Repository: Aralink/ssojwt Branch: master Commit: e47856e5594f Files: 35 Total size: 181.2 KB Directory structure: gitextract_2ha_n88x/ ├── LICENSE ├── README.md ├── backend/ │ ├── build-lib/ │ │ └── geronimo-servlet_3.0_spec-1.0.jar │ └── src/ │ ├── java/ │ │ └── com/ │ │ └── aralink/ │ │ └── sslsignature/ │ │ └── sso/ │ │ └── jwt/ │ │ ├── AuthenticationOperation.java │ │ ├── HMACKeyContainer.java │ │ ├── JWTManager.java │ │ └── JWTServlet.java │ └── web/ │ └── WEB-INF/ │ └── web.xml ├── build/ │ ├── build.xml │ ├── gruntfile.js │ ├── ivy.xml │ └── package.json ├── client/ │ └── resources/ │ ├── html/ │ │ ├── sso.html │ │ ├── sso.js │ │ ├── sso_common.js │ │ └── sso_rest.js │ └── js/ │ └── sslssso.js ├── dist/ │ └── sso.war └── test/ ├── java/ │ └── com/ │ └── aralink/ │ └── sslsignature/ │ └── sso/ │ └── jwt/ │ └── test/ │ ├── JWTTest.java │ ├── RestClient.java │ └── SimpleConsoleLogger.java └── web/ ├── hosted/ │ ├── index.html │ ├── js/ │ │ ├── config.js │ │ ├── index.js │ │ ├── jwtcreator.js │ │ ├── keystore.js │ │ ├── login.js │ │ └── register.js │ ├── jwtcreator.html │ ├── keystore.html │ ├── login.html │ ├── register.html │ └── sso.html └── standalone/ ├── index.html └── sso.html ================================================ FILE CONTENTS ================================================ ================================================ FILE: LICENSE ================================================ GNU GENERAL PUBLIC LICENSE Version 3, 29 June 2007 Copyright (C) 2007 Free Software Foundation, Inc. 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If your program is a subroutine library, you may consider it more useful to permit linking proprietary applications with the library. If this is what you want to do, use the GNU Lesser General Public License instead of this License. But first, please read . ================================================ FILE: README.md ================================================ # Cross domain Single sign-on with Json Web Tokens (JWT) > Federate your websites using only javascript Access to several web sites with a unique identification. Uses JSON Web Tokens (RFC7519) to represent the information exchanged between the identification provider (IDP) and service provider (SP). The JWT is shared and synchronized among all your websites through the browser local storage without need of server session ![alt tag](https://produccion.sslsignature.com/web/images/ssoiframe.png) ## How does it work You have an excellent introduction to JWT in (https://jwt.io/introduction/) and single sign-on (SSO) on our website (spanish) (https://produccion.sslsignature.com/web/sso.html) ## Getting started > With hosted version (it is free) Define on page a `` field to indicate the sslsignature accountId ``` ``` Include javascript ``` ``` Create a function to receive the authenticated user ``` function onIdentification(operation){ console.log("eidentifier: "+ operation.eIdentifier); console.log("name: "+ operation.name); console.log("jwt: "+ operation.jwt); } ``` Now, we are going to see it in action (download the demo for the third step) 1. Create a JWT [here](https://produccion.sslsignature.com/sso/hosted/jwtcreator.html). This would be done in your login form 2. Open a new tab in your browser with [this URL](https://produccion.sslsignature.com/sso/hosted/sso.html). You will see that you are logged in and the content of the JWT token 3. Now, here is the magic, download [sso.html](/test/web/hosted/sso.html) and open from your computer, and you will see that you are registered with the same user. Try to logout and see the opened page in second step (do not use IE11 at this moment, please...) ##Install ### Content of the repository * /backend -->The sample server * /build -->Build scripts * /client -->Javascript library for your pages * /dist -->Precompiled sso.war to deploy javascript, sample server and demos on a container like tomcat * /test -->Demo pages (hosted and standalone) and a java sample client to issue/validate tokens ### Javascript library Simply copy the library 'sslssso.js' and its dependencies on a web server. {yourserver.com}/{ssopath}/js/sslssso.js {yourserver.com}/{ssopath}/html/sso.html sslssso will access sso.html and related .js, therefore expect to find this structure Include a javascript reference in your page to sslssso.js ``` ``` or use hosted ``` ``` ### Backend server The signature key to issue tokens (and validate) must be well protected, usually on the server. You can use a hosted account from SSLSignature (free of charges) or issue tokens from your own server. The project includes a sample server with autogenerated HMAC keys ####Use your own server Yo need to provide a REST service to validate the JWT from the client side. If you plan to do it only on server side, move on to the next section ``` POST /{ssoValidationUri} HTTPS Content-Type=application/x-www-form-urlencoded Host: yourserver.com jwt={jwt} ``` The answer must have code 200, status = FAILED / SUCCESS, and the JWT parsed fields in JSON format ``` { "status": "SUCCESS", //SUCCESS, FAIL. Mandatory "sub": "123456", //User unique identifier. Recommended "eidentifier":"john.smith" //username,Recommended "name": "John Smith", //User Full Name. Recommended "other": "value", //More fields (email, phone, etc). Optional "jwt": "eyJhbGciOiJIUzI..." //JWT new token if necessary. Optional } ``` ####Use the sample server Take care that it is only an example and it is not intended for a production system Deploy sso.war in a J2EE container like tomcat. The first time you run the HMAC signing key will be created in a file called jwt.hmac (configure location in WEB-INF/web.xml) The JWT validation service will be available on {yourserver.com}/sso/jwt The sample server also allow you to issue JWT. Invoke the service providing the fields to be included in JWT ``` POST /sso/jwt HTTPS Content-Type=application/x-www-form-urlencoded Host: yourserver.com sub=123456&eidentifier=john.smith&name=John+Smith&phone=34+661661661&email=john.smith%40mycompany.com&other=... ``` The response will be the JWT string ``` eyJhbGciOiJIUzI1NiJ9.eyJzdWIiOiIxMjM0NTYiLCJpc3MiOiJKV1QgU0FNUExFIElTU1VFUiIsImlhdCI6MTQ2MzU4MTg4MSwiZXhwIjoxNDYzNjY4MjgxLCJwaG9uZSI6IjM0IDY2MTY2MTY2MSIsIm90aGVyIjoiLi4uIiwiZWlkZW50aWZpZXIiOiJqb2huLnNtaXRoIiwiZW1haWwiOiJqb2huLnNtaXRoQG15Y29tcGFueS5jb20iLCJuYW1lIjoiSm9obiBTbWl0aCJ9.eaihxfyO8zWJJm0o97T6p-Cql9oe6n_3SLj0MphGbBA ``` Configure expiration or issuer in JWTServlet class. ####Use the hosted server The SSLSignature could issue and validate the JWT for your system. You need an account. After that, the configuration is simple as shown in 'Getting started'. After a successful authentication in your system, invoke this service to issue a new token . Provide a JSON with your required fields. ``` POST /sslsignature/account/jwt HTTPS Authorization=Basic YWNjb3VudElkOmFwaUtleQ== Content-Type=application/json Host: produccion.sslsignature.com { sub: "yourInternalId", eidentifier: "yourUserIdentifier", name: "user name", other: "other..." } ``` Also is needed an authorization header (basic http auth) in the way `Basic Base64(accountId:apiKey)`. The string 'Basic' followed by the base64 encoding of the provided accountId, ':' and apiKey ##Usage ### Page configuration Configure the accountId and custom validation URL in the tags of the page or using javascript. The accountId will reference the identifier that will take the token in the local storage. ``` //Optional javascript config var ssls_accountId=myTokenId; var ssls_validationUrl={yourserver.com}/{ssoValidationUri}; ``` ### SSO Events The sso generates events for onload, onIdentification and onLogout. Simply create a function on the page with these names. ``` // Invoked after page load if you have a valid token or after new JWT correct identification (if page is still loaded) // If you do not have identification token, this function is not executed function onIdentification(operation){ console.log(operation.sub); //Your User internal ID console.log(operation.eidentifier); //Your user unique identifier (for example the username) console.log(operation.name); //User full name console.log("operation.jwt); //The token itself } //Invoked when the script finish loading the SSO. It is always after onIdentification function onLoad(){ } //Invoked when user logs out function onLogout(){ } ``` In you need several event listeners use ``` sslssso.listen ("sso.onload", function (observable, eventType, data) {}); ``` ### JWT Validation The token is validated during script execution to check that has been issued by the server and has not been altered. The electronic signature is verified cryptographically on the server. If the token is correct will occur a call to onIdentification. If the validation is unsuccessful, the token is deleted and acts as if there had been token. Validation URL is configured with `` (see server instalation). If you do not want the tokens are validated on the client side, set `validate = false` (default is true). Then no server configuration is needed, and `sslssso.js` only will decode jwt token and check expiration on the client side. On hosted version, use the provided accountId and do not set the validationUrl ### Login In a standard authentication flow, when an identification is required, the website redirects the user to the IDP (identification provider). The IDP authenticates user with the organization defined method, for example, and username/password form. After successful authentication, the IDP server returns a valid JWT that includes the identification information and the electronic signature. The JWT is stored locally on the browser ![alt tag](https://produccion.sslsignature.com/web/images/ssoflow.png) Calls SSO to store the jwt issued token on localStorage of browser. An `onIdentification` event will be fired on all tabs ``` sslssso.login(jwt); ``` ### Logout ``` sslssso.logout(); ``` The token will be cleaned and an `onLogout` event will be fired on all tabs ##Known issues ###IE11 & Edge JWT update events do not syncronize tabs. See [Microsoft doc](https://connect.microsoft.com/IE/feedback/details/812563/ie-11-local-storage-synchronization-issues) ## Support https://soporte.aralink.com https://github.com/Aralink/ssojwt/issues ================================================ FILE: backend/src/java/com/aralink/sslsignature/sso/jwt/AuthenticationOperation.java ================================================ package com.aralink.sslsignature.sso.jwt; import java.io.StringReader; import java.util.HashMap; import java.util.Map; import com.fasterxml.jackson.core.type.TypeReference; import com.fasterxml.jackson.databind.ObjectMapper; import io.jsonwebtoken.Claims; public class AuthenticationOperation { private Map params = new HashMap(); /** * FAIL operation * @param e error produced parsing or validating JWT */ public AuthenticationOperation(Exception