Theodosius/src/theo/comp/comp.cpp

57 lines
1.8 KiB

#include <comp/comp.hpp>
namespace theo::comp {
comp_t::comp_t(decomp::decomp_t* dcmp) : m_dcmp(dcmp) {}
comp_t::comp_t(decomp::decomp_t* dcmp,
allocator_t alloc,
copier_t copy,
resolver_t resolve)
: m_dcmp(dcmp), m_allocator(alloc), m_copier(copy), m_resolver(resolve) {}
void comp_t::compose() {
m_dcmp->syms()->for_each([&](theo::decomp::symbol_t& sym) {
// if this symbol is a function..
//
if (sym.scn()->characteristics.mem_execute) {
// if comp type is none (meaning entire function) then we just allocate
// it...
//
if (sym.dcmp_type() == decomp::decomp_type_t::none) {
sym.allocated_at(m_allocator(sym.size(), sym.scn()->characteristics));
spdlog::info("allocated entire function: {} at address: {:X} size: {}",
sym.name(), sym.allocated_at(), sym.size());
} else { // else the dcmp_type is split instrs we are going to apply
// transformations...
sym.allocated_at(m_allocator(sym.size(), sym.scn()->characteristics));
spdlog::info(
"transformed relocations of symbol: {} size is now: {} allocated "
"at: {:X}",
sym.name(), sym.size(), sym.allocated_at());
}
} else { // else the allocation is data which means we dont have any
// relocs...
sym.allocated_at(m_allocator(sym.size(), sym.scn()->characteristics));
}
});
}
void comp_t::allocator(allocator_t alloc) {
m_allocator = alloc;
}
void comp_t::copier(copier_t copy) {
m_copier = copy;
}
void comp_t::resolver(resolver_t resolve) {
m_resolver = resolve;
}
std::uintptr_t comp_t::resolve(const std::string&& sym) {
return m_dcmp->syms()
->sym_from_hash(decomp::symbol_t::hash(sym))
.allocated_at();
}
} // namespace theo::comp