This reduces installer size and overhead while increasing the speed of installations. Because BitRock installers are single file, self-contained, native executables, they do not require bundling a Java runtime or a self-extraction step. A command line interface allows you to automate and integrate the building process. With InstallBuilder, you can quickly create dynamic, professional installers for Linux, Windows, Mac OS X, Solaris and other platforms from a single project file and build environment. For advanced users, a friendly XML project format supports source control integration, collaborative development and customizing projects both by hand and using external scripts. VMware InstallBuilder is a development tool for building cross-platform installers for desktop and server software. An easy to use GUI allows new users to quickly learn to use InstallBuilder. Other features include convenient built-in actions for commonly required installation functions, such as: autodetecting a Java(tm) Runtime, changing file permissions and ownership, substituting text in a file, adding environment variables, adding directories to the path, creating symbolic links, changing the Windows registry, and launching external scripts. InstallBuilder offers several advanced features, including RPM integration and quickbuild functionality. In addition to traditional installers, BitRock InstallBuilder also allows you to create multi-platform CD-ROMs and generate RPMs, directly from installer project files. GUI, text, and unattended modes allow installers to be run in servers, workstations, and desktops. The development tool allows you to quickly create easy to use, multiplatform installers that have a native look and feel across Windows, Mac OS X, Solaris Sparc, Solaris Intel, AIX, HP-UX, IRIX, FreeBSD, and Linux (Intel, Itanium, zLinux, and PPC) from a single build environment. The example above uses the tag, introduced in InstallBuilder 6.1.1, which allows you to specify patterns of file that should not be affected by the action.BitRock InstallBuilder turns application packaging and deployment into a fast, easy and cost-effective process for developers. This will exclude from the uninstaller all of the contents of "installdir" except for. You can also remove files to be deleted from the uninstaller to avoid deleting them during uninstallation: ![]() As a workaround for these situations, you can use a action:Įven if the real file is a directory, the uninstaller will register it correctly. You cannot add a file that is going to be created but does not yet exist. Note that this action will only work with existing files. Another way to take care of deleting all of the files is to use the action: When an uninstaller is run, all files packed are automatically deleted, but if one of the bundled applications generates other files or directories, those have to be manually deleted using actions. InstallBuilder also includes functionality to facilitate uninstalling bundled programs or tools. some/long/path/in/the/building/machine/someDirectory It does not matter where the file was located originally in the building machine, just the path inside the installer: You could imagine this structure inside the installer: If you packed a directory "/path/to/dir/to/pack" containing three files, fileA, fileB and fileC, to unpack fileB, you should use an with origin="pack/fileB": You just need to use an action before executing it:Īs you can see in the example above, the in the unpack action corresponds with the location of the file inside the installer, not with the path to the file in the build machine. Without the actions, the information provided would not be checked until several steps later, which is not our desired behavior. A typical project XML file would look something like:Īs you can see, the user is asked to supply a license key. Let's assume we are in the situation detailed above. InstallBuilder provides you with actions to deal with these situations. The user would then have to wait for the installation to be rolled back. In the case of a license validator, that is less than ideal because the user may end up waiting for the files to be unpacked only to find that the license is not valid. Typically, all files bundled within an installer are unpacked and then any tools would be run. ![]() A common example would be a license validation program. It is common to have a separate tool or program that must be bundled with and run from the installer, but before the file copying part of the installation process has completed. In this entry we are going to discuss how to manage files bundled within an installer.
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