That means that it will now consume everything in that section and convert all those lines in to varables in MDT. In the first row we see the section called and this is what the script are looking for and on the next row you can see Priority=Default. The basic Customsettings.ini looks like this (Here is a blog post on that ) CustomSettings.ini – Act I The best thing is that you can run this script without deploying any OS, so this way you can test the rules before you even begin deploying, and you can also test thousands of deployments in a couple of hours. This will result in a massive amount of information stored in memory (and in a file) during deployment that we then can use to dynamically update the unattend.xml file on the fly and also control conditions and that way also settings and steps in the TaskSequence When you use the MDT Toolkit (standalone, with WDS, with SCCM, it does not matter) the toolkit will as a part of the process run a script called f, this script will do an asset inventory and also read the customsettings.ini file. Because if you do understand the rules you can become much more dynamic and that will hopefully lead to less hassle and more work done in less time. During that session I did a couple of demos around customsettings.ini and I would like to explain this a bit more. Yesterday Johan and I did a session at MMS and besides getting great scores and that is always fun. We ultimately prove that the metadata within a file offers the potential to include data that can be used to prove integrity, authenticity and provenance of the digital content within the file.One of the most important files in MDT (and in SCCM with MDT) is customsettings.ini, it is the rule file to rule your deployment. There is an advantage of having the digital certificate as an integral part of the file to which it applies and consequently travelling with the file. References to the issuing company can be inserted into the metadata for the file. Where changes do take place, this is generally in the metadata area and does not affect the encoded image data which is the heart of the file and the part that needs to be verifiable. Notwithstanding variations between devices and across operating systems and applications, a JPEG file holds its structure very well. We demonstrate that a digital certificate relating to an image file can be inserted inside that image file along with accompanying metadata containing references to the issuing company. Much of the work to date on this has focused on stenographic ways of hiding information using least significant bit techniques but we believe that the findings in this project have exposed other ways of doing this. Due to their massive popularity, image files, especially JPEG, offer high potential as carriers of other information.
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