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DTV.cpp
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/*
* If not stated otherwise in this file or this component's LICENSE file the
* following copyright and licenses apply:
*
* Copyright 2020 RDK Management
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
#include "DTV.h"
#define API_VERSION_NUMBER_MAJOR 1
#define API_VERSION_NUMBER_MINOR 0
#define API_VERSION_NUMBER_PATCH 3
namespace WPEFramework
{
namespace {
static Plugin::Metadata<Plugin::DTV> metadata(
// Version (Major, Minor, Patch)
API_VERSION_NUMBER_MAJOR, API_VERSION_NUMBER_MINOR, API_VERSION_NUMBER_PATCH,
// Preconditions
{},
// Terminations
{},
// Controls
{}
);
}
namespace Plugin
{
using namespace JsonData::DTV;
using namespace Exchange;
SERVICE_REGISTRATION(DTV, API_VERSION_NUMBER_MAJOR, API_VERSION_NUMBER_MINOR, API_VERSION_NUMBER_PATCH);
DTV::DTV() : m_service(nullptr), m_connectionId(0), m_dtv(nullptr), m_notification(this)
{
}
DTV::~DTV()
{
}
const string DTV::Initialize(PluginHost::IShell *service)
{
ASSERT(service != nullptr);
ASSERT(m_dtv == nullptr);
ASSERT(m_service == nullptr);
ASSERT(m_connectionId == 0);
string message = "";
SYSLOG(Logging::Startup, (_T("DTV::Initialize: PID=%u"), getpid()));
m_service = service;
m_service->AddRef();
Config config;
config.FromString(m_service->ConfigLine());
m_service->Register(&m_notification);
m_dtv = service->Root<Exchange::IDTV>(m_connectionId, 2000, _T("DTVImpl"));
if (m_dtv != nullptr)
{
// Initialise the out-of-process plugin
m_dtv->Initialize(service);
// Register for notifications
m_dtv->Register(&m_notification);
// Register the JSONRPC APIs
// Exchange::JDTV::Register(*this, m_dtv);
RegisterAll();
}
else
{
SYSLOG(Logging::Startup, (_T("DTV::Initialize: Failed to initialise DTV plugin")));
message = _T("DTV plugin could not be initialised");
}
if (message.length() != 0)
{
Deinitialize(service);
}
return message;
}
void DTV::Deinitialize(PluginHost::IShell *service)
{
ASSERT(m_service == service);
SYSLOG(Logging::Shutdown, (string(_T("DTV::Deinitialize"))));
// Make sure the Activated and Deactivated are no longer called before we start cleaning up..
m_service->Unregister(&m_notification);
if (m_dtv != nullptr)
{
// Unregister all the JSONRPC APIs
UnregisterAll();
m_dtv->Unregister(&m_notification);
// Stop processing:
RPC::IRemoteConnection* connection = service->RemoteConnection(m_connectionId);
VARIABLE_IS_NOT_USED uint32_t result = m_dtv->Release();
m_dtv = nullptr;
// It should have been the last reference we are releasing,
// so it should endup in a DESTRUCTION_SUCCEEDED, if not we
// are leaking...
ASSERT(result == Core::ERROR_DESTRUCTION_SUCCEEDED);
// If this was running in a (container) process...
