public ReportData GetReportData(Issue[] issues, string columnLabelPrefix, IDictionary<string, int> weeklyCapacityHoursPerStream, string[] issueFinalStatuses)
{
var reportData = new ReportData();
var checkClosedWithEstimateCount = issues.Count(i => CheckClosedWithEstimate(i, issueFinalStatuses));
if (checkClosedWithEstimateCount > 0)
{
reportData.Warnings.Add(string.Format("There are {0} closed issues with remaining estimate in the dataset. They have not been included in the report.", checkClosedWithEstimateCount));
}
var openIssues = issues.Where(i => !issueFinalStatuses.Any(s => s.Equals(i.Fields.Status.Name, StringComparison.InvariantCultureIgnoreCase))).ToArray();
var checkIsNotAssignedCount = openIssues.Count(i => CheckIsNotAssigned(i, columnLabelPrefix));
var checkHasNoEstimateCount = openIssues.Count(i => CheckHasNoEstimate(i));
var checkOverburnedCount = openIssues.Count(i => CheckOverburned(i));
if (checkIsNotAssignedCount > 0)
{
reportData.Warnings.Add(string.Format("There are {0} unassigned issues in the dataset. They have not been included in the report.", checkIsNotAssignedCount));
}
if (checkHasNoEstimateCount > 0)
{
reportData.Warnings.Add(string.Format("There are {0} unestimated issues in the dataset. They have not been included in the report.", checkHasNoEstimateCount));
}
if (checkOverburnedCount > 0)
{
reportData.Warnings.Add(string.Format("There are {0} overburned issues in the dataset. They have not been included in the report.", checkOverburnedCount));
}
var validIssues = openIssues.Where(i =>
!CheckIsNotAssigned(i, columnLabelPrefix) &&
!CheckHasNoEstimate(i) &&
!CheckOverburned(i))
.ToArray();
if (openIssues.Length > validIssues.Length)
{
reportData.Warnings.Add(string.Format("There are {0} open issues in the dataset and only {1} are included in the report.", openIssues.Length, validIssues.Length));
}
var issueGroups = validIssues.GroupBy(i =>
{
var columnLabel = i.Fields.Labels.FirstOrDefault(l => l.StartsWith(columnLabelPrefix));
if (string.IsNullOrEmpty(columnLabel))
{
return string.Empty;
}
else
{
columnLabel = columnLabel.Substring(columnLabelPrefix.Length);
}
return columnLabel;
})
.OrderBy(g => g.Key)
.ToDictionary(g => g.Key, g => g.OrderBy(i => i.Fields.Priority.Name).ToArray());
var weeklyCapacitySecondsPerStream = new Dictionary<string, long>();
foreach (var g in issueGroups)
{
var capacity = 0;
if (weeklyCapacityHoursPerStream.ContainsKey(g.Key))
{
capacity = weeklyCapacityHoursPerStream[g.Key];
}
else if (weeklyCapacityHoursPerStream.ContainsKey("*"))
{
capacity = weeklyCapacityHoursPerStream["*"];
}
else
{
capacity = 0;
}
weeklyCapacitySecondsPerStream.Add(g.Key, capacity * 60 * 60);
}
var columnHeaders =
(from g in issueGroups
select new ReportColumnHeader()
{
Label = g.Key,
TotalIssueCount = g.Value.Length,
TotalRemainingSeconds = g.Value.Sum(v => v.Fields.TimeTracking.RemainingEstimateSeconds),
TotalCapacity = weeklyCapacitySecondsPerStream[g.Key]
})
.ToArray();
foreach (var c in columnHeaders)
{
c.TotalWorkWeeks = (int)Math.Ceiling(c.TotalRemainingSeconds / c.TotalCapacity);
}
var maxWeeks = columnHeaders.Max(c => c.TotalWorkWeeks);
var handledIssues = new Dictionary<string, int>();
foreach (var g in issueGroups)
{
handledIssues.Add(g.Key, 0);
}
var partialIssueRemainingEstimates = new Dictionary<string, long>();
foreach (var g in issueGroups)
{
partialIssueRemainingEstimates.Add(g.Key, 0);
}
var rows = new List<ReportDataRow>();
var date = DateTime.Today;
for (int i = 0; i < maxWeeks; i++)
{
var row = new ReportDataRow()
{
Label = string.Format("Week {0}", i + 1),
StartDate = date,
EndDate = date.AddDays(7)
};
date = date.AddDays(7);
var rowCells = new List<ReportDataCell>();
foreach (var g in issueGroups)
{
var rowCell = new ReportDataCell();
