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timers.cpp
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#include "timers.h"
#include "exception.h"
#include "tools.h"
// STL headers need to be before VDR tools.h (included by <vdr/plugin.h>)
#include <sstream>
#include <memory>
#include <vdr/plugin.h>
#include <vdr/menu.h>
#include <vdr/svdrp.h>
#include "services.h"
#include "setup.h"
namespace vdrlive {
static char const* const TIMER_DELETE = "DELETE";
static char const* const TIMER_TOGGLE = "TOGGLE";
SortedTimers::SortedTimers() { }
std::string SortedTimers::GetTimerId(cTimer const& timer)
{
return std::string(cToSvConcat(timer.Channel()->GetChannelID(), ':', timer.WeekDays(), ':', timer.Day(), ':', timer.Start(), ':', timer.Stop()) );
}
const cTimer* SortedTimers::GetByTimerId(cSv timerid)
{
std::vector<std::string> parts = StringSplit( timerid, ':' );
if ( parts.size() < 5 ) {
esyslog("live: GetByTimerId: invalid format %.*s", (int)timerid.length(), timerid.data() );
return 0;
}
#ifdef DEBUG_LOCK
dsyslog("live: timers.cpp SortedTimers::GetByTimerId() LOCK_TIMERS_READ");
dsyslog("live: timers.cpp SortedTimers::GetByTimerId() LOCK_CHANNELS_READ");
#endif
LOCK_TIMERS_READ
LOCK_CHANNELS_READ;
const cChannel* channel = Channels->GetByChannelID( tChannelID::FromString( parts[0].c_str() ) );
if ( channel == 0 ) {
esyslog("live: GetByTimerId: no channel %s", parts[0].c_str() );
return 0;
}
try {
int weekdays = parse_int<int>( parts[1] );
time_t day = parse_int<time_t>( parts[2] );
int start = parse_int<int>( parts[3] );
int stop = parse_int<int>( parts[4] );
cMutexLock MutexLock(&m_mutex);
for (const cTimer* timer = Timers->First(); timer; timer = Timers->Next(timer)) {
if ( timer->Channel() == channel &&
( ( weekdays != 0 && timer->WeekDays() == weekdays ) || ( weekdays == 0 && timer->Day() == day ) ) &&
timer->Start() == start && timer->Stop() == stop )
return timer;
}
} catch ( bad_lexical_cast const& ex ) {
esyslog("live: GetByTimer: bad cast");
}
return 0;
}
std::string SortedTimers::EncodeDomId(cSv timerid)
{
cToSvConcat tId("timer_");
size_t enc_begin = ((cSv)tId).length();
tId.append(timerid);
vdrlive::EncodeDomId(tId.begin() + enc_begin, tId.end(), ".-:", "pmc");
return std::string(tId);
}
std::string SortedTimers::DecodeDomId(cSv timerDomId)
{
cSv timerStr("timer_");
cToSvConcat tId(timerDomId.substr(timerStr.length()));
vdrlive::DecodeDomId(tId.begin(), tId.end(), "pmc", ".-:");
return std::string(tId);
}
std::string SortedTimers::GetTimerDays(cTimer const *timer)
{
if (!timer) return "";
std::string currentDay = timer->WeekDays() > 0 ?
