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sentry_client_test.dart
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sentry_client_test.dart
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import 'dart:async';
import 'dart:convert';
import 'dart:typed_data';
import 'package:sentry/sentry.dart';
import 'package:sentry/src/client_reports/client_report.dart';
import 'package:sentry/src/client_reports/discard_reason.dart';
import 'package:sentry/src/client_reports/discarded_event.dart';
import 'package:sentry/src/client_reports/noop_client_report_recorder.dart';
import 'package:sentry/src/sentry_item_type.dart';
import 'package:sentry/src/sentry_stack_trace_factory.dart';
import 'package:sentry/src/sentry_tracer.dart';
import 'package:sentry/src/transport/data_category.dart';
import 'package:test/test.dart';
import 'mocks.dart';
import 'mocks/mock_client_report_recorder.dart';
import 'mocks/mock_envelope.dart';
import 'mocks/mock_hub.dart';
import 'mocks/mock_platform.dart';
import 'mocks/mock_platform_checker.dart';
import 'mocks/mock_transport.dart';
void main() {
group('SentryClient captures message', () {
late Fixture fixture;
setUp(() {
fixture = Fixture();
});
test('should capture event stacktrace', () async {
final client = fixture.getSut(attachStacktrace: false);
final event = SentryEvent();
await client.captureEvent(
event,
stackTrace: '#0 baz (file:///pathto/test.dart:50:3)',
);
final capturedEnvelope = (fixture.transport).envelopes.first;
final capturedEvent = await eventFromEnvelope(capturedEnvelope);
expect(capturedEvent.threads?.first.stacktrace, isA<SentryStackTrace>());
});
test('should attach event stacktrace', () async {
final client = fixture.getSut();
final event = SentryEvent();
await client.captureEvent(event);
final capturedEnvelope = (fixture.transport).envelopes.first;
final capturedEvent = await eventFromEnvelope(capturedEnvelope);
expect(capturedEvent.threads?.first.stacktrace, isA<SentryStackTrace>());
});
test('should not attach event stacktrace', () async {
final client = fixture.getSut(attachStacktrace: false);
final event = SentryEvent();
await client.captureEvent(event);
final capturedEnvelope = (fixture.transport).envelopes.first;
final capturedEvent = await eventFromEnvelope(capturedEnvelope);
expect(capturedEvent.threads?.first.stacktrace, isNull);
});
test('should not attach event stacktrace if event has throwable', () async {
final client = fixture.getSut();
SentryEvent event;
try {
throw StateError('Error');
} on Error catch (err) {
event = SentryEvent(throwable: err);
}
await client.captureEvent(
event,
stackTrace: '#0 baz (file:///pathto/test.dart:50:3)',
);
final capturedEnvelope = (fixture.transport).envelopes.first;
final capturedEvent = await eventFromEnvelope(capturedEnvelope);
expect(capturedEvent.threads?.first.stacktrace, isNull);
expect(capturedEvent.exceptions?.first.stackTrace, isNotNull);
});
test('should not attach event stacktrace if event has exception', () async {
final client = fixture.getSut();
final exception = SentryException(
type: 'Exception',
value: 'an exception',
stackTrace: SentryStackTrace(
frames: SentryStackTraceFactory(fixture.options)
.getStackFrames('#0 baz (file:///pathto/test.dart:50:3)'),
),
);
final event = SentryEvent(exceptions: [exception]);
await client.captureEvent(
event,
stackTrace: '#0 baz (file:///pathto/test.dart:50:3)',
);
final capturedEnvelope = (fixture.transport).envelopes.first;
final capturedEvent = await eventFromEnvelope(capturedEnvelope);
expect(capturedEvent.threads?.first.stacktrace, isNull);
expect(capturedEvent.exceptions?.first.stackTrace, isNotNull);
});
test(
'should attach isolate info in thread',
() async {
final client = fixture.getSut(attachThreads: true);
await client.captureException(
Exception(),
stackTrace: StackTrace.current,
);
