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v2.spec.ts
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// The MIT License (MIT)
//
// Copyright (c) 2018 Firebase
//
// Permission is hereby granted, free of charge, to any person obtaining a copy
// of this software and associated documentation files (the "Software"), to deal
// in the Software without restriction, including without limitation the rights
// to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
// copies of the Software, and to permit persons to whom the Software is
// furnished to do so, subject to the following conditions:
//
// The above copyright notice and this permission notice shall be included in all
// copies or substantial portions of the Software.
//
// THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
// IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
// FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
// AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
// LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
// OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
// SOFTWARE.
import { expect } from 'chai';
import { wrapV2 } from '../src/v2';
import {
CloudFunction,
alerts,
database,
pubsub,
remoteConfig,
storage,
testLab,
eventarc,
https,
firestore,
} from 'firebase-functions/v2';
import { defineString } from 'firebase-functions/params';
import { makeDataSnapshot } from '../src/providers/database';
import { makeDocumentSnapshot } from '../src/providers/firestore';
import { inspect } from 'util';
describe('v2', () => {
describe('#wrapV2', () => {
const handler = (cloudEvent) => ({ cloudEvent });
describe('alerts', () => {
describe('alerts.onAlertPublished()', () => {
it('should update CloudEvent appropriately', () => {
const cloudFn = alerts.onAlertPublished('alertType', handler);
const cloudFnWrap = wrapV2(cloudFn);
const cloudEvent = cloudFnWrap().cloudEvent;
expect(cloudEvent).deep.equal({
// id and time are generated at runtime
id: cloudEvent.id,
time: cloudEvent.time,
specversion: '1.0',
type: 'google.firebase.firebasealerts.alerts.v1.published',
source: '//firebasealerts.googleapis.com/projects/42',
alertType: 'appDistribution.newTesterIosDevice',
appId: '__APP_ID__',
data: {
createTime: cloudEvent.data.createTime,
endTime: cloudEvent.data.endTime,
payload: {},
},
});
});
});
describe('alerts.performance.onThresholdAlertPublished()', () => {
it('should update CloudEvent appropriately', () => {
const cloudFn = alerts.performance.onThresholdAlertPublished(handler);
const cloudFnWrap = wrapV2(cloudFn);
const cloudEvent = cloudFnWrap().cloudEvent;
expect(cloudEvent).deep.equal({
id: cloudEvent.id,
time: cloudEvent.time,
specversion: '1.0',
alertType: 'performance.threshold',
appId: '__APP_ID__',
type: 'google.firebase.firebasealerts.alerts.v1.published',
source: '//firebasealerts.googleapis.com/projects/42',
data: {
createTime: cloudEvent.data.createTime,
endTime: cloudEvent.data.endTime,
payload: {
eventName: 'test.com/api/123',
eventType: 'network_request',
metricType: 'duration',
numSamples: 200,
thresholdValue: 100,
thresholdUnit: 'ms',
violationValue: 200,
violationUnit: 'ms',
investigateUri: 'firebase.google.com/firebase/console',
},
},
});
});
});
describe('alerts.crashlytics.onNewAnrIssuePublished()', () => {
it('should update CloudEvent appropriately', () => {
const cloudFn = alerts.crashlytics.onNewAnrIssuePublished(handler);
const cloudFnWrap = wrapV2(cloudFn);
const cloudEvent = cloudFnWrap().cloudEvent;
expect(cloudEvent).deep.equal({
// id and time are generated at runtime
