private TransactionDto FindAndVerifyTransaction(ReceivedData receivedData, SampleAppUrlPathData txData)
{
var txUrlPath = Consts.SampleApp.RootUrlPath + "/" + txData.RelativeUrlPath;
var transaction = receivedData.Transactions.Single(tx => tx.Name == $"GET {txUrlPath}");
transaction.Context.Request.Method.ToUpperInvariant().Should().Be("GET");
transaction.Context.Request.Url.Full.Should().Be("http://" + Consts.SampleApp.Host + txUrlPath);
transaction.Context.Request.Url.PathName.Should().Be(txUrlPath);
transaction.Context.Request.Url.Search.Should().BeNull();
transaction.Context.Response.Finished.Should().BeTrue();
transaction.Context.Response.StatusCode.Should().Be(txData.StatusCode);
if (txData.StatusCode == (int)HttpStatusCode.OK)
{
var caseInsensitiveResponseHeaders =
new Dictionary <string, string>(transaction.Context.Response.Headers, StringComparer.OrdinalIgnoreCase);
caseInsensitiveResponseHeaders["Content-Type"].Should().Be("text/html; charset=utf-8");
}
transaction.Context.Tags.Should().BeNull();
transaction.Context.User.Should().BeNull();
transaction.IsSampled.Should().BeTrue();
transaction.Name.Should().Be($"GET {txUrlPath}");
transaction.SpanCount.Started.Should().Be(txData.SpansCount);
transaction.SpanCount.Dropped.Should().Be(0);
return(transaction);
}
private static void VerifyRootChildTransactions(
ReceivedData receivedData,
SampleAppUrlPathData rootTxData,
SampleAppUrlPathData childTxData,
out TransactionDto rootTxOut,
out TransactionDto childTxOut
)
{
var rootTx = FindAndVerifyTransaction(receivedData, rootTxData);
var childTx = FindAndVerifyTransaction(receivedData, childTxData);
var spanCallToChildTx = receivedData.Spans.Single(sp => sp.Context.Http.Url == childTx.Context.Request.Url.Full);
VerifyHttpCallSpan(spanCallToChildTx, childTx.Context.Request.Url.Full, childTxData.StatusCode);
childTx.TraceId.Should().Be(rootTx.TraceId);
spanCallToChildTx.TraceId.Should().Be(rootTx.TraceId);
spanCallToChildTx.ParentId.Should().Be(rootTx.Id);
childTx.ParentId.Should().Be(spanCallToChildTx.Id);
spanCallToChildTx.TransactionId.Should().Be(rootTx.Id);
spanCallToChildTx.ShouldOccurBetween(rootTx);
childTx.ShouldOccurBetween(spanCallToChildTx);
rootTxOut = rootTx;
childTxOut = childTx;
}
public async Task DbOperationOutsideTransactionTest()
{
var pageData = new SampleAppUrlPathData(HomeController.DbOperationOutsideTransactionTestPageRelativePath
, HomeController.DbOperationOutsideTransactionTestStatusCode);
await SendGetRequestToSampleAppAndVerifyResponse(pageData.Uri, pageData.StatusCode);
await WaitAndVerifyReceivedDataSharedConstraints(pageData);
}
public async Task SimpleDbTest()
{
// 4 DB spans:
// 1) CREATE TABLE
// the first "new SampleDataDbContext()"
// 2) INSERT for
// dbCtx.Set<SampleData>().Add(new SampleData { Name = simpleDbTestSampleDataName });
// 3) SELECT for
// ```if (dbCtx.Set<SampleData>().Count() != 1)
// 4) SELECT for
// if (dbCtx.Set<SampleData>().First().Name != simpleDbTestSampleDataName)
var pageData = new SampleAppUrlPathData(HomeController.SimpleDbTestPageRelativePath, 200, spansCount: 4);
await SendGetRequestToSampleAppAndVerifyResponse(pageData.Uri, pageData.StatusCode);
await WaitAndCustomVerifyReceivedData(receivedData =>
{
VerifyReceivedDataSharedConstraints(pageData, receivedData);
