public void StartSentryTransaction_BindsToScope()
{
// Arrange
using var _ = SentrySdk.UseHub(new Hub(
new SentryOptions { Dsn = "https://[email protected]:65535/2147483647" },
Substitute.For <ISentryClient>()
));
var context = HttpContextBuilder.Build();
// Act
var transaction = context.StartSentryTransaction();
var transactionFromScope = SentrySdk.GetSpan();
// Assert
transactionFromScope.Should().BeSameAs(transaction);
}
/// <summary>
/// Discovers and downloads all of the catalog leafs after the current cursor value and before the maximum
/// commit timestamp found in the settings. Each catalog leaf is passed to the catalog leaf processor in
/// chronological order. After a commit is completed, its commit timestamp is written to the cursor, i.e. when
/// transitioning from commit timestamp A to B, A is written to the cursor so that it never is processed again.
/// </summary>
public async Task ProcessAsync(CancellationToken token)
{
var catalogIndexSpan = SentrySdk.GetSpan()?.StartChild("catalog.index", "Retrieving catalog index");
var catalogIndexUrl = await GetCatalogIndexUrlAsync(token);
catalogIndexSpan?.SetTag("catalogIndexUrl", catalogIndexUrl);
catalogIndexSpan?.Finish();
var minCommitTimestamp = await GetMinCommitTimestamp(token);
_logger.LogInformation(
"Using time bounds {min:O} (exclusive) to {max:O} (inclusive).",
minCommitTimestamp,
_settings.MaxCommitTimestamp);
var processIndexSpan = SentrySdk.GetSpan()?.StartChild("catalog.process", "Processing catalog");
processIndexSpan?.SetTag("minCommitTimestamp", minCommitTimestamp.ToString());
await ProcessIndexAsync(catalogIndexUrl, minCommitTimestamp, token);
processIndexSpan?.Finish();
}
public void StartSentryTransaction_BindsToScope()
{
// Arrange
using var _ = SentrySdk.UseHub(new Sentry.Internal.Hub(
new SentryOptions { Dsn = "https://[email protected]:65535/2147483647" },
Substitute.For <ISentryClient>()
));
var context = new HttpContext(
new HttpRequest("foo", "https://localhost/person/13", "details=true")
{
RequestType = "GET"
},
new HttpResponse(TextWriter.Null));
// Act
var transaction = context.StartSentryTransaction();
var transactionFromScope = SentrySdk.GetSpan();
// Assert
transactionFromScope.Should().BeSameAs(transaction);
}
private async Task ProcessPageAsync(DateTimeOffset minCommitTimestamp, CatalogPageItem pageItem, CancellationToken token)
{
var page = await _client.GetPageAsync(pageItem.Url, token);
var leafItems = page.GetLeavesInBounds(
minCommitTimestamp,
_settings.MaxCommitTimestamp,
_settings.ExcludeRedundantLeaves);
SentrySdk.GetSpan()?.SetTag("leafItemsCount", leafItems.Count.ToString());
_logger.LogInformation(
"On page {page}, {leaves} out of {totalLeaves} were in the time bounds.",
pageItem.Url,
leafItems.Count,
page.Items.Count);
DateTimeOffset?newCursor = null;
var tasks = new List <Task <CatalogLeaf> >();
foreach (var batch in leafItems
.Select((v, i) => new { Index = i, Value = v })
.GroupBy(v => v.Index / 25)
.Select(v => v.Select(p => p.Value)))
{
foreach (var leafItem in batch)
{
newCursor = leafItem.CommitTimestamp;
tasks.Add(ProcessLeafAsync(leafItem, token));
}
await Task.WhenAll(tasks);
foreach (var task in tasks)
{
try
{
if (task.Result is PackageDeleteCatalogLeaf del)
{
await _leafProcessor.ProcessPackageDeleteAsync(del, token);
}
else if (task.Result is PackageDetailsCatalogLeaf detail)
{
await _leafProcessor.ProcessPackageDetailsAsync(detail, token);
}
else
{
// Lots of null leafs
_logger.LogInformation("Unsupported leaf type: {type}.", task.Result?.GetType());
}
}
catch (Exception e)
{
_logger.LogError(e, "Failed to process {result}.", task.Result);
}
}
tasks.Clear();
}
if (newCursor.HasValue)
{
await _cursor.SetAsync(newCursor.Value, token);
}
}
public async Task UploadAllPathsAsync(
string friendlyName,
BatchType type,
IEnumerable <string> topLevelPaths,
CancellationToken cancellationToken)
{
var groupsSpan = SentrySdk.GetSpan()?.StartChild("group.get", "Get the group of directories to search in parallel");
var counter = 0;
var groups =
(from topPath in topLevelPaths
from lookupDirectory in SafeGetDirectories(topPath)
where _blockListedPaths?.Contains(lookupDirectory) != true
let c = counter++
group lookupDirectory by c / ParallelTasks
into grp
select grp.ToList()).ToList();
groupsSpan?.Finish();
var startSpan = SentrySdk.GetSpan()?.StartChild("batch.start");
Guid batchId;
try
{
batchId = await _symbolClient.Start(friendlyName, type, cancellationToken);
startSpan?.Finish(SpanStatus.Ok);
}
catch (Exception e)
{
startSpan?.Finish(e);
throw;
}
var uploadSpan = SentrySdk.GetSpan()?.StartChild("batch.upload");
uploadSpan?.SetTag("groups", groups.Count.ToString());
uploadSpan?.SetTag("total_items", counter.ToString());
try
{
foreach (var group in groups)
{
await UploadParallel(batchId, group, cancellationToken);
}
uploadSpan?.Finish(SpanStatus.Ok);
}
catch (Exception e)
{
uploadSpan?.Finish(e);
_logger.LogError(e, "Failed processing files for {batchId}. Rethrowing and leaving the batch open.",
batchId);
throw;
}
var stopSpan = SentrySdk.GetSpan()?.StartChild("batch.close");
await _symbolClient.Close(batchId, Metrics, cancellationToken);
stopSpan?.Finish(SpanStatus.Ok);
IEnumerable <string> SafeGetDirectories(string path)
{
_logger.LogDebug("Probing {path} for child directories.", path);
yield return(path);
IEnumerable <string> dirs;
try
{
dirs = Directory.GetDirectories(path, "*");
// can't yield return here, didn't blow up so go go
}
catch (UnauthorizedAccessException)
{
Metrics.FileOrDirectoryUnauthorizedAccess();
yield break;
}
catch (DirectoryNotFoundException)
{
Metrics.DirectoryDoesNotExist();
yield break;
}
foreach (var dir in dirs)
{
foreach (var safeDir in SafeGetDirectories(dir))
{
yield return(safeDir);
}
}
}
}