public void AddJob(string jobName, string jobGroup, string triggerName, string triggerGroup, string cronExpression, Type jobType, bool isDurable, IDictionary <string, object> jobProperties)
{
if (IsJobExist(jobName, jobGroup))
{
throw new ArgumentException(string.Format("Job name {0} Group Name {1} already exists", jobName, jobGroup));
}
if (!JobUtil.IsValidCronExpression(cronExpression))
{
throw new ArgumentException(string.Format("Invalid Expression {0}", cronExpression));
}
var jobDetail = JobBuilder.Create()
.OfType(jobType)
.WithIdentity(jobName, jobGroup)
.StoreDurably(isDurable)
.RequestRecovery(true)
.Build();
//build trigger by cron expression
var triggerBuilder = TriggerBuilder.Create()
.WithIdentity(triggerName, triggerGroup)
.WithCronSchedule(cronExpression);
if (jobProperties != null && jobProperties.Count > 0)
{
triggerBuilder.UsingJobData(new JobDataMap(jobProperties));
}
var trigger = triggerBuilder.Build();
_scheduler.ScheduleJob(jobDetail, trigger);
}
public BuildResultEntity(
BoundBuildId buildId,
DateTimeOffset buildDateTime,
TimeSpan duration,
string jobKind,
string machineName,
BuildResultClassification classification,
PullRequestInfo prInfo)
{
JobName = buildId.JobId.Name;
JobKind = jobKind;
ViewName = AzureUtil.GetViewName(BuildId.JobId);
BuildNumber = buildId.Number;
HostRaw = buildId.Host.ToString();
ClassificationKindRaw = classification.Kind.ToString();
ClassificationName = classification.Name;
BuildDateTime = buildDateTime.UtcDateTime;
MachineName = machineName;
IsPullRequest = JobUtil.IsPullRequestJobName(buildId.JobId);
DurationSeconds = (int)duration.TotalSeconds;
if (prInfo != null)
{
PullRequestId = prInfo.Id;
PullRequestAuthor = prInfo.Author;
PullRequestAuthorEmail = prInfo.AuthorEmail;
PullRequestUrl = prInfo.PullUrl;
PullRequestSha1 = prInfo.Sha1;
Debug.Assert(HasPullRequestInfo);
Debug.Assert(PullRequestInfo != null);
}
Debug.Assert(BuildDateTime.Kind == DateTimeKind.Utc);
}
private BuildResultSummaryModel GetBuildResultSummaryModel(BuildFilterModel filter)
{
var model = new BuildResultSummaryModel()
{
Filter = filter,
};
var queryResult = _buildUtil
.GetBuildResults(filter.StartDate, filter.ViewName)
.Where(x => filter.IncludePullRequests || !JobUtil.IsPullRequestJobName(x.JobId.Name))
.Where(x => x.ClassificationKind != ClassificationKind.Succeeded)
.GroupBy(x => x.JobId)
.Select(x => new { JobId = x.Key, Count = x.Count() })
.OrderByDescending(x => x.Count)
.AsEnumerable();
if (filter.Limit.HasValue)
{
queryResult = queryResult.Take(filter.Limit.Value);
}
foreach (var entity in queryResult)
{
var entry = new BuildResultSummaryEntry()
{
JobId = entity.JobId,
Count = entity.Count
};
model.Entries.Add(entry);
}
return(model);
}
/// <summary>
/// A view of the builds grouped by the result.
