Simple case of building oau2based on TP

: This article mainly introduces the simple case of building oau2based on TP. if you are interested in the PHP Tutorial, please refer to it. Notice: understanding oau22.

OAuth is an open network standard for authorization. it is widely used all over the world. The current version is version 2.0. Today, I tried to set up the environment here as a learning record;

Reference Source:

Http://oauth.net/2/

Http://bshaffer.github.io/oauth2-server-php-docs/cookbook/

Prepare Data tables:

---- TABLE structure 'Oss _ access_tokens' -- create table if not exists 'Oss _ access_tokens' ('Access _ token' text, 'Client _ id' text, 'user _ id' text, 'expires' timestamp not null default CURRENT_TIMESTAMP on update CURRENT_TIMESTAMP, 'scope 'text) ENGINE = InnoDB default charset = utf8; -- the structure of the authorization TABLE 'Oss _ authorization_codes '-- create table if not exists 'Oss _ authorization_codes' ('authorization _ code' text, 'Client _ id' text, 'user _ id' text, 'redirect _ url' text, 'expires' timestamp not null default CURRENT_TIMESTAMP on update CURRENT_TIMESTAMP, 'scope 'text, 'id _ token' text) ENGINE = InnoDB default charset = utf8; -- the structure of the tables TABLE 'Oss _ clients '-- create table if not exists 'Oss _ clients' ('Client _ id' text, 'client _ secret' text, 'redirect _ url' text) ENGINE = InnoDB default charset = utf8; ---- data in the table 'Oss _ clients '-- insert into 'Oss _ clients' ('Client _ id', 'Client _ secret', 'redirect _ uri ') VALUES ('demoapp ', 'demopass ',' http://127.0.0.1/tp/index.php '); -- Struct TABLE structure 'Oss _ public_keys' -- create table if not exists 'Oss _ public_keys '('Client _ id' varchar (80) default null, 'Public _ key' varchar (8000) default null, 'Private _ key' varchar (8000) default null, 'encryption _ algorithm 'varchar (80) DEFAULT 'rs256 ') ENGINE = InnoDB default charset = utf8; -- structure of the tables TABLE 'Oss _ refresh_tokens' -- create table if not exists 'Oss _ refresh_tokens' ('refresh _ token' text, 'client _ id' text, 'User _ id' text, 'expires' timestamp not null default CURRENT_TIMESTAMP on update CURRENT_TIMESTAMP, 'scope 'text) ENGINE = InnoDB default charset = utf8; -- users TABLE structure 'Oss _ scopes '-- create table if not exists 'Oss _ scopes' ('process' text, 'is _ default' tinyint (1) default NULL) ENGINE = InnoDB default charset = utf8; -- struct TABLE structure 'Oss _ users' -- create table if not exists 'Oss _ users' ('username' varchar (255) not null, 'password' varchar (2000) default null, 'First _ name' varchar (255) default null, 'Last _ name' varchar (255) default null) ENGINE = InnoDB default charset = utf8; ---- Indexes for table 'Oss _ users' -- alter table 'Oss _ users' add primary key ('Username ');

Database address: https://github.com/bshaffer/oauth2-server-php

Here I put it in the Vendor/oau2;

Authorization request class:

 oauth_server->validateAuthorizeRequest($this->oauth_request, $this->oauth_response)) {            $this->oauth_response->send();            die;        }// print the authorization code if the user has authorized your client        $this->oauth_server->handleAuthorizeRequest($this->oauth_request, $this->oauth_response, true);        // this is only here so that you get to see your code in the cURL request. Otherwise, we'd redirect back to the client        $code = substr($this->oauth_response->getHttpHeader('Location'), strpos($this->oauth_response->getHttpHeader('Location'), 'code=') + 5, 40);        echo json_encode(['code' => $code]);        //$this->oauth_response->send();    }    public function token()    {        $this->oauth_server->handleTokenRequest(\OAuth2\Request::createFromGlobals())->send();    }}

The request of the oau2store is encapsulated in Org/oau2;

 oauth_storage = new \OAuth2\Storage\Pdo(array('dsn' => C('DSN'), 'username' => C('USERNAME'), 'password' => C('PASSWORD')));        // Pass a storage object or array of storage objects to the OAuth2 server class        $this->oauth_server = new \OAuth2\Server($this->oauth_storage);        // Add the "Client Credentials" grant type (it is the simplest of the grant types)        $this->oauth_server->addGrantType(new \OAuth2\GrantType\ClientCredentials($this->oauth_storage));        // Add the "Authorization Code" grant type (this is where the oauth magic happens)        $this->oauth_server->addGrantType(new \OAuth2\GrantType\AuthorizationCode($this->oauth_storage));        $this->oauth_request = \OAuth2\Request::createFromGlobals();        $this->oauth_response = new \OAuth2\Response();    }}
 oauth_server->verifyResourceRequest(\OAuth2\Request::createFromGlobals())) {            $this->oauth_server->getResponse()->send();            die;        }        $this->tokenData = $this->oauth_server->getResourceController()->getToken();    }}

Test class:

  true, 'message' => 'You accessed my APIs!'));    }    public function getToken()    {        echo json_encode(['token' => $this->tokenData]);    }}

Configuration File:

Require_once (VENDOR_PATH. '/oau2/ Autoloader. php '); oau2\ Autoloader: register (); return array (// 'config maps '=> 'configuration value' AUTOLOAD _ NAMESPACE' => array ('Oss _ 2' => VENDOR_PATH. 'Oss/'), // List of extended modules 'dsn' => 'MySQL: host = localhost; dbname = os22', 'username' => 'root ', 'password' => '',);

The above introduces the simple case of building oau2based on TP, including some content, and hope to be helpful to friends who are interested in PHP tutorials.