void Table::SetValue(const Value &key, const Value &value)
{
// Try array part
if (key.type_ == ValueT_Number && IsInt(key.num_))
{
if (SetArrayValue(static_cast<std::size_t>(key.num_), value))
return ;
}
// Hash part
if (!hash_)
{
// If value is nil and hash part is not existed, then do nothing
if (value.IsNil())
return ;
hash_.reset(new Hash);
}
auto it = hash_->find(key);
if (it != hash_->end())
{
// If value is nil, then just erase the element
if (value.IsNil())
hash_->erase(it);
else
it->second = value;
}
else
{
// If key is not existed and value is not nil, then insert it
if (!value.IsNil())
hash_->insert(std::make_pair(key, value));
}
}
nsCSSValue::Array*
nsCSSValue::InitFunction(nsCSSKeyword aFunctionId, PRUint32 aNumArgs)
{
nsRefPtr<nsCSSValue::Array> func = Array::Create(aNumArgs + 1);
func->Item(0).SetIntValue(aFunctionId, eCSSUnit_Enumerated);
SetArrayValue(func, eCSSUnit_Function);
return func;
}
luna::Table * RandomTable()
{
auto t = g_gc.NewTable();
int array_count = RandomNum(10);
for (int i = 0; i < array_count; ++i)
t->SetArrayValue(i + 1, RandomValue(true));
int hash_count = RandomNum(20);
for (int i = 0; i < hash_count; ++i)
t->SetValue(RandomValue(true), RandomValue(true));
return t;
}
void Table::SetValue(const Value &key, const Value &value)
{
// Try array part
if (key.type_ == ValueT_Number && IsInt(key.num_))
{
if (SetArrayValue(static_cast<std::size_t>(key.num_), value))
return ;
}
// Hash part
if (!hash_)
hash_.reset(new Hash);
auto it = hash_->find(key);
if (it != hash_->end())
it->second = value;
else
hash_->insert(std::make_pair(key, value));
}
//----------------------------------------------------------------------------
//
// Name : DoInstruction
//
// Description: Executes slic intructions that were previously
// "compiled" by slicif_add_op.
//
// Parameters : SOP op
//
// Globals : This function is so big no idea.
//
// Returns : -
//
// Remark(s) : The behaviour depends on the given SOP type
// if you define new operatiors you have of course modify
// or implement the according behaviour of that function.
//
// This function is called at slic run time.
//
//----------------------------------------------------------------------------
BOOL SlicFrame::DoInstruction(SOP op)
{
unsigned char* codePtr = &m_segment->m_code[m_offset];
unsigned char* origCodePtr = &m_segment->m_code[m_offset];
#if defined(SLIC_DOUBLES)
double dval;
#endif
sint32 ival, ival2;
SlicStackValue sval1, sval2, sval3;
SS_TYPE type1, type2, type3;
SlicSymbolData *symval;
BOOL stopped = FALSE;
sint32 sp;
sint32 res;
BOOL calcOffset = TRUE;
//Added by Martin Gühmann for database access
SlicDBInterface *conduit;
char* name;
switch(op) {
case SOP_PUSHI:
sval1.m_int = *(reinterpret_cast<sint32 *>(codePtr));
codePtr += sizeof(sint32);
m_stack->Push(SS_TYPE_INT, sval1);
break;
case SOP_PUSHD:
#if defined(SLIC_DOUBLES)
dval = *((double*)codePtr);
// Probably some handling missing here. Now, we just skip some bytes.
