private static void dumpThreadTypeList(Memory mem, int list)
{
for (int cb = mem.read32(list); cb != list; cb = mem.read32(cb))
{
SceSysmemUidCB sceSysmemUidCB = new SceSysmemUidCB();
sceSysmemUidCB.read(mem, cb);
dumpThread(mem, cb + sceSysmemUidCB.size * 4, "Thread");
}
}
private static void dumpThread(Memory mem, int address, string comment)
{
int uid = mem.read32(address + 8);
int status = mem.read32(address + 12);
int currentPriority = mem.read32(address + 16);
StringBuilder waitInfo = new StringBuilder();
if (SceKernelThreadInfo.isWaitingStatus(status))
{
int waitType = mem.read32(address + 88);
if (waitType != 0)
{
waitInfo.Append(string.Format(", waitType=0x{0:X}({1})", waitType, SceKernelThreadInfo.getWaitName(waitType)));
}
int waitTypeCBaddr = mem.read32(address + 92);
if (waitTypeCBaddr != 0)
{
SceSysmemUidCB waitTypeCB = new SceSysmemUidCB();
waitTypeCB.read(mem, waitTypeCBaddr);
waitInfo.Append(string.Format(", waitUid=0x{0:X}({1})", waitTypeCB.uid, waitTypeCB.name));
}
if (waitType == SceKernelThreadInfo.PSP_WAIT_DELAY)
{
int waitDelay = mem.read32(address + 96);
waitInfo.Append(string.Format(", waitDelay=0x{0:X}", waitDelay));
}
else if (waitType == SceKernelThreadInfo.PSP_WAIT_EVENTFLAG)
{
int bits = mem.read32(address + 96);
waitInfo.Append(string.Format(", waitEventFlagBits=0x{0:X}", bits));
}
}
int cb = SysMemForKernel.getCBFromUid(uid);
SceSysmemUidCB sceSysmemUidCB = new SceSysmemUidCB();
sceSysmemUidCB.read(mem, cb);
//if (log.DebugEnabled)
{
Console.WriteLine(string.Format("{0}: uid=0x{1:X}, name='{2}', status=0x{3:X}({4}), currentPriority=0x{5:X}{6}", comment, uid, sceSysmemUidCB.name, status, SceKernelThreadInfo.getStatusName(status), currentPriority, waitInfo));
if (log.TraceEnabled)
{
log.trace(Utilities.getMemoryDump(address, 0x140));
}
}
}