id: cloudEvent.id,
time: cloudEvent.time,
specversion: '1.0',
type: 'google.firebase.firebasealerts.alerts.v1.published',
source: '//firebasealerts.googleapis.com/projects/42',
data: {
createTime: cloudEvent.data.createTime,
endTime: cloudEvent.data.endTime,
payload: {
['@type']:
'type.googleapis.com/google.events.firebase.firebasealerts.v1.CrashlyticsNewAnrIssuePayload',
issue: {
appVersion: 'crashlytics_issue_app_version',
id: 'crashlytics_issue_id',
subtitle: 'crashlytics_issue_subtitle',
title: 'crashlytics_issue_title',
},
},
},
});
});
});
describe('alerts.crashlytics.onNewFatalIssuePublished()', () => {
it('should update CloudEvent appropriately', () => {
const cloudFn = alerts.crashlytics.onNewFatalIssuePublished(handler);
const cloudFnWrap = wrapV2(cloudFn);
const cloudEvent = cloudFnWrap().cloudEvent;
expect(cloudEvent).deep.equal({
// id and time are generated at runtime
id: cloudEvent.id,
time: cloudEvent.time,
specversion: '1.0',
type: 'google.firebase.firebasealerts.alerts.v1.published',
source: '//firebasealerts.googleapis.com/projects/42',
data: {
createTime: cloudEvent.data.createTime,
endTime: cloudEvent.data.endTime,
payload: {
['@type']:
'type.googleapis.com/google.events.firebase.firebasealerts.v1.CrashlyticsNewFatalIssuePayload',
issue: {
appVersion: 'crashlytics_issue_app_version',
id: 'crashlytics_issue_id',
subtitle: 'crashlytics_issue_subtitle',
title: 'crashlytics_issue_title',
},
},
},
});
});
});
describe('alerts.crashlytics.onNewNonfatalIssuePublished()', () => {
it('should update CloudEvent appropriately', () => {
const cloudFn = alerts.crashlytics.onNewNonfatalIssuePublished(
handler
);
const cloudFnWrap = wrapV2(cloudFn);
const cloudEvent = cloudFnWrap().cloudEvent;
expect(cloudEvent).deep.equal({
// id and time are generated at runtime
id: cloudEvent.id,
time: cloudEvent.time,
specversion: '1.0',
type: 'google.firebase.firebasealerts.alerts.v1.published',
source: '//firebasealerts.googleapis.com/projects/42',
data: {
createTime: cloudEvent.data.createTime,
endTime: cloudEvent.data.endTime,
payload: {
['@type']:
'type.googleapis.com/google.events.firebase.firebasealerts.v1.CrashlyticsNewNonfatalIssuePayload',
issue: {
appVersion: 'crashlytics_issue_app_version',
id: 'crashlytics_issue_id',
subtitle: 'crashlytics_issue_subtitle',
title: 'crashlytics_issue_title',
},
},
},
});
});
});
describe('alerts.crashlytics.onRegressionAlertPublished()', () => {
it('should update CloudEvent appropriately', () => {
const cloudFn = alerts.crashlytics.onRegressionAlertPublished(
handler
);
const cloudFnWrap = wrapV2(cloudFn);
const cloudEvent = cloudFnWrap().cloudEvent;
expect(cloudEvent).deep.equal({
// id and time are generated at runtime
id: cloudEvent.id,
time: cloudEvent.time,
specversion: '1.0',
type: 'google.firebase.firebasealerts.alerts.v1.published',
source: '//firebasealerts.googleapis.com/projects/42',
data: {
createTime: cloudEvent.data.createTime,
endTime: cloudEvent.data.endTime,
payload: {
['@type']:
'type.googleapis.com/google.events.firebase.firebasealerts.v1.CrashlyticsRegressionAlertPayload',
issue: {
appVersion: 'crashlytics_issue_app_version',
id: 'crashlytics_issue_id',
subtitle: 'crashlytics_issue_subtitle',
title: 'crashlytics_issue_title',
},
resolveTime: cloudEvent.data.payload.resolveTime,
type: 'test type',
},
},
});
});
});
describe('alerts.crashlytics.onStabilityDigestPublished()', () => {
it('should update CloudEvent appropriately', () => {
const cloudFn = alerts.crashlytics.onStabilityDigestPublished(
handler
);
const cloudFnWrap = wrapV2(cloudFn);
