public JsonSchedule(List<Release> releases, List<Sprint> sprints,
DateTime startDateRange, DateTime endDateRange)
: base()
{
Data = new List<object>();
YAxisTicks = new List<string>();
SetXAxisTickIntervalDays(startDateRange, endDateRange);
Series = new List<object>();
int sprintIndex = sprints.Count();
if (sprintIndex > 0)
{
foreach (Sprint sprint in sprints)
{
Data.Add(CreateSprintJsonList(sprintIndex, sprint, startDateRange, endDateRange));
Series.Add(new JsonDataSeriesSprintElement() { lineWidth = 3, showMarker = false,
label = "Sprint " + sprint.Name });
sprintIndex--;
}
var descendingSprints = from s in sprints
orderby s.StartDate descending
select s;
// the YAxis ticks need to be listed in reverse order
foreach (Sprint sprint in descendingSprints)
{
YAxisTicks.Add(sprint.Name);
}
}
foreach (Release release in releases)
{
Data.Add(CreateReleaseJsonList(sprints.Count(), release));
Series.Add(new JsonDataSeriesReleaseElement() { lineWidth = 6, showMarker = false,
label = "Release " + release.Name, color = "#ff4444", showLabel = true });
}
JsonDataSeriesPointLabelsElement pointLabels = new JsonDataSeriesPointLabelsElement()
{
hideZeros = true, labelsFromSeries = true
};
JsonDataSeriesPointElement seriesPoint = new JsonDataSeriesPointElement()
{
pointLabels = pointLabels
};
Series.Add(seriesPoint);
if (sprints.Count() == 0)
{
YAxisTicks.Add(" "); // a bit of a hack to allow the schedule to display...forces data to be present
Data.Add(CreateSprintJsonList(1, startDateRange.AddYears(-50),
startDateRange.AddYears(-50), startDateRange, endDateRange));
}
}
public JsonSchedule(List <Release> releases, List <Sprint> sprints,
DateTime startDateRange, DateTime endDateRange) : base()
{
Data = new List <object>();
YAxisTicks = new List <string>();
SetXAxisTickIntervalDays(startDateRange, endDateRange);
Series = new List <object>();
int sprintIndex = sprints.Count();
if (sprintIndex > 0)
{
foreach (Sprint sprint in sprints)
{
Data.Add(CreateSprintJsonList(sprintIndex, sprint, startDateRange, endDateRange));
Series.Add(new JsonDataSeriesSprintElement()
{
lineWidth = 3, showMarker = false,
label = "Sprint " + sprint.Name
});
sprintIndex--;
}
var descendingSprints = from s in sprints
orderby s.StartDate descending
select s;
// the YAxis ticks need to be listed in reverse order
foreach (Sprint sprint in descendingSprints)
{
YAxisTicks.Add(sprint.Name);
}
}
foreach (Release release in releases)
{
Data.Add(CreateReleaseJsonList(sprints.Count(), release));
Series.Add(new JsonDataSeriesReleaseElement()
{
lineWidth = 6, showMarker = false,
label = "Release " + release.Name, color = "#ff4444", showLabel = true
});
}
JsonDataSeriesPointLabelsElement pointLabels = new JsonDataSeriesPointLabelsElement()
{
hideZeros = true, labelsFromSeries = true
};
JsonDataSeriesPointElement seriesPoint = new JsonDataSeriesPointElement()
{
pointLabels = pointLabels
};
Series.Add(seriesPoint);
if (sprints.Count() == 0)
{
YAxisTicks.Add(" "); // a bit of a hack to allow the schedule to display...forces data to be present
Data.Add(CreateSprintJsonList(1, startDateRange.AddYears(-50),
startDateRange.AddYears(-50), startDateRange, endDateRange));
}
}
