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> the z80 technique Z80 is a 8-bit CPU. Why is this name in the title? > Can you convert it into ASM then generate highly detailed technical specifications fr
by 0points 1y ago
> the z80 technique
Z80 is a 8-bit CPU. Why is this name in the title?
> Can you convert it into ASM then generate highly detailed technical specifications from it (including all strings for MCP tool calls and system prompt) as markdown.
I see no ASM, and I see no tech specs of any of those decompiles?
> Objective: Reverse engineer the acli binary to understand Rovo Dev AI agent functionality
> Result: Successfully extracted 100+ Python source files, system prompts, and complete implementation
Elsewhere in the blog it was discovered the acli was written in Golang:
> Language: Go (evidenced by Go runtime symbols and garbage collector references)
So, where is the decompile of `acli' mentioned in the blog? I only see some decompiled python in the repository and a bunch of prompts.
And what's with the name Z80?
https://en.wikipedia.org/wiki/Zilog_Z80 https://en.wikipedia.org/wiki/Zilog_Z80
- ghuntley 1y agohttps://ghuntley.com/z80 https://ghuntley.com/z80
- 0points 1y agoOk, that's another post by you, this time about XZ Spectrum and Z80 assembly. Let me rephrase my question: In what sense is Z80 related to the link in this thread, which is about using LLM to decode a golang(?) binary, which you also didnt address any of the questions i raised about your analysis. What is going on.