final capturedEnvelope = (fixture.transport).envelopes.first;
final capturedEvent = await eventFromEnvelope(capturedEnvelope);
expect(capturedEvent.threads?.first.current, true);
expect(capturedEvent.threads?.first.crashed, true);
expect(capturedEvent.threads?.first.name, isNotNull);
expect(capturedEvent.threads?.first.id, isNotNull);
expect(
capturedEvent.exceptions?.first.threadId,
capturedEvent.threads?.first.id,
);
},
onPlatform: {'js': Skip("Isolates don't exist on the web")},
);
test(
'should not attach isolate info in thread if disabled',
() async {
final client = fixture.getSut(attachThreads: false);
await client.captureException(
Exception(),
stackTrace: StackTrace.current,
);
final capturedEnvelope = (fixture.transport).envelopes.first;
final capturedEvent = await eventFromEnvelope(capturedEnvelope);
expect(capturedEvent.threads, null);
},
onPlatform: {'js': Skip("Isolates don't exist on the web")},
);
test('should capture message', () async {
final client = fixture.getSut();
await client.captureMessage(
'simple message 1',
template: 'simple message %d',
params: [1],
level: SentryLevel.error,
);
final capturedEnvelope = (fixture.transport).envelopes.first;
final capturedEvent = await eventFromEnvelope(capturedEnvelope);
expect(capturedEvent.message!.formatted, 'simple message 1');
expect(capturedEvent.message!.template, 'simple message %d');
expect(capturedEvent.message!.params, [1]);
expect(capturedEvent.level, SentryLevel.error);
});
test('capture message defaults to info level', () async {
final client = fixture.getSut();
await client.captureMessage(
'simple message 1',
);
final capturedEnvelope = (fixture.transport).envelopes.first;
final capturedEvent = await eventFromEnvelope(capturedEnvelope);
expect(capturedEvent.level, SentryLevel.info);
});
test('should capture message without stacktrace', () async {
final client = fixture.getSut(attachStacktrace: false);
await client.captureMessage('message', level: SentryLevel.error);
final capturedEnvelope = (fixture.transport).envelopes.first;
final capturedEvent = await eventFromEnvelope(capturedEnvelope);
expect(capturedEvent.threads?.first.stacktrace, isNull);
});
});
group('SentryClient captures exception', () {
Error error;
StackTrace stackTrace;
late Fixture fixture;
setUp(() {
fixture = Fixture();
});
test('should capture error', () async {
try {
throw StateError('Error');
} on Error catch (err, stack) {
error = err;
stackTrace = stack;
}
final client = fixture.getSut();
await client.captureException(error, stackTrace: stackTrace);
final capturedEnvelope = (fixture.transport).envelopes.first;
final capturedEvent = await eventFromEnvelope(capturedEnvelope);
expect(capturedEvent.exceptions?.first is SentryException, true);
expect(capturedEvent.exceptions?.first.stackTrace, isNotNull);
});
});
group('SentryClient captures exception and stacktrace', () {
late Fixture fixture;
Error error;
final stacktrace = '''
#0 baz (file:///pathto/test.dart:50:3)
<asynchronous suspension>
#1 bar (file:///pathto/test.dart:46:9)
''';
setUp(() {
fixture = Fixture();
});
test('should capture error', () async {
try {
throw StateError('Error');
} on Error catch (err) {
error = err;
}
final client = fixture.getSut();
await client.captureException(error, stackTrace: stacktrace);
final capturedEnvelope = (fixture.transport).envelopes.first;
final capturedEvent = await eventFromEnvelope(capturedEnvelope);
expect(capturedEvent.exceptions?.first is SentryException, true);
expect(capturedEvent.exceptions?.first.stackTrace, isNotNull);
expect(capturedEvent.exceptions?.first.stackTrace!.frames.first.fileName,
'test.dart');
expect(
capturedEvent.exceptions?.first.stackTrace!.frames.first.lineNo, 46);
expect(capturedEvent.exceptions?.first.stackTrace!.frames.first.colNo, 9);
});
});
group('SentryClient captures exception and stacktrace', () {
