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Timers.cpp
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Timers.cpp
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#include "Timers.h"
#include <cstdlib>
#include <algorithm>
#include <regex>
#include "../client.h"
#include "../Enigma2.h"
#include "utilities/LocalizedString.h"
#include "utilities/Logger.h"
#include "utilities/UpdateState.h"
#include "utilities/WebUtils.h"
#include "inttypes.h"
#include "util/XMLUtils.h"
#include "p8-platform/util/StringUtils.h"
using namespace ADDON;
using namespace enigma2;
using namespace enigma2::data;
using namespace enigma2::utilities;
template <typename T>
T *Timers::GetTimer(std::function<bool (const T&)> func,
std::vector<T> &timerlist)
{
for (auto &timer : timerlist)
{
if (func(timer))
return &timer;
}
return nullptr;
}
std::vector<Timer> Timers::LoadTimers() const
{
std::vector<Timer> timers;
const std::string url = StringUtils::Format("%s%s", m_settings.GetConnectionURL().c_str(), "web/timerlist");
const std::string strXML = WebUtils::GetHttpXML(url);
TiXmlDocument xmlDoc;
if (!xmlDoc.Parse(strXML.c_str()))
{
Logger::Log(LEVEL_ERROR, "%s Unable to parse XML: %s at line %d", __FUNCTION__, xmlDoc.ErrorDesc(), xmlDoc.ErrorRow());
return timers;
}
TiXmlHandle hDoc(&xmlDoc);
TiXmlElement* pElem = hDoc.FirstChildElement("e2timerlist").Element();
if (!pElem)
{
Logger::Log(LEVEL_ERROR, "%s Could not find <e2timerlist> element!", __FUNCTION__);
return timers;
}
TiXmlHandle hRoot = TiXmlHandle(pElem);
TiXmlElement* pNode = hRoot.FirstChildElement("e2timer").Element();
if (!pNode)
{
Logger::Log(LEVEL_ERROR, "%s Could not find <e2timer> element", __FUNCTION__);
return timers;
}
for (; pNode != nullptr; pNode = pNode->NextSiblingElement("e2timer"))
{
Timer newTimer;
if (!newTimer.UpdateFrom(pNode, m_channels))
continue;
if (m_entryExtractor.IsEnabled())
m_entryExtractor.ExtractFromEntry(newTimer);
timers.emplace_back(newTimer);
if ((newTimer.GetType() == Timer::MANUAL_REPEATING || newTimer.GetType() == Timer::EPG_REPEATING)
&& m_settings.GetGenRepeatTimersEnabled() && m_settings.GetNumGenRepeatTimers() > 0)
{
GenerateChildManualRepeatingTimers(&timers, &newTimer);
}
Logger::Log(LEVEL_INFO, "%s fetched Timer entry '%s', begin '%d', end '%d', start padding mins '%u', end padding mins '%u'",
__FUNCTION__, newTimer.GetTitle().c_str(), newTimer.GetStartTime(), newTimer.GetEndTime(), newTimer.GetPaddingStartMins(), newTimer.GetPaddingEndMins());
}
Logger::Log(LEVEL_INFO, "%s fetched %u Timer Entries", __FUNCTION__, timers.size());
return timers;
}
void Timers::GenerateChildManualRepeatingTimers(std::vector<Timer> *timers, Timer *timer) const
{
int genTimerCount = 0;
int weekdays = timer->GetWeekdays();
const time_t ONE_DAY = 24 * 60 * 60 ;
if (m_settings.GetNumGenRepeatTimers() && weekdays != PVR_WEEKDAY_NONE)
{
time_t nextStartTime = timer->GetStartTime();
time_t nextEndTime = timer->GetEndTime();
for (int i = 0; i < m_settings.GetNumGenRepeatTimers(); i++)
{
//Even if one day a week the max we can hit is 3 weeks
for (int i = 0; i < DAYS_IN_WEEK; i++)
{
std::tm nextTimeInfo = *std::localtime(&nextStartTime);
// Get the weekday and convert to PVR day of week
int pvrWeekday = nextTimeInfo.tm_wday - 1;
if (pvrWeekday < 0)
pvrWeekday = 6;
if (timer->GetWeekdays() & (1 << pvrWeekday))
{
//Create a timer
Timer newTimer;
newTimer.SetType(Timer::READONLY_REPEATING_ONCE);
newTimer.SetTitle(timer->GetTitle());
newTimer.SetChannelId(timer->GetChannelId());
newTimer.SetChannelName(timer->GetChannelName());
newTimer.SetStartTime(nextStartTime);
newTimer.SetEndTime(nextEndTime);
newTimer.SetPlot(timer->GetPlot());
newTimer.SetWeekdays(0);
newTimer.SetState(PVR_TIMER_STATE_NEW);
newTimer.SetEpgId(timer->GetEpgId());
newTimer.SetPaddingStartMins(timer->GetPaddingStartMins());
newTimer.SetPaddingEndMins(timer->GetPaddingEndMins());
time_t now = std::time(nullptr);
