Analysis configuration

Introduction

As explained in Prepare and deliver the source code , CAST Imaging extracts relevant information used to create the automated analysis configuration from the JEE project files. Currently the JEE Analayzer extension supports these build project files:

• Eclipse - all version greater than 3
• Maven - version 2 and 3

For any other build project format (e.g. Apache -ant) CAST Imaging will not be able to automatically retrieve build information: no Analysis Unit will be created and no analysis configuration will be provided. To address this situation, the Analysis Unit and the analysis configuration should be created manually. This case falls outside of the out-of-the-box support and is out of scope of a standard analysis.

Using CAST Imaging Console

CAST Imaging Console exposes the Technology configuration options once a version has been accepted/imported, or an analysis has been run. Click JEE Technology to display the available options:

Technology settings are organized as follows:

• Settings specific to the technology for the entire Application (i.e. all Analysis Units)
• List of Analysis Units (a set of source code files to analyze) created for the Application
  • Settings specific to each Analysis Unit (typically the settings are the same or similar as at Application level) that allow you to make fine-grained configuration changes.

Settings are initially set according to the information discovered during the source code discovery process when creating a version. You should check that these auto-determined settings are as required and that at least one Analysis Unit exists for the specific technology.

Technology and Analysis Unit settings

Notes on Technology and Analysis Unit settings:

Technology level settings

Classpath

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Classpaths are automatically discovered by the AIP Console through the inspection of the project files. If the project files are missing or if you receive , Classpaths can be added manually at Technology level (i.e. for all Analysis Units) and can be discovered via manual inspection of the delivered source code or by inquiring with the Application Team.

The analyzer uses the Classpath information to search for external classes that are referenced in project code but not defined in your source code files. Classpath entries can be either a file (archive file such as a JAR) or a folder. When analyzing a folder, the analyzer assumes that classes are correctly deployed on disk and that they respect the naming convention where a package maps to a folder and a class maps to a file.

If you need to add additional Classpaths, use the Add button to define your class path files (typically an archive file) or folders. You will be prompted to select the type you want to add:

All three options will open the web interface on the following root folder location, unless the location has been changed during the AIP Console setup and installation :

<AIP_Node_install_folder>/AipNode/data/upload/java

Use the green buttons in the bottom right corner to add the required items - doing so will add the items to the storage location and they can be re-used for other Applications if necessary:

• use the Upload a folder icon to create a folder in the root location into which you can then add your .class or .jar files using the Upload a file icon:

• use the Upload a file icon to upload a specific file into the current folder:

• Alternatively, if the .jar/.class file/folders have been delivered already but are not found (for example you have an alert stating a missing file) then you can select the files from the delivered source code using the drop down. Then drill down to the delivered source code:

• Alternatively, you can upload the required files direct on the AIP Node using Remote Desktop/File Explorer into:

<AIP_Node_install_folder>/AipNode/data/upload/java

When you have either uploaded the required files/folders or located them in the delivered source code, you need to select the required files/folder by placing a tick in the tick box and then clicking Save:

Selected class paths will be listed:

• If you define any JAR archives (individual archives or archives located in a folder), during the analysis the archive(s) will be unpacked in memory and analyzed.
• When defining a class path, instead of listing all the subdirectories of package, it is more convenient to add the folder that contains the package. For example: if a Java file contains: “import com.Pkg1.Pkg2.*” and these packages are located in the folder “<DIR>/com/Pkg1/Pkg2”, simply add the folder <DIR> to the class path.

Java / JEE versions

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<!DOCTYPE web-app PUBLIC
   "-//Sun Microsystems, Inc.//DTD Web Application 2.3//EN"
   "http://java.sun.com/dtd/web-app_2_3.dtd">

Java Frameworks

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For more information about frameworks see JEE - Framework analysis tips .

The Java Framework section governs the analysis settings used when a specific Java framework is present in your source code. These pre-defined settings are designed to address specific recurrent issues during analysis and correspond to default Environment Profiles . Each framework has an associated drop down list box with various options:

JPA (Hibernate), Struts and Spring

By default, the option for these Frameworks will be set to “Latest”. In other words, the analyzer always assumes that you are using the latest available release supported by the JEE analyzer extension. You can override the default setting if required:

Note that when using JEE Analyzer ≥ 1.1.0, the Struts Version combo box has no impact: by default, all supported versions of Apache Struts are handled by default. The combo box will be removed in a future release.

