Added KernelModuleAddressDescription() (Core/HLE/sceKernelModule.cpp),
which looks up which currently loaded module (and text/data/bss/segment
section within it) an address falls in, e.g. "EBOOT.BIN.text+1234".
Wired it into:
- Core_MemoryException/Core_ExecException/Core_BreakException
(Core/Core.cpp), appended next to every address/pc/ra shown in their
log lines.
- FormatStackTrace (Core/MemFault.cpp), appended per-frame next to the
existing symbol description.
This makes crash/exception logs actionable even when there's no symbol
at the faulting address - you at least get which module and section
it's in, useful for reverse engineering unfamiliar code.
Verified live via headless: injected a MIPS break instruction at the
current PC (through Tools/wsdbg) and confirmed the log line changed from
"break instruction hit at 088040ac" to "break instruction hit at 088040ac
[sceDisplayWaitVblank Test.text+ac]".
Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01XDNwPPuidmNxQGRJxBuRL6
A call through a still-pending import gets written as a generic "invalid
syscall" opcode (WriteFuncMissingStub) that no longer carries the
original module name or NID by the time it's actually invoked - but the
address of the syscall instruction itself is exactly the stubAddr every
pending FuncSymbolImport already records. Added
KernelFindImportByStubAddr() to search loaded modules' importedFuncs for
a match, and use it in GetSyscallFuncPointer's unknown-syscall path.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
Driver 76 uses sceKernelGetModuleIdList to get a module list
after calling sceUtilityLoadNetModule, then go module by module
with sceKernelQueryModuleInfo to check if at least pspnet_adhoc.prx
was loaded.
Load modules during sceUtilityLoadNetModule, expand success lying
modules to have real names, add adhoc modules to the success lying
list, list lied modules during sceKernelGetModuleIdList.
By fixing up badly aligned addresses in HLESubscriber.cpp.
This should help eliminate any bad usage within PPSSPP itself, while
also keeping existing websocket code working.
Additionally, this makes some end addresses exclusive instead of
inclusive, which simplifies address math.
Some games survive with a loaded sceAtrac, and start talking to
sceAudioCodec instead, the underlying library, though unsuccessfully
since it's not properly implemented yet.
Henrik Rydgård