public async Task Analyzed_as_valid_issue()
{
var stateFiltering = new StateFilteringParameter(new string[0], new string[0]);
var issue = new CachedIssue()
{
Project = DefaultProjectKey,
Key = DefaultProjectKey + "-1",
Type = "Story",
StatusChanges = new Collection <CachedIssueStatusChange>()
};
_jiraCacheAdapter.Issues.Add(issue);
var issues = await _tasksSource.GetAllIssues(DefaultProjectKey, stateFiltering);
var analyzedIssue = Assert.Single(issues);
var expectedIssue = new AnalyzedIssue()
{
Project = DefaultProjectKey,
Key = DefaultProjectKey + "-1",
Type = "Story",
StatusChanges = issue.StatusChanges,
SimplifiedStatusChanges = new Collection <CachedIssueStatusChange>()
};
_compareLogic.AssertEqual <object>(expectedIssue, analyzedIssue);
}
public async Task Non_started_issue_is_analyzed()
{
var stateFiltering = new StateFilteringParameter(new [] { "B" }, new string[0]);
var issue = new CachedIssue()
{
Project = DefaultProjectKey,
Key = DefaultProjectKey + "-1",
StatusChanges = new Collection <CachedIssueStatusChange>()
{
new CachedIssueStatusChange(new DateTime(2012, 1, 1), "A"),
}
};
_jiraCacheAdapter.Issues.Add(issue);
var issues = await _tasksSource.GetAllIssues(DefaultProjectKey, stateFiltering);
var analyzedIssue = Assert.Single(issues);
var expectedIssue = new AnalyzedIssue()
{
Project = DefaultProjectKey,
Key = DefaultProjectKey + "-1",
StatusChanges = issue.StatusChanges,
SimplifiedStatusChanges = new Collection <CachedIssueStatusChange>(),
Started = null,
Ended = null,
Duration = null
};
_compareLogic.AssertEqual <object>(expectedIssue, analyzedIssue);
}
public static bool IsValidIssue(AnalyzedIssue issue)
{
// TODO : Automated tests and ability to change for user
return
((issue.Type == "Story" || issue.Type == "Bug") &&
(issue.Resolution != "Cancelled" && issue.Resolution != "Duplicate") &&
(issue.Status != "Withdrawn" && issue.Status != "On Hold"));
}
private static FinishedIssue MapToFinishedIssue(AnalyzedIssue issue)
{
var flowIssue = new FinishedIssue()
{
Project = issue.Project,
Key = issue.Key,
Title = issue.Title,
Type = issue.Type,
Started = issue.Started.Value,
Ended = issue.Ended.Value,
Duration = issue.Duration.Value,
StoryPoints = issue.StoryPoints,
StatusChanges = issue.SimplifiedStatusChanges
};
return(flowIssue);
}
public async Task Analyzed_issue_contains_simplified_states()
{
var stateFiltering = new StateFilteringParameter(new [] { "A", "C" }, new [] { "D" });
var issue = new CachedIssue()
{
Project = DefaultProjectKey,
Key = DefaultProjectKey + "-1",
StatusChanges = new Collection <CachedIssueStatusChange>()
{
new CachedIssueStatusChange(new DateTime(2012, 1, 1), "A"),
new CachedIssueStatusChange(new DateTime(2012, 1, 2), "D"),
new CachedIssueStatusChange(new DateTime(2012, 2, 1), "A"),
new CachedIssueStatusChange(new DateTime(2012, 2, 2), "B"),
new CachedIssueStatusChange(new DateTime(2012, 2, 3), "C"),
}
};
_jiraCacheAdapter.Issues.Add(issue);
var issues = await _tasksSource.GetAllIssues(DefaultProjectKey, stateFiltering);
var analyzedIssue = Assert.Single(issues);
var expectedIssue = new AnalyzedIssue
{
Project = DefaultProjectKey,
Key = DefaultProjectKey + "-1",
StatusChanges = issue.StatusChanges,
SimplifiedStatusChanges = new Collection <CachedIssueStatusChange>()
{
new CachedIssueStatusChange(new DateTime(2012, 2, 1), "A"),
new CachedIssueStatusChange(new DateTime(2012, 2, 3), "C"),
},
Started = new DateTime(2012, 2, 1),
Ended = new DateTime(2012, 2, 3),
Duration = TimeSpan.FromDays(2)
};
_compareLogic.AssertEqual <object>(expectedIssue, analyzedIssue);
}