// See comment for TestsBase.SampleAppUrlPaths.SimpleDbTestPage
var dbStatements = new[] { "CREATE TABLE", "INSERT", "SELECT", "SELECT" };
var transaction = receivedData.Transactions.First();
receivedData.Spans.ForEachIndexed((span, i) =>
{
var signatureParser = new SignatureParser(new Scanner());
var name = new StringBuilder();
signatureParser.QuerySignature(dbStatements[i], name, preparedStatement: false);
span.Name.Should().StartWith(name.ToString());
span.Type.Should().Be(ApiConstants.TypeDb);
span.Subtype.Should().Be(ApiConstants.SubtypeSqLite);
span.Context.Db.Type.Should().Be(Database.TypeSql);
span.Outcome.Should().Be(Outcome.Success);
span.Context.Db.Instance.Should().NotBeNull();
span.Context.Db.Instance.Should().Be(receivedData.Spans.First().Context.Db.Instance);
span.Context.Db.Statement.Should().StartWith(dbStatements[i]);
span.Context.Destination.Should().NotBeNull();
span.TraceId.Should().Be(transaction.TraceId);
span.TransactionId.Should().Be(transaction.Id);
span.ParentId.Should().Be(transaction.Id);
span.ShouldOccurBetween(transaction);
if (i != 0)
{
receivedData.Spans[i - 1].ShouldOccurBefore(span);
}
});
ShouldBeMonotonicInTime(receivedData.Spans);
});
}
public async Task Test(SampleAppUrlPathData sampleAppUrlPathDataForSampled)
{
var sampleAppUrlPathData = sampleAppUrlPathDataForSampled.Clone(spansCount: 0);
await SendGetRequestToSampleAppAndVerifyResponse(sampleAppUrlPathData.RelativeUrlPath, sampleAppUrlPathData.StatusCode);
await WaitAndCustomVerifyReceivedData(receivedData =>
{
VerifyReceivedDataSharedConstraints(sampleAppUrlPathData, receivedData);
AssertReceivedDataSampledStatus(receivedData, /* isSampled */ false);
});
}
public async Task FailingDbCallTest()
{
var pageData = new SampleAppUrlPathData(HomeController.FailingDbCallTestPageRelativePath
, HomeController.FailingDbCallTestStatusCode);
await SendGetRequestToSampleAppAndVerifyResponse(pageData.Uri, pageData.StatusCode);
await WaitAndCustomVerifyReceivedData(receivedData =>
{
receivedData.Transactions.Should().NotBeNullOrEmpty();
receivedData.Spans.Should().NotBeNullOrEmpty();
var selectSpan = receivedData.Spans
.First(n => n.Context.Db != null && n.Context.Db.Statement.ToLower().Contains("select * from nonexistingtable"));
selectSpan.Should().NotBeNull();
selectSpan.Outcome.Should().Be(Outcome.Failure);
});
}
protected void VerifyReceivedDataSharedConstraints(SampleAppUrlPathData sampleAppUrlPathData, ReceivedData receivedData)
{
FullFwAssertValid(receivedData);
receivedData.Transactions.Count.Should().Be(sampleAppUrlPathData.TransactionsCount);
receivedData.Spans.Count.Should().Be(sampleAppUrlPathData.SpansCount);
receivedData.Errors.Count.Should().Be(sampleAppUrlPathData.ErrorsCount);
if (receivedData.Transactions.Count != 1)
{
return;
}
var transaction = receivedData.Transactions.First();
if (transaction.Context != null)
{
transaction.Context.Request.Url.Full.Should().Be(sampleAppUrlPathData.Uri.AbsoluteUri);
transaction.Context.Request.Url.PathName.Should().Be(sampleAppUrlPathData.Uri.AbsolutePath);
if (string.IsNullOrEmpty(sampleAppUrlPathData.Uri.Query))
{
transaction.Context.Request.Url.Search.Should().BeNull();
}
else
{
// Uri.Query always unescapes the querystring so don't use it, and instead get the escaped querystring.
