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OpenMake Meister |
- OpenMake Meister® 7.5 – fast, Intelligent and repeatable software builds
- Meister Setup and Installation
- Contact Support
- Tutorials
- Meister Architecture
- Build and CI Procedures and Usage
- Managing Users and Groups
- Reports and Logs
- Accessing the Management Control Console
- OpenMake Meister Continuous Integration and Workflow Management
- Remote Agents for Distributed Processing
- Continuous Integration for Agile Teams
- OpenMake Meister for Intelligent Builds
- Executing Your First Meister Build
- Guide to Online Tutorials
- Publishing your Binaries
- Automating Your Compile and Link Process
- Configuring Your Build Project
- Using Pre-Defined Build Services
- Creating Your Build Service
- Microsoft Team Build and Workflows
- Using Build Methods
- Writing Customized Build Methods
- Creating and Managing Targets
- Defining Targets
- Adding Targets to Your Project
- Editing Targets
- Versioning Targets
- Copying Targets
- Target Overview Attributes
- Creating Targets for Java IDEs and Developer Tools
- Automatically Generating Your Java Targets
- Creating Targets for C/C++ with the Eclipse CDT
- Configuring the Eclipse C Development Tools (CDT) Integration
- Creating Targets for the Microsoft Visual Studio and .Net IDEs
- Creating Microsoft Visual Studio and .Net Targets Manually
- Generating Microsoft 2005, 2008 and 2010 Targets using the Add-In
- Creating Microsoft .NET 2003 Targets Without the Add-in
- Creating Microsoft Visual Studio 6.x C/C++ Targets Without the Add-in
- Creating Microsoft 6.x Visual Basic Targets Without the Add-in
- Accelerating Your Builds with Meister
- Meister Insight
- OpenMake Meister for z/OS
- 667 keyword(s) found.
- $(BUILD_DATE)
- $(BUILD_DIRECTORY)
- $(BUILD_TIME)
- $(JOB_LABEL)
- $(JOB_NAME)
- $(JOB_NUMBER)
- $(LOG_URL)
- $(MACHINE_NAME)
- $(USER_NAME)
- $AllDeps
- .Net
- .NET and "Project" Dependency Directories
- Accelerating Workflows
- Accelerating Your Builds with Meister
- access privileges
- Accessing the Management Control Console
- AccuRev
- Activating Build Avoidance
- Activating Parallelized Build Processing
- Activities Tab Screen
- adding
- Adding a New Dependency Directory List Name
- Adding Activities to a Workflow Service
- Adding and Deleting Projects
- Adding Directories to your Dependency Directory List
- Adding or Removing Users from Groups
- Adding Server Pools
- Adding Targets to Your Project
- Adding Users
- Adding Workflow Activities
- Adding Workflow Services to a Workflow
- Administrator
- Administrator Group Access Privileges
- Advanced Workflow Features
- Ant and Java Build Methods
- Ant File Locations
- Ant Javac Tasks
- Ant RMIC Tasks
- Apache Archiva Repository
- Application Developer plug-in
- Archiva Configuration
- Assign Pools
- assigning
- Assigning Remote Agents to the Server Pool
- Automatically Generating Your Java Targets
- Automating Your Compile and Link Process
- Batch Build Logs
- Bill of Materials (BoM) reporting
- bldmake
- bldmake options
- Borland Build Methods
- Borland StarTeam
- Bourne Shell
- Build and CI Procedures and Usage
- Build Audits with Build Forensics
- Build Avoidance
- Build Commands
- Build Control File Syntax
- Build Control Files
- Build Control files (BCF's)
- Build Loops
- Build Machine
- Build Management
- Build Options
- Build Rules
- Build Server as a Windows Service
- Build Service Attributes
- Build Services Options
- Build Task
- Build Types
- Build Types and Methods
- Building Targets Using ISPF
- Building z/OS Targets using the Web Client
- builds
- Builds, Activities and Workflows
- CA
- case sensitivity
- Central Logging
- Chaining Workflow Activities
- Changing the Configuration
- Changing the Status of your Workflow
- CheckStyle
- Choosing a Pre-Defined Build Service
- CleanPath()
- CleanSearchPath(@list_of_directories)
- Compilers
- Components of Workflow Management
- Configure Global Environment Variable Section
- Configure Server Pool Environment Variables Section
- Configure Tab Screen
- Configure Workflow Activity Environment Variables Section
- configuring
- Configuring Microsoft Team Build
- Configuring Remote Agents for Load Balancing
- Configuring the C and C++ Eclipse Project Properties
- Configuring the Eclipse C Development Tools (CDT) Integration
- Configuring Workflow Activities
- Configuring Your Build Environment for Parallelized Builds
- Configuring Your Build Project
- Configuring your Continuous Integration
- Configuring your Workflow to use Parallelized Mode
- Connecting to an Oracle Database
- Connecting to the PostgreSQL Database
- Contact Support
- Continuous Integration
- Continuous Integration and Workflow Loops
- Continuous Integration for Agile Teams
- Continuous Integration Tab Screen
- CopyExcludeLocal( $TargetDeps, $RelDeps, $toDir, @excludeExtensions )
- Copying Targets
- CopyLocal( $FullPathDeps, $RelDeps, $toDir )
- count()
- Crap4J
- Create and Edit Your Workflow
- Creating a Java War Target
- Creating a Workflow Service
- Creating and Managing Targets
- Creating Groups
- Creating Mainframe Targets
- Creating Microsoft .NET 2003 Targets Without the Add-in
- Creating Microsoft 6.x Visual Basic Targets Without the Add-in
- Creating Microsoft Visual Studio 6.x C/C++ Targets Without the Add-in
- Creating Microsoft Visual Studio and .Net Targets Manually
- Creating Targets for C/C++ with the Eclipse CDT
- Creating Targets for Java IDEs and Developer Tools
