bool Shader::Save(void* wrapper)
{
StartObject(wrapper);
SaveKey(wrapper, "name");
SaveValue(wrapper, m_Name);
SaveKey(wrapper, "type");
SaveValue(wrapper, EnumUtil::ShaderTypeToString(m_Type));
std::vector<ShaderTexture> enums;
EnumUtil::GetShaderTextures(m_TextureFlags, enums);
SaveKey(wrapper, "textures");
SaveArray(wrapper, enums.size(), [&](unsigned int index)
{
SaveValue(wrapper, EnumUtil::ShaderTextureToString(enums[index]));
});
SaveKey(wrapper, "path");
SaveValue(wrapper, m_FilePath);
EndObject(wrapper);
return true;
}
bool Pass::Save(void* wrapper)
{
EnumUtil::Ptr enumUtil = EnumUtil::Instance();
std::vector<std::string> strs;
std::string emptyStr;
StartObject(wrapper);
SaveKey(wrapper, "name");
SaveValue(wrapper, m_Name);
SaveKey(wrapper, "camera");
SaveValue(wrapper, m_CameraNode == nullptr ? "" : m_CameraNode->GetName());
std::vector<Shader::Ptr> shaders;
shaders.reserve(m_ShaderMap.size());
for (auto pair : m_ShaderMap)
shaders.push_back(pair.second);
SaveKey(wrapper, "shaders");
SaveArray(wrapper, m_ShaderMap.size(), [&](unsigned int index)
{
SaveValue(wrapper, shaders[index]->GetName());
});
SaveKey(wrapper, "input");
SaveArray(wrapper, m_InputTextures.size(), [&](unsigned int index)
{
SaveValue(wrapper, m_InputTextures[index]->GetName());
});
SaveKey(wrapper, "output");
SaveArray(wrapper, m_OutputTextures.size(), [&](unsigned int index)
{
SaveValue(wrapper, m_OutputTextures[index]->GetName());
});
SaveKey(wrapper, "index");
SaveValue(wrapper, (int&)m_RenderIndex);
SaveKey(wrapper, "blendMode");
SaveValue(wrapper, enumUtil->BlendModeToString(m_BlendMode));
SaveKey(wrapper, "compareMode");
SaveValue(wrapper, enumUtil->CompareModeToString(m_CompareMode));
SaveKey(wrapper, "cullMode");
SaveValue(wrapper, enumUtil->CullModeToString(m_CullMode));
SaveKey(wrapper, "drawMode");
SaveValue(wrapper, enumUtil->DrawModeToString(m_DrawMode));
EndObject(wrapper);
return true;
}
bool Texture::Save(void* wrapper)
{
StartObject(wrapper);
SaveKey(wrapper, "name");
SaveValue(wrapper, m_Name);
SaveKey(wrapper, "format");
SaveValue(wrapper, EnumUtil::TextureFormatToString(m_Format));
SaveKey(wrapper, "type");
SaveValue(wrapper, EnumUtil::TextureTypeToString(m_Type));
SaveKey(wrapper, "filter");
SaveValue(wrapper, EnumUtil::FilterModeToString(m_FilterMode));
SaveKey(wrapper, "wrap");
SaveValue(wrapper, EnumUtil::WrapModeToString(m_WrapMode));
SaveKey(wrapper, "width");
SaveValue(wrapper, m_Width);
SaveKey(wrapper, "height");
SaveValue(wrapper, m_Height);
SaveKey(wrapper, "borderColor");
SaveValue(wrapper, m_BorderColor);
SaveKey(wrapper, "mipmap");
SaveValue(wrapper, m_Mipmap);
EndObject(wrapper);
return true;
}
void Light::Save(void* wrapper, bool object)
{
if (object)
StartObject(wrapper);
// save typeinfo
SaveKey(wrapper, "type");
SaveValue(wrapper, "Light");
SaveKey(wrapper, "light_type");
SaveValue(wrapper, EnumUtil::LightTypeToString(m_Type));
SaveKey(wrapper, "color");
SaveValue(wrapper, m_Color);
SaveKey(wrapper, "intensity");
SaveValue(wrapper, m_Intensity);
SaveKey(wrapper, "inner_angle");
SaveValue(wrapper, m_InnerAngle);
SaveKey(wrapper, "outter_angle");
SaveValue(wrapper, m_OutterAngle);
SaveKey(wrapper, "falloff");
SaveValue(wrapper, m_Falloff);
SaveKey(wrapper, "radius");
SaveValue(wrapper, m_Radius);
SaveKey(wrapper, "cast_shadows");
SaveValue(wrapper, m_CastShadows);
if (object)
EndObject(wrapper);
}
// ---------------------------------------------------------------
//a therad which asynchronously save th registry entries
// ---------------------------------------------------------------
