We now support such binaries out of box, including in the decompiler. PC: ELF binaries employing Intel CET (Control-flow Enforcement Technology) are becoming very common due to Debian enabling this compiler option by default, followed by Fedora and other Linux distros. They are translated into corresponding C11 functions from stdatomic.h, so you should see fewer _asm blocks when dealing with code compiled for arm64e. On the decompiler side, we added support for atomic ARM64 instructions such as CAS (compare-and-swap), LDADD (atomic add) and many others. Breakpoints and watchpoints works with it out of box using the same Corellium-ARM64 configuration. In addition, we improved support for the KTRW debugger. Sample of ARM64 kernel code using IOKit classes Sample of x86_64 user-mode code using CoreFoundation APIs List of initially available type libraries They are especially useful when paired with the decompiler. We have added t ype libraries with most major APIs and additional frameworks from macOS and iPhone SDKs. Lumina function is now available for MIPS and PPC binaries. The infamous delay slots are handled transparently and seamlessly. Any 32-bit MIPS binary supported by IDA can be decompiled, including compact encodings. This will help organizing information when dealing with large binaries.Ī new decompiler has been added to our lineup. Users can create, rename and delete folders, and move items between them. To start with, the following views have it:įor Structures and Enums, the tree panel is shown by default, for other views it can be enabled via the “Show Folders” context menu item. You can create folders and move items between them. We are proud to announce the release of IDA PRO version 7.5 today! Join us in discovering your IDA Pro with many new features and improvements!Ī tree-like folder view is available in many IDA standard views.
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