libMMU is a Rust crate that aims to simplify the process of rebuilding virtual address spaces from a memory dump in an OS-agnostic way.
todo
todo
todo
v0.1.0
- Basic generic structures (CPU, MMU modes, Page Table Entries, ...)
- Basic generic methods (extract bit(s), check flags on PDE/PTE/Pages )
- Basic architectures constraints, e.g: cannot create a IA32 configuration with 64 bits
- Loading base configuration from differents formats : TOML, YAML or from an in-line Rust builder pattern
v0.2.0
- Implement RISC-V architecture and its associated MMU modes, basic invariants
- Implement structural signatures
- Implement validation rules
v0.3.0
- Refactor the code to be asynchronous and threaded
Planned features
- Add support for other achitectures (ARM, X86, ...)
- Allow users to write their own validation rules with either a custom made grammar DSL or traits implementations
- Add support for Binary Code Analysis with
miasm
use libmmu::architectures::{ RiscV, RiscVMMUMode };
use libmmu::utils::{ MemorySpace, SpaceType, MachineConfig };
fn main() {
let memspaces = MemorySpace::new()
.add(SpaceType::RAM, 0x0000000080000000, 0x000000017fffffff)
.add(SpaceType::ROM, 0x0000000000000000, 0x0000000000011fff);
let conf = MachineConfig::<RiscV>::new()
.dumpfile("dump.raw")
.mmu(RiscVMMUMode::SV39)
.memspaces(memspaces)
.outfile("output");
conf.resolve_spaces()
}A huge part of this work is based on the thesis In the Land of MMUs: Multiarchitecture OS-Agnostic Virtual Memory Forensics by Andrea Oliveri and Davide Balzarotti and their POC mmushell.
