void Medusa::AnalyzeAsync(Address const& rAddr)
{
auto pCell = GetCell(rAddr);
if (pCell == nullptr) return;
auto spArch = GetArchitecture(pCell->GetArchitectureTag());
if (!spArch) return;
boost::thread AnlzThread(&Medusa::Analyze, this, spArch, rAddr);
}
Tag Document::GetArchitectureTag(Address const& rAddress) const
{
Tag ArchTag = MEDUSA_ARCH_UNK;
auto const spCell = GetCell(rAddress);
if (spCell != nullptr)
{
ArchTag = spCell->GetArchitectureTag();
if (ArchTag != MEDUSA_ARCH_UNK)
return ArchTag;
}
auto const pMemArea = GetMemoryArea(rAddress);
if (pMemArea != nullptr)
{
ArchTag = pMemArea->GetArchitectureTag();
if (ArchTag != MEDUSA_ARCH_UNK)
return ArchTag;
}
return ArchTag;
}
u8 Document::GetMode(Address const& rAddress) const
{
u8 Mode = 0;
auto const spCell = GetCell(rAddress);
if (spCell != nullptr)
{
auto spCellArch = ModuleManager::Instance().GetArchitecture(spCell->GetArchitectureTag());
if (spCellArch != nullptr)
{
Mode = spCellArch->GetDefaultMode(rAddress);
if (Mode != 0)
return Mode;
}
Mode = spCell->GetMode();
if (Mode != 0)
return Mode;
}
auto const pMemArea = GetMemoryArea(rAddress);
if (pMemArea != nullptr)
{
auto spMemAreaArch = ModuleManager::Instance().GetArchitecture(pMemArea->GetArchitectureTag());
if (spMemAreaArch != nullptr)
{
Mode = spMemAreaArch->GetDefaultMode(rAddress);
if (Mode != 0)
return Mode;
}
Mode = pMemArea->GetArchitectureMode();
if (Mode != 0)
return Mode;
}
return Mode;
}