var queryString = sampleAppUrlPathData.Uri.GetComponents(UriComponents.Query, UriFormat.UriEscaped);
transaction.Context.Request.Url.Search.Should().Be(queryString);
}
transaction.Context.Response.StatusCode.Should().Be(sampleAppUrlPathData.StatusCode);
transaction.Outcome.Should().Be(sampleAppUrlPathData.Outcome);
}
var httpStatusFirstDigit = sampleAppUrlPathData.StatusCode / 100;
transaction.Result.Should().Be($"HTTP {httpStatusFirstDigit}xx");
transaction.SpanCount.Started.Should().Be(sampleAppUrlPathData.SpansCount);
}
protected void VerifyReceivedDataSharedConstraints(SampleAppUrlPathData sampleAppUrlPathData, ReceivedData receivedData)
{
FullFwAssertValid(receivedData);
receivedData.Transactions.Count.Should().Be(sampleAppUrlPathData.TransactionsCount);
receivedData.Spans.Count.Should().Be(sampleAppUrlPathData.SpansCount);
receivedData.Errors.Count.Should().Be(sampleAppUrlPathData.ErrorsCount);
// ReSharper disable once InvertIf
if (receivedData.Transactions.Count == 1)
{
var transaction = receivedData.Transactions.First();
if (transaction.Context != null)
{
transaction.Context.Request.Url.Full.Should().Be(Consts.SampleApp.RootUrl + "/" + sampleAppUrlPathData.RelativeUrlPath);
var questionMarkIndex = sampleAppUrlPathData.RelativeUrlPath.IndexOf('?');
if (questionMarkIndex == -1)
{
transaction.Context.Request.Url.PathName.Should()
.Be(Consts.SampleApp.RootUrlPath + "/" + sampleAppUrlPathData.RelativeUrlPath);
transaction.Context.Request.Url.Search.Should().BeNull();
}
else
{
transaction.Context.Request.Url.PathName.Should()
.Be(Consts.SampleApp.RootUrlPath + "/" + sampleAppUrlPathData.RelativeUrlPath.Substring(0, questionMarkIndex));
transaction.Context.Request.Url.Search.Should().Be(sampleAppUrlPathData.RelativeUrlPath.Substring(questionMarkIndex + 1));
}
transaction.Context.Response.StatusCode.Should().Be(sampleAppUrlPathData.StatusCode);
transaction.Outcome.Should().Be(sampleAppUrlPathData.Outcome);
}
var httpStatusFirstDigit = sampleAppUrlPathData.StatusCode / 100;
transaction.Result.Should().Be($"HTTP {httpStatusFirstDigit}xx");
transaction.SpanCount.Started.Should().Be(sampleAppUrlPathData.SpansCount);
}
}
public async Task Test(SampleAppUrlPathData sampleAppUrlPathDataForSampled)
{
var sampleAppUrlPathData = sampleAppUrlPathDataForSampled.Clone(spansCount: 0);
await SendGetRequestToSampleAppAndVerifyResponseStatusCode(sampleAppUrlPathData.RelativeUrlPath, sampleAppUrlPathData.StatusCode);
VerifyDataReceivedFromAgent(receivedData =>
{
TryVerifyDataReceivedFromAgent(sampleAppUrlPathData, receivedData);
foreach (var transaction in receivedData.Transactions)
{
transaction.Context.Should().BeNull();
transaction.SpanCount.Started.Should().Be(0);
transaction.IsSampled.Should().BeFalse();
}
foreach (var error in receivedData.Errors)
{
error.Context.Should().BeNull();
error.Transaction.IsSampled.Should().BeFalse();
}
});
}
public async Task ConcurrentDbTest()
{
const int numberOfConcurrentIterations = HomeController.ConcurrentDbTestNumberOfIterations;
(numberOfConcurrentIterations % 2).Should()
.Be(0
, $"because numberOfConcurrentIterations should be even. numberOfConcurrentIterations: {numberOfConcurrentIterations}");
// numberOfConcurrentIterations *3 + 5 DB spans:
// 1) CREATE TABLE
// 2) SELECT for
// if (dbCtx.Set<SampleData>().Count() != 0)
// 3) 2 concurrent spans
// 3.1) numberOfConcurrentIterations * 3 INSERT-s
// 4) SELECT for
// var sampleDataList = dbCtx.Set<SampleData>().ToList();
//
var pageData = new SampleAppUrlPathData(HomeController.ConcurrentDbTestPageRelativePath, 200
, spansCount: numberOfConcurrentIterations * 3 + 5);
await SendGetRequestToSampleAppAndVerifyResponse(pageData.Uri, pageData.StatusCode);