if (now < nextStartTime)
newTimer.SetState(PVR_TIMER_STATE_SCHEDULED);
else if (nextStartTime <= now && now <= nextEndTime)
newTimer.SetState(PVR_TIMER_STATE_RECORDING);
else
newTimer.SetState(PVR_TIMER_STATE_COMPLETED);
timers->emplace_back(newTimer);
genTimerCount++;
if (genTimerCount >= m_settings.GetNumGenRepeatTimers())
break;
}
nextStartTime += ONE_DAY;
nextEndTime += ONE_DAY;
}
if (genTimerCount >= m_settings.GetNumGenRepeatTimers())
break;
}
}
}
std::string Timers::ConvertToAutoTimerTag(std::string tag)
{
std::regex regex(" ");
std::string replaceWith = "_";
return regex_replace(tag, regex, replaceWith);
}
std::vector<AutoTimer> Timers::LoadAutoTimers() const
{
std::vector<AutoTimer> autoTimers;
const std::string url = StringUtils::Format("%s%s", m_settings.GetConnectionURL().c_str(), "autotimer");
const std::string strXML = WebUtils::GetHttpXML(url);
TiXmlDocument xmlDoc;
if (!xmlDoc.Parse(strXML.c_str()))
{
Logger::Log(LEVEL_ERROR, "%s Unable to parse XML: %s at line %d", __FUNCTION__, xmlDoc.ErrorDesc(), xmlDoc.ErrorRow());
return autoTimers;
}
TiXmlHandle hDoc(&xmlDoc);
TiXmlElement* pElem = hDoc.FirstChildElement("autotimer").Element();
if (!pElem)
{
Logger::Log(LEVEL_ERROR, "%s Could not find <autotimer> element!", __FUNCTION__);
return autoTimers;
}
TiXmlHandle hRoot = TiXmlHandle(pElem);
TiXmlElement* pNode = hRoot.FirstChildElement("timer").Element();
if (!pNode)
{
Logger::Log(LEVEL_ERROR, "%s Could not find <timer> element", __FUNCTION__);
return autoTimers;
}
for (; pNode != nullptr; pNode = pNode->NextSiblingElement("timer"))
{
AutoTimer newAutoTimer;
if (!newAutoTimer.UpdateFrom(pNode, m_channels))
continue;
autoTimers.emplace_back(newAutoTimer);
Logger::Log(LEVEL_INFO, "%s fetched AutoTimer entry '%s', begin '%d', end '%d'", __FUNCTION__, newAutoTimer.GetTitle().c_str(), newAutoTimer.GetStartTime(), newAutoTimer.GetEndTime());
}
Logger::Log(LEVEL_INFO, "%s fetched %u AutoTimer Entries", __FUNCTION__, autoTimers.size());
return autoTimers;
}
bool Timers::IsAutoTimer(const PVR_TIMER &timer) const
{
return timer.iTimerType == Timer::Type::EPG_AUTO_SEARCH;
}
void Timers::GetTimerTypes(std::vector<PVR_TIMER_TYPE> &types) const
{
struct TimerType
: PVR_TIMER_TYPE
{
TimerType(unsigned int id, unsigned int attributes,
const std::string &description = std::string(),
const std::vector<std::pair<int, std::string>> &groupValues
= std::vector<std::pair<int, std::string>>(),
const std::vector<std::pair<int, std::string>> &deDupValues
= std::vector<std::pair<int, std::string>>(),
int preventDuplicateEpisodesDefault
= AutoTimer::DeDup::DISABLED)
{
int i;
memset(this, 0, sizeof(PVR_TIMER_TYPE));
iId = id;
iAttributes = attributes;
strncpy(strDescription, description.c_str(), sizeof(strDescription) - 1);
if ((iRecordingGroupSize = groupValues.size()))
iRecordingGroupDefault = groupValues[0].first;
i = 0;
for (const auto &group : groupValues)
{
recordingGroup[i].iValue = group.first;
strncpy(recordingGroup[i].strDescription, group.second.c_str(), sizeof(recordingGroup[i].strDescription) - 1);
i++;
}
if ((iPreventDuplicateEpisodesSize = deDupValues.size()))
iPreventDuplicateEpisodesDefault = preventDuplicateEpisodesDefault;
i = 0;
for (const auto &deDup : deDupValues)
{
preventDuplicateEpisodes[i].iValue = deDup.first;
strncpy(preventDuplicateEpisodes[i].strDescription, deDup.second.c_str(), sizeof(preventDuplicateEpisodes[i].strDescription) - 1);
i++;
}
}
};
/* PVR_Timer.iRecordingGroup values and presentation.*/
std::vector<std::pair<int, std::string>> groupValues = {
{ 0, LocalizedString(30410) }, //automatic
};
for (const auto &recf : m_locations)
groupValues.emplace_back(groupValues.size(), recf);
/* One-shot manual (time and channel based) */
TimerType* t = new TimerType(
Timer::Type::MANUAL_ONCE,
PVR_TIMER_TYPE_IS_MANUAL |
PVR_TIMER_TYPE_SUPPORTS_ENABLE_DISABLE |
PVR_TIMER_TYPE_SUPPORTS_CHANNELS |
PVR_TIMER_TYPE_SUPPORTS_START_TIME |