*cTimer::PrintDay(0, timer->WeekDays(), false) :
std::string(cToSvDateTime(tr("%A, %x"), timer->Day()));
return currentDay;
}
std::string SortedTimers::GetTimerInfo(cTimer const& timer)
{
std::stringstream info;
info << trVDR("Priority") << ": " << timer.Priority() << std::endl;
info << trVDR("Lifetime") << ": " << timer.Lifetime() << std::endl;
info << trVDR("VPS") << ": " << (timer.HasFlags(tfVps)?trVDR("yes"):trVDR("no")) << std::endl;
if (timer.Aux())
{
cSv epgsearchinfo = partInXmlTag(timer.Aux(), "epgsearch");
if (!epgsearchinfo.empty())
{
cSv searchtimer = partInXmlTag(epgsearchinfo, "searchtimer");
if (!searchtimer.empty())
info << tr("Search timer") << ": " << searchtimer << std::endl;
}
}
if (!timer.Local()) {
info << trVDR("Record on") << ": " << timer.Remote() << std::endl;
}
return info.str();
}
std::string SortedTimers::TvScraperTimerInfo(cTimer const& timer, std::string &recID, std::string &recName) {
if (!timer.Aux()) return "";
cGetAutoTimerReason getAutoTimerReason;
getAutoTimerReason.timer = &timer;
getAutoTimerReason.requestRecording = true;
if (getAutoTimerReason.call(LiveSetup().GetPluginTvscraper()) ) {
if (!getAutoTimerReason.createdByTvscraper) return "";
if (getAutoTimerReason.recording) {
recID = concat("recording_", cToSvXxHash128(getAutoTimerReason.recording->FileName() ));
recName = std::move(getAutoTimerReason.recordingName);
return std::move(getAutoTimerReason.reason);
}
return concat(getAutoTimerReason.reason, " ", getAutoTimerReason.recordingName);
}
// fallback information, if this Tvscraper method is not available
cSv tvScraperInfo = partInXmlTag(timer.Aux(), "tvscraper");
if (tvScraperInfo.empty()) return "";
cSv data = partInXmlTag(tvScraperInfo, "reason");
if (data.empty() ) return "";
return concat(data, " ", partInXmlTag(tvScraperInfo, "causedBy"));
}
bool SortedTimers::Modified()
{
bool modified = false;
// will return != 0 only, if the Timers List has been changed since last read
if (cTimers::GetTimersRead(m_TimersStateKey)) {
modified = true;
m_TimersStateKey.Remove();
}
return modified;
}
TimerManager::TimerManager()
: m_reloadTimers(true)
{
}
void TimerManager::UpdateTimer( int timerId, const char* remote, const char* oldRemote, const tChannelID& channel, cStr builder)
{
dsyslog("live: UpdateTimer() timerId '%d'", timerId);
dsyslog("live: UpdateTimer() remote '%s'", remote);
dsyslog("live: UpdateTimer() oldRemote '%s'", oldRemote);
dsyslog("live: UpdateTimer() channel '%s'", *(channel.ToString()));
dsyslog("live: UpdateTimer() channel '%s'", cToSvConcat(channel).c_str() );
dsyslog("live: UpdateTimer() builder '%s'", builder.c_str());
timerStruct timerData = { .id = timerId, .remote=remote, .oldRemote=oldRemote, .builder=std::string(builder) };
cMutexLock lock( this );
// dsyslog("live: SV: in UpdateTimer");
m_updateTimers.push_back( timerData );
// dsyslog("live: SV: wait for update");
m_updateWait.Wait( *this );
// dsyslog("live: SV: update done");
std::string error = GetError( timerData );
if ( !error.empty() )
throw HtmlError( error );
}
void TimerManager::DelTimer( int timerId, const char* remote )
{
cMutexLock lock( this );
dsyslog("live: DelTimer() timerId '%d'", timerId);
dsyslog("live: DelTimer() remote '%s'", remote);
timerStruct timerData{ .id=timerId, .remote=remote, .oldRemote=remote, .builder=TIMER_DELETE };
m_updateTimers.push_back( timerData );
m_updateWait.Wait( *this );
std::string error = GetError( timerData );
if ( !error.empty() )
throw HtmlError( error );
}
void TimerManager::ToggleTimerActive( int timerId, const char* remote)
{
cMutexLock lock( this );
timerStruct timerData{ .id=timerId, .remote=remote, .oldRemote=remote, .builder=TIMER_TOGGLE };
m_updateTimers.push_back( timerData );
m_updateWait.Wait( *this );
std::string error = GetError( timerData );
if ( !error.empty() )
throw HtmlError( error );
}
void TimerManager::DoPendingWork()
{
if ( m_updateTimers.size() == 0 && !m_timers.Modified() && !m_reloadTimers )
return;
cMutexLock lock( this );
if ( m_updateTimers.size() > 0 ) {
DoUpdateTimers();
}
// dsyslog("live: SV: signaling waiters");
