public async Task <ReportMessage> CreateMessageAsync(AbstractReport reportData)
{
var msg = new MailMessage {
IsBodyHtml = true
};
var mailAddressViewModel = new MailAddressViewModel(reportData, _logger);
var recipients = mailAddressViewModel.GetRecipientAdrresses();
msg.From = mailAddressViewModel.From;
msg.To.AddRange(recipients[RecipientType.TO]);
msg.CC.AddRange(recipients[RecipientType.CC]);
_logger.LogInformation("Sending mail for to address - " +
string.Join(";", msg.To.Select(mailAddress => mailAddress.Address)));
_logger.LogInformation("Sending mail for cc address - " +
string.Join(";", msg.CC.Select(mailAddress => mailAddress.Address)));
_logger.LogInformation("Creating view model for generating xml");
var emailReportViewModel = new EmailReportViewModel(reportData, _emailReportConfiguration);
_logger.LogInformation("Generated view model");
msg.Subject = emailReportViewModel.EmailSubject;
msg.Body = GenerateBodyFromViewModel(emailReportViewModel);
return(await Task.FromResult(new ReportMessage()
{
MailMessage = msg, SmtpConfiguration = reportData.SmtpConfiguration
}));
}
public async Task AddReportDataAsync(AbstractReport reportData)
{
using (new PerformanceMeasurementBlock(nameof(TestSummaryDataProvider), _logger))
{
var priorityGroup = await GetTestRunSummaryWithPriority();
var testSummaryGroups = new List <TestSummaryGroup>()
{
priorityGroup
};
var summary = //TODO - RetryHelper.Retry(() =>
await _tcmApiHelper.GetTestResultSummaryAsync();
if (_reportDataConfiguration.GroupTestSummaryBy == TestResultsGroupingType.Priority)
{
var prioritySummary = await GetTestSummaryByPriorityAsync();
testSummaryGroups.Add(prioritySummary);
}
_logger.LogInformation("Fetched data for test summary");
reportData.Summary = summary;
reportData.TestSummaryGroups = testSummaryGroups;
}
}
private void InitializeTestResultGroups(AbstractReport emailReportDto, EmailReportConfiguration emailReportConfig)
{
TestResultsGroups = new List <TestResultsGroupViewModel>();
if (emailReportDto.FilteredResults != null)
{
foreach (var testSummaryGroup in emailReportDto.FilteredResults)
{
var testResultsGroupViewModel = new TestResultsGroupViewModel(testSummaryGroup, emailReportConfig);
TestResultsGroups.Add(testResultsGroupViewModel);
}
}
HasFilteredTests = emailReportDto.HasFilteredTests;
if (TestResultsGroups.Count > 0)
{
if (emailReportConfig.ReportDataConfiguration.IncludePassedTests)
{
HasTestResultsToShow = HasTestResultsToShow || TestResultsGroups.Any(t => t.PassedTests.Count > 0);
}
if (emailReportConfig.ReportDataConfiguration.IncludeFailedTests)
{
HasTestResultsToShow = HasTestResultsToShow || TestResultsGroups.Any(t => t.FailedTests.Count > 0);
}
if (emailReportConfig.ReportDataConfiguration.IncludeOtherTests)
{
HasTestResultsToShow = HasTestResultsToShow || TestResultsGroups.Any(t => t.OtherTests.Count > 0);
}
}
}
public async Task AddReportDataAsync(AbstractReport report)
{
if (report is ReleaseReport)
{
var releaseReport = report as ReleaseReport;
using (new PerformanceMeasurementBlock("ReleaseDataProvider", _logger))
{
// TODO - retry
_release = await _releaseHttpClient.GetReleaseAsync(_releaseConfiguration.ProjectId, _releaseConfiguration.Id);
if (_release == null)
{
throw new ReleaseNotFoundException(_releaseConfiguration.ProjectId + ": " + _releaseConfiguration.Id);
}
releaseReport.Artifacts = new List <Artifact>(_release.Artifacts);
releaseReport.Release = _release;
releaseReport.Environment = await GetEnvironmentAsync();
releaseReport.Phases = await GetPhasesAsync(releaseReport.Environment);
var lastCompletedRelease = await GetReleaseByLastCompletedEnvironmentAsync(releaseReport.Environment);
releaseReport.AssociatedChanges = await GetAssociatedChangesAsync(lastCompletedRelease);