e){ params.put("status", "FAIL"); params.put("error", e.getMessage()); } /** * Success operation. * Return all fields parsed * @param the body of JWT */ public AuthenticationOperation(Claims body){ params.put("status", "SUCCESS"); for (String key: body.keySet()){ Object value = body.get(key); if (value instanceof String){ params.put(key, (String)value); } } } /** * JSON Coder. * Use jackson or your preferred dependendy * @return */ public String toJSON(){ StringBuffer buf = new StringBuffer(); buf.append("{"); String prefix = ""; for (String key:params.keySet()){ buf.append(prefix).append("\"").append(key).append("\":\"").append(params.get(key)).append("\""); prefix=","; } buf.append("}"); return buf.toString(); } } ================================================ FILE: backend/src/java/com/aralink/sslsignature/sso/jwt/HMACKeyContainer.java ================================================ package com.aralink.sslsignature.sso.jwt; import io.jsonwebtoken.impl.crypto.MacProvider; import java.io.IOException; import java.nio.file.Files; import java.nio.file.Path; import java.nio.file.Paths; import java.security.Key; import javax.crypto.spec.SecretKeySpec; public class HMACKeyContainer { private Key key; public HMACKeyContainer()throws IOException{ this(null); } public HMACKeyContainer(String keyFile) throws IOException{ if (keyFile == null || keyFile.length()==0){ keyFile = "jwthmac.key"; } Path path = Paths.get(keyFile); if (!path.toFile().exists()){ //File not exists. Create new File generateKey(path); } else { //Reads the HMAC key from file byte[] data = Files.readAllBytes(path); key = hmacKeyFromEncoded(data); System.out.println("init HMAC key from file: "+path.toAbsolutePath()); } } public Key getHmacKey(){ return key; } private Key generateKey(Path path) throws IOException{ //path..createNewFile(); key = MacProvider.generateKey(JWTManager.DEFAULT_HMAC_KEY_ALGORITHM); byte data[] = key.getEncoded(); Files.write(path, data); System.out.println("created new HMAC key in file: "+path.toAbsolutePath()); return key; } public static Key hmacKeyFromEncoded(byte encodedHmacKey[]){ if (encodedHmacKey != null && encodedHmacKey.length>0){ Key key = new SecretKeySpec(encodedHmacKey,JWTManager.DEFAULT_HMAC_KEY_ALGORITHM.getJcaName()); return key; } return null; } } ================================================ FILE: backend/src/java/com/aralink/sslsignature/sso/jwt/JWTManager.java ================================================ package com.aralink.sslsignature.sso.jwt; import io.jsonwebtoken.Claims; import io.jsonwebtoken.ExpiredJwtException; import io.jsonwebtoken.JwtBuilder; import io.jsonwebtoken.Jwts; import io.jsonwebtoken.MalformedJwtException; import io.jsonwebtoken.SignatureAlgorithm; import io.jsonwebtoken.SignatureException; import io.jsonwebtoken.UnsupportedJwtException; import java.security.Key; import java.util.Calendar; import java.util.Date; import java.util.GregorianCalendar; import java.util.Map; public class JWTManager { public final static SignatureAlgorithm DEFAULT_HMAC_SIGNATURE_ALGORITHM = SignatureAlgorithm.HS256; public final static SignatureAlgorithm DEFAULT_HMAC_KEY_ALGORITHM = SignatureAlgorithm.HS512; private HMACKeyContainer hmacKeyContainer; private String issuer = "JWT SAMPLE ISSUER"; private int expirationTimeInHours = 24; public JWTManager(HMACKeyContainer hmacKeyContainer){ this.hmacKeyContainer = hmacKeyContainer; } public String getIssuer() { return issuer; } public void setIssuer(String issuer) { this.issuer = issuer; } public int getExpirationTimeInHours() { return expirationTimeInHours; } public void setExpirationTimeInHours(int expirationTimeInHours) { this.expirationTimeInHours = expirationTimeInHours; } private Date exp (int calendar,int len){ GregorianCalendar gc = new GregorianCalendar(); gc.add(calendar,len); Date expires = gc.getTime(); return expires; } private boolean isExpired(Claims body, Date actual){ return body.getExpiration().before(actual); } private boolean isExpired(Claims body){ return isExpired(body,new Date()); } public String issueJWT(@SuppressWarnings("rawtypes") Map extra){ //get hmac signature key Key key = hmacKeyContainer.getHmacKey(); String subject = "none"; //Get required subject ID if (extra.get("sub") != null) subject = ((String[])extra.get("sub"))[0]; //Build token JwtBuilder builder = Jwts.builder() .setSubject(subject) .setIssuer(getIssuer()) .setIssuedAt(new java.util.Date()) .setExpiration(exp (Calendar.HOUR,getExpirationTimeInHours())); //Body with extra fields for (Object extKey: extra.keySet()){ if (!extKey.equals("sub")) builder.claim((String)extKey,((String[])extra.get(extKey))[0]); } String token = builder.signWith(JWTManager.DEFAULT_HMAC_SIGNATURE_ALGORITHM, key).compact(); return token; } public Claims validateJWT ( String jwtToken)throws Exception{ //Get signature key Key key = hmacKeyContainer.getHmacKey(); try{ //Check signature and parse body Claims body = Jwts.parser().setSigningKey(key).parseClaimsJws(jwtToken).getBody(); //Check expiration if (isExpired(body)) throw new Exception ( "key expired"); return body; }catch (UnsupportedJwtException e){ System.err.println("Bad JWT token: "+e.getMessage()); throw new Exception ( " Bad JWT token"); }catch (MalformedJwtException e){ System.err.println("Bad JWT token: "+e.getMessage()); throw new Exception ( " Bad JWT token"); }catch (IllegalArgumentException e){ System.err.println("Bad JWT token: "+e.getMessage()); throw new Exception ( " Bad JWT token"); }catch (SignatureException e){ System.err.println(" BAD PUBLIC KEY"); throw new Exception ( "Bad signature in JWT token"); } catch (ExpiredJwtException e){ System.err.println("Expired JWT token: "+e.getMessage()); throw new Exception ( "Expired JWT token: "+e.getMessage()); } } } ================================================ FILE: backend/src/java/com/aralink/sslsignature/sso/jwt/JWTServlet.java ================================================ package com.aralink.sslsignature.sso.jwt; import io.jsonwebtoken.Claims; import java.io.IOException; import javax.servlet.ServletConfig; import javax.servlet.ServletException; import javax.servlet.http.HttpServlet; import javax.servlet.http.HttpServletRequest; import javax.servlet.http.HttpServletResponse; @SuppressWarnings("serial") public class JWTServlet extends HttpServlet { private HMACKeyContainer hmacKeyContainer; private JWTManager jwtManager; public void init(ServletConfig config) throws ServletException { super.init(config); String keyFile = config.getInitParameter("keyFile"); // String issuer = config.getInitParameter("issuer"); try{ //Init HMAC key from file. If it not exists, creates a new one hmacKeyContainer = new HMACKeyContainer(keyFile); jwtManager = new JWTManager (hmacKeyContainer); }catch (IOException e){ throw new ServletException(e); } System.out.println("servlet init: "+keyFile); } public void doOptions(HttpServletRequest request, HttpServletResponse response) throws ServletException, IOException { System.out.println("OPTIONS REQUESTS "); response.addHeader("Access-Control-Allow-Origin", "*"); } public void doGet(HttpServletRequest request, HttpServletResponse response) throws ServletException, IOException { doPost(request,response); } public void doPost(HttpServletRequest request, HttpServletResponse response) throws ServletException, IOException { String jwt = request.getParameter("jwt"); if (jwt != null){ AuthenticationOperation result = null; //validateToken try{ Claims body = jwtManager.validateJWT(jwt); //Validation successful result = new AuthenticationOperation(body); System.out.println("JWT validation SUCCESS for SUB: "+body.getSubject()); }catch (Exception e){ //Validation fail result = new AuthenticationOperation(e); System.err.println("JWT validation failed: "+e.getMessage()); } //Response JSON & enable CORS response.setContentType("application/json"); response.addHeader("Access-Control-Allow-Origin", "*"); System.out.println(result.toJSON()); response.getWriter().print(result.toJSON()); } else { //Issue new token jwt = jwtManager.issueJWT(request.getParameterMap()); System.out.println("Issued new JWT "+jwt); //Response TEXT & enable CORS response.setContentType("text/html"); response.addHeader("Access-Control-Allow-Origin", "*"); response.getWriter().print(jwt); } } public void destroy() { // do nothing. } } ================================================ FILE: backend/src/web/WEB-INF/web.xml ================================================ SSLSIGNATURE {env.SVN_REVISION} 300 jwt com.aralink.sslsignature.sso.jwt.JWTServlet keyFile jwt.hmac jwt /jwt ================================================ FILE: build/build.xml ================================================ ================================================ FILE: build/gruntfile.js ================================================ module.exports = function(grunt) { // Project configuration. grunt.initConfig({ pkg: grunt.file.readJSON('package.json'), uglify: { options: { banner: '/*! <%= pkg.name %> <%= grunt.template.today("yyyy-mm-dd") %> */\n' }, build: { src: '../client/resources/js/<%= pkg.name %>*.js', dest: '<%= pkg.name %>.min.js' } }, uglify: { build: { src: '../client/resources/html/*.js', dest: 'sso.min.js' } } }); // Load the plugin that provides the "uglify" task. grunt.loadNpmTasks('grunt-contrib-uglify'); // Default task(s). grunt.registerTask('default', ['uglify']); }; ================================================ FILE: build/ivy.xml ================================================ ================================================ FILE: build/package.json ================================================ { "name": "sslssso", "version": "1.0.0", "devDependencies": { "grunt": "~0.4.5", "grunt-contrib-jshint": "~0.10.0", "grunt-contrib-nodeunit": "~0.4.1", "grunt-contrib-uglify": "~0.5.0" } } ================================================ FILE: client/resources/html/sso.html ================================================ SSLSignature SSO IFRAME ================================================ FILE: client/resources/html/sso.js ================================================ var validationUrl; var validate; var accountId; var tokenId; var apiKey; function onIdentification(operation){ log(LogLevels.INFO ,"[SSO IFRAME] fire event onidentification jwt: "+ operation.jwt); //var domain = getGetParam2("domain"); //if (!domain || domain=="") domain = "*"; postMessageToListeners (operation,domain); } function onLogout(){ log(LogLevels.INFO ,"[SSO IFRAME] fire event onlogout "); //var domain = getGetParam2("domain"); //if (!domain || domain=="") domain = "*"; log(LogLevels.DEBUG,"[SSO IFRAME] postMessage to: "+ domain); var operation = {action:"sso.onlogout"}; postMessageToListeners (operation,domain); } function onLoad(){ log(LogLevels.INFO ,"[SSO IFRAME] fire event onload "); //var domain = getGetParam2("domain"); //if (!domain || domain=="") domain = "*"; log(LogLevels.DEBUG,"[SSO IFRAME] postMessage to: "+ domain); var operation = {action:"sso.onload"}; postMessageToListeners (operation,domain); } function postMessageToListeners (operation, domain){ log(LogLevels.DEBUG,"[SSO IFRAME] postMessage "+operation.action+" to: "+ domain); if (window.attachEvent) { // IE before version 9 window.parent.postMessage(JSON.stringify(operation), domain); } else { window.parent.postMessage(operation, domain); } } function doLogout(){ log(LogLevels.INFO,"[SSO IFRAME] logout "); localStorage.removeItem(tokenId); onLogout(); } function doLogin(jwt){ log(LogLevels.INFO,"[SSO IFRAME] login :"+jwt); localStorage.setItem(tokenId,jwt); /*if (isIE()){ //Mas mierda de IE. En el caso de IE11 no sincroniza entre pestaas si no haces esta guarrera. Y tampoco va localStorage.setItem('dummy', 'dummyvalue'); localStorage.removeItem('dummy'); } */ } function localStorageHandler(e) { log(LogLevels.DEBUG,'[SSO IFRAME] Successfully communicate with other tab'); log(LogLevels.DEBUG,'[SSO IFRAME] Received data: ' + localStorage.getItem(tokenId)); var jwtsso = localStorage.getItem(tokenId); if (jwtsso){ validateJWT (jwtsso); } else { onLogout(); } } function localStorageHandlerIE8(e) { log(LogLevels.DEBUG,'[SSO IFRAME] Successfully communicate with other tab IE8'); // var jwtsso = localStorage.getItem(tokenId); -> old value in IE // timeout waiting IE8 browser to update the new value setTimeout(function(){ var jwtsso = localStorage.getItem(tokenId); // new value if (jwtsso){ validateJWT (jwtsso); } else { onLogout(); } }, 1); // delay } function listener(event){ //if ( event.origin !