List of usage examples for org.apache.commons.cli ParseException toString
public String toString()
From source file:com.netscape.cms.servlet.test.ConfigurationTest.java
public static void main(String args[]) throws Exception { String host = null;/*from w ww . j a v a 2 s .com*/ String port = null; String cstype = null; String token_pwd = null; String db_dir = "./"; String protocol = "https"; String pin = null; String extCertFile = null; int testnum = 1; // parse command line arguments Options options = new Options(); options.addOption("t", true, "Subsystem type"); options.addOption("h", true, "Hostname of the CS subsystem"); options.addOption("p", true, "Port of the CS subsystem"); options.addOption("w", true, "Token password"); options.addOption("d", true, "Directory for tokendb"); options.addOption("s", true, "preop pin"); options.addOption("e", true, "File for externally signed signing cert"); options.addOption("x", true, "Test number"); try { CommandLineParser parser = new PosixParser(); CommandLine cmd = parser.parse(options, args); if (cmd.hasOption("t")) { cstype = cmd.getOptionValue("t"); } else { System.err.println("Error: no subsystem type provided."); usage(options); } if (cmd.hasOption("h")) { host = cmd.getOptionValue("h"); } else { System.err.println("Error: no hostname provided."); usage(options); } if (cmd.hasOption("p")) { port = cmd.getOptionValue("p"); } else { System.err.println("Error: no port provided"); usage(options); } if (cmd.hasOption("w")) { token_pwd = cmd.getOptionValue("w"); } else { System.err.println("Error: no token password provided"); usage(options); } if (cmd.hasOption("d")) { db_dir = cmd.getOptionValue("d"); } if (cmd.hasOption("s")) { pin = cmd.getOptionValue("s"); } if (cmd.hasOption("e")) { extCertFile = cmd.getOptionValue("e"); } if (cmd.hasOption("x")) { testnum = Integer.parseInt(cmd.getOptionValue("x")); } } catch (ParseException e) { System.err.println("Error in parsing command line options: " + e.getMessage()); usage(options); } // Initialize token try { CryptoManager.initialize(db_dir); } catch (AlreadyInitializedException e) { // it is ok if it is already initialized } catch (Exception e) { System.out.println("INITIALIZATION ERROR: " + e.toString()); System.exit(1); } // log into token CryptoManager manager = null; CryptoToken token = null; try { manager = CryptoManager.getInstance(); token = manager.getInternalKeyStorageToken(); Password password = new Password(token_pwd.toCharArray()); try { token.login(password); } catch (Exception e) { System.out.println("login Exception: " + e.toString()); if (!token.isLoggedIn()) { token.initPassword(password, password); } } } catch (Exception e) { System.out.println("Exception in logging into token:" + e.toString()); } SystemConfigClient client = null; try { ClientConfig config = new ClientConfig(); config.setServerURL(protocol + "://" + host + ":" + port); client = new SystemConfigClient(new PKIClient(config, null), cstype); } catch (URISyntaxException e1) { e1.printStackTrace(); System.exit(1); } ConfigurationRequest data = null; switch (testnum) { case 1: data = constructCAData(host, port, pin, db_dir, token_pwd, token); break; case 2: data = constructCloneCAData(host, port, pin, db_dir, token_pwd, token); break; case 3: data = constructKRAData(host, port, pin, db_dir, token_pwd, token); break; case 4: data = constructOCSPData(host, port, pin, db_dir, token_pwd, token); break; case 5: data = constructTKSData(host, port, pin, db_dir, token_pwd, token); break; case 6: data = constructSubCAData(host, port, pin, db_dir, token_pwd, token); break; case 7: data = constructExternalCADataPart1(host, port, pin, db_dir, token_pwd, token); break; case 8: data = constructExternalCADataPart2(host, port, pin, db_dir, token_pwd, token, extCertFile); break; default: System.out.println("Invalid test"); System.exit(1); } ConfigurationResponse response = client.configure(data); System.out.println("adminCert: " + response.getAdminCert().getCert()); List<SystemCertData> certs = response.getSystemCerts(); Iterator<SystemCertData> iterator = certs.iterator(); while (iterator.hasNext()) { SystemCertData cdata = iterator.next(); System.out.println("tag: " + cdata.getTag()); System.out.println("cert: " + cdata.getCert()); System.out.println("request: " + cdata.getRequest()); } }
