msi install packages,.msm merger module, and.msp patch.
At the heart of WiX is a suite of building utilities that make Windows Installer packs with the same building concept as the remainder of your product: the sources are built and then associated with the creation of executable files; in this case, these are.exe setups bundles,.msi install packages,.msm merger module, and.msp patch.
WiX line-of-sight builds work with any automatic buildsystem. MSBuild is also fully featured from the console, Visual Studio, and Team Builds. The WiX package contains several enhancements that provide features beyond those of Windows Installer. WiX, for example, can deploy IIS Web pages, generate SQL Server database files, and record exclusions in Windows Firewall, among other things.
Using the WiX bootsstrapper, named burning, you can build set-up binds that include requirements such as the .NET framework and other runtime installations along with your own products. Using Burns you can either browse and browse packets or merge them into a unique executable. WiX SDK contains administered and natively available library files that make it easy to compose Windows Installer working source files, even user-defined operations in C# and C++.
We strongly suggest you upgrade to WiX v3.10.4 if you need to stay on a WiX v3.10 version. Find out more about the publication in FireGiant's weblog. To learn more about the publication, visit Rob's Blogs and Bob's Blogs. Identifies problems that were found in the first SAP R/3 System released to date. Learn more about the publication in Rob's blogs.
WiiX Tool Set Tutorial
WiX Tool Kit is a suite of utilities that create Windows install sets from your existing WiX sources. It provides a CLI that allows designers to either embed their old-fashioned Buildfile building process into the CLI, or use the newer MSBuild technologies from built-in building architectures such as Microsoft Visual Studio or SharpDevelop to create their MSI and MSM configuration package.
The WiX is an open resource development initially designed by Microsoft and managed by Rob Mensching. The latest versions of binaries and sources are available for downloading. Setup packs that you make with the tool set do not need any further frameworks or softwares to be additionally deployed on the destination computer. There may also be some optional utility programs needed for some specific application (merge module, patches), but only on your compile computer, the clients only need the ready and self-contained installer, nothing else.
We have a nice fellowship of WiX developer and WiX enders on special mailinglists. The completion of the process of developing an off-the-shelf software is far from over. In recent years, end-customers have learned to anticipate a full, end-to-end set-up packaged with their products - and since set-up is the very first part of the process the end-customer becomes familiar with, the importance of its integrality and dependability cannot be overstated.
Conventional set-up utilities used a programmatic, scripted approaches to describe the various stages associated with deploying the applications to be deployed to the destination computer: copy and paste data sets, create registration preferences, launch and service devices. However, the underlying Windows Installer technologies, which offer a similar look and feel to the end users, have undergone important changes in philosophy.
Instead of describing the single stages of the setup, the declared format indicates in which state the destination engine should be after different stages of the setup and deinstallation. Whilst the mandatory descriptor seems to be quite adequate until an issue arises, the declarative allows to deal with unanticipated circumstances, different destination computer environment, broken off installs, common ressources.
Ensuring that the destination engine, whatever happens during the entire set-up development chain, is kept in a known, steady state without causing harmful side effect is of utmost importance to set-up engineers. Designers of the widely used set-up utilities also welcomed the new technologies and began offering new releases of their utilities to build such set-ups.
Although many developer experiences show that these utilities are able to create easier installers, they are often too limited and rigid when it comes to more sophisticated needs. Rather than a GUI based utility that allows programmers to gather the data and other related jobs that make up the install program by hand, it is much more like a program library.
It integrates itself into the normal creation processes of your software and describes all components of the install procedure with a text document (based on the XLM format). It has a comparator and a hyperlinker that builds the set-up programme, just like our normal comparator builds our app from the sources.
Therefore, WiX can simply be incorporated into any automatic user creation workflow, be it using the classic makefile technologies or the similar functions of modern embedded authoring workspaces. WiX provides another stage of integrations that is far more beneficial than the first: the incorporation of the set-up design phase with that of the applications.
Typically, set-up applications were not developed until the major applications were ready, often even by different people. A lengthy and error-prone information gathering pathway about all the assets that make up the applications is required. Whilst the actual data itself is usually apparent, at a later point in time it is often difficult to recreate all the registry records, utilities and most types of inter-resource dependencies: if there is no sound developer writing, set-up engineers must gather all the information from the initial developer or try to retrieve it from the sources.
Within an embedded application/setup deployment context, the initial vendor should synchronize the WiX sources with the deployment process. Once a new modul has been launched, a new registration record, a new server or another dependency has been encoded, the corresponding configuration change should be made in a parallel process.
In this way no important information is wasted and as a reward the set-up programme is virtually completed together with the actual use. Consequently, WiX is not suitable for all programmers as well. Its relatively sharp learner slope (though our main objective is to get over this problem with our tutorial) and the inevitable touch with the interior detail and sometimes the subtleties of the Windows Installer technologies behind it suggest that less seasoned programmers, or those who don't really need the limitless and unmatched power that WiX can provide, could be better handled with a more simple GUI-based set-up authoring utility that offers both commercially and freeware solution.
You' probably wonder if WiX is already advanced enough to install large, sophisticated apps with a large number of data in them. Now, Microsoft itself uses WiX with all the important softwares. As an example the Microsoft Office set-up was completely designed with WiX.