const cloudEvent = cloudFnWrap().cloudEvent;
expect(cloudEvent).deep.equal({
// id and time are generated at runtime
id: cloudEvent.id,
time: cloudEvent.time,
specversion: '1.0',
type: 'google.firebase.firebasealerts.alerts.v1.published',
source: '//firebasealerts.googleapis.com/projects/42',
data: {
createTime: cloudEvent.data.createTime,
endTime: cloudEvent.data.endTime,
payload: {
['@type']:
'type.googleapis.com/google.events.firebase.firebasealerts.v1.CrashlyticsStabilityDigestPayload',
digestDate: cloudEvent.data.payload.digestDate,
trendingIssues: [
{
eventCount: 100,
issue: {
appVersion: 'crashlytics_issue_app_version',
id: 'crashlytics_issue_id',
subtitle: 'crashlytics_issue_subtitle',
title: 'crashlytics_issue_title',
},
type: 'type',
userCount: 100,
},
],
},
},
});
});
});
describe('alerts.crashlytics.onVelocityAlertPublished()', () => {
it('should update CloudEvent appropriately', () => {
const cloudFn = alerts.crashlytics.onVelocityAlertPublished(handler);
const cloudFnWrap = wrapV2(cloudFn);
const cloudEvent = cloudFnWrap().cloudEvent;
expect(cloudEvent).deep.equal({
// id and time are generated at runtime
id: cloudEvent.id,
time: cloudEvent.time,
specversion: '1.0',
type: 'google.firebase.firebasealerts.alerts.v1.published',
source: '//firebasealerts.googleapis.com/projects/42',
data: {
createTime: cloudEvent.data.createTime,
endTime: cloudEvent.data.endTime,
payload: {
['@type']:
'type.googleapis.com/google.events.firebase.firebasealerts.v1.CrashlyticsVelocityAlertPayload',
crashCount: 100,
crashPercentage: 50,
createTime: cloudEvent.data.payload.createTime,
firstVersion: '1.1',
issue: {
appVersion: 'crashlytics_issue_app_version',
id: 'crashlytics_issue_id',
subtitle: 'crashlytics_issue_subtitle',
title: 'crashlytics_issue_title',
},
},
},
});
});
});
describe('alerts.appDistribution.onNewTesterIosDevicePublished()', () => {
it('should update CloudEvent appropriately', () => {
const cloudFn = alerts.appDistribution.onNewTesterIosDevicePublished(
handler
);
const cloudFnWrap = wrapV2(cloudFn);
const cloudEvent = cloudFnWrap().cloudEvent;
expect(cloudEvent).deep.equal({
// id and time are generated at runtime
id: cloudEvent.id,
time: cloudEvent.time,
specversion: '1.0',
type: 'google.firebase.firebasealerts.alerts.v1.published',
source: '//firebasealerts.googleapis.com/projects/42',
data: {
createTime: cloudEvent.data.createTime,
endTime: cloudEvent.data.endTime,
payload: {
['@type']:
'type.googleapis.com/google.events.firebase.firebasealerts.v1.AppDistroNewTesterIosDevicePayload',
testerDeviceIdentifier: 'tester device identifier',
testerDeviceModelName: 'tester device model name',
testerEmail: '[email protected]',
testerName: 'tester name',
},
},
});
});
});
describe('alerts.billing.onPlanAutomatedUpdatePublished()', () => {
it('should update CloudEvent appropriately', () => {
const cloudFn = alerts.billing.onPlanAutomatedUpdatePublished(
handler
);
const cloudFnWrap = wrapV2(cloudFn);
const cloudEvent = cloudFnWrap().cloudEvent;
expect(cloudEvent).deep.equal({
// id and time are generated at runtime
id: cloudEvent.id,
time: cloudEvent.time,
specversion: '1.0',
type: 'google.firebase.firebasealerts.alerts.v1.published',
source: '//firebasealerts.googleapis.com/projects/42',
data: {
createTime: cloudEvent.data.createTime,
endTime: cloudEvent.data.endTime,
payload: {
['@type']:
'type.googleapis.com/google.events.firebase.firebasealerts.v1.BillingPlanAutomatedUpdatePayload',
billingPlan: 'flame',
notificationType: 'upgrade',
},
},
});
});
});
