EncryptionUtil encryptionUtil, boolean gzipFile) throws Exception return createObjectForUpload(objectKey, dataFile, encryptionUtil, gzipFile, null);
ObjectUtils.convertDirPlaceholderKeyNameToDirName( objects[i].getKey())); file.mkdirs(); .createPackageForDownload(objects[i], file, true, true, encryptionPassword);
} else { s3Object.setContentType(Mimetypes.getInstance().getMimetype(dataFile)); File uploadFile = transformUploadFile(dataFile, s3Object, encryptionUtil, gzipFile, progressWatcher); s3Object.setContentLength(uploadFile.length());
ObjectUtils.convertDirPlaceholderKeyNameToDirName( objects[i].getKey())); file.mkdirs(); .createPackageForDownload(objects[i], file, true, true, encryptionPassword);
} else { s3Object.setContentType(Mimetypes.getInstance().getMimetype(dataFile)); File uploadFile = transformUploadFile(dataFile, s3Object, encryptionUtil, gzipFile, progressWatcher); s3Object.setContentLength(uploadFile.length());
ObjectUtils.convertDirPlaceholderKeyNameToDirName( objects[i].getKey())); file.mkdirs(); DownloadPackage downloadPackage = ObjectUtils.createPackageForDownload( object, file, true, false, null); if (downloadPackage == null) {
return createObjectForUpload(objectKey, dataFile, md5HashOfDataFile, encryptionUtil, gzipFile, progressWatcher);
ObjectUtils.convertDirPlaceholderKeyNameToDirName( objects[i].getKey())); file.mkdirs(); DownloadPackage downloadPackage = ObjectUtils.createPackageForDownload( object, file, true, false, null); if (downloadPackage == null) {
EncryptionUtil encryptionUtil, boolean gzipFile) throws Exception return createObjectForUpload(objectKey, dataFile, encryptionUtil, gzipFile, null);
localPath = ObjectUtils.convertDirPlaceholderKeyNameToDirName(keyPath); fileTarget = new File(localDirectory, localPath); if (doAction) { DownloadPackage downloadPackage = ObjectUtils.createPackageForDownload( object, fileTarget, isGzipEnabled, isEncryptionEnabled, cryptoPassword); if (downloadPackage != null) { DownloadPackage downloadPackage = ObjectUtils.createPackageForDownload( object, fileTarget, isGzipEnabled, isEncryptionEnabled, cryptoPassword); if (downloadPackage != null) { if (isForce) { printOutputLine("F " + localPath, REPORT_LEVEL_ACTIONS); DownloadPackage downloadPackage = ObjectUtils.createPackageForDownload( object, fileTarget, isGzipEnabled, isEncryptionEnabled, cryptoPassword); if (downloadPackage != null) { } else { printOutputLine("R " + localPath, REPORT_LEVEL_ACTIONS); DownloadPackage downloadPackage = ObjectUtils.createPackageForDownload( object, fileTarget, isGzipEnabled, isEncryptionEnabled, cryptoPassword); if (downloadPackage != null) {
return createObjectForUpload(objectKey, dataFile, md5HashOfDataFile, encryptionUtil, gzipFile, progressWatcher);
localPath = ObjectUtils.convertDirPlaceholderKeyNameToDirName(keyPath); fileTarget = new File(localDirectory, localPath); if (doAction) { DownloadPackage downloadPackage = ObjectUtils.createPackageForDownload( object, fileTarget, isGzipEnabled, isEncryptionEnabled, cryptoPassword); if (downloadPackage != null) { DownloadPackage downloadPackage = ObjectUtils.createPackageForDownload( object, fileTarget, isGzipEnabled, isEncryptionEnabled, cryptoPassword); if (downloadPackage != null) { if (isForce) { printOutputLine("F " + localPath, REPORT_LEVEL_ACTIONS); DownloadPackage downloadPackage = ObjectUtils.createPackageForDownload( object, fileTarget, isGzipEnabled, isEncryptionEnabled, cryptoPassword); if (downloadPackage != null) { } else { printOutputLine("R " + localPath, REPORT_LEVEL_ACTIONS); DownloadPackage downloadPackage = ObjectUtils.createPackageForDownload( object, fileTarget, isGzipEnabled, isEncryptionEnabled, cryptoPassword); if (downloadPackage != null) {
public StorageObject prepareUploadObject() throws Exception { StorageObject newObject = ObjectUtils.createObjectForUpload( targetKey, file, md5HashOfFile, encryptionUtil, isGzipEnabled, null); if ("PUBLIC_READ".equalsIgnoreCase(aclString)) { newObject.setAcl(AccessControlList.REST_CANNED_PUBLIC_READ); } else if ("PUBLIC_READ_WRITE".equalsIgnoreCase(aclString)) { newObject.setAcl(AccessControlList.REST_CANNED_PUBLIC_READ_WRITE); } else if ("PRIVATE".equalsIgnoreCase(aclString)) { // Private is the default, no need to add an ACL } else { throw new Exception("Invalid value for ACL string: " + aclString); } // Apply custom metadata items to upload object. newObject.addAllMetadata(customMetadata); return newObject; }
public StorageObject prepareUploadObject() throws Exception { StorageObject newObject = ObjectUtils.createObjectForUpload( targetKey, file, md5HashOfFile, encryptionUtil, isGzipEnabled, null); if ("PUBLIC_READ".equalsIgnoreCase(aclString)) { newObject.setAcl(AccessControlList.REST_CANNED_PUBLIC_READ); } else if ("PUBLIC_READ_WRITE".equalsIgnoreCase(aclString)) { newObject.setAcl(AccessControlList.REST_CANNED_PUBLIC_READ_WRITE); } else if ("PRIVATE".equalsIgnoreCase(aclString)) { // Private is the default, no need to add an ACL } else { throw new Exception("Invalid value for ACL string: " + aclString); } // Apply custom metadata items to upload object. newObject.addAllMetadata(customMetadata); return newObject; }
.createObjectForUpload(fileKey, file, null, false, progressWatcher);
.createObjectForUpload(fileKey, file, (cockpitPreferences.isUploadEncryptionActive() ? encryptionUtil : null), cockpitPreferences.isUploadCompressionActive(), progressWatcher);
.createObjectForUpload(fileKey, file, null, false, progressWatcher);
.createObjectForUpload(fileKey, file, (cockpitPreferences.isUploadEncryptionActive() ? encryptionUtil : null), cockpitPreferences.isUploadCompressionActive(), progressWatcher);