== "https://pfb.sslsignature.com" ){ // return; //} log(LogLevels.DEBUG,"[SSO IFRAME] received event "); var data = event.data; //Chrome, firefox, IE11 , etc if (event.data && !event.data.action){ //<=IE8 & IE9 porque no soporta JSON en objetos de mensaje data = eval('(' + event.data+ ')'); } if(data.hasOwnProperty('action')) { log(LogLevels.DEBUG,"[SSO IFRAME] received event "+data.action); var action = data.action; if (action == 'logout'){ doLogout(); } else if (action == 'login'){ if (data.hasOwnProperty('jwt')){ doLogin(data.jwt); } } } else { log(LogLevels.WARN,"[SSO IFRAME] received unknown event "); } } function validateJWT(jwtsso){ if (validate && validationUrl){ //Invoke server to get remote validation of token signature, parse and return extra data if necessary validateJWTRemote(jwtsso); } else { //Do not validate. Expected token validation on first usage of jwt parseJWTLocal(jwtsso); } } function validateJWTRemote(jwtsso){ log(LogLevels.DEBUG,"[SSO IFRAME] Remote validation of JWT with url: "+validationUrl+ " accountId:"+ accountId+ " apiKey:"+apiKey); jwt = new JWT(jwtsso); log(LogLevels.DEBUG,jwt.payload()); var rest = new RestClient(validationUrl,accountId,apiKey); /* POST validationUrl jwt={jwtsso} Expected JSON response {status:SUCCESS,sub:yourUserId, jwt:newTokenIfNeeded, eidentifier:username, name:fullname, email:useremail, ... } or {AuthenticationOperation: {status:SUCCESS,sub:...} } */ rest.validateJWT(jwtsso, function (obj){ var operation = obj; if (obj.AuthenticationOperation){ operation = obj.AuthenticationOperation; } log(LogLevels.DEBUG,"[SSO IFRAME] Validating token "+operation.status); if (operation.status == 'SUCCESS') { log(LogLevels.INFO,"[SSO IFRAME] token is valid "); if (operation.jwt && operation.jwt != jwtsso){ log(LogLevels.INFO,"[SSO IFRAME] Backend issued a new JWT. Replace current token"); doLogin(operation.jwt); } else { operation.jwt = jwtsso; } operation.action = "sso.onidentification"; //Identification successful. Fire onIdentification event onIdentification(operation); } else { localStorage.removeItem(tokenId); log(LogLevels.ERROR,"[SSO IFRAME] invalid token: "+operation.error); } //Authentication process finish. //fire onload event onLoad(); }, function(err) { log(LogLevels.DEBUG,err); }); } function parseJWTLocal(jwtsso){ log(LogLevels.INFO,"[SSO IFRAME] Local parse of JWT (no signature validation)"); try{ var jwt = new JWT(jwtsso); var payload = jwt.payload(); log(LogLevels.DEBUG,payload); if (jwt.isExpired()) throw ("JWT expired"); //We have not validated. So UNKNOWN payload.status = 'UNKNOWN'; payload.action = "sso.onidentification"; payload.jwt = jwtsso; //Identification finished. Fire onIdentification event onIdentification(payload); } catch (err){ //Bad token. remove it localStorage.removeItem(tokenId); log(LogLevels.ERROR,"[SSO IFRAME] invalid token: "+err); } //Authentication process finish. //fire onload event onLoad(); } function ready(){ var jwtsso = localStorage.getItem(tokenId); log(LogLevels.INFO,"[SSO IFRAME] ready"); log(LogLevels.DEBUG,"[SSO IFRAME] " + tokenId + " = "+jwtsso); if (jwtsso){ validateJWT (jwtsso); } else { //OnLoad must be the last method invocation. Invoked head or from validateJWT after token validation onLoad(); } } function init(config){ //Listener for localStorage changes of ssls.sso.jwt.[accountId] tokens if (window.addEventListener) { // Normal browsers window.addEventListener("storage", localStorageHandler, false); } else { // for IE (why make your life more difficult) //Adems hay que suscribierse al documento y no al windows //Y para acabar de tocar los huevos, localStorage.getItem devuelve el valor viejo y no el nuevo. Por supuesto el evento no lleva la informacion //window.attachEvent("onstorage", localStorageHandlerIE8); document.attachEvent("onstorage", localStorageHandlerIE8); }; //Iframe message listener from SSO clients if (window.addEventListener){ addEventListener("message", listener, false); } else { attachEvent("onmessage", listener); } //onLoad document listener if (window.addEventListener) { // W3C standard window.addEventListener('load', ready, false); // NB **not** 'onload' } else if (window.attachEvent){ // Microsoft window.attachEvent('onload', ready); } validationUrl = config.validationUrl; validate = config.validate; accountId = config.accountId; tokenId = config.tokenId; apiKey = config.apiKey; log(LogLevels.INFO,"[SSO IFRAME] inited"); } //init(); ================================================ FILE: client/resources/html/sso_common.js ================================================ var LogLevels = {DEBUG:0, INFO:1, WARN:2, ERROR:3}; var logLevel = LogLevels.DEBUG; var console = window.console || { log: function() {} }; var Base64={_keyStr:"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=",encode:function(e){var t="";var n,r,i,s,o,u,a;var f=0;e=Base64._utf8_encode(e);while(f>2;o=(n&3)<<4|r>>4;u=(r&15)<<2|i>>6;a=i&63;if(isNaN(r)){u=a=64}else if(isNaN(i)){a=64}t=t+this._keyStr.charAt(s)+this._keyStr.charAt(o)+this._keyStr.charAt(u)+this._keyStr.charAt(a)}return t},decode:function(e){var t="";var n,r,i;var s,o,u,a;var f=0;e=e.replace(/[^A-Za-z0-9+/=]/g,"");while(f>4;r=(o&15)<<4|u>>2;i=(u&3)<<6|a;t=t+String.fromCharCode(n);if(u!=64){t=t+String.fromCharCode(r)}if(a!=64){t=t+String.fromCharCode(i)}}t=Base64._utf8_decode(t);return t},_utf8_encode:function(e){e=e.replace(/rn/g,"n");var t="";for(var n=0;n127&&r<2048){t+=String.fromCharCode(r>>6|192);t+=String.fromCharCode(r&63|128)}else{t+=String.fromCharCode(r>>12|224);t+=String.fromCharCode(r>>6&63|128);t+=String.fromCharCode(r&63|128)}}return t},_utf8_decode:function(e){var t="";var n=0;var r=c1=c2=0;while(n191&&r<224){c2=e.charCodeAt(n+1);t+=String.fromCharCode((r&31)<<6|c2&63);n+=2}else{c2=e.charCodeAt(n+1);c3=e.charCodeAt(n+2);t+=String.fromCharCode((r&15)<<12|(c2&63)<<6|c3&63);n+=3}}return t}} function log(level, object){ if (level >= logLevel){ console.log (object); } } function getOrigin(){ if (!window.location.origin) { window.location.origin = window.location.protocol + "//" + window.location.hostname + (window.location.port ? ':' + window.location.port: ''); } return window.location.origin; } function getGetParam (vr){ var src = String( window.location.href ).split('?')[1]; if (src != null) { var vrs = src.split('&'); for (var x = 0, c = vrs.length; x < c; x++) { if (vrs[x].indexOf(vr) == 0){ return decodeURI( vrs[x].split('=')[1] ); break; }; }; } else { return ""; } }; function JWT (jwt){ "use strict"; this.header = function() { var headerB64u = jwt.substring(0,jwt.indexOf('.')); var headerB64 = _b64utob64(headerB64u); var headerJSON = Base64.decode(headerB64); var header = JSON.parse( headerJSON ); return header; }; this.payload = function() { var payloadB64u = jwt.substring(jwt.indexOf('.') + 1, jwt.lastIndexOf('.')); var payloadB64 = _b64utob64(payloadB64u); var payloadJSON = Base64.decode(payloadB64); var payload = JSON.parse( payloadJSON ); return payload; }; this.isExpired = function(){ var body = this.payload(); if (body.exp){ return body.exp <= Date.now()/1000; } else { return true; } }; function _b64tob64u(a){ a=a.replace(/\=/g,""); a=a.replace(/\+/g,"-"); a=a.replace(/\//g,"_"); return a; }; function _b64utob64(a){ if(a.length%4==2){ a=a+"=="; }else{ if(a.length%4==3){ a=a+"="; } } a=a.replace(/-/g,"+"); a=a.replace(/_/g,"/"); return a; }; }; ================================================ FILE: client/resources/html/sso_rest.js ================================================ function RestClient (host,accountId,apiKey,scheme){ "use strict"; //this.host = host; //this.accountId = accountId; //this.apiKey = apiKey; scheme = _validateScheme(scheme); this.validateJWT = function (jwt,fulfill,reject){ //var uri = host+'/sso/' + accountId + '/jwt'; var uri = host; var request = {'jwt':jwt}; return _postFormNoJQuery(uri,request,fulfill,reject); }; function _validateScheme(scheme){ if (!scheme) scheme = "Basic"; if ( !