/**
* Create a new Client, issue a client ID, and create a registration access token.
*
* @param jsonString
* @param m
* @param p
* @return
*/
@RequestMapping(
method = RequestMethod.POST,
consumes = "application/json",
produces = "application/json")
public String registerNewClient(@RequestBody String jsonString, Model m) {
ClientDetailsEntity newClient = ClientDetailsEntityJsonProcessor.parse(jsonString);
if (newClient != null) {
// it parsed!
//
// Now do some post-processing consistency checks on it
//
// clear out any spurious id/secret (clients don't get to pick)
newClient.setClientId(null);
newClient.setClientSecret(null);
// set of scopes that are OK for clients to dynamically register for
Set<SystemScope> dynScopes = scopeService.getDynReg();
// scopes that the client is asking for
Set<SystemScope> requestedScopes = scopeService.fromStrings(newClient.getScope());
// the scopes that the client can have must be a subset of the dynamically allowed scopes
Set<SystemScope> allowedScopes = Sets.intersection(dynScopes, requestedScopes);
// if the client didn't ask for any, give them the defaults
if (allowedScopes == null || allowedScopes.isEmpty()) {
allowedScopes = scopeService.getDefaults();
}
newClient.setScope(scopeService.toStrings(allowedScopes));
// set default grant types if needed
if (newClient.getGrantTypes() == null || newClient.getGrantTypes().isEmpty()) {
if (newClient.getScope().contains("offline_access")) { // client asked for offline access
newClient.setGrantTypes(
Sets.newHashSet(
"authorization_code",
"refresh_token")); // allow authorization code and refresh token grant types by
// default
} else {
newClient.setGrantTypes(
Sets.newHashSet(
"authorization_code")); // allow authorization code grant type by default
}
}
// set default response types if needed
// TODO: these aren't checked by SECOAUTH
// TODO: the consistency between the response_type and grant_type needs to be checked by the
// client service, most likely
if (newClient.getResponseTypes() == null || newClient.getResponseTypes().isEmpty()) {
newClient.setResponseTypes(
Sets.newHashSet("code")); // default to allowing only the auth code flow
}
if (newClient.getTokenEndpointAuthMethod() == null) {
newClient.setTokenEndpointAuthMethod(AuthMethod.SECRET_BASIC);
}
if (newClient.getTokenEndpointAuthMethod() == AuthMethod.SECRET_BASIC
|| newClient.getTokenEndpointAuthMethod() == AuthMethod.SECRET_JWT
|| newClient.getTokenEndpointAuthMethod() == AuthMethod.SECRET_POST) {
// we need to generate a secret
newClient = clientService.generateClientSecret(newClient);
}
// set some defaults for token timeouts
newClient.setAccessTokenValiditySeconds(
(int) TimeUnit.HOURS.toSeconds(1)); // access tokens good for 1hr
newClient.setIdTokenValiditySeconds(
(int) TimeUnit.MINUTES.toSeconds(10)); // id tokens good for 10min
newClient.setRefreshTokenValiditySeconds(null); // refresh tokens good until revoked
// this client has been dynamically registered (obviously)
newClient.setDynamicallyRegistered(true);
// TODO: check and enforce the sector URI if it's not null (#504)
// now save it
try {
ClientDetailsEntity savedClient = clientService.saveNewClient(newClient);
// generate the registration access token
OAuth2AccessTokenEntity token =
connectTokenService.createRegistrationAccessToken(savedClient);
tokenService.saveAccessToken(token);
// send it all out to the view
// TODO: urlencode the client id for safety?
RegisteredClient registered =
new RegisteredClient(
savedClient,
token.getValue(),
config.getIssuer() + "register/" + savedClient.getClientId());
m.addAttribute("client", registered);
m.addAttribute("code", HttpStatus.CREATED); // http 201
return "clientInformationResponseView";
} catch (IllegalArgumentException e) {
logger.error("Couldn't save client", e);
m.addAttribute("code", HttpStatus.BAD_REQUEST);
return "httpCodeView";
}
} else {
// didn't parse, this is a bad request
logger.error("registerNewClient failed; submitted JSON is malformed");
m.addAttribute("code", HttpStatus.BAD_REQUEST); // http 400
return "httpCodeView";
}
}
/**
* Update the metainformation for a given client.