/// </summary>
/// <returns></returns>
public ActionResult View(bool pr = false, DateTimeOffset?startDate = null, string viewName = AzureUtil.ViewNameRoslyn)
{
var filter = CreateBuildFilter(actionName: nameof(View), viewName: viewName, startDate: startDate, pr: pr);
var results =
_buildUtil.GetBuildResults(filter.StartDate, viewName)
.Where(x => pr || !JobUtil.IsPullRequestJobName(x.JobId))
.ToList();
var totalCount = results.Count;
var totalSucceeded = results.Count(x => x.ClassificationKind == ClassificationKind.Succeeded);
var builds = results
.Where(x => x.ClassificationKind != ClassificationKind.Succeeded)
.GroupBy(x => x.ClassificationName)
.Select(x => new BuildViewModel()
{
KindName = x.Key, Count = x.Count()
})
.ToList();
var model = new BuildViewSummaryModel()
{
Filter = filter,
TotalBuildCount = totalCount,
TotalSucceededCount = totalSucceeded,
Builds = builds
};
return(View(viewName: "View", model: model));
}
public ActionResult KindByViewName(string name = null, bool pr = false, DateTime?startDate = null)
{
var filter = CreateBuildFilter(actionName: nameof(KindByViewName), name: name, startDate: startDate, pr: pr);
var startDateValue = startDate ?? DateTimeOffset.UtcNow - TimeSpan.FromDays(1);
var results = _buildUtil
.GetBuildResultsByKindName(startDateValue, name, AzureUtil.ViewNameAll)
.Where(x => pr || !JobUtil.IsPullRequestJobName(x.JobId))
.ToList();
var builds = results
.GroupBy(x => x.ViewName)
.Select(x => new BuildViewNameModel()
{
ViewName = x.Key, Count = x.Count()
})
.ToList();
var model = new BuildResultKindByViewNameModel()
{
Filter = filter,
ClassificationKind = name,
Builds = builds,
TotalResultCount = results.Count
};
return(View(viewName: "KindByViewName", model: model));
}
public ActionResult JobElapsedTimePerBuild(bool pr = false, DateTime?startDate = null, string viewName = AzureUtil.ViewNameRoslyn, string jobName = "dotnet_coreclr/master/checked_windows_nt_bld")
{
var startDateValue = startDate ?? DateTimeOffset.UtcNow - TimeSpan.FromDays(1);
var filter = CreateBuildFilter(actionName: nameof(JobElapsedTimePerBuild), viewName: viewName, startDate: startDate, pr: pr);
var results = _buildUtil
.GetBuildResults(startDateValue, viewName)
.Where(x => pr || !JobUtil.IsPullRequestJobName(x.JobId) && x.JobId.Name == jobName)
.ToList();
var buildCount = results.Count;
var totalETOfCurrJob = 0;
foreach (var entry in results)
{
totalETOfCurrJob += entry.DurationSeconds;
}
var model = new JobElapsedTimePerBuildModel()
{
Filter = filter,
TotalBuildCount = buildCount,
TotalETOfCurrJob = totalETOfCurrJob,
Entries = results
};
return(View(viewName: "JobElapsedTimePerBuild", model: model));
}
public ActionResult AddJob(AddJobViewModel model)
{
try
{
var type = JobUtil.Create(model.NameSpace, string.Format("{0}.{1}", model.NameSpace, model.ClassName));
var properties = new Dictionary <string, object>();
if (model.TriggerProperties != null)
{
foreach (var keyVal in model.TriggerProperties)
{
try
{
string[] splitted = keyVal.Split('=');
properties.Add(splitted[0].Replace(" ", ""), splitted[1]);
}
catch (Exception) {}
}
}
Scheduler.Instance.AddJob(model.JobName, model.JobGroup, model.JobName, model.JobGroup,
model.CronExpression, type, model.IsDurable, properties);
}
catch (Exception ex)
{
return(Json(new { success = false, responseMessage = ex.Message }));
}
return(Json(new { success = true }));
}
private async Task PopulateCounters(BuildResultEntity result)
{
await _buildCounterUtil.UpdateAsync(x =>
{
var succeeded = result.ClassificationKind == ClassificationKind.Succeeded;
if (JobUtil.IsPullRequestJobName(result.JobName))
{
if (succeeded)
{
x.PullRequestSucceededCount++;
}
else
{
x.PullRequestFailedCount++;
}
}
else
{
if (succeeded)
{
x.CommitSucceededCount++;
}
else
{
x.CommitFailedCount++;
}
}
});
}
private TestFailureSummaryModel GetTestFailureSummaryModel(BuildFilterModel filter)
{
var failureQuery = _buildUtil
.GetTestCaseFailures(filter.StartDate, filter.ViewName)
.Where(x => filter.IncludePullRequests || !JobUtil.IsPullRequestJobName(x.BuildId.JobName))
.GroupBy(x => x.Identifier)
.Select(x => new { Key = x.Key, Count = x.Count() })
.OrderByDescending(x => x.Count)