describe('alerts.billing.onPlanUpdatePublished()', () => {
it('should update CloudEvent appropriately', () => {
const cloudFn = alerts.billing.onPlanUpdatePublished(handler);
const cloudFnWrap = wrapV2(cloudFn);
const cloudEvent = cloudFnWrap().cloudEvent;
expect(cloudEvent).deep.equal({
// id and time are generated at runtime
id: cloudEvent.id,
time: cloudEvent.time,
specversion: '1.0',
type: 'google.firebase.firebasealerts.alerts.v1.published',
source: '//firebasealerts.googleapis.com/projects/42',
data: {
createTime: cloudEvent.data.createTime,
endTime: cloudEvent.data.endTime,
payload: {
['@type']:
'type.googleapis.com/google.events.firebase.firebasealerts.v1.BillingPlanUpdatePayload',
billingPlan: 'flame',
notificationType: 'upgrade',
principalEmail: '[email protected]',
},
},
});
});
});
});
describe('remoteConfig', () => {
describe('onConfigUpdated', () => {
it('should trigger mock config update event', () => {
const cloudFn = remoteConfig.onConfigUpdated(handler);
const cloudFnWrap = wrapV2(cloudFn);
const cloudEvent = cloudFnWrap().cloudEvent;
expect(cloudEvent).deep.equal({
specversion: '1.0',
id: cloudEvent.id,
time: cloudEvent.time,
type: 'google.firebase.remoteconfig.remoteConfig.v1.updated',
source: '//firebaseremoteconfig.googleapis.com/projects/42',
data: {
versionNumber: 2,
updateTime: cloudEvent.data.updateTime,
updateUser: {
name: 'testuser',
email: '[email protected]',
imageUrl: 'test.com/img-url',
},
description: 'config update test',
updateOrigin: 'REMOTE_CONFIG_UPDATE_ORIGIN_UNSPECIFIED',
updateType: 'REMOTE_CONFIG_UPDATE_TYPE_UNSPECIFIED',
rollbackSource: 0,
},
});
});
});
});
describe('testLab', () => {
describe('onTestMatrixCompleted', () => {
it('should trigger mock test matrix event data', () => {
const cloudFn = testLab.onTestMatrixCompleted(handler);
const cloudFnWrap = wrapV2(cloudFn);
const cloudEvent = cloudFnWrap().cloudEvent;
expect(cloudEvent).deep.equal({
specversion: '1.0',
id: cloudEvent.id,
time: cloudEvent.time,
type: 'google.firebase.testlab.testMatrix.v1.completed',
source: '//firebasetestlab.googleapis.com/projects/42',
data: {
createTime: cloudEvent.data.createTime,
state: 'TEST_STATE_UNSPECIFIED',
invalidMatrixDetails: '',
outcomeSummary: 'OUTCOME_SUMMARY_UNSPECIFIED',
resultStorage: {
toolResultsHistory: 'projects/42/histories/1234',
toolResultsExecution:
'projects/42/histories/1234/executions/5678',
resultsUri: 'console.firebase.google.com/test/results',
gcsPath: 'gs://bucket/path/to/test',
},
clientInfo: {
client: 'gcloud',
details: {},
},
testMatrixId: '1234',
},
});
});
});
});
describe('firestore', () => {
describe('document path', () => {
it('should resolve default document path', () => {
const cloudFn = firestore.onDocumentCreated('foo/bar/baz', handler);
const cloudFnWrap = wrapV2(cloudFn);
const cloudEvent = cloudFnWrap().cloudEvent;
expect(cloudEvent.document).equal('foo/bar/baz');
});
it('should resolve default document given StringParam', () => {
process.env.doc_path = 'foo/StringParam/baz';
const cloudFn = firestore.onDocumentCreated('', handler);
cloudFn.__endpoint.eventTrigger.eventFilterPathPatterns.document = defineString(
'doc_path'
);
const cloudFnWrap = wrapV2(cloudFn);
const cloudEvent = cloudFnWrap().cloudEvent;
expect(cloudEvent.document).equal('foo/StringParam/baz');
});
it('should resolve using params', () => {
const cloudFn = firestore.onDocumentCreated('users/{user}', handler);
const cloudFnWrap = wrapV2(cloudFn);
const partial = {
params: {
user: '123',
},
};
const cloudEvent = cloudFnWrap(partial).cloudEvent;
expect(cloudEvent.document).equal('users/123');