rowCell.CapacitySeconds = weeklyCapacitySecondsPerStream[g.Key];
rowCell.Label = g.Key;
var rowCellIssues = new List<Issue>();
foreach (var issue in g.Value.Skip(handledIssues[g.Key]))
{
var usedSeconds = rowCellIssues.Sum(ci => ci.Fields.TimeTracking.RemainingEstimateSeconds);
var currentIssue = issue;
if (partialIssueRemainingEstimates[g.Key] > 0)
{
currentIssue = GetPartialIssue(issue, partialIssueRemainingEstimates[g.Key]);
var availableSeconds = weeklyCapacitySecondsPerStream[g.Key] - usedSeconds;
if (availableSeconds > partialIssueRemainingEstimates[g.Key])
{
partialIssueRemainingEstimates[g.Key] = 0;
}
else
{
partialIssueRemainingEstimates[g.Key] = partialIssueRemainingEstimates[g.Key] - availableSeconds;
}
}
var issueSeconds = currentIssue.Fields.TimeTracking.RemainingEstimateSeconds;
if (usedSeconds + issueSeconds < weeklyCapacitySecondsPerStream[g.Key])
{
rowCellIssues.Add(currentIssue);
handledIssues[g.Key]++;
}
else if (usedSeconds + issueSeconds == weeklyCapacitySecondsPerStream[g.Key])
{
rowCellIssues.Add(currentIssue);
handledIssues[g.Key]++;
break;
}
else if (usedSeconds + issueSeconds > weeklyCapacitySecondsPerStream[g.Key])
{
var availableSeconds = weeklyCapacitySecondsPerStream[g.Key] - usedSeconds;
partialIssueRemainingEstimates[g.Key] = issueSeconds - availableSeconds;
var partialIssue = GetPartialIssue(issue, availableSeconds);
rowCellIssues.Add(partialIssue);
break;
}
}
rowCell.UsedSeconds = rowCellIssues.Sum(ci => ci.Fields.TimeTracking.RemainingEstimateSeconds);
rowCell.Issues = rowCellIssues.ToArray();
rowCells.Add(rowCell);
}
row.Cells = rowCells.ToArray();
rows.Add(row);
}
reportData.ColumnHeaders = columnHeaders;
reportData.Rows = rows.ToArray();
reportData.EndDate = DateTime.Today.AddDays(7 * rows.Count);
reportData.CriticalPath = string.Join(", ", rows.Last().Cells.Where(c => c.Issues.Length > 0).Select(c => c.Label).ToArray());
return reportData;
}
public ReportData GetReportData(Issue[] issues, string columnLabelPrefix, IDictionary <string, int> weeklyCapacityHoursPerStream, string[] issueFinalStatuses)
{
var reportData = new ReportData();
var checkClosedWithEstimateCount = issues.Count(i => CheckClosedWithEstimate(i, issueFinalStatuses));
if (checkClosedWithEstimateCount > 0)
{
reportData.Warnings.Add(string.Format("There are {0} closed issues with remaining estimate in the dataset. They have not been included in the report.", checkClosedWithEstimateCount));
}
var openIssues = issues.Where(i => !issueFinalStatuses.Any(s => s.Equals(i.Fields.Status.Name, StringComparison.InvariantCultureIgnoreCase))).ToArray();
var checkIsNotAssignedCount = openIssues.Count(i => CheckIsNotAssigned(i, columnLabelPrefix));
var checkHasNoEstimateCount = openIssues.Count(i => CheckHasNoEstimate(i));
var checkOverburnedCount = openIssues.Count(i => CheckOverburned(i));
if (checkIsNotAssignedCount > 0)
{
reportData.Warnings.Add(string.Format("There are {0} unassigned issues in the dataset. They have not been included in the report.", checkIsNotAssignedCount));
}
if (checkHasNoEstimateCount > 0)
{
reportData.Warnings.Add(string.Format("There are {0} unestimated issues in the dataset. They have not been included in the report.", checkHasNoEstimateCount));
}
if (checkOverburnedCount > 0)
{
reportData.Warnings.Add(string.Format("There are {0} overburned issues in the dataset. They have not been included in the report.", checkOverburnedCount));
}
var validIssues = openIssues.Where(i =>
!CheckIsNotAssigned(i, columnLabelPrefix) &&
!CheckHasNoEstimate(i) &&
!CheckOverburned(i))
.ToArray();
if (openIssues.Length > validIssues.Length)
{
reportData.Warnings.Add(string.Format("There are {0} open issues in the dataset and only {1} are included in the report.", openIssues.Length, validIssues.Length));
}
var issueGroups = validIssues.GroupBy(i =>