await WaitAndCustomVerifyReceivedData(receivedData =>
{
VerifyReceivedDataSharedConstraints(pageData, receivedData);
var transaction = receivedData.Transactions.First();
// ReSharper disable PossibleMultipleEnumeration
var topLevelSpans = receivedData.Spans.Where(span => span.ParentId == transaction.Id);
topLevelSpans.Should().HaveCount(5);
var topLevelDbSpans = topLevelSpans.Where(span => span.Type == ApiConstants.TypeDb);
topLevelDbSpans.Should().HaveCount(3);
ShouldBeMonotonicInTime(topLevelDbSpans);
var topLevelConcurrentSpans = topLevelSpans.Where(span => span.Type == HomeController.ConcurrentDbTestSpanType).ToList();
topLevelConcurrentSpans.Should().HaveCount(2);
var allChildDbSpans = new List <SpanDto> [2];
// ReSharper disable once ForeachCanBePartlyConvertedToQueryUsingAnotherGetEnumerator
foreach (var topLevelConcurrentSpan in topLevelConcurrentSpans)
{
var childDbSpans = receivedData.Spans.Where(span => span.ParentId == topLevelConcurrentSpan.Id);
childDbSpans.Should().HaveCount(numberOfConcurrentIterations * 3 / 2);
ShouldBeMonotonicInTime(childDbSpans);
childDbSpans.ForEachIndexed((childDbSpan, i) =>
{
childDbSpan.ParentId.Should().Be(topLevelConcurrentSpan.Id);
childDbSpan.ShouldOccurBetween(topLevelConcurrentSpan);
});
(topLevelConcurrentSpan.Name == "A" || topLevelConcurrentSpan.Name == "B").Should().BeTrue();
var index = topLevelConcurrentSpan.Name == "A" ? 0 : 1;
allChildDbSpans[index].Should().BeNull();
allChildDbSpans[index] = childDbSpans.ToList();
}
var indexInBranch = new int[2];
numberOfConcurrentIterations.Repeat(i =>
{
var containingSpanBranchIndex = i % 2 == 0 ? 0 : 1;
var containedSpansBranchIndex = (containingSpanBranchIndex + 1) % 2;
var containingSpan = allChildDbSpans[containingSpanBranchIndex][indexInBranch[containingSpanBranchIndex]];
var containedSpanBefore = allChildDbSpans[containedSpansBranchIndex][indexInBranch[containedSpansBranchIndex]];
var containedSpanAfter = allChildDbSpans[containedSpansBranchIndex][indexInBranch[containedSpansBranchIndex] + 1];
(OccursBetween(containedSpanBefore, containingSpan) || OccursBetween(containedSpanAfter, containingSpan)).Should()
.BeTrue(
$"containingSpan: {containingSpan}, containedSpanBefore: {containedSpanBefore}, containedSpanAfter: {containedSpanAfter}");
indexInBranch[containingSpanBranchIndex] += 1;
indexInBranch[containedSpansBranchIndex] += 2;
});
var dbStatements = new List <string> {
"CREATE TABLE", "SELECT", "SELECT"
};
var allChildDbSpansFlattened = allChildDbSpans.SelectMany(x => x);
dbStatements.AddRange(Enumerable.Repeat("INSERT", allChildDbSpansFlattened.Count()));
topLevelDbSpans.Concat(allChildDbSpansFlattened)
.ForEachIndexed((dbSpan, i) =>
{
var signatureParser = new SignatureParser(new Scanner());
var name = new StringBuilder();
signatureParser.QuerySignature(dbStatements[i], name, preparedStatement: false);
dbSpan.Name.Should().StartWith(name.ToString());
dbSpan.Type.Should().Be(ApiConstants.TypeDb);
dbSpan.Subtype.Should().Be(ApiConstants.SubtypeSqLite);
dbSpan.Context.Db.Type.Should().Be(Database.TypeSql);
dbSpan.Context.Db.Instance.Should().NotBeNull();
dbSpan.Context.Db.Instance.Should().Be(topLevelDbSpans.First().Context.Db.Instance);
dbSpan.Context.Db.Statement.Should().StartWith(dbStatements[i]);
dbSpan.Context.Destination.Should().NotBeNull();
dbSpan.TraceId.Should().Be(transaction.TraceId);
dbSpan.TransactionId.Should().Be(transaction.Id);
dbSpan.ShouldOccurBetween(transaction);
});
// ReSharper restore PossibleMultipleEnumeration
});
}
public async Task Test(SampleAppUrlPathData sampleAppUrlPathData)
{
await SendGetRequestToSampleAppAndVerifyResponse(sampleAppUrlPathData.RelativeUrlPath, sampleAppUrlPathData.StatusCode);
await VerifyDataReceivedFromAgent(sampleAppUrlPathData);
