RegServerAccessParamsDto.builder().withRegServerHost(WEB_SERVICE_HOSTNAME).withRegServerPort(WEB_SERVICE_HTTPS_PORT).withUseSsl(true) .withUsername(WEB_SERVICE_HTTPS_USERNAME).withPassword(WEB_SERVICE_HTTPS_PASSWORD).withTrustSelfSignedCertificate(true) .withDisableHostnameVerification(true).build();
RegServerAccessParamsDto.builder().withRegServerHost(hostnameToUse).withRegServerPort(WEB_SERVICE_HTTPS_PORT).withUseSsl(true) .withUsername(WEB_SERVICE_HTTPS_USERNAME).withPassword(WEB_SERVICE_HTTPS_PASSWORD).withTrustSelfSignedCertificate(true) .withDisableHostnameVerification(true).build(); uploaderController.performUpload(regServerAccessParamsDto, manifestFile, s3FileTransferRequestParamsDto, createNewVersion, force, TEST_RETRY_ATTEMPTS, TEST_RETRY_DELAY_SECS);
/** * Runs the application by parsing the command line arguments and calling the controller to export business object data that passed its relative retention * expiration. This is the main entry into the application class itself and is typically called from a main method. * * @param args the command line arguments passed to the program * * @return the return value of the application * @throws Exception if any problems were encountered */ protected ToolsCommonConstants.ReturnValue go(String[] args) throws Exception { // Create the Spring application context. ApplicationContext applicationContext = createApplicationContext(); // Parse the command line arguments and return a return value if we shouldn't continue processing (e.g. we displayed usage information, etc.). ToolsCommonConstants.ReturnValue returnValue = parseCommandLineArguments(args, applicationContext); if (returnValue != null) { return returnValue; } // Create a DTO to communicate with herd registration server. RegServerAccessParamsDto regServerAccessParamsDto = RegServerAccessParamsDto.builder().withRegServerHost(argParser.getStringValue(regServerHostOpt)).withRegServerPort(regServerPort).withUseSsl(useSsl) .withUsername(argParser.getStringValue(usernameOpt)).withPassword(argParser.getStringValue(passwordOpt)) .withTrustSelfSignedCertificate(trustSelfSignedCertificate).withDisableHostnameVerification(disableHostnameVerification).build(); // Call the controller with the user specified parameters to perform the upload. RetentionExpirationDestroyerController controller = applicationContext.getBean(RetentionExpirationDestroyerController.class); controller.performRetentionExpirationDestruction(argParser.getFileValue(localInputFileOpt), regServerAccessParamsDto); // No exceptions were returned so return success. return ToolsCommonConstants.ReturnValue.SUCCESS; }
RegServerAccessParamsDto.builder().withRegServerHost(regServerHost).withRegServerPort(regServerPort).withUseSsl(useSsl) .withUsername(argParser.getStringValue(usernameOpt)).withPassword(argParser.getStringValue(passwordOpt)) .withTrustSelfSignedCertificate(trustSelfSignedCertificate).withDisableHostnameVerification(disableHostnameVerification).build(); controller.performUpload(regServerAccessParamsDto, argParser.getFileValue(manifestPathOpt), params, argParser.getBooleanValue(createNewVersionOpt), argParser.getBooleanValue(forceOpt), maxRetryAttempts, retryDelaySecs);
RegServerAccessParamsDto.builder().withRegServerHost(regServerHost).withRegServerPort(regServerPort).withUseSsl(useSsl) .withUsername(argParser.getStringValue(usernameOpt)).withPassword(argParser.getStringValue(passwordOpt)) .withTrustSelfSignedCertificate(trustSelfSignedCertificate).withDisableHostnameVerification(disableHostnameVerification).build(); controller.performDownload(regServerAccessParamsDto, argParser.getFileValue(manifestPathOpt), params);
RegServerAccessParamsDto.builder().withRegServerHost(argParser.getStringValue(regServerHostOpt)).withRegServerPort(regServerPort).withUseSsl(useSsl) .withUsername(argParser.getStringValue(usernameOpt)).withPassword(argParser.getStringValue(passwordOpt)) .withTrustSelfSignedCertificate(trustSelfSignedCertificate).withDisableHostnameVerification(disableHostnameVerification).build();