if (connection != nullptr)
{
// Lets trigger the cleanup sequence for
// out-of-process code. Which will guard
// that unwilling processes, get shot if
// not stopped friendly :-)
connection->Terminate();
connection->Release();
}
}
m_connectionId = 0;
m_service->Release();
m_service = nullptr;
SYSLOG(Logging::Shutdown, (string(_T("DTV de-initialised"))));
}
string DTV::Information() const
{
// No additional info to report
return (string());
}
void DTV::Deactivated(RPC::IRemoteConnection *connection)
{
if (connection->Id() == m_connectionId)
{
ASSERT(m_service != nullptr);
PluginHost::WorkerPool::Instance().Submit(PluginHost::IShell::Job::Create(m_service,
PluginHost::IShell::DEACTIVATED, PluginHost::IShell::FAILURE));
}
}
void DTV::RegisterAll()
{
// Version 1 properties, though some include additional info in version 2
JSONRPC::Property<Core::JSON::DecUInt8>(_T("numberOfCountries"), &DTV::GetNumberOfCountries, nullptr, this);
JSONRPC::Property<Core::JSON::ArrayType<CountryconfigData>>(_T("countryList"), &DTV::GetCountryList, nullptr, this);
JSONRPC::Property<Core::JSON::DecUInt32>(_T("country"), &DTV::GetCountry, &DTV::SetCountry, this);
JSONRPC::Property<Core::JSON::ArrayType<LnbsettingsInfo>>(_T("lnbList"), &DTV::GetLnbList, nullptr, this);
JSONRPC::Property<Core::JSON::ArrayType<SatellitesettingsInfo>>(_T("satelliteList"), &DTV::GetSatelliteList, nullptr, this);
JSONRPC::Property<Core::JSON::DecUInt16>(_T("numberOfServices"), &DTV::GetNumberOfServices, nullptr, this);
JSONRPC::Property<Core::JSON::ArrayType<ServiceInfo>>(_T("serviceList"), &DTV::GetServiceList, nullptr, this);
JSONRPC::Property<NowNextEventsData>(_T("nowNextEvents"), &DTV::GetNowNextEvents, nullptr, this);
JSONRPC::Property<Core::JSON::ArrayType<EiteventInfo>>(_T("scheduleEvents"), &DTV::GetScheduleEvents, nullptr, this);
JSONRPC::Property<StatusData>(_T("status"), &DTV::GetStatus, nullptr, this);
// Version 2 properties
JSONRPC::Property<ServiceInfo>(_T("serviceInfo"), &DTV::GetServiceInfo, nullptr, this);
JSONRPC::Property<Core::JSON::ArrayType<ComponentData>>(_T("serviceComponents"), &DTV::GetServiceComponents, nullptr, this);
JSONRPC::Property<TransportInfo>(_T("transportInfo"), &DTV::GetTransportInfo, nullptr, this);
JSONRPC::Property<ExtendedeventinfoData>(_T("extendedEventInfo"), &DTV::GetExtendedEventInfo, nullptr, this);
JSONRPC::Property<SignalInfoData>(_T("signalInfo"), &DTV::GetSignalInfo, nullptr, this);
// Version 1 methods
JSONRPC::Register<LnbsettingsInfo, Core::JSON::Boolean>(_T("addLnb"), &DTV::AddLnb, this);
JSONRPC::Register<SatellitesettingsInfo, Core::JSON::Boolean>(_T("addSatellite"), &DTV::AddSatellite, this);
JSONRPC::Register<StartServiceSearchParamsData, Core::JSON::Boolean>(_T("startServiceSearch"), &DTV::StartServiceSearch, this);
JSONRPC::Register<FinishServiceSearchParamsData, Core::JSON::Boolean>(_T("finishServiceSearch"), &DTV::FinishServiceSearch, this);
JSONRPC::Register<StartPlayingParamsData, Core::JSON::DecSInt32>(_T("startPlaying"), &DTV::StartPlaying, this);
JSONRPC::Register<Core::JSON::DecSInt32, void>(_T("stopPlaying"), &DTV::StopPlaying, this);
