_agent: opts.userAgent || opts.useragent || opts.user_agent || undefined // AJ's Macbook
, jwk: (opts.rememberDevice || opts.remember_device) && opts.jwk || undefined
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//, "public_key": opts.rememberDevice && opts.publicKey || undefined
//, "public_key_type": opts.rememberDevice && opts.publicKeyType || undefined // RSA/ECDSA
//, "jwt": opts.jwt // TODO sign a proof with a previously loaded public_key
, debug: opts.debug || undefined
};
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if (opts.client_uri) {
params.clientAgreeTos = 'oauth3.org/tos/draft'; // opts.clientAgreeTos || opts.client_agree_tos;
if (!params.clientAgreeTos) {
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throw new Error('Developer Error: missing clientAgreeTos uri');
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}
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}
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var scope = opts.scope || directive.authn_scope;
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if (scope) {
params.scope = OAUTH3.scope.stringify(scope);
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}
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var uri = args.url;
var body;
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if ('GET' === args.method.toUpperCase()) {
uri += '?' + OAUTH3.query.stringify(params);
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} else {
body = params;
}
return {
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url: OAUTH3.url.resolve(directive.api, uri)
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, method: args.method
, data: body
};
};
OAUTH3.urls.grants = function (directive, opts) {
// directive = { issuer, authorization_decision }
// opts = { response_type, scopes{ granted, requested, pending, accepted } }
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var grantsDir = directive.grants;
if (!grantsDir) {
throw new Error("provider doesn't support grants");
}
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if (!opts) {
throw new Error("You must supply a directive and an options object.");
}
if (!opts.client_id) {
throw new Error("You must supply options.client_id.");
}
if (!opts.session) {
throw new Error("You must supply options.session.");
}
if (!opts.referrer) {
console.warn("You should supply options.referrer");
}
if (!opts.method) {
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console.warn("You should supply options.method as either 'GET', or 'POST'");
opts.method = grantsDir.method || 'GET';
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}
if ('POST' === opts.method) {
if ('string' !== typeof opts.scope) {
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throw new Error("You must supply options.scope as a comma-delimited string of scopes");
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}
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if ('string' !== typeof opts.sub) {
console.log("provide 'sub' to urls.grants to specify the PPID for the client");
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}
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}
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var url = OAUTH3.url.resolve(directive.api, grantsDir.url)
.replace(/(:sub|:account_id)/g, opts.session.token.sub || 'ISSUER:GRANT:TOKEN_SUB:UNDEFINED')
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.replace(/(:azp|:client_id)/g, !opts.all && OAUTH3.uri.normalize(opts.client_id || opts.client_uri) || '')
.replace(/\/\/$/, '/') // if there's a double slash due to the sub not existing
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;
var data = {
client_id: opts.client_id
, client_uri: opts.client_uri
, referrer: opts.referrer
, scope: opts.scope
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, sub: opts.sub
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};
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var body;
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if ('GET' === opts.method) {
url += '?' + OAUTH3.query.stringify(data);
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} else {
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body = data;
}
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return {
method: opts.method
, url: url
, data: body
, session: opts.session
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};
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};
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OAUTH3.urls.clientToken = function (directive, opts) {
var tokenDir = directive.access_token;
if (!tokenDir) {
throw new Error("provider doesn't support getting access tokens");
}
if (!opts) {
throw new Error("You must supply a directive and an options object.");
}
if (!(opts.azp || opts.client_id)) {
throw new Error("You must supply options.client_id.");
}
if (!opts.session) {
throw new Error("You must supply options.session.");
}
if (!opts.method) {
opts.method = tokenDir.method || 'POST';
}
var params = {
grant_type: 'issuer_token'
, client_id: opts.azp || opts.client_id
, azp: opts.azp || opts.client_id
, aud: opts.aud
, exp: opts.exp
, refresh_token: opts.refresh_token
, refresh_exp: opts.refresh_exp
};
var url = OAUTH3.url.resolve(directive.api, tokenDir.url);
var body;
if ('GET' === opts.method) {
url += '?' + OAUTH3.query.stringify(params);
} else {
body = params;
}
return {
method: opts.method
, url: url
, data: body
, session: opts.session
};
};
OAUTH3.urls.publishKey = function (directive, opts) {
var jwkDir = directive.publish_jwk;
if (!jwkDir) {
throw new Error("provider doesn't support publishing public keys");
}
if (!opts) {
throw new Error("You must supply a directive and an options object.");
}
if (!opts.session) {
throw new Error("You must supply 'options.session'.");
}
if (!(opts.public_key || opts.publicKey)) {
throw new Error("You must supply 'options.public_key'.");
}
var url = OAUTH3.url.resolve(directive.api, jwkDir.url)
.replace(/(:sub|:account_id)/g, opts.session.token.sub)
;
return {
method: jwkDir.method || opts.method || 'POST'
, url: url
, data: opts.public_key || opts.publicKey
, session: opts.session
};
};
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OAUTH3.urls.credentialMeta = function (directive, opts) {
return OAUTH3.url.resolve(directive.api, directive.credential_meta.url)
.replace(':type', 'email')
.replace(':id', opts.email)
};