}
public async Task SampleAppShouldBeAvailableEvenWhenApmServerStopped(SampleAppUrlPathData sampleAppUrlPathData) => await SendGetRequestToSampleAppAndVerifyResponseStatusCode(sampleAppUrlPathData.RelativeUrlPath, sampleAppUrlPathData.StatusCode);
protected async Task WaitAndVerifyReceivedDataSharedConstraints(SampleAppUrlPathData sampleAppUrlPathData) =>
await WaitAndCustomVerifyReceivedData(receivedData => { VerifyReceivedDataSharedConstraints(sampleAppUrlPathData, receivedData); });
protected void VerifyDataReceivedFromAgent(SampleAppUrlPathData sampleAppUrlPathData) =>
VerifyDataReceivedFromAgent(receivedData => { TryVerifyDataReceivedFromAgent(sampleAppUrlPathData, receivedData); });
protected async Task VerifyDataReceivedFromAgent(SampleAppUrlPathData sampleAppUrlPathData) =>
await VerifyDataReceivedFromAgent(receivedData => { TryVerifyDataReceivedFromAgent(sampleAppUrlPathData, receivedData); });
private static TransactionDto FindAndVerifyTransaction(ReceivedData receivedData, SampleAppUrlPathData txData)
{
var txUrlPath = Consts.SampleApp.RootUrlPath + "/" + txData.RelativeUrlPath;
var expectedFullUrlAsString = "http://" + Consts.SampleApp.Host + txUrlPath;
var expectedFullUrl = new Uri(expectedFullUrlAsString);
var queryString = expectedFullUrl.Query;
if (queryString.IsEmpty())
{
// Uri.Query returns empty string both when query string is empty ("http://host/path?") and
// when there's no query string at all ("http://host/path") so we need a way to distinguish between these cases
if (expectedFullUrlAsString.IndexOf('?') == -1)
{
queryString = null;
}
}
else if (queryString[0] == '?')
{
queryString = queryString.Substring(1, queryString.Length - 1);
}
var transaction = receivedData.Transactions.Single(tx => tx.Context.Request.Url.PathName == expectedFullUrl.AbsolutePath);
transaction.Context.Request.Method.ToUpperInvariant().Should().Be("GET");
transaction.Context.Request.Url.Full.Should().Be(expectedFullUrlAsString);
transaction.Context.Request.Url.PathName.Should().Be(expectedFullUrl.AbsolutePath);
transaction.Context.Request.Url.Search.Should().Be(queryString);
transaction.Context.Response.Finished.Should().BeTrue();
transaction.Context.Response.StatusCode.Should().Be(txData.StatusCode);
if (txData.StatusCode == (int)HttpStatusCode.OK)
{
var caseInsensitiveResponseHeaders =
new Dictionary <string, string>(transaction.Context.Response.Headers, StringComparer.OrdinalIgnoreCase);
caseInsensitiveResponseHeaders["Content-Type"].Should().Be("text/html; charset=utf-8");
}
transaction.Context.Labels.Should().BeNull();
transaction.Context.User.Should().BeNull();
transaction.IsSampled.Should().BeTrue();
transaction.Name.Should().Be($"GET {expectedFullUrl.AbsolutePath}");
transaction.SpanCount.Started.Should().Be(txData.SpansCount);
transaction.SpanCount.Dropped.Should().Be(0);
return(transaction);
}
protected async Task WaitAndVerifyReceivedDataSharedConstraints(
SampleAppUrlPathData sampleAppUrlPathData
, bool shouldGatherDiagnostics = true
) =>
await WaitAndCustomVerifyReceivedData(receivedData => { VerifyReceivedDataSharedConstraints(sampleAppUrlPathData, receivedData); },
shouldGatherDiagnostics);
public async Task Test(SampleAppUrlPathData sampleAppUrlPathData)
{
await SendGetRequestToSampleAppAndVerifyResponse(sampleAppUrlPathData.RelativeUrlPath, sampleAppUrlPathData.StatusCode);
await WaitAndVerifyReceivedDataSharedConstraints(sampleAppUrlPathData);
}
public async Task WithDefaultSettings(SampleAppUrlPathData sampleAppUrlPathData)
{
await SendGetRequestToSampleAppAndVerifyResponseStatusCode(sampleAppUrlPathData.RelativeUrlPath, sampleAppUrlPathData.StatusCode);
VerifyDataReceivedFromAgent(sampleAppUrlPathData);
}