});
it('should resolve with undefined string if variable is missing', () => {
const cloudFn = firestore.onDocumentCreated('users/{user}', handler);
const cloudFnWrap = wrapV2(cloudFn);
const partial = {
params: {},
};
const cloudEvent = cloudFnWrap(partial).cloudEvent;
expect(cloudEvent.document).equal('users/undefined');
});
});
describe('document options', () => {
it('resolves default document options correctly', () => {
const cloudFn = firestore.onDocumentCreated('foo/bar/baz', handler);
const cloudFnWrap = wrapV2(cloudFn);
const cloudEvent = cloudFnWrap().cloudEvent;
expect(cloudEvent.document).equal('foo/bar/baz');
expect(cloudEvent.database).equal('(default)');
expect(cloudEvent.namespace).equal('(default)');
});
it('reads custom DocumentOptions correctly', () => {
const documentOptions = {
document: 'foo/bar/baz',
database: 'custom-database',
namespace: 'custom-namespace',
};
const cloudFn = firestore.onDocumentCreated(documentOptions, handler);
const cloudFnWrap = wrapV2(cloudFn);
const cloudEvent = cloudFnWrap().cloudEvent;
expect(cloudEvent.document).equal(documentOptions.document);
expect(cloudEvent.database).equal(documentOptions.database);
expect(cloudEvent.namespace).equal(documentOptions.namespace);
});
});
describe('firestore.onDocumentCreated', () => {
it('should update CloudEvent appropriately', () => {
const cloudFn = firestore.onDocumentCreated('foo/bar/baz', handler);
const cloudFnWrap = wrapV2(cloudFn);
const cloudEvent = cloudFnWrap().cloudEvent;
expect(cloudEvent).deep.equal({
id: cloudEvent.id,
time: cloudEvent.time,
specversion: '1.0',
type: 'google.cloud.firestore.document.v1.created',
source: '',
data: cloudEvent.data,
location: 'us-central1',
project: 'testproject',
database: '(default)',
namespace: '(default)',
document: 'foo/bar/baz',
params: {},
});
});
it('should use overridden data', () => {
const cloudFn = firestore.onDocumentCreated('foo/bar/baz', handler);
const cloudFnWrap = wrapV2(cloudFn);
const docData = { foo: 'bar' };
const data = makeDocumentSnapshot(docData, 'foo/bar/baz');
const cloudEvent = cloudFnWrap({ data }).cloudEvent;
expect(cloudEvent.data.data()).deep.equal(docData);
});
it('should accept json data', () => {
const cloudFn = firestore.onDocumentCreated('foo/bar/baz', handler);
const cloudFnWrap = wrapV2(cloudFn);
const docData = { foo: 'bar' };
const cloudEvent = cloudFnWrap({ data: docData }).cloudEvent;
expect(cloudEvent.data.data()).deep.equal(docData);
});
});
describe('firestore.onDocumentDeleted()', () => {
it('should update CloudEvent appropriately', () => {
const cloudFn = firestore.onDocumentDeleted('foo/bar/baz', handler);
const cloudFnWrap = wrapV2(cloudFn);
const cloudEvent = cloudFnWrap().cloudEvent;
expect(cloudEvent).deep.equal({
id: cloudEvent.id,
time: cloudEvent.time,
specversion: '1.0',
type: 'google.cloud.firestore.document.v1.deleted',
source: '',
data: cloudEvent.data,
location: 'us-central1',
project: 'testproject',
database: '(default)',
namespace: '(default)',
document: 'foo/bar/baz',
params: {},
});
});
it('should use overridden data', () => {
const cloudFn = firestore.onDocumentDeleted('foo/bar/baz', handler);
const cloudFnWrap = wrapV2(cloudFn);
const docData = { foo: 'bar' };
const data = makeDocumentSnapshot(docData, 'foo/bar/baz');
const cloudEvent = cloudFnWrap({ data }).cloudEvent;
expect(cloudEvent.data.data()).deep.equal(docData);
});
it('should accept json data', () => {
const cloudFn = firestore.onDocumentDeleted('foo/bar/baz', handler);
const cloudFnWrap = wrapV2(cloudFn);
const docData = { foo: 'bar' };