#endif
codePtr += sizeof(sint32);
break;
case SOP_PUSHV:
ival = *((sint32 *)codePtr);
codePtr += sizeof(int);
sval1.m_sym = g_slicEngine->GetSymbol(ival);
if (sval1.m_sym)
{
m_stack->Push(SS_TYPE_SYM, sval1);
}
else
{
DPRINTF(k_DBG_SLIC, ("Bad mojo, NULL symbol %d\n", ival));
stopped = TRUE;
}
break;
case SOP_PUSHM:
{
ival = *((sint32*)codePtr);
codePtr += sizeof(sint32);
symval = g_slicEngine->GetSymbol(ival);
if(!symval) {
DPRINTF(k_DBG_SLIC, ("Bad mojo, NULL struct symbol %d\n", ival));
stopped = TRUE;
break;
}
if(symval->GetType() != SLIC_SYM_STRUCT) {
DPRINTF(k_DBG_SLIC, ("Bad mojo, %s is not a struct\n", symval->GetName()));
stopped = TRUE;
break;
}
SlicStructInstance *theStruct = symval->GetStruct();
Assert(theStruct);
ival2 = *((sint32*)codePtr);
codePtr += sizeof(sint32);
sval1.m_sym = theStruct->GetMemberSymbol(ival2);
m_stack->Push(SS_TYPE_SYM, sval1);
break;
}
case SOP_PUSHAM:
{
ival = *((sint32*)codePtr);
codePtr += sizeof(sint32);
symval = g_slicEngine->GetSymbol(ival);
if(!symval) {
DPRINTF(k_DBG_SLIC, ("Bad mojo, NULL struct symbol %d\n", ival));
stopped = TRUE;
break;
}
if(symval->GetType() != SLIC_SYM_ARRAY) {
DPRINTF(k_DBG_SLIC, ("Bad mojo, %s is not an array\n", symval->GetName()));
stopped = TRUE;
break;
}
sp = m_stack->Pop(type3, sval3);
Assert(sp >= 1);
sp = m_stack->Pop(type2, sval2);
Assert(sp >= 0);
if(!symval->ArrayLookup(Eval(type3, sval3), type1, sval1)) {
DPRINTF(k_DBG_SLIC, ("Couldn't perform array lookup in SOP_PUSHAM\n"));
stopped = TRUE;
break;
}
SlicSymbolData * structSym = SlicStack::GetSymbol(type1, sval1);
if (!structSym)
{
DPRINTF(k_DBG_SLIC, ("Couldn't find struct symbol in SOP_PUSHAM\n"));
stopped = TRUE;
break;
}
if(structSym->GetType() != SLIC_SYM_STRUCT) {
DPRINTF(k_DBG_SLIC, ("Bad Mojo, array symbol id not a struct in SOP_PUSHAM\n"));
stopped = TRUE;
break;
}
SlicStructInstance *theStruct = structSym->GetStruct();
Assert(theStruct);
ival2 = *((sint32*)codePtr);
codePtr += sizeof(sint32);
sval1.m_sym = theStruct->GetMemberSymbol(ival2);
m_stack->Push(SS_TYPE_SYM, sval1);
break;
}
case SOP_PUSHA:
ival = *((sint32 *)codePtr);
codePtr += sizeof(int);
symval = g_slicEngine->GetSymbol(ival);
if(!symval) {
DPRINTF(k_DBG_SLIC, ("Bad mojo, NULL symbol %d\n", ival));
stopped = TRUE;
break;
}
sval1.m_sym = symval;
m_stack->Push(SS_TYPE_SYM, sval1);
break;
case SOP_AINDX:
sp = m_stack->Pop(type1, sval1);
Assert(sp >= 1);
sp = m_stack->Pop(type2, sval2);
Assert(sp >= 0);
res = ArrayLookup(type2, sval2, type1, sval1,
type3, sval3);
if(res)
m_stack->Push(type3, sval3);
else {
sval3.m_int = 0;
m_stack->Push(SS_TYPE_INT, sval3);
}
break;
case SOP_ADD:
sp = m_stack->Pop(type1, sval1);
Assert(sp >= 0);
sp = m_stack->Pop(type2, sval2);
Assert(sp >= 0);
sval3.m_int = Eval(type2, sval2) + Eval(type1, sval1);
m_stack->Push(SS_TYPE_INT, sval3);
break;
case SOP_SUB:
sp = m_stack->Pop(type1, sval1);
Assert(sp >= 0);
sp = m_stack->Pop(type2, sval2);
Assert(sp >= 0);
sval3.m_int = Eval(type2, sval2) - Eval(type1, sval1);
m_stack->Push(SS_TYPE_INT, sval3);
break;
case SOP_MULT:
sp = m_stack->Pop(type1, sval1);
Assert(sp >= 0);
sp = m_stack->Pop(type2, sval2);