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OAUTH3.authn = {};
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OAUTH3.authn.loginMeta = function (directive, opts) {
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var url = OAUTH3.urls.credentialMeta(directive, opts);
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return OAUTH3.request({
method: directive.credential_meta.method || 'GET'
// TODO lint urls
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// TODO client_uri
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, url: url
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});
};
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OAUTH3.urls.otp = function (directive, opts) {
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// TODO client_uri
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return {
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method: directive.credential_otp.method || 'POST'
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, url: OAUTH3.url.resolve(directive.api, directive.credential_otp.url)
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, data: {
// TODO replace with signed hosted file
client_agree_tos: 'oauth3.org/tos/draft'
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// TODO unbreak the client_uri option (if broken)
, client_id: /*opts.client_id ||*/ OAUTH3.uri.normalize(directive.issuer) // In this case, the issuer is its own client
, client_uri: /*opts.client_uri ||*/ OAUTH3.uri.normalize(directive.issuer)
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, request_otp: true
, username: opts.email
}
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};
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};
OAUTH3.authn.otp = function (directive, opts) {
var preq = OAUTH3.urls.otp(directive, opts);
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return OAUTH3.request(preq);
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};
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OAUTH3.authn.resourceOwnerPassword = function (directive, opts) {
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var providerUri = directive.issuer;
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return OAUTH3.request(OAUTH3.urls.resourceOwnerPassword(directive, opts)).then(function (resp) {
var data = resp.data;
data.provider_uri = providerUri;
if (data.error) {
return OAUTH3.PromiseA.reject(OAUTH3.error.parse(providerUri, data));
}
return OAUTH3.hooks.session.refresh(
opts.session || { provider_uri: providerUri, client_uri: opts.client_uri || opts.clientUri }
, data
);
}).then(function (session) {
if (!opts.rememberDevice && !opts.remember_device) {
return session;
}
return OAUTH3.PromiseA.resolve().then(function () {
if (!OAUTH3.crypto) {
throw new Error("OAuth3 crypto library unavailable");
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}
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return OAUTH3.crypto.createKeyPair().then(function (keyPair) {
return OAUTH3.request(OAUTH3.urls.publishKey(directive, {
session: session
, publicKey: keyPair.publicKey
})).then(function () {
return OAUTH3.hooks.keyPairs.set(session.token.sub, keyPair);
});
});
}).then(function () {
return session;
}, function (err) {
console.error('failed to save keys to remember device', err);
window.alert('Failed to remember device');
return session;
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});
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});
};
OAUTH3.authz = {};
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OAUTH3.authz.scopes = function (providerUri, session, clientParams) {
var clientUri = OAUTH3.uri.normalize(clientParams.client_uri || OAUTH3._browser.window.document.referrer);
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var scope = clientParams.scope || 'oauth3_authn';
if ('oauth3_authn' === scope) {
// implicit ppid grant is automatic
console.warn('[security] fix scope checking on backend so that we can do automatic grants');
// TODO check user preference if implicit ppid grant is allowed
//return generateToken(session, clientObj);
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}
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return OAUTH3.hooks.grants.get(session.token.sub, clientUri).then(function (granted) {
if (granted) {
if (typeof granted.scope === 'string') {
return OAUTH3.scope.parse(granted.scope);
} else if (Array.isArray(granted.scope)) {
return granted.scope;
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}
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}
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return OAUTH3.authz.grants(providerUri, {
method: 'GET'
, client_id: clientUri
, client_uri: clientUri
, session: session
}).then(function (results) {
return results.grants;
}, function (err) {
if (!/no .*grants .*found/i.test(err.message)) {
throw err;
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}
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return [];
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});
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}).then(function (granted) {
var requested = OAUTH3.scope.parse(scope);
var accepted = [];
var pending = [];
requested.forEach(function (scp) {
if (granted.indexOf(scp) < 0) {
pending.push(scp);
} else {
accepted.push(scp);
}
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});
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return {
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requested: requested // all requested, now
, granted: granted // all granted, ever
, accepted: accepted // intersection of granted (ever) and requested (now)
, pending: pending // not yet accepted
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};
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});
};
OAUTH3.authz.grants = function (providerUri, opts) {
return OAUTH3.discover(providerUri, {
client_id: providerUri
, debug: opts.debug
}).then(function (directive) {
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return OAUTH3.request(OAUTH3.urls.grants(directive, opts), opts);
}).then(function (grantsResult) {
var grants = grantsResult.originalData || grantsResult.data;
if (grants.error) {
return OAUTH3.PromiseA.reject(OAUTH3.error.parse(providerUri, grants));
}
// the responses for GET and POST requests are now the same, so we should alway be able to
// use the response and save it the same way.
