Deploying PowerAuth Server

This chapter explains how to deploy PowerAuth Server.

Supported Databases

Following databases are supported:

• Oracle Database 11g or 12c, or
• MySQL 5.5 or newer, or
• PostgreSQL 9.5.4 or newer

Note that MSSQL database is not supported.

Downloading PowerAuth Server WAR

You can download the latest powerauth-java-server.war at the PowerAuth Server releases page.

Adding Database Connector on Classpath

In order for the database connectivity to work, you need to add appropriate DB client libraries on your classpath.

For example, when using Oracle with Tomcat, make sure to add ojdbc-${VERSION}.jar to the ${CATALINA_HOME}/lib folder (server restart will be required).

Creating the Database Schema

In order for the PowerAuth Server to work, you need to have a correct schema in the database. To create the correct database schema, execute these SQL scripts for your database engine:

• Oracle - Create Database Schema
• MySQL - Create Database Schema
• PostgreSQL - Create Database Schema

You can read more about PowerAuth Server database schema in following guide:

• Database Structure

Connecting PowerAuth Server to Database

Default Database Connectivity Parameters

The default database connectivity parameters in powerauth-java-server.war are following (MySQL defaults):

spring.datasource.url=jdbc:mysql://localhost:3306/powerauth
spring.datasource.username=powerauth
spring.datasource.password=
spring.datasource.driver-class-name=com.mysql.jdbc.Driver
spring.jpa.hibernate.ddl-auto=none

These parameters are of course only for the testing purposes, they are not suitable for production environment. They should be overridden for your production environment using a standard Spring database connectivity related properties.

Oracle Connectivity Parameters

For Oracle database use following connectivity parameters (example):

spring.datasource.url=jdbc:oracle:thin:@//[HOST]:[PORT]/[SERVICENAME]
spring.datasource.username=powerauth
spring.datasource.password=*********
spring.datasource.driver-class-name=oracle.jdbc.driver.OracleDriver
spring.jpa.hibernate.ddl-auto=none
spring.jpa.database-platform=org.hibernate.dialect.Oracle12cDialect
spring.jpa.properties.hibernate.temp.use_jdbc_metadata_defaults=false

PostgreSQL Connectivity Parameters

For PostgreSQL use following connectivity parameters (example):

spring.datasource.url=jdbc:postgresql://[HOST]:[PORT]/[DATABASE]
spring.datasource.username=powerauth
spring.datasource.password=*********
spring.datasource.driver-class-name=org.postgresql.Driver
spring.jpa.hibernate.ddl-auto=none
spring.jpa.properties.hibernate.temp.use_jdbc_metadata_defaults=false

Specifying Database Connection Character Set

The character set is defined when creating database and each database supports different character sets. In case of any national character issues, make sure to configure character encoding for database connection (example):

spring.jpa.properties.hibernate.connection.characterEncoding=utf8
spring.jpa.properties.hibernate.connection.useUnicode=true

PowerAuth Server Configuration

(optional) Optionally, you may set up following properties in order to configure your PowerAuth Server instance:

powerauth.service.applicationName=powerauth
powerauth.service.applicationDisplayName=PowerAuth Server
powerauth.service.applicationEnvironment=

These properties are returned when calling the getSystemStatus method of the SOAP interface.

Enabling PowerAuth Server Security

(optional) By default, PowerAuth Server can be accessed by any application that can see the WSDL and SOAP services (or access the RESTful interface). To change this behavior, you can set up a restricted access flag in the server configuration:

powerauth.service.restrictAccess=true # 'false' is default value

If the restricted access is enabled, PowerAuth Server uses credentials stored in pa_integration table to verify the access permission. Therefore, you must create a record for each application you that will integrate with PowerAuth Server.

INSERT INTO `powerauth`.`pa_integration` (`id`, `name`, `client_token`, `client_secret`)
    VALUES ("$(ID)", "$(NAME)", "$(CLIENT_TOKEN)", "$(CLIENT_SECRET)");

Values of ID, CLIENT_TOKEN and CLIENT_SECRET must be in UUID Level 4 format (for example 60586743-89d0-4689-b0fb-f4c597294b67), NAME can be any name of the integration (for example, a name of the associated application).

Note: For SOAP interface, PowerAuth Server uses WS-Security, UsernameToken validation (plain text password). The RESTful interface is secured using Basic HTTP Authentication (pre-emptive).

Deploying PowerAuth Server WAR File

You can deploy PowerAuth Server WAR into any Java EE container.

The default configuration works best with Apache Tomcat server running on default port 8080. In this case, the deployed server is accessible on http://localhost:8080/powerauth-java-server/ (WSDL is then available on http://localhost:8080/powerauth-java-server/soap/serviceV3.wsdl).

To deploy PowerAuth Server to Apache Tomcat, simply copy the WAR file in your webapps folder or deploy it using the “Tomcat Web Application Manager” application (usually deployed on default Tomcat address http://localhost:8080/manager).