releaseReport.LastCompletedRelease = lastCompletedRelease;
releaseReport.LastCompletedEnvironment = lastCompletedRelease?.Environments?.FirstOrDefault(e => e.DefinitionEnvironmentId == _releaseConfiguration.DefinitionEnvironmentId);
releaseReport.CreatedBy = _release.CreatedBy;
_logger.LogInformation("ReleaseDataProvider: Fetched release data");
}
}
}
private string GetMailSubject(AbstractReport emailReportDto, ReportDataConfiguration reportDataConfiguration)
{
var userDefinedSubject = emailReportDto.MailConfiguration.MailSubject;
if (string.IsNullOrWhiteSpace(userDefinedSubject))
{
throw new EmailReportException("Email subject not set");
}
string subject;
if (passPercentageMatchRegex.IsMatch(userDefinedSubject))
{
var passPercentage = GetPassPercentage(emailReportDto, reportDataConfiguration.IncludeOthersInTotal);
subject = passPercentageMatchRegex.Replace(userDefinedSubject, passPercentage);
}
else
{
subject = userDefinedSubject;
}
if (environmentStatusMatchRegex.IsMatch(subject))
{
subject = environmentStatusMatchRegex.Replace(subject, emailReportDto.GetEnvironmentStatus());
}
return(subject);
}
private string GetPassPercentage(AbstractReport emailReportDto, bool includeOthersInTotal)
{
var summary = emailReportDto.Summary;
var totalTests = 0;
var passedTests = 0;
var failedTests = 0;
if (summary != null)
{
if (summary.AggregatedResultsAnalysis.ResultsByOutcome.ContainsKey(TestOutcome.Passed))
{
passedTests = summary.AggregatedResultsAnalysis.ResultsByOutcome[TestOutcome.Passed].Count;
}
if (summary.AggregatedResultsAnalysis.ResultsByOutcome.ContainsKey(TestOutcome.Failed))
{
failedTests = summary.AggregatedResultsAnalysis.ResultsByOutcome[TestOutcome.Failed].Count;
}
totalTests = summary.AggregatedResultsAnalysis.TotalTests;
if (!includeOthersInTotal)
{
totalTests = passedTests + failedTests;
}
}
return(TestResultsHelper.GetTestOutcomePercentageString(passedTests, totalTests));
}
public async Task <bool> HasPreviousReleaseGotSameFailuresAsync(AbstractReport emailReportDto, PipelineConfiguration config, bool hasTestFailures, bool hasFailedTasks)
{
var hasPrevGotSameFailures = emailReportDto.HasPrevGotSameFailures();
if (hasPrevGotSameFailures.HasValue)
{
return(hasPrevGotSameFailures.Value);
}
bool hasPrevFailedTasks = emailReportDto.HasPrevFailedTasks();
if (emailReportDto.Summary == null)
{
return(false);
}
if (hasTestFailures)
{
var prevConfig = emailReportDto.GetPrevConfig(config);
var lastCompletedTestResultSummary = await _tcmApiHelper.QueryTestResultsReportAsync(prevConfig);
var failedInCurrent = GetFailureCountFromSummary(emailReportDto.Summary);
var failedinPrev = GetFailureCountFromSummary(lastCompletedTestResultSummary);
// Threshold is 10 to decide whether they are same failures
_logger.LogInformation($"Current Failures Found: '{failedInCurrent}'.");
_logger.LogInformation($"Previous Failures Found: '{failedinPrev}'.");
var hasSameFailures = failedInCurrent == failedinPrev;
// No point in moving ahead if number of failures is different
if (hasSameFailures)
{
var currFailedTestCaseRefIds = await FetchFailedTestCaseIdsAsync(config);
var prevFailedTestCaseRefIds = await FetchFailedTestCaseIdsAsync(prevConfig);
var nonInteresection = currFailedTestCaseRefIds.Except(prevFailedTestCaseRefIds).Union(prevFailedTestCaseRefIds.Except(currFailedTestCaseRefIds));
if (nonInteresection.Any())
{
_logger.LogInformation($"Difference in Failed Test Reference Ids found between current - '{string.Join(",", nonInteresection.ToArray())}'.");
hasSameFailures = false;
}
else
{
_logger.LogInformation($"Failed Test Reference Ids match. No new failures found.");
hasSameFailures = true;
}
}
return(hasSameFailures);
}