(scheme == 'Basic' || scheme == 'JWT' || scheme == 'CJWT' )) throw "Scheme " + scheme + "not valid"; return scheme; } function _makeAuth(scheme, user, password) { var tok = user + ':' + password; var hash; if (window.btoa){ hash = btoa(tok); } else { hash = Base64.encode(tok); } return scheme + " " + hash; } function _get(url,fulfill,reject){ var contentType = "application/json; charset=utf-8"; log(LogLevels.INFO, "GET "+url+ " "+contentType); $.support.cors = true; $.ajax({ type: "GET", //GET or POST or PUT or DELETE verb url: url, // Location of the service crossdomain: true, contentType: contentType, accepts: { text: "application/json" }, dataType: "json", beforeSend: function (xhr) { xhr.setRequestHeader("Authorization", _makeAuth(scheme, accountId,apiKey)); } }).done(function (response) { response = _decodeJson(response); fulfill(response); }).fail(function (err) { reject(err); }); } function _post(url, request,fulfill,reject){ var contentType = "application/json; charset=utf-8"; var jsondata = null; if (request) jsondata = JSON.stringify(request, null, 4); log(LogLevels.INFO, "POST "+url+ " "+contentType); log(LogLevels.DEBUG, " Request: "+jsondata); $.support.cors = true; $.ajax({ type: "POST", //GET or POST or PUT or DELETE verb url: url, // Location of the service data: jsondata, //Data sent to server contentType: contentType, crossdomain: true, beforeSend: function (xhr) { xhr.setRequestHeader("Authorization", _makeAuth(scheme, accountId,apiKey)); } }).done(function (response) { response = _decodeJson(response); fulfill(response); }).fail(function (err) { reject(err); }); } function _postForm(url, request,fulfill,reject){ //return new Promise(function(fulfill, reject) { //var contentType = "application/json; charset=utf-8"; var contentType = "application/x-www-form-urlencoded"; var jsondata = null; if (request) jsondata = JSON.stringify(request, null, 4); log(LogLevels.INFO, "POST "+url+ " "+contentType); log(LogLevels.DEBUG, " Request: "+jsondata); $.support.cors = true; $.ajax({ type: "POST", //GET or POST or PUT or DELETE verb url: url, // Location of the service data: request, //Data sent to server contentType: contentType, crossdomain: true, beforeSend: function (xhr) { xhr.setRequestHeader("Authorization", _makeAuth(scheme, accountId,apiKey)); } }).done(function (response) { response = _decodeJson(response); fulfill(response); }).fail(function (err) { reject(err); }); //}); } function _postFormNoJQuery(url, request,fulfill,reject){ var contentType = "application/x-www-form-urlencoded"; var jsondata = null; if (request) jsondata = JSON.stringify(request, null, 4); log(LogLevels.INFO, "POST "+url+ " "+contentType); log(LogLevels.DEBUG, " Request: "+jsondata); _ajax.post( url, request, function (response) { response = _decodeJson(response); fulfill(response); }); } function _delete(url,fulfill,reject){ var contentType = "application/json; charset=utf-8"; var jsondata = null; log(LogLevels.INFO, "DELETE "+url+ " "+contentType); $.support.cors = true; $.ajax({ type: "DELETE", //GET or POST or PUT or DELETE verb url: url, // Location of the service data: jsondata, //Data sent to server contentType: contentType, crossdomain: true, beforeSend: function (xhr) { xhr.setRequestHeader("Authorization", _makeAuth(scheme, accountId,apiKey)); } }).done(function (response) { response = _decodeJson(response); fulfill(response); }).fail(function (err) { reject(err); }); } function _isAbv(value) { var ArrayBufferView = Object.getPrototypeOf(Object.getPrototypeOf(new Uint8Array)).constructor; return value instanceof ArrayBufferView; } function _isAb(value) { return value && value instanceof ArrayBuffer && value.byteLength; } function _postStream(url, data,fulfill,reject){ var contentType = "application/octet-stream"; log(LogLevels.INFO, "POST "+url+ " "+contentType); log(LogLevels.DEBUG, data); if (!_isAbv(data) && !_isAb(data)) throw "data is not an ArrayBuffer"; $.support.cors = true; $.ajax({ type: "POST", //GET or POST or PUT or DELETE verb url: url, // Location of the service data: data, //Data sent to server contentType: contentType, processData: false, crossdomain: true, beforeSend: function (xhr) { xhr.setRequestHeader("Authorization", _makeAuth(scheme, accountId,apiKey)); } }).done(function (response) { response = _decodeJson(response); fulfill(response); }).fail(function (err) { reject(err); }); } function _decodeJson(response) { if (response){ var jsonresponse = response; if (typeof response === 'object') jsonresponse = JSON.stringify(response, null, 4); log(LogLevels.DEBUG, " Response: "+jsonresponse); var obj = JSON.parse( jsonresponse ); return obj; }else { log(LogLevels.DEBUG, " Response: NULL"); return; } } function _convertMimetype(mimetype){ if (mimetype == 'gallery/manual') return 'application/pdf'; else if (mimetype == 'application/binary') return 'application/pdf'; return mimetype; } var _ajax = {}; _ajax.x = function () { if (typeof XMLHttpRequest !== 'undefined') { return new XMLHttpRequest(); } var versions = [ "MSXML2.XmlHttp.6.0", "MSXML2.XmlHttp.5.0", "MSXML2.XmlHttp.4.0", "MSXML2.XmlHttp.3.0", "MSXML2.XmlHttp.2.0", "Microsoft.XmlHttp" ]; var xhr; for (var i = 0; i < versions.length; i++) { try { xhr = new ActiveXObject(versions[i]); break; } catch (e) { } } return xhr; }; _ajax.send = function (url, callback, method, data, async) { if (async === undefined) { async = true; } var x = _ajax.x(); x.open(method, url, async); x.onreadystatechange = function () { if (x.readyState == 4) { callback(x.responseText); } }; if (method == 'POST') { x.setRequestHeader('Content-type', 'application/x-www-form-urlencoded'); } x.send(data); }; _ajax.get = function (url, data, callback, async) { var query = []; for (var key in data) { query.push(encodeURIComponent(key) + '=' + encodeURIComponent(data[key])); } _ajax.send(url + (query.length ? '?' + query.join('&') : ''), callback, 'GET', null, async); }; _ajax.post = function (url, data, callback, async) { var query = []; for (var key in data) { query.push(encodeURIComponent(key) + '=' + encodeURIComponent(data[key])); } _ajax.send(url, callback, 'POST', query.join('&'), async); }; }; ================================================ FILE: client/resources/js/sslssso.js ================================================ sslssso = new sslssso(); var console = window.console || { log: function() {} }; function Observable(){ this.listen = function(type, method, scope, context) { var listeners, handlers; if (!(listeners = this.listeners)) { listeners = this.listeners = {}; } if (!(handlers = listeners[type])){ handlers = listeners[type] = []; } scope = (scope ? scope : window); handlers.push({ method: method, scope: scope, context: (context ? context : scope) }); } this.fireEvent = function(type, data, context) { var listeners, handlers, i, n, handler, scope; if (!(listeners = this.listeners)) { return; } if (!(handlers = listeners[type])){ return; } for (i = 0, n = handlers.length; i < n; i++){ handler = handlers[i]; if (typeof(context)!=="undefined" && context !== handler.context) continue; if (handler.method.call( handler.scope, this, type, data )===false) { return false; } } return true; } }; function sslssso (){ //"use strict"; var DEFAULT_IFRAME_URI = "../html/sso.html"; var obs = new Observable(); var config = {}; /* obs.listen("sso.onload", function(observable, eventType, data){ console.log("----------------"); console.log("sso.onload"); console.log("----------------"); }); */ this.listen = function(type, method, scope, context){ obs.listen(type,method,scope,context); } this.logout = function (){ var message = {action: "logout"}; postSSOMessage(message, _getUrl()); } this.login = function (jwt){ var message = {action: "login",jwt:jwt}; postSSOMessage(message, _getUrl()); } function _getMeta(name){ var metas = document.getElementsByTagName('meta'); for (var i=0; i jwtInfo = new HashMap(); jwtInfo.put("sub", "theSub"); jwtInfo.put("eidentifier", "theEidentifier"); jwtInfo.put("name", "theName"); jwtInfo.put("phone", "thePhone"); jwtInfo.put("other", "theOther"); //REquest a new JWT to server String jwt = client.postForm("/sso/jwt", jwtInfo); SimpleConsoleLogger.info(jwt); Assert.assertNotNull(jwt); //Validate the token signature Map jwtValidationInfo = new HashMap(); jwtValidationInfo.put("jwt", jwt); String authenticationResponseJson = client.postForm("/sso/jwt", jwtValidationInfo); SimpleConsoleLogger.info(authenticationResponseJson); //JWT token validated on server to Java Object Map map = new HashMap(); ObjectMapper mapper = new ObjectMapper(); map = mapper.readValue(authenticationResponseJson, new TypeReference>(){}); SimpleConsoleLogger.info("STATUS: "+map.get("status")+ " eidentifier"+ map.get("eidentifier")); Assert.assertEquals("SUCCESS", map.get("status")); } @Test public void alteredJWT() throws Exception { Map jwtInfo = new HashMap(); jwtInfo.put("sub", "theSub"); jwtInfo.put("eidentifier", "theEidentifier"); jwtInfo.put("name", "theName"); jwtInfo.put("phone", "thePhone"); jwtInfo.put("other", "theOther"); //REquest a new JWT to server String jwt = client.postForm("/sso/jwt", jwtInfo); SimpleConsoleLogger.info(jwt); Assert.assertNotNull(jwt); //Signature modified jwt = jwt + "XXX"; //Validate the token signature Map jwtValidationInfo = new HashMap(); jwtValidationInfo.put("jwt", jwt); String authenticationResponseJson = client.postForm("/sso/jwt", jwtValidationInfo); SimpleConsoleLogger.info(authenticationResponseJson); //JWT token validated on server to Java Object Map map = new HashMap(); ObjectMapper mapper = new ObjectMapper(); map = mapper.readValue(authenticationResponseJson, new TypeReference>(){}); SimpleConsoleLogger.info("STATUS: "+map.get("status")+ " eidentifier"+ map.get("eidentifier")); Assert.assertEquals("FAIL", map.get("status")); } @Test public void fakeJWT() throws Exception { //Create a token with a key autogenerated (not server key) Key key = MacProvider.generateKey(JWTManager.DEFAULT_HMAC_KEY_ALGORITHM); String jwt = Jwts.builder() .setSubject("fake") .signWith(JWTManager.DEFAULT_HMAC_SIGNATURE_ALGORITHM, key).compact(); //Validate token Map jwtValidationInfo = new HashMap(); jwtValidationInfo.put("jwt", jwt); String authenticationResponseJson = client.postForm("/sso/jwt", jwtValidationInfo); SimpleConsoleLogger.info(authenticationResponseJson); //JWT token validated on server to Java Object Map map = new HashMap(); ObjectMapper mapper = new ObjectMapper(); map = mapper.readValue(authenticationResponseJson, new TypeReference>(){}); SimpleConsoleLogger.info("STATUS: "+map.get("status")+ " eidentifier"+ map.get("eidentifier")); Assert.assertEquals("FAIL", map.get("status")); } } ================================================ FILE: test/java/com/aralink/sslsignature/sso/jwt/test/RestClient.java ================================================ package com.aralink.sslsignature.sso.jwt.test; import java.io.BufferedReader; import java.io.IOException; import java.io.InputStream; import java.io.InputStreamReader; import java.io.OutputStream; import java.net.HttpURLConnection; import java.net.URL; import java.util.Map; import javax.xml.bind.DatatypeConverter; public class RestClient { private static final String CONTENT_TYPE_OCTET_STREAM = "application/octet-stream"; private static final String CONTENT_TYPE_JSON = "application/json"; private static final String CONTENT_TYPE_FORM = "application/x-www-form-urlencoded"; private String baseurl; private String user; private String password; public RestClient (String url){ setUrl(url); } public RestClient (String url, String user, String password){ setUrl(url); setUser(user); setPassword(password); } public String getUrl() { return baseurl; } public void setUrl(String url) { this.baseurl = url; } public String getUser() { return user; } public void setUser(String user) { this.user = user; } public String getPassword() { return password; } public void setPassword(String password) { this.password = password; } public String postJson(String uri, String jsonRequest) throws IOException{ HttpURLConnection conn = getConnection("POST",uri,CONTENT_TYPE_JSON); conn.connect(); SimpleConsoleLogger.debug("request body: "+jsonRequest); upload(conn,jsonRequest.getBytes()); return processJsonResponse(conn); } public