ran-j/PS2Recomp

Features

• Static Binary Translation - Translates PlayStation 2 machine instructions into source code for native execution on modern hardware.
• Binary Execution Environments - Ships a runtime environment for executing recompiled binaries using guest memory models and syscall dispatchers.
• Retro Game Preservation - Enables the preservation of legacy games by translating original binaries into source code for modern hardware.
• Recompilation Runtimes - Provides a dedicated execution environment managing memory models and register contexts for recompiled PlayStation 2 binaries.
• Reverse Engineering Guides - Analyzes stripped executable files to recover function symbols and identify library calls for modification.
• Hardware State Emulators - Implements a runtime environment that manages memory models and register contexts to execute recompiled software.
• Hardware Emulators - Simulates physical hardware components, including memory and register contexts, to provide a compatible execution environment.
• PlayStation 2 Static Recompilers - Translates PlayStation 2 machine instructions into source code to enable execution on modern hardware.
• Binary-to-C Translation - Translates machine code binary instructions into static C source code to eliminate the need for interpreters.
• Guest State Emulation - Implements a guest memory model and register context to provide a compatible execution environment for translated code.
• Heuristic Function Discovery - Identifies function entry points and code structure through heuristic jump scanning and pattern matching.
• Vector Instruction Mappings - Maps wide-bit macro mode vector instructions to hardware-accelerated intrinsics for high-performance math.
• Stripped Function Mapping - Binds stripped function addresses to runtime handlers using configuration files or exported maps.
• Binary Analysis Tools - Includes utilities for inspecting binaries, identifying function boundaries, and recovering symbol names.
• Binary Patchers - Provides a mechanism for replacing raw instructions and overriding function bindings in compiled executables.
• Binary Instruction Patching - Provides capabilities to overwrite specific machine instructions to resolve stability issues or bugs during translation.
• Translated Code Patching - Modifies specific instructions within the translated source code to resolve bugs or introduce behaviors.
• Custom System Call Handlers - Allows registration of user-defined function implementations to override system call behavior.
• Library Stub Detection - Identifies common library functions to replace them with runtime stubs or syscall handlers.
• Runtime Stub Dispatching - Replaces identified library functions and system calls with dedicated handlers during execution.
• Symbol Recovery Tools - Extracts function names and addresses using debug information and reverse-engineering tool exports.
• Function Boundary Discovery - Discovers code structure in binaries using debug symbols, heuristic jump scanning, or symbol databases.
• SDK Symbol Recovery - Matches stripped library functions against known symbol databases to identify kernel and system calls.
• Vector Instruction Mapping - Maps wide-bit macro mode instructions to hardware-accelerated intrinsics for high-performance mathematical operations.
• Symbol-To-Address Mapping - Binds stripped memory addresses to runtime handlers using debug information or external symbol databases.

Star history