else if (hasFailedTasks && hasPrevFailedTasks)
{
return(emailReportDto.ArePrevFailedTasksSame());
}
return(false);
}
public AbstractReportTest(int majorVersion)
{
var reportCodename = AbstractReport <TermsType> .GetCodename(typeof(ReportType));
TokenExpressionResolver.RegisterTokenExpressions(typeof(TokenExpressionResolver).Assembly);
InitializeCommonMocks(majorVersion, reportCodename);
}
public static bool HasCanceledPhases(this AbstractReport source)
{
if (source.Phases == null)
{
return(false);
}
return(source.Phases.Any(p => p.Jobs != null && p.Jobs.Any(j => j.JobStatus == TaskStatus.Canceled)));
}
private static TestSummaryGroup GetSummaryGroup(this AbstractReport source)
{
var summaryGroup = source.TestSummaryGroups?.First();
if (summaryGroup == null)
{
// TODO - Log.LogError("summary group not found");
}
return(summaryGroup);
}
public static bool HasPassedTests(this AbstractReport source)
{
if (source.Summary == null)
{
return(false);
}
return(source.Summary.AggregatedResultsAnalysis.ResultsByOutcome.ContainsKey(TestOutcome.Passed) &&
source.Summary.AggregatedResultsAnalysis.ResultsByOutcome[TestOutcome.Passed].Count > 0);
}
public async Task AddReportDataAsync(AbstractReport reportData)
{
var failedTestResultIds = await _tcmApiHelper.GetTestSummaryAsync(TestResultsConstants.TestRun, TestOutcome.Failed);
List <TestCaseResult> resultsToFetch = failedTestResultIds.ResultsForGroup.SelectMany(group => group.Results).ToList();
reportData.FailedTestOwners = await _tcmApiHelper.GetTestResultOwnersAsync(resultsToFetch);
_logger.LogInformation("Fetched test owners data");
}
private void InitializeAssociatedChanges(AbstractReport emailReportDto, PipelineConfiguration config)
{
if (emailReportDto.AssociatedChanges?.Any() == true)
{
AssociatedChanges = new List <ChangeViewModel>();
foreach (var associatedChange in emailReportDto.AssociatedChanges)
{
AssociatedChanges.Add(new ChangeViewModel(associatedChange, config));
}
}
}
public async Task AddReportDataAsync(AbstractReport reportData)
{
using (new PerformanceMeasurementBlock("In TestResultsDataProvider", _logger))
{
// This is to make sure the failing since information is computed before we fetch test results
await _tcmApiHelper.QueryTestResultsReportAsync();
_logger.LogInformation("Fetched test results data");
await GetFilteredTestResultsAsync(reportData);
}
}
public static ReportModel GetReport(ReportModel model = null)
{
var userControl = new AbstractReport();
var vm = userControl.DataContext as AbstractReportViewModel;
vm.SetReportInModel(model);
if (TelaUtils.Instance.AbrirDialog(userControl) ?? true)
{
return(vm.GetReportModel());
}
return(null);
}
protected void Page_Load(object sender, EventArgs e)
{
// Organiza os argumentos recebidos na querystring
ArgumentBuilder argumentBuilder = new ArgumentBuilder();
foreach (String argumentName in Request.QueryString)
{
argumentBuilder.Add(argumentName, Request.QueryString[argumentName]);
}
// Cria uma instância da classe de relatório ( através de Reflection )
Type reportClass = null;
AbstractReport report = null;
if (!String.IsNullOrEmpty(Request["report"]))
{
// Usa a classe base dos relatórios para obter o nome completo da classe incluindo dll/assembly
String qualifiedName = typeof(AbstractReport).AssemblyQualifiedName;
qualifiedName = qualifiedName.Replace("AbstractReport", Request["report"]);
reportClass = Type.GetType(qualifiedName);
report = (AbstractReport)Activator.CreateInstance(reportClass, argumentBuilder.GetArguments(reportClass));
}
// Aborta a operação caso o relatório solicitado não exista
if ((reportClass == null) || (report == null))
{
return;
}
Dictionary <String, Object> exportOptions = ExportFormatContext.GetExportOptions(Session);
this.Response.Clear();