late Fixture fixture;
dynamic exception;
setUp(() {
fixture = Fixture();
});
test('should capture exception', () async {
try {
throw Exception('Error');
} catch (err) {
exception = err;
}
final stacktrace = '''
#0 baz (file:///pathto/test.dart:50:3)
<asynchronous suspension>
#1 bar (file:///pathto/test.dart:46:9)
''';
final client = fixture.getSut();
await client.captureException(exception, stackTrace: stacktrace);
final capturedEnvelope = (fixture.transport).envelopes.first;
final capturedEvent = await eventFromEnvelope(capturedEnvelope);
expect(capturedEvent.exceptions?.first is SentryException, true);
expect(capturedEvent.exceptions?.first.stackTrace!.frames.first.fileName,
'test.dart');
expect(
capturedEvent.exceptions?.first.stackTrace!.frames.first.lineNo, 46);
expect(capturedEvent.exceptions?.first.stackTrace!.frames.first.colNo, 9);
});
test('should capture exception with Stackframe.current', () async {
try {
throw Exception('Error');
} catch (err) {
exception = err;
}
final client = fixture.getSut();
await client.captureException(exception);
final capturedEnvelope = (fixture.transport).envelopes.first;
final capturedEvent = await eventFromEnvelope(capturedEnvelope);
expect(capturedEvent.exceptions?.first.stackTrace, isNotNull);
});
test('should capture exception without Stackframe.current', () async {
try {
throw Exception('Error');
} catch (err) {
exception = err;
}
final client = fixture.getSut(attachStacktrace: false);
await client.captureException(exception);
final capturedEnvelope = (fixture.transport).envelopes.first;
final capturedEvent = await eventFromEnvelope(capturedEnvelope);
expect(capturedEvent.exceptions?.first.stackTrace, isNull);
});
test('should not capture sentry frames exception', () async {
try {
throw Exception('Error');
} catch (err) {
exception = err;
}
final stacktrace = '''
#0 init (package:sentry/sentry.dart:46:9)
#1 bar (file:///pathto/test.dart:46:9)
<asynchronous suspension>
#2 capture (package:sentry/sentry.dart:46:9)
''';
final client = fixture.getSut();
await client.captureException(exception, stackTrace: stacktrace);
final capturedEnvelope = (fixture.transport).envelopes.first;
final capturedEvent = await eventFromEnvelope(capturedEnvelope);
expect(
capturedEvent.exceptions?.first.stackTrace!.frames
.every((frame) => frame.package != 'sentry'),
true,
);
});
});
group('SentryClient captures transaction', () {
late Fixture fixture;
Error error;
setUp(() {
fixture = Fixture();
});
test('should contain a transaction in the envelope', () async {
try {
throw StateError('Error');
} on Error catch (err) {
error = err;
}
final client = fixture.getSut();
final tr = SentryTransaction(fixture.tracer, throwable: error);
await client.captureTransaction(tr);
final capturedEnvelope = (fixture.transport).envelopes.first;
final capturedTr = await transactionFromEnvelope(capturedEnvelope);
expect(capturedTr['type'], 'transaction');
});
test('should not set exception to transactions', () async {
try {
throw StateError('Error');
} on Error catch (err) {
error = err;
}
final client = fixture.getSut();
final tr = SentryTransaction(fixture.tracer, throwable: error);
await client.captureTransaction(tr);
final capturedEnvelope = (fixture.transport).envelopes.first;
final capturedEvent = await transactionFromEnvelope(capturedEnvelope);
expect(capturedEvent['exception'], isNull);
});
test('attachments not added to captured transaction per default', () async {
final attachment = SentryAttachment.fromUint8List(
Uint8List.fromList([0, 0, 0, 0]),
'test.txt',
);
final scope = Scope(fixture.options);
scope.addAttachment(attachment);
final client = fixture.getSut();
final tr = SentryTransaction(fixture.tracer);
await client.captureTransaction(tr, scope: scope);
final capturedEnvelope = (fixture.transport).envelopes.first;
final capturedAttachments = capturedEnvelope.items
