String GetFieldValue(const String& fieldName) const override
{
if (fieldName == Text::FIELD_PROGRAM_NAME)
{
return GetProgramTitle();
}
else if (fieldName == Text::FIELD_PROGRAM_VERSION)
{
return GetProgramVersion();
}
else if (fieldName == Text::FIELD_BUILD_DATE)
{
return GetBuildDate();
}
else if (fieldName == Text::FIELD_BUILD_PLATFORM)
{
return GetBuildPlatform();
}
else if (fieldName == Text::FIELD_BUILD_ARCH)
{
return GetBuildArchitecture();
}
else
{
return String();
}
}
String GetProgramVersionString()
{
return Strings::Format(Text::PROGRAM_VERSION_STRING,
GetProgramTitle(),
GetProgramVersion(),
GetBuildDate(),
GetBuildPlatform(),
GetBuildArchitecture(),
GetBuildArchitectureVersion());
}
/*
* New functions should be added using this instead of introducing new EXPORTS.
* Reason is that if developer A and developer B freezes new functions independently
* The S60 library will lost its binary compatiblity. If A and B just implement new
* extension IDs (with unique ids) then definition files does not need to update.
* inline functions can be used to make extensions more clean
*/
EXPORT_C TInt CSDL::Extension_(TUint aExtensionId, TAny*& /*a0*/, TAny* a1)
{
switch(aExtensionId)
{
case KSDLExtensionBuildDate:
return GetBuildDate(reinterpret_cast<TDes*>(a1));
// case KSDLExtensionBitGdiCanvas:
// return (gEpocEnv->iBitGdiCanvas != NULL) && (*(gEpocEnv->iBitGdiCanvas) != NULL) ? (*(gEpocEnv->iBitGdiCanvas))->Handle() : KErrNotFound;
}
return KErrNotSupported;
}
void ShowBuildInfo()
{
char buffer[HeaderMsgSize];
GetBuildDate((void*)&buffer,sizeof(buffer));
Serial.print("Date:");
Serial.println((char*)&buffer);
Serial.print("Build:");
Serial.println(GetBuildNumber());
Serial.print("Free RAM (B):");
Serial.println( GetFreeRam());
Serial.println();
}