this.Response.ContentType = (String)exportOptions["ContentType"];
this.Response.AddHeader("content-disposition", (String)exportOptions["Disposition"]);
// Abre a conexão com o banco
DataAccess dataAccess = DataAccess.Instance;
dataAccess.MountConnection(FileResource.MapWebResource(this.Page.Server, "DataAccess.xml"), DatabaseEnum.PrintAccounting);
dataAccess.OpenConnection();
// Executa inicializações e chama o método "BuildReport" na instância da classe de relatório
report.InitializeComponents(this.Page, (IReportBuilder)exportOptions["ReportBuilder"], dataAccess.GetConnection());
report.BuildReport();
// Fecha a conexão com o banco
dataAccess.CloseConnection();
dataAccess = null;
this.Response.End();
}
private async Task GetFilteredTestResultsAsync(AbstractReport reportData)
{
if (_reportDataConfiguration.IncludeFailedTests || _reportDataConfiguration.IncludeOtherTests ||
_reportDataConfiguration.IncludePassedTests)
{
var groupBy = TestResultsConstants.GetName(_reportDataConfiguration.GroupTestResultsBy);
var includedOutcomes = GetIncludedOutcomes();
var resultIdsToFetch = await _tcmApiHelper.GetTestSummaryAsync(groupBy, includedOutcomes.ToArray());
reportData.HasFilteredTests = FilterTestResults(resultIdsToFetch, _reportDataConfiguration.MaxFailuresToShow);
reportData.FilteredResults = (await GetTestResultsWithWorkItemsAsync(resultIdsToFetch)).ToList();
}
}
private void InitializeSummaryGroupViewModel(AbstractReport emailReportDto, ReportDataConfiguration reportDataConfiguration, PipelineConfiguration config)
{
SummaryGroups = new List <TestSummaryGroupViewModel>();
if (emailReportDto.TestSummaryGroups != null)
{
foreach (var testSummaryGroup in emailReportDto.TestSummaryGroups)
{
if (reportDataConfiguration.GroupTestSummaryBy == testSummaryGroup.GroupingType)
{
// TODO - Log.LogVerbose($"Creating summary group viewmodel for {testSummaryGroupDto.GroupedBy}");
SummaryGroups.Add(new TestSummaryGroupViewModel(testSummaryGroup, config, reportDataConfiguration.IncludeOthersInTotal));
}
}
}
}
public async Task AddReportDataAsync(AbstractReport reportData)
{
var secret = await KeyVaultReader.FetchSecret(
MailConfiguration.KeyVaultName,
MailConfiguration.SecretName,
MailConfiguration.RetryCount,
_logger);
reportData.SmtpConfiguration = new SmtpConfiguration()
{
EnableSSL = true,
SmtpHost = MailConfiguration.SmtpHost,
UserName = MailConfiguration.MailSenderAddress,
Password = secret.Value
};
}
private void InitializePhases(AbstractReport emailReportDto)
{
Phases = new List <PhaseViewModel>();
if (emailReportDto.Phases?.Any() != true)
{
return;
}
foreach (var phase in emailReportDto.Phases)
{
Phases.Add(new PhaseViewModel(phase));
}
if (HasCanceledPhases)
{
PhaseIssuesSummary = new PhaseIssuesViewModel(emailReportDto.Phases);
}
}
public static bool HasFailedTests(this AbstractReport source, bool includeOthers)
{
if (source.Summary == null)
{
return(false);
}
if (!includeOthers)
{
return(source.Summary.AggregatedResultsAnalysis.ResultsByOutcome.ContainsKey(TestOutcome.Failed) &&
source.Summary.AggregatedResultsAnalysis.ResultsByOutcome[TestOutcome.Failed].Count > 0);
}
if (source.HasPassedTests())
{
return(source.Summary.AggregatedResultsAnalysis.TotalTests -
source.Summary.AggregatedResultsAnalysis.ResultsByOutcome[TestOutcome.Passed].Count > 0);
}
return(source.Summary.AggregatedResultsAnalysis.TotalTests > 0);
}
public EmailReportViewModel(AbstractReport emailReportDto, EmailReportConfiguration emailReportConfiguration)
{
var config = emailReportConfiguration.PipelineConfiguration;
ProjectName = config.ProjectName;
HasTaskFailures = emailReportDto.HasFailedTasks();
Release = emailReportDto.GetReleaseViewModel(config);