m_updateWait.Broadcast();
}
void TimerManager::DoUpdateTimers()
{
// dsyslog("live: SV: updating timers");
for ( TimerList::iterator timer = m_updateTimers.begin(); timer != m_updateTimers.end(); ++timer ) {
// dsyslog("live: DoUpdateTimers() timerid '%d'", timer->id );
// dsyslog("live: DoUpdateTimers() remote '%s'", timer->remote );
// dsyslog("live: DoUpdateTimers() builder '%s'", timer->builder.c_str() );
if ( timer->id == 0 ) // new timer
DoInsertTimer( *timer );
else if ( timer->builder == TIMER_DELETE ) // delete timer
DoDeleteTimer( *timer );
else if ( timer->builder == TIMER_TOGGLE ) // toggle timer
DoToggleTimer( *timer );
else // update timer
DoUpdateTimer( *timer );
}
m_updateTimers.clear();
}
void TimerManager::DoInsertTimer( timerStruct& timerData )
{
if ( timerData.remote ) { // add remote timer via svdrpsend
dsyslog("live: DoInsertTimer() add remote timer on server '%s'", timerData.remote);
cStringList response;
std::string command = "NEWT ";
command.append(timerData.builder);
dsyslog("live: DoInsertTimer() svdrp command '%s'", command.c_str());
bool svdrpOK = ExecSVDRPCommand(timerData.remote, command.c_str(), &response);
if ( !svdrpOK ) {
esyslog("live: svdrp command on remote server %s failed", timerData.remote);
}
else {
for (int i = 0; i < response.Size(); i++) {
int code = SVDRPCode(response[i]);
if (code != 250) {
esyslog("live: DoInsertTimer() svdrp failed, response: %s", response[i]);
svdrpOK = false;
}
}
if ( svdrpOK ) {
isyslog("live: remote timer '%s' on server '%s' added", timerData.builder.c_str(), timerData.remote);
}
else {
dsyslog("live: TimerManager::DoInsertTimer(): error in settings for remote timer");
StoreError(timerData, tr("Error in timer settings"));
}
}
response.Clear();
}
else { // add local timer
std::unique_ptr<cTimer> newTimer( new cTimer );
if ( !newTimer->Parse( timerData.builder.c_str() ) ) {
dsyslog("live: TimerManager::DoInsertTimer(): error in settings for local timer");
StoreError( timerData, tr("Error in timer settings") );
return;
}
dsyslog("live: DoInsertTimer() add local timer");
#ifdef DEBUG_LOCK
dsyslog("live: timers.cpp TimerManager::DoInsertTimer() LOCK_TIMERS_WRITE");
#endif
LOCK_TIMERS_WRITE;
Timers->SetExplicitModify();
const cTimer *checkTimer = Timers->GetTimer( newTimer.get() );
if ( checkTimer ) {
StoreError( timerData, tr("Timer already defined") );
return;
}
Timers->Add( newTimer.get() );
Timers->SetModified();
isyslog( "live: local timer %s added", *newTimer->ToDescr() );
newTimer.release();
}
}
void TimerManager::DoUpdateTimer( timerStruct& timerData )
{
dsyslog("live: DoUpdateTimer() timerid '%d'", timerData.id );
dsyslog("live: DoUpdateTimer() remote '%s'", timerData.remote );
dsyslog("live: DoUpdateTimer() oldRemote '%s'", timerData.oldRemote );
dsyslog("live: DoUpdateTimer() builder '%s'", timerData.builder.c_str() );
if ( timerData.remote && timerData.oldRemote ) { // old and new are remote
if ( timerData.remote == timerData.oldRemote ) { // timer stays on the same remote server
dsyslog("live: DoUptimer() update timer on remote server '%s'", timerData.remote);
cStringList response;
std::string command = "MODT ";
command.append(cToSvInt(timerData.id));
command.append(" ");
command.append(timerData.builder);
dsyslog("live: DoUpdateTimer() svdrp command '%s'", command.c_str());
bool svdrpOK = ExecSVDRPCommand(timerData.remote, command.c_str(), &response);
if ( !svdrpOK ) {
esyslog("live: svdr command on remote server %s failed", timerData.remote);
}
else {
bool responseOK = true;
for (int i = 0; i < response.Size(); i++) {
int code = SVDRPCode(response[i]);
if (code != 250) {
esyslog("live: DoInsertTimer() svdrp response: %s", response[i]);
responseOK = false;
}
}
if ( responseOK ) {
isyslog("live: remote timer '%s' on server '%s' updated", command.c_str(), timerData.remote);
}
else {
StoreError(timerData, tr("Error in timer settings"));
}
}
response.Clear();
}
else { // timer moves from one remote server to another
isyslog("live: DoUptimer() move timer from remote server '%s' to remote server '%s'", timerData.oldRemote, timerData.remote);