Setting the Application Properties

There are generally two approaches to property configuration when deploying on the server:

1. Configuring the Properties Directly

You can specify the individual properties directly in the server configuration. For example, on Tomcat, you can create an XML file called ${CATALINA_HOME}/conf/Catalina/localhost/powerauth-java-server.xml with the following properties for database configuration:

<?xml version="1.0" encoding="UTF-8"?>
<Context>
    <Parameter name="spring.datasource.url" value="jdbc:mysql://localhost:3306/powerauth"/>
    <Parameter name="spring.datasource.username" value="powerauth"/>
    <Parameter name="spring.datasource.password" value=""/>
    <Parameter name="spring.datasource.driver-class-name" value="com.mysql.jdbc.Driver"/>
</Context>

2. Configuring by Pointing to Configuration File

Alternatively, you can create a single property in the server configuration that only points to your custom configuration file /path/to/some/custom.properties. This method is especially useful in situations where the server configuration must be as simple as possible (for example, creating a configuration module in JBoss Wildfly). In such case, do not forget to also include the default application.properties file that is on the classpath by default (it is bundled inside the WAR) - here is the Tomcat example again:

<?xml version="1.0" encoding="UTF-8"?>
<Context>
    <Parameter name="spring.config.location" value="classpath:/application.properties,file:/path/to/some/custom.properties"/>
</Context>

To match the previous example, the contents of /path/to/come/custom.properties is the following:

spring.datasource.url=jdbc:mysql://localhost:3306/powerauth
spring.datasource.username=powerauth
spring.datasource.password=
spring.datasource.driver-class-name=com.mysql.jdbc.Driver

Deploying PowerAuth Server Outside the Container

You can also execute PowerAuth Server WAR file directly using the following command:

java -jar powerauth-java-server.war

Note: You can overwrite the port using -Dserver.port=8090 parameter to avoid port conflicts.

Generating Your First Application

In order to initialize the database with an application, call PowerAuth Server RESTful service endpoint:

$ curl -s -H "Content-Type: application/json" -X POST -d '{ "requestObject": { "applicationName": "DEMO APPLICATION NAME" } }' http://localhost:8080/powerauth-java-server/rest/v3/application/create | json_pp
{
   "status" : "OK",
   "responseObject" : {
      "applicationId" : 1,
      "applicationName" : "DEMO APPLICATION NAME"
   }
}

This command will create:

• A new application instance named “DEMO APPLICATION NAME” with an id = 1.
• A default application version named “default” with associated application_key and application_secret values
• A new master key pair associated with the application.

To get the application details, you can copy the applicationId value from the previous response and call:

$ curl -s -H "Content-Type: application/json" -X POST -d '{ "requestObject": { "applicationId": 1 } }' http://localhost:8080/powerauth-java-server/rest/v3/application/detail | json_pp
{
   "status" : "OK",
   "responseObject" : {
      "masterPublicKey" : "BKOUTVjJKVB/AnRwq3tbqVkol6omI9DS6E/Yu3swh0l6MewONsjL01LA2/dxpgN5+6Ihy9cW1BpuYtdoFrxxlTA=",
      "applicationId" : 1,
      "versions" : [
         {
            "applicationVersionId" : 1,
            "applicationVersionName" : "default",
            "applicationKey" : "zinbZhRMTXP4UTY+QrjZsg==",
            "applicationSecret" : "tzE7Ps0Ia8G/pFM75rh6yA==",
            "supported" : true
         }
      ],
      "applicationName" : "DEMO APPLICATION NAME"
   }
}

Deploying PowerAuth Server On JBoss / Wildfly

Follow the extra instructions in chapter Deploying PowerAuth Server on JBoss / Wildfly.

Troubleshooting

Issues With Database Connectivity

Note that some database engines (for example MySQL) let you specify the default schema as a part of a URL. Other engines, for example Oracle, do not allow this. In order to specify the correct default schema, you need to use a following property:

spring.jpa.properties.hibernate.default_schema=powerauth

Some application servers, such as WildFly by JBoss, are very restrictive in class loading. As a result, you might get “Cannot load driver class: oracle.jdbc.driver.OracleDriver” errors despite the fact the proper driver is on the server classpath. In order to workaround this issue in a clean fashion, you need to create a JNDI datasource (named for example jdbc/powerauth) and use it instead of JDBC properties - you must set these to empty values. This way, server smartly recognizes that the driver library must be loaded. To use JNDI configuration, set the system properties like so:

spring.datasource.url=
spring.datasource.username=
spring.datasource.password=
spring.datasource.driver-class-name=
spring.jpa.hibernate.ddl-auto=none
spring.datasource.jndi-name=java:/jdbc/powerauth

Issues With Bouncy Castle Provider

PowerAuth Server uses Bouncy Castle as a Java cryptography provider. Please follow our tutorial how to configure Bouncy Castle.