Assert(sp >= 0);
sval3.m_int = Eval(type2, sval2) * Eval(type1, sval1);
m_stack->Push(SS_TYPE_INT, sval3);
break;
case SOP_EXP:
sp = m_stack->Pop(type1, sval1);
Assert(sp >= 0);
sp = m_stack->Pop(type2, sval2);
Assert(sp >= 0);
sval3.m_int = static_cast<int>
(pow(static_cast<double>(Eval(type2, sval2)), Eval(type1, sval1)));
m_stack->Push(SS_TYPE_INT, sval3);
break;
// Bitwise operators:
case SOP_BAND:
sp = m_stack->Pop(type1, sval1);
Assert(sp >= 0);
sp = m_stack->Pop(type2, sval2);
Assert(sp >= 0);
sval3.m_int = Eval(type2, sval2) & Eval(type1, sval1);
m_stack->Push(SS_TYPE_INT, sval3);
break;
case SOP_BOR:
sp = m_stack->Pop(type1, sval1);
Assert(sp >= 0);
sp = m_stack->Pop(type2, sval2);
Assert(sp >= 0);
sval3.m_int = Eval(type2, sval2) | Eval(type1, sval1);
m_stack->Push(SS_TYPE_INT, sval3);
break;
case SOP_BXOR:
sp = m_stack->Pop(type1, sval1);
Assert(sp >= 0);
sp = m_stack->Pop(type2, sval2);
Assert(sp >= 0);
sval3.m_int = Eval(type2, sval2) ^ Eval(type1, sval1);
m_stack->Push(SS_TYPE_INT, sval3);
break;
case SOP_BNOT:
sp = m_stack->Pop(type1, sval1);
Assert(sp >= 0);
sval3.m_int = ~Eval(type1, sval1);
m_stack->Push(SS_TYPE_INT, sval3);
break;
case SOP_DIV:
sp = m_stack->Pop(type1, sval1);
Assert(sp >= 0);
sp = m_stack->Pop(type2, sval2);
Assert(sp >= 0);
if(Eval(type1, sval1) == 0) {
//Added by Martin Gühmann
//It is a problem of slic code and not of the ctp2.exe,
//the slicer has to solve the problem.
if(g_theProfileDB && g_theProfileDB->IsDebugSlic()) {
c3errors_ErrorDialog("Slic", "In object %s: Division by 0.", m_segment->GetName());
}
sval3.m_int = 0;
m_stack->Push(SS_TYPE_INT, sval3);
break;
}
sval3.m_int = Eval(type2, sval2) / Eval(type1, sval1);
m_stack->Push(SS_TYPE_INT, sval3);
break;
case SOP_MOD:
sp = m_stack->Pop(type1, sval1);
Assert(sp >= 0);
sp = m_stack->Pop(type2, sval2);
Assert(sp >= 0);
{
sint32 const divisor = Eval(type1, sval1);
if (0 == divisor)
{
// Handle error as for SOP_DIV.
if (g_theProfileDB && g_theProfileDB->IsDebugSlic())
{
c3errors_ErrorDialog("Slic", "In object %s: modulo 0.",
m_segment->GetName()
);
}
sval3.m_int = 0;
}
else
{
sval3.m_int = Eval(type2, sval2) % divisor;
}
}
m_stack->Push(SS_TYPE_INT, sval3);
break;
case SOP_EQ:
sp = m_stack->Pop(type1, sval1);
Assert(sp >= 0);
sp = m_stack->Pop(type2, sval2);
Assert(sp >= 0);
sval3.m_int = IsEqual(type2, sval2, type1, sval1);
m_stack->Push(SS_TYPE_INT, sval3);
break;
case SOP_GT:
sp = m_stack->Pop(type1, sval1);
Assert(sp >= 0);
sp = m_stack->Pop(type2, sval2);
Assert(sp >= 0);
sval3.m_int = Eval(type2, sval2) > Eval(type1, sval1);
m_stack->Push(SS_TYPE_INT, sval3);
break;
case SOP_LT:
sp = m_stack->Pop(type1, sval1);
Assert(sp >= 0);
sp = m_stack->Pop(type2, sval2);
Assert(sp >= 0);
sval3.m_int = Eval(type2, sval2) < Eval(type1, sval1);
m_stack->Push(SS_TYPE_INT, sval3);
break;
case SOP_GTE:
sp = m_stack->Pop(type1, sval1);
Assert(sp >= 0);
sp = m_stack->Pop(type2, sval2);
Assert(sp >= 0);
sval3.m_int = Eval(type2, sval2) >= Eval(type1, sval1);
m_stack->Push(SS_TYPE_INT, sval3);
break;
case SOP_LTE:
sp = m_stack->Pop(type1, sval1);
Assert(sp >= 0);
sp = m_stack->Pop(type2, sval2);
Assert(sp >= 0);