// Version 2 methods
}
void DTV::UnregisterAll()
{
// Properties
JSONRPC::Unregister(_T("numberOfCountries"));
JSONRPC::Unregister(_T("countryList"));
JSONRPC::Unregister(_T("country"));
JSONRPC::Unregister(_T("lnbList"));
JSONRPC::Unregister(_T("satelliteList"));
JSONRPC::Unregister(_T("numberOfServices"));
JSONRPC::Unregister(_T("serviceList"));
JSONRPC::Unregister(_T("nowNextEvents"));
JSONRPC::Unregister(_T("scheduleEvents"));
JSONRPC::Unregister(_T("status"));
JSONRPC::Unregister(_T("serviceInfo"));
JSONRPC::Unregister(_T("serviceComponents"));
JSONRPC::Unregister(_T("transportInfo"));
JSONRPC::Unregister(_T("extendedEventInfo"));
JSONRPC::Unregister(_T("signalInfo"));
// Methods
JSONRPC::Unregister(_T("addLnb"));
JSONRPC::Unregister(_T("addSatellite"));
JSONRPC::Unregister(_T("startServiceSearch"));
JSONRPC::Unregister(_T("finishServiceSearch"));
JSONRPC::Unregister(_T("startPlaying"));
JSONRPC::Unregister(_T("stopPlaying"));
}
uint32_t DTV::GetNumberOfCountries(Core::JSON::DecUInt8 &response) const
{
uint8_t count;
uint32_t result = m_dtv->GetNumberOfCountries(count);
if (result == Core::ERROR_NONE)
{
response = count;
}
return result;
}
uint32_t DTV::GetCountryList(Core::JSON::ArrayType<CountryconfigData>& response) const
{
IDTV::ICountry::IIterator* iterator;
uint32_t result = m_dtv->GetCountryList(iterator);
if (result == Core::ERROR_NONE)
{
IDTV::ICountry* country;
while (iterator->Current(country) == Core::ERROR_NONE)
{
CountryconfigData config;
std::string name;
uint32_t code;
if (country->Name(name) == Core::ERROR_NONE)
{
if (country->Code(code) == Core::ERROR_NONE)
{
//config.Name = Core::ToString(name.c_str());
config.Name = name.c_str();
config.Code = code;
response.Add(config);
}
}
iterator->Next();
}
}
return result;
}
uint32_t DTV::GetCountry(Core::JSON::DecUInt32 &response) const
{
uint32_t country;
uint32_t result = m_dtv->GetCountry(country);
if (result == Core::ERROR_NONE)
{
response = country;
}
return result;
}
uint32_t DTV::SetCountry(Core::JSON::DecUInt32 code) const
{
return (m_dtv->SetCountry(code));
}
uint32_t DTV::GetLnbList(Core::JSON::ArrayType<LnbsettingsInfo>& response) const
{
IDTV::ILnb::IIterator *iterator;
uint32_t result = m_dtv->GetLnbList(iterator);
if (result == Core::ERROR_NONE)
{
IDTV::ILnb *lnb;
LnbsettingsInfo info;
std::string str;
IDTV::ILnb::LnbType type;
IDTV::ILnb::LnbPower power;
IDTV::ILnb::DiseqcTone tone;
IDTV::ILnb::DiseqcCSwitch cswitch;
bool bvalue;
uint8_t value8;
uint32_t value32;
while (iterator->Current(lnb) == Core::ERROR_NONE)
{
lnb->Name(str);
info.Name = str.c_str();
lnb->Type(type);
info.Type = GetJsonLnbType(type);
lnb->Power(power);
info.Power = GetJsonLnbPower(power);
lnb->Tone(tone);
info.Diseqc_tone = GetJsonDiseqcTone(tone);
lnb->CSwitch(cswitch);
info.Diseqc_cswitch = GetJsonDiseqcCSwitch(cswitch);
lnb->Is22kHz(bvalue);
info.Is22k = bvalue;
lnb->Is12V(bvalue);
info.Is12v = bvalue;
lnb->IsPulsePosition(bvalue);
info.Ispulseposition = bvalue;
lnb->IsDiseqcPosition(bvalue);
info.Isdiseqcposition = bvalue;
lnb->IsSmatv(bvalue);