.AsEnumerable();
if (filter.Limit.HasValue)
{
failureQuery = failureQuery.Take(filter.Limit.Value);
}
var summary = new TestFailureSummaryModel()
{
Filter = filter,
};
foreach (var pair in failureQuery)
{
var entry = new TestFailureSummaryEntry()
{
Name = pair.Key,
Count = pair.Count
};
summary.Entries.Add(entry);
}
return(summary);
}
public async Task AddJob(Model.Task model)
{
if (await IsJobExist(model.Name, model.JobGroup))
{
throw new ArgumentException(string.Format("Job name {0} Group Name {1} already exists", model.Name, model.JobGroup));
}
if (!JobUtil.IsValidCronExpression(model.Cron))
{
throw new ArgumentException(string.Format("Invalid Expression {0}", model.Cron));
}
var jobDetail = JobBuilder.Create()
.OfType(typeof(HttpRequestJob))
.WithIdentity(model.Name, model.JobGroup)
.StoreDurably(model.IsDeleted == 1)
.RequestRecovery(model.IsDeleted == 1)
.UsingJobData("TaskId", model.Id)
.UsingJobData("Timeout", model.Timeout)
.Build();
//build trigger by cron expression
var triggerBuilder = TriggerBuilder.Create()
.WithIdentity(model.Name, model.JobGroup)
.WithCronSchedule(model.Cron);
var trigger = triggerBuilder.Build();
await _scheduler.ScheduleJob(jobDetail, trigger);
}
public List <TestFailureData> GetTestFailures([FromUri] DateTimeOffset?startDate = null, [FromUri] string viewName = AzureUtil.ViewNameAll)
{
var startDateValue = startDate ?? DateTimeOffset.UtcNow - TimeSpan.FromDays(1);
var list = new List <TestFailureData>();
foreach (var group in _buildUtil.GetTestCaseFailures(startDateValue, viewName).GroupBy(x => x.Identifier))
{
var commitFailure = 0;
var prFailure = 0;
foreach (var entity in group)
{
if (JobUtil.IsPullRequestJobName(entity.BuildId.JobName))
{
prFailure++;
}
else
{
commitFailure++;
}
}
var item = new TestFailureData()
{
Name = group.Key,
TotalFailures = commitFailure + prFailure,
CommitFailures = commitFailure,
PullRequestFailures = prFailure
};
list.Add(item);
}
return(list);
}
/// <summary>
/// Method is processing integration config or integration folder item.
/// </summary>
/// <param name="integrationConfigDataSource">The item which contains integration config data.</param>
/// <param name="processIntegrationItemsOptions">The process integration items options.</param>
public static void ProcessTree([NotNull] Item integrationConfigDataSource, [NotNull] ProcessIntegrationItemsOptions processIntegrationItemsOptions)
{
Assert.ArgumentNotNull(integrationConfigDataSource, "integrationConfigDataSource");
Assert.ArgumentNotNull(processIntegrationItemsOptions, "processIntegrationItemsOptions");
CacheableIntegrationConfigData it = IntegrationCache.GetIntegrationConfigData(integrationConfigDataSource.ID);
if (!IntegrationDisabler.CurrentValue && (processIntegrationItemsOptions.Force || it == null || it.IsExpired))
{
if (processIntegrationItemsOptions.AsyncIntegration)
{
string jobName = string.Format("SharePoint_Integration_{0}", integrationConfigDataSource.ID);
var parameters = new object[]
{
processIntegrationItemsOptions, integrationConfigDataSource
};
JobUtil.StartJob(jobName, Instance, "ProcessTree", parameters);
}
else
{
Instance.ProcessTree(processIntegrationItemsOptions, integrationConfigDataSource);
}
}
}
protected override ValidationResult IsValid(object value, ValidationContext validationContext)
{
bool isValid = JobUtil.IsValidCronExpression(value.ToString());
return(isValid
? ValidationResult.Success
: new ValidationResult(FormatErrorMessage(validationContext.DisplayName)));
}
/// <summary>
/// Update the table storage to contain the result of the specified build.
/// </summary>
private async Task <BuildResultEntity> GetBuildFailureEntity(BuildId id)
{
var buildInfo = await _client.GetBuildInfoAsync(id);
var jobKind = await _client.GetJobKindAsync(id.JobId);
PullRequestInfo prInfo = null;
if (JobUtil.IsPullRequestJobName(id.JobId.Name))
{
try
{
prInfo = await _client.GetPullRequestInfoAsync(id);
}
catch (Exception ex)
{
// TODO: Flow builds don't have the PR directly in the triggered jobs. Have to walk
// back up to the parent job. For now swallow this error so we don't trigger false
// positives in the error detection.