timerStruct timerDataMove = { .id = timerData.id, .remote=timerData.oldRemote, .oldRemote=timerData.oldRemote, .builder=timerData.builder};
DoDeleteTimer( timerDataMove );
timerDataMove = { .id = timerData.id, .remote=timerData.remote, .oldRemote=timerData.remote, .builder=timerData.builder};
DoInsertTimer( timerDataMove );
}
}
else if ( timerData.remote && !timerData.oldRemote ) { // move timer from local to remote
dsyslog("live: DoUpdateTimer() move timer from local to remote server");
timerStruct timerDataMove = { .id = timerData.id, .remote=NULL, .oldRemote=NULL, .builder=timerData.builder};
DoDeleteTimer( timerDataMove );
timerDataMove = { .id = timerData.id, .remote=timerData.remote, .oldRemote=timerData.remote, .builder=timerData.builder};
DoInsertTimer( timerDataMove );
}
else if ( !timerData.remote && timerData.oldRemote ) { // move timer from remote to local
dsyslog("live: DoUpdateTimer() move timer from remote server to local");
timerStruct timerDataMove = { .id = timerData.id, .remote=timerData.oldRemote, .oldRemote=timerData.oldRemote, .builder=timerData.builder};
DoDeleteTimer( timerDataMove );
timerDataMove = { .id = timerData.id, .remote=NULL, .oldRemote=NULL, .builder=timerData.builder};
DoInsertTimer( timerDataMove );
}
else { // old and new are local
dsyslog("live: DoUpdateTimer() old and new timer are local");
#ifdef DEBUG_LOCK
dsyslog("live: timers.cpp TimerManager::DoUpdateTimer() LOCK_TIMERS_WRITE");
#endif
LOCK_TIMERS_WRITE;
Timers->SetExplicitModify();
cTimer* oldTimer = Timers->GetById( timerData.id, timerData.oldRemote );
dsyslog("live: DoUpdateTimer() change local timer '%s'", *oldTimer->ToDescr());
if ( oldTimer == 0 ) {
StoreError( timerData, tr("Timer not defined") );
return;
}
cTimer copy = *oldTimer;
dsyslog("live: old timer flags: %u", copy.Flags());
if ( !copy.Parse( timerData.builder.c_str() ) ) {
StoreError( timerData, tr("Error in timer settings") );
return;
}
if (oldTimer->HasFlags(tfRecording)) copy.SetFlags(tfRecording); // changed a running recording, restore flag "tfRecording"
#ifdef TFEVENT
if (oldTimer->HasFlags(tfEvent) && oldTimer->Start() == copy.Start() && oldTimer->Stop() == copy.Stop() ) copy.SetFlags(tfEvent);
#endif
dsyslog("live: new timer flags: %u", copy.Flags());
*oldTimer = copy;
Timers->SetModified();
isyslog("live: local timer %s modified (%s)", *oldTimer->ToDescr(), oldTimer->HasFlags(tfActive) ? "active" : "inactive");
}
}
void TimerManager::DoDeleteTimer( timerStruct& timerData )
{
dsyslog("live: DoDeleteTimer() timerid '%d'", timerData.id );
dsyslog("live: DoDeleteTimer() remote '%s'", timerData.remote );
dsyslog("live: DoDeleteTimer() builder '%s'", timerData.builder.c_str() );
if ( timerData.remote ) { // delete remote timer via svdrpsend
dsyslog("live: DoDeleteTimer() delete remote timer id '%d' from server '%s'", timerData.id, timerData.remote);
cStringList response;
std::string command = "DELT ";
command.append(cToSvInt(timerData.id));
bool svdrpOK = ExecSVDRPCommand(timerData.remote, command.c_str(), &response);
if ( !svdrpOK ) {
esyslog( "live: delete remote timer id %d failed", timerData.id);
}
else {
for (int i = 0; i < response.Size(); i++) {
int code = SVDRPCode(response[i]);
if (code != 250) {
esyslog("live: DoDeleteTimer() svdrp failed, response: %s", response[i]);
svdrpOK = false;
}
}
if ( svdrpOK ) {
isyslog("live: remote timer '%s' on server '%s' deleted", command.c_str(), timerData.remote);
}
else {
StoreError(timerData, tr("Error in timer settings"));
}
}
response.Clear();
}
else { // delete local timer
dsyslog("live: DoDeleteTimer() delete local timer id '%d'", timerData.id);
#ifdef DEBUG_LOCK
dsyslog("live: timers.cpp TimerManager::DoDeleteTimer() LOCK_TIMERS_WRITE");
#endif
LOCK_TIMERS_WRITE;
Timers->SetExplicitModify();
cTimer* oldTimer = Timers->GetById( timerData.id, timerData.remote );
if ( oldTimer == 0 ) {
StoreError( timerData, tr("Timer not defined") );
return;
}
cTimer copy = *oldTimer;
if ( oldTimer->Recording() ) {
oldTimer->Skip();
cRecordControls::Process( Timers, time( 0 ) );
}