String postForm(String uri, Map formParams) throws IOException{ HttpURLConnection conn = getConnection("POST",uri,CONTENT_TYPE_FORM); conn.connect(); String request = serialize(formParams); SimpleConsoleLogger.debug("request body: "+formParams); upload(conn,request.getBytes()); return processJsonResponse(conn); } public String post(String uri) throws IOException{ HttpURLConnection conn = getConnection("POST",uri,CONTENT_TYPE_JSON); conn.connect(); return processJsonResponse(conn); } public String get(String uri) throws IOException{ HttpURLConnection conn = getConnection("GET",uri,CONTENT_TYPE_JSON); conn.setRequestProperty("Accept", CONTENT_TYPE_JSON); conn.connect(); return processJsonResponse(conn); } public InputStream getStream(String uri) throws IOException{ HttpURLConnection conn = getConnection("GET",uri,CONTENT_TYPE_JSON); conn.connect(); return processStreamResponse(conn); } public String delete(String uri) throws IOException{ HttpURLConnection conn = getConnection("DELETE",uri,CONTENT_TYPE_JSON); conn.connect(); return processJsonResponse(conn); } public String postStream(String uri, byte data[])throws IOException{ HttpURLConnection conn = getConnection("POST",uri,CONTENT_TYPE_OCTET_STREAM); conn.connect(); upload(conn,data); return processJsonResponse(conn); } private String processJsonResponse(HttpURLConnection conn)throws IOException{ int statusCode = conn.getResponseCode(); SimpleConsoleLogger.info("response code: "+statusCode); if (statusCode == 200 ||statusCode == 201 ||statusCode == 204) { //OK InputStream is = conn.getInputStream(); String responseString = read(is); SimpleConsoleLogger.debug("response body: "+responseString); return responseString; } else { InputStream is =conn.getErrorStream(); String error = read(is); throw new IOException(error); } } private InputStream processStreamResponse(HttpURLConnection conn)throws IOException{ //Recibe respuesta int statusCode = conn.getResponseCode(); SimpleConsoleLogger.info("response code: "+statusCode); if (statusCode == 200 ||statusCode == 201) { InputStream is = conn.getInputStream(); return is; } else { InputStream is =conn.getErrorStream(); String error = read(is); throw new IOException(error); } } private void upload(HttpURLConnection conn, byte data[]) throws IOException{ OutputStream os = conn.getOutputStream(); os.write(data); os.flush(); os.close(); } private HttpURLConnection getConnection(String method,String uri, String contentType) throws IOException{ String URL = baseurl + uri; SimpleConsoleLogger.info(method+" "+URL); SimpleConsoleLogger.debug("username:"+user+ " PASSWORD:"+password); URL url = new URL(URL); HttpURLConnection conn = (HttpURLConnection)url.openConnection(); conn.setRequestMethod(method); if ("POST".equals(method)) conn.setDoOutput(true); if (user != null){ String basicAuth = "Basic " + DatatypeConverter.printBase64Binary((user+":"+password).getBytes()); conn.setRequestProperty ("Authorization", basicAuth); conn.setRequestProperty("Content-Type",contentType); } return conn; } private static String read(InputStream in) throws IOException{ InputStreamReader is = new InputStreamReader(in); StringBuilder sb=new StringBuilder(); BufferedReader br = new BufferedReader(is); String read = br.readLine(); while(read != null) { sb.append(read); read =br.readLine(); } is.close(); return sb.toString(); } private static String serialize(Map params){ StringBuffer buf = new StringBuffer(); String prefix = ""; for (String key:params.keySet()){ buf.append(prefix).append(key).append("=").append(params.get(key)); prefix="&"; } return buf.toString(); } } ================================================ FILE: test/java/com/aralink/sslsignature/sso/jwt/test/SimpleConsoleLogger.java ================================================ package com.aralink.sslsignature.sso.jwt.test; public class SimpleConsoleLogger { public enum Level { ERROR, WARN, INFO, DEBUG,TRACE} /* public enum Level { ERROR(0), WARN(1), INFO(2), DEBUG(3),TRACE(4); private final int id; Level(int id) { this.id = id; } public int getValue() { return id; } }; */ private static Level level = Level.INFO; public static void setLevel (Level l){ level = l; } public static Level getLevel(){ return level; } public static void info(String message){ log(Level.INFO,message); } public static void error(String message){ log(Level.ERROR,message); } public static void warn(String message){ log(Level.WARN,message); } public static void debug(String message){ log(Level.DEBUG,message); } public static void trace(String message){ log(Level.TRACE,message); } public static void log(Level level, String message){ log(level,message,null); } public static void log(Level level, String message, Throwable throwable){ if (level.ordinal() <= getLevel().ordinal()){ System.out.println(level.name()+ " "+message); if (throwable != null) throwable.printStackTrace(); } } } ================================================ FILE: test/web/hosted/index.html ================================================ SSLSignature - CryptoKeys ================================================ FILE: test/web/hosted/js/config.js ================================================ var config = { apiUrl: 'https://produccion.sslsignature.com/sslsignature', accountId: '5995a3c9-678b-4338-a674-362af68b9ef9', apiKey: "Qt89SdnW", tokenType: "Basic", cryptobankingAppImage: "../images/qr_cb_des.jpg", cryptobankingAppKey:"AIzaSyASSQmFExB9NNfNzhlsihdI0TQi5m8G6uY", registerSuccessUrl: 'https://produccion.sslsignature.com/sso/hosted/index.html', signInSuccessUrl: 'https://produccion.sslsignature.com/sso/hosted/index.html', signInOptions: ["CERTIFICATE", "CLAVE","CRYPTOKEYS","WEBCRYPTO", "PASSWORD"], siteTitle: "SSLSignature Sample Login Form", siteDescription: "Select ID method" }; ================================================ FILE: test/web/hosted/js/index.js ================================================ var uAg = navigator.userAgent.toLowerCase(); var isMobile = !!uAg.match(/android|iphone|ipad|ipod|blackberry|symbianos/i); var keyStore = null; var ssls = null; var userId = null; var userConnected = null; var keyRequest =null; var currentKey = null; var jwt = null; var otp = null; var deviceId = null; var deviceDescription = null; var deviceCharacteristics = null; var identified = false; function start(conf){ config = conf; ssls = new SSLSignature(config.apiUrl, config.accountId, config.apiKey,config.tokenType); console.log ("Create sslsignature service agent url:"+config.apiUrl+ " accountId:"+config.accountId+ " "+config.apiKey); } $(document).ready(function(){ //Evita que IE11 cachee peticiones $.ajaxSetup({ cache: false }) //$('.modificable').on('change input',initRequest); //$('#abortButton').hide(); $('#showOnlyActive').change(function() { listDevices(userId); }); otp = getGetParam('otp'); var browserInfo = getBrowserInfo(); deviceDescription = browserInfo.name+ " "+browserInfo.version+ "("+navigator.platform+")"; deviceCharacteristics = navigator.userAgent; /* new Fingerprint2().get(function(result){ console.log("deviceId:"+ result); deviceId = result; }); */ console.log ("deviceDescription: "+deviceDescription); console.log ("deviceCharacteristics: "+deviceCharacteristics); }); ///////////////////// //////// SSO METHODS ///////////////////// function onIdentification(operation){ console.log("SSO PAGE onIdentification"); identificationPerformed({AuthenticationOperation:operation}); identified = true; } function onLoad(){ console.log("SSO PAGE onLoad"); if (!identified){ if (otp){ recoverFailedIdentification (otp); } else { configureForm('notidentified'); } } } function onLogout(){ console.log("SSO PAGE onLogout"); configureForm('notidentified'); } ///////////////////// //////// ///////////////////// function configureForm(mode){ if (mode == 'notidentified'){ $('#notIdentified').show(); $('#identified').hide(); $("#logged").hide(); }else if (mode == 'identificationFailed'){ $('#notIdentified').hide(); $('#identified').show(); $('#idOk').hide(); $('#idFailed').show(); $("#logged").hide(); }else if (mode == 'notregistered'){ $('#notIdentified').hide(); $('#identified').show(); $('#idOk').show(); $('#idFailed').hide(); $("#logged").hide(); } else if (mode =='logged'){ $('#notIdentified').hide(); $('#identified').hide(); $("#logged").show(); $("#newDevice").show(); $("#registeredDevice").hide(); $("#signedTransaction").hide(); } else if (mode =='registeredDevice'){ $('#notIdentified').hide(); $('#identified').hide(); $("#logged").show(); $("#newDevice").hide(); $("#registeredDevice").show(); $("#signedTransaction").show(); } } function recoverFailedIdentification(otp){ console.log("Identification failed. OTP with description = "+otp) ssls.login(otp).then(function (obj){ identificationPerformed(obj); }).catch (function (result){ console.log(result); configureForm('notidentified'); }); } function identificationPerformed(obj){ console.log ("Identification performed with status: "+obj.AuthenticationOperation.status); //Muestra la información de la autenticación, sea correcta o no if (obj.AuthenticationOperation.status == 'SUCCESS') { var userId = obj.AuthenticationOperation.userId; var jwt = obj.AuthenticationOperation.jwt; if (jwt){ console.log ("JWT: "+jwt); } infoSignature(obj); if (userId){ console.log ("User registered with userId "+userId); configureForm('logged'); login(userId, jwt,"JWT"); } else { console.log ("User identified but not registered") configureForm('notregistered') } } else { console.log ("Identification failed: "+obj.AuthenticationOperation.error) infoSignature(obj); configureForm('identificationFailed'); } } function infoSignature(obj) { var status = obj.AuthenticationOperation.status; var error = ""; var infoSection =""; var alertClass = ""; if (status == "SUCCESS" || status=="UNKNOWN"){ image = ""; status = "ID successful"; alertClass = "alert alert-success well-sm"; }else if (status == "FAIL"){ image = ""; status = "ID fail "+obj.AuthenticationOperation.error; alertClass = "alert alert-danger well-sm"; } status = status +" ("+obj.AuthenticationOperation.mode+") perfomed at "+obj.AuthenticationOperation.date; var nameInfo = "Name: "+obj.AuthenticationOperation.name; if (obj.AuthenticationOperation.phone){ nameInfo = nameInfo + " Phone: "+obj.AuthenticationOperation.phone; } if (obj.AuthenticationOperation.email){ nameInfo = nameInfo +" Email: "+obj.AuthenticationOperation.email ; } if (obj.AuthenticationOperation.nif){ idInfo = obj.AuthenticationOperation.nif; } else if (obj.AuthenticationOperation.eIdentifier){ idInfo = obj.AuthenticationOperation.eIdentifier; } else if (obj.AuthenticationOperation.eidentifier){ idInfo = obj.AuthenticationOperation.eidentifier; } else { idInfo = ""; } jwtInfo = "JWT: "+obj.AuthenticationOperation.jwt; infoSection = "
    " +"
  • ID: "+idInfo+"
    • " +"
  • "+nameInfo+"
    • " +"
  • "+jwtInfo+"
    • " +"
"; var section = "
" +"
" +" "+image+"" +"
" +"
" +"