_textWriter.WriteLine($"Error pulling PR info for {id}: {ex.Message}");
}
}
BuildResultClassification classification;
switch (buildInfo.State)
{
case BuildState.Succeeded:
classification = BuildResultClassification.Succeeded;
break;
case BuildState.Aborted:
classification = BuildResultClassification.Aborted;
break;
case BuildState.Failed:
classification = await PopulateFailedBuildResult(buildInfo, jobKind, prInfo);
break;
case BuildState.Running:
classification = BuildResultClassification.Unknown;
break;
default:
throw new Exception($"Invalid enum: {buildInfo.State} for {id.JobName} - {id.Number}");
}
return(new BuildResultEntity(
buildInfo.Id,
buildInfo.Date,
buildInfo.Duration,
jobKind: jobKind,
machineName: buildInfo.MachineName,
classification: classification,
prInfo: prInfo));
}
/// <summary>
/// postprocesses an audio job followed by a video job
/// this constellation happens in automated or one click encoding where we have an audio job linked
/// to a video job
/// first, any audio jobs previous to the audio job in question will be located
/// then we get the size of all audio tracks
/// from the desired final output size stored in the first video job, we calculate the video bitrate
/// we have to use to obtain the final file size, taking container overhead into account
/// the calculated bitrate is then applied to all video jobs
/// </summary>
/// <param name="firstAudio">the audio job that is linked to a video job</param>
/// <param name="firstpass">the video job to which the audio job is linked</param>
public static LogItem calculateBitrate(MainForm mainForm, Job ajob)
{
if (!(ajob is VideoJob))
{
return(null);
}
VideoJob job = (VideoJob)ajob;
if (job.BitrateCalculationInfo == null)
{
return(null);
}
BitrateCalculationInfo b = job.BitrateCalculationInfo;
LogItem log = new LogItem("Bitrate calculation for video");
List <AudioBitrateCalculationStream> audioStreams = new List <AudioBitrateCalculationStream>();
foreach (string s in b.AudioFiles)
{
audioStreams.Add(new AudioBitrateCalculationStream(s));
}
double framerate;
ulong framecount;
JobUtil.getInputProperties(out framecount, out framerate, job.Input);
CalcData data = new CalcData((long)framecount, (decimal)framerate, b.Container, job.Settings.Codec,
job.Settings.NbBframes > 0, audioStreams.ToArray());
data.TotalSize = b.DesiredSize;
try
{
data.CalcByTotalSize();
}
catch (Exception e)
{
log.LogValue("Calculation failed", e, ImageType.Error);
return(log);
}
log.LogValue("Desired size after subtracting audio", Math.Floor(data.VideoSize.KBExact) + " KBs");
log.LogValue("Calculated desired bitrate", (int)data.VideoBitrate + " kbit/s");
foreach (TaggedJob t in b.VideoJobs)
{
if (t.Job is VideoJob)
{
((VideoJob)t.Job).Settings.BitrateQuantizer = (int)data.VideoBitrate;
}
}
return(log);
}
/// <summary>
/// default constructor
/// initializes all the GUI components, initializes the internal objects and makes a default selection for all the GUI dropdowns
/// In addition, all the jobs and profiles are being loaded from the harddisk
/// </summary>
public MeGUIInfo()
{
this.codecs = new CodecManager();
this.gen = new CommandLineGenerator();
this.path = System.Windows.Forms.Application.StartupPath;
this.jobs = new Dictionary <string, Job>();
this.skipJobs = new List <Job>();
this.logBuilder = new StringBuilder();
this.jobUtil = new JobUtil(this);
this.settings = new MeGUISettings();
this.calc = new BitrateCalculator();
audioStreams = new AudioStream[2];
audioStreams[0].path = "";
audioStreams[0].output = "";
audioStreams[0].settings = null;
audioStreams[1].path = "";
audioStreams[1].output = "";
audioStreams[1].settings = null;
this.videoEncoderProvider = new VideoEncoderProvider();
this.audioEncoderProvider = new AudioEncoderProvider();
this.profileManager = new ProfileManager(this.path);
this.profileManager.LoadProfiles(videoProfile, audioProfile);
this.loadSettings();
this.loadJobs();