Build = emailReportDto.GetBuildViewModel(config);
Artifacts = emailReportDto.GetArtifactViewModels(config);
HasCanceledPhases = emailReportDto.HasCanceledPhases();
InitializePhases(emailReportDto);
var reportDataConfiguration = emailReportConfiguration.ReportDataConfiguration;
EmailSubject = GetMailSubject(emailReportDto, reportDataConfiguration);
HasFailedTests = emailReportDto.HasFailedTests(reportDataConfiguration.IncludeOthersInTotal);
var summaryGroupDto = emailReportDto.TestSummaryGroups?.First();
if (emailReportDto.Summary != null)
{
AllTests = new TestResultSummaryViewModel(emailReportDto.Summary,
config,
reportDataConfiguration.IncludeOthersInTotal);
}
InitializeSummaryGroupViewModel(emailReportDto, emailReportConfiguration.ReportDataConfiguration, config);
ShowAssociatedChanges = reportDataConfiguration.IncludeCommits;
if (ShowAssociatedChanges)
{
InitializeAssociatedChanges(emailReportDto, config);
}
InitializeTestResultGroups(emailReportDto, emailReportConfiguration);
TestTabLink = config.TestTabLink;
DataMissing = emailReportDto.DataMissing;
}
public void LoadReport(AbstractReport report) => _reportsStorage.Add(report);
public static void Merge(this AbstractReport source, AbstractReport target)
{
switch (source)
{
case ReleaseReport releaseSource:
var releaseTarget = target as ReleaseReport
?? throw new NotSupportedException();
if (releaseTarget.Artifacts != null)
{
ThrowIfNotNull(releaseSource.Artifacts, nameof(releaseSource.Artifacts));
releaseSource.Artifacts = releaseTarget.Artifacts;
}
if (releaseTarget.Release != null)
{
ThrowIfNotNull(releaseSource.Release, nameof(releaseTarget.Release));
releaseSource.Release = releaseTarget.Release;
}
if (releaseTarget.Environment != null)
{
ThrowIfNotNull(releaseSource.Environment, nameof(releaseTarget.Environment));
releaseSource.Environment = releaseTarget.Environment;
}
if (releaseTarget.LastCompletedRelease != null)
{
ThrowIfNotNull(releaseSource.LastCompletedRelease, nameof(releaseSource.LastCompletedRelease));
releaseSource.LastCompletedRelease = releaseTarget.LastCompletedRelease;
}
if (releaseTarget.LastCompletedEnvironment != null)
{
ThrowIfNotNull(releaseSource.LastCompletedEnvironment, nameof(releaseSource.LastCompletedEnvironment));
releaseSource.LastCompletedEnvironment = releaseTarget.LastCompletedEnvironment;
}
if (releaseTarget.SmtpConfiguration != null)
{
ThrowIfNotNull(releaseSource.SmtpConfiguration, nameof(releaseSource.SmtpConfiguration));
releaseSource.SmtpConfiguration = releaseTarget.SmtpConfiguration;
}
break;
//TODO - case BuildEmailReportDto buildSource:
// var buildTarget = target as BuildEmailReportDto
// ?? throw new NotSupportedException();
// if (buildTarget.Build != null)
// {
// ThrowIfNotNull(buildSource.Build, nameof(buildSource.Build));
// buildSource.Build = buildTarget.Build;
// }
// if (buildTarget.Timeline != null)
// {
// ThrowIfNotNull(buildSource.Timeline, nameof(buildSource.Timeline));
// buildSource.Timeline = buildTarget.Timeline;
// }
// if (buildTarget.LastCompletedBuild != null)
// {
// ThrowIfNotNull(buildSource.LastCompletedBuild, nameof(buildSource.LastCompletedBuild));
// buildSource.LastCompletedBuild = buildTarget.LastCompletedBuild;
// }
// if (buildTarget.LastCompletedTimeline != null)
// {
// ThrowIfNotNull(buildSource.LastCompletedTimeline, nameof(buildSource.LastCompletedTimeline));
// buildSource.LastCompletedTimeline = buildTarget.LastCompletedTimeline;
// }
// break;
default:
throw new NotSupportedException();
}
if (target.TestSummaryGroups != null)
{
ThrowIfNotNull(source.TestSummaryGroups, nameof(source.TestSummaryGroups));
source.TestSummaryGroups = target.TestSummaryGroups;
}
if (target.AssociatedChanges != null)
{