info.Issmatv = bvalue;
lnb->DiseqcRepeats(value8);
info.Diseqcrepeats = value8;
lnb->USwitch(value8);
info.U_switch = value8;
lnb->UnicableChannel(value8);
info.Unicablechannel = value8;
lnb->UnicableFreq(value32);
info.Unicablefreq = value32;
response.Add(info);
iterator->Next();
}
}
return result;
}
uint32_t DTV::GetSatelliteList(Core::JSON::ArrayType<SatellitesettingsInfo>& response) const
{
IDTV::ISatellite::IIterator *iterator;
uint32_t result = m_dtv->GetSatelliteList(iterator);
if (result == Core::ERROR_NONE)
{
IDTV::ISatellite *sat;
SatellitesettingsInfo info;
std::string str;
int16_t value16;
while (iterator->Current(sat) == Core::ERROR_NONE)
{
sat->Name(str);
info.Name = str.c_str();
sat->Longitude(value16);
info.Longitude = value16;
sat->Lnb(str);
info.Lnb = str.c_str();
response.Add(info);
iterator->Next();
}
}
return result;
}
uint32_t DTV::GetNumberOfServices(Core::JSON::DecUInt16 &response) const
{
uint16_t num_services;
uint32_t result = m_dtv->GetNumberOfServices(num_services);
if (result == Core::ERROR_NONE)
{
response = num_services;
}
return result;
}
uint32_t DTV::GetServiceList(const string& index, Core::JSON::ArrayType<ServiceInfo>& response) const
{
IDTV::IService::IIterator* iterator;
uint16_t onet_id, trans_id;
uint32_t result;
// The index may be a doublet specifying a transport
if (std::sscanf(index.c_str(), "%hu.%hu", &onet_id, &trans_id) == 2)
{
result = m_dtv->GetServiceList(onet_id, trans_id, iterator);
}
else
{
IDTV::TunerType tuner_type;
// Check for a tuner type, otherwise all services will be returned
switch(Core::EnumerateType<TunertypeType>(index.c_str()).Value())
{
case TunertypeType::DVBS:
tuner_type = IDTV::TunerType::DVBS;
break;
case TunertypeType::DVBT:
tuner_type = IDTV::TunerType::DVBT;
break;
case TunertypeType::DVBC:
tuner_type = IDTV::TunerType::DVBC;
break;
default:
tuner_type = IDTV::TunerType::NONE;
break;
}
result = m_dtv->GetServiceList(tuner_type, iterator);
}
if (result == Core::ERROR_NONE)
{
IDTV::IService *service;
ServiceInfo info;
while (iterator->Current(service) == Core::ERROR_NONE)
{
ExtractDvbServiceInfo(info, service);
response.Add(info);
iterator->Next();
}
}
return result;
}
uint32_t DTV::GetNowNextEvents(const string& service_uri, NowNextEventsData& response) const
{
uint32_t result = Core::ERROR_BAD_REQUEST;
SYSLOG(Logging::Notification, (_T("DTV::GetNowNextEvents: %s"), service_uri.c_str()));
if (service_uri.length() != 0)
{
uint16_t onet_id, trans_id, serv_id;
if (std::sscanf(service_uri.c_str(), "%hu.%hu.%hu", &onet_id, &trans_id, &serv_id) == 3)
{
IDTV::IEitEvent *now_event;
IDTV::IEitEvent *next_event;
result = m_dtv->GetNowNextEvents(onet_id, trans_id, serv_id, now_event, next_event);
if (result == Core::ERROR_NONE)
{
if (now_event != nullptr)
{
ExtractDvbEventInfo(response.Now, now_event);
}
else
{
response.Now.Starttime = 0;
}
if (next_event != nullptr)
{
ExtractDvbEventInfo(response.Next, next_event);
}
else
{
response.Next.Starttime = 0;
}
}
}
}
return (result);
}
uint32_t DTV::GetScheduleEvents(const string& index, Core::JSON::ArrayType<EiteventInfo>& response) const