/** * Prepares test data and runs a normal download scenario. * * @param downloaderInputManifestDto the downloader input manifest object instance * @param localPath the local target directory * @param numOfThreads the maximum number of threads to use for file transfer to S3 * @param hostname optional override of the default web service hostname. */ protected void runDownload(DownloaderInputManifestDto downloaderInputManifestDto, String localPath, Integer numOfThreads, String hostname) throws Exception { String hostnameToUse = hostname == null ? WEB_SERVICE_HOSTNAME : hostname; // Upload and register business object data parents. uploadAndRegisterTestDataParents(downloaderWebClient); // Upload and register the initial version if of the test business object data. uploadAndRegisterTestData(S3_TEST_PATH_V0); // Create a downloader input manifest file in LOCAL_TEMP_PATH_INPUT directory File downloaderInputManifestFile = createManifestFile(LOCAL_TEMP_PATH_INPUT.toString(), downloaderInputManifestDto); // Perform the download. S3FileTransferRequestParamsDto s3FileTransferRequestParamsDto = getTestS3FileTransferRequestParamsDto(); s3FileTransferRequestParamsDto.setS3KeyPrefix(S3_TEST_PATH_V0); s3FileTransferRequestParamsDto.setLocalPath(localPath); s3FileTransferRequestParamsDto.setMaxThreads(numOfThreads); RegServerAccessParamsDto regServerAccessParamsDto = RegServerAccessParamsDto.builder().withRegServerHost(hostnameToUse).withRegServerPort(WEB_SERVICE_HTTPS_PORT).withUseSsl(true) .withUsername(WEB_SERVICE_HTTPS_USERNAME).withPassword(WEB_SERVICE_HTTPS_PASSWORD).withTrustSelfSignedCertificate(true) .withDisableHostnameVerification(true).build(); downloaderController.performDownload(regServerAccessParamsDto, downloaderInputManifestFile, s3FileTransferRequestParamsDto); }
@Test public void testPerformDownloadZeroByteDirectoryMarkersPresent() throws Exception { // Upload and register business object data parents. uploadAndRegisterTestDataParents(downloaderWebClient); // Upload and register the initial version if of the test business object data. uploadAndRegisterTestData(S3_TEST_PATH_V0, testManifestFiles, S3_DIRECTORY_MARKERS); // Create a downloader input manifest file in LOCAL_TEMP_PATH_INPUT directory File downloaderInputManifestFile = createManifestFile(LOCAL_TEMP_PATH_INPUT.toString(), getTestDownloaderInputManifestDto()); // Adjust the S3 file transfer parameters to be passed to the downloader controller. S3FileTransferRequestParamsDto s3FileTransferRequestParamsDto = getTestS3FileTransferRequestParamsDto(); s3FileTransferRequestParamsDto.setLocalPath(LOCAL_TEMP_PATH_OUTPUT.toString()); s3FileTransferRequestParamsDto.setMaxThreads(DownloaderController.MIN_THREADS); // Perform the download. RegServerAccessParamsDto regServerAccessParamsDto = RegServerAccessParamsDto.builder().withRegServerHost(WEB_SERVICE_HOSTNAME).withRegServerPort(WEB_SERVICE_HTTPS_PORT).withUseSsl(true) .withUsername(WEB_SERVICE_HTTPS_USERNAME).withPassword(WEB_SERVICE_HTTPS_PASSWORD).withTrustSelfSignedCertificate(true) .withDisableHostnameVerification(true).build(); downloaderController.performDownload(regServerAccessParamsDto, downloaderInputManifestFile, s3FileTransferRequestParamsDto); }
@Test public void testPerformRetentionExpirationDestruction() throws Exception { // Create a local input CSV file. File inputCsvFile = createLocalInputCsvFile(); // Create and initialize the registration server DTO. RegServerAccessParamsDto regServerAccessParamsDto = RegServerAccessParamsDto.builder().withRegServerHost(WEB_SERVICE_HOSTNAME).withRegServerPort(WEB_SERVICE_HTTPS_PORT).withUseSsl(true) .withUsername(WEB_SERVICE_HTTPS_USERNAME).withPassword(WEB_SERVICE_HTTPS_PASSWORD).withTrustSelfSignedCertificate(true) .withDisableHostnameVerification(true).build(); // Perform the retention expiration destruction. retentionExpirationDestroyerController.performRetentionExpirationDestruction(inputCsvFile, regServerAccessParamsDto); }