sval3.m_int = Eval(type2, sval2) <= Eval(type1, sval1);
m_stack->Push(SS_TYPE_INT, sval3);
break;
case SOP_NEQ:
sp = m_stack->Pop(type1, sval1);
Assert(sp >= 0);
sp = m_stack->Pop(type2, sval2);
Assert(sp >= 0);
sval3.m_int = !IsEqual(type2, sval2, type1, sval1);
m_stack->Push(SS_TYPE_INT, sval3);
break;
case SOP_AND:
sp = m_stack->Pop(type1, sval1);
Assert(sp >= 0);
sp = m_stack->Pop(type2, sval2);
Assert(sp >= 0);
sval3.m_int = Eval(type2, sval2) && Eval(type1, sval1);
m_stack->Push(SS_TYPE_INT, sval3);
break;
case SOP_OR:
sp = m_stack->Pop(type1, sval1);
Assert(sp >= 0);
sp = m_stack->Pop(type2, sval2);
Assert(sp >= 0);
sval3.m_int = Eval(type2, sval2) || Eval(type1, sval1);
m_stack->Push(SS_TYPE_INT, sval3);
break;
case SOP_NOT:
sp = m_stack->Pop(type1, sval1);
Assert(sp >= 0);
sval3.m_int = !Eval(type1, sval1);
m_stack->Push(SS_TYPE_INT, sval3);
break;
case SOP_POP:
Assert(FALSE);
break;
case SOP_TRIG:
sp = m_stack->Pop(type1, sval1);
Assert(sp >= 0);
sval3.m_int = Eval(type1, sval1);
if(!sval3.m_int)
stopped = TRUE;
break;
case SOP_ARGE:
sp = m_stack->Pop(type1, sval1);
AddArg(type1, sval1);
break;
case SOP_ARGID:
ival = *((sint32 *)codePtr);
codePtr += sizeof(sint32);
symval = g_slicEngine->GetSymbol(ival);
if(!symval) {
DPRINTF(k_DBG_SLIC, ("Bad Mojo, NULL symbol %d\n", ival));
return FALSE;
}
if(symval->GetType() != SLIC_SYM_ID) {
DPRINTF(k_DBG_SLIC, ("Bad Mojo, symbol %s is not of type ID\n",
symval->GetName()));
return FALSE;
}
m_argList->AddArg(symval->GetSegment(), symval);
break;
case SOP_ARGS:
ival = *((sint32 *)codePtr);
codePtr += sizeof(sint32);
symval = g_slicEngine->GetSymbol(ival);
if(symval->GetType() != SLIC_SYM_SVAR) {
DPRINTF(k_DBG_SLIC, ("Bad Mojo, string arg doesn't have string type\n"));
return FALSE;
}
m_argList->AddArg(SA_TYPE_STRING, sint32(symval->GetStringId()));
break;
case SOP_ARGST:
ival = *((sint32 *)codePtr);
codePtr += sizeof(sint32);
symval = g_slicEngine->GetSymbol(ival);
if(symval->GetType() != SLIC_SYM_STRING) {
DPRINTF(k_DBG_SLIC, ("Bad Mojo, hard string doesn't have hard string type\n"));
return FALSE;
}
m_argList->AddArg(SA_TYPE_HARD_STRING, symval);
break;
case SOP_CALL:
case SOP_CALLR:
{
ival = *((sint32 *)codePtr);
codePtr += sizeof(sint32);
symval = g_slicEngine->GetSymbol(ival);
if(!symval) {
DPRINTF(k_DBG_SLIC, ("Bad Mojo, NULL symbol %d\n", ival));
return FALSE;
}
if(symval->GetType() != SLIC_SYM_FUNC && symval->GetType() != SLIC_SYM_UFUNC) {
DPRINTF(k_DBG_SLIC, ("Bad Mojo, symbol %s is not a function\n",
symval->GetName()));
return FALSE;
}
SlicFunc *funcObj = symval->GetFunction();
SFN_ERROR err;
if(!funcObj) {
SlicSegment *segment = g_slicEngine->GetSegment(symval->GetName());
if(!segment || segment->GetType() != SLIC_OBJECT_FUNCTION) {
DPRINTF(k_DBG_SLIC, ("Undefined function %s\n", symval->GetName()));
if(g_theProfileDB && g_theProfileDB->IsDebugSlic()) {
c3errors_ErrorDialog("Slic", "%s is not a known function", symval->GetName());
}
return FALSE;
}
SlicObject * obj = NULL;
err = segment->Call(m_argList, obj);
if (obj)
{
if (op == SOP_CALLR)
{
if (g_slicEngine->AtBreak())
{
Assert(!m_resultObject); // need stack when failing?