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if (opts.all || ('GET' !== opts.method && 'POST' !== opts.method)) {
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return grants;
}
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OAUTH3.hooks.grants.set(grants.sub, grants.azp, grants);
return {
client: grants.azp
, clientSub: grants.azpSub
, grants: OAUTH3.scope.parse(grants.scope)
};
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});
};
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function calcExpiration(exp, now) {
if (!exp) {
return;
}
if (typeof exp === 'string') {
var match = /^(\d+\.?\d*) *(seconds?|secs?|s|minutes?|mins?|m|hours?|hrs?|h|days?|d|years?|yrs?|y)?$/i.exec(exp);
if (!match) {
return now;
}
var num = parseFloat(match[1]);
var type = (match[2] || 's').toLowerCase()[0];
switch (type) {
case 'y': num *= 365.25; /* falls through */
case 'd': num *= 24; /* falls through */
case 'h': num *= 60; /* falls through */
case 'm': num *= 60; /* falls through */
case 's': exp = num;
}
}
if (typeof exp !== 'number') {
throw new Error('invalid expiration provided: '+exp);
}
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now = now || Math.floor(Date.now() / 1000);
if (exp > now) {
return exp;
} else if (exp > 31557600) {
console.warn('tried to set expiration to more that a year');
exp = 31557600;
}
return now + exp;
}
OAUTH3.authz.redirectWithToken = function (providerUri, session, clientParams, scopes) {
if (!OAUTH3.url.checkRedirect(clientParams.client_uri, clientParams)) {
return;
}
if ('token' !== clientParams.response_type) {
var message;
if ('code' === clientParams.response_type) {
message = "Authorization Code Redirect NOT IMPLEMENTED";
} else {
message = "Authorization response type '"+clientParams.response_type+"' not supported";
}
window.alert(message);
throw new Error(message);
}
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var prom;
if (scopes.new) {
prom = OAUTH3.authz.grants(providerUri, {
session: session
, method: 'POST'
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, client_id: clientParams.client_uri
, referrer: clientParams.referrer
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, scope: scopes.accepted.concat(scopes.new).join(',')
});
} else {
prom = OAUTH3.PromiseA.resolve();
}
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return prom.then(function () {
return OAUTH3.hooks.keyPairs.get(session.token.sub);
}).then(function (keyPair) {
if (!keyPair) {
return OAUTH3.discover(providerUri, {
client_id: providerUri
, debug: clientParams.debug
}).then(function (directive) {
return OAUTH3.request(OAUTH3.urls.clientToken(directive, {
method: 'POST'
, session: session
, referrer: clientParams.referrer
, response_type: clientParams.response_type
, client_id: clientParams.client_uri
, azp: clientParams.client_uri
, aud: clientParams.aud
, exp: clientParams.exp
, refresh_token: clientParams.refresh_token
, refresh_exp: clientParams.refresh_exp
, debug: clientParams.debug
})).then(function (result) {
return result.originalData || result.data;
});
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});
}
return OAUTH3.hooks.grants.get(keyPair.sub, clientParams.client_uri).then(function (grant) {
var now = Math.floor(Date.now()/1000);
var payload = {
iat: now
, iss: providerUri
, aud: clientParams.aud || providerUri
, azp: clientParams.client_uri
, sub: grant.azpSub
, scope: OAUTH3.scope.stringify(grant.scope)
, };
var signProms = [];
signProms.push(OAUTH3.jwt.sign(Object.assign({
exp: calcExpiration(clientParams.exp || '1h', now)
}, payload), keyPair));
// if (clientParams.refresh_token) {
signProms.push(OAUTH3.jwt.sign(Object.assign({
exp: calcExpiration(clientParams.refresh_exp, now)
}, payload), keyPair));
// }
return OAUTH3.PromiseA.all(signProms).then(function (tokens) {
console.log('created new tokens for client');
