![]() ![]() ![]() Without these you might get some strange low level results from the QPointer destructors. In particular “$(QTDIR)\mkspecs\win32-msvc2013” must be added to “Additional Include Directories”, and the “-Zc:throwingNew” under C/C -> Command Line -> Additional Options. Duplicate the properties from my demo projects carefully. The use of Qt QPointers in the source causes some problems. There are some tricky caveats to build (using Visual Studio 2015). This is all wrapped for ease of use in the simple idaqcp namespace. A UI callback to catch ui_tform_visible and ui_tform_visible events was required to properly maintain the creation and destroy phases of the window. Looking at my code you’ll see I’m using a IDA SDK create_tform() and open_tform() to create the needed QWidget derived window. Sample as above, but now docked to IDA’s top area in a tab: Single example undocked widow (my project “base example”): This is a rework of the QCustomPlot source “examples\plots” (in my project as “example plots”). With a little work I got it going in IDA: Couldn’t be much simpler than that, but then looking for possible Qt options I ran into the awesome QCustomPlot. One idea was to just dump out a text file in the Graphviz DOT language and using a Graphviz viewer to see it. As is my usual planed on doing this from a Windows IDA C/C plug-in. Be sure to watch the videos of the source of this that I pointed out in the attribution section to get the full walkthrough.For a Windows executable exploratory data analysis project using IDA Pro I needed to display some graphs. This is just another one that seems to work well for this task that I will be taking parts of it away with me to integrate into my own workflow. ![]() There are many ways to achieve these types of results and everybody ends up developing their own tools and workflows. Once you have this file with the imports and associated RVA’s you can use the following plugin to apply it to the IDA database: To perform this action AGDCservices uses the following executable:ĭump_Labeled_Iat_Memory.exe The IDA Pro plugin to use this output This is the relative offsets from the image base to which they are located. When you have located this, you can debug into the malware and right after the resolution has occurred you can take a snapshots of the RVA’s of the imports. The idea here is to locate where the malware resolves the imports and builds an import table. Since malware often resolves imports dynamically at runtime you will not see a properly populated import table during initial static analysis. When the plugin is invoked you will see the assembly in IDA Pro light up as seen below (and you can remove the highlighting by calling the other plugin): IAT Resolution
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