this.dialogManager = new DialogManager(this);
#warning refactor menus
int index = menuItem1.MenuItems.Count;
foreach (IMuxing muxer in PackageSystem.MuxerProviders.Values)
{
MenuItem newMenuItem = new MenuItem();
newMenuItem.Text = muxer.Name;
newMenuItem.Tag = muxer;
newMenuItem.Index = index;
index++;
menuItem1.MenuItems.Add(newMenuItem);
newMenuItem.Click += new System.EventHandler(this.mnuMuxer_Click);
}
index = mnuTools.MenuItems.Count;
foreach (ITool tool in PackageSystem.Tools.Values)
{
MenuItem newMenuItem = new MenuItem();
newMenuItem.Text = tool.Name;
newMenuItem.Tag = tool;
newMenuItem.Index = index;
index++;
mnuTools.MenuItems.Add(newMenuItem);
newMenuItem.Click += new System.EventHandler(this.mnuTool_Click);
}
//MessageBox.Show(String.Join("|", this.GetType().Assembly.GetManifestResourceNames()));
using (TextReader r = new StreamReader(this.GetType().Assembly.GetManifestResourceStream("MeGUI.Changelog.txt")))
{
mainForm.Changelog.Text = r.ReadToEnd();
}
}
internal async Task <SendGridMessage> Clean(CancellationToken cancellationToken)
{
var limit = DateTimeOffset.UtcNow - TimeSpan.FromHours(12);
var filter = FilterUtil.Column(
nameof(UnprocessedBuildEntity.LastUpdate),
limit,
ColumnOperator.LessThanOrEqual);
var query = new TableQuery <UnprocessedBuildEntity>().Where(filter);
var list = await AzureUtil.QueryAsync(_unprocessedBuildTable, query, cancellationToken);
if (list.Count == 0)
{
return(null);
}
var textBuilder = new StringBuilder();
var htmlBuilder = new StringBuilder();
foreach (var entity in list)
{
var boundBuildId = entity.BoundBuildId;
var buildId = boundBuildId.BuildId;
// GC Stress jobs can correctly execute for up to 3 days. This is a bit of an outlier but one we
// need to handle;
if (JobUtil.IsGCStressJob(buildId.JobId))
{
var stressLimit = DateTimeOffset.UtcNow - TimeSpan.FromDays(3);
if (entity.LastUpdate >= stressLimit)
{
continue;
}
}
_logger.WriteLine($"Deleting stale data {boundBuildId.Uri}");
textBuilder.Append($"Deleting stale data: {boundBuildId.Uri}");
textBuilder.Append($"Eror: {entity.StatusText}");
htmlBuilder.Append($@"<div>");
htmlBuilder.Append($@"<div>Build <a href=""{boundBuildId.Uri}"">{buildId.JobName} {buildId.Number}</a></div>");
htmlBuilder.Append($@"<div>Error: {WebUtility.HtmlEncode(entity.StatusText)}</div>");
htmlBuilder.Append($@"</div>");
}
await AzureUtil.DeleteBatchUnordered(_unprocessedBuildTable, list);
return(new SendGridMessage()
{
Text = textBuilder.ToString(),
Html = htmlBuilder.ToString()
});
}
/// <summary>
/// postprocesses an audio job followed by a video job
/// this constellation happens in automated or one click encoding where we have an audio job linked
/// to a video job
/// first, any audio jobs previous to the audio job in question will be located
/// then we get the size of all audio tracks
/// from the desired final output size stored in the first video job, we calculate the video bitrate
/// we have to use to obtain the final file size, taking container overhead into account
/// the calculated bitrate is then applied to all video jobs
/// </summary>
/// <param name="firstAudio">the audio job that is linked to a video job</param>
/// <param name="firstpass">the video job to which the audio job is linked</param>
public static LogItem calculateBitrate(MainForm mainForm, Job ajob)
{
if (!(ajob is VideoJob))
{
return(null);
}
VideoJob job = (VideoJob)ajob;
if (job.BitrateCalculationInfo == null)
{
return(null);
}
BitrateCalculationInfo b = job.BitrateCalculationInfo;
LogItem log = new LogItem("Bitrate calculation for video");
List <AudioBitrateCalculationStream> audioStreams = new List <AudioBitrateCalculationStream>();
foreach (string s in b.AudioFiles)
{
audioStreams.Add(new AudioBitrateCalculationStream(s));
}
double framerate;
ulong framecount;
JobUtil.getInputProperties(out framecount, out framerate, job.Input);
int bitrateKBits;
ulong videoSizeKB = 0;
