/*
* function : FindChannel
* design : find channel in map and return it
* param : char * - channel name
* return : ChannelObject* - ChannelObject pointer
* caller :
*/
ChannelObject* ChannelMap::FindChannel(const char *ChannelName)
{
std::string TempString(ChannelName);
ChannelFinder = RealChannelMap.find(TempString);
if( ChannelFinder != RealChannelMap.end() )
return ChannelFinder->second;
else return NULL;
}
///한라인에 표시할수 있는 최대문자길이보다 크면 잘라서 추가한다.
void CTListBox::AppendText(const char* szTxt,D3DCOLOR dwColor,bool bAutoIncValue )
{
if( szTxt == NULL )
return;
///최대 아이템수를 넘으면 제일먼저 들어온 아이템을 버린다.
if( (m_iMaxSize > 0) && !m_ITM.empty() && (m_iMaxSize <= (int)m_ITM.size()) )
m_ITM.pop_front();
t_list_item itm;
itm.m_bDrawn = false;
int iLen = (int)strlen( szTxt );
CTSplitString szString;
SIZE szSize = szString.GetSizeText( m_iFont, szTxt );
//홍근 :
if( szSize.cx <= m_iWidth )
//if( iLen <= m_nMaxPutChar )
{
strcpy(itm.m_szTxt,szTxt);
itm.m_dwColor = dwColor;
m_ITM.push_back(itm);
}
else
{
if( m_nMaxPutChar <= 0 )
{
strcpy( itm.m_szTxt,szTxt );
itm.m_dwColor = dwColor;
m_ITM.push_back(itm);
}
else
{
CTSplitString TempString( m_iFont, (char*)szTxt, m_iWidth ,CTControlMgr::GetInstance()->GetCodePage() );
for( int i = 0; i < TempString.GetLineCount(); ++i )
{
strcpy( itm.m_szTxt, TempString.GetString( i ));
itm.m_dwColor = dwColor;
m_ITM.push_back(itm);
}
}
}
if( bAutoIncValue )
SetValue( GetMaximum() );
}
/*
* function : add sc_clock
* design : allocate sc_clock and push it to map
* param : char * - channel name
* param : char * - data type
*/
void ChannelMap::AddSCclock(const char *ChannelName, const char *DataType)
{
sc_interface *p_SCinterface = NULL;
p_SCinterface = new sc_clock(ChannelName, 10, SC_NS);
ChannelObject *p_ChannelObject = new ChannelObject();
// assign datas in ChannelObject
strcpy(p_ChannelObject->ChannelType, "sc_clock");
strcpy(p_ChannelObject->DataType, DataType);
p_ChannelObject->p_SCinterface = p_SCinterface;
// insert ChannelObject into map
std::string TempString(ChannelName);
RealChannelMap[TempString] = p_ChannelObject;
}
/*
* function : add sc_signal
* design : allocate sc_signal and push it to map
* param : char * - channel name
* param : char * - data type
*/
void ChannelMap::AddSCsignal(const char *ChannelName, const char *DataType)
{
sc_interface *p_SCinterface = NULL;
if(strcmp(DataType, "bool") == 0)
p_SCinterface = new sc_signal<bool>(ChannelName);
else if(strcmp(DataType, "UINT32") == 0)
p_SCinterface = new sc_signal<unsigned int>(ChannelName);
else
return;
ChannelObject *p_ChannelObject = new ChannelObject();
// assign datas in ChannelObject
strcpy(p_ChannelObject->ChannelType, "sc_signal");
strcpy(p_ChannelObject->DataType, DataType);
p_ChannelObject->p_SCinterface = p_SCinterface;
// insert ChannelObject into map
std::string TempString(ChannelName);
RealChannelMap[TempString] = p_ChannelObject;
}
/*
* function : add sc_signal
* design : allocate sc_signal and push it to map
* param : char * - channel name
* param : char * - data type
*/
void ChannelMap::AddAHBLiteSignal(const char *ChannelName, const char *DataType)
{
sc_interface *p_SCinterface = NULL;
char a_NameTemp[256] = {0,};
if(strcmp(DataType, "Master") == 0) {
char a_UINTTemp[7][256] = { "$HADDR_", "$HBURST_", "$HRDATA_",
"$HSIZE_", "$HTRANS_", "$HWDATA_", "$HPROT_" };
char a_BOOLTemp[4][256] = { "$HLOCK_", "$HWRITE_", "$HREADY_", "$HRESP_" };
for(int UINTIndex = 0; UINTIndex < 7; UINTIndex++) {
strcpy(a_NameTemp, ChannelName);
strcat(a_NameTemp, a_UINTTemp[UINTIndex]);
p_SCinterface = new sc_signal<unsigned int>(a_NameTemp);
ChannelObject *p_ChannelObject = new ChannelObject();
strcpy(p_ChannelObject->ChannelType, "AHBLITE");
strcpy(p_ChannelObject->DataType, DataType);
p_ChannelObject->p_SCinterface = p_SCinterface;
std::string TempString(a_NameTemp);
RealChannelMap[TempString] = p_ChannelObject;
}
for(int BOOLIndex = 0; BOOLIndex < 4; BOOLIndex++) {
strcpy(a_NameTemp, ChannelName);
strcat(a_NameTemp, a_BOOLTemp[BOOLIndex]);
p_SCinterface = new sc_signal<bool>(a_NameTemp);
ChannelObject *p_ChannelObject = new ChannelObject();
strcpy(p_ChannelObject->ChannelType, "AHBLITE");
strcpy(p_ChannelObject->DataType, DataType);
p_ChannelObject->p_SCinterface = p_SCinterface;
std::string TempString(a_NameTemp);
RealChannelMap[TempString] = p_ChannelObject;
}
}
else if(strcmp(DataType, "Slave") == 0) {
char a_UINTTemp[7][256] = { "$HADDR_", "$HBURST_", "$HRDATA_",
"$HPROT_", "$HTRANS_", "$HWDATA_", "$HSIZE_" };
char a_BOOLTemp[6][256] = { "$HLOCK_", "$HWRITE_", "$HREADY_",
"$HSEL_", "$HREADYOUT_", "$HRESP_" };
for(int UINTIndex = 0; UINTIndex < 7; UINTIndex++) {
strcpy(a_NameTemp, ChannelName);
strcat(a_NameTemp, a_UINTTemp[UINTIndex]);
p_SCinterface = new sc_signal<unsigned int>(a_NameTemp);
ChannelObject *p_ChannelObject = new ChannelObject();
strcpy(p_ChannelObject->ChannelType, "AHBLITE");
strcpy(p_ChannelObject->DataType, DataType);
p_ChannelObject->p_SCinterface = p_SCinterface;
std::string TempString(a_NameTemp);
RealChannelMap[TempString] = p_ChannelObject;
}
for(int BOOLIndex = 0; BOOLIndex < 6; BOOLIndex++) {
strcpy(a_NameTemp, ChannelName);
strcat(a_NameTemp, a_BOOLTemp[BOOLIndex]);
p_SCinterface = new sc_signal<bool>(a_NameTemp);
ChannelObject *p_ChannelObject = new ChannelObject();
strcpy(p_ChannelObject->ChannelType, "AHBLITE");
strcpy(p_ChannelObject->DataType, DataType);
p_ChannelObject->p_SCinterface = p_SCinterface;
std::string TempString(a_NameTemp);
RealChannelMap[TempString] = p_ChannelObject;
}
}
else
return;
}
