![]() ![]() ![]() There is also a RegistryOnDemand class that forgoes up front processing and only loads things as they are needed via FindKey method. Once that is set, its as easy as creating a RegistryHive object, deciding on whether or not to recover deleted keys, and calling ParseHive: var hive = new RegistryHive(pathToSomeFile) Registry will honor whatever LogLevels exist in your Nlog config. Of course higher levels of verbosity slow things down, but if you run into a problem, its a nice thing to have. ![]() If you use -v 1 or -v 2 with ExampleApp you will get a large volume of information as the parser does its work. If you look at ExampleApp source you can see an example of how to implement both a ColoredConsole and File target. This let you use any of the targets Nlog supports vs anything I could come up with plus the code is a lot cleaner. This should be set to a valid NLog config after instantiating a Registry object in order for the class to actually log something. The main Registry class has a LoggingConfiguration propery, NlogConfig. ![]() So far Willi Ballenthin and Erik Miyake have implemented this to varying degrees Ability to compare results with other Registry parsers using a common format.Easy access to underlying data structures and their raw data as byte arrays.Make Registry value slack space accessible.full parsing of all known Registry structures.Alternatively you can just use the DLL from the ExampleApp project.įull featured, offline Registry parser in C#.įor discussion and design decisions, see. NOTE: This project uses C# version 6 features! You will need VS 2015 to compile it. ![]()
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