No Windows support :/ ( see this issue).

we'll automatically try to run 32 and 64bits idaw on the target application (preference on what executable is configured by you).set preference to idaPro (experimental Windows Only) in code → preferences → settings:.specify the path to the idaw executable in code → preferences → settings:, e.g.(Experimental Windows Only) Optional a licensed version of IDA Pro with decompiler support.Here's a sample Ghidra config for Windows: otherwise please specify the path to the executable /support/analyzeHeadless in code → preferences → settings: and make sure that the analyzeHeadless script runs without errors (and is not prompting for the JDK Home 🤓).either available in PATH (like when you install it with brew cask install ghidra on os-x or set-up manually).Requires a working installation of Ghidra (← Download) to decompile executables.Requirements: Binary executables (Ghidra / IDA Pro) Just make sure Java is available in your PATH. Other tools are bundled with the extension.Just install the latest JRE/JDK for your OS (e.g. Requires Java (11+) to be installed system-wide.Save the EVM byte-code in a file with extension. You can right-click → Download files to your local file-system right from the sub-workspace. The decompilation result is added to a temporary sub-workspace. Just right-click → Decompile on a supported executable and wait for the magic to happen. or IDAPro (Experimental, Windows Only for now).as supported by Ghidra Windows PE, Linux ELF, IOS, etc.

Binary executables for various platforms.

Wouldn't it be nice to just decompile the $h*! out of things right off the fingertips in Visual Studio Code? Well, here we go: Let's be honest, there is no reason to remember how to decompile stuff with the various tools available.

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