void CGUIWindowSettingsCategory::UpdateSettings()
{
for (vector<BaseSettingControlPtr>::iterator it = m_settingControls.begin(); it != m_settingControls.end(); it++)
{
BaseSettingControlPtr pSettingControl = *it;
CSetting *pSetting = pSettingControl->GetSetting();
CGUIControl *pControl = pSettingControl->GetControl();
if (pSetting == NULL || pControl == NULL)
continue;
// update the setting's control's state (enabled/disabled etc)
const SettingDependencies &deps = pSetting->GetDependencies();
for (SettingDependencies::const_iterator dep = deps.begin(); dep != deps.end(); dep++)
{
// don't check "update" dependencies here as all the controls are already
// setup properly based on the existing values
if (dep->GetType() == SettingDependencyTypeUpdate)
continue;
CheckDependency(pSettingControl, *dep);
}
pSettingControl->Update();
}
}
bool CSetting::IsEnabled() const
{
if (m_dependencies.empty() && m_parentSetting.empty())
return m_enabled;
// if the setting has a parent setting and that parent setting is disabled
// the setting should automatically also be disabled
if (!m_parentSetting.empty())
{
CSetting *parentSetting = m_settingsManager->GetSetting(m_parentSetting);
if (parentSetting != NULL && !parentSetting->IsEnabled())
return false;
}
bool enabled = true;
for (SettingDependencies::const_iterator depIt = m_dependencies.begin(); depIt != m_dependencies.end(); ++depIt)
{
if (depIt->GetType() != SettingDependencyTypeEnable)
continue;
if (!depIt->Check())
{
enabled = false;
break;
}
}
return enabled;
}
void CSettingsManager::SetInitialized()
{
CExclusiveLock lock(m_settingsCritical);
if (m_initialized)
return;
m_initialized = true;
for (SettingMap::iterator setting = m_settings.begin(); setting != m_settings.end(); )
{
SettingMap::iterator tmpIterator = setting++;
if (tmpIterator->second.setting == NULL)
m_settings.erase(tmpIterator);
}
// figure out all the dependencies between settings
for (SettingMap::iterator itSettingDep = m_settings.begin(); itSettingDep != m_settings.end(); ++itSettingDep)
{
if (itSettingDep->second.setting == NULL)
continue;
// if the setting has a parent setting, add it to its children
std::string parentSettingId = itSettingDep->second.setting->GetParent();
if (!parentSettingId.empty())
{
SettingMap::iterator itParentSetting = m_settings.find(parentSettingId);
if (itParentSetting != m_settings.end())
itParentSetting->second.children.insert(itSettingDep->first);
}
// handle all dependencies of the setting
const SettingDependencies& deps = itSettingDep->second.setting->GetDependencies();
for (SettingDependencies::const_iterator depIt = deps.begin(); depIt != deps.end(); ++depIt)
{
std::set<std::string> settingIds = depIt->GetSettings();
for (std::set<std::string>::const_iterator itSettingId = settingIds.begin(); itSettingId != settingIds.end(); ++itSettingId)
{
SettingMap::iterator setting = m_settings.find(*itSettingId);
if (setting == m_settings.end())
continue;
bool newDep = true;
SettingDependencies &settingDeps = setting->second.dependencies[itSettingDep->first];
for (SettingDependencies::const_iterator itDeps = settingDeps.begin(); itDeps != settingDeps.end(); ++itDeps)
{
if (itDeps->GetType() == depIt->GetType())
{
newDep = false;
break;
}
}
if (newDep)
settingDeps.push_back(*depIt);
}
}
}
}
bool CSetting::IsEnabled() const
{
bool enabled = true;
for (SettingDependencies::const_iterator depIt = m_dependencies.begin(); depIt != m_dependencies.end(); ++depIt)
{
if (depIt->GetType() != SettingDependencyTypeEnable)
continue;
if (!depIt->Check())
{
