PySCEMU Helper-Python Emulation Assistance

Example

To start a 32-bit emulation, one would use `emu = pyscemu.init32()` followed by `emu.load_maps('/path/to/maps32/')` to load the necessary maps.

Scenario

This function is crucial for setting up the emulation environment, allowing users to specify the architecture and load essential memory maps before running any code.

Example

Using `buff = emu.alloc("buffer1", 1024)` to allocate memory and `emu.write_dword(buff, 0x11223344)` to write data into the allocated memory.

Scenario

Memory management functions are essential for emulating the behavior of software, particularly for setting up initial conditions, injecting payloads, or simulating specific memory states.

Example

To analyze a binary, one might use `emu.load_binary('/path/to/binary')` for loading executables directly into the emulator.

Scenario

Loading binaries is a key function for reverse engineers and malware analysts to safely examine and interact with potentially malicious code without risk to their own systems.

Example

To execute a loaded binary and analyze its behavior, functions like `emu.run()` or `emu.step()` can be used, with `emu.set_verbose(3)` enabling detailed instruction logging.

Scenario

Execution and debugging functions allow users to meticulously step through code execution, making it invaluable for detailed analysis and understanding of code behavior in a controlled environment.

Example

In case of an unimplemented API error, `emu.enable_banzai_mode()` and `emu.banzai_add('TheApiName', num_of_parameters)` can be used to bypass the issue.

Scenario

This allows users to continue emulation even when encountering unsupported APIs, by simulating their presence, which is particularly useful for complex software that relies on external APIs.