if (m_resultObject)
{
m_resultObject->Release();
}
m_resultObject = obj;
}
else
{
sval1.m_int = obj->GetResult();
m_stack->Push(SS_TYPE_INT, sval1);
obj->Release();
}
}
else
{
// SOP_CALL: result not used
obj->Release();
}
}
} else {
err = funcObj->Call(m_argList);
if(op == SOP_CALLR) {
switch(funcObj->GetReturnType()) {
case SFR_INT:
sval1.m_int = funcObj->GetResult().m_int;
m_stack->Push(SS_TYPE_INT, sval1);
break;
default:
sval1.m_int = 0;
m_stack->Push(SS_TYPE_INT, sval1);
Assert(FALSE);
}
}
}
if(err != SFN_ERROR_OK) {
ReportSFError(err, symval);
stopped = TRUE;
}
m_argStackPtr--;
Assert(m_argStackPtr >= -1);
if(m_argStackPtr >= 0) {
m_argList = &m_argListArray[m_argStackPtr];
} else if(m_argStackPtr == -1) {
m_argList = NULL;
}
if(g_slicEngine->AtBreak())
stopped = TRUE;
break;
}
case SOP_EVENT:
{
ival = *((sint32 *)codePtr);
codePtr += sizeof(sint32);
if(g_gevManager->IsProcessing()) {
EVENTLOG((" "));
}
EVENTLOG(("Event:%s(", g_gevManager->GetEventName((GAME_EVENT)ival)));
GameEventArgList *args = m_argList->CreateGameEventArgs((GAME_EVENT)ival);
EVENTLOG((") : Serial %d\n", g_gevManager->GetNextSerial()));
g_gevManager->ArglistAddEvent(GEV_INSERT_Tail,
(GAME_EVENT)ival,
args);
m_argStackPtr--;
Assert(m_argStackPtr >= -1);
if(m_argStackPtr >= 0) {
m_argList = &m_argListArray[m_argStackPtr];
} else if(m_argStackPtr == -1) {
m_argList = NULL;
}
if(g_slicEngine->AtBreak())
stopped = TRUE;
break;
}
case SOP_SBLK:
DPRINTF(k_DBG_SLIC, ("dangling SBLK\n"));
return FALSE;
case SOP_END:
stopped = TRUE;
codePtr += sizeof(sint32);
break;
case SOP_JMP:
m_offset = *(reinterpret_cast<sint32 *>(codePtr));
calcOffset = FALSE;
break;
case SOP_BNT:
ival = *((sint32 *)codePtr);
codePtr += sizeof(sint32);
sp = m_stack->Pop(type2, sval2);
if(!Eval(type2, sval2)) {
m_offset = ival;
calcOffset = FALSE;
}
break;
case SOP_BNEV:
codePtr += sizeof(sint32);
break;
case SOP_BUTN:
ival = *((sint32 *)codePtr);
codePtr += sizeof(sint32);
ival2 = *((sint32 *)codePtr);
codePtr += sizeof(sint32);
symval = g_slicEngine->GetSymbol(ival2);
if(symval->GetType() != SLIC_SYM_SVAR) {
DPRINTF(k_DBG_SLIC, ("Bad Mojo, button string arg doesn't have string type\n"));
return FALSE;
}
g_slicEngine->GetContext()->AddButton(new SlicButton(
(StringId)symval->GetStringId(), m_segment,
ival, g_slicEngine->GetContext()));
break;
case SOP_OCLS:
ival = *((sint32 *)codePtr);
codePtr += sizeof(sint32);
g_slicEngine->GetContext()->AddButton(new SlicButton(
-1, m_segment, ival,
g_slicEngine->GetContext()));
break;
case SOP_STOP:
stopped = TRUE;
break;
case SOP_NEG:
sp = m_stack->Pop(type1, sval1);
Assert(sp >= 0);
sval3.m_int = 0 - Eval(type1, sval1);
m_stack->Push(SS_TYPE_INT, sval3);
break;
case SOP_ASSN:
ival = *((sint32*)codePtr);
codePtr += sizeof(sint32);
symval = g_slicEngine->GetSymbol(ival);
if(!symval) {
DPRINTF(k_DBG_SLIC, ("Bad mojo, NULL symbol %d\n", ival));
stopped = TRUE;
break;
}
sp = m_stack->Pop(type1, sval1);
SetValue(symval, type1, sval1);
break;
case SOP_ASSNA:
ival = *((sint32 *)codePtr);
codePtr += sizeof(sint32);
symval = g_slicEngine->GetSymbol(ival);
if(!symval) {