return {
access_token: tokens[0]
, refresh_token: tokens[1]
, scope: OAUTH3.scope.stringify(grant.scope)
, token_type: 'bearer'
};
});
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});
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}).then(function (session) {
// TODO limit refresh token to an expirable token
// TODO inform client not to persist token
OAUTH3.url.redirect(clientParams, scopes, session);
}, function (err) {
console.error('unexpected error creating client tokens', err);
OAUTH3.url.redirect(clientParams, scopes, {error: err});
});
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};
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OAUTH3.requests = {};
OAUTH3.requests.accounts = {};
OAUTH3.requests.accounts.update = function (directive, session, opts) {
var dir = directive.update_account || {
method: 'POST'
, url: OAUTH3.url.normalize(directive.api) + '/api/issuer@oauth3.org/accounts/:accountId'
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, bearer: 'Bearer'
};
var url = dir.url
.replace(/:accountId/, opts.accountId)
;
return OAUTH3.request({
method: dir.method || 'POST'
, url: url
, headers: {
'Authorization': (dir.bearer || 'Bearer') + ' ' + session.accessToken
}
, json: {
name: opts.name
, comment: opts.comment
, displayName: opts.displayName
, priority: opts.priority
}
});
};
OAUTH3.requests.accounts.create = function (directive, session, account) {
var dir = directive.create_account || {
method: 'POST'
, url: OAUTH3.url.normalize(directive.api) + '/api/issuer@oauth3.org/accounts'
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, bearer: 'Bearer'
};
var data = {
// TODO fix the server to just use one scheme
// account = { nick, self: { comment, username } }
// account = { name, comment, display_name, priority }
account: {
nick: account.display_name
, name: account.name
, comment: account.comment
, display_name: account.display_name
, priority: account.priority
, self: {
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nick: account.display_name
, name: account.name
, comment: account.comment
, display_name: account.display_name
, priority: account.priority
}
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}
, logins: [
{
token: session.access_token
}
]
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};
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return OAUTH3.request({
method: dir.method || 'POST'
, url: dir.url
, session: session
, data: data
});
};
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OAUTH3.hooks.grants = {
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get: function (id, clientUri) {
OAUTH3.hooks._checkStorage('grants', 'get');
if (!id) {
throw new Error("id is not set");
}
if (!clientUri) {
throw new Error("clientUri is not set");
}
return OAUTH3.PromiseA.resolve(OAUTH3._hooks.grants.get(id, OAUTH3.uri.normalize(clientUri)));
}
, set: function (id, clientUri, grants) {
OAUTH3.hooks._checkStorage('grants', 'set');
if (!id) {
throw new Error("id is not set");
}
if (!clientUri) {
throw new Error("clientUri is not set");
}
return OAUTH3.PromiseA.resolve(OAUTH3._hooks.grants.set(id, OAUTH3.uri.normalize(clientUri), grants));
}
, all: function () {
OAUTH3.hooks._checkStorage('grants', 'all');
return OAUTH3.PromiseA.resolve(OAUTH3._hooks.grants.all());
}
, clear: function () {
OAUTH3.hooks._checkStorage('grants', 'clear');
return OAUTH3.PromiseA.resolve(OAUTH3._hooks.grants.clear());
}
};
OAUTH3.hooks.keyPairs = {
get: function (id) {
OAUTH3.hooks._checkStorage('keyPairs', 'get');
if (!id) {
throw new Error("id is not set");
}
return OAUTH3.PromiseA.resolve(OAUTH3._hooks.keyPairs.get(id));
}
, set: function (id, keyPair) {
OAUTH3.hooks._checkStorage('keyPairs', 'set');
if (!keyPair && id.privateKey && id.publicKey && id.sub) {
keyPair = id;
id = keyPair.sub;
}
if (!keyPair) {