PVR_TIMER_TYPE_SUPPORTS_END_TIME |
PVR_TIMER_TYPE_SUPPORTS_START_END_MARGIN |
PVR_TIMER_TYPE_SUPPORTS_RECORDING_GROUP |
PVR_TIMER_TYPE_FORBIDS_EPG_TAG_ON_CREATE,
LocalizedString(30422), // Once off time/channel based
groupValues);
types.emplace_back(*t);
delete t;
/* One-shot generated by manual repeating timer - note these are completely read only and cannot be edited */
t = new TimerType(
Timer::Type::READONLY_REPEATING_ONCE,
PVR_TIMER_TYPE_IS_MANUAL |
PVR_TIMER_TYPE_FORBIDS_NEW_INSTANCES |
PVR_TIMER_TYPE_IS_READONLY |
PVR_TIMER_TYPE_SUPPORTS_CHANNELS |
PVR_TIMER_TYPE_SUPPORTS_START_TIME |
PVR_TIMER_TYPE_SUPPORTS_END_TIME |
PVR_TIMER_TYPE_SUPPORTS_START_END_MARGIN |
PVR_TIMER_TYPE_SUPPORTS_RECORDING_GROUP,
LocalizedString(30421), // Once off timer (set by repeating time/channel based rule)
groupValues);
types.emplace_back(*t);
delete t;
/* Repeating manual (time and channel based) */
t = new TimerType(
Timer::Type::MANUAL_REPEATING,
PVR_TIMER_TYPE_IS_MANUAL |
PVR_TIMER_TYPE_IS_REPEATING |
PVR_TIMER_TYPE_SUPPORTS_ENABLE_DISABLE |
PVR_TIMER_TYPE_SUPPORTS_CHANNELS |
PVR_TIMER_TYPE_SUPPORTS_START_TIME |
PVR_TIMER_TYPE_SUPPORTS_END_TIME |
PVR_TIMER_TYPE_SUPPORTS_WEEKDAYS |
PVR_TIMER_TYPE_SUPPORTS_START_END_MARGIN |
PVR_TIMER_TYPE_SUPPORTS_RECORDING_GROUP |
PVR_TIMER_TYPE_FORBIDS_EPG_TAG_ON_CREATE,
LocalizedString(30423), // Repeating time/channel based
groupValues);
types.emplace_back(*t);
delete t;
/* One-shot epg based */
t = new TimerType(
Timer::Type::EPG_ONCE,
PVR_TIMER_TYPE_SUPPORTS_ENABLE_DISABLE |
PVR_TIMER_TYPE_SUPPORTS_CHANNELS |
PVR_TIMER_TYPE_SUPPORTS_START_TIME |
PVR_TIMER_TYPE_SUPPORTS_END_TIME |
PVR_TIMER_TYPE_SUPPORTS_START_END_MARGIN |
PVR_TIMER_TYPE_REQUIRES_EPG_TAG_ON_CREATE,
LocalizedString(30424)); // One time guide-based
types.emplace_back(*t);
delete t;
if (!Settings::GetInstance().SupportsAutoTimers() || !m_settings.GetAutoTimersEnabled())
{
// Allow this type of timer to be created from kodi if autotimers are not available
// as otherwise there is no way to create a repeating EPG timer rule
/* Repeating epg based */
t = new TimerType(
Timer::Type::EPG_REPEATING,
PVR_TIMER_TYPE_IS_REPEATING |
PVR_TIMER_TYPE_SUPPORTS_ENABLE_DISABLE |
PVR_TIMER_TYPE_SUPPORTS_CHANNELS |
PVR_TIMER_TYPE_SUPPORTS_START_TIME |
PVR_TIMER_TYPE_SUPPORTS_END_TIME |
PVR_TIMER_TYPE_SUPPORTS_WEEKDAYS,
LocalizedString(30425)); // Repeating guide-based
types.emplace_back(*t);
delete t;
}
else
{
// This type can only be created on the Enigma2 device (i.e. not via kodi PVR) if autotimers are used.
// In this case this type is superflous and just clutters the UI on creation.
/* Repeating epg based */
t = new TimerType(
Timer::Type::EPG_REPEATING,
PVR_TIMER_TYPE_IS_REPEATING |
PVR_TIMER_TYPE_FORBIDS_NEW_INSTANCES |
PVR_TIMER_TYPE_SUPPORTS_ENABLE_DISABLE |
PVR_TIMER_TYPE_SUPPORTS_CHANNELS |
PVR_TIMER_TYPE_SUPPORTS_START_TIME |
PVR_TIMER_TYPE_SUPPORTS_END_TIME |
PVR_TIMER_TYPE_SUPPORTS_WEEKDAYS,
LocalizedString(30425)); // Repeating guide-based
types.emplace_back(*t);
delete t;
/* PVR_Timer.iPreventDuplicateEpisodes values and presentation.*/
static std::vector<std::pair<int, std::string>> deDupValues =
{
{ AutoTimer::DeDup::DISABLED, LocalizedString(30430) },
{ AutoTimer::DeDup::CHECK_TITLE, LocalizedString(30431) },
{ AutoTimer::DeDup::CHECK_TITLE_AND_SHORT_DESC, LocalizedString(30432) },
{ AutoTimer::DeDup::CHECK_TITLE_AND_ALL_DESCS, LocalizedString(30433) },
};
/* epg auto search */
t = new TimerType(
Timer::Type::EPG_AUTO_SEARCH,
PVR_TIMER_TYPE_IS_REPEATING |
PVR_TIMER_TYPE_SUPPORTS_ENABLE_DISABLE |
PVR_TIMER_TYPE_SUPPORTS_CHANNELS |
PVR_TIMER_TYPE_SUPPORTS_ANY_CHANNEL |
PVR_TIMER_TYPE_SUPPORTS_START_TIME |
PVR_TIMER_TYPE_SUPPORTS_END_TIME |
PVR_TIMER_TYPE_SUPPORTS_START_ANYTIME |
PVR_TIMER_TYPE_SUPPORTS_END_ANYTIME |
PVR_TIMER_TYPE_SUPPORTS_WEEKDAYS |
PVR_TIMER_TYPE_SUPPORTS_TITLE_EPG_MATCH |
PVR_TIMER_TYPE_SUPPORTS_FULLTEXT_EPG_MATCH |
PVR_TIMER_TYPE_SUPPORTS_RECORDING_GROUP |