.where((item) => item.header.type == SentryItemType.attachment);
expect(capturedAttachments.isEmpty, true);
});
test('attachments added to captured event', () async {
final attachment = SentryAttachment.fromUint8List(
Uint8List.fromList([0, 0, 0, 0]),
'test.txt',
addToTransactions: true,
);
final scope = Scope(fixture.options);
scope.addAttachment(attachment);
final client = fixture.getSut();
final tr = SentryTransaction(fixture.tracer);
await client.captureTransaction(tr, scope: scope);
final capturedEnvelope = (fixture.transport).envelopes.first;
final capturedAttachments = capturedEnvelope.items
.where((item) => item.header.type == SentryItemType.attachment);
expect(capturedAttachments.isNotEmpty, true);
});
test('attachments added to captured event per default', () async {
final attachment = SentryAttachment.fromUint8List(
Uint8List.fromList([0, 0, 0, 0]),
'test.txt',
);
final scope = Scope(fixture.options);
scope.addAttachment(attachment);
final client = fixture.getSut();
final event = SentryEvent();
await client.captureEvent(event, scope: scope);
final capturedEnvelope = (fixture.transport).envelopes.first;
final capturedAttachments = capturedEnvelope.items
.where((item) => item.header.type == SentryItemType.attachment);
expect(capturedAttachments.isNotEmpty, true);
});
test('should return empty for when transaction is discarded', () async {
final client = fixture.getSut(eventProcessor: DropAllEventProcessor());
final tr = SentryTransaction(fixture.tracer);
final id = await client.captureTransaction(tr);
expect(id, SentryId.empty());
});
});
group('SentryClient : apply scope to the captured event', () {
late Scope scope;
final level = SentryLevel.error;
const transaction = '/test/scope';
const fingerprint = ['foo', 'bar', 'baz'];
final user = SentryUser(id: '123', username: 'test');
final crumb = Breadcrumb(message: 'bread');
const scopeTagKey = 'scope-tag';
const scopeTagValue = 'scope-tag-value';
const eventTagKey = 'event-tag';
const eventTagValue = 'event-tag-value';
const scopeExtraKey = 'scope-extra';
const scopeExtraValue = 'scope-extra-value';
const eventExtraKey = 'event-extra';
const eventExtraValue = 'event-extra-value';
final event = SentryEvent(
tags: const {eventTagKey: eventTagValue},
extra: const {eventExtraKey: eventExtraValue},
modules: const {eventExtraKey: eventExtraValue},
level: SentryLevel.warning,
);
late Fixture fixture;
setUp(() {
fixture = Fixture();
scope = Scope(fixture.options)
..level = level
..transaction = transaction
..fingerprint = fingerprint
..addBreadcrumb(crumb)
..setTag(scopeTagKey, scopeTagValue)
..setExtra(scopeExtraKey, scopeExtraValue);
scope.setUser(user);
});
test('should apply the scope', () async {
final client = fixture.getSut();
await client.captureEvent(event, scope: scope);
final capturedEnvelope = (fixture.transport).envelopes.first;
final capturedEvent = await eventFromEnvelope(capturedEnvelope);
expect(capturedEvent.user?.id, user.id);
expect(capturedEvent.level!.name, SentryLevel.error.name);
expect(capturedEvent.transaction, transaction);
expect(capturedEvent.fingerprint, fingerprint);
expect(capturedEvent.breadcrumbs?.first.toJson(), crumb.toJson());
expect(capturedEvent.tags, {
scopeTagKey: scopeTagValue,
eventTagKey: eventTagValue,
});
expect(capturedEvent.extra, {
scopeExtraKey: scopeExtraValue,
eventExtraKey: eventExtraValue,
});
});
});
group('SentryClient : apply partial scope to the captured event', () {
late Fixture fixture;
final transaction = '/test/scope';
final eventTransaction = '/event/transaction';
final fingerprint = ['foo', 'bar', 'baz'];
final eventFingerprint = ['123', '456', '798'];
final user = SentryUser(id: '123');
final crumb = Breadcrumb(message: 'bread');
final eventUser = SentryUser(id: '987');
final eventCrumbs = [Breadcrumb(message: 'bread')];
final event = SentryEvent(