*
* @param clientId
* @param jsonString
* @param m
* @param auth
* @return
*/
@PreAuthorize(
"hasRole('ROLE_CLIENT') and #oauth2.hasScope('"
+ OAuth2AccessTokenEntity.REGISTRATION_TOKEN_SCOPE
+ "')")
@RequestMapping(
value = "/{id}",
method = RequestMethod.PUT,
produces = "application/json",
consumes = "application/json")
public String updateClient(
@PathVariable("id") String clientId,
@RequestBody String jsonString,
Model m,
OAuth2Authentication auth) {
ClientDetailsEntity newClient = ClientDetailsEntityJsonProcessor.parse(jsonString);
ClientDetailsEntity oldClient = clientService.loadClientByClientId(clientId);
if (newClient != null
&& oldClient != null // we have an existing client and the new one parsed
&& oldClient
.getClientId()
.equals(
auth.getOAuth2Request()
.getClientId()) // the client passed in the URI matches the one in the auth
&& oldClient
.getClientId()
.equals(
newClient.getClientId()) // the client passed in the body matches the one in the URI
) {
// a client can't ask to update its own client secret to any particular value
newClient.setClientSecret(oldClient.getClientSecret());
// we need to copy over all of the local and SECOAUTH fields
newClient.setAccessTokenValiditySeconds(oldClient.getAccessTokenValiditySeconds());
newClient.setIdTokenValiditySeconds(oldClient.getIdTokenValiditySeconds());
newClient.setRefreshTokenValiditySeconds(oldClient.getRefreshTokenValiditySeconds());
newClient.setDynamicallyRegistered(true); // it's still dynamically registered
newClient.setAllowIntrospection(oldClient.isAllowIntrospection());
newClient.setAuthorities(oldClient.getAuthorities());
newClient.setClientDescription(oldClient.getClientDescription());
newClient.setCreatedAt(oldClient.getCreatedAt());
newClient.setReuseRefreshToken(oldClient.isReuseRefreshToken());
// set of scopes that are OK for clients to dynamically register for
Set<SystemScope> dynScopes = scopeService.getDynReg();
// scopes that the client is asking for
Set<SystemScope> requestedScopes = scopeService.fromStrings(newClient.getScope());
// the scopes that the client can have must be a subset of the dynamically allowed scopes
Set<SystemScope> allowedScopes = Sets.intersection(dynScopes, requestedScopes);
// make sure that the client doesn't ask for scopes it can't have
newClient.setScope(scopeService.toStrings(allowedScopes));
try {
// save the client
ClientDetailsEntity savedClient = clientService.updateClient(oldClient, newClient);
// we return the token that we got in
// TODO: rotate this after some set amount of time
OAuth2AuthenticationDetails details = (OAuth2AuthenticationDetails) auth.getDetails();
OAuth2AccessTokenEntity token = tokenService.readAccessToken(details.getTokenValue());
// TODO: urlencode the client id for safety?
RegisteredClient registered =
new RegisteredClient(
savedClient,
token.getValue(),
config.getIssuer() + "register/" + savedClient.getClientId());
// send it all out to the view
m.addAttribute("client", registered);
m.addAttribute("code", HttpStatus.OK); // http 200
return "clientInformationResponseView";
} catch (IllegalArgumentException e) {
logger.error("Couldn't save client", e);
m.addAttribute("code", HttpStatus.BAD_REQUEST);
return "httpCodeView";
}
} else {
// client mismatch
logger.error(
"readClientConfiguration failed, client ID mismatch: "
+ clientId
+ " and "
+ auth.getOAuth2Request().getClientId()
+ " do not match.");
m.addAttribute("code", HttpStatus.FORBIDDEN); // http 403
return "httpCodeView";
}
}