void enqueFileChange(const core::system::FileChangeEvent& event)
{
// screen out files which don't pass the filter
if (!filter_(event.fileInfo()))
return;
// add to the queue
queue_.push(event);
// schedule processing
scheduleProcessing(incrementalWorkPeriod_);
}
void enqueFileChange(const core::system::FileChangeEvent& event)
{
// screen out files which don't pass the filter
if (!filter_(event.fileInfo()))
return;
// add to the queue
queue_.push(event);
// schedule processing if necessary. don't process anything immediately
// (this is to defend against large numbers of files being enqued
// at once and typing up the main thread). rather, schedule processing
// to occur in incrementalWorkPeriod_ chunks
if (!processing_)
{
processing_ = true;
module_context::scheduleIncrementalWork(
incrementalWorkPeriod_,
boost::bind(&IncrementalFileChangeHandler::dequeAndProcess, this),
idleOnly_);
}
}
void UserSettings::onSettingsFileChanged(
const core::system::FileChangeEvent& changeEvent)
{
// ensure this is for our target file
if (settingsFilePath_.absolutePath() !=
changeEvent.fileInfo().absolutePath())
{
return;
}
// re-read the settings from disk
Error error = settings_.initialize(settingsFilePath_);
if (error)
{
LOG_ERROR(error);
return;
}
// update prefs cache
updatePrefsCache(uiPrefs());
// set underlying R repos options
std::string cranMirrorURL = cranMirror().url;
if (!cranMirrorURL.empty())
setCRANReposOption(cranMirrorURL);
std::string bioconductorMirrorURL = settings_.get(kBioconductorMirrorUrl);
if (!bioconductorMirrorURL.empty())
setBioconductorReposOption(bioconductorMirrorURL);
// update remove dups in underlying R session
using namespace r::session;
consoleHistory().setRemoveDuplicates(removeHistoryDuplicates());
// fire event so others can react appropriately
onChanged();
}