{
var columnLabel = i.Fields.Labels.FirstOrDefault(l => l.StartsWith(columnLabelPrefix));
if (string.IsNullOrEmpty(columnLabel))
{
return(string.Empty);
}
else
{
columnLabel = columnLabel.Substring(columnLabelPrefix.Length);
}
return(columnLabel);
})
.OrderBy(g => g.Key)
.ToDictionary(g => g.Key, g => g.OrderBy(i => i.Fields.Priority.Name).ToArray());
var weeklyCapacitySecondsPerStream = new Dictionary <string, long>();
foreach (var g in issueGroups)
{
var capacity = 0;
if (weeklyCapacityHoursPerStream.ContainsKey(g.Key))
{
capacity = weeklyCapacityHoursPerStream[g.Key];
}
else if (weeklyCapacityHoursPerStream.ContainsKey("*"))
{
capacity = weeklyCapacityHoursPerStream["*"];
}
else
{
capacity = 0;
}
weeklyCapacitySecondsPerStream.Add(g.Key, capacity * 60 * 60);
}
var columnHeaders =
(from g in issueGroups
select new ReportColumnHeader()
{
Label = g.Key,
TotalIssueCount = g.Value.Length,
TotalRemainingSeconds = g.Value.Sum(v => v.Fields.TimeTracking.RemainingEstimateSeconds),
TotalCapacity = weeklyCapacitySecondsPerStream[g.Key]
})
.ToArray();
foreach (var c in columnHeaders)
{
c.TotalWorkWeeks = (int)Math.Ceiling(c.TotalRemainingSeconds / c.TotalCapacity);
}
var maxWeeks = columnHeaders.Max(c => c.TotalWorkWeeks);
var handledIssues = new Dictionary <string, int>();
foreach (var g in issueGroups)
{
handledIssues.Add(g.Key, 0);
}
var partialIssueRemainingEstimates = new Dictionary <string, long>();
foreach (var g in issueGroups)
{
partialIssueRemainingEstimates.Add(g.Key, 0);
}
var rows = new List <ReportDataRow>();
var date = DateTime.Today;
for (int i = 0; i < maxWeeks; i++)
{
var row = new ReportDataRow()
{
Label = string.Format("Week {0}", i + 1),
StartDate = date,
EndDate = date.AddDays(7)
};
date = date.AddDays(7);
var rowCells = new List <ReportDataCell>();
foreach (var g in issueGroups)
{
var rowCell = new ReportDataCell();
rowCell.CapacitySeconds = weeklyCapacitySecondsPerStream[g.Key];
rowCell.Label = g.Key;
var rowCellIssues = new List <Issue>();
foreach (var issue in g.Value.Skip(handledIssues[g.Key]))
{
var usedSeconds = rowCellIssues.Sum(ci => ci.Fields.TimeTracking.RemainingEstimateSeconds);
var currentIssue = issue;
if (partialIssueRemainingEstimates[g.Key] > 0)
{
currentIssue = GetPartialIssue(issue, partialIssueRemainingEstimates[g.Key]);
var availableSeconds = weeklyCapacitySecondsPerStream[g.Key] - usedSeconds;
if (availableSeconds > partialIssueRemainingEstimates[g.Key])
{
partialIssueRemainingEstimates[g.Key] = 0;
}
else
{
partialIssueRemainingEstimates[g.Key] = partialIssueRemainingEstimates[g.Key] - availableSeconds;
}
}
var issueSeconds = currentIssue.Fields.TimeTracking.RemainingEstimateSeconds;
if (usedSeconds + issueSeconds < weeklyCapacitySecondsPerStream[g.Key])
{
rowCellIssues.Add(currentIssue);
handledIssues[g.Key]++;
}
else if (usedSeconds + issueSeconds == weeklyCapacitySecondsPerStream[g.Key])
{
rowCellIssues.Add(currentIssue);
handledIssues[g.Key]++;
break;
}
else if (usedSeconds + issueSeconds > weeklyCapacitySecondsPerStream[g.Key])
{
var availableSeconds = weeklyCapacitySecondsPerStream[g.Key] - usedSeconds;
partialIssueRemainingEstimates[g.Key] = issueSeconds - availableSeconds;
var partialIssue = GetPartialIssue(issue, availableSeconds);
rowCellIssues.Add(partialIssue);
break;
}
}
rowCell.UsedSeconds = rowCellIssues.Sum(ci => ci.Fields.TimeTracking.RemainingEstimateSeconds);
rowCell.Issues = rowCellIssues.ToArray();
rowCells.Add(rowCell);
}
row.Cells = rowCells.ToArray();
rows.Add(row);
}
reportData.ColumnHeaders = columnHeaders;
reportData.Rows = rows.ToArray();
reportData.EndDate = DateTime.Today.AddDays(7 * rows.Count);
reportData.CriticalPath = string.Join(", ", rows.Last().Cells.Where(c => c.Issues.Length > 0).Select(c => c.Label).ToArray());
return(reportData);
}