def allocX86Mem(self, cbMem):
pR0KernVirtual = ffi.new("R0PTR *");
pPhysX86Addr = ffi.new("X86PADDR *");
self.rcLibLast = lib.PSPProxyCtxX86MemAlloc(self.hCtx, cbMem, pR0KernVirtual, pPhysX86Addr);
if self.rcLibLast == 0:
return (0, pR0KernVirtual[0], pPhysX86Addr[0]);
return (self.rcLibLast, 0, 0);
def branchTo(self, uPspAddrPc, fThumb, lstGprs):
paGprs = ffi.new("uint32_t[13]")
paGprs = lstGprs
self.rcLibLast = lib.PSPProxyCtxBranchTo(self.hCtx, uPspAddrPc, fThumb,
paGprs)
if self.rcLibLast == 0:
return 0
def readX86Smn(self, idNode, uSmnAddr, cbVal):
pVal = None;
if cbVal == 1:
pVal = ffi.new("uint8_t *");
elif cbVal == 2:
pVal = ffi.new("uint16_t *");
elif cbVal == 4:
pVal = ffi.new("uint32_t *");
elif cbVal == 8:
pVal = ffi.new("uint64_t *");
else:
return (-1, 0);
self.rcLibLast = lib.PSPProxyCtxX86SmnRead(self.hCtx, idNode, uSmnAddr, cbVal, pVal);
if self.rcLibLast == 0:
return (0, pVal[0]);
else:
return (self.rcLibLast, 0);
def readPspMmio(self, uPspAddr, cbVal):
pVal = None
if cbVal == 1:
pVal = ffi.new("uint8_t *")
elif cbVal == 2:
pVal = ffi.new("uint16_t *")
elif cbVal == 4:
pVal = ffi.new("uint32_t *")
elif cbVal == 8:
pVal = ffi.new("uint64_t *")
else:
return (-1, 0)
self.rcLibLast = lib.PSPProxyCtxPspMmioRead(self.hCtx, uPspAddr, cbVal,
pVal)
if self.rcLibLast == 0:
return (0, pVal[0])
else:
return (self.rcLibLast, 0)
def readSmn(self, idCcdTgt, uSmnAddr, cbVal):
pVal = None
if cbVal == 1:
pVal = ffi.new("uint8_t *")
elif cbVal == 2:
pVal = ffi.new("uint16_t *")
elif cbVal == 4:
pVal = ffi.new("uint32_t *")
elif cbVal == 8:
pVal = ffi.new("uint64_t *")
else:
return (-1, 0)
self.rcLibLast = lib.PSPProxyCtxPspSmnRead(self.hCtx, idCcdTgt,
uSmnAddr, cbVal, pVal)
if self.rcLibLast == 0:
return (0, pVal[0])
else:
return (self.rcLibLast, 0)
def readCoProc(self, idCoProc, idCrn, idCrm, idOpc1, idOpc2):
pVal = ffi.new("uint32_t *")
self.rcLibLast = lib.PSPProxyCtxPspCoProcRead(self.hCtx, idCoProc,
idCrn, idCrm, idOpc1,
idOpc2, pVal)
if self.rcLibLast == 0:
return (0, pVal[0])
else:
return (self.rcLibLast, 0)
def writeSmn(self, idCcdTgt, uSmnAddr, cbVal, uVal):
pVal = None;
if cbVal == 1:
pVal = ffi.new("uint8_t *");
elif cbVal == 2:
pVal = ffi.new("uint16_t *");
elif cbVal == 4:
pVal = ffi.new("uint32_t *");
elif cbVal == 8:
pVal = ffi.new("uint64_t *");
else:
return -1;
pVal[0] = uVal;
self.rcLibLast = lib.PSPProxyCtxPspSmnWrite(self.hCtx, idCcdTgt, uSmnAddr, cbVal, pVal);
if self.rcLibLast == 0:
return 0;
else:
return self.rcLibLast;
def writeX86Smn(self, idNode, uSmnAddr, cbVal, uVal):
pVal = None
if cbVal == 1:
pVal = ffi.new("uint8_t *")
elif cbVal == 2:
pVal = ffi.new("uint16_t *")
elif cbVal == 4:
pVal = ffi.new("uint32_t *")
elif cbVal == 8:
pVal = ffi.new("uint64_t *")
else:
return -1
pVal[0] = uVal
self.rcLibLast = lib.PSPProxyCtxX86SmnWrite(self.hCtx, idNode,
uSmnAddr, cbVal, pVal)
if self.rcLibLast == 0:
return 0
else:
return self.rcLibLast
def writePspX86Mmio(self, uX86Addr, cbVal, uVal):
pVal = None
if cbVal == 1:
pVal = ffi.new("uint8_t *")
elif cbVal == 2:
pVal = ffi.new("uint16_t *")
elif cbVal == 4:
pVal = ffi.new("uint32_t *")
elif cbVal == 8:
pVal = ffi.new("uint64_t *")
else:
return -1
pVal[0] = uVal
self.rcLibLast = lib.PSPProxyCtxPspX86MmioWrite(
self.hCtx, uX86Addr, cbVal, pVal)
if self.rcLibLast == 0:
return 0
else:
return self.rcLibLast
def __init__(self, sDevicePath):
self.sDevicePath = sDevicePath;
self.hCtx = None;
self.rcLibLast = 0;
phCtx = ffi.new("PPSPPROXYCTX");
rcLib = lib.PSPProxyCtxCreate(phCtx, self.sDevicePath.encode("UTF-8"));
if rcLib == 0:
self.hCtx = phCtx[0];
else:
self.rcLibLast = rcLib;
def __init__(self, sDevicePath):
self.sDevicePath = sDevicePath
self.hCtx = None
self.rcLibLast = 0
phCtx = ffi.new("PPSPPROXYCTX")
rcLib = lib.PSPProxyCtxCreate(phCtx, self.sDevicePath.encode("UTF-8"),
ffi.NULL, ffi.NULL)
if rcLib == 0:
self.hCtx = phCtx[0]
else:
self.rcLibLast = rcLib
def queryLastReqRc(self):
pVal = ffi.new("PSPSTS *")
self.rcLibLast = lib.PSPProxyCtxQueryLastReqRc(self.hCtx, pVal)
if self.rcLibLast == 0:
return pVal[0]
return self.rcLibLast
def callSvc(self, idxSyscall, uR0, uR1, uR2, uR3):
pR0Return = ffi.new("uint32_t *")
self.rcLibLast = lib.PSPProxyCtxPspSvcCall(self.hCtx, idxSyscall, uR0,
uR1, uR2, uR3, pR0Return)
return (self.rcLibLast, pR0Return[0])