{
uint32_t result = Core::ERROR_BAD_REQUEST;
if (index.length() != 0)
{
uint16_t onet_id, trans_id, serv_id;
uint32_t start_utc = 0;
uint32_t end_utc = 0xffffffff;
int num_args = std::sscanf(index.c_str(), "%hu.%hu.%hu:%u,%u", &onet_id, &trans_id, &serv_id,
&start_utc, &end_utc);
if (num_args >= 3)
{
IDTV::IEitEvent::IIterator* iterator;
result = m_dtv->GetScheduleEvents(onet_id, trans_id, serv_id, start_utc, end_utc, iterator);
if (result == Core::ERROR_NONE)
{
IDTV::IEitEvent *event;
while (iterator->Current(event) == Core::ERROR_NONE)
{
EiteventInfo info;
ExtractDvbEventInfo(info, event);
response.Add(info);
iterator->Next();
}
}
}
}
return (result);
}
uint32_t DTV::GetStatus(const string& index, StatusData& response) const
{
uint32_t result = Core::ERROR_BAD_REQUEST;
if (index.length() != 0)
{
IDTV::IStatus *status;
int32_t handle = atoi(index.c_str());
result = m_dtv->GetStatus(handle, status);
if (result == Core::ERROR_NONE)
{
uint8_t value8;
uint16_t value16;
std::string dvburi;
status->Tuner(value8);
response.Tuner = value8;
status->Demux(value8);
response.Demux = value8;
status->PmtPid(value16);
response.Pmtpid = value16;
status->Dvburi(dvburi);
response.Dvburi = dvburi;
status->Lcn(value16);
response.Lcn = value16;
}
}
return (result);
}
uint32_t DTV::GetServiceInfo(const string& index, ServiceInfo& response) const
{
uint32_t result = Core::ERROR_BAD_REQUEST;
uint16_t onet_id, trans_id, serv_id;
// The index must be a service's DVB triplet
if (std::sscanf(index.c_str(), "%hu.%hu.%hu", &onet_id, &trans_id, &serv_id) == 3)
{
IDTV::IService *info;
result = m_dtv->GetServiceInfo(onet_id, trans_id, serv_id, info);
if (result == Core::ERROR_NONE)
{
ExtractDvbServiceInfo(response, info);
}
}
return result;
}
uint32_t DTV::GetServiceComponents(const string& index, Core::JSON::ArrayType<ComponentData>& response) const
{
uint32_t result = Core::ERROR_BAD_REQUEST;
uint16_t onet_id, trans_id, serv_id;
// The index must be a service's DVB triplet
if (std::sscanf(index.c_str(), "%hu.%hu.%hu", &onet_id, &trans_id, &serv_id) == 3)
{
IDTV::IComponent::IIterator *iterator;
result = m_dtv->GetServiceComponents(onet_id, trans_id, serv_id, iterator);
if (result == Core::ERROR_NONE)
{
IDTV::IComponent *component;
while (iterator->Current(component) == Core::ERROR_NONE)
{
ComponentData info;
ExtractDvbStreamInfo(info, component);
response.Add(info);
iterator->Next();
}
}
}
return (result);
}
uint32_t DTV::GetTransportInfo(const string& index, TransportInfo& response) const
{
uint32_t result = Core::ERROR_BAD_REQUEST;
uint16_t onet_id, trans_id;
// The index must be a transport's DVB doublet
int num_args = std::sscanf(index.c_str(), "%hu.%hu", &onet_id, &trans_id);
if (num_args == 2)
{
IDTV::ITransport *transport;
result = m_dtv->GetTransportInfo(onet_id, trans_id, transport);
if (result == Core::ERROR_NONE)
{
ExtractDvbTransportInfo(response, transport);
}
}
return (result);
}
uint32_t DTV::GetExtendedEventInfo(const string& index, ExtendedeventinfoData& response) const
{
uint32_t result = Core::ERROR_BAD_REQUEST;