const cloudEvent = cloudFnWrap({ data: docData }).cloudEvent;
expect(cloudEvent.data.data()).deep.equal(docData);
});
});
describe('firestore.onDocumentUpdated', () => {
it('should update CloudEvent appropriately', () => {
const cloudFn = firestore.onDocumentUpdated('foo/bar/baz', handler);
const cloudFnWrap = wrapV2(cloudFn);
const cloudEvent = cloudFnWrap().cloudEvent;
expect(cloudEvent).deep.equal({
id: cloudEvent.id,
time: cloudEvent.time,
specversion: '1.0',
type: 'google.cloud.firestore.document.v1.updated',
source: '',
data: cloudEvent.data,
location: 'us-central1',
project: 'testproject',
database: '(default)',
namespace: '(default)',
document: 'foo/bar/baz',
params: {},
});
});
it('should use overridden data', () => {
const cloudFn = firestore.onDocumentUpdated('foo/bar/baz', handler);
const cloudFnWrap = wrapV2(cloudFn);
const afterDataVal = { snapshot: 'after' };
const after = makeDocumentSnapshot(afterDataVal, 'foo/bar/baz');
const beforeDataVal = { snapshot: 'before' };
const before = makeDocumentSnapshot(beforeDataVal, 'foo/bar/baz');
const data = { before, after };
const cloudEvent = cloudFnWrap({ data }).cloudEvent;
expect(cloudEvent.data.before.data()).deep.equal(beforeDataVal);
expect(cloudEvent.data.after.data()).deep.equal(afterDataVal);
});
it('should accept json data', () => {
const cloudFn = firestore.onDocumentUpdated('foo/bar/baz', handler);
const cloudFnWrap = wrapV2(cloudFn);
const afterDataVal = { snapshot: 'after' };
const beforeDataVal = { snapshot: 'before' };
const data = { before: beforeDataVal, after: afterDataVal };
const cloudEvent = cloudFnWrap({ data }).cloudEvent;
expect(cloudEvent.data.before.data()).deep.equal(beforeDataVal);
expect(cloudEvent.data.after.data()).deep.equal(afterDataVal);
});
});
describe('firestore.onDocumentWritten', () => {
it('should update CloudEvent appropriately', () => {
const cloudFn = firestore.onDocumentWritten('foo/bar/baz', handler);
const cloudFnWrap = wrapV2(cloudFn);
const cloudEvent = cloudFnWrap().cloudEvent;
expect(cloudEvent).deep.equal({
id: cloudEvent.id,
time: cloudEvent.time,
specversion: '1.0',
type: 'google.cloud.firestore.document.v1.written',
source: '',
data: cloudEvent.data,
location: 'us-central1',
project: 'testproject',
database: '(default)',
namespace: '(default)',
document: 'foo/bar/baz',
params: {},
});
});
it('should use overridden data', () => {
const cloudFn = firestore.onDocumentWritten('foo/bar/baz', handler);
const cloudFnWrap = wrapV2(cloudFn);
const afterDataVal = { snapshot: 'after' };
const after = makeDocumentSnapshot(afterDataVal, 'foo/bar/baz');
const beforeDataVal = { snapshot: 'before' };
const before = makeDocumentSnapshot(beforeDataVal, 'foo/bar/baz');
const data = { before, after };
const cloudEvent = cloudFnWrap({ data }).cloudEvent;
expect(cloudEvent.data.before.data()).deep.equal(beforeDataVal);
expect(cloudEvent.data.after.data()).deep.equal(afterDataVal);
});
it('should accept json data', () => {
const cloudFn = firestore.onDocumentWritten('foo/bar/baz', handler);
const cloudFnWrap = wrapV2(cloudFn);
const afterDataVal = { snapshot: 'after' };
const beforeDataVal = { snapshot: 'before' };
const data = { before: beforeDataVal, after: afterDataVal };
const cloudEvent = cloudFnWrap({ data }).cloudEvent;
expect(cloudEvent.data.before.data()).deep.equal(beforeDataVal);
expect(cloudEvent.data.after.data()).deep.equal(afterDataVal);
});
});
});
describe('database', () => {
describe('ref', () => {
it('should resolve default ref', () => {
const referenceOptions = {
ref: 'foo/bar/baz',