try
{
bitrateKBits = BitrateCalculator.CalculateBitrateKBits(job.Settings.Codec, job.Settings.NbBframes > 0, b.Container,
audioStreams.ToArray(), b.DesiredSize.Bytes, framecount, framerate, out videoSizeKB);
}
catch (CalculationException e)
{
log.LogValue("Calculation failed", e, ImageType.Error);
return(log);
}
log.LogValue("Desired size after subtracting audio", videoSizeKB + "KBs");
log.LogValue("Calculated desired bitrate", bitrateKBits + "kbit/s");
foreach (TaggedJob t in b.VideoJobs)
{
((VideoJob)t.Job).Settings.BitrateQuantizer = bitrateKBits;
}
return(log);
}
internal static JenkinsClient CreateJenkinsClient(Uri jenkinsUrl, JobId jobId)
{
// TODO: don't authenticate when it's not https
if (JobUtil.IsAuthNeededHeuristic(jobId))
{
var githubConnectionString = CloudConfigurationManager.GetSetting(SharedConstants.GithubConnectionStringName);
return(new JenkinsClient(jenkinsUrl, githubConnectionString));
}
else
{
return(new JenkinsClient(jenkinsUrl));
}
}
internal static JenkinsClient CreateJenkinsClient(BoundBuildId buildId)
{
if (JobUtil.IsAuthNeededHeuristic(buildId.JobId))
{
var githubConnectionString = CloudConfigurationManager.GetSetting(SharedConstants.GithubConnectionStringName);
var host = buildId.GetHostUri(useHttps: true);
return(new JenkinsClient(host, githubConnectionString));
}
else
{
return(new JenkinsClient(buildId.Host));
}
}
/// <summary>
/// postprocesses an audio job followed by a video job
/// this constellation happens in automated or one click encoding where we have an audio job linked
/// to a video job
/// first, any audio jobs previous to the audio job in question will be located
/// then we get the size of all audio tracks
/// from the desired final output size stored in the first video job, we calculate the video bitrate
/// we have to use to obtain the final file size, taking container overhead into account
/// the calculated bitrate is then applied to all video jobs
/// </summary>
/// <param name="firstAudio">the audio job that is linked to a video job</param>
/// <param name="firstpass">the video job to which the audio job is linked</param>
public static void calculateBitrate(MainForm mainForm, Job ajob)
{
if (!(ajob is VideoJob))
{
return;
}
VideoJob job = (VideoJob)ajob;
if (job.BitrateCalculationInfo == null)
{
return;
}
BitrateCalculationInfo b = job.BitrateCalculationInfo;
mainForm.addToLog("Doing bitrate calculation...");
List <AudioBitrateCalculationStream> audioStreams = new List <AudioBitrateCalculationStream>();
foreach (string s in b.AudioFiles)
{
audioStreams.Add(new AudioBitrateCalculationStream(s));
}
double framerate;
ulong framecount;
JobUtil.getInputProperties(out framecount, out framerate, job.Input);
int bitrateKBits;
ulong videoSizeKB = 0;
try
{
bitrateKBits = BitrateCalculator.CalculateBitrateKBits(job.Settings.Codec, job.Settings.NbBframes > 0, b.Container,
audioStreams.ToArray(), b.DesiredSize.Bytes, framecount, framerate, out videoSizeKB);
}
catch (CalculationException e)
{
mainForm.addToLog("Calculation failed with message '{0}'", e);
return;
}
mainForm.addToLog("Desired video size after subtracting audio size is {0}KBs. Setting the desired bitrate of the subsequent video jobs to {1} kbit/s.",
videoSizeKB, bitrateKBits);
foreach (TaggedJob t in b.VideoJobs)
{
((VideoJob)t.Job).Settings.BitrateQuantizer = bitrateKBits;
}
}
public JobHistoryDetailDTO DoSalaryIncreasing(long empId, int jobLevel)
{
var transaction = _humanManagerContext.Database.BeginTransaction();
try
{
DateTime today = System.DateTime.Today;
EmployeeEntity employeeEntity = _humanManagerContext.Employees.Where(e => e.Id == empId)
.Include(e => e.Job)
.ThenInclude(j => j.JobLevel)
.SingleOrDefault();
JobHistoryEntity jobHistoryEntity = _humanManagerContext.JobHistorys.Where(jh => jh.EmployeeId == employeeEntity.Id && jh.JobId == employeeEntity.JobId).SingleOrDefault();
// Kiểm tra việc tính lương. tính r ko đc nâng.