return OAUTH3.PromiseA.reject(new Error("no key pair provided to save"));
}
if (!id) {
throw new Error("id is not set");
}
keyPair.sub = keyPair.sub || id;
return OAUTH3.PromiseA.resolve(OAUTH3._hooks.keyPairs.set(id, keyPair));
}
, all: function () {
OAUTH3.hooks._checkStorage('keyPairs', 'all');
return OAUTH3.PromiseA.resolve(OAUTH3._hooks.keyPairs.all());
}
, clear: function () {
OAUTH3.hooks._checkStorage('keyPairs', 'clear');
return OAUTH3.PromiseA.resolve(OAUTH3._hooks.keyPairs.clear());
}
};
OAUTH3.hooks.session.get = function (providerUri, id) {
OAUTH3.hooks._checkStorage('sessions', 'get');
var sessProm = OAUTH3.PromiseA.resolve(OAUTH3._hooks.sessions.get(providerUri, id));
if (providerUri !== OAUTH3.clientUri(window.location)) {
return sessProm;
}
return sessProm.then(function (session) {
if (session && OAUTH3.jwt.freshness(session.token) === 'fresh') {
return session;
}
return OAUTH3.hooks.keyPairs.all().then(function (keyPairs) {
var pair;
if (id) {
pair = keyPairs[id];
} else if (Object.keys(keyPairs).length === 1) {
id = Object.keys(keyPairs)[0];
pair = keyPairs[id];
} else if (Object.keys(keyPairs).length > 1) {
console.error("too many users, don't know which key to use");
}
if (!pair) {
// even if the access token isn't fresh, the session might have a refresh token
return session;
}
var now = Math.floor(Date.now()/1000);
var payload = {
iat: now
, iss: providerUri
, aud: providerUri
, azp: providerUri
, sub: pair.sub || id
, scope: ''
, exp: now + 3600
};
return OAUTH3.jwt.sign(payload, pair.privateKey).then(function (token) {
console.log('created new token for provider');
return OAUTH3.hooks.session.refresh(
{ provider_uri: providerUri, client_uri: providerUri || providerUri }
, { access_token: token }
);
});
});
});
};
OAUTH3._defaultStorage.grants = {
prefix: 'grants-'
, get: function (id, clientUri) {
var key = this.prefix + id+'/'+clientUri;
var result = JSON.parse(window.localStorage.getItem(key) || 'null');
return OAUTH3.PromiseA.resolve(result);
}
, set: function (id, clientUri, grants) {
var key = this.prefix + id+'/'+clientUri;
window.localStorage.setItem(key, JSON.stringify(grants));
return this.get(clientUri);
}
, all: function () {
var prefix = this.prefix;
var result = {};
OAUTH3._defaultStorage._getStorageKeys(prefix, window.localStorage).forEach(function (key) {
var split = key.replace(prefix, '').split('/');
if (!result[split[0]]) { result[split[0]] = {}; }
result[split[0]][split[1]] = JSON.parse(window.localStorage.getItem(key) || 'null');
});
return OAUTH3.PromiseA.resolve(result);
}
, clear: function () {
OAUTH3._defaultStorage._getStorageKeys(this.prefix, window.localStorage).forEach(function (key) {
window.localStorage.removeItem(key);
});
return OAUTH3.PromiseA.resolve();
}
};
OAUTH3._defaultStorage.keyPairs = {
prefix: 'key_pairs-'
, get: function (id) {
var result = JSON.parse(window.localStorage.getItem(this.prefix + id) || 'null');
return OAUTH3.PromiseA.resolve(result);
}
, set: function (id, keyPair) {
window.localStorage.setItem(this.prefix + id, JSON.stringify(keyPair));
return this.get(id);
}
, all: function () {
var prefix = this.prefix;
var result = {};
OAUTH3._defaultStorage._getStorageKeys(prefix, window.localStorage).forEach(function (key) {
result[key.replace(prefix, '')] = JSON.parse(window.localStorage.getItem(key) || 'null');
});
return OAUTH3.PromiseA.resolve(result);
}
, clear: function () {
OAUTH3._defaultStorage._getStorageKeys(this.prefix, window.localStorage).forEach(function (key) {
window.localStorage.removeItem(key);
});
return OAUTH3.PromiseA.resolve();
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}
};
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OAUTH3._browser.isIframe = function isIframe () {
try {
return window.self !== window.top;
} catch (e) {
return true;
}
};
}('undefined' !== typeof exports ? exports : window));