"+status+"

" + infoSection + "
" + "
"; var text = $("
"+section+"
"); $('#identificationInfo').replaceWith(text); } function login (username,password,scheme){ sslsUser = new SSLSignature(config.apiUrl,username,password,scheme); sslsUser.getUser().then (function(us){ userConnected = us.User; userId = us.User.id; $("#pageTitle").html("Welcome to CryptoKeys, "+us.User.name+"!"); console.log ("log user: "+userId); if (scheme != 'JWT'){ //Autenticación basic, procedente de registro. Guardar token en SSO console.log(" Obtain JWT and store in SSO localStorage"); sslsUser.issueJWT(userId).then(function(jwtResponse){ jwt = jwtResponse.JWT.data; console.log("Issued JWT token by server: "+jwt); //Guardar token en SSO sslssso.login(jwt); //Chequear claves openCryptoKeyStore(); }).catch (function (err){ console.log(err); callFailed(err); }); } else { //Chequear claves openCryptoKeyStore(); } return sslsUser.issueJWT(userId); }).then (function (jwtResponse){ jwt = jwtResponse.JWT.data; console.log("Issued JWT token by server: "+jwt); }).catch (function (err){ console.log(err); callFailed(err); }); } function openCryptoKeyStore(){ keyStore = new KeyStore(); keyStore.open("CBKeyStore").then(function() { console.log ("KeyStore opened"); //Buscamos si en el navegador hay una key asociada a la cuenta de usuario return keyStore.getKey("name",userId); }).then (function (pkcs12Entry){ console.log("Key exists. Validate with server signing and example text"); validateCurrentKeyAndRequestIfNotValid(pkcs12Entry); }).catch (function (err){ console.log(err); console.log("Key does not exists. Enable button so user can request one"); configureNewKeyForm(); //requestAKey(); }); } function keyExists(pkcs12Entry){ currentKey = pkcs12Entry; listDevices(userId); configureForm('registeredDevice'); window.location="#userAuthentication"; } function requestAKey(){ configureForm('logged'); ssls.keyRequest(userConnected.id).then (function (kr){ console.log ("key requested"); keyRequest = kr; }).catch (function (err){ console.log(err); var error = "No se ha podido solicitar una nueva clave privada"; if (err && err.responseJSON ){ error = error + ": "+err.responseJSON.error; } else if (err) { error = error + ": "+err.status+ "-"+err.statusText; } error = error + "\nCon este usuario no va a poder realizar operaciones. ¿Desea borrarlo y volver a registrarse?"; if (confirm(error)) { ssls.deleteUser(userConnected.id).then (function (){ console.log("User "+userConnected.id+" deleted"); location.reload(); }).catch (function (err){ console.log("Error deleting user"+userConnected.id); location.reload(); }); } }); } function keyCreated(pkcs12Entry){ currentKey = pkcs12Entry; configureForm('registeredDevice'); listDevices(userId); } function handleLogoutClick(){ sslssso.logout(); } function handleEnrollClick () { console.log("proceed to enroll "); //Genera un par de claves privada y pública var keys = forge.pki.rsa.generateKeyPair(1024); // convierte de Forge public key a formatos PEM y DER para enviar a servidor. Esta parte sobraría con el envío de pkcs10, pero desde aquí es más fácil extraer cosas que en servidor. var publicKeyPem = forge.pki.publicKeyToPem(keys.publicKey); var subjectPublicKeyInfo = forge.pki.publicKeyToAsn1(keys.publicKey); var publicKeyInfoDer = forge.asn1.toDer(subjectPublicKeyInfo).getBytes(); var publicKeyb64 = forge.util.encode64(publicKeyInfoDer); //Crea una solicitud de certificado PKCS10 var csr = createCSR(keys,"ES",userConnected.name,userConnected.id); //Pasa a PEM format var csrPem = forge.pki.certificationRequestToPem(csr); //Resto de datos del registro de clave. Incluye la clave pública y datos del dispositivo keyRequest.KeyRequest.csrPem = csrPem; keyRequest.KeyRequest.deviceId = deviceId; keyRequest.KeyRequest.deviceDescription = deviceDescription; keyRequest.KeyRequest.deviceCharacteristics = deviceCharacteristics; keyRequest.KeyRequest.engine = "WEBCRYPTO"; keyRequest.KeyRequest.otp = $('#otp').val(); keyRequest.KeyRequest.publicKey = publicKeyb64; //Envía petición a servidor, ID de operación, OTP respondido y CSR con la clave pública ssls.keyRegister(keyRequest.KeyRequest.userId,keyRequest.KeyRequest.id,keyRequest).then (function (csrResponse){ console.log("CSR response from server"); console.log(csrResponse); var pkcsEntry = new PKCS12Entry(); pkcsEntry.fromCsrP7b(keys.privateKey,csrResponse.DeviceKey.certificatep7b); pkcsEntry.name = userConnected.id; pkcsEntry.keyId = csrResponse.DeviceKey.id; pkcsEntry.keyName = userConnected.name; return keyStore.importCertificate(pkcsEntry,false); }).then(function(pkcs12Entry) { console.log ("Imported CSR key, generated local, signed on server: "+pkcs12Entry.name); keyCreated(pkcs12Entry); }).catch (function (err){ console.log(err); enrollFailed(err); }); } function enrollFailed(result){ $('#newDeviceSend').hide(); $('#newDeviceErrorMessage').text("La identificación no ha sido correcta: "+result.status+"-"+result.responseText); $('#newDeviceErrorMessage').show(); $('#newDeviceError').show(); } function configureNewKeyForm(){ $('#otp').val(null); $('#newDeviceSend').hide(); $('#newDeviceErrorMessage').text(""); $('#newDeviceErrorMessage').hide(); $('#resendOtp').text(" Habilitar CryptoKeys "); $('#newDeviceError').show(); //requestAKey(); } function configureBadKeyForm(){ $('#otp').val(null); $('#newDeviceSend').hide(); $('#newDeviceErrorMessage').text("La clave existe pero no es válida"); $('#newDeviceErrorMessage').show(); $('#resendOtp').text(" Solicitar nueva clave "); $('#newDeviceError').show(); //requestAKey(); } function handleResendClick(){ $('#otp').val(null); $('#newDeviceError').hide(); $('#newDeviceErrorMessage').text(""); $('#resendOtp').text(" Reintentar "); $('#newDeviceSend').show(); requestAKey(); } function handleExecuteSignedTransactionClick(){ if (!currentKey){ showCheckResultMessage("No dispone de clave de firma. Por favor, validese primero.", "alert-warning"); return; } //La clave privada solo se puede usar con pin? if (currentKey.pin){ password_prompt("La clave de identificación requiere PIN para habilitar el uso. Introdúzcalo a continuación","Aceptar",320,300,executeSignedTransactionImpl); } else { executeSignedTransactionImpl(); } } function executeSignedTransactionImpl(pin){ var textToSign = "Authorization request text to sign"; var message = "1. Signing challenge with a private key
"; var st = new SignatureToken(); st.webcryptosign(textToSign,currentKey,pin).then (function (signature){ message = message + "2. Sending signature to server
"; var signatureB64 = forge.util.encode64(arrayBufferToString(signature)); console.log ("signedData: "+signatureB64); var dataB64 = forge.util.encode64(textToSign); var check ={KeyCheck:{data:dataB64,signature:signatureB64}}; return ssls.userKeyCheck(userId,check); }).then (function(){ message = message +"3. Transaction validated"; showCheckResultMessage(message, "alert-success"); }).catch (function (err){ console.log(err); message = message + "Signature not validated. Transaction can not be performed" var motivo = null; if (err && err.responseJSON) message = message +": " + err.responseJSON.error; else if (err) message = message +": " + err; showCheckResultMessage( message, "alert-danger"); }); } function validateCurrentKeyAndRequestIfNotValid(pkcs12Entry){ //La clave privada solo se puede usar con pin?. En ese caso se da por buena y ya la validaremos con la primera transacción if (pkcs12Entry.pin) return true; var textToSign = "Validating key"; var pin = null; var st = new SignatureToken(); st.webcryptosign(textToSign,pkcs12Entry,pin).then (function (signature){ var signatureB64 = forge.util.encode64(arrayBufferToString(signature)); var dataB64 = forge.util.encode64(textToSign); var check ={KeyCheck:{data:dataB64,signature:signatureB64}}; return ssls.userKeyCheck(userId,check); }).then (function(){ console.log("The key is valid"); keyExists(pkcs12Entry); }).catch (function (err){ console.log(err); console.log("The key is not valid. Deleting key for user: "+userId); keyStore.deleteKey(null,userId).then (function(){ console.log("Invalid key deleted"); currentKey = null; //requestAKey(); configureBadKeyForm(); }); }); } function doDeleteKey(){ keyStore.deleteKey(null,userId).then(function (){ console.log ("key deleted from keystore for user: "+userId); var currentKeyToRevoke = currentKey; if (currentKeyToRevoke && currentKeyToRevoke.keyId && !currentKeyToRevoke.revoked){ ssls.keyRevoke(userId,currentKeyToRevoke.keyId).then(function(){ console.log("Key revoked in server "+currentKeyToRevoke.keyId); listDevices(userId); }).catch (function (err){ console.log (err); console.log("Error revoking key in server "+currentKeyToRevoke.keyId); listDevices(userId); }); } else{ listDevices(userId); } $("#userId").val(null); currentKey = null; }).catch (function (err){ console.log(err); }); return } function showCheckResultMessage(mensaje, alertType){ if (!alertType){ alertType = "alert-info" } var text = ""; $('#checkResultMessage').replaceWith(text); } function callFailed(result) { console.log(result); alert('Service call failed: ' + result.status + ' - ' + result.statusText + ' - ' +result.responseText); //showResponse ('Service call failed: ' + result.status + ' - ' + result.statusText + ' - ' +result.responseText); } function generateCSR(userConnected,keys){ var CN = null; if (userConnected.nif) CN = userConnected.nif; else if (userConnected.email) CN = userConnected.email; var C = "ES"; var SERIALNUMBER = userConnected.id; var extractable = false; //generate PKCS10 request var csr = createCSR(keys,C,CN,SERIALNUMBER); //Pasa a PEM format var csrPem = forge.pki.certificationRequestToPem(csr); return csrPem; } function createCSR(keys, C,CN,SERIALNUMBER){ // create a certification request (CSR) var csr = forge.pki.createCertificationRequest(); csr.publicKey = keys.publicKey; csr.setSubject([{ name: 'commonName', value: CN }, { name: 'countryName', value: C }, { name: 'serialName', value: SERIALNUMBER }]); // set (optional) attributes /* csr.setAttributes([{ name: 'challengePassword', value: 'password' }, { name: 'unstructuredName', value: 'SSL certificate, Inc.' }, { name: 'extensionRequest', extensions: [{ name: 'subjectAltName', altNames: [{ // 2 is DNS type type: 2, value: 'test.domain.com' }, { type: 2, value: 'other.domain.com', }, { type: 2, value: 'www.domain.net' }] }] }]); */ // sign certification request csr.sign(keys.privateKey); // verify certification request var verified = csr.verify(); return csr; } function listDevices(userId){ console.log("listing keys"); ssls.keyList(userId).then(function(list) { console.log(list.DeviceKey); $("#theDeviceList > tbody").empty(); for (var i=0; i" +" " + ""; if (key.revoked){ keyActions = ""; } var tableElement = "" // + "" + ""+name+"" + ""+actual+"" + ""+keyEngine+"" + ""+keyStatus+"" + ""+keyActions+"" +""; if (!showOnlyActive || !key.revoked) $('#theDeviceList').append(tableElement); } function doRevokeKey(selectedKeyId){ //var selectedKeyId =$('input:radio[name=key]:checked').val(); console.log ("Revoking key "+selectedKeyId); if (selectedKeyId){ ssls.keyRevoke(userId,selectedKeyId).then(function(){ listDevices(userId); }).catch(function(err) { alert("Could not delete key : " + err); }); } } function handleRegisterDeviceClick(){ var message = "Click to start mobile linking process"; if (isMobile ){ var link = makeRegisterLink(userId); var section = ""; $('#checkRegisterMessage').replaceWith(section); } else { var qrLink = config.apiUrl+"/account/"+userId+"/qr?userId="+userId+ "&jwt="+jwt; $('#qrdevice').attr("src",qrLink); $('#registerDeviceDialog').modal('show') } } function handleRefreshDevicesClick(){ listDevices(userId); } function handleExecuteSignedTransactionDoubleFactorClick(){ var textToSign = "Double factor transaction"; var request = { Authorization : { userId : userId, appKey: config.cryptobankingAppKey,channel:'PUSH',mode:'DIGITAL_SIGNATURE',message: textToSign }}; ssls.postAuthorization(request).then (function(obj){ authorizationResponse(obj); initTimer(); }).catch (function (err){ callFailed(err); }); } function checkCallStatus(){ ssls.getAuthorization (authorizationId).then (function (obj){ var status = obj.Authorization.status; if (isAuthorizationFinished(status)) finishAuthorization(obj.Authorization); }).catch (function (result){ callFailed(result); }); } function authorizationResponse(obj) { authorizationId = obj.Authorization.id; console.log("authorization Id : "+authorizationId); $('#abortButton').show(); $('#sendTransactionDoubleFactor').hide(); $('#textToSignDoubleFactor').hide(); var message = "Requesting authorization to your linked device..."; if (isMobile ){ var link = makeAuthorizationLink(obj.Authorization); var section = ""; $('#checkResultMessage').replaceWith(section); } else { showCheckResultMessage(message); } } function handleDownloadAppClick(){ if (!isMobile){ $('#qrimage').attr("src",config.cryptobankingAppImage); $('#downloadAndroidDialog').modal('show') } else { window.open(cryptobankingApp) } } function makeAuthorizationLink(authorization){ var protocol = "cb"; var appUrl = "com.aralink.cryptobanking.authorization"; var p1 = "id="+authorization.id; //var p2 = "web="+webHost; var p2 = "web="+config.apiUrl; var p3 = "data="+authorization.dataToSign; var link = protocol + "://" + appUrl+ "?"+p1+"&"+p2+"&"+p3; console.log(link) return link; } function makeRegisterLink(userId){ var protocol = "cb"; var appUrl = "com.aralink.cryptobanking.register"; var p1 = "userId="+userId; var p2 = "web="+config.apiUrl; var p3 = "jwt="+jwt; //p2 = "web=https://10.5.3.9:444/sslsignature"; var link = protocol + "://" + appUrl+ "?"