bool haveCounted = _humanManagerContext.SalaryHistories.Where(sh => sh.EmployeeId == empId && sh.CountedDate.Month == today.Month && sh.CountedDate.Year == today.Year).Any();
if (haveCounted)
{
throw new Exception(SalaryMessageContant.SALARY_COUNTED);
}
// kiểm tra và thay đổi job level
JobLevelEntity jobLevelEntity = employeeEntity.Job.JobLevel;
if (JobUtil.IsLevelExit(jobLevelEntity, jobLevel))
{
employeeEntity.JobLevel = jobLevel;
}
else
{
throw new Exception(SalaryMessageContant.JOB_LEVEL_NOT_EXITS);
}
// lưu level vào lịch sử
_humanManagerContext.JobHistoryDetails.Add(new JobHistoryDetailEntity(jobLevel, today, jobHistoryEntity));
_humanManagerContext.SaveChanges();
transaction.Commit();
return(new JobHistoryDetailDTO(employeeEntity.Id, employeeEntity.Firstname + employeeEntity.Firstname, employeeEntity.JobId, employeeEntity.Job.JobTitle, jobLevel, System.DateTime.Today));
}
catch (Exception ex)
{
transaction.Rollback();
throw ex;
}
}
public ActionResult Kind(string name = null, bool pr = false, DateTime?startDate = null, string viewName = AzureUtil.ViewNameRoslyn)
{
var filter = CreateBuildFilter(nameof(Kind), name, viewName, pr, startDate);
var startDateValue = startDate ?? DateTimeOffset.UtcNow - TimeSpan.FromDays(1);
var list = _buildUtil
.GetBuildResultsByKindName(startDateValue, name, viewName)
.Where(x => pr || !JobUtil.IsPullRequestJobName(x.JobName))
.ToList();
var model = new BuildResultKindModel()
{
Filter = filter,
ClassificationKind = name,
Entries = list,
};
return(View(viewName: "Kind", model: model));
}
private BuildResultModel GetBuildResultModel(string jobName, BuildFilterModel filter)
{
var model = new BuildResultModel()
{
Filter = filter,
JobId = JobId.ParseName(jobName),
};
var queryResult = _buildUtil
.GetBuildResults(filter.StartDate, jobName, filter.ViewName)
.Where(x => filter.IncludePullRequests || !JobUtil.IsPullRequestJobName(x.JobId.Name))
.Where(x => x.ClassificationKind != ClassificationKind.Succeeded)
.OrderBy(x => x.BuildNumber);
model.Entries.AddRange(queryResult);
return(model);
}
internal static JenkinsClient CreateClient(Uri host, JobId jobId = null, bool?auth = null)
{
if (auth == null && jobId != null)
{
auth = JobUtil.IsAuthNeededHeuristic(jobId);
}
var builder = new UriBuilder(host);
if (auth == true)
{
builder.Scheme = Uri.UriSchemeHttps;
var text = ConfigurationManager.AppSettings[SharedConstants.GithubConnectionStringName];
return(new JenkinsClient(builder.Uri, text));
}
return(new JenkinsClient(builder.Uri));
}
private static void CollectData()
{
var all = new List <string>();
foreach (var file in Directory.EnumerateFiles(Root, "builds.csv", SearchOption.AllDirectories))
{
foreach (var buildData in ReadBuildData(file))
{
var path = JenkinsUtil.ConvertJobIdToPath(buildData.BuildId.JobId);
var isPr = JobUtil.IsPullRequestJobName(buildData.BuildId.JobId);
var newLine = $"{path},{buildData.BuildId.Number},{isPr},{buildData.ResultName},{buildData.ResultCategory}";
all.Add(newLine);
}
}
File.WriteAllLines(
Path.Combine(Root, "all.csv"),
all.ToArray());
}
public TestFailureData GetTestFailure([FromUri] string name, [FromUri] DateTimeOffset?startDate = null, string viewName = AzureUtil.ViewNameRoslyn)
{
var data = new TestFailureData()
{
Name = name,
Builds = new List <BuildData>()
};
var startDateValue = startDate ?? DateTimeOffset.UtcNow - TimeSpan.FromDays(1);
var prCount = 0;
var commitCount = 0;
foreach (var entity in _buildUtil.GetTestCaseFailures(startDateValue, name, viewName))
{
var buildId = entity.BuildId;
var jobId = buildId.JobId;
if (JobUtil.IsPullRequestJobName(jobId.Name))
{
prCount++;
}
else
{
commitCount++;
}
var buildData = new BuildData()
{
JobName = jobId.Name,
JobShortName = jobId.ShortName,
JobUri = entity.BoundBuildId.JobUri.ToString(),
MachineName = entity.MachineName,
DateTime = startDateValue,
};
data.Builds.Add(buildData);
}
data.TotalFailures = prCount + commitCount;
data.CommitFailures = commitCount;
data.PullRequestFailures = prCount;
return(data);
}
/// <summary>
/// A view of the elapsed time grouped by the result.
