// ----------------------------------------------------------------------------
//
bool ActorSelectField::setValue( LPCSTR value ) {
CString key( value );
ActorList actors;
int curPos = 0;
while ( true ) {
CString resToken = key.Tokenize( _T(" ,"), curPos );
if ( resToken.IsEmpty() )
break;
resToken.MakeUpper();
ActorSelectField::EntryMap::iterator it = m_entries.find( resToken );
if ( it == m_entries.end() )
throw FieldException( "Invalid fixture number %s", (LPCSTR)resToken );
actors.push_back( (*it).second.m_actor );
}
if ( actors.size() == 0 )
throw FieldException( "Select at least one fixture" );
if ( actors.size() > 1 && !m_allow_multiple )
throw FieldException( "Select a single fixture" );
m_selected_actors = actors;
return InputField::setValue( value );
}
T GetData(SQLSMALLINT type) const
{
T Storage = T();
SQLINTEGER Needed = 0;
RETCODE Ret = SQLGetData(Stmt.GetHolder().GetHandle(), static_cast<SQLUSMALLINT>(Index),
type, &Storage, sizeof(Storage),
//reinterpret_cast for x64
reinterpret_cast<SQLLEN *>(&Needed));
if (Ret != SQL_SUCCESS)
throw FieldException("Error get field", feErrorGetField);
if (Needed <= 0)
throw FieldException("Empty field", feErrorGetField);
return Storage;
}
std::string GetAsString() const
{
SQLINTEGER Needed = 0;
const unsigned BufSize = 256;
char SmallBuff[BufSize] = { 0 };
RETCODE Ret = SQLGetData(Stmt.GetHolder().GetHandle(), static_cast<SQLUSMALLINT>(Index), SQL_C_CHAR,
SmallBuff, BufSize,
//reinterpret_cast for x64
reinterpret_cast<SQLLEN *>(&Needed));
if (TIODBC_SUCCESS_CODE(Ret))
return std::string(SmallBuff);
if (Needed > 0)
{
SQLINTEGER Buff = Needed + 1;
std::vector<char> Data(Buff, 0);
Ret = SQLGetData(Stmt.GetHolder().GetHandle(), static_cast<SQLUSMALLINT>(Index), SQL_C_CHAR,
reinterpret_cast<SQLTCHAR *>(&Data.front()), Buff,
//reinterpret_cast for x64
reinterpret_cast<SQLLEN *>(&Needed));
if (TIODBC_SUCCESS_CODE(Ret))
return std::string(&Data[0], Data.size());
throw FieldException("Error get field", feErrorGetField);
}
return std::string();
}
// ----------------------------------------------------------------------------
//
bool ColorSelectField::setValue( LPCSTR value ) {
CString key( value );
RGBWAArray colors;
int curPos = 0;
while ( true ) {
CString resToken = key.Tokenize( _T(","), curPos );
if ( resToken.IsEmpty() )
break;
resToken.Trim();
if ( resToken.GetLength() == 0 )
continue;
bool found = false;
RGBWA rgb;
ULONG value;
unsigned red, green, blue;
if ( sscanf_s( resToken, "#%lx", &value ) == 1 ) {
found = true;
rgb = RGBWA( value );
}
else if ( sscanf_s( resToken, "rgb(%u %u %u)", &red, &green, &blue ) == 3 ) {
found = true;
rgb = RGBWA( red, green, blue );
}
else
found = RGBWA::getColorByName( (LPCSTR)resToken, rgb );
if ( ! found )
throw FieldException( "Unknown color value '%s'", (LPCSTR)resToken );
colors.push_back( rgb );
}
if ( colors.size() > 1 && !m_allow_multiple )
throw FieldException( "Select a single color" );
m_colors = colors;
return InputField::setValue( value );
}
// ----------------------------------------------------------------------------
//
bool DmxAddressField::setValue( LPCSTR value )
{
long result;
if ( !IntegerField::parse( value, result ) )
throw FieldException( "'%s' is not a valid DMX address" );
channel_t end_address = (channel_t)result+m_num_channels-1;
if ( !m_allow_address_overlap ) {
UID current = m_venue->whoIsAddressRange( 1, (channel_t)result, end_address );
if ( current != 0 && current != m_uid )
throw FieldException( "DMX address %d already in use", result );
if ( end_address > DMX_PACKET_SIZE )
throw FieldException( "Channel range past end of addressable DMX addresses (%d > %d)", end_address, DMX_PACKET_SIZE );
}
return IntegerField::setValue( value );
}
// ----------------------------------------------------------------------------
//
bool UniqueGroupNumberField::setValue( LPCSTR value ) {
long result;
if ( !IntegerField::parse( value, result ) )
return false;
if ( m_venue->getFixtureGroupByNumber( (GroupNumber)result ) != NULL )
throw FieldException( "Group number %lu is already in use", result );
return IntegerField::setValue( value );
}
// ----------------------------------------------------------------------------
//
bool ChannelValueListField::setValue( LPCSTR value ) {
CString key( value );
ChannelValueArray channel_value_list;
int curPos = 0;
while ( true ) {
CString resToken = key.Tokenize( _T(" ,"), curPos );
if ( resToken.IsEmpty() )
break;
long channel_value = strtoul( resToken, NULL, 10 );
if ( channel_value < 0 || channel_value > 255 )
throw FieldException( "Value %lu is out of range (value values 0-255)", channel_value );
channel_value_list.push_back( (BYTE)channel_value );
}
if ( channel_value_list.size() == 0 )
throw FieldException( "Need at least one channel value" );
m_channel_values = channel_value_list;
return InputField::setValue( value );
}
std::tm GetAsTimestamp() const
{
SQL_TIMESTAMP_STRUCT Timestamp = GetData<TIMESTAMP_STRUCT>(SQL_C_TIMESTAMP);
std::tm Tm = { 0 };
Tm.tm_year = Timestamp.year - 1900;
Tm.tm_mon = Timestamp.month;
Tm.tm_mday = Timestamp.day;
Tm.tm_hour = Timestamp.hour;
Tm.tm_min = Timestamp.minute;
Tm.tm_sec = Timestamp.second;
Tm.tm_isdst = -1;
std::time_t Seconds = std::mktime(&Tm);
if (Seconds == -1)
throw FieldException("Bad date format", feBadFormat);
return *std::localtime(&Seconds);
}
// ----------------------------------------------------------------------------
//
bool CoordinatesField::setValue( LPCSTR value ) {
CString key( value );
CoordinateArray coordinates_list;
int curPos = 0;
while ( true ) {
CString resToken = key.Tokenize( _T(";"), curPos );
if ( resToken.IsEmpty() )
break;
UINT pan, tilt;
resToken.Trim();
if ( sscanf_s( resToken, "%u,%u", &pan, &tilt ) != 2 )
throw FieldException( "Enter coordinates in the form: pan,tilt;pan,tilt;..." );
coordinates_list.push_back( FixtureCoordinate(pan,tilt) );
}
m_coordinates = coordinates_list;
return InputField::setValue( value );
}