level: SentryLevel.warning,
transaction: eventTransaction,
user: eventUser,
fingerprint: eventFingerprint,
breadcrumbs: eventCrumbs,
);
Scope createScope(SentryOptions options) {
final scope = Scope(options)
..transaction = transaction
..fingerprint = fingerprint
..addBreadcrumb(crumb);
scope.setUser(user);
return scope;
}
setUp(() {
fixture = Fixture();
});
test('should not apply the scope to non null event fields ', () async {
final client = fixture.getSut(sendDefaultPii: true);
final scope = createScope(fixture.options);
await client.captureEvent(event, scope: scope);
final capturedEnvelope = fixture.transport.envelopes.first;
final capturedEvent = await eventFromEnvelope(capturedEnvelope);
expect(capturedEvent.user!.id, eventUser.id);
expect(capturedEvent.level!.name, SentryLevel.warning.name);
expect(capturedEvent.transaction, eventTransaction);
expect(capturedEvent.fingerprint, eventFingerprint);
expect(capturedEvent.breadcrumbs?.map((e) => e.toJson()),
eventCrumbs.map((e) => e.toJson()));
});
test('should apply the scope user to null event user fields ', () async {
final client = fixture.getSut(sendDefaultPii: true);
final scope = createScope(fixture.options);
await scope.setUser(SentryUser(id: '987'));
var eventWithUser = event.copyWith(
user: SentryUser(id: '123', username: 'foo bar'),
);
await client.captureEvent(eventWithUser, scope: scope);
final capturedEnvelope = fixture.transport.envelopes.first;
final capturedEvent = await eventFromEnvelope(capturedEnvelope);
expect(capturedEvent.user!.id, '123');
expect(capturedEvent.user!.username, 'foo bar');
expect(capturedEvent.level!.name, SentryLevel.warning.name);
expect(capturedEvent.transaction, eventTransaction);
expect(capturedEvent.fingerprint, eventFingerprint);
expect(capturedEvent.breadcrumbs?.map((e) => e.toJson()),
eventCrumbs.map((e) => e.toJson()));
});
test('merge scope user and event user extra', () async {
final client = fixture.getSut(sendDefaultPii: true);
final scope = createScope(fixture.options);
await scope.setUser(
SentryUser(
id: 'id',
extras: {
'foo': 'bar',
'bar': 'foo',
},
),
);
var eventWithUser = event.copyWith(
user: SentryUser(
id: 'id',
extras: {
'foo': 'this bar is more important',
'event': 'Really important event'
},
),
);
await client.captureEvent(eventWithUser, scope: scope);
final capturedEnvelope = fixture.transport.envelopes.first;
final capturedEvent = await eventFromEnvelope(capturedEnvelope);
expect(capturedEvent.user?.extras?['foo'], 'this bar is more important');
expect(capturedEvent.user?.extras?['bar'], 'foo');
expect(capturedEvent.user?.extras?['event'], 'Really important event');
});
});
group('SentryClient: apply default pii', () {
late Fixture fixture;
setUp(() {
fixture = Fixture();
});
test('sendDefaultPii is disabled', () async {
final client = fixture.getSut(sendDefaultPii: false);
await client.captureEvent(fakeEvent);
final capturedEnvelope = fixture.transport.envelopes.first;
final capturedEvent = await eventFromEnvelope(capturedEnvelope);
expect(capturedEvent.user?.toJson(), fakeEvent.user?.toJson());
});
test('sendDefaultPii is enabled and event has no user', () async {
final client = fixture.getSut(sendDefaultPii: true);
var fakeEvent = SentryEvent();
await client.captureEvent(fakeEvent);
final capturedEnvelope = fixture.transport.envelopes.first;
final capturedEvent = await eventFromEnvelope(capturedEnvelope);
expect(fixture.transport.envelopes.length, 1);
expect(capturedEvent.user, isNotNull);
expect(capturedEvent.user?.ipAddress, '{{auto}}');
});
test('sendDefaultPii is enabled and event has a user with IP address',
() async {
final client = fixture.getSut(sendDefaultPii: true);
await client.captureEvent(fakeEvent);
final capturedEnvelope = fixture.transport.envelopes.first;
final capturedEvent = await eventFromEnvelope(capturedEnvelope);
