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Dotfuscator is a tool performing a combination of code obfuscation, optimization, shrinking, and hardening on .NET, Xamarin and Universal Windows Platform apps. Ordinarily, .NET executables can easily be reverse engineered by free tools (such as ILSpy, dotPeek and JustDecompile), potentially exposing algorithms and intellectual property (trade secrets), licensing and security mechanisms.
PreEmptive, the maker of Dotfuscator and DashO, code obfuscators for .net and Java, respectively, was acquired in March 2021. [32] IDM Computer Solutions, the maker of UltraEdit and other applications, was acquired in August of 2021. [33] Yellowfin, an analytics vendor, was acquired in January 2022. [34]
Dbvaughan 22:02, 23 May 2016 (UTC) I request that the article on the PreEmptive Dotfuscator product, which has been marked for deletion, not be deleted as the product is clearly notable. Dotfuscator ships in-the-box with Visual Studio and is on millions of desktop computers. Regards, Daniel Vaughan
DashO is a code obfuscator, compactor [clarification needed], optimizer, watermarker [clarification needed], [2] and encryptor for Java, Kotlin and Android applications. [3] It aims to achieve little or no performance loss even as the code complexity increases.
Shortest remaining time, also known as shortest remaining time first (SRTF), is a scheduling method that is a preemptive version of shortest job next scheduling. In this scheduling algorithm, the process with the smallest amount of time remaining until completion is selected to execute. Since the currently executing process is the one with the ...
In preemptive multitasking, the operating system kernel can also initiate a context switch to satisfy the scheduling policy's priority constraint, thus preempting the active task. In general, preemption means "prior seizure of". When the high-priority task at that instance seizes the currently running task, it is known as preemptive scheduling.
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EDF is an optimal scheduling algorithm on preemptive uniprocessors, in the following sense: if a collection of independent jobs, each characterized by an arrival time, an execution requirement and a deadline, can be scheduled (by any algorithm) in a way that ensures all the jobs complete by their deadline, the EDF will schedule this collection ...