internal PollAnswer(InternalApi.PollAnswer pollAnswer, InternalApi.Poll poll)
{
PollId = pollAnswer.PollId;
Id = pollAnswer.Id;
Name = pollAnswer.Name;
VoteCount = poll.HideResultsUntilVotingComplete && poll.VotingEndDateUtc.HasValue && poll.VotingEndDateUtc > DateTime.UtcNow ? 0 : pollAnswer.VoteCount;
}
internal PollVote(InternalApi.PollVote pollVote)
{
PollId = pollVote.PollId;
Answer = new PollAnswer(InternalApi.PollingService.GetPollAnswer(pollVote.PollAnswerId), InternalApi.PollingService.GetPoll(pollVote.PollId));
CreatedDate = InternalApi.Formatting.FromUtcToUserTime(pollVote.CreatedDateUtc);
LastUpdatedDate = InternalApi.Formatting.FromUtcToUserTime(pollVote.LastUpdatedDateUtc);
User = new User(pollVote.UserId);
}
public static void DisableBrowserMonitoring(bool overrideManual = false)
{
const ApiMethod apiMetric = ApiMethod.DisableBrowserMonitoring;
const string apiName = nameof(DisableBrowserMonitoring);
void work()
{
InternalApi.DisableBrowserMonitoring(overrideManual);
}
TryInvoke(work, apiName, apiMetric);
}
public static void SetUserParameters(string?userName, string?accountName, string?productName)
{
const ApiMethod apiMetric = ApiMethod.SetUserParameters;
const string apiName = nameof(SetUserParameters);
void work()
{
InternalApi.SetUserParameters(userName, accountName, productName);
}
TryInvoke(work, apiName, apiMetric);
}
public static void SetTransactionUri(Uri uri)
{
const ApiMethod apiMetric = ApiMethod.SetTransactionUri;
const string apiName = nameof(SetTransactionUri);
void work()
{
InternalApi.SetTransactionUri(uri);
}
TryInvoke(work, apiName, apiMetric);
}
/// <summary>
/// Notice an error identified by an exception report it to the New Relic service.
/// If this method is called within a transaction,
/// the exception will be reported with the transaction when it finishes.
/// If it is invoked outside of a transaction, a traced error will be created and reported to the New Relic service.
/// Only the exception/parameter pair for the first call to NoticeError during the course of a transaction is retained.
/// Supports web applications only.
/// </summary>
/// <param name="exception">The exception to be reported.
/// Only part of the exception's information may be retained to prevent the report from being too large.
/// </param>
/// <param name="customAttributes">Custom parameters to include in the traced error.
/// May be null.
/// Only 10,000 characters of combined key/value data is retained.
/// </param>
public static void NoticeError(Exception exception, IDictionary <string, object> customAttributes)
{
const ApiMethod apiMetric = ApiMethod.NoticeError;
const string apiName = nameof(NoticeError);
void work()
{
InternalApi.NoticeError(exception, customAttributes);
}
TryInvoke(work, apiName, apiMetric);
}
public static void AddCustomParameter(string key, string value)
{
const ApiMethod apiMetric = ApiMethod.AddCustomParameter;
const string apiName = nameof(AddCustomParameter);
void work()
{
InternalApi.AddCustomParameter(key, value);
}
TryInvoke(work, apiName, apiMetric);
}
/// <summary>
/// Notice an error identified by an exception and report it to the New Relic service.
/// If this method is called within a transaction,
/// the exception will be reported with the transaction when it finishes.
/// If it is invoked outside of a transaction, a traced error will be created and reported to the New Relic service.
/// Only the exception/parameter pair for the first call to NoticeError during the course of a transaction is retained.
/// Supports web applications only.
/// </summary>
/// <param name="exception">The exception to be reported.
/// Only part of the exception's information may be retained to prevent the report from being too large.
/// </param>
public static void NoticeError(Exception exception)
{
const ApiMethod apiMetric = ApiMethod.NoticeError;
const string apiName = nameof(NoticeError);
void work()
{
InternalApi.NoticeError(exception);
}
TryInvoke(work, apiName, apiMetric);
}
/// <summary>
/// Increment the metric counter for the given name.
/// </summary>
/// <param name="name">The name of the metric to increment.
/// Only the first 1000 characters are retained.