DPRINTF(k_DBG_SLIC, ("Bad mojo, NULL symbol %d in array assignment", ival));
stopped = TRUE;
break;
}
if(symval->GetType() != SLIC_SYM_ARRAY) {
if(g_theProfileDB && g_theProfileDB->IsDebugSlic()) {
c3errors_ErrorDialog("Slic", "Symbol '%s' used in array assignment is not an array", symval->GetName());
}
stopped = TRUE;
break;
}
sp = m_stack->Pop(type2, sval2);
Assert(sp >= 1);
sp = m_stack->Pop(type3, sval3);
Assert(sp >= 0);
SetArrayValue(symval, type2, sval2, type3, sval3);
break;
case SOP_ASSNM:
{
ival = *((sint32*)codePtr);
codePtr += sizeof(sint32);
symval = g_slicEngine->GetSymbol(ival);
if(!symval) {
DPRINTF(k_DBG_SLIC, ("Bad mojo, NULL struct symbol %d\n", ival));
stopped = TRUE;
break;
}
if(symval->GetType() != SLIC_SYM_STRUCT) {
DPRINTF(k_DBG_SLIC, ("Bad mojo, %s is not a struct\n", symval->GetName()));
stopped = TRUE;
break;
}
SlicStructInstance *theStruct = symval->GetStruct();
Assert(theStruct);
ival2 = *((sint32*)codePtr);
codePtr += sizeof(sint32);
symval = theStruct->GetMemberSymbol(ival2);
sp = m_stack->Pop(type1, sval1);
Assert(sp >= 0);
SetValue(symval, type1, sval1);
break;
}
case SOP_ASSNAM:
{
ival = *((sint32 *)codePtr);
codePtr += sizeof(sint32);
SlicSymbolData *arraySym = g_slicEngine->GetSymbol(ival);
ival2 = *((sint32 *)codePtr);
codePtr += sizeof(sint32);
if(!arraySym) {
DPRINTF(k_DBG_SLIC, ("Bad Mojo, symbol %d does not exist", ival));
stopped = TRUE;
break;
}
if(arraySym->GetType() != SLIC_SYM_ARRAY) {
DPRINTF(k_DBG_SLIC, ("%s is not an array", arraySym->GetName()));
stopped = TRUE;
break;
}
sp = m_stack->Pop(type1, sval1);
Assert(sp >= 1);
sp = m_stack->Pop(type2, sval2);
Assert(sp >= 0);
if(!arraySym->ArrayLookup(Eval(type2, sval2), type3, sval3)) {
DPRINTF(k_DBG_SLIC, ("Array lookup, %s[%d], failed\n",
arraySym->GetName(), Eval(type2, sval2)));
stopped = TRUE;
break;
}
SlicSymbolData *structSym = SlicStack::GetSymbol(type3, sval3);
if (!structSym)
{
DPRINTF(k_DBG_SLIC, ("Couldn't find symbol for %s[%d]\n",
arraySym->GetName(), Eval(type2, sval2)));
stopped = TRUE;
break;
}
if(structSym->GetType() != SLIC_SYM_STRUCT) {
DPRINTF(k_DBG_SLIC, ("%s[%d] is not a struct\n",
arraySym->GetName(), Eval(type2, sval2)));
stopped = TRUE;
break;
}
SlicStructInstance *theStruct = structSym->GetStruct();
Assert(theStruct);
if(!theStruct) {
stopped = TRUE;
break;
}
SlicSymbolData *assnSym = theStruct->GetMemberSymbol(ival2);
assnSym->SetValueFromStackValue(type1, sval1);
break;
}
case SOP_SARGS:
m_argStackPtr++;
Assert(m_argStackPtr < k_ARGLIST_STACK_SIZE);
if(m_argStackPtr < k_ARGLIST_STACK_SIZE) {
m_argList = &m_argListArray[m_argStackPtr];
m_argList->Clear();
}
break;
case SOP_RET:
sp = m_stack->Pop(type1, sval1);
Assert(sp >= 0);
g_slicEngine->GetContext()->SetResult(Eval(type1, sval1));
stopped = TRUE;
break;
case SOP_LINE:
case SOP_LBRK:
{
ival = *((sint32 *)codePtr);
codePtr += sizeof(sint32);
m_currentLine = ival;
ival2 = *((sint32 *)codePtr);
if(m_segment->GetFilename()) {
if(ival2 < 0) {
*((sint32 *)codePtr) = FindFileOffset(m_segment->GetFilename(), ival);
ival2 = *((sint32 *)codePtr);
}
}
codePtr += sizeof(sint32);
SlicConditional *cond = *((SlicConditional **)codePtr);
