public async Task ExportToFile(BandEventBase eventBase, string filePath)
{
if (!(eventBase is RunEvent))
{
throw new ArgumentException("eventBase must be of type SleepEvent to use the RunToCSVExporter");
}
var runEvent = eventBase as RunEvent;
await Task.Run(() =>
{
var dataDump = new List <Dictionary <string, object> >();
foreach (var sequence in runEvent.Sequences)
{
var runSequence = sequence as RunEventSequenceItem;
var sequenceData = new Dictionary <string, object>(BaseSequenceDumper.Dump(sequence))
{
{ "Total Distance", runSequence.TotalDistance },
{ "Split Distance", runSequence.SplitDistance },
{ "Split Pace", runSequence.SplitPace },
{ "Overall Pace", runSequence.OverallPace },
{ "Actual Distance", runSequence.ActualDistance },
{ "Paused Time", runSequence.PausedTime },
};
dataDump.Add(sequenceData);
}
// TODO: pass through convertDateTimeToLocal
CSVExporter.ExportToFile(dataDump, filePath);
});
}
public async Task ExportToFile(BandEventBase eventBase, string filePath)
{
if (!(eventBase is SleepEvent))
{
throw new ArgumentException("eventBase must be of type SleepEvent to use the SleepToCSVExporter");
}
var sleepEvent = eventBase as SleepEvent;
await Task.Run(() =>
{
var dataDump = new List <Dictionary <string, object> >();
foreach (var sequence in sleepEvent.Sequences)
{
var sleepSequence = sequence as SleepEventSequenceItem;
var sequenceData = new Dictionary <string, object>(BaseSequenceDumper.Dump(sequence));
sequenceData.Add("Sequence Type", sleepSequence.SequenceType);
sequenceData.Add("Sleep Time", sleepSequence.SleepTime);
sequenceData.Add("Day Id", sleepSequence.DayId);
sequenceData.Add("Sleep Type", sleepSequence.SleepType);
dataDump.Add(sequenceData);
}
// TODO: pass through convertDateTimeToLocal
CSVExporter.ExportToFile(dataDump, filePath);
});
}
