bool
KRT2Device::PutFrequency(char cmd,
RadioFrequency frequency,
const TCHAR *name,
OperationEnvironment &env)
{
if (frequency.IsDefined()) {
struct {
uint8_t start = STX;
uint8_t command;
uint8_t mhz;
uint8_t khz;
char station[MAX_NAME_LENGTH];
uint8_t checksum;
} msg;
msg.command = cmd;
msg.mhz = frequency.GetKiloHertz() / 1000;
msg.khz = (frequency.GetKiloHertz() % 1000) / 5;
GetStationName(msg.station, name);
msg.checksum = msg.mhz ^ msg.khz;
Send((uint8_t *) &msg, sizeof(msg), env);
return true;
}
return false;
}
/*
GetIcyData()
*/
void CIcy::GetIcyData(ICYDATA* pIcyData)
{
memset(pIcyData,'\0',sizeof(ICYDATA));
if(m_nResponse==ICY_CODE_OK)
{
strcpyn(pIcyData->station,GetStationName(),ICY_MAX_STATION+1);
strcpyn(pIcyData->genre,GetGenre(),ICY_MAX_GENRE+1);
strcpyn(pIcyData->url,GetUrl(),ICY_MAX_URL+1);
strcpyn(pIcyData->contenttype,GetContentType(),ICY_MAX_CONTENT+1);
pIcyData->metaint = GetMetaInterval();
pIcyData->bitrate = GetBitRate();
strcpyn(pIcyData->notice,GetNotice(),ICY_MAX_NOTICE+1);
strcpyn(pIcyData->noticeinfo,GetNoticeInfo(),ICY_MAX_NOTICE+1);
pIcyData->code = m_nResponse;
}
}