instance: 'instance-1',
};
const cloudFn = database.onValueCreated(referenceOptions, handler);
const cloudFnWrap = wrapV2(cloudFn);
const cloudEvent = cloudFnWrap().cloudEvent;
expect(cloudEvent.ref).equal('foo/bar/baz');
});
it('should resolve default ref given StringParam', () => {
process.env.rtdb_ref = 'foo/StringParam/baz';
const referenceOptions = {
ref: '',
instance: 'instance-1',
};
const cloudFn = database.onValueCreated(referenceOptions, handler);
cloudFn.__endpoint.eventTrigger.eventFilterPathPatterns.ref = defineString(
'rtdb_ref'
);
const cloudFnWrap = wrapV2(cloudFn);
const cloudEvent = cloudFnWrap().cloudEvent;
expect(cloudEvent.ref).equal('foo/StringParam/baz');
});
// it('should resolve default ref given TernaryExpression', () => {
// const ref1 = defineString('rtdb_ref_1');
// process.env.rtdb_ref_1 = 'foo/StringParam/1';
// const ref2 = defineString('rtdb_ref_2');
// process.env.rtdb_ref_2 = 'foo/StringParam/2';
// const referenceOptions = {
// ref: '',
// instance: 'instance-1',
// };
// const cloudFn = database.onValueCreated(referenceOptions, handler);
// cloudFn.__endpoint.eventTrigger.eventFilterPathPatterns.ref = ref1
// .equals('aa')
// .then('rtdb_ref_1', 'rtdb_ref_2');
// const cloudFnWrap = wrapV2(cloudFn);
// const cloudEvent = cloudFnWrap().cloudEvent;
// expect(cloudEvent.ref).equal('rtdb_ref_2');
// });
it('should resolve using params', () => {
const referenceOptions = {
ref: 'users/{user}',
instance: 'instance-1',
};
const cloudFn = database.onValueCreated(referenceOptions, handler);
const cloudFnWrap = wrapV2(cloudFn);
const partial = {
params: {
user: '123',
},
};
const cloudEvent = cloudFnWrap(partial).cloudEvent;
expect(cloudEvent.ref).equal('users/123');
});
it('should resolve using params in middle', () => {
const referenceOptions = {
ref: 'users/{user}/settings',
instance: 'instance-1',
};
const cloudFn = database.onValueCreated(referenceOptions, handler);
const cloudFnWrap = wrapV2(cloudFn);
const partial = {
params: {
user: '123',
},
};
const cloudEvent = cloudFnWrap(partial).cloudEvent;
expect(cloudEvent.ref).equal('users/123/settings');
});
it('should resolve using multiple params in middle', () => {
const referenceOptions = {
ref: 'users/{user}/settings/{lang}',
instance: 'instance-1',
};
const cloudFn = database.onValueCreated(referenceOptions, handler);
const cloudFnWrap = wrapV2(cloudFn);
const partial = {
params: {
lang: 'en',
user: '123',
},
};
const cloudEvent = cloudFnWrap(partial).cloudEvent;
expect(cloudEvent.ref).equal('users/123/settings/en');
});
it('should resolve using single character param', () => {
const referenceOptions = {
ref: 'users/{x}',
instance: 'instance-1',
};
const cloudFn = database.onValueCreated(referenceOptions, handler);
const cloudFnWrap = wrapV2(cloudFn);
const partial = {
params: {
x: '123',
},
};
const cloudEvent = cloudFnWrap(partial).cloudEvent;
expect(cloudEvent.ref).equal('users/123');
});
it('should resolve with undefined string if variable is missing', () => {
const referenceOptions = {
ref: 'users/{user}',
instance: 'instance-1',
};
const cloudFn = database.onValueCreated(referenceOptions, handler);
const cloudFnWrap = wrapV2(cloudFn);
const partial = {
params: {},
};
const cloudEvent = cloudFnWrap(partial).cloudEvent;
expect(cloudEvent.ref).equal('users/undefined');
});
it('should resolve with given single-capture syntax', () => {
const referenceOptions = {
ref: 'users/{user=*}',
instance: 'instance-1',
};
const cloudFn = database.onValueCreated(referenceOptions, handler);
const cloudFnWrap = wrapV2(cloudFn);