PVR_TIMER_TYPE_SUPPORTS_RECORD_ONLY_NEW_EPISODES |
PVR_TIMER_TYPE_REQUIRES_EPG_TAG_ON_CREATE,
LocalizedString(30426), // Auto guide-based
groupValues, deDupValues, AutoTimer::DeDup::CHECK_TITLE_AND_ALL_DESCS);
types.emplace_back(*t);
delete t;
/* One-shot created by epg auto search */
t = new TimerType(
Timer::Type::EPG_AUTO_ONCE,
PVR_TIMER_TYPE_IS_MANUAL |
PVR_TIMER_TYPE_FORBIDS_NEW_INSTANCES |
PVR_TIMER_TYPE_IS_READONLY |
PVR_TIMER_TYPE_SUPPORTS_READONLY_DELETE |
PVR_TIMER_TYPE_SUPPORTS_ENABLE_DISABLE |
PVR_TIMER_TYPE_SUPPORTS_CHANNELS |
PVR_TIMER_TYPE_SUPPORTS_START_TIME |
PVR_TIMER_TYPE_SUPPORTS_END_TIME |
PVR_TIMER_TYPE_SUPPORTS_START_END_MARGIN |
PVR_TIMER_TYPE_SUPPORTS_RECORDING_GROUP |
PVR_TIMER_TYPE_REQUIRES_EPG_TAG_ON_CREATE,
LocalizedString(30420), // Once off timer (set by auto guide-based rule)
groupValues);
types.emplace_back(*t);
delete t;
}
}
int Timers::GetTimerCount() const
{
return m_timers.size();
}
int Timers::GetAutoTimerCount() const
{
return m_autotimers.size();
}
void Timers::GetTimers(std::vector<PVR_TIMER> &timers) const
{
for (const auto& timer : m_timers)
{
Logger::Log(LEVEL_DEBUG, "%s - Transfer timer '%s', ClientIndex '%d'", __FUNCTION__, timer.GetTitle().c_str(), timer.GetClientIndex());
PVR_TIMER tag = {0};
timer.UpdateTo(tag);
timers.emplace_back(tag);
}
}
void Timers::GetAutoTimers(std::vector<PVR_TIMER> &timers) const
{
for (const auto& autoTimer : m_autotimers)
{
Logger::Log(LEVEL_DEBUG, "%s - Transfer timer '%s', ClientIndex '%d'", __FUNCTION__, autoTimer.GetTitle().c_str(), autoTimer.GetClientIndex());
PVR_TIMER tag = {0};
autoTimer.UpdateTo(tag);
timers.emplace_back(tag);
}
}
Timer *Timers::GetTimer(std::function<bool (const Timer&)> func)
{
return GetTimer<Timer>(func, m_timers);
}
AutoTimer *Timers::GetAutoTimer(std::function<bool (const AutoTimer&)> func)
{
return GetTimer<AutoTimer>(func, m_autotimers);
}
PVR_ERROR Timers::AddTimer(const PVR_TIMER &timer)
{
if (IsAutoTimer(timer))
return AddAutoTimer(timer);
const std::string serviceReference = m_channels.GetChannel(timer.iClientChannelUid)->GetServiceReference().c_str();
Tags tags;
if (timer.iTimerType == Timer::MANUAL_ONCE || timer.iTimerType == Timer::MANUAL_REPEATING)
tags.AddTag(TAG_FOR_MANUAL_TIMER);
else
tags.AddTag(TAG_FOR_EPG_TIMER);
if (m_channels.GetChannel(timer.iClientChannelUid)->IsRadio())
tags.AddTag(TAG_FOR_CHANNEL_TYPE, VALUE_FOR_CHANNEL_TYPE_RADIO);
else
tags.AddTag(TAG_FOR_CHANNEL_TYPE, VALUE_FOR_CHANNEL_TYPE_TV);
tags.AddTag(TAG_FOR_CHANNEL_REFERENCE, serviceReference, true);
unsigned int startPadding = timer.iMarginStart;
unsigned int endPadding = timer.iMarginEnd;
if (startPadding == 0 && endPadding == 0)
{
startPadding = Settings::GetInstance().GetDeviceSettings()->GetGlobalRecordingStartMargin();
endPadding = Settings::GetInstance().GetDeviceSettings()->GetGlobalRecordingEndMargin();
}
bool alreadyStarted;
time_t startTime, endTime;
if ((timer.startTime - (startPadding * 60)) < std::time(nullptr))
{
alreadyStarted = true;
startTime = std::time(nullptr);
startPadding = 0;
}
else
{
startTime = timer.startTime - (startPadding * 60);
}
endTime = timer.endTime + (endPadding * 60);
endPadding = endPadding;
tags.AddTag(TAG_FOR_PADDING, StringUtils::Format("%u,%u", startPadding, endPadding));
std::string title = timer.strTitle;
std::string description = timer.strSummary;
unsigned int epgUid = timer.iEpgUid;
bool foundEntry = false;
if (Settings::GetInstance().IsOpenWebIf() &&
(timer.iTimerType == Timer::EPG_ONCE || timer.iTimerType == Timer::MANUAL_ONCE))
{
// We try to find the EPG Entry and use it's details
EpgPartialEntry partialEntry = m_epg.LoadEPGEntryPartialDetails(serviceReference, timer.startTime);
if (partialEntry.EntryFound())
{
foundEntry = true;
/* Note that plot (long desc) is automatically written to a timer entry by the backend
therefore we only need to send outline as description to preserve both.
