Load allocated Elf sections into memory, using the section table information map.

Normally, Elf uses segments for loading, but the section information tends to be more precise.

The return value includes a list of all function symbols (STT_FUNC Symbol table entry types).

Load allocated Elf sections into memory, using the section table information map.

Normally, Elf uses segments for loading, but the section information tends to be more precise.

The return value includes a list of *all* symbols, whether they are functions or not.

Load allocated Elf sections into memory.

This is only used for object files.

Load an elf file into memory by parsing segments.

Load an elf file into memory by parsing segments.

Maps section indices that are loaded in memory to their associated base address and section contents.

The base address is expressed in terms of the underlying memory segment.

This interprets the Elf file to construct the initial memory, entry points, and functions symbols.

If it encounters a fatal error it returns the error message in the left value, and otherwise it returns the interpreted information as a 4-tuple of: warnings, the initial memory image, possible entry points (e.g. for an executable or shared library), and function symbols.

Return the addr width repr associated with an elf class

Return default region index to use when loading.

Type for representing a symbol that has a defined location in this memory.

Error when resolving symbols.

This wraps a callback function that lets users lookup symbol information by index from the Elf file.

It is implemented using a callback function as the Elf dynamic section doesn't provide an explicit number of symbol table elements, and we decided not to depend on meta data such as section names that could be stripped from executables/shared objects.