expect(fixture.transport.envelopes.length, 1);
expect(capturedEvent.user, isNotNull);
// fakeEvent has a user which is not null
expect(capturedEvent.user?.ipAddress, fakeEvent.user!.ipAddress);
expect(capturedEvent.user?.id, fakeEvent.user!.id);
expect(capturedEvent.user?.email, fakeEvent.user!.email);
});
test('sendDefaultPii is enabled and event has a user without IP address',
() async {
final client = fixture.getSut(sendDefaultPii: true);
final event = fakeEvent.copyWith(user: fakeUser);
await client.captureEvent(event);
final capturedEnvelope = fixture.transport.envelopes.first;
final capturedEvent = await eventFromEnvelope(capturedEnvelope);
expect(fixture.transport.envelopes.length, 1);
expect(capturedEvent.user, isNotNull);
expect(capturedEvent.user?.ipAddress, '{{auto}}');
expect(capturedEvent.user?.id, fakeUser.id);
expect(capturedEvent.user?.email, fakeUser.email);
});
});
group('SentryClient sampling', () {
late Fixture fixture;
setUp(() {
fixture = Fixture();
});
test('captures event, sample rate is 100% enabled', () async {
final client = fixture.getSut(sampleRate: 1.0);
await client.captureEvent(fakeEvent);
expect((fixture.transport).called(1), true);
});
test('do not capture event, sample rate is 0% disabled', () async {
final client = fixture.getSut(sampleRate: 0.0);
await client.captureEvent(fakeEvent);
expect((fixture.transport).called(0), true);
});
test('captures event, sample rate is null, disabled', () async {
final client = fixture.getSut();
await client.captureEvent(fakeEvent);
expect((fixture.transport).called(1), true);
});
});
group('SentryClient before send', () {
late Fixture fixture;
setUp(() {
fixture = Fixture();
});
test('before send drops event', () async {
final client = fixture.getSut(beforeSend: beforeSendCallbackDropEvent);
await client.captureEvent(fakeEvent);
expect((fixture.transport).called(0), true);
});
test('async before send drops event', () async {
final client =
fixture.getSut(beforeSend: asyncBeforeSendCallbackDropEvent);
await client.captureEvent(fakeEvent);
expect((fixture.transport).called(0), true);
});
test('before send returns an event and event is captured', () async {
final client = fixture.getSut(beforeSend: beforeSendCallback);
await client.captureEvent(fakeEvent);
final capturedEnvelope = (fixture.transport).envelopes.first;
final event = await eventFromEnvelope(capturedEnvelope);
expect(event.tags!.containsKey('theme'), true);
expect(event.extra!.containsKey('host'), true);
expect(event.modules!.containsKey('core'), true);
expect(event.sdk!.integrations.contains('testIntegration'), true);
expect(
event.sdk!.packages.any((element) => element.name == 'test-pkg'),
true,
);
expect(
event.breadcrumbs!
.any((element) => element.message == 'processor crumb'),
true,
);
expect(event.fingerprint!.contains('process'), true);
});
});
group('EventProcessors', () {
late Fixture fixture;
setUp(() {
fixture = Fixture();
fixture.options.addEventProcessor(FunctionEventProcessor(
(event, {hint}) => event
..tags!.addAll({'theme': 'material'})
..extra!['host'] = '0.0.0.1'
..modules!.addAll({'core': '1.0'})
..breadcrumbs!.add(Breadcrumb(message: 'processor crumb'))
..fingerprint!.add('process')
..sdk!.addIntegration('testIntegration')
..sdk!.addPackage('test-pkg', '1.0'),
));
});
test('should execute eventProcessors', () async {
final client = fixture.getSut();
await client.captureEvent(fakeEvent);
final capturedEnvelope = (fixture.transport).envelopes.first;
final event = await eventFromEnvelope(capturedEnvelope);
expect(event.tags!.containsKey('theme'), true);
expect(event.extra!.containsKey('host'), true);
expect(event.modules!.containsKey('core'), true);
expect(event.sdk!.integrations.contains('testIntegration'), true);
expect(
event.sdk!.packages.any((element) => element.name == 'test-pkg'),
true,
);
expect(
event.breadcrumbs!
