void isColorPickerDlg::textHexUpdated(wxCommandEvent& event)
{
//Parse it
wxString str = textHex->GetValue();
if (str.Left(1)!="#") str = "#" + str;
int r = StringToHex( str.Mid(1,2) );
int g = StringToHex( str.Mid(3,2) );
int b = StringToHex( str.Mid(5,2) );
rSlider->SetValue(r); gSlider->SetValue(g); bSlider->SetValue(b);
RefreshColor();
}
int Pass2_LinkingLoader_T(char *record){
int TRecordLength,i,currentLocInt;
char *currentByte,currentLocString[10];
value tmp1,tmp2;
currentLocInt = StringToHex(copy(1,6,record)) + csaddress; // Modification location
TRecordLength = StringToHex(copy(7,8,record)); // Trecord length
tmp1.exist = 1; tmp2.exist=1;
/* Receive a Byte and load it to memory */
for(i=0 ; i<(TRecordLength) ; i++){
currentByte = copy(2*i+9,2*i+10,record);
sprintf(currentLocString,"%X",currentLocInt+(i));
strcpy(tmp1.value,currentLocString); strcpy(tmp2.value,currentByte);
edit(&tmp1,&tmp2);
}
return 0;
}
BOOL
ParseNdasDeviceId(
__in LPCTSTR Argument,
__out PNDAS_DEVICE_IDENTIFIER NdasDeviceIdentifier)
{
LPCTSTR p = Argument;
for (DWORD i = 0; i < 5; ++i)
{
if (NULL == *p || NULL == *(p+1)) return FALSE;
BOOL success = StringToHex(p, &NdasDeviceIdentifier->Identifier[i]);
if (!success) return FALSE;
p += 2;
if (_T(':') == *p || _T('-') == *p) ++p;
}
if (NULL == *p || NULL == *(p+1)) return FALSE;
BOOL success = StringToHex(p, &NdasDeviceIdentifier->Identifier[5]);
if (!success) return FALSE;
p += 2;
if (_T(':') == *p || _T('-') == *p)
{
++p;
success = CharToHex(*p, &NdasDeviceIdentifier->UnitNumber);
if (!success)
{
return FALSE;
}
++p;
}
else
{
NdasDeviceIdentifier->UnitNumber = 0;
}
if (NULL != *p)
{
// redundant characters
return FALSE;
}
return TRUE;
}
int Pass2_LinkingLoader_M(char *record, Linkedlist *RSymbol){
int ModifyLocation,q,r,ModifyValueInt,sum,carry=0;
char *ModifyValueString;
char *externalSymbol;
Linkedlist ex;
ModifyLocation = StringToHex(copy(1,6,record)) + csaddress; // Modification location
q=ModifyLocation/16;
r=ModifyLocation%16;
if((externalSymbol = getAddr(copy(10,11,record),*RSymbol)) == NULL){ // Get Symbol that fit in refenrence Number
printf("%s / Undefined Reference Symbol\n",copy(10,11,record));
return -1;
}
ex = external_table[MneToOp(externalSymbol)];
if((ModifyValueString = getAddr(externalSymbol,ex)) == NULL){ //Get ADdr of Symbol using ESTAB
printf("%s / Undefined External Symbol\n",externalSymbol);
return -1;
}
ModifyValueInt = StringToHex(ModifyValueString);
/* carry out Add, Sub using Carry bit and Borrow bit */
if(record[9] == '+'){
if(r+2>0xf){ r=(r+2)%16; q++;}
else{r+=2;}
carry = addAndCarryCheck((int)memory[r][q],(ModifyValueInt & 0x000000FF),carry,&sum); // 5,6 bit
memory[r][q] = sum;
RExcess16(&q,&r);
carry = addAndCarryCheck((int)memory[r][q],((ModifyValueInt >> 8) & 0x000000FF),carry,&sum); // 3,4 bit
memory[r][q] = sum;
RExcess16(&q,&r);
if(!strcmp(copy(7,8,record),"05")){ // 1,2 bit
carry = addAndCarryCheck((int)memory[r][q],((ModifyValueInt >> 16) & 0x0000000F),carry,&sum);
memory[r][q] = sum;
}
else if(!strcmp(copy(7,8,record),"06")){
int Pass2_LinkingLoader_H(char* record, int* length,Linkedlist *RSymbol){
char *tmplength;
listinit(RSymbol); // RSymbol :(Reference Number , Symbol)
listinsert(RSymbol,copy(1,6,record)); // Rsymbol Name
listinsertmore(RSymbol,"01"); // reference number
tmplength = copy(13,18,record);
*length = StringToHex(tmplength);
return 0;
}
/**
* @file DWORD WINAPI DebugComRecThread(LPVOID lpParam)
* @brief 调试串口接收线程
* @param lpParam [in]
* @retval TRUE
*/
DWORD WINAPI DebugComRecThread(LPVOID lpParam)
{
UCHAR byGetData[64];
DWORD dwGetDataLenght = 32;
DWORD dwReadNumber = 0;
CString m_CStr = _T("");
CVct6VsDlg *pDlg = (CVct6VsDlg *)lpParam;
hDebugComRecThreadEnd = CreateEvent(NULL, FALSE, FALSE, NULL);
bDebugComRecThreadFlag = TRUE;
while(bDebugComRecThreadFlag)
{
if(cDebugCom.hCom != INVALID_HANDLE_VALUE)
{
/*! 读串口 */
if(cDebugCom.ComReadDate(cDebugCom.hCom, byGetData, dwGetDataLenght, &dwReadNumber, 0))
{
ulDebugComRecCnt += dwReadNumber; /*!< 接收计数 */
CString strcnt;
strcnt.Format(_T("%ld"), ulDebugComRecCnt);
pDlg->m_DebugComRecCnt.SetWindowText(strcnt);
/*! 将接收到的数据写入缓冲区 */
#if 0
for(UCHAR i=0; i<dwReadNumber; i++)
{
WriteBuf(byGetData[i]);
}
#endif
/*! 串口16进制显示 */
byGetData[dwReadNumber] = '\0';
#if 0
UCHAR aucHexStr[256] = {'\0'};
StringToHex(aucHexStr, byGetData, dwReadNumber);
m_CStr = aucHexStr;
#endif
m_CStr = byGetData;
int len = pDlg->m_DisDebugComRec.GetWindowTextLength();
pDlg->m_DisDebugComRec.SetSel(len, len); /*!< 将插入光标放在最后 */
pDlg->m_DisDebugComRec.ReplaceSel(m_CStr);
pDlg->m_DisDebugComRec.ScrollWindow(0, 0);/*!< 滚动到插入点 */
}
}
Sleep(1);
}
/*! 接收进程结束 */
SetEvent(hDebugComRecThreadEnd);
return TRUE;
}
int main(int argc, char **argv)
{
if (argc > 1) {
char Message[MAXLEN];
FILE *infile = fopen(argv[1], "r");
Stopif(infile == 0, "Couldn't open file %s", argv[1]);
uint32 MessageLength = fread(Message, sizeof(char),
MAXLEN, infile);
uint32 HexMessageLength = 2*MessageLength;
char HexMessage[HexMessageLength + 1];
StringToHex(HexMessage, Message, MessageLength);
char ResultCipher[HexMessageLength + 1];
EncryptMessage(ResultCipher, HexMessage, HexMessageLength);
printf("%s\n", ResultCipher);
fclose(infile);
}
}
BYTE StringHelper::StringToByte(string nHex)
{
if (nHex.length() > 4)
return -1;
return (BYTE)StringToHex(nHex);
}