/// </param>
public static void IncrementCounter(string name)
{
const ApiMethod apiMetric = ApiMethod.IncrementCounter;
const string apiName = nameof(IncrementCounter);
void work()
{
InternalApi.IncrementCounter(name);
}
TryInvoke(work, apiName, apiMetric);
}
public static void SetTransactionName(string?category, string name)
{
const ApiMethod apiMetric = ApiMethod.SetTransactionName;
const string apiName = nameof(SetTransactionName);
void work()
{
InternalApi.SetTransactionName(category, name);
}
TryInvoke(work, apiName, apiMetric);
}
/// <summary>
/// Record a response time in milliseconds for the given metric name.
/// </summary>
/// <param name="name">The name of the response time metric to record.
/// Only the first 1000 characters are retained.
/// </param>
/// <param name="millis">The response time to record in milliseconds.</param>
public static void RecordResponseTimeMetric(string name, long millis)
{
const ApiMethod apiMetric = ApiMethod.RecordResponseTimeMetric;
const string apiName = nameof(RecordResponseTimeMetric);
void work()
{
InternalApi.RecordResponseTimeMetric(name, millis);
}
TryInvoke(work, apiName, apiMetric);
}
/// <summary> Record a metric value for the given name. </summary>
/// <param name="name"> The name of the metric to record. Only the first 1000 characters are
/// retained. </param>
/// <param name="value"> The value to record. Only the first 1000 characters are retained. </param>
public static void RecordMetric(string name, float value)
{
const ApiMethod apiMetric = ApiMethod.RecordMetric;
const string apiName = nameof(RecordMetric);
void work()
{
InternalApi.RecordMetric(name, value);
}
TryInvoke(work, apiName, apiMetric);
}
/// <summary> Record a custom analytics event. </summary>
/// <param name="eventType"> The name of the metric to record. Only the first 255 characters (256
/// including the null terminator) are retained. </param>
/// <param name="attributes"> The value to record. Only the first 1000 characters are retained. </param>
public static void RecordCustomEvent(string eventType, IEnumerable <KeyValuePair <string, object> > attributes)
{
const ApiMethod apiMetric = ApiMethod.RecordCustomEvent;
const string apiName = nameof(RecordCustomEvent);
void work()
{
InternalApi.RecordCustomEvent(eventType, attributes);
}
TryInvoke(work, apiName, apiMetric);
}
public static void NoticeError(string message, IDictionary <string, object> customAttributes, bool isExpected)
{
const ApiMethod apiMetric = ApiMethod.NoticeError;
const string apiName = nameof(NoticeError);
void work()
{
InternalApi.NoticeError(message, customAttributes, isExpected);
}
TryInvoke(work, apiName, apiMetric);
}
public void DeleteQueue()
{
using (var api = new InternalApi(true))
{
api.CreateQueue("WiseMan");
Assert.Throws(Is.TypeOf <Exception>().And.Message.EqualTo("Queue not found"),
delegate { api.DeleteQueue("WISEMEN"); }
);
api.DeleteQueue("WiseMan");
Assert.Throws(Is.TypeOf <Exception>().And.Message.EqualTo("Queue not found"),
delegate { api.DeleteQueue("WiseMan"); }
);
}
}
public void Add10000Messages()
{
using (var api = new InternalApi(true))
{
var queue = api.CreateQueue("WiseMan");
var trans = api.StartTransaction();
for (int i = 0; i < 10000; i++)
{
api.AddMessage(trans, queue, new object(), "");
}
api.CommitTransaction(trans);
}
}
public void DuplicateQueueName()
{
using (var api = new InternalApi(true))
{
api.CreateQueue("WiseMan");
Assert.Throws(Is.TypeOf <Exception>().And.Message.EqualTo("Queue already exists"),
delegate { api.CreateQueue("WiseMan"); }
);
Assert.Throws(Is.TypeOf <Exception>().And.Message.EqualTo("Queue already exists"),
delegate { api.CreateQueue("wiseman"); }
);
Assert.Throws(Is.TypeOf <Exception>().And.Message.EqualTo("Queue already exists"),
delegate { api.CreateQueue("WISEMAN"); }
);
}
}
internal Poll(InternalApi.Poll poll)
{
Id = poll.Id;
ContentId = poll.Id;
Name = poll.Name;
Description = InternalApi.PollingService.RenderPollDescription(poll, "webservices");
IsEnabled = poll.IsEnabled;
CreatedDate = InternalApi.Formatting.FromUtcToUserTime(poll.CreatedDateUtc);
LastUpdatedDate = InternalApi.Formatting.FromUtcToUserTime(poll.LastUpdatedDateUtc);
Url = TEApi.Url.Absolute(InternalApi.PollingUrlService.PollUrl(poll.Id));
Answers = new List<PollAnswer>(poll.Answers.Select(x => new PollAnswer(x, poll)));
Group = new Group(poll.ApplicationId);
AuthorUser = new User(poll.AuthorUserId);
HideResultsUntilVotingComplete = poll.HideResultsUntilVotingComplete;
VotingEndDate = !poll.VotingEndDateUtc.HasValue ? null : (DateTime?) InternalApi.Formatting.FromUtcToUserTime(poll.VotingEndDateUtc.Value);
TotalVotes = poll.Answers.Sum(x => x.VoteCount);
}
/// <summary>
/// Creates an instance of the <see cref="AgentManager"/> class./>
/// </summary>
/// <remarks>
/// The agent should be constructed as early as possible in order to perform
/// initialization of the logging system.