.any((element) => element.message == 'processor crumb'),
true,
);
expect(event.fingerprint!.contains('process'), true);
});
test('should pass hint to eventProcessors', () async {
final myHint = 'hint';
var executed = false;
final client = fixture.getSut(
eventProcessor: FunctionEventProcessor((event, {hint}) {
expect(myHint, hint);
executed = true;
return event;
}));
await client.captureEvent(fakeEvent, hint: myHint);
expect(executed, true);
});
test('event processor drops the event', () async {
final client = fixture.getSut(eventProcessor: DropAllEventProcessor());
await client.captureEvent(fakeEvent);
expect((fixture.transport).called(0), true);
});
});
group('SentryClient captures envelope', () {
late Fixture fixture;
setUp(() {
fixture = Fixture();
});
test('should capture envelope', () async {
final client = fixture.getSut();
await client.captureEnvelope(fakeEnvelope);
final capturedEnvelope = (fixture.transport).envelopes.first;
expect(capturedEnvelope, fakeEnvelope);
});
});
group('Breadcrumbs', () {
late Fixture fixture;
setUp(() {
fixture = Fixture();
});
test('Clears breadcrumbs on Android if mechanism.handled is true',
() async {
fixture.options.enableScopeSync = true;
fixture.options.platformChecker =
MockPlatformChecker(platform: MockPlatform.android());
final client = fixture.getSut();
final event = SentryEvent(exceptions: [
SentryException(
type: "type",
value: "value",
mechanism: Mechanism(
type: 'type',
handled: true,
),
)
], breadcrumbs: [
Breadcrumb()
]);
await client.captureEvent(event);
final capturedEnvelope = (fixture.transport).envelopes.first;
final capturedEvent = await eventFromEnvelope(capturedEnvelope);
expect((capturedEvent.breadcrumbs ?? []).isEmpty, true);
});
test('Does not clear breadcrumbs on Android if mechanism.handled is false',
() async {
fixture.options.enableScopeSync = true;
fixture.options.platformChecker =
MockPlatformChecker(platform: MockPlatform.android());
final client = fixture.getSut();
final event = SentryEvent(exceptions: [
SentryException(
type: "type",
value: "value",
mechanism: Mechanism(
type: 'type',
handled: false,
),
)
], breadcrumbs: [
Breadcrumb()
]);
await client.captureEvent(event);
final capturedEnvelope = (fixture.transport).envelopes.first;
final capturedEvent = await eventFromEnvelope(capturedEnvelope);
expect((capturedEvent.breadcrumbs ?? []).isNotEmpty, true);
});
});
group('ClientReportRecorder', () {
late Fixture fixture;
setUp(() {
fixture = Fixture();
});
test('recorder is not noop if client reports are enabled', () async {
fixture.options.sendClientReports = true;
fixture.getSut(
eventProcessor: DropAllEventProcessor(),
provideMockRecorder: false,
);
expect(fixture.options.recorder is NoOpClientReportRecorder, false);
expect(fixture.options.recorder is MockClientReportRecorder, false);
});
test('recorder is noop if client reports are disabled', () {
fixture.options.sendClientReports = false;
fixture.getSut(
eventProcessor: DropAllEventProcessor(),
provideMockRecorder: false,
);
expect(fixture.options.recorder is NoOpClientReportRecorder, true);
});
test('captureEnvelope calls flush', () async {
final client = fixture.getSut(eventProcessor: DropAllEventProcessor());
final envelope = MockEnvelope();
envelope.items = [SentryEnvelopeItem.fromEvent(SentryEvent())];
await client.captureEnvelope(envelope);
expect(fixture.recorder.flushCalled, true);
});
test('captureEnvelope adds client report', () async {
final clientReport = ClientReport(
DateTime(0),
[DiscardedEvent(DiscardReason.rateLimitBackoff, DataCategory.error, 1)],
);
fixture.recorder.clientReport = clientReport;
final client = fixture.getSut(eventProcessor: DropAllEventProcessor());
final envelope = MockEnvelope();
envelope.items = [SentryEnvelopeItem.fromEvent(SentryEvent())];
await client.captureEnvelope(envelope);
expect(envelope.clientReport, clientReport);
});
test('captureUserFeedback calls flush', () async {
final client = fixture.getSut(eventProcessor: DropAllEventProcessor());
final id = SentryId.newId();
final feedback = SentryUserFeedback(
eventId: id,
comments: 'this is awesome',
email: 'sentry@example.com',
name: 'Rockstar Developer',
);
await client.captureUserFeedback(feedback);
expect(fixture.recorder.flushCalled, true);
});