uint16_t onet_id, trans_id, serv_id, event_id;
// The index must be a service's DVB triplet followed by the event ID
int num_args = std::sscanf(index.c_str(), "%hu.%hu.%hu:%hu", &onet_id, &trans_id,
&serv_id, &event_id);
if (num_args == 4)
{
IDTV::IEitExtendedEvent *extended_info;
result = m_dtv->GetExtendedEventInfo(onet_id, trans_id, serv_id, event_id, extended_info);
if (result == Core::ERROR_NONE)
{
std::string str;
IDTV::IEitExtendedEvent::IEitExtendedEventItem::IIterator *iterator;
extended_info->Description(str);
response.Description = str.c_str();
if (extended_info->Items(iterator) == Core::ERROR_NONE)
{
IDTV::IEitExtendedEvent::IEitExtendedEventItem *item;
ExtendedeventinfoData::ExtendedeventitemData ex_item;
while (iterator->Current(item) == Core::ERROR_NONE)
{
item->Description(str);
ex_item.Description = str.c_str();
item->Item(str);
ex_item.Item = str.c_str();
response.Items.Add(ex_item);
iterator->Next();
}
}
}
}
return(result);
}
uint32_t DTV::GetSignalInfo(const string& index, SignalInfoData& response) const
{
uint32_t result = Core::ERROR_BAD_REQUEST;
if (index.length() != 0)
{
IDTV::ISignalInfo *info;
int32_t handle = atoi(index.c_str());
result = m_dtv->GetSignalInfo(handle, info);
if (result == Core::ERROR_NONE)
{
bool locked;
uint8_t strength, quality;
info->Locked(locked);
response.Locked = locked;
info->Strength(strength);
response.Strength = strength;
info->Quality(quality);
response.Quality = quality;
}
}
return(result);
}
uint32_t DTV::AddLnb(const LnbsettingsInfo& lnb_settings, Core::JSON::Boolean& response)
{
uint32_t result = m_dtv->AddLnb(lnb_settings.Name.Value(), GetLnbType(lnb_settings.Type),
GetLnbPower(lnb_settings.Power), GetDiseqcTone(lnb_settings.Diseqc_tone),
GetDiseqcCSwitch(lnb_settings.Diseqc_cswitch), lnb_settings.Is22k, lnb_settings.Is12v,
lnb_settings.Ispulseposition, lnb_settings.Isdiseqcposition, lnb_settings.Issmatv,
lnb_settings.Diseqcrepeats, lnb_settings.U_switch, lnb_settings.Unicablechannel,
lnb_settings.Unicablefreq);
if (result == Core::ERROR_NONE)
{
response = true;
}
else
{
response = false;
}
return(result);
}
uint32_t DTV::AddSatellite(const SatellitesettingsInfo& sat_settings, Core::JSON::Boolean& response)
{
uint32_t result = m_dtv->AddSatellite(sat_settings.Name.Value(), sat_settings.Longitude,
sat_settings.Lnb.Value());
if (result == Core::ERROR_NONE)
{
response = true;
}
else
{
response = false;
}
return(result);
}
uint32_t DTV::StartServiceSearch(const StartServiceSearchParamsData& start_search, Core::JSON::Boolean& response)
{
IDTV::TunerType tuner_type = GetTunerType(start_search.Tunertype);
uint32_t result;
response = false;
if (tuner_type != IDTV::TunerType::NONE)
{
IDTV::ServiceSearchType search_type;
bool retune = (start_search.Retune ? true : false);
if (start_search.Searchtype == StartServiceSearchParamsData::SearchtypeType::FREQUENCY)
{
SYSLOG(Logging::Notification, (_T("DTV::StartServiceSearch: frequency")));
search_type = IDTV::ServiceSearchType::FREQUENCY;
}
else
{
SYSLOG(Logging::Notification, (_T("DTV::StartServiceSearch: network")));
