void CSettings::SaveCalibration()
{
FILEINFO f;
if ( !BIOS::DSK::Open(&f, "CALIB DAT", BIOS::DSK::IoWrite) )
{
_ASSERT( 0 );
return;
}
ui8* pSharedBuffer = (ui8*)BIOS::DSK::GetSharedBuffer();
memset( pSharedBuffer, 0, FILEINFO::SectorSize );
ui32 dwId = ToDword('C', 'A', 'L', '1');
CStream bufStream( pSharedBuffer, FILEINFO::SectorSize );
bufStream
<< dwId
<< CStream(&DacCalib, sizeof(DacCalib));
_ASSERT_VALID( BIOS::DSK::Write(&f, pSharedBuffer) );
memset( pSharedBuffer, 0, FILEINFO::SectorSize );
bufStream.Reset();
bufStream << CStream(&CH1Calib, sizeof(CH1Calib));
_ASSERT_VALID( BIOS::DSK::Write(&f, pSharedBuffer) );
memset( pSharedBuffer, 0, FILEINFO::SectorSize );
bufStream.Reset();
bufStream << CStream(&CH2Calib, sizeof(CH1Calib));
_ASSERT_VALID( BIOS::DSK::Write(&f, pSharedBuffer) );
BIOS::DSK::Close(&f);
}
void CChart::Construct(HWND hwnd, const string& symbol, int period, int digits, double lotSize)
{
m_hwnd = hwnd;
m_symbol = symbol;
m_period = period;
m_digits = digits;
m_lotSize = lotSize;
CStream() << "CChart::Construct() - 0 = " << GetCurrentThreadId() >> DebugLog;
m_original = reinterpret_cast<WNDPROC>(SetWindowLongPtr(hwnd, GWLP_WNDPROC, reinterpret_cast<LONG_PTR>(ChartProcHandler)));
SendMessage(hwnd, cServiceMessage, cCreate, 0);
CStream() << "CChart::Construct() - 1 = " << GetCurrentThreadId() >> DebugLog;
}
VMAssembleInput::VMAssembleInput( CStream stream ){
assert( stream.get() );
BinaryReader reader( stream );
this->m_asm = new VMAssembleCollection();
while( reader.hasNext() ){
vector<unsigned char> Code;
string AssemblyName = reader.ToString();
size_t StackFrame = reader.ToUInt32();
size_t Address = reader.ToUInt32();
size_t Args = reader.ToUInt32();
size_t CodeSize = reader.ToUInt32();
if( !reader.hasNext() ){
break;
}
for( size_t i = 0 ; i < CodeSize ; i++ ){
Code.push_back( reader.getByte() );
}
AsmInfo* asmInfo = new AsmInfo();
asmInfo->setName( AssemblyName );
asmInfo->setStackFrame( StackFrame );
asmInfo->setAddress( Address );
asmInfo->setArgs( Args );
asmInfo->setBytes( CStream( new BinaryStream( Code ) ) );
this->m_asm->entryAssembly( asmInfo );
}
}
void CWndUserManager::LoadModuleList()
{
CBufferedReader2 fMods;
if ( fMods.Open((char*)"modules.dat") )
{
ui32 dwCheck;
fMods >> dwCheck;
if ( dwCheck != ToDword('M', 'L', 'S', '1') )
{
fMods.Close();
return;
}
int nCount = 0;
fMods >> nCount;
if ( nCount < 0 || nCount > m_arrLoaded.GetMaxSize() )
{
fMods.Close();
return;
}
for ( int i=0; i<nCount; i++ )
{
TLoadedModule mod;
fMods >> CStream( &mod, sizeof(TLoadedModule) );
_ASSERT( !(mod.dwBegin & 0x80000000) );
m_arrLoaded.Add( mod );
}
fMods.Close();
}
bool CSettings::LoadCalibration()
{
FILEINFO f;
if ( !BIOS::DSK::Open(&f, "CALIB DAT", BIOS::DSK::IoRead) )
{
return false;
}
ui8* pSharedBuffer = (ui8*)BIOS::DSK::GetSharedBuffer();
_ASSERT_VALID( BIOS::DSK::Read(&f, pSharedBuffer) );
CStream bufStream( pSharedBuffer, FILEINFO::SectorSize );
ui32 dwId = 0;
bufStream >> dwId;
if ( dwId != ToDword('C', 'A', 'L', '1') )
{
_ASSERT(0);
return false;
}
bufStream >> CStream(&DacCalib, sizeof(DacCalib));
bufStream.Reset();
_ASSERT_VALID( BIOS::DSK::Read(&f, pSharedBuffer) );
bufStream >> CStream(&CH1Calib, sizeof(CH1Calib));
bufStream.Reset();
_ASSERT_VALID( BIOS::DSK::Read(&f, pSharedBuffer) );
bufStream >> CStream(&CH2Calib, sizeof(CH2Calib));
BIOS::DSK::Close(&f);
return true;
}