/// Parses a version number like this: "4.2.12325 Compatibility Profile Context 13.100.0.0"
/// to extract the "12325" portion.
/// \param pVersion the version string to extract the number from
/// \return 0 on failure, the build version number on success
int extractVersionNumber(const GLubyte* pVersion)
{
const char* pcszVer = reinterpret_cast<const char*>(pVersion);
std::string strVer(pcszVer);
// the build number ends at the first space
int nEndBuild = (int)strVer.find_first_of(' ');
// truncate the input at the first space
strVer = strVer.substr(0, nEndBuild);
// the build number starts after the last decimal point
int nStartBuild = (int)strVer.find_last_of('.') + 1;
// parse the version number
int nVersion = atoi(strVer.substr(nStartBuild, nEndBuild - nStartBuild).c_str());
// couldn't extract version -- return MAX_INT to simulate most recent driver
if (0 == nVersion)
{
nVersion = INT_MAX;
}
return nVersion;
}
void GLIB::FetchFirmWare()
{
ValWord< uint32_t > mem;
char regName[12];
for(int i=1 ; i<=6 ; i++)
{
sprintf(regName,"firmware_REG_%d",i);
mem = hw.getNode ( regName ).read();
hw.dispatch();
//std::cout<<mem.value()<<" . ";
char *pEnd;
char firmChar[1];
sprintf(firmChar,"%d",int(mem.value()));
long int li1;
li1 = strtol (firmChar,&pEnd,16);
//std::cout<<li1<<" . ";
//int c = int(mem.value());
if(i==1)
_firmWare_Id_Ver_MAJOR=li1;
if(i==2)
_firmWare_Id_Ver_MINOR=li1;
if(i==3)
_firmWare_Id_Ver_BUILD=li1;
if(i==4)
_firmWare_Id_YY=li1;
if(i==5)
_firmWare_Id_MM=li1;
if(i==6)
_firmWare_Id_DD=li1;
//std::cout<<li1<<" . ";
}
//std::cout<<_firmWare_Id_Ver_MAJOR<<" . "<<_firmWare_Id_Ver_MINOR<<" . "<<_firmWare_Id_Ver_BUILD<<" . "<<_firmWare_Id_YY<<" . "<<_firmWare_Id_MM << " . "<<_firmWare_Id_DD<<std::endl;
char version[20]="";
char frmDat[20]="";
//char *frmDat;
sprintf(frmDat,"%x/%x/%x",_firmWare_Id_DD,_firmWare_Id_MM,_firmWare_Id_YY);
sprintf(version,"%x.%x.%x",_firmWare_Id_Ver_MAJOR,_firmWare_Id_Ver_MINOR,_firmWare_Id_Ver_BUILD);
std::string strVer(version);
std::string strDate(frmDat);
_firmWareVersion.append(strVer);
_firmWareDate.append(strDate);
//std::cout<<frmDat<<std::endl;
//std::cout<<_firmWareVersion<<" : "<<_firmWareDate<<std::endl;
//std::cout<<_firmWare_Id_Ver_MAJOR<<" . "<<_firmWare_Id_Ver_MINOR<<" . "<<_firmWare_Id_Ver_BUILD<<" . "<<_firmWare_Id_YY<<" . "<<_firmWare_Id_MM << " . "<<_firmWare_Id_DD<<std::endl;
//std::cout<<std::endl;
}
STDMETHODIMP CShellExtControl::GetVersion(LONG* plVersion, BSTR* pbstrVersion)
{
if(!plVersion || !pbstrVersion || (*pbstrVersion))
return E_INVALIDARG;
(*plVersion) = PRODUCT_VERSION1 << 24 | PRODUCT_VERSION2 << 16 | PRODUCT_VERSION3 << 8 | PRODUCT_VERSION4;
_bstr_t strVer(SHELLEXT_PRODUCT_FULL_VERSION);
pbstrVersion = strVer.GetAddress();
return S_OK;
}
wxString wxGetOsDescription()
{
wxString strVer(_T("OS/2"));
ULONG ulSysInfo = 0;
if (::DosQuerySysInfo( QSV_VERSION_MINOR,
QSV_VERSION_MINOR,
(PVOID)&ulSysInfo,
sizeof(ULONG)
) == 0L )
{
wxString ver;
ver.Printf( _T(" ver. %d.%d"),
int(ulSysInfo / 10),
int(ulSysInfo % 10)
);
strVer += ver;
}
return strVer;
}