/// </remarks>
private AgentManager()
{
_container = AgentServices.GetContainer();
AgentServices.RegisterServices(_container);
// Resolve IConfigurationService (so that it starts listening to config changes) before loading newrelic.config
_container.Resolve <IConfigurationService>();
var config = ConfigurationLoader.Initialize();
LoggerBootstrapper.ConfigureLogger(config.LogConfig);
AssertAgentEnabled(config);
EventBus <KillAgentEvent> .Subscribe(OnShutdownAgent);
//Initialize the extensions loader with extensions folder based on the the install path
ExtensionsLoader.Initialize(AgentInstallConfiguration.InstallPathExtensionsDirectory);
// Resolve all services once we've ensured that the agent is enabled
// The AgentApiImplementation needs to be resolved before the WrapperService, because
// resolving the WrapperService triggers an agent connect but it doesn't instantiate
// the CustomEventAggregator, so we need to resolve the AgentApiImplementation to
// get the CustomEventAggregator instantiated before the connect process is triggered.
// If that doesn't happen the CustomEventAggregator will not start its harvest timer
// when the agent connect response comes back. The agent DI, startup, and connect
// process really needs to be refactored so that it's more explicit in its behavior.
var agentApi = _container.Resolve <IAgentApi>();
_wrapperService = _container.Resolve <IWrapperService>();
//We need to attempt to auto start the agent once all services have resolved
_container.Resolve <IConnectionManager>().AttemptAutoStart();
AgentServices.StartServices(_container);
// Setup the internal API first so that AgentApi can use it.
InternalApi.SetAgentApiImplementation(agentApi);
AgentApi.SetSupportabilityMetricCounters(_container.Resolve <IApiSupportabilityMetricCounters>());
Initialize();
_isInitialized = true;
}
public static IEnumerable <KeyValuePair <string, string> > GetResponseMetadata()
{
return(InternalApi.GetResponseMetadata() ?? new Dictionary <string, string>());
}
public static void InitializePublicAgent(object publicAgent)
{
InternalApi.InitializePublicAgent(publicAgent);
}
public CompositeTestAgent(bool shouldAllowThreads, bool includeAsyncLocalStorage)
{
Log.Initialize(new Logger());
_shouldAllowThreads = shouldAllowThreads;
// Create the fake classes necessary to construct services
var mockFactory = Mock.Create <IContextStorageFactory>();
Mock.Arrange(() => mockFactory.CreateContext <IInternalTransaction>(Arg.AnyString)).Returns(_primaryTransactionContextStorage);
var transactionContextFactories = new List <IContextStorageFactory> {
mockFactory
};
if (includeAsyncLocalStorage)
{
transactionContextFactories.Add(new AsyncLocalStorageFactory());
}
var wrappers = Enumerable.Empty <IWrapper>();
var mockEnvironment = Mock.Create <IEnvironment>();
var dataTransportService = Mock.Create <IDataTransportService>();
var scheduler = Mock.Create <IScheduler>();
NativeMethods = Mock.Create <INativeMethods>();
_harvestActions = new List <Action>();
Mock.Arrange(() => scheduler.ExecuteEvery(Arg.IsAny <Action>(), Arg.IsAny <TimeSpan>(), Arg.IsAny <TimeSpan?>()))
.DoInstead <Action, TimeSpan, TimeSpan?>((action, _, __) => { lock (_harvestActionsLockObject) { _harvestActions.Add(action); } });
var threadPoolStatic = Mock.Create <IThreadPoolStatic>();
_queuedCallbacks = new List <WaitCallback>();
Mock.Arrange(() => threadPoolStatic.QueueUserWorkItem(Arg.IsAny <WaitCallback>()))
.DoInstead <WaitCallback>(callback => { lock (_queuedCallbacksLockObject) { _queuedCallbacks.Add(callback); } });
var configurationManagerStatic = Mock.Create <IConfigurationManagerStatic>();