+p1+"&"+p2+"&"+p3; console.log(link) return link; } function isAuthorizationFinished(status) { return (status == "CANCEL" || status=="SUCCESS" || status =="FAIL") } function finishAuthorization(authorization) { cancelTimer(); var mode = authorization.mode; var status = authorization.status; console.log ("Authorization status ="+status); var image; var alertType; if (status == "CANCEL"){ image = ""; alertType = "alert-warning"; }else if (status == "SUCCESS"){ image = ""; alertType = "alert-success"; }else if (status == "FAIL"){ image = ""; alertType = "alert-danger"; }else{ image = ""; alertType = "alert-info"; } var section = ""; return keyElement; } function listCryptoKeyStore(){ cbKeyStore.listKeys().then(function(list) { $( "#cryptoKeyList" ).empty(); for (var i=0; i"+ ""+ name+ ""+ ""; return keyElement; } function escapeHTML(s) { return s.toString().replace(/&/g, "&").replace(//g, ">").replace(/"/g, """).replace(/'/g, "'"); } function handleDeleteClick(){ var selectedKeyId = parseInt($('input:radio[name=key]:checked').val()); console.log ("Deleting key "+selectedKeyId); if (selectedKeyId){ keyStore.deleteKey(selectedKeyId).then(function(){ listKeyStore(); }).catch(function(err) { alert("Could not delete key : " + err); }); } } function handleDeleteCryptoKeyClick(){ var selectedKeyId = parseInt($('input:radio[name=cryptokey]:checked').val()); console.log ("Deleting key "+selectedKeyId); if (selectedKeyId){ cbKeyStore.deleteKey(selectedKeyId).then(function(){ listCryptoKeyStore(); }).catch(function(err) { alert("Could not delete key : " + err); }); } } function handleImportPkcs12Click(){ var file = document.getElementById('pkcs12File').files[0]; var password = $("#password").val(); var extractable = $('#extractable').is(':checked'); importPkcs12(file, password,extractable); } function handleExportClick(){ var selectedKeyId = parseInt($('input:radio[name=key]:checked').val()); var selectedKeyName; console.log ("Exporting key "+selectedKeyId); keyStore.getKey("id",selectedKeyId). then (function (pkcs12Entry){ selectedKeyName = pkcs12Entry.name; console.log("exportKey:"+ selectedKeyName); var password = window.prompt("Insert password for .p12",""); return keyStore.exportKey (selectedKeyId,password); }).then(function(p12b64){ if (isIE()) downloadAsBlob(p12b64,selectedKeyName); else { var downloadLink = 'data:application/x-pkcs12;base64,' + p12b64; window.location = downloadLink; } }).catch (function( err){ alert("Error exporting key: "+err); }); } function downloadAsBlob(p12b64,selectedKeyName){ var blob = b64toBlob(p12b64,'application/x-pkcs12'); var name = selectedKeyName+ ".p12"; if (window.saveAs) { window.saveAs(blob, name); } else { navigator.saveBlob = navigator.saveBlob || navigator.msSaveBlob || navigator.mozSaveBlob || navigator.webkitSaveBlob; navigator.saveBlob(blob, name); } } ================================================ FILE: test/web/hosted/js/login.js ================================================ var uAg = navigator.userAgent.toLowerCase(); var isMobile = !!uAg.match(/android|iphone|ipad|ipod|blackberry|symbianos/i); var config; var webcrypto = true; var webcryptoError; var keyStore; var keyStoreList; var cbKeyStore; var cbKeyStoreList; $(function () { $("[data-toggle='tooltip']").tooltip(); }); function start(conf){ config = conf; ssls = new SSLSignature(config.apiUrl, config.accountId, config.apiKey,config.tokenType); } $(document).ready(function(){ configureForm(); if (isWebCryptoEnabled()){ checkWebCrypto(); openWebCryptoKeyStore(); } if (isCryptoKeysEnabled()){ checkCryptoKeys(); openCryptoKeysKeyStore(); } }); function configureForm(){ $("#webcryptoOff").hide(); $("#cryptokeysOff").hide(); if (!isCertificateEnabled()){ $("#idByCert").hide(); } if (!isClaveEnabled()){ $("#idByClave").hide(); } if (!isWebCryptoEnabled()){ $("#webcryptoListOn").hide(); $("#webcryptoOff").hide(); } if (!isCryptoKeysEnabled()){ $("#cryptokeysListOn").hide(); $("#cryptokeysOff").hide(); } if (!isPasswordEnabled()){ $("#idByPassword").hide(); } if (config.siteTitle){ $("#siteTitle").text(config.siteTitle); } if (config.siteDescription){ $("#siteDescription").text(config.siteDescription); } } function isWebCryptoEnabled(){ return !(config.signInOptions && config.signInOptions.indexOf("WEBCRYPTO") == -1); } function isCryptoKeysEnabled(){ return !(config.signInOptions && config.signInOptions.indexOf("CRYPTOKEYS") == -1); } function isCertificateEnabled(){ return !(config.signInOptions && config.signInOptions.indexOf("CERTIFICATE") == -1); } function isClaveEnabled(){ return !(config.signInOptions && config.signInOptions.indexOf("CLAVE") == -1); } function isPasswordEnabled(){ return !(config.signInOptions && config.signInOptions.indexOf("PASSWORD") == -1); } function checkWebCrypto(){ if (!window.crypto || !window.crypto.subtle) { disableWebCrypto("Web Cryptographi API no soportada!"); } if (!window.indexedDB) { disableWebCrypto("IndexedDB no soportada!"); } } function checkCryptoKeys(){ if (!window.crypto || !window.crypto.subtle) { disableCryptoKeys("Web Cryptographi API no soportada!"); } if (!window.indexedDB) { disableCryptoKeys("IndexedDB no soportada!"); } } function disableWebCrypto(message){ webcrypto = false; webcryptoError = message; $("#webcryptoOff").attr('title', message).tooltip('fixTitle').tooltip('show'); $("#webcryptoOff").show(); $("#webcryptoListOn").hide(); } function disableCryptoKeys(message){ webcrypto = false; webcryptoError = message; $("#cryptokeysOff").attr('title', message).tooltip('fixTitle').tooltip('show'); $("#cryptokeysOff").show(); $("#cryptokeysOn").hide(); $("#cryptokeysListOn").hide(); } function enableWebCrypto(list){ keyStoreList = list; $('#webcryptoList').empty(); for (var i=0; i"+name+""); } $('#webcryptoListOn').show(); } function enableCryptoKeys(list){ cbKeyStoreList = list; if (list.length == 1 ){ console.log("key "+0+ " id:"+list[0].id + " userId: "+list[0].value.name+ " keyId: "+list[0].value.keyId+ " keyName: "+list[0].value.keyName); userId = list[0].value.name; keyName = list[0].value.keyName; $("#cryptokeysOn").attr("onclick","javascript:loginByCryptoId(\""+userId+"\")"); $('#cryptokeysOn').show(); $('#cryptokeysListOn').hide(); } else { $('#cryptokeysList').empty(); for (var i=0; i"+keyName+""); } $('#cryptokeysListOn').show(); $('#cryptokeysOn').hide(); } } function openWebCryptoKeyStore(){ if (webcrypto){ console.log("1. Init WebCrypto KeyStore"); keyStore = new KeyStore(); keyStore.open().then(function() { console.log (" WebCrypto KeyStore opened"); return keyStore.listKeys(); }).then(function(list) { console.log("Existen WebCrypto claves: "+list.length); if (list.length == 0){ disableWebCrypto("No hay certificados disponibles"); } else { enableWebCrypto(list); } }).catch(function(err) { disableWebCrypto("Could not open key store: "+err); }); } } function openCryptoKeysKeyStore(){ if (webcrypto){ console.log("2. Init CryptoKeys KeyStore"); cbKeyStore = new KeyStore(); cbKeyStore.open("CBKeyStore").then(function() { console.log (" CryptoKeys KeyStore opened"); return cbKeyStore.listKeys(); }).then(function(list) { console.log("Existen CryptoKeys claves: "+list.length); if (list.length == 0){ disableCryptoKeys("No hay claves disponibles"); } else { enableCryptoKeys(list); } }).catch(function(err) { disableCryptoKeys("Could not open key store: "+err); }); } } function loginByCert () { var loginUrl = config.apiUrl + '/sso/'+config.accountId+'/idByCert?p=1' + buildRedirect(); doRedirect(loginUrl); } function loginByClave () { var loginUrl = config.apiUrl + '/sso/'+config.accountId+'/idByClave?p=1' + buildRedirect(); //doRedirect(loginUrl); window.location.href = loginUrl; } function loginByWebCrypto () { console.log("loginByWebCrypto"); console.log(Date.now()); var textToSign = "Solicitud de autorizacion"; var pin; //Box y Document a firmar. Por defecto XML var content = ""; var filename = "login.xml"; var name = "login"; var mimetype = "application/xml"; var contentB64 = forge.util.encode64( content); //TODO: Usar firma b�sica enviando el X509-->Solo una llamada a servidor // O bien optimizar teniendo el fichero b�sico ya en servidor con un ID--> solo se utiliza var boxRequest = { EvidenceBox: { name: "Login" } }; ssls.postBox(boxRequest).then (function (box){ boxId = box.EvidenceBox.id; console.log("Box creada: "+boxId); var documentRequest = { Evidence:{name: name,filename: filename, mimetype: mimetype, type: "DOCUMENT", content:contentB64}}; return ssls.postDocument(boxId, null,documentRequest); }).then(function (document){ documentId = document.Evidence.id; console.log("Documento creado: "+documentId); var params ={}; params.showKeystore = function(){window.location = "keystore.html" }; return keyStore.selectClientCertificate(); }).then (function (currentKey){ console.log ("Selected certificate to sign: "+currentKey.name) var signatureParams = { signatureLevel: 'XAdES_BASELINE_B', signaturePackaging: 'ENVELOPED',digestAlgorithm : 'SHA256'}; var token = new SignatureToken (ssls); return token.sign(documentId,currentKey, signatureParams); }).then(function(signature) { var signatureId = signature.Evidence.id; console.log ("signature performed: "+signature.Evidence.id); var loginUrl = config.apiUrl + '/sso/'+config.accountId+'/idBySignature?signatureId='+signatureId+buildRedirect(); doRedirect(loginUrl); //window.location.href = loginUrl; }).catch (function (result){ console.log(result); showMessage("Error en la identificación: "+result.message); }); } function loginByWebCryptoId (keyId) { console.log("loginByWebCryptoID "+keyId); var textToSign = "Solicitud de autorizaci�n"; var pin; //Box y Document a firmar. Por defecto XML var content = ""; var filename = "login.xml"; var name = "login"; var mimetype = "application/xml"; var contentB64 = forge.util.encode64( content); //TODO: Usar firma b�sica enviando el X509-->Solo una llamada a servidor // O bien optimizar teniendo el fichero b�sico ya en servidor con un ID--> solo se utiliza var boxRequest = { EvidenceBox: { name: "Login" } }; ssls.postBox(boxRequest).then (function (box){ boxId = box.EvidenceBox.id; console.log("Box creada: "+boxId); var documentRequest = { Evidence:{name: name,filename: filename, mimetype: mimetype, type: "DOCUMENT", content:contentB64}}; return ssls.postDocument(boxId, null,documentRequest); }).then(function (document){ documentId = document.Evidence.id; console.log("Documento creado: "+documentId); return keyStore.getKey("id",keyId); }).then (function (currentKey){ console.log ("Selected certificate to sign: "+currentKey.name) var signatureParams = { signatureLevel: 'XAdES_BASELINE_B', signaturePackaging: 'ENVELOPED',digestAlgorithm : 'SHA256'}; var token = new SignatureToken (ssls); return token.sign(documentId,currentKey, signatureParams); }).then(function(signature) { var signatureId = signature.Evidence.id; console.log ("signature performed: "+signature.Evidence.id); var loginUrl = config.apiUrl + '/sso/'+config.accountId+'/idBySignature?signatureId='+signatureId+buildRedirect(); doRedirect(loginUrl); //window.location.href = loginUrl; }).catch (function (result){ console.log(result); showMessage("Error en la identificación: "+result.message); }); } function loginByCryptoId(userId){ console.log(userId); console.log ("Iniciando cryptoId con userId: "+userId); cbKeyStore.getKey("name",userId).then (function (currentKey){ var jwtHeader = {"alg":"RS256"}; var jwtPayload = {"sub":userId, "exp":(Date.now()/1000 + 60)}; var pin; return JWT.sign(jwtHeader,jwtPayload,currentKey,pin); }).then (function (token){ console.log("JWT: "+token); var loginUrl = config.apiUrl + '/sso/'+config.accountId+'/idByCryptoKey?userId='+userId+'&jwt='+token+buildRedirect(); doRedirect(loginUrl); /* var sslsUser = new SSLSignature(apiUrl,userId,token,"CJWT"); return sslsUser.getUser(); }).then(function (us){ var userConnected = us.User; console.log (userConnected);*/ }).catch (function (result){ console.log(result); showMessage("Error en la identificación: "+result.message); }); } function loginByUserPwd(){ var username = $('#username').val(); var password = $('#password').val(); if ( !username){ alert('Please, insert your user name'); return; } if ( !password){ alert('Please, insert your password'); return; } var sslsUser = new SSLSignature(config.apiUrl,username,password); sslsUser.getUser().then (function(us){ userId = us.User.id; console.log ("login user: "+userId); return sslsUser.issueJWT(userId); }).then (function (jwtResponse){ jwt = jwtResponse.JWT.data; console.log("Issued JWT token by server: "+jwt); var loginUrl = config.apiUrl + '/sso/'+config.accountId+'/idByJWT?userId='+userId+'&jwt='+jwt+buildRedirect(); doRedirect(loginUrl); //window.location.href = loginUrl; }).catch (function (result){ console.log(result); showMessage("Error en la identificación "+result.status + ' - ' + result.statusText + ' - ' +result.responseText) }); } function doRedirect(url){ console.log("redirecting to: "+url); //window.location.href = url; var iframe = document.createElement('iframe'); iframe.style.display = "none"; iframe.src = url; iframe.id = 'ssls.login.iframe'; document.body.appendChild(iframe); } function buildRedirect(){ if (config && config.signInSuccessUrl){ return '&redirect.url=' + config.signInSuccessUrl; } else { return ''; } } function onIdentification(operation){ var userId = operation.userId; if (userId){ console.log ("[PAGE SSO] User logged with userId "+userId); } else { console.log ("[PAGE SSO] User logged but not registered"); } console.log("[PAGE] eidentifier: "+ operation.eIdentifier); console.log("[PAGE] name: "+ operation.name); console.log("[PAGE] jwt: "+ operation.jwt); } function onLoad(){ console.log ("[PAGE SSO] Loaded"); } function onLogout(){ console.log("[PAGE SSO] logout"); } function showMessage(message){ alert(message); } ================================================ FILE: test/web/hosted/js/register.js ================================================  var config = { apiUrl: 'https://produccion.sslsignature.com/sslsignature', accountId: '5995a3c9-678b-4338-a674-362af68b9ef9' }; var ssls = null; function start(conf){ config = conf; ssls = new SSLSignature(config.apiUrl, config.accountId, config.apiKey,config.tokenType); } function onIdentification(operation){ console.log("SSO PAGE onIdentification"); authenticationPerformed(operation); } function onLoad(){ console.log("SSO PAGE onLoad"); } function onLogout(){ console.log("SSO PAGE onLogout"); } function showRegisterMessage(message,alertClass){ if (!alertClass){ alertClass = "alert alert-info well-sm"; } $('#identifiedUser').show(); $('#identifiedUser').text(message); $('#identifiedUser').attr("class",alertClass); } function handleRegisterUserClick(){ var username = $('#usernameSignup').val(); var nif = $('#nifSignup').val(); // Solo cryptokeys var email = $('#emailSignup').val(); var phone = $('#phoneSignup').val(); var password = $('#passwordSignup').val(); var password2 = $('#passwordSignup2').val(); if ( !username){ showRegisterMessage("Insert username","alert alert-warning well-sm"); return; } if ( !phone){ showRegisterMessage("Insert a phone number","alert alert-warning well-sm"); return; } if ( !email ){ showRegisterMessage("Insert an email","alert alert-warning well-sm"); return; } if ( !password){ showRegisterMessage("Insert password","alert alert-warning well-sm"); return; } if ( password != password2){ showRegisterMessage("Passwords do not match","alert alert-warning well-sm"); return; } var userToRegister = {User:{ phone:phone, name:username, email:email, nif:nif, password:password }}; proceedToRegister(userToRegister); } function proceedToRegister(userToRegister){ //Register user on SSLSignature server ssls.registerUser(userToRegister).then (function(createdUser){ userId = createdUser.User.id; console.log ("User created: "+userId); //Issue JWT Id token for created user return ssls.issueJWT(userId); }).then (function (jwtResponse){ jwt = jwtResponse.JWT.data; console.log("Issued JWT token by server: "+jwt); //Store JWT in browser sSO sslssso.login(jwt); alert ("User registered with ID "+userId); if (config.registerSuccessUrl){ window.location.href = config.registerSuccessUrl; } }).catch (function (err){ showRegisterError(err); }); } function showRegisterError(err){ console.log(err); var error = "No se ha podido registrar el usuario"; if (err && err.responseJSON ){ error = error + ": "+err.responseJSON.error; } else if (err) { error = error + ": "+err.status+ "-"+err.statusText; } alert (error); } function authenticationPerformed(operation){ var userId = operation.userId; var jwt = operation.jwt; if (userId){ console.log ("User registered with userId "+userId); showRegisterMessage ("User registere"); } else { console.log ("User is not registered"); var name = operation.name; var email = operation.email; var nif = operation.eIdentifier; if (operation.nif){ nif = operation.nif; } console.log ("name: "+name + " nif:"+nif) $('#usernameSignup').val(name); $('#nifSignup').val(nif); $('#emailSignup').val(email); } } ================================================ FILE: test/web/hosted/jwtcreator.html ================================================ SSLSignature - JWT Creator