ThrowIfNotNull(source.AssociatedChanges, nameof(source.AssociatedChanges));
source.AssociatedChanges = target.AssociatedChanges;
}
if (target.CreatedBy != null)
{
ThrowIfNotNull(source.CreatedBy, nameof(source.CreatedBy));
source.CreatedBy = target.CreatedBy;
}
if (target.FailedTestOwners != null)
{
ThrowIfNotNull(source.FailedTestOwners, nameof(source.FailedTestOwners));
source.FailedTestOwners = target.FailedTestOwners;
}
if (target.FilteredResults != null)
{
ThrowIfNotNull(source.FilteredResults, nameof(source.FilteredResults));
source.FilteredResults = target.FilteredResults;
}
if (target.HasFilteredTests)
{
ThrowIfTrue(source.HasFilteredTests, nameof(source.HasFilteredTests));
source.HasFilteredTests = target.HasFilteredTests;
}
if (target.Summary != null)
{
ThrowIfNotNull(source.Summary, nameof(source.Summary));
source.Summary = target.Summary;
}
if (target.Phases != null)
{
ThrowIfNotNull(source.Phases, nameof(source.Phases));
source.Phases = target.Phases;
}
}
public MailAddressViewModel(AbstractReport reportData, ILogger logger)
{
_logger = logger;
_reportData = reportData;
}
private IReport LoadReport(Serialization.Report xmlReport, bool proxy)
{
AbstractReport report = null;
if (proxy)
{
report = new ReportProxy();
}
else
{
report = new Report();
}
report.Id = xmlReport.Id;
report.Name = xmlReport.Name;
report.Description = xmlReport.Description;
if (xmlReport.NewUntilSpecified)
{
report.IsNew = xmlReport.NewUntil > DateTime.Now;
}
else
{
report.IsNew = false;
}
report.ReportType = (ReportType)Enum.Parse(typeof(ReportType), xmlReport.ReportType.ToString());
if (xmlReport.ReportProcessingLocation.Use.Equals(Serialization.ActiveReportProcessingLocation.LocalReport))
{
string directory = ConfigurationManager.AppSettings["FirstLook.Reports.App.ReportDefinitionLibrary.Xml.XmlReportDefinitionFactory.Report.Directory"];
Serialization.LocalReport localReport = xmlReport.ReportProcessingLocation.LocalReport;
LocalReportProcessingLocation location = new LocalReportProcessingLocation();
location.File = directory + Path.DirectorySeparatorChar + localReport.File;
location.DataSourceName = localReport.DataSourceName;
report.ReportProcessingLocation = location;
}
else
{
string serverUrl = ConfigurationManager.AppSettings["FirstLook.Reports.App.ReportDefinitionLibrary.Xml.XmlReportDefinitionFactory.Report.ServerUrl"];
Serialization.ServerReport serverReport = xmlReport.ReportProcessingLocation.ServerReport;
RemoteReportProcessingLocation location = new RemoteReportProcessingLocation();
location.Path = serverReport.Path;
location.ServerUrl = new Uri(serverUrl);
report.ReportProcessingLocation = location;
}
IList <IReportParameter> reportParameters = new List <IReportParameter>();
if (xmlReport.Parameters != null && xmlReport.Parameters.Length > 0)
{
foreach (Serialization.Parameter xmlParameter in xmlReport.Parameters)
{
ReportParameter reportParameter = new ReportParameter();
reportParameter.AllowBlank = xmlParameter.AllowBlank;
reportParameter.AllowNull = xmlParameter.AllowNull;
reportParameter.Label = xmlParameter.Label;
reportParameter.Name = xmlParameter.Name;
reportParameter.ReportParameterDataType = (ReportParameterDataType)Enum.Parse(typeof(ReportParameterDataType), xmlParameter.ParameterDataType.ToString());
reportParameter.ReportParameterInputType = (ReportParameterInputType)Enum.Parse(typeof(ReportParameterInputType), xmlParameter.ParameterInputType.ToString());
AbstractReportParameterValues reportParameterValues = new ReportParameterValuesConstant();
if (xmlParameter.ValidValues != null)
{
if (xmlParameter.ValidValues.Item is Serialization.ParameterRange)
{
Serialization.ParameterRange xmlParameterRange = (Serialization.ParameterRange)xmlParameter.ValidValues.Item;