search_type = IDTV::ServiceSearchType::NETWORK;
}
if (start_search.Usetuningparams)
{
switch(tuner_type)
{
case IDTV::TunerType::DVBS:
SYSLOG(Logging::Notification, (_T("DTV::StartServiceSearch: manual DVB-S")));
result = m_dtv->StartServiceSearch(search_type, retune,
start_search.Dvbstuningparams.Satellite.Value(),
(uint32_t)start_search.Dvbstuningparams.Frequency.Value(),
GetDvbsPolarity(start_search.Dvbstuningparams.Polarity),
(uint16_t)start_search.Dvbstuningparams.Symbolrate.Value(),
GetDvbsFEC(start_search.Dvbstuningparams.Fec),
GetDvbsModulation(start_search.Dvbstuningparams.Modulation),
start_search.Dvbstuningparams.Dvbs2);
break;
case IDTV::TunerType::DVBT:
SYSLOG(Logging::Notification, (_T("DTV::StartServiceSearch: manual DVB-T")));
result = m_dtv->StartServiceSearch(search_type, retune,
(uint32_t)start_search.Dvbttuningparams.Frequency.Value(),
GetDvbtBandwidth(start_search.Dvbttuningparams.Bandwidth),
GetDvbtOfdmMode(start_search.Dvbttuningparams.Mode),
start_search.Dvbttuningparams.Dvbt2,
(uint8_t)start_search.Dvbttuningparams.Plpid);
break;
case IDTV::TunerType::DVBC:
SYSLOG(Logging::Notification, (_T("DTV::StartServiceSearch: manual DVB-C")));
result = m_dtv->StartServiceSearch(search_type, retune,
start_search.Dvbctuningparams.Frequency.Value(),
(uint16_t)start_search.Dvbctuningparams.Symbolrate.Value(),
GetDvbcModulation(start_search.Dvbctuningparams.Modulation));
break;
default:
result = Core::ERROR_BAD_REQUEST;
break;
}
}
else
{
SYSLOG(Logging::Notification, (_T("DTV::StartServiceSearch: auto")));
result = m_dtv->StartServiceSearch(tuner_type, search_type, retune);
}
if (result == Core::ERROR_NONE)
{
response = true;
}
}
else
{
result = Core::ERROR_BAD_REQUEST;
}
return(result);
}
uint32_t DTV::FinishServiceSearch(const FinishServiceSearchParamsData& finish_search, Core::JSON::Boolean& response)
{
uint32_t result;
IDTV::TunerType tuner_type = GetTunerType(finish_search.Tunertype);
if (tuner_type != IDTV::TunerType::NONE)
{
result = m_dtv->FinishServiceSearch(tuner_type, (finish_search.Savechanges ? true : false));
response = true;
}
else
{
result = Core::ERROR_BAD_REQUEST;
response = false;
}
return(result);
}
uint32_t DTV::StartPlaying(const StartPlayingParamsData& play_params, Core::JSON::DecSInt32& play_handle)
{
uint32_t result = Core::ERROR_BAD_REQUEST;
bool monitor_only = false;
int32_t decode_path = -1;
if (play_params.Monitoronly.IsSet())
{
monitor_only = play_params.Monitoronly;
SYSLOG(Logging::Notification, (_T("DTV::StartPlaying: monitor=%u"), monitor_only));
}
if (play_params.Dvburi.IsSet())
{
SYSLOG(Logging::Notification, (_T("DTV::StartPlaying: uri=%s"), play_params.Dvburi.Value().c_str()));
result = m_dtv->StartPlaying(play_params.Dvburi.Value(), monitor_only, decode_path);
}
else if (play_params.Lcn.IsSet())
{
SYSLOG(Logging::Notification, (_T("DTV::StartPlaying: lcn=%u"), play_params.Lcn.Value()));
result = m_dtv->StartPlaying(play_params.Lcn.Value(), monitor_only, decode_path);
}
if (result == Core::ERROR_NONE)
{
play_handle = decode_path;
SYSLOG(Logging::Notification, (_T("DTV::StartPlaying: %d"), decode_path));