Web Service (WBS) Version and EJB2 (Enterprise Java Bean) Version

Auto discovery and configuration of Web Services (WBS Services) is supported and Enterprise Java Bean (EJB) is not supported. The AIP Super Operator will need to gather the required information from the application team or inspect the delivered source code to determine the proper configuration of these parameters. Then a decision will need to be made to select the correct version of each:

Web Services

CAST AIP ≥ 8.3.6 Auto discovery and configuration of Web Services (WBS Services) is supported as follows: For .wsdl file extension, the default version selected will be WSDL 1.1 (Tibco) For .wsdd file extension, the default version selected will be Axis WSDD 1.0 (Java) For web-services.xml files, the default version selected will be BEA Weblogic 7.0 For webservices.xml files the default version selected will be JAX-RPC (Java) CAST AIP ≤ 8.3.6 Auto discovery and configuration of Enterprise Java Bean (EJB) is not supported. The AIP Super Operator will need to gather the required information from the application team or inspect the delivered source code to determine the proper configuration of these parameters. Then a decision will need to be made to select the correct version.

EJB

Auto discovery and configuration of Enterprise Java Bean (EJB) is not supported. The AIP Super Operator will need to gather the required information from the application team or inspect the delivered source code to determine the proper configuration of these parameters. Then a decision will need to be made to select the correct version.

Note:

• To find out if your application implements web services, simply search for files with the extension .wsdl or.wsd, or the files web-services.xml or webservices.xml in the source file directories. Usually, these files are located in the META-INF directory, but as the source folders do not always match the production folder tree, we recommend searching all the source files.
• If you explicitly select an EJB2 profile (see above) then all configuration regarding EJB 3.x will be automatically deactivated.

Other frameworks

Other frameworks, such as those listed below are always handled “out-of-the box”:

• EJB3, 3.1, 3.2
• JSF
• CDI
• Common-logging
• Dom4
• JUnit
• Log4J
• MX4J
• CICS ECI/CTG

Note:

• versions for EJB 3.x, JSF, CDI will follow the Java Version (i.e. the JDK) that is set for the source code.
• if you explicitly select an EJB2 profile (see above) then all configuration regarding EJB 3.x will be automatically deactivated.

When unsupported frameworks (i.e. not supported out-of the box) are part of the delivery, a Custom Environment Profile needs to be created to enable correct processing. To identify unknown frameworks or custom frameworks, there are various methods:

• Find all the XML files and look at the DTD they are referring to. This allows you to find frameworks like Spring, Hibernate… (You can use UltraEdit or a grep command to find the pattern DTD inside XML files in one go). Examples:

<!DOCTYPE hibernate-mapping PUBLIC 
"-//Hibernate/Hibernate Mapping DTD 2.0//EN" 
"http://hibernate.sourceforge.net/hibernate-mapping-2.0.dtd"> 

<!DOCTYPE hibernate-configuration PUBLIC 
"-//Hibernate/Hibernate Configuration DTD 2.0//EN" 
"http://hibernate.sourceforge.net/hibernate-configuration-2.0.dtd">

<!DOCTYPE daoConfigPUBLIC "-//iBATIS.com//DTD DAO Configuration 2.0//EN""http://www.ibatis.com/dtd/dao-2.dtd">

<!DOCTYPE beans PUBLIC "-//SPRING//DTD BEAN//EN" "http://www.springframework.org/dtd/spring-beans.dtd">

• Look at the libraries: the names of the libraries can give you an indication. Examples:

• Look at the different extensions used throughout the entire application. This information will also allow you to verify if the default extension list used by the analyzer to parse client and server source code is complete.Examples:
  • .jhtml: for Java HTML (See http://en.wikipedia.org/wiki/JHTML ). This is used with Dynamo, a Java-based Web application server
  • .jspx: JSPX pages are a special type of JSP page: They are pre-processed by the JSPXServlet, and converted into regular JSP pages (See: http://stackoverflow.com/questions/28235/should-i-be-doing-jspx-instead-of-jsp
  • .jspf: for JSP Page Fragment
  • .jrxml: for Jasper Report (http://en.wikipedia.org/wiki/JasperReports#JRXML )

If you have detected this framework through an XML file, you can start to customize the support of this XML (see Manage XML configuration files), but in any case, CAST recommend that you read up how it works and how it is configured.

Files to analyze

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This section displays a list of the file extensions for the various parts of your JEE application. These file extensions are the default included in the current file filter and only files that match these file extensions will be taken into account during the analysis. You can manually update these file extensions if necessary.

Dependencies

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Dependencies are configured at Application level for each technology and are configured between individual Analysis Units/groups of Analysis Units (dependencies between technologies are not available as is the case in the CAST Management Studio). You can find out more detailed information about how to ensure dependencies are set up correctly, in Advanced onboarding - review analysis configuration and execution for AIP Console.

Analysis Units

This section lists all Analysis Units created either automatically based on the source code discovery process or manually. You should check that at least one Analysis Unit exists for the specific technology. Settings at Analysis Unit level can be modified independently of the parent Technology settings and any other Analysis Units if required - click the Analysis Unit to view its technology settings:

See Application - Config - Analysis - Working with Execution Groups for more information about the options available here. Clicking an Analysis Unit will take you directly to the available Analysis Unit level settings:

Technology settings at Analysis Unit level

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Technology settings at Analysis Unit level are for the most part identical to those explained above. Some differences exist:

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