Once a timer completes, long description will be cleared so if description
is not populated we set it to the value of long description
*/
title = partialEntry.GetTitle();
description = partialEntry.GetPlotOutline();
epgUid = partialEntry.GetEpgUid();
// Very important for providers that only use the plot field.
if (description.empty())
description = partialEntry.GetPlot();
tags.AddTag(TAG_FOR_GENRE_ID, StringUtils::Format("0x%02X", partialEntry.GetGenreType() | partialEntry.GetGenreSubType()));
}
}
if (!foundEntry)
tags.AddTag(TAG_FOR_GENRE_ID, StringUtils::Format("0x%02X", timer.iGenreType | timer.iGenreSubType));
std::string strTmp;
if (!m_settings.GetRecordingPath().empty())
strTmp = StringUtils::Format("web/timeradd?sRef=%s&repeated=%d&begin=%d&end=%d&name=%s&description=%s&eit=%d&tags=%s&dirname=&s",
WebUtils::URLEncodeInline(serviceReference).c_str(), timer.iWeekdays, startTime, endTime,
WebUtils::URLEncodeInline(title).c_str(), WebUtils::URLEncodeInline(description).c_str(), epgUid,
WebUtils::URLEncodeInline(tags.GetTags()).c_str(), WebUtils::URLEncodeInline(m_settings.GetRecordingPath()).c_str());
else
strTmp = StringUtils::Format("web/timeradd?sRef=%s&repeated=%d&begin=%d&end=%d&name=%s&description=%s&eit=%d&tags=%s",
WebUtils::URLEncodeInline(serviceReference).c_str(), timer.iWeekdays, startTime, endTime,
WebUtils::URLEncodeInline(title).c_str(), WebUtils::URLEncodeInline(description).c_str(), epgUid,
WebUtils::URLEncodeInline(tags.GetTags()).c_str());
std::string strResult;
if (!WebUtils::SendSimpleCommand(strTmp, strResult))
return PVR_ERROR_SERVER_ERROR;
TimerUpdates();
if (alreadyStarted)
PVR->TriggerRecordingUpdate();
return PVR_ERROR_NO_ERROR;
}
PVR_ERROR Timers::AddAutoTimer(const PVR_TIMER &timer)
{
std::string strTmp = StringUtils::Format("autotimer/edit?");
strTmp += StringUtils::Format("name=%s", WebUtils::URLEncodeInline(timer.strTitle).c_str());
strTmp += StringUtils::Format("&match=%s", WebUtils::URLEncodeInline(timer.strEpgSearchString).c_str());
if (timer.state != PVR_TIMER_STATE_DISABLED)
strTmp += StringUtils::Format("&enabled=%s", WebUtils::URLEncodeInline(AUTOTIMER_ENABLED_YES).c_str());
else
strTmp += StringUtils::Format("&enabled=%s", WebUtils::URLEncodeInline(AUTOTIMER_ENABLED_NO).c_str());
if (!timer.bStartAnyTime)
{
time_t startTime = timer.startTime;
std::tm timeinfo = *std::localtime(&startTime);
strTmp += StringUtils::Format("×panFrom=%02d:%02d", timeinfo.tm_hour, timeinfo.tm_min);
}
if (!timer.bEndAnyTime)
{
time_t endTime = timer.endTime;
std::tm timeinfo = *std::localtime(&endTime);
strTmp += StringUtils::Format("×panTo=%02d:%02d", timeinfo.tm_hour, timeinfo.tm_min);
}
strTmp += StringUtils::Format("&encoding=%s", WebUtils::URLEncodeInline(AUTOTIMER_ENCODING).c_str());
strTmp += StringUtils::Format("&searchCase=%s", WebUtils::URLEncodeInline(AUTOTIMER_SEARCH_CASE_SENSITIVE).c_str());
if (timer.bFullTextEpgSearch)
strTmp += StringUtils::Format("&searchType=%s", WebUtils::URLEncodeInline(AUTOTIMER_SEARCH_TYPE_DESCRIPTION).c_str());
else
strTmp += StringUtils::Format("&searchType=%s", WebUtils::URLEncodeInline(AUTOTIMER_SEARCH_TYPE_EXACT).c_str());
std::underlying_type<AutoTimer::DeDup>::type deDup = static_cast<AutoTimer::DeDup>(timer.iPreventDuplicateEpisodes);
if (deDup == AutoTimer::DeDup::DISABLED)
{
strTmp += StringUtils::Format("&avoidDuplicateDescription=0");
}
else
{
strTmp += StringUtils::Format("&avoidDuplicateDescription=%s", AUTOTIMER_AVOID_DUPLICATE_ANY_SERVICE_OR_RECORDING.c_str());
switch (deDup)
{
case AutoTimer::DeDup::CHECK_TITLE:
strTmp += StringUtils::Format("&searchForDuplicateDescription=%s", AUTOTIMER_CHECK_SEARCH_FOR_DUP_IN_TITLE.c_str());
break;
case AutoTimer::DeDup::CHECK_TITLE_AND_SHORT_DESC:
strTmp += StringUtils::Format("&searchForDuplicateDescription=%s", AUTOTIMER_CHECK_SEARCH_FOR_DUP_IN_TITLE_AND_SHORT_DESC.c_str());
break;
case AutoTimer::DeDup::CHECK_TITLE_AND_ALL_DESCS:
strTmp += StringUtils::Format("&searchForDuplicateDescription=%s", AUTOTIMER_CHECK_SEARCH_FOR_DUP_IN_TITLE_AND_ALL_DESCS.c_str());
break;
}
}
if (timer.iClientChannelUid != PVR_TIMER_ANY_CHANNEL)
{
const std::string serviceReference = m_channels.GetChannel(timer.iClientChannelUid)->GetServiceReference();
//single channel