Timers->Del( oldTimer );
Timers->SetModified();
isyslog("live: local timer %s deleted", *copy.ToDescr());
}
}
void TimerManager::DoToggleTimer( timerStruct& timerData )
{
if ( timerData.remote ) { // toggle remote timer via svdrpsend
#ifdef DEBUG_LOCK
dsyslog("live: timers.cpp TimerManager::DoToggleTimer() LOCK_TIMERS_READ");
#endif
LOCK_TIMERS_READ;
const cTimer* toggleTimer = Timers->GetById( timerData.id, timerData.remote );
std::string command = "MODT ";
command.append(cToSvInt(timerData.id));
if (toggleTimer->HasFlags(tfActive)) {
dsyslog("live: DoToggleTimer() timer is active");
command.append(" off");
}
else {
dsyslog("live: DoToggleTimer() timer is not active");
command.append(" on");
}
cStringList response;
dsyslog("live: DoToggleTimer svdrp command '%s'", command.c_str());
bool svdrpOK = ExecSVDRPCommand(timerData.remote, command.c_str(), &response);
if ( !svdrpOK ) {
esyslog("live: svdr command on remote server %s failed", timerData.remote);
}
else {
for (int i = 0; i < response.Size(); i++) {
int code = SVDRPCode(response[i]);
if (code != 250) {
esyslog("live: DoToggleTimer() svdrp failed, response: %s", response[i]);
svdrpOK = false;
}
}
if ( svdrpOK ) {
isyslog("live: remote timer '%s' on server '%s' toggled", command.c_str(), timerData.remote);
}
else {
StoreError(timerData, tr("Error in timer settings"));
}
}
response.Clear();
}
else { // toggle local timer
#if VDRVERSNUM < 20301
if ( Timers.BeingEdited() ) {
StoreError( timerData, tr("Timers are being edited - try again later") );
return;
}
#endif
#if VDRVERSNUM >= 20301
#ifdef DEBUG_LOCK
dsyslog("live: timers.cpp TimerManager::DoToggleTimer() LOCK_TIMERS_WRITE");
#endif
LOCK_TIMERS_WRITE;
Timers->SetExplicitModify();
cTimer* toggleTimer = Timers->GetById( timerData.id, timerData.remote );
#else
cTimer* toggleTimer = Timers.GetTimer( const_cast<cTimer*>(timerData.first) );
#endif
if ( toggleTimer == 0 ) {
StoreError( timerData, tr("Timer not defined") );
return;
}
#if VDRVERSNUM >= 20301
toggleTimer->OnOff();
Timers->SetModified();
#else
toggleTimer->OnOff();
Timers.SetModified();
#endif
isyslog("live: timer %s toggled %s", *toggleTimer->ToDescr(), toggleTimer->HasFlags(tfActive) ? "on" : "off");
}
}
void TimerManager::StoreError( timerStruct const& timerData, std::string const& error )
{
m_failedUpdates.push_back( ErrorPair( timerData, error ) );
}
std::string TimerManager::GetError( timerStruct const& timerData )
{
for ( ErrorList::iterator error = m_failedUpdates.begin(); error != m_failedUpdates.end(); ++error ) {
if ( error->first.id == timerData.id &&
error->first.remote == timerData.remote &&
error->first.oldRemote == timerData.oldRemote &&
error->first.builder == timerData.builder ) {
std::string message = error->second;
m_failedUpdates.erase( error );
return message;
}
}
return "";
}
const cTimer* TimerManager::GetTimer(const cEvent *event, const cChannel *channel)
{
if (!channel) {
tChannelID channelid = event->ChannelID();
if (channelid == tChannelID() ) return nullptr;
{
#ifdef DEBUG_LOCK
dsyslog("live: timers.cpp TimerManager::GetTimer() LOCK_CHANNELS_READ");
#endif
LOCK_CHANNELS_READ;
channel = Channels->GetByChannelID(channelid);
}
}
if (!channel) return nullptr;
cMutexLock timersLock( &LiveTimerManager() );
#ifdef DEBUG_LOCK
dsyslog("live: timers.cpp TimerManager::GetTimer() LOCK_TIMERS_READ");
#endif
LOCK_TIMERS_READ;
for (const cTimer* timer = Timers->First(); timer; timer = Timers->Next(timer)) {
if (timer->Channel() == channel && (timer->Event() == event || timer->Matches(event) == tmFull))
return timer;
}
return nullptr;
}
const cTimer* TimerManager::GetTimer(tEventID eventid, tChannelID channelid)
{
const cSchedule *schedule;
{
LOCK_SCHEDULES_READ;
schedule = Schedules->GetSchedule(channelid);
}
if (!schedule) return nullptr;
#if APIVERSNUM >= 20502
const cEvent *event = schedule->GetEventById(eventid);
#else
const cEvent *event = schedule->GetEvent(eventid);
#endif
if (!event) return nullptr;
return GetTimer(event);
}
TimerManager& LiveTimerManager()
{
static TimerManager instance;
return instance;
}
} // namespace vdrlive