if (xmlParameterRange.Item is Serialization.DateRange)
{
Serialization.DateRange xmlDateRange = xmlParameterRange.Item;
DateRange dateRange = new DateRange();
dateRange.InitialUnit = (TimeUnit)Enum.Parse(typeof(TimeUnit), xmlDateRange.InitialUnit.ToString());
dateRange.InitialDistance = Int32.Parse(xmlDateRange.InitialDistance);
dateRange.DistanceUnit = (TimeUnit)Enum.Parse(typeof(TimeUnit), xmlDateRange.DistanceUnit.ToString());;
dateRange.Distance = Int32.Parse(xmlDateRange.Distance);
dateRange.NumberOfItems = Int32.Parse(xmlDateRange.NumberOfItems);
dateRange.Direction = (TimeDirection)Enum.Parse(typeof(TimeDirection), xmlDateRange.Direction.ToString());
Serialization.DateTimeFormatInfo xmlDtfi = xmlDateRange.DateTimeFormatInfo;
System.Globalization.DateTimeFormatInfo dtfi = new System.Globalization.DateTimeFormatInfo();
if (!string.IsNullOrEmpty(xmlDtfi.FullDateTimePattern))
{
dtfi.FullDateTimePattern = xmlDtfi.FullDateTimePattern;
}
if (!string.IsNullOrEmpty(xmlDtfi.LongDatePattern))
{
dtfi.LongDatePattern = xmlDtfi.LongDatePattern;
}
if (!string.IsNullOrEmpty(xmlDtfi.LongTimePattern))
{
dtfi.LongTimePattern = xmlDtfi.LongTimePattern;
}
if (!string.IsNullOrEmpty(xmlDtfi.MonthDayPattern))
{
dtfi.MonthDayPattern = xmlDtfi.MonthDayPattern;
}
if (!string.IsNullOrEmpty(xmlDtfi.ShortDatePattern))
{
dtfi.ShortDatePattern = xmlDtfi.ShortDatePattern;
}
if (!string.IsNullOrEmpty(xmlDtfi.ShortTimePattern))
{
dtfi.ShortTimePattern = xmlDtfi.ShortTimePattern;
}
if (!string.IsNullOrEmpty(xmlDtfi.YearMonthPattern))
{
dtfi.YearMonthPattern = xmlDtfi.YearMonthPattern;
}
int index = 0, selectedIndex = Int32.Parse(xmlDateRange.SelectedIndex);
foreach (DateTime value in dateRange.Items())
{
ReportParameterValue reportParameterValue = new ReportParameterValue();
reportParameterValue.Label = value.ToString(xmlDateRange.LabelDateTimeFormatSpecifier.ToString(), dtfi);
reportParameterValue.Value = value.ToString(xmlDateRange.ValueDateTimeFormatSpecifier.ToString(), dtfi);
reportParameterValue.Selected = (index++ == selectedIndex);
reportParameterValues.AddReportParameterValue(reportParameterValue);
}
}
else
{
// ADD NEW RANGE ELEMENT CODE HERE
}
}
else if (xmlParameter.ValidValues.Item is Serialization.DomainModel)
{
Serialization.DomainModel xmlDomainModel = (Serialization.DomainModel)xmlParameter.ValidValues.Item;
IDictionary <string, string> parameterLabelValuePair = new Dictionary <string, string>();
parameterLabelValuePair.Add("Label", xmlDomainModel.Label.Name);
parameterLabelValuePair.Add("Value", xmlDomainModel.Value.Name);
reportParameterValues = new ReportParameterValuesDynamic(Type.GetType(xmlDomainModel.DomainModelName), xmlDomainModel.InvokeMethod.MethodName,
parameterLabelValuePair);
foreach (Serialization.MethodArgument argument in xmlDomainModel.InvokeMethod.Arguments)
{
((ReportParameterValuesDynamic)reportParameterValues).AddMethodArgumentEntry(argument.Name, Type.GetType(argument.Type), argument.Value, argument.Source.ToString());
}
IList <IReportParameterValue> staticParameterValues = new List <IReportParameterValue>();
if (xmlDomainModel.CustomValues != null)
{
int index = System.Int32.Parse(xmlDomainModel.CustomValues.Insert.Index);
foreach (Serialization.ParameterValue parameterValue in xmlDomainModel.CustomValues.Insert.ParameterValue)
{
ReportParameterValue reportParameterValue = new ReportParameterValue();
reportParameterValue.Label = parameterValue.Label;
reportParameterValue.Value = parameterValue.Value;
reportParameterValue.Selected = parameterValue.Selected;
staticParameterValues.Add(reportParameterValue);
}
}
bool itemSelected = false;
// this logic is build on the assumption you can only preselect custom fields - is this a safe assumption?