strTmp += StringUtils::Format("&services=%s", WebUtils::URLEncodeInline(serviceReference).c_str());
if (m_channels.GetChannel(timer.iClientChannelUid)->IsRadio())
strTmp += StringUtils::Format("&tag=%s", WebUtils::URLEncodeInline(StringUtils::Format("%s=%s", TAG_FOR_CHANNEL_TYPE.c_str(), VALUE_FOR_CHANNEL_TYPE_RADIO.c_str())).c_str());
else
strTmp += StringUtils::Format("&tag=%s", WebUtils::URLEncodeInline(StringUtils::Format("%s=%s", TAG_FOR_CHANNEL_TYPE.c_str(), VALUE_FOR_CHANNEL_TYPE_TV.c_str())).c_str());
std::string tagValue = serviceReference;
std::replace(tagValue.begin(), tagValue.end(), ' ', '_');
strTmp += StringUtils::Format("&tag=%s", WebUtils::URLEncodeInline(StringUtils::Format("%s=%s", TAG_FOR_CHANNEL_REFERENCE.c_str(), tagValue.c_str())).c_str());
}
else
{
const std::string serviceReference = m_epg.FindServiceReference(timer.strTitle, timer.iEpgUid, timer.startTime, timer.endTime);
if (!serviceReference.empty())
{
const auto channel = m_channels.GetChannel(serviceReference);
if (channel)
{
bool isRadio = channel->IsRadio();
if (isRadio)
strTmp += StringUtils::Format("&tag=%s", WebUtils::URLEncodeInline(StringUtils::Format("%s=%s", TAG_FOR_CHANNEL_TYPE.c_str(), VALUE_FOR_CHANNEL_TYPE_RADIO.c_str())).c_str());
else
strTmp += StringUtils::Format("&tag=%s", WebUtils::URLEncodeInline(StringUtils::Format("%s=%s", TAG_FOR_CHANNEL_TYPE.c_str(), VALUE_FOR_CHANNEL_TYPE_TV.c_str())).c_str());
std::string tagValue = serviceReference;
std::replace(tagValue.begin(), tagValue.end(), ' ', '_');
strTmp += StringUtils::Format("&tag=%s", WebUtils::URLEncodeInline(StringUtils::Format("%s=%s", TAG_FOR_CHANNEL_REFERENCE.c_str(), tagValue.c_str())).c_str());
if (!m_settings.UsesLastScannedChannelGroup())
strTmp += BuildAddUpdateAutoTimerLimitGroupsParams(channel);
}
}
strTmp += StringUtils::Format("&tag=%s", WebUtils::URLEncodeInline(StringUtils::Format("%s", TAG_FOR_ANY_CHANNEL.c_str())).c_str());
}
strTmp += StringUtils::Format("&tag=%s", WebUtils::URLEncodeInline(StringUtils::Format("GenreId=0x%02X", timer.iGenreType | timer.iGenreSubType)).c_str());
strTmp += Timers::BuildAddUpdateAutoTimerIncludeParams(timer.iWeekdays);
std::string strResult;
if (!WebUtils::SendSimpleCommand(strTmp, strResult))
return PVR_ERROR_SERVER_ERROR;
if (timer.state == PVR_TIMER_STATE_RECORDING)
PVR->TriggerRecordingUpdate();
TimerUpdates();
return PVR_ERROR_NO_ERROR;
}
PVR_ERROR Timers::UpdateTimer(const PVR_TIMER &timer)
{
if (IsAutoTimer(timer))
return UpdateAutoTimer(timer);
Logger::Log(LEVEL_DEBUG, "%s timer channelid '%d'", __FUNCTION__, timer.iClientChannelUid);
const std::string strServiceReference = m_channels.GetChannel(timer.iClientChannelUid)->GetServiceReference().c_str();
const auto it = std::find_if(m_timers.cbegin(), m_timers.cend(), [&timer](const Timer& myTimer)
{
return myTimer.GetClientIndex() == timer.iClientIndex;
});
if (it != m_timers.cend())
{
Timer oldTimer = *it;
Logger::Log(LEVEL_DEBUG, "%s old timer channelid '%d'", __FUNCTION__, oldTimer.GetChannelId());
Tags tags(oldTimer.GetTags());
tags.AddTag(TAG_FOR_CHANNEL_REFERENCE, strServiceReference, true);
int iDisabled = 0;
if (timer.state == PVR_TIMER_STATE_DISABLED)
iDisabled = 1;
unsigned int startPadding = timer.iMarginStart;
unsigned int endPadding = timer.iMarginEnd;
if (startPadding == 0 && endPadding == 0)
{
startPadding = Settings::GetInstance().GetDeviceSettings()->GetGlobalRecordingStartMargin();
endPadding = Settings::GetInstance().GetDeviceSettings()->GetGlobalRecordingEndMargin();
}
bool alreadyStarted;
time_t startTime, endTime;
if ((timer.startTime - (startPadding * 60)) < std::time(nullptr))
{
alreadyStarted = true;
startTime = std::time(nullptr);
startPadding = 0;
}
else
{
startTime = timer.startTime - (startPadding * 60);
}
endTime = timer.endTime + (endPadding * 60);
endPadding = endPadding;
tags.AddTag(TAG_FOR_PADDING, StringUtils::Format("%u,%u", startPadding, endPadding));
const std::string strTmp = StringUtils::Format("web/timerchange?sRef=%s&begin=%d&end=%d&name=%s&eventID=&description=%s&tags=%s&afterevent=3&eit=0&disabled=%d&justplay=0&repeated=%d&channelOld=%s&beginOld=%d&endOld=%d&deleteOldOnSave=1",
WebUtils::URLEncodeInline(strServiceReference).c_str(), startTime, endTime,
WebUtils::URLEncodeInline(timer.strTitle).c_str(), WebUtils::URLEncodeInline(timer.strSummary).c_str(),
