runValidations(() => {
assert(tr.succeeded, "Should have succeeded");
assert(tr.stdout.indexOf("loc_mock_ToolToInstall sdk 1.0.4") > -1, "should print to-be-installed info");
assert(tr.stdout.indexOf("Checking local tool for dncs and version 1.0.4") > -1, "should check for local cached tool");
assert(tr.stdout.indexOf("loc_mock_InstallingAfresh") == -1, "should not install fresh");
assert(tr.stdout.indexOf("loc_mock_GettingDownloadUrls") == -1, "should not download");
assert(tr.stdout.indexOf("loc_mock_UsingCachedTool") > -1, "should print that cached dir is being used");
assert(tr.stdout.indexOf("Caching dir C:\\agent\\_temp\\someDir for tool dncs version 1.0.4") == -1, "should not update cache again");
assert(tr.stdout.indexOf("prepending path: C:\\agent\\_tools\\oldCacheDir") > -1, "should pre-prend to PATH");
}, tr, done);
runValidations(() => {
assert(tr.succeeded, "Should have succeeded");
assert(tr.stdout.indexOf("virtualMachineExtensions.list is called") > -1, "virtualMachineExtensions.list function should have been called from azure-sdk");
assert(tr.stdout.indexOf("virtualMachineExtensions.deleteMethod is called with resource testvmss1 and extension AzureVmssDeploymentTask") == -1, "virtualMachineExtensions.deleteMethod function should have been called from azure-sdk");
assert(tr.stdout.indexOf("virtualMachineExtensions.createOrUpdate is called with resource testvmss1 and extension AzureVmssDeploymentTask") > -1, "virtualMachineExtensions.createOrUpdate function should have been called from azure-sdk");
assert(tr.stdout.indexOf("virtualMachinesScaleSets.updateImage is called with RG: testrg1, VMSS: testvmss1 and imageurl : https://someurl") > -1, "virtualMachinesScaleSets.updateImage function should have been called from azure-sdk");
assert(tr.stdout.indexOf("loc_mock_GetVMSSExtensionsListFailed") >= -1, "ahould warn about list failure");
assert(tr.stdout.indexOf("loc_mock_CustomScriptExtensionInstalled") > -1, "new extension should be installed");
assert(tr.stdout.indexOf("loc_mock_UpdatedVMSSImage") > -1, "VMSS image should be updated");
}, tr, done);
runValidations(() => {
assert(tr.succeeded, "Should have succeeded");
assert(tr.stdout.indexOf("virtualMachineExtensions.list is called") > -1, "virtualMachineExtensions.list function should have been called from azure-sdk");
assert(tr.stdout.indexOf("virtualMachineExtensions.deleteMethod is called with resource testvmss1 and extension CustomScriptExtension1") == -1, "virtualMachineExtensions.deleteMethod function should not have been called from azure-sdk");
assert(tr.stdout.indexOf("virtualMachineExtensions.createOrUpdate is called with resource testvmss1 and extension CustomScriptExtension") > -1, "virtualMachineExtensions.createOrUpdate function should have been called from azure-sdk");
assert(tr.stdout.indexOf("virtualMachinesScaleSets.updateImage is called with RG: testrg1, VMSS: testvmss1 and imageurl : https://someurl") > -1, "virtualMachinesScaleSets.updateImage function should have been called from azure-sdk");
assert(tr.stdout.indexOf("loc_mock_RemovingCustomScriptExtension") == -1, "removing old extension");
assert(tr.stdout.indexOf("loc_mock_CustomScriptExtensionInstalled") > -1, "new extension should be installed");
assert(tr.stdout.indexOf("loc_mock_UpdatedVMSSImage") > -1, "VMSS image should be updated");
}, tr, done);
it("correctly handles being instantiated with empty list of handlers", () => {
const spy = sinon.spy();
const stub_logger = {infoD: spy};
const log = new middleware.ContextLogger(stub_logger, [], fake_req);
log.info("test_title");
const expected_context = {};
assert(spy.calledWithExactly("test_title", expected_context));
assert.equal(spy.callCount, 1);
});
export function loadConfigFromFile(fname: string): AppConfig {
var jsonText = fs.readFileSync(fname, {encoding: "utf-8"});
var config = JSON.parse(jsonText);
assert(config.htmlSrcs !== void 0);
if (config.dataDir === void 0) {
config.dataDir = defaultValues.dataDir;
}
return config;
}
it('returns acceptable version ranges for queries', async function() {
// Set in 3 different transactions so we get a document version range.
const {source, version: v1} = await setSingle(this.store, 'a', 1)
const v2 = (await setSingle(this.store, 'b', 2)).version
const v3 = (await setSingle(this.store, 'c', 3)).version
assert(vCmp(v1, v2) < 0 && vCmp(v2, v3) < 0)
await assertKVResults(this.store, ['a'], [v3], [['a', 1]], sparseSV(source, this.store, {from:v1, to:v3}))
})
logStub = sinon.stub(consoleio, 'log').callsFake(function(string, object) {
process.stdout.write(string + '\n')
var expectedString = '999'
var expectedOutput = string.indexOf(expectedString) > -1
assert(
expectedOutput,
'expected logger output to contain "' + expectedString + '"'
)
})
it('should query analytics', async () => {
const siteUrl = 'http://jbeckwith.com';
const path = `/webmasters/v3/sites/${
encodeURIComponent(siteUrl)}/searchAnalytics/query`;
const scope = nock(Utils.baseUrl).post(path).reply(200, {});
const data = await samples.query.runSample();
assert(data);
scope.done();
});
utils.parseJsonFromFile(example).then((parsedData: unknown) => {
var valid = syntaxContext.validator.validate(parsedData, syntaxContext.exampleSchema);
if (!valid) {
var error = syntaxContext.validator.getLastErrors();
throw new Error("Schema validation failed: " + util.inspect(error, { depth: null }));
}
assert(valid === true);
done();
});
localApis.forEach(name => {
if (g2[name] === null) {
// Warn if an API remains null (was not found during the discovery
// process) to avoid failing the test.
console.warn(name + ' was not found.');
} else {
assert(g2[name]);
}
});