JWT creator

Set the fields, issue a new token, store in browser

@
@
Create JWT token
================================================ FILE: test/web/hosted/keystore.html ================================================ SSLSignature KeyStore

SSLSignature Keystore

Store digital certificates and private keys on browser using Web Cryptography Api

Available digital certificates

Export Delete

Available CryptoKeys

Delete
================================================ FILE: test/web/hosted/login.html ================================================ SSO SSLSignature

SSO ID FORM

Select ID method

Register Manage Key Store
================================================ FILE: test/web/hosted/register.html ================================================ SSLSignature - Cryptokeys

CryptoKeys Register

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Register
¿Ya registrado? Identify
================================================ FILE: test/web/hosted/sso.html ================================================ SSLSignature Demo SSO

SSLSignature SingleSignOn Demo

Multidomain Single Sign On with Json Web Token (JWT)

Welcome!!

No identification token (JWT) available

JWT creator Identify
================================================ FILE: test/web/standalone/index.html ================================================ SSLSignature - JWT Creator

JWT creator

Set the fields, issue a new token, store in browser

@
@
Create JWT token
================================================ FILE: test/web/standalone/sso.html ================================================ SSLSignature Demo SSO

SSLSignature SingleSignOn Demo

Multidomain Single Sign On with Json Web Token (JWT)

Welcome!!

No identification token (JWT) available

Identify