const partial = {
params: {
user: '123',
},
};
const cloudEvent = cloudFnWrap(partial).cloudEvent;
expect(cloudEvent.ref).equal('users/123');
});
it('should resolve with given multi-capture syntax', () => {
const referenceOptions = {
ref: 'users/{user=**}/en',
instance: 'instance-1',
};
const cloudFn = database.onValueCreated(referenceOptions, handler);
const cloudFnWrap = wrapV2(cloudFn);
const partial = {
params: {
user: '123/settings',
},
};
const cloudEvent = cloudFnWrap(partial).cloudEvent;
expect(cloudEvent.ref).equal('users/123/settings/en');
});
});
describe('database.onValueCreated()', () => {
it('should update CloudEvent appropriately', () => {
const referenceOptions = {
ref: 'foo/bar',
instance: 'instance-1',
};
const cloudFn = database.onValueCreated(referenceOptions, handler);
const cloudFnWrap = wrapV2(cloudFn);
const cloudEvent = cloudFnWrap().cloudEvent;
expect(cloudEvent).deep.equal({
// id and time are generated at runtime
id: cloudEvent.id,
time: cloudEvent.time,
specversion: '1.0',
data: cloudEvent.data,
instance: 'instance-1',
firebaseDatabaseHost: 'firebaseDatabaseHost',
ref: 'foo/bar',
location: 'us-central1',
params: {},
source: '',
type: 'google.firebase.database.ref.v1.created',
});
});
it('should use overridden data', () => {
const referenceOptions = {
ref: 'foo/bar',
instance: 'instance-1',
};
const cloudFn = database.onValueCreated(referenceOptions, handler);
const cloudFnWrap = wrapV2(cloudFn);
const dataVal = { snapshot: 'override' };
const data = makeDataSnapshot(dataVal, referenceOptions.ref);
const cloudEvent = cloudFnWrap({ data }).cloudEvent;
expect(cloudEvent.data.val()).deep.equal(dataVal);
});
it('should accept json data', () => {
const referenceOptions = {
ref: 'foo/bar',
instance: 'instance-1',
};
const cloudFn = database.onValueCreated(referenceOptions, handler);
const cloudFnWrap = wrapV2(cloudFn);
const dataVal = { snapshot: 'override' };
const cloudEvent = cloudFnWrap({ data: dataVal }).cloudEvent;
expect(cloudEvent.data.val()).deep.equal(dataVal);
});
});
describe('database.onValueDeleted()', () => {
it('should update CloudEvent appropriately', () => {
const referenceOptions = {
ref: 'foo/baz',
instance: 'instance-1',
};
const cloudFn = database.onValueDeleted(referenceOptions, handler);
const cloudFnWrap = wrapV2(cloudFn);
const cloudEvent = cloudFnWrap().cloudEvent;
expect(cloudEvent).deep.equal({
// id and time are generated at runtime
id: cloudEvent.id,
time: cloudEvent.time,
specversion: '1.0',
data: cloudEvent.data,
instance: 'instance-1',
firebaseDatabaseHost: 'firebaseDatabaseHost',
ref: 'foo/baz',
location: 'us-central1',
params: {},
source: '',
type: 'google.firebase.database.ref.v1.deleted',
});
});
it('should use overridden data', () => {
const referenceOptions = {
ref: 'foo/bar',
instance: 'instance-1',
};
const cloudFn = database.onValueDeleted(referenceOptions, handler);
const cloudFnWrap = wrapV2(cloudFn);
const dataVal = { snapshot: 'override' };
const data = makeDataSnapshot(dataVal, referenceOptions.ref);
const cloudEvent = cloudFnWrap({ data }).cloudEvent;
expect(cloudEvent.data.val()).deep.equal(dataVal);
});
it('should accept json data', () => {
const referenceOptions = {
ref: 'foo/bar',
instance: 'instance-1',
};
const cloudFn = database.onValueDeleted(referenceOptions, handler);
const cloudFnWrap = wrapV2(cloudFn);
const dataVal = { snapshot: 'override' };
const cloudEvent = cloudFnWrap({ data: dataVal }).cloudEvent;
expect(cloudEvent.data.val()).deep.equal(dataVal);
});
});
describe('database.onValueUpdated()', () => {