void AsyncSaveKeyBckgProc (void *param)
{
struct S_ini *pmsg;
LL_Create (LL_ID_SETTINGS, 500);
tThreads[TH_ASYNCSAVEKEY].bInit = TRUE; // inits OK
do
{
WaitForSingleObject (tThreads[TH_ASYNCSAVEKEY].hEv, INFINITE);
Sleep (10);
for ( pmsg = LL_PopMsg (LL_ID_SETTINGS);
pmsg != NULL ;
pmsg = LL_PopMsg (LL_ID_SETTINGS) )
{
SaveKey (pmsg->path, pmsg->key, pmsg->buf, pmsg->bufsize, pmsg->type, pmsg->inifile);
DeleteMsg(pmsg);
}
ResetEvent ( tThreads[TH_ASYNCSAVEKEY].hEv );
}
while ( tThreads[TH_ASYNCSAVEKEY].gRunning );
LL_Destroy (LL_ID_SETTINGS);
LogToMonitor ("end of registry thread\n");
_endthread ();
} // AsyncSaveKeyProc
bool
TrackingConfigPanel::Save(bool &_changed)
{
bool changed = false;
TrackingSettings &settings =
CommonInterface::SetComputerSettings().tracking;
#ifdef HAVE_LIVETRACK24
changed |= SaveValue(TrackingInterval, ProfileKeys::TrackingInterval, settings.interval);
changed |= SaveValueEnum(TrackingVehicleType, ProfileKeys::TrackingVehicleType,
settings.vehicleType);
changed |= SaveValue(TrackingVehicleName, ProfileKeys::TrackingVehicleName,
settings.vehicle_name);
#endif
#ifdef HAVE_SKYLINES_TRACKING
changed |= SaveValue(SL_ENABLED, ProfileKeys::SkyLinesTrackingEnabled,
settings.skylines.enabled);
#ifdef HAVE_NET_STATE_ROAMING
changed |= SaveValue(SL_ROAMING, ProfileKeys::SkyLinesRoaming,
settings.skylines.roaming);
#endif
changed |= SaveValue(SL_INTERVAL, ProfileKeys::SkyLinesTrackingInterval,
settings.skylines.interval);
changed |= SaveValue(SL_TRAFFIC_ENABLED, ProfileKeys::SkyLinesTrafficEnabled,
settings.skylines.traffic_enabled);
changed |= SaveValue(SL_NEAR_TRAFFIC_ENABLED,
ProfileKeys::SkyLinesNearTrafficEnabled,
settings.skylines.near_traffic_enabled);
changed |= SaveKey(*this, SL_KEY, ProfileKeys::SkyLinesTrackingKey,
settings.skylines.key);
#endif
#ifdef HAVE_LIVETRACK24
changed |= SaveValue(LT24Enabled, ProfileKeys::LiveTrack24Enabled, settings.livetrack24.enabled);
changed |= SaveValue(LT24Server, ProfileKeys::LiveTrack24Server,
settings.livetrack24.server);
changed |= SaveValue(LT24Username, ProfileKeys::LiveTrack24Username,
settings.livetrack24.username);
changed |= SaveValue(LT24Password, ProfileKeys::LiveTrack24Password,
settings.livetrack24.password);
#endif
_changed |= changed;
return true;
}
bool Shader::Save(void* wrapper)
{
EnumUtil::Ptr enumUtil = EnumUtil::Instance();
StartObject(wrapper);
SaveKey(wrapper, "name");
SaveValue(wrapper, m_Name);
SaveKey(wrapper, "type");
SaveValue(wrapper, enumUtil->ShaderTypeToString(m_Type));
SaveKey(wrapper, "path");
SaveValue(wrapper, m_FilePath);
EndObject(wrapper);
return true;
}
void CHotKey::SetKey( DWORD key, bool bSave )
{
if(m_Key == key)
{
return;
}
if(m_bIsRegistered)
Unregister();
m_Key = key;
if(bSave)
SaveKey();
}
bool
TrackingConfigPanel::Save(bool &_changed)
{
bool changed = false;
TrackingSettings &settings =
CommonInterface::SetComputerSettings().tracking;
#ifdef HAVE_LIVETRACK24
changed |= SaveValue(TrackingInterval, ProfileKeys::TrackingInterval, settings.interval);
changed |= SaveValueEnum(TrackingVehicleType, ProfileKeys::TrackingVehicleType,
settings.vehicleType);
#endif
#ifdef HAVE_SKYLINES_TRACKING
changed |= SaveValue(SL_ENABLED, ProfileKeys::SkyLinesTrackingEnabled,
settings.skylines.enabled);
changed |= SaveValue(SL_INTERVAL, ProfileKeys::SkyLinesTrackingInterval,
settings.skylines.interval);
#ifdef HAVE_SKYLINES_TRACKING_HANDLER
changed |= SaveValue(SL_TRAFFIC_ENABLED, ProfileKeys::SkyLinesTrafficEnabled,
settings.skylines.traffic_enabled);
#endif
changed |= SaveKey(*this, SL_KEY, ProfileKeys::SkyLinesTrackingKey,
