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Meister Insight

Take a Look Inside Your Binaries

insight

Gathering and reporting on the creation of binaries is the job of Meister Insight. Meister Insight is available as an option to OpenMake Meister.  It supports a variety of languages including Java, C, C++, C#, Microsoft .NET (6.0, 2003-2010), Microsoft Visual Basic, IBM-RSA, Eclipse, C-UNIX, COBOL, PL1 and others.

Meister Insight provides Build Auditing, which is the process of monitoring the build at the compiler level and reporting on each component used by the compiler during a build. This level of reporting goes beyond just reporting on the files managed inside your version control repository. It instead list any object used in the compile even when the object is not stored in a version control tool.

And if the object is found inside a version control tool, Meister Insight records the version control item history information. The results of the Build Audit can also be footprinted into the binary object for a bomb proof method of matching your binaries to your source code. Meister Insight also provides full impact analysis showing how objects in the build are inter-dependent. Impact analysis reporting can be used to determine how a change in source code will impact the overall application as well as predict production compatibility.

Meister Insight Build Auditing and Footprinting

Meister Build Audit Reports expose all artifacts that were used to create the binaries.  Even when the artifact is not stored in the version control repository, Meister Insight collects the information during the actual compile or link step. This real time information exposes not only what is stored in your version control system, but also what is not stored in your version control system.  In the example below, notice that rt.jar was not found in ClearCase.  Knowing all components that were used to create an executable object is critical when you are determining the production readiness of a release.

 

Build Audit

 

This information can also be stored inside the binary object as a "footprint."  The "footprint" can be viewed providing you a permanent link between source and binary objects.

 

Impact Analysis with Dependency Discovery

Impact Analysis reports provides you with insight as to how source code and libraries impact one another. This type of information can be used as input to Configuration Management Databases (CMDBs) and can be used to predict the success or failure of any particular release.  Impact Analysis reports are displayed in two formats:  Implosion and Explosion.  An Implosion report looks at the high level source or libraries and shows what binaries they impact.  Explosion reports take a binary and show what source code and libraries were used to create the binary.

Impact Analysis reports are used to determine if a small source code or library change will have a big impact on your production environment.  Sometimes the smallest of changes can have the biggest impact on the overall application and production environment.  Impact Analysis provides you this critical information by simply viewing a report.

Software Configuration Management Tool Integration

Accurev
Borland StarTeam
CA SCM (Harvest)
CVS
ClearCase and Team Concert
GIT
Microsoft Team Foundation Server
Microsoft Visual SourceSafe
MKS Source
Subversion and TeamForge
Serena PVCS
Serena Dimensions and Dimensions Express
Perforce

Build Engines and IDE Integration

Eclipse Workspace and the Eclipse JDT/CDT
Java Jar, Java War, Javadoc
Microsoft Visual Studio .Net (2003, 2005, 2008, 2010)integrated with DevEnv, MSBuild, TFS, and TeamBuild
Microsoft Visual Studio 6.0 integrated with Nmake
Microsoft Visual Basic integrated with VB6.exe and VB5.exe
IBM Rational Software Architect (RSA) (Jar, War, Ear)
IBM Rational Application Developer (Jar, War, Ear)
IBM Websphere 5.1 and 6.0 (Ear, War, Jar, EJBDeploy, WSEJDeploy)
Weblogic (JSPC, EJB, Jar, War, Servicegen, XMLBeans)
Borland Delphi integrated with DCC32.exe
GNU Compiler for DLLs and EXEs
Oracle Forms, Menus, PSQL and Reports
Sybase ASE (ISQL)
Microfocus Cobol
PowerGen/PowerBuilder
Tuxedo Server and Client

Continuous Integration Server Support

OpenMake Mojo
Hudson
IBM BuildForge
Microsoft TeamBuild
Electric Cloud -Electric Commander
Cruise Control and Cruise
Urban Code - AnthillPro
JetBrains TeamCity

What People are Saying

"Meister offers us increased productivity and quality  compared to manually controlled builds. Meister also completes the configuration management process through it's central build capabilities allowing Fortis to fully control all internal and external software assets within our fast evolving J2EE world.”  Matthias Pyck, Fortis Bank

"Meister provides us a standard rules-driven build process regardless of platform, compiler and operating system. We selected Meister because it is the only enterprise-wide build tool that can thoroughly support our mission-critical Java, C/C++, and .NET applications.”   Todd Athorp, Sr Programmer, FIS

"Next to documentation, build management is likely to be the least satisfying task a developer must address every day. A lot of software investment ends up in the time it takes to constantly tweak the make files needed to keep a system maintainable. Developers are looking for innovative solutions that will reduce software coding by a factor of five. Jim Duggan, Gartner

"OpenMake Meister drastically reduced the cost of supporting our builds.  Meister allowed our build team to increase the number of builds supported using only 1/2 the staff, configured across 100 remote build servers."   Production Control, Major US Bank

Customer Success Stories

100% Build to Deploy automation that is Developer Driven

See how American Family Insurance implemented a secure, developer driven, build to deploy process using OpenMake Deploy+ and CA SCM r12. This demo was presented at CA World 2010 and at the CA technologies Global Lifecycle User Group Quarterly meeting in September of 2010. This demo has an excellent example of how Deploy+ with Remote Agents can parallelize the build to deploy process.