enabled = false;
break;
}
}
return enabled;
}
bool CSetting::IsVisible() const
{
if (!ISetting::IsVisible())
return false;
bool visible = true;
for (SettingDependencies::const_iterator depIt = m_dependencies.begin(); depIt != m_dependencies.end(); ++depIt)
{
if (depIt->GetType() != SettingDependencyTypeVisible)
continue;
if (!depIt->Check())
{
visible = false;
break;
}
}
return visible;
}
bool CSettingsManager::Initialize(const TiXmlElement *root)
{
CExclusiveLock lock(m_critical);
CExclusiveLock settingsLock(m_settingsCritical);
if (m_initialized || root == NULL)
return false;
if (!StringUtils::EqualsNoCase(root->ValueStr(), SETTING_XML_ROOT))
{
CLog::Log(LOGERROR, "CSettingsManager: error reading settings definition: doesn't contain <settings> tag");
return false;
}
const TiXmlNode *sectionNode = root->FirstChild(SETTING_XML_ELM_SECTION);
while (sectionNode != NULL)
{
std::string sectionId;
if (CSettingSection::DeserializeIdentification(sectionNode, sectionId))
{
CSettingSection *section = NULL;
SettingSectionMap::iterator itSection = m_sections.find(sectionId);
bool update = (itSection != m_sections.end());
if (!update)
section = new CSettingSection(sectionId, this);
else
section = itSection->second;
if (section->Deserialize(sectionNode, update))
{
section->CheckRequirements();
if (!update)
m_sections[section->GetId()] = section;
// get all settings and add them to the settings map
for (SettingCategoryList::const_iterator categoryIt = section->GetCategories().begin(); categoryIt != section->GetCategories().end(); ++categoryIt)
{
(*categoryIt)->CheckRequirements();
for (SettingGroupList::const_iterator groupIt = (*categoryIt)->GetGroups().begin(); groupIt != (*categoryIt)->GetGroups().end(); ++groupIt)
{
(*groupIt)->CheckRequirements();
for (SettingList::const_iterator settingIt = (*groupIt)->GetSettings().begin(); settingIt != (*groupIt)->GetSettings().end(); ++settingIt)
{
(*settingIt)->CheckRequirements();
const std::string &settingId = (*settingIt)->GetId();
SettingMap::iterator setting = m_settings.find(settingId);
if (setting == m_settings.end())
{
Setting tmpSetting = { NULL };
std::pair<SettingMap::iterator, bool> tmpIt = m_settings.insert(make_pair(settingId, tmpSetting));
setting = tmpIt.first;
}
if (setting->second.setting == NULL)
{
setting->second.setting = *settingIt;
(*settingIt)->m_callback = this;
}
}
}
}
}
else
{
CLog::Log(LOGWARNING, "CSettingsManager: unable to read section \"%s\"", sectionId.c_str());
if (!update)
delete section;
}
}
sectionNode = sectionNode->NextSibling(SETTING_XML_ELM_SECTION);
}
for (SettingMap::iterator itSettingDep = m_settings.begin(); itSettingDep != m_settings.end(); ++itSettingDep)
{
if (itSettingDep->second.setting == NULL)
continue;
const SettingDependencies& deps = itSettingDep->second.setting->GetDependencies();
for (SettingDependencies::const_iterator depIt = deps.begin(); depIt != deps.end(); ++depIt)
{
std::set<std::string> settingIds = depIt->GetSettings();
for (std::set<std::string>::const_iterator itSettingId = settingIds.begin(); itSettingId != settingIds.end(); ++itSettingId)
{
SettingMap::iterator setting = m_settings.find(*itSettingId);
if (setting == m_settings.end())
continue;
bool newDep = true;
SettingDependencies &settingDeps = setting->second.dependencies[itSettingDep->first];
for (SettingDependencies::const_iterator itDeps = settingDeps.begin(); itDeps != settingDeps.end(); ++itDeps)
{
if (itDeps->GetType() == depIt->GetType())
{
newDep = false;
break;
}
}
if (newDep)
settingDeps.push_back(*depIt);
}
}
}
return true;
}