/// </summary>
/// <returns></returns>
public ActionResult ElapsedTime(bool pr = false, DateTimeOffset?startDate = null, string viewName = AzureUtil.ViewNameRoslyn)
{
var filter = CreateBuildFilter(actionName: nameof(ElapsedTime), viewName: viewName, startDate: startDate, pr: pr);
var results =
_buildUtil.GetBuildResults(filter.StartDate, viewName)
.Where(x => pr || !JobUtil.IsPullRequestJobName(x.JobId))
.ToList();
var totalCount = results.Count;
var totalSucceeded = results.Count(x => x.ClassificationKind == ClassificationKind.Succeeded);
var runCounts = results
.Select(x => new ElapsedTimeModel()
{
JobId = x.JobId, JobName = x.JobName, ElapsedTime = x.DurationSeconds
})
.ToList();
List <int> runsPerETRange = new List <int>();
for (int i = 0; i < _ETRangeCount; i++)
{
runsPerETRange.Add(0);
}
foreach (var runElapsedTime in runCounts)
{
int ETDigits = runElapsedTime.ElapsedTime.ToString().Length;
runsPerETRange[ETDigits - 1] = runsPerETRange[ETDigits - 1] + 1;
}
var model = new ElapsedTimeSummaryModel()
{
Filter = filter,
TotalBuildCount = totalCount,
TotalSucceededCount = totalSucceeded,
RunCountsPerETRange = runsPerETRange
};
return(View(viewName: "ElapsedTime", model: model));
}
private TestFailureModel GetTestFailureModel(BuildFilterModel filter)
{
var model = new TestFailureModel()
{
Filter = filter,
Name = filter.Name,
};
foreach (var entity in _buildUtil.GetTestCaseFailures(filter.StartDate, filter.Name, filter.ViewName))
{
var buildId = entity.BuildId;
if (!filter.IncludePullRequests && JobUtil.IsPullRequestJobName(buildId.JobName))
{
continue;
}
model.Builds.Add(entity);
}
return(model);
}
public BuildFailureEntity(BuildId buildId, string identifier, DateTimeOffset buildDate, BuildFailureKind kind, string jobKind, string machineName, PullRequestInfo prInfo)
{
JobName = buildId.JobName;
JobKind = jobKind;
ViewName = AzureUtil.GetViewName(buildId.JobId);
BuildNumber = buildId.Number;
Identifier = identifier;
BuildFailureKindRaw = kind.ToString();
BuildDateTime = buildDate.UtcDateTime;
IsPullRequest = JobUtil.IsPullRequestJobName(buildId.JobId);
MachineName = machineName;
if (prInfo != null)
{
PullRequestId = prInfo.Id;
PullRequestAuthor = prInfo.Author;
PullRequestAuthorEmail = prInfo.AuthorEmail;
PullRequestUrl = prInfo.PullUrl;
PullRequestSha1 = prInfo.Sha1;
Debug.Assert(HasPullRequestInfo);
Debug.Assert(PullRequestInfo != null);
}
}
/// <summary>
/// default constructor
/// initializes all the GUI components, initializes the internal objects and makes a default selection for all the GUI dropdowns
/// In addition, all the jobs and profiles are being loaded from the harddisk
/// </summary>
public MeGUIInfo()
{
this.codecs = new CodecManager();
this.gen = new CommandLineGenerator();
this.path = System.Windows.Forms.Application.StartupPath;
this.jobs = new Dictionary<string, Job>();
this.skipJobs = new List<Job>();
this.logBuilder = new StringBuilder();
this.jobUtil = new JobUtil(this);
this.settings = new MeGUISettings();
this.calc = new BitrateCalculator();
audioStreams = new AudioStream[2];
audioStreams[0].path = "";
audioStreams[0].output = "";
audioStreams[0].settings = null;
audioStreams[1].path = "";
audioStreams[1].output = "";
audioStreams[1].settings = null;
this.videoEncoderProvider = new VideoEncoderProvider();
this.audioEncoderProvider = new AudioEncoderProvider();
this.profileManager = new ProfileManager(this.path);
this.profileManager.LoadProfiles(videoProfile, audioProfile);
this.loadSettings();
this.loadJobs();
this.dialogManager = new DialogManager(this);
int index = menuItem1.MenuItems.Count;
foreach (IMuxing muxer in PackageSystem.MuxerProviders.Values)
{
MenuItem newMenuItem = new MenuItem();
newMenuItem.Text = muxer.Name;
newMenuItem.Tag = muxer;
newMenuItem.Index = index;
index++;
menuItem1.MenuItems.Add(newMenuItem);
newMenuItem.Click += new System.EventHandler(this.mnuMuxer_Click);
}
index = mnuTools.MenuItems.Count;
foreach (ITool tool in PackageSystem.Tools.Values)
{
MenuItem newMenuItem = new MenuItem();
newMenuItem.Text = tool.Name;
newMenuItem.Tag = tool;
newMenuItem.Index = index;
index++;
mnuTools.MenuItems.Add(newMenuItem);
newMenuItem.Click += new System.EventHandler(this.mnuTool_Click);
}
//MessageBox.Show(String.Join("|", this.GetType().Assembly.GetManifestResourceNames()));
using (TextReader r = new StreamReader(this.GetType().Assembly.GetManifestResourceStream("MeGUI.Changelog.txt")))
{
mainForm.Changelog.Text = r.ReadToEnd();
}
}
