UINT32 Cdebug_ti57cpu::DisAsm_1(UINT32 oldpc)
//void *z80disasm(char *str, uint8 *mem)
{
//return (oldpc);
Buffer[0] = '\0';
char *str = Buffer;
oldpc &= 0xffff;
DasmAdr = oldpc;
UINT32 pc=oldpc;
quint8 op = pCPU->pPC->Get_8(pc);
Buffer[0] = '\0';
char LocBuffer[200];
LocBuffer[0] = '\0';
int len =1;
TI57regs r;
r.PC = pc;
r.OP = pCPU->pPC->Get_16(r.PC<<1);
// sprintf(Buffer," %06X:%02X",pc,op);
QString t = Tracing(&r);
// qWarning()<<"**"<<t<<"**";
sprintf(Buffer,"%s",t.toLatin1().data());
DasmAdr = oldpc;
NextDasmAdr = oldpc+len;
debugged = true;
return NextDasmAdr;
}
void Tracing(nodeTree *root, nodeTree *traceRoot, queue *&rear, int key, bool &same)
{
if (root == NULL) return;
Tracing(root->pLeft, traceRoot->pLeft, rear, key, same);
if (traceRoot->key == key)
{
rear->next = new queue;
rear = rear->next;
rear->next = NULL;
rear->key = root->key;
if (traceRoot->pLeft != NULL && traceRoot->pRight != NULL)
if ((traceRoot->pLeft->key == traceRoot->pRight->key)
&& ( traceRoot->pLeft->key == key)) same = 1;
}
Tracing(root->pRight, traceRoot->pRight, rear, key, same);
}
int main() {
// Test the system
SystemTest();
// Read the configure file
ReadConfFile();
// Load all the frames
LoadFrames();
// Put both topological and geometrical data into arrays
GetTopologyAndGeometry();
// Get the global bounding box
GetGlobalBoundingBox();
// Calculate the number of blocks in X, Y and Z
CalculateNumOfBlocksInXYZ();
// Divide the flow domain into blocks
//Division();
InitializationForNaiveTracing();
// Initially locate global tetrahedral cells for interesting Cartesian grid points
InitialCellLocation();
//int xRes = configure->GetBoundingBoxXRes();
//int yRes = configure->GetBoundingBoxYRes();
//int zRes = configure->GetBoundingBoxZRes();
//int numOfGridPoints = (xRes + 1) * (yRes + 1) * (zRes + 1);
//// Evaluate the device usage
//int need = SizeOfDeviceArrays(globalNumOfPoints, globalNumOfCells, numOfGridPoints, numOfInitialActiveParticles, numOfQueries,
// startOffsetInPoint[numOfInterestingBlocks], startOffsetInCell[numOfInterestingBlocks],
// numOfInterestingBlocks);
//printf("need = %d bytes\n", need);
///// Check the natural coordinates of some points
//CheckNaturalCoordinates();
///// DEBUG ///
////return 0;
// Main Tracing Process
Tracing();
// Get final positions for initial active particles
GetFinalPositions();
return 0;
}
void Hades()
{
nodeTree *traceRoot = NULL;
traceRoot = makeTrace(myTree->root, 0);
traceRoot->key = processTraceKey(traceRoot);
if (traceRoot->key % 13 == 0)
{
isJack = 1;
queue *front = new queue;
queue *rear = front;
rear->next = NULL;
bool same = 0;
Tracing(myTree->root, traceRoot, rear, traceRoot->key, same);
if (same == 0)
{
while (front != NULL)
{
queue *del = front;
front = front->next;
delete del;
}
int key = traceRoot->key;
front = new queue;
rear = new queue;
front->next = rear;
rear->next = NULL;
rear->key = myTree->root->key;
nodeTree *root = myTree->root;
while (traceRoot->pLeft != NULL || traceRoot->pRight != NULL)
{
if (traceRoot->pLeft != NULL)
if (traceRoot->pLeft->key == key)
{
traceRoot = traceRoot->pLeft;
root = root->pLeft;
rear->next = new queue;
rear = rear->next;
rear->next=NULL;
rear->key = root->key;
continue;
}
if (traceRoot->pRight != NULL)
if (traceRoot->pRight->key == key)
{
traceRoot = traceRoot->pRight;
root = root->pRight;
rear->next = new queue;
rear = rear->next;
rear->next=NULL;
rear->key = root->key;
continue;
}
}
}
while (front->next != NULL)
{
queue *del = front;
if (front->next->key == 888)
{
isBlackBeard = 0;
isAVL = 0;
}
//num = front->next->ptr->key;
delNode(front->next->key);
front = front->next;
delete del;
}
delete front;
}
else
{
deleteMyTree(myTree->root);
}
deleteMyTree(traceRoot);
}