Mock.Arrange(() => configurationManagerStatic.GetAppSetting("NewRelic.LicenseKey"))
.Returns("Composite test license key");
// Construct services
_container = AgentServices.GetContainer();
AgentServices.RegisterServices(_container);
// Replace existing registrations with mocks before resolving any services
_container.ReplaceRegistration(mockEnvironment);
_container.ReplaceRegistration <IEnumerable <IContextStorageFactory> >(transactionContextFactories);
_container.ReplaceRegistration <ICallStackManagerFactory>(
new TestCallStackManagerFactory());
_container.ReplaceRegistration(wrappers);
_container.ReplaceRegistration(dataTransportService);
_container.ReplaceRegistration(scheduler);
_container.ReplaceRegistration(NativeMethods);
_container.ReplaceRegistration(Mock.Create <ICATSupportabilityMetricCounters>());
if (!_shouldAllowThreads)
{
_container.ReplaceRegistration(threadPoolStatic);
}
_container.ReplaceRegistration(configurationManagerStatic);
InstrumentationService = _container.Resolve <IInstrumentationService>();
InstrumentationWatcher = _container.Resolve <InstrumentationWatcher>();
AgentServices.StartServices(_container);
DisableAgentInitializer();
InternalApi.SetAgentApiImplementation(_container.Resolve <IAgentApi>());
AgentApi.SetSupportabilityMetricCounters(_container.Resolve <IApiSupportabilityMetricCounters>());
// Update configuration (will also start services)
LocalConfiguration = GetDefaultTestLocalConfiguration();
ServerConfiguration = GetDefaultTestServerConfiguration();
SecurityConfiguration = GetDefaultSecurityPoliciesConfiguration();
InstrumentationWatcher.Start();
PushConfiguration();
_attribDefSvc = _container.Resolve <IAttributeDefinitionService>();
// Redirect the mock DataTransportService to capture harvested wire models
Mock.Arrange(() => dataTransportService.Send(Arg.IsAny <IEnumerable <MetricWireModel> >()))
.Returns(SaveDataAndReturnSuccess(Metrics));
Mock.Arrange(() => dataTransportService.Send(Arg.IsAny <IEnumerable <CustomEventWireModel> >()))
.Returns(SaveDataAndReturnSuccess(CustomEvents));
Mock.Arrange(() => dataTransportService.Send(Arg.IsAny <IEnumerable <TransactionTraceWireModel> >()))
.Returns(SaveDataAndReturnSuccess(TransactionTraces));
Mock.Arrange(() => dataTransportService.Send(Arg.IsAny <EventHarvestData>(), Arg.IsAny <IEnumerable <TransactionEventWireModel> >()))
.Returns(SaveDataAndReturnSuccess(AdditionalHarvestData, TransactionEvents));
Mock.Arrange(() => dataTransportService.Send(Arg.IsAny <IEnumerable <ErrorTraceWireModel> >()))
.Returns(SaveDataAndReturnSuccess(ErrorTraces));
Mock.Arrange(() => dataTransportService.Send(Arg.IsAny <IEnumerable <SqlTraceWireModel> >()))
.Returns(SaveDataAndReturnSuccess(SqlTraces));
Mock.Arrange(() => dataTransportService.Send(Arg.IsAny <EventHarvestData>(), Arg.IsAny <IEnumerable <ErrorEventWireModel> >()))
.Returns(SaveDataAndReturnSuccess(AdditionalHarvestData, ErrorEvents));
Mock.Arrange(() => dataTransportService.Send(Arg.IsAny <EventHarvestData>(), Arg.IsAny <IEnumerable <ISpanEventWireModel> >()))
.Returns(SaveDataAndReturnSuccess(AdditionalHarvestData, SpanEvents));
EnableAggregators();
}
public AfterWrappedMethodDelegate BeforeWrappedMethod(InstrumentedMethodCall instrumentedMethodCall, IAgentWrapperApi agentWrapperApi, ITransactionWrapperApi transactionWrapperApi)
{
/// Read and setup the configured headers from newrelic.config file
if (configuredHeaders == null)
{
IReadOnlyDictionary <string, string> appSettings = agentWrapperApi.Configuration.GetAppSettings();
string reqHeaders = null;
if (appSettings.TryGetValue("requestHeaders", out reqHeaders))
