IDA: What's new in 7.0 Highlights Welcome to IDA 7.0!. The biggest news is that IDA is a native 64-bit application! First of all it means that now it can eat all memory of your computer and thrash it:) But jokes aside, switching to 64-bit aligns IDA with other modern software and makes it more compatible with the rest of the world. For example, IDAPython integration will be easier and more streamlined because many operating systems nowadays come with the 64-bit Python preinstalled (32-bit Python won't work anymore).
Second, we took this change as an opportunity (since old 32-bit plugins won't work with 64-bit IDA anyway) to clean up the IDA API, make it more consistent and less confusing. If we failed or succeeded is to be seen, but we ourselves like the new API much more. The fundamental concepts remain the same and IDA did not lose any bit of its functionality during the cleanup. We minutely tested all changes and ensured that all our tests continue to pass as before or better. We also tried to make our 3 APIs: C, Python, and IDC, to be closer to each other. Function names and their functionality are the same in most cases, but we tried to stay pythonic in Python and C-ish in the C interface.
Since the changes are huge and it is easy to lose your way, we prepared a which explains what has changed and how. We hope that it will greatly help you when porting your plugins to the new 7.0 API. For Python and IDC we implemented a compatibility layer that will help you with your scripts.
Relay is a kid-focused cellular walkie-talkie with Google Assistant, GPS, more; Blu-rays on. Hex announces slick official Star Wars iPhone. Stephen is 9to5Google’s Managing Editor and host. The most expensivepowerful IDA Pro plugin is the Hex-Rays decompiler. According to IDA docs, we can put a Python plugin into $HOME/. On OS 20 Sep 2017 Once first-plugin-ida is installed with pip, the post installation script. “IDA plugins” directory to install them. Plw in your%IDAProInstallDir% plugins directory.
Most of them should run fine on 7.0 with very minor or no changes. We plan to turn off the compatibility layer in the next release, so please dedicate some of your time to port your scripts to run without it. See the page for more info. To make the transition even smoother, we are also publishing a 32-bit version of IDA. It can (and should) be only used to run old 32-bit plugins while you are porting them to 64-bit. The 32-bit version of IDA can read v7 databases but it lacks some very nice new features. Let us introduce them now.
Now IDA is a truly international application that can speak all languages of the world because it uses UTF-8 everywhere. All scripts and plugins can use it. You can use UTF-8 in the disassembly listing, including comments or even the function names. This is not what we advise, therefore odd characters in names require some fine tuning.
![Rays Rays](/uploads/1/2/5/5/125539314/569003770.png)
See the page for all the gory details. By the way, the existing databases will have to be upgraded to benefit from the UTF-8 encoding.
We tried to make the upgrade process as simple as before but there is a catch: since old databases could use any encoding, IDA has to guess the old encoding on the fly. To learn how to help IDA with this error prone task, see the page. IDA now parses and annotates exception handling information and RTTI. We plan to improve the decompiler and IDA to take advantage of this information in the future. We greatly improved Objective C support both in IDA and the Decompiler.
Now the metadata can be parsed on demand, not only at the loading time. The decompiler produces much nicer output:. We improved the OSX and iOS debuggers to handle OSX 10.13 and iOS 11. There are many changes under the hood but your experience should be the same as before or even better.
I want to use IDA with the Hex-Rays decompiler plugin as part of automated static analysis, possibly on a large number of files without opening each one and telling it to produce a C file individually. Ideally, I'd like to run IDA from the command line, and get the decompilation based on initial autoanalysis as output.
This way I can run it as part of or grep for certain functions in a set of binaries. By my reading of from the Hex Blog, what I need is an IDA script that interacts with the decompiler plugin, but I can't figure out how to actually do so. So this leaves me with 2 subquestions:. How can I tell the Hex-Rays decompiler to 'Produce C file' (decompile all functions) from a script?. Does that script need to be IDC, or is IDAPython possible?