WebUtils::URLEncodeInline(tags.GetTags()).c_str(), iDisabled, timer.iWeekdays,
WebUtils::URLEncodeInline(oldTimer.GetServiceReference()).c_str(), oldTimer.GetRealStartTime(),
oldTimer.GetRealEndTime());
std::string strResult;
if (!WebUtils::SendSimpleCommand(strTmp, strResult))
return PVR_ERROR_SERVER_ERROR;
TimerUpdates();
if (alreadyStarted)
PVR->TriggerRecordingUpdate();
return PVR_ERROR_NO_ERROR;
}
return PVR_ERROR_SERVER_ERROR;
}
std::string Timers::RemovePaddingTag(std::string tag)
{
std::regex regex(" Padding=[0-9]+,[0-9]+ *");
std::string replaceWith = "";
return regex_replace(tag, regex, replaceWith);
}
PVR_ERROR Timers::UpdateAutoTimer(const PVR_TIMER &timer)
{
const auto it = std::find_if(m_autotimers.cbegin(), m_autotimers.cend(), [&timer](const AutoTimer& autoTimer)
{
return autoTimer.GetClientIndex() == timer.iClientIndex;
});
if (it != m_autotimers.cend())
{
AutoTimer timerToUpdate = *it;
std::string strTmp = StringUtils::Format("autotimer/edit?id=%d", timerToUpdate.GetBackendId());
strTmp += StringUtils::Format("&name=%s", WebUtils::URLEncodeInline(timer.strTitle).c_str());
strTmp += StringUtils::Format("&match=%s", WebUtils::URLEncodeInline(timer.strEpgSearchString).c_str());
if (timer.state != PVR_TIMER_STATE_DISABLED)
strTmp += StringUtils::Format("&enabled=%s", WebUtils::URLEncodeInline(AUTOTIMER_ENABLED_YES).c_str());
else
strTmp += StringUtils::Format("&enabled=%s", WebUtils::URLEncodeInline(AUTOTIMER_ENABLED_NO).c_str());
if (!timer.bStartAnyTime)
{
time_t startTime = timer.startTime;
std::tm timeinfo = *std::localtime(&startTime);
strTmp += StringUtils::Format("×panFrom=%02d:%02d", timeinfo.tm_hour, timeinfo.tm_min);
}
if (!timer.bEndAnyTime)
{
time_t endTime = timer.endTime;
std::tm timeinfo = *std::localtime(&endTime);
strTmp += StringUtils::Format("×panTo=%02d:%02d", timeinfo.tm_hour, timeinfo.tm_min);
}
strTmp += StringUtils::Format("&encoding=%s", WebUtils::URLEncodeInline(AUTOTIMER_ENCODING).c_str());
if (timer.bFullTextEpgSearch)
strTmp += StringUtils::Format("&searchType=%s", WebUtils::URLEncodeInline(AUTOTIMER_SEARCH_TYPE_DESCRIPTION).c_str());
else
strTmp += StringUtils::Format("&searchType=%s", WebUtils::URLEncodeInline(AUTOTIMER_SEARCH_TYPE_EXACT).c_str());
if (!timerToUpdate.GetSearchCase().empty())
strTmp += StringUtils::Format("&searchCase=%s", WebUtils::URLEncodeInline(AUTOTIMER_SEARCH_CASE_SENSITIVE).c_str());
std::underlying_type<AutoTimer::DeDup>::type deDup = static_cast<AutoTimer::DeDup>(timer.iPreventDuplicateEpisodes);
if (deDup == AutoTimer::DeDup::DISABLED)
{
strTmp += StringUtils::Format("&avoidDuplicateDescription=0");
}
else
{
strTmp += StringUtils::Format("&avoidDuplicateDescription=%s", AUTOTIMER_AVOID_DUPLICATE_ANY_SERVICE_OR_RECORDING.c_str());
switch (deDup)
{
case AutoTimer::DeDup::CHECK_TITLE:
strTmp += StringUtils::Format("&searchForDuplicateDescription=%s", AUTOTIMER_CHECK_SEARCH_FOR_DUP_IN_TITLE.c_str());
break;
case AutoTimer::DeDup::CHECK_TITLE_AND_SHORT_DESC:
strTmp += StringUtils::Format("&searchForDuplicateDescription=%s", AUTOTIMER_CHECK_SEARCH_FOR_DUP_IN_TITLE_AND_SHORT_DESC.c_str());
break;
case AutoTimer::DeDup::CHECK_TITLE_AND_ALL_DESCS:
strTmp += StringUtils::Format("&searchForDuplicateDescription=%s", AUTOTIMER_CHECK_SEARCH_FOR_DUP_IN_TITLE_AND_ALL_DESCS.c_str());
break;
}
}
if (timer.iClientChannelUid != PVR_TIMER_ANY_CHANNEL && (timerToUpdate.GetAnyChannel() ||
(!timerToUpdate.GetAnyChannel() && timer.iClientChannelUid != timerToUpdate.GetChannelId())))
{
const std::string serviceReference = m_channels.GetChannel(timer.iClientChannelUid)->GetServiceReference();
//move to single channel
strTmp += StringUtils::Format("&services=%s", WebUtils::URLEncodeInline(serviceReference).c_str());
//Update tags
strTmp += StringUtils::Format("&tag=");
if (m_channels.GetChannel(timer.iClientChannelUid)->IsRadio())
strTmp += StringUtils::Format("&tag=%s", WebUtils::URLEncodeInline(StringUtils::Format("%s=%s", TAG_FOR_CHANNEL_TYPE.c_str(), VALUE_FOR_CHANNEL_TYPE_RADIO.c_str())).c_str());
else
strTmp += StringUtils::Format("&tag=%s", WebUtils::URLEncodeInline(StringUtils::Format("%s=%s", TAG_FOR_CHANNEL_TYPE.c_str(), VALUE_FOR_CHANNEL_TYPE_TV.c_str())).c_str());
std::string tagValue = serviceReference;
std::replace(tagValue.begin(), tagValue.end(), ' ', '_');