codePtr += sizeof(SlicConditional *);
if(op == SOP_LBRK || g_slicEngine->BreakRequested()) {
if(!cond || (cond->Eval() != 0)) {
g_slicEngine->Break(m_segment, codePtr - m_segment->m_code,
g_slicEngine->GetContext(), m_stack,
m_messageData);
stopped = TRUE;
}
}
break;
}
case SOP_ASIZE:
ival = *((sint32 *)codePtr);
codePtr += sizeof(sint32);
symval = g_slicEngine->GetSymbol(ival);
Assert(symval);
if(symval) {
sval1.m_int = symval->GetArray()->GetSize();
}
else{
sval1.m_int = 0;
}
m_stack->Push(SS_TYPE_INT, sval1);
break;
//Added by Martin Gühmann for database support
case SOP_DBNAME:
{
conduit = GetDatabase(codePtr);
ival = *((sint32 *)codePtr);
codePtr += sizeof(sint32);
symval = g_slicEngine->GetSymbol(ival);
if (conduit && symval)
{
sval1.m_sym = symval;
sval3.m_int = Eval(SS_TYPE_SYM, sval1);
if ((sval3.m_int >= 0) && sval3.m_int < conduit->GetNumRecords())
{
// No action: value is OK
}
else
{
sval3.m_int = -1;
}
m_stack->Push(SS_TYPE_INT, sval3);
}
else
{
DPRINTF(k_DBG_SLIC, ("Bad mojo, NULL symbol %d\n", ival));
stopped = TRUE;
}
break;
}
case SOP_DBNAMEREF:
{
conduit = GetDatabase(codePtr);
ival = *((sint32 *)codePtr);
codePtr += sizeof(sint32);
symval = g_slicEngine->GetSymbol(ival);
if (conduit && symval)
{
//Get the member:
name = reinterpret_cast<char *>(codePtr);
Assert(name);
for ( ; *codePtr++; )
{
// No action: just skip
}
sval1.m_sym = symval;
sval3.m_int = Eval(SS_TYPE_SYM, sval1);
if(sval3.m_int > -1 && sval3.m_int < conduit->GetNumRecords()){
sval3.m_int = conduit->GetValue(sval3.m_int, name);
m_stack->Push(SS_TYPE_INT, sval3);
}
else{
if(g_theProfileDB && g_theProfileDB->IsDebugSlic()) {
c3errors_ErrorDialog("Slic", "In object %s no entry found with index %i in %s.", m_segment->GetName(), sval3.m_int, conduit->GetName());
}
sval3.m_int = 0;
m_stack->Push(SS_TYPE_INT, sval3);
}
}
else
{
DPRINTF(k_DBG_SLIC, ("Bad mojo, NULL symbol %d\n", ival));
stopped = TRUE;
}
break;
}
case SOP_DBNAMEARRAY:
{
conduit = GetDatabase(codePtr);
ival = *((int*)codePtr);
codePtr += sizeof(int);
symval = g_slicEngine->GetSymbol(ival);
if (conduit && symval)
{
//Get the member:
name = reinterpret_cast<char *>(codePtr);
Assert(name);
for ( ; *codePtr++ ; )
{
// No action: just skip
}
sval1.m_sym = symval;
sval3.m_int = Eval(SS_TYPE_SYM, sval1);
sp = m_stack->Pop(type2, sval2);
Assert(sp >= 0);
sval2.m_int = Eval(type2, sval2);
if(sval3.m_int > -1 && sval3.m_int < conduit->GetNumRecords()){
sval3.m_int = conduit->GetValue(sval3.m_int, name, sval2.m_int);
m_stack->Push(SS_TYPE_INT, sval3);
}
else{
if(g_theProfileDB && g_theProfileDB->IsDebugSlic()) {
c3errors_ErrorDialog("Slic", "In object %s no entry found with index %i in %s.", m_segment->GetName(), sval3.m_int, conduit->GetName());
}
sval3.m_int = 0;
m_stack->Push(SS_TYPE_INT, sval3);
}
}
else
{
DPRINTF(k_DBG_SLIC, ("Bad mojo, NULL symbol %d\n", ival));
stopped = TRUE;
}
break;
}
case SOP_DBNAMECONSTARRAY:
{
conduit = GetDatabase(codePtr);
if (conduit)
{
sval3.m_int = *((sint32 *)codePtr);
codePtr += sizeof(sint32);
//Get the member:
name = reinterpret_cast<char *>(codePtr);
Assert(name);
for ( ; *codePtr++; )