{
configuredHeaders = reqHeaders?.Split(',').Select(p => p.Trim()).ToDictionary(t => t, t => $"http.{t}");
}
else
{
configuredHeaders = new Dictionary <string, string>();
}
}
if (webOperationContextType == null)
{
Assembly webAssembly = Assembly.Load("System.ServiceModel.Web");
webOperationContextType = webAssembly?.GetType("System.ServiceModel.Web.WebOperationContext");
}
if (configuredHeaders != null)
{
BindingFlags flags = BindingFlags.Static | BindingFlags.Public;
object currentContext = webOperationContextType?.GetProperty("Current", flags)?.GetValue(null);
object request = currentContext?.GetType()?.GetProperty("IncomingRequest")?.GetValue(currentContext);
object headers = request?.GetType()?.GetProperty("Headers")?.GetValue(request);
if (headers != null)
{
WebHeaderCollection headerCollection = headers as System.Net.WebHeaderCollection;
if (headerCollection != null)
{
foreach (KeyValuePair <string, string> entry in configuredHeaders)
{
string headerValue = headerCollection.Get(entry.Key);
if (headerValue != null)
{
InternalApi.AddCustomParameter(entry.Value, headerValue);
}
}
}
}
}
object[] methodArgs = instrumentedMethodCall.MethodCall.MethodArguments;
if (methodArgs.Length > 1)
{
object requesturi = methodArgs[0];
string localpath = requesturi?.GetType().GetProperty("LocalPath")?.GetValue(requesturi)?.ToString()?.TrimStart('/');
if (!string.IsNullOrWhiteSpace(localpath))
{
transactionWrapperApi.SetWebTransactionName(WebTransactionType.WCF, localpath, TransactionNamePriority.CustomTransactionName);
}
}
/// does not work see-> https://referencesource.microsoft.com/#System.Data.Services/System/Data/Services/ProcessRequestArgs.cs,fe129b45e15d2da5
/// interface declared internal
/*
* if (configuredHeaders != null)
* {
* // Captures the method argument to be used in the local method later on.
* object[] methodArgs = instrumentedMethodCall.MethodCall.MethodArguments;
* if (methodArgs.Length > 1)
* {
* object requesturi = methodArgs[0];
* //Effectively calling something like this below: string header = controllerContext.HttpContext.Request.Headers.Get("HEADER_NAME");
* object dataserviceObject = methodArgs[1];
* if (dataserviceObject == null)
* throw new NullReferenceException(nameof(dataserviceObject));
* BindingFlags flags = BindingFlags.FlattenHierarchy | BindingFlags.NonPublic ;
* object operationContext = dataserviceObject?.GetType()?.GetProperty("OperationContext", flags)?.GetValue(dataserviceObject);
* Inspect.GetAllProperties(dataserviceObject);
* Inspect.GetAllFields(dataserviceObject);
* Inspect.GetAllMethods(dataserviceObject);
* Inspect.GetAllMembers(dataserviceObject);
* object headers = operationContext?.GetType()?.GetProperty("RequestHeaders")?.GetValue(operationContext);
*
* if (headers != null)
* {
* NameValueCollection headerCollection = headers as NameValueCollection;
* if (headerCollection != null)
* {
* foreach (var cHeader in configuredHeaders)
* {
* string headerValue = headerCollection.Get(cHeader);
* if (headerValue != null)
* {
* InternalApi.AddCustomParameter("http." + cHeader, headerValue);
* }
* }
* }
* }
* }
* }
*/
return(Delegates.GetDelegateFor(
onSuccess: () =>
{
}));
}
public void Init()
{
instance = new InternalApi();
}
internal PollAnswer(Internal.PollAnswer pollAnswer, InternalApi.Poll poll)
: base()
{
_pollAnswer = pollAnswer;
_hideVoteCounts = poll.HideResultsUntilVotingComplete && poll.VotingEndDateUtc.HasValue && DateTime.UtcNow > poll.VotingEndDateUtc.Value;
}
public AgQueueService(ILogger <AgQueueService> logger, InternalApi internalApi)
{
_logger = logger;
this.internalApi = internalApi;
}