- Creating Targets for the Microsoft Visual Studio and .Net IDEs
- Creating the C and C++ Eclipse Project Makefile
- Creating Your Build Service
- Creating Your Custom Build Services
- Custom Access Privileges
- Custom Workflow Activity Plug-ins
- customizing
- Customizing File Type Extensions
- Customizing the Build Status Values
- Customizing z/OS Scripts for New Types
- CVS
- Dataset Names and Build Rules
- Dataset Naming Conventions
- debug or release
- debugging
- Default Administrator Group
- Default File Type Extension
- Default User Group
- Defined User Privileges Report
- defining
- Defining a Private Pre-commit Workflow
- Defining Datasets Names
- Defining Dependency Directories to Support Pre-commit Builds
- Defining J2EE Deployment Descriptor Targets
- Defining Multi-Platform or Cross Language Workflows
- Defining Nested or Reusable Workflows
- Defining Targets
- Defining Workflows for Local Continuous Integration
- Defining Workflows for Team Continuous Integration
- Defining Your Program
- Defining z/OS TGTs using ISPF
- deleting
- Deleting Users
- dependencies
- Dependency Directory Usage by Project
- Dependency Scanning with OOMLOM
- Dependency Table
- Detail Attributes
- Determining the Value of OMSUBMIT_MAX_USER_PROC
- Determining User Group Assignments
- DevOps from the Web Client
- directories
- Distributed Workload Processing
- Distributed Workload Processing and Multi-platform Workflows
- Distributing the Workload of the Workflow across multiple Server Pools
- Doxygen
- Eclipse Plug-in Dependency Directories
- Eclipse RCP
- Edit Flag Detail
- Editing Targets
- Email Notifications in Your Workflow
- Emma
- Enabling and Modifying LDAP Configurations Using ompw
- Enhancing Your Continuous Integration Builds with Meister Build Services
- Environment Variables
- Environment Variables Needed for Java Builds
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- ERROR 9:
- errors
- Errors and Warnings
- Example Label Search Paths
- Example Life Cycle Search Paths
- Exclude( $pattern, @inlist )
- Execute Build Tasks
- Execute Settings Section
- Executing Builds
- Executing Builds on z/OS
- Executing on Demand Workflows from the Management Console
- Executing Pre-commit Builds Outside of Your IDE
- Executing Workflows on a UNIX Platform
- Executing your Build Definition
- Executing Your First Meister Build
- ExitScript( $RC, @doomedFiles )
- Features of Meister for z/OS
- file extensions
- Filter Workflows
- Filtering and Organizing Your Workflows
- FindBugs
- FindFlag( $flagString, @possibleFlags )
- First Found Dependency
- FirstFoundInPath
- Footprinting
- Footprinting - Embedding the DNA
- GenerateBillofMat( $BillofMat, $BillofMatRpt, $TargetFile )
- Generated Build Control Files
- GenerateFootPrint($FootPrint,$TargetFile,$FPSource,$FPObject,$CompilerFound,$FPCompilerArguments )
- Generating Build Scripts
- Generating Microsoft 2005, 2008 and 2010 Targets using the Add-In
- Generating Microsoft Visual Studio 2005 Targets
- Generating Microsoft Visual Studio 2008 Targets
- Generating Microsoft Visual Studio 2010 Targets
- Generating Targets using omNet
- get()
- get(), getDP()
- getAbsolute()
- getAbsolute, getAbsolute($anchor_dir)
- getAbsoluteList, getAbsoluteList($anchor_dir)
- getAnchor()
- GetAnt
- GetAntIncludeXML ( @items )
- getBuildTaskFiles( $BuildTask, $OptionGroup, $all)
- getBuildTaskOption( $option_name, $build_task, $option_group)
- getBuildTaskOptions( $build_task, $option_group)
- getBuildTasks
- GetClasses ( $TargetDeps )
- GetClassPath ( $TargetDeps )
- GetCompiler, get_compiler
- getDPF()
- getDPFE(), get()
- getEscaped()
- getEscapedList()
- getEscapedPath()
- getEscapedQuoted()
- getEscapedQuotedList(), getQuotedEscapedList()
- GetExcludes( $Defines )
- getExt( @ExtensionList )
- getExt(), getE()
- getExtension()
- getExtList( @ExtensionList)
- getExtQuoted( @ExtensionList )
- getExtQuotedList
- getF()
- getFile(), getFE()
- GetFlag( $flagString, @possibleFlags );
- getJavacEscaped(), getJEscaped()
- getJEscaped()
- More...
OpenMake Meister for Intelligent Builds / Creating and Managing Targets / Configuring the Eclipse C Development Tools (CDT) Integration
How the Integration Works
The CDT relies on executing a build command, receiving the output from the build command and parsing that output according to the type of compiler and linker (“Tool Chain”) used. If there are errors identified in the parsing of the output, line numbers are obtained from that output and the source code editor document is updated with graphical problem markers (red error indicators) at the indicated lines.
With current configuration options available, it is not feasible to call the Meister programs directly using the CDT plug-in. Instead, Make is used to execute according to a Makefile with Meister commands. The order of execution is:
1. The CDT plug-in imitates a build
2. The default make (or an nmake command) is called
3. During the processing of the makefile by make, Meister build commands are invoked
4. Meister performs the build with full dependency checking.
5. Meister reports any errors to the standard output channel.
6. Make reports the output from Meister to the standard output channel.
7. The CDT plug-in captures the output from make.
8. The CDT plug-in applies a parser to the output, capturing error messages and line numbers.
9. The CDT plug-in updates the source code editor document with problem markers according to the identified error messages and line numbers.
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