{
// No action: just skip
}
sp = m_stack->Pop(type2, sval2);
Assert(sp >= 0);
sval2.m_int = Eval(type2, sval2);
if(sval3.m_int > -1 && sval3.m_int < conduit->GetNumRecords()){
sval3.m_int = conduit->GetValue(sval3.m_int, name, sval2.m_int);
m_stack->Push(SS_TYPE_INT, sval3);
}
else{
if(g_theProfileDB && g_theProfileDB->IsDebugSlic()) {
c3errors_ErrorDialog("Slic", "In object %s no entry found with index %i in %s.", m_segment->GetName(), sval3.m_int, conduit->GetName());
}
sval3.m_int = 0;
m_stack->Push(SS_TYPE_INT, sval3);
}
}
else
{
DPRINTF(k_DBG_SLIC, ("Bad mojo, incorrect database symbol\n"));
stopped = TRUE;
}
break;
}
case SOP_DB:
{
conduit = GetDatabase(codePtr);
if (conduit)
{
sp = m_stack->Pop(type1, sval1);
Assert(sp >= 0);
sval3.m_int = Eval(type1, sval1);
if(sval3.m_int > -1 && sval3.m_int < conduit->GetNumRecords()){
m_stack->Push(SS_TYPE_INT, sval3);
}
else{
sval3.m_int = -1;
m_stack->Push(SS_TYPE_INT, sval3);
}
}
else
{
DPRINTF(k_DBG_SLIC, ("Bad mojo, incorrect database symbol\n"));
stopped = TRUE;
}
break;
}
case SOP_DBREF:
{
conduit = GetDatabase(codePtr);
if (conduit)
{
//Get the member:
name = reinterpret_cast<char *>(codePtr);
Assert(name);
for ( ; *codePtr++ ; )
{
// No action: just skip
}
sp = m_stack->Pop(type1, sval1);
Assert(sp >= 0);
sval2.m_int = Eval(type1, sval1);
if(sval2.m_int > -1 && sval2.m_int < conduit->GetNumRecords()){
sval3.m_int = conduit->GetValue(sval2.m_int, name);
m_stack->Push(SS_TYPE_INT, sval3);
}
else{
if(g_theProfileDB && g_theProfileDB->IsDebugSlic()) {
c3errors_ErrorDialog("Slic", "In object %s no entry found with index %i in %s.", m_segment->GetName(), sval2.m_int, conduit->GetName());
}
sval2.m_int = 0;
m_stack->Push(SS_TYPE_INT, sval2);
}
}
else
{
DPRINTF(k_DBG_SLIC, ("Bad mojo, incorrect database symbol\n"));
stopped = TRUE;
}
break;
}
case SOP_DBARRAY:
{
conduit = GetDatabase(codePtr);
if (conduit)
{
//Get the member:
name = reinterpret_cast<char *>(codePtr);
Assert(name);
for ( ; *codePtr++; )
{
// Just skip
}
sp = m_stack->Pop(type1, sval1);
Assert(sp >= 0);
sval1.m_int = Eval(type1, sval1);
sp = m_stack->Pop(type2, sval2);
Assert(sp >= 0);
sval2.m_int = Eval(type2, sval2);
if(sval2.m_int > -1 && sval2.m_int < conduit->GetNumRecords()){
sval3.m_int = conduit->GetValue(sval2.m_int, name, sval1.m_int);
m_stack->Push(SS_TYPE_INT, sval3);
}
else{
if(g_theProfileDB && g_theProfileDB->IsDebugSlic()) {
c3errors_ErrorDialog("Slic", "In object %s no entry found with index %i in %s.", m_segment->GetName(), sval2.m_int, conduit->GetName());
}
sval2.m_int = 0;
m_stack->Push(SS_TYPE_INT, sval2);
}
}
else
{
DPRINTF(k_DBG_SLIC, ("Bad mojo, incorrect database symbol\n"));
stopped = TRUE;
}
break;
}
case SOP_DBSIZE:
{
//Added by Martin Gühmann to figure out via
//slic how many records the database contains
//Get the database:
conduit = GetDatabase(codePtr);
Assert(conduit);
if (conduit)
{
sval3.m_int = conduit->GetNumRecords();
}
else
{
sval3.m_int = 0;
}
m_stack->Push(SS_TYPE_INT, sval3);
break;
}
default:
DPRINTF(k_DBG_SLIC, ("???\n"));
break;
}
if(calcOffset)
m_offset += codePtr - origCodePtr;
return !stopped;
}