}
return(result);
}
uint32_t DTV::StopPlaying(Core::JSON::DecSInt32 play_handle)
{
SYSLOG(Logging::Notification, (_T("DTV::StopPlaying: %d"), play_handle.Value()));
return (m_dtv->StopPlaying(play_handle.Value()));
}
Core::JSON::EnumType<ServicetypeType> DTV::GetJsonServiceType(const IDTV::IService::ServiceType type) const
{
Core::JSON::EnumType<ServicetypeType> serv_type;
switch(type)
{
case IDTV::IService::ServiceType::TV:
serv_type = ServicetypeType::TV;
break;
case IDTV::IService::ServiceType::RADIO:
serv_type = ServicetypeType::RADIO;
break;
case IDTV::IService::ServiceType::TELETEXT:
serv_type = ServicetypeType::TELETEXT;
break;
case IDTV::IService::ServiceType::NVOD:
serv_type = ServicetypeType::NVOD;
break;
case IDTV::IService::ServiceType::NVOD_TIMESHIFT:
serv_type = ServicetypeType::NVOD_TIMESHIFT;
break;
case IDTV::IService::ServiceType::MOSAIC:
serv_type = ServicetypeType::MOSAIC;
break;
case IDTV::IService::ServiceType::AVC_RADIO:
serv_type = ServicetypeType::AVC_RADIO;
break;
case IDTV::IService::ServiceType::AVC_MOSAIC:
serv_type = ServicetypeType::AVC_MOSAIC;
break;
case IDTV::IService::ServiceType::DATA:
serv_type = ServicetypeType::DATA;
break;
case IDTV::IService::ServiceType::MPEG2_HD:
serv_type = ServicetypeType::MPEG2_HD;
break;
case IDTV::IService::ServiceType::AVC_SD_TV:
serv_type = ServicetypeType::AVC_SD_TV;
break;
case IDTV::IService::ServiceType::AVC_SD_NVOD_TIMESHIFT:
serv_type = ServicetypeType::AVC_SD_NVOD_TIMESHIFT;
break;
case IDTV::IService::ServiceType::AVC_SD_NVOD:
serv_type = ServicetypeType::AVC_SD_NVOD;
break;
case IDTV::IService::ServiceType::HD_TV:
serv_type = ServicetypeType::HD_TV;
break;
case IDTV::IService::ServiceType::AVC_HD_NVOD_TIMESHIFT:
serv_type = ServicetypeType::AVC_HD_NVOD_TIMESHIFT;
break;
case IDTV::IService::ServiceType::AVC_HD_NVOD:
serv_type = ServicetypeType::AVC_HD_NVOD;
break;
case IDTV::IService::ServiceType::UHD_TV:
serv_type = ServicetypeType::UHD_TV;
break;
default:
serv_type = ServicetypeType::UNKNOWN;
break;
}
return(serv_type);
}
Core::JSON::EnumType<RunningstatusType> DTV::GetJsonRunningStatus(const IDTV::IService::RunState run_state) const
{
Core::JSON::EnumType<RunningstatusType> status;
switch(run_state)
{
case IDTV::IService::RunState::RUN_STATE_NOT_RUNNING:
status = RunningstatusType::NOTRUNNING;
break;
case IDTV::IService::RunState::RUN_STATE_STARTS_SOON:
status = RunningstatusType::STARTSSOON;
break;
case IDTV::IService::RunState::RUN_STATE_PAUSING:
status = RunningstatusType::PAUSING;
break;
case IDTV::IService::RunState::RUN_STATE_RUNNING:
status = RunningstatusType::RUNNING;
break;
case IDTV::IService::RunState::RUN_STATE_OFF_AIR:
status = RunningstatusType::OFFAIR;
break;
case IDTV::IService::RunState::RUN_STATE_UNDEFINED:
default:
status = RunningstatusType::UNDEFINED;
break;
}
return(status);
}
Core::JSON::EnumType<LnbtypeType> DTV::GetJsonLnbType(const IDTV::ILnb::LnbType lnb_type) const
{
Core::JSON::EnumType<LnbtypeType> type;
switch (lnb_type)
{
case IDTV::ILnb::LnbType::SINGLE:
type = LnbtypeType::SINGLE;
break;