strTmp += StringUtils::Format("&tag=%s", WebUtils::URLEncodeInline(StringUtils::Format("%s=%s", TAG_FOR_CHANNEL_REFERENCE.c_str(), tagValue.c_str())).c_str());
if (timerToUpdate.ContainsTag(TAG_FOR_GENRE_ID))
strTmp += StringUtils::Format("&tag=%s", WebUtils::URLEncodeInline(StringUtils::Format("%s=%s", TAG_FOR_GENRE_ID.c_str(), timerToUpdate.ReadTagValue(TAG_FOR_GENRE_ID).c_str())).c_str());
//Clear bouquets
strTmp += "&bouquets=";
}
else if (!timerToUpdate.GetAnyChannel() && timer.iClientChannelUid == PVR_TIMER_ANY_CHANNEL)
{
const auto& channel = m_channels.GetChannel(timerToUpdate.GetChannelId());
//Move to any channel
strTmp += StringUtils::Format("&services=");
//Update tags
strTmp += StringUtils::Format("&tag=");
if (timerToUpdate.ContainsTag(TAG_FOR_CHANNEL_TYPE))
strTmp += StringUtils::Format("&tag=%s", WebUtils::URLEncodeInline(StringUtils::Format("%s=%s", TAG_FOR_CHANNEL_TYPE.c_str(), timerToUpdate.ReadTagValue(TAG_FOR_CHANNEL_TYPE).c_str())).c_str());
std::string tagValue = channel->GetServiceReference();
std::replace(tagValue.begin(), tagValue.end(), ' ', '_');
strTmp += StringUtils::Format("&tag=%s", WebUtils::URLEncodeInline(StringUtils::Format("%s=%s", TAG_FOR_CHANNEL_REFERENCE.c_str(), tagValue.c_str())).c_str());
strTmp += StringUtils::Format("&tag=%s", WebUtils::URLEncodeInline(StringUtils::Format("%s", TAG_FOR_ANY_CHANNEL.c_str())).c_str());
if (timerToUpdate.ContainsTag(TAG_FOR_GENRE_ID))
strTmp += StringUtils::Format("&tag=%s", WebUtils::URLEncodeInline(StringUtils::Format("%s=%s", TAG_FOR_GENRE_ID.c_str(), timerToUpdate.ReadTagValue(TAG_FOR_GENRE_ID).c_str())).c_str());
//Limit Channel Groups
if (!m_settings.UsesLastScannedChannelGroup())
strTmp += BuildAddUpdateAutoTimerLimitGroupsParams(channel);
}
strTmp += Timers::BuildAddUpdateAutoTimerIncludeParams(timer.iWeekdays);
std::string strResult;
if (!WebUtils::SendSimpleCommand(strTmp, strResult))
return PVR_ERROR_SERVER_ERROR;
if (timer.state == PVR_TIMER_STATE_RECORDING)
PVR->TriggerRecordingUpdate();
TimerUpdates();
return PVR_ERROR_NO_ERROR;
}
return PVR_ERROR_SERVER_ERROR;
}
std::string Timers::BuildAddUpdateAutoTimerLimitGroupsParams(const std::shared_ptr<Channel> &channel)
{
std::string limitGroupParams;
if (m_settings.GetLimitAnyChannelAutoTimers() && channel)
{
if (m_settings.GetLimitAnyChannelAutoTimersToChannelGroups())
{
for (const auto& group : channel->GetChannelGroupList())
limitGroupParams += StringUtils::Format("%s,", group->GetServiceReference().c_str());
}
else
{
for (const auto& group : m_channelGroups.GetChannelGroupsList())
{
if (group->IsRadio() == channel->IsRadio())
limitGroupParams += StringUtils::Format("%s,", group->GetServiceReference().c_str());
}
}
}
return StringUtils::Format("&bouquets=%s", WebUtils::URLEncodeInline(limitGroupParams).c_str());
}
std::string Timers::BuildAddUpdateAutoTimerIncludeParams(int weekdays)
{
bool everyday = true;
std::string includeParams;
if (weekdays != PVR_WEEKDAY_NONE)
{
for (int i = 0; i < DAYS_IN_WEEK; i++)
{
if (1 & (weekdays >> i))
{
includeParams += StringUtils::Format("&dayofweek=%d", i);
}
else
{
everyday = false;
}
}
if (everyday)
includeParams = "&dayofweek=";
}
else
{
includeParams = "&dayofweek=";
}
return includeParams;
}
PVR_ERROR Timers::DeleteTimer(const PVR_TIMER &timer)
{
if (IsAutoTimer(timer))
return DeleteAutoTimer(timer);
const auto it = std::find_if(m_timers.cbegin(), m_timers.cend(), [&timer](const Timer& myTimer)
{
return myTimer.GetClientIndex() == timer.iClientIndex;
});
if (it != m_timers.cend())
{
Timer timerToDelete = *it;
const std::string strTmp = StringUtils::Format("web/timerdelete?sRef=%s&begin=%d&end=%d", WebUtils::URLEncodeInline(timerToDelete.GetServiceReference()).c_str(), timerToDelete.GetRealStartTime(), timerToDelete.GetRealEndTime());
std::string strResult;
if (!WebUtils::SendSimpleCommand(strTmp, strResult))
return PVR_ERROR_SERVER_ERROR;
if (timer.state == PVR_TIMER_STATE_RECORDING)
PVR->TriggerRecordingUpdate();
TimerUpdates();
return PVR_ERROR_NO_ERROR;
}
return PVR_ERROR_SERVER_ERROR;
}
PVR_ERROR Timers::DeleteAutoTimer(const PVR_TIMER &timer)
{
const auto it = std::find_if(m_autotimers.cbegin(), m_autotimers.cend(), [&timer](const AutoTimer& autoTimer)
{
return autoTimer.GetClientIndex() == timer.iClientIndex;