if (xmlDomainModel.Selected != null)
{
if (xmlDomainModel.Selected.Index != null)
{
((ReportParameterValue)staticParameterValues[System.Int32.Parse(xmlDomainModel.Selected.Index)]).Selected = true;
itemSelected = true;
}
if (xmlDomainModel.Selected.Value != null)
{
foreach (ReportParameterValue x in staticParameterValues)
{
if (x.Value.Equals(xmlDomainModel.Selected.Value))
{
x.Selected = true;
itemSelected = true;
break;
}
}
}
}
if (!itemSelected)
{
if (staticParameterValues.Count > 0)
{
((ReportParameterValue)staticParameterValues[0]).Selected = true;
}
}
reportParameterValues.AddReportParameterValues(staticParameterValues);
}
else // ReportDefinitionLibrary.Xml.ParameterValues
{
Serialization.ParameterValue[] xmlParameterValues = (Serialization.ParameterValue[])xmlParameter.ValidValues.Item;
foreach (Serialization.ParameterValue parameterValue in xmlParameterValues)
{
ReportParameterValue reportParameterValue = new ReportParameterValue();
reportParameterValue.Label = parameterValue.Label;
reportParameterValue.Value = parameterValue.Value;
reportParameterValue.Selected = parameterValue.Selected;
reportParameterValues.AddReportParameterValue(reportParameterValue);
}
}
}
reportParameter.ReportParameterValues = reportParameterValues;
reportParameters.Add(reportParameter);
}
}
report.ReportParameters = reportParameters;
if (!proxy)
{
// Work against the RDL to extract data sources and verify parameters
IList <IReportDataSource> dataSources = new List <IReportDataSource>();
if (report.ReportProcessingLocation is LocalReportProcessingLocation)
{
string filename = ((LocalReportProcessingLocation)report.ReportProcessingLocation).File;
FirstLook.Reports.App.ReportDefinitionLibrary.ReportDefinitionLanguage.Report rdl = ReportDefinitionLanguageFacade.LoadReport(filename);
ReportDefinitionLanguageFacade.PopulateReportDataSources((Report)report, rdl);
ReportDefinitionLanguageFacade.VerifyReportParameters((Report)report, rdl);
}
}
return(report);
}
public async Task AddReportDataAsync(AbstractReport emailReportDto)
{
var mailConfigs = _emailReportConfiguration.MailConfigurations;
var shouldSendMail = emailReportDto.DataMissing;
MailConfiguration mailConfigurationToUse = null;
if (!shouldSendMail)
{
// Evaluate each configuration and see what matches
foreach (var mailConfig in mailConfigs)
{
if (mailConfig.SendMailCondition == SendMailCondition.Always)
{
mailConfigurationToUse = mailConfig;
}
else
{
if (!_testfailuresFlagsInitialized)
{
hasTestFailures = emailReportDto.HasFailedTests(_emailReportConfiguration.ReportDataConfiguration.IncludeOthersInTotal);
hasFailedTasks = emailReportDto.HasFailedTasks();
hasCanceledPhases = emailReportDto.HasCanceledPhases();
_testfailuresFlagsInitialized = true;
}
var hasFailures = hasTestFailures || hasFailedTasks || hasCanceledPhases;
if ((mailConfig.SendMailCondition == SendMailCondition.OnFailure && hasFailures) ||
(mailConfig.SendMailCondition == SendMailCondition.OnSuccess && !hasFailures))
{
mailConfigurationToUse = mailConfig;
}
else if (mailConfig.SendMailCondition == SendMailCondition.OnNewFailuresOnly && hasFailures)
{
// Always treat phase cancellation issues as new failure as we cannot distinguish/compare phase level issues
// Still compare failed tests and failed tasks where possible to reduce noise
if (hasCanceledPhases && !hasTestFailures && !hasFailedTasks)
{
mailConfigurationToUse = mailConfig;
_logger.LogInformation($"Has Phase cancellation(s) issues. Treating as new failure.");
}
else
{
_logger.LogInformation(
$"Looking for new failures, as the user send mail condition is '{mailConfig.SendMailCondition}'.");
if (hasPreviousReleaseGotSameFailures == null)
{
hasPreviousReleaseGotSameFailures = await HasPreviousReleaseGotSameFailuresAsync(emailReportDto, _emailReportConfiguration.PipelineConfiguration, hasTestFailures, hasFailedTasks);
}
shouldSendMail = !hasPreviousReleaseGotSameFailures.Value;
mailConfigurationToUse = mailConfig;
}
}
}
if (mailConfigurationToUse != null)
{
break;
}
}
}
emailReportDto.MailConfiguration = mailConfigurationToUse;
}