void win32k_entry_point( void *lParam){
unsigned int len = INI();
char * data = INI();
//..
PMY_STRUCT my_struct = (PMY_STRUCT)lParam;
/*fake function to simulate data transfer from user to kernel in Windows*/
__get_user(data, &my_struct->lpData); // fetch of another value, but didn't cause disturbance
if(data != NULL){
__get_user(len, &my_struct->cbData);// first fetch
unsigned int cbCapture = sizeof(MY_STRUCT) + len;
char* my_allocation = UserAllocPoolWithQuota(cbCapture, TAG_SMS_CAPTURE);
if (my_allocation != NULL){
//..
__get_user(len, &my_struct->cbData); //second fetch
RtlCopyMemory(my_allocation, data, len); //use
}
}
//...
}
int PIController::InitStage(const std::string& axisName, const std::string& stageType)
{
if (HasCST() && !stageType.empty())
{
std::string stageType_local = stageType;
if (onlyIDSTAGEvalid_)
{
if (strcmp(stageType.c_str(), "NOSTAGE") != 0)
{
stageType_local = "ID-STAGE";
}
}
if (!CST(axisName, stageType_local))
{
return GetTranslatedError();
}
}
if (HasINI())
{
if (!INI(axisName))
{
return GetTranslatedError();
}
}
if (HasSVO())
{
if (!SVO(axisName, TRUE))
{
return GetTranslatedError();
}
}
return DEVICE_OK;
}
int PIController::InitStage(const std::string& axisName, const std::string& stageType)
{
if (HasCST())
{
std::string stageType_local = stageType;
if (onlyIDSTAGEvalid_)
{
if (strcmp(stageType.c_str(), "NOSTAGE") != 0)
{
stageType_local = "ID-STAGE";
}
}
if (!CST(axisName, stageType_local))
return DEVICE_INVALID_PROPERTY_VALUE;
}
if (HasINI())
{
if (!INI(axisName))
return DEVICE_ERR;
}
if (HasSVO())
{
if (!SVO(axisName, TRUE))
return DEVICE_ERR;
}
return DEVICE_OK;
}
void RMANAGER::TimeStep()
{
VESSEL * v = NULL;
OBJHANDLE hVes = NULL;
char ini[255];
for (int i = 0; i < oapiGetVesselCount(); i++)
{
hVes = oapiGetVesselByIndex(i);
if (!oapiIsVessel(hVes))
continue;
v = oapiGetVesselInterface(hVes);
if (isAttended(v))
continue;
if (!hasConfig(v))
continue;
sprintf(ini,"./Config/orbReentryStream/%s.ini",INI(v));
atList.push_back(ReadAndAssign(ini,v));
}
VOBJ * vbj = NULL;
for (int i = 0; i < atList.size(); i++)
{
if (!atList[i])
continue;
if (!oapiIsVessel(atList[i]->hook))
continue;
vbj = atList[i];
v = oapiGetVesselInterface(vbj->hook);
hVes = v->GetHandle();
if (calcFlux(v) > vbj->flux)
{
if (!vbj->th)
CreateResourceAndStreams(vbj);
v->SetThrusterLevel(vbj->th,1);
}else if (vbj->th)
v->SetThrusterLevel(vbj->th,0);
}
}
/*INI*/
static void op_ED_0xa2(Z80EX_CONTEXT *cpu)
{
INI(/*rd*/6, /*wr*/9);
T_WAIT_UNTIL(12);
return;
}
int main(int argc, char *argv[]) {
E_RT_init(argc, argv);
JMP(begin);
Label0: R005=ADD(R000,2);
STI(R001, R000);
R000=SUB(R000,1);
MOVI(R000, R001);
LDI(R005, R008);
R005=ADD(R005,1);
LDF(R005, F001);
R005=ADD(R005,1);
MOVIF(R008, F003);
MOVIF(R008, F006);
F005=FADD(F006,F001);
MOVF(F005, F008);
R010=ADD(R008,1);
MOVI(R010, R011);
MOVI(R010, R012);
MOVIF(R008, F010);
MOVF(F005, F011);
while_1_start: JMPC(GT(1000, R008), while_1_begin);
JMP(while_1_end);
while_1_begin: MOVIF(R008, F013);
MOVIF(R008, F014);
F008=FADD(F014,F001);
F001=FMUL(F001,2.0);
R008=ADD(R008,100);
JMP(while_1_start);
while_1_end: PRTF(F008);
PRTS(R007);
MOVI(R008, R002);
JMP(Label1);
Label1: MOVI(R001, R000);
R000=ADD(R000,1);
LDI(R000, R001);
R000=ADD(R000,1);
LDI(R000, R004);
R000=ADD(R000,2);
JMPI(R004);
eventLabel_a: INI(R010);
INF(F013);
STI(R010, R000);
R000=SUB(R000,1);
STF(F013, R000);
R000=SUB(R000,1);
STF(F013, R000);
R000=SUB(R000,1);
STI(R010, R000);
R000=SUB(R000,1);
MOVL(Label2, R004);
STI(R004, R000);
R000=SUB(R000,1);
JMP(Label0);
Label2: MOVI(R002, R006);
R000=ADD(R000,1);
LDF(R000, F013);
R000=ADD(R000,1);
LDI(R000, R010);
JMP(EventMStart);
begin: MOVI(10000, R000);
MOVI(0, R006);
MOVS("\n", R007);
IN(R010);
IN(R010);
IN(R010);
EventMStart: IN(R010);
JMPC(GT(64, R010), EventMOut);
JMPC(EQ(97, R010), eventLabel_a);
JMP(EventMStart);
EventMOut: PRTS("\nDone\n");
E_RT_exit(); return 0;
}
/*INI*/
static void op_ED_0xa2(void)
{
INI(/*rd*/6, /*wr*/9);
T_WAIT_UNTIL(12);
return;
}