settings.skylines.key);
#endif
#ifdef HAVE_LIVETRACK24
changed |= SaveValue(LT24Enabled, ProfileKeys::LiveTrack24Enabled, settings.livetrack24.enabled);
changed |= SaveValue(LT24Server, ProfileKeys::LiveTrack24Server,
settings.livetrack24.server.buffer(), settings.livetrack24.server.MAX_SIZE);
changed |= SaveValue(LT24Username, ProfileKeys::LiveTrack24Username,
settings.livetrack24.username.buffer(), settings.livetrack24.username.MAX_SIZE);
changed |= SaveValue(LT24Password, ProfileKeys::LiveTrack24Password,
settings.livetrack24.password.buffer(), settings.livetrack24.password.MAX_SIZE);
#endif
_changed |= changed;
return true;
}
void ACOS_INIT::OnSaveKeys()
{
CString tempstr;
BYTE Block;
retCode = MessageBox( "Saving keys to Mifare assumes that the keys stored is \"FF FF FF FF FF FF\". Continue?", "", MB_OKCANCEL);
if( retCode == IDCANCEL )
{
return;
}
if( cb1.GetCheck() )
{
tbKc.GetWindowText( tempstr );
if( tempstr.IsEmpty() )
{
AfxMessageBox( "No Card Key generated" );
return;
}
tb1.GetWindowText( tempstr );
if( tempstr.IsEmpty() || HexCheck( tempstr.GetAt(0), tempstr.GetAt(1) ) != 0 )
{
AfxMessageBox( "Enter valid value for block number" );
tb1.SetFocus();
return;
}
}
if( cb2.GetCheck() )
{
tbKt.GetWindowText( tempstr );
if( tempstr.IsEmpty() )
{
AfxMessageBox( "No Terminal Key generated" );
return;
}
tb2.GetWindowText( tempstr );
if( tempstr.IsEmpty() || HexCheck( tempstr.GetAt(0), tempstr.GetAt(1) ) != 0 )
{
AfxMessageBox( "Enter valid value for block number" );
tb1.SetFocus();
return;
}
}
if( cb3.GetCheck() )
{
tbKd.GetWindowText( tempstr );
if( tempstr.IsEmpty() )
{
AfxMessageBox( "No Debit Key generated" );
return;
}
tb3.GetWindowText( tempstr );
if( tempstr.IsEmpty() || HexCheck( tempstr.GetAt(0), tempstr.GetAt(1) ) != 0 )
{
AfxMessageBox( "Enter valid value for block number" );
tb1.SetFocus();
return;
}
}
if( cb4.GetCheck() )
{
tbKcr.GetWindowText( tempstr );
if( tempstr.IsEmpty() )
{
AfxMessageBox( "No Credit Key generated" );
return;
}
tb4.GetWindowText( tempstr );
if( tempstr.IsEmpty() || HexCheck( tempstr.GetAt(0), tempstr.GetAt(1) ) != 0 )
{
AfxMessageBox( "Enter valid value for block number" );
tb1.SetFocus();
return;
}
}
if( cb5.GetCheck() )
{
tbKcf.GetWindowText( tempstr );
if( tempstr.IsEmpty() )
{
AfxMessageBox( "No Certify Key generated" );
return;
}
tb5.GetWindowText( tempstr );
if( tempstr.IsEmpty() || HexCheck( tempstr.GetAt(0), tempstr.GetAt(1) ) != 0 )
{
AfxMessageBox( "Enter valid value for block number" );
tb1.SetFocus();
return;
}
}
if( cb6.GetCheck() )
{
tbKrd.GetWindowText( tempstr );
if( tempstr.IsEmpty() )
{
AfxMessageBox( "No Revoke Debit Key generated" );
return;
}
tb6.GetWindowText( tempstr );
if( tempstr.IsEmpty() || HexCheck( tempstr.GetAt(0), tempstr.GetAt(1) ) != 0 )
{
AfxMessageBox( "Enter valid value for block number" );
tb1.SetFocus();
return;
}
}
if( cb1.GetCheck() )
{
tb1.GetWindowText( tempstr );
sscanf( tempstr, "%02X", &Block );
SaveKey( Block, 1 );
}
if( cb2.GetCheck() )
{
tb2.GetWindowText( tempstr );
sscanf( tempstr, "%02X", &Block );
SaveKey( Block, 2 );
}
if( cb3.GetCheck() )
{
tb3.GetWindowText( tempstr );
sscanf( tempstr, "%02X", &Block );
SaveKey( Block, 3 );
}
if( cb4.GetCheck() )
{
tb4.GetWindowText( tempstr );
sscanf( tempstr, "%02X", &Block );
SaveKey( Block, 4 );
}
if( cb5.GetCheck() )
{
tb5.GetWindowText( tempstr );
sscanf( tempstr, "%02X", &Block );
SaveKey( Block, 5 );
}
if( cb6.GetCheck() )
{
tb6.GetWindowText( tempstr );
sscanf( tempstr, "%02X", &Block );
SaveKey( Block, 6 );
}
pPar->DisplayOut( "Save keys success\n",GREEN );
pINIT->EndDialog(IDOK);
}