From source file:com.netscape.cms.servlet.test.DRMTest.java
public static void main(String args[]) throws InvalidKeyException, NoSuchAlgorithmException, InvalidKeySpecException, SignatureException, IOException { String host = null;// www . j av a 2s . com String port = null; String token_pwd = null; String db_dir = "./"; String protocol = "http"; String clientCertNickname = "KRA Administrator of Instance pki-kra's SjcRedhat Domain ID"; // parse command line arguments Options options = new Options(); options.addOption("h", true, "Hostname of the DRM"); options.addOption("p", true, "Port of the DRM"); options.addOption("w", true, "Token password"); options.addOption("d", true, "Directory for tokendb"); options.addOption("s", true, "Attempt Optional Secure SSL connection"); options.addOption("c", true, "Optional SSL Client cert Nickname"); try { CommandLineParser parser = new PosixParser(); CommandLine cmd = parser.parse(options, args); if (cmd.hasOption("h")) { host = cmd.getOptionValue("h"); } else { System.err.println("Error: no hostname provided."); usage(options); } if (cmd.hasOption("p")) { port = cmd.getOptionValue("p"); } else { System.err.println("Error: no port provided"); usage(options); } if (cmd.hasOption("w")) { token_pwd = cmd.getOptionValue("w"); } else { System.err.println("Error: no token password provided"); usage(options); } if (cmd.hasOption("d")) { db_dir = cmd.getOptionValue("d"); } if (cmd.hasOption("s")) { if (cmd.getOptionValue("s") != null && cmd.getOptionValue("s").equals("true")) { protocol = "https"; } } if (cmd.hasOption("c")) { String nick = cmd.getOptionValue("c"); if (nick != null && protocol.equals("https")) { clientCertNickname = nick; } } } catch (ParseException e) { System.err.println("Error in parsing command line options: " + e.getMessage()); usage(options); } // used for crypto operations byte iv[] = { 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1, 0x1 }; try { iv = genIV(8); } catch (Exception e) { log("Can't generate initialization vector use default: " + e.toString()); } // used for wrapping to send data to DRM String transportCert = null; // Data to be archived SymmetricKey vek = null; String passphrase = null; // Session keys and passphrases for recovery SymmetricKey sessionKey = null; byte[] wrappedRecoveryKey = null; String recoveryPassphrase = null; byte[] wrappedRecoveryPassphrase = null; // retrieved data (should match archived data) byte[] encryptedData = null; String recoveredKey = null; // various ids used in recovery/archival operations KeyId keyId = null; String clientKeyId = null; RequestId recoveryRequestId = null; // Variables for data structures from calls KeyRequestResponse requestResponse = null; Key keyData = null; KeyInfo keyInfo = null; // Initialize token try { CryptoManager.initialize(db_dir); } catch (AlreadyInitializedException e) { // it is ok if it is already initialized } catch (Exception e) { log("INITIALIZATION ERROR: " + e.toString()); System.exit(1); } // Set base URI and get client KRAClient client; SystemCertClient systemCertClient; KeyClient keyClient; NSSCryptoProvider nssCrypto; try { ClientConfig config = new ClientConfig(); config.setServerURI(protocol + "://" + host + ":" + port + "/kra"); config.setCertNickname(clientCertNickname); config.setCertDatabase(db_dir); config.setCertPassword(token_pwd); nssCrypto = new NSSCryptoProvider(config); client = new KRAClient(new PKIClient(config, nssCrypto)); systemCertClient = (SystemCertClient) client.getClient("systemcert"); keyClient = (KeyClient) client.getClient("key"); } catch (Exception e) { e.printStackTrace(); return; } // Test 1: Get transport certificate from DRM transportCert = systemCertClient.getTransportCert().getEncoded(); transportCert = transportCert.substring(CertData.HEADER.length(), transportCert.indexOf(CertData.FOOTER)); keyClient.setTransportCert(transportCert); log("Transport Cert retrieved from DRM: " + transportCert); // Test 2: Get list of completed key archival requests log("\n\nList of completed archival requests"); KeyRequestInfoCollection list = keyClient.listRequests("complete", "securityDataEnrollment"); if (list.getTotal() == 0) { log("No requests found"); } else { Iterator<KeyRequestInfo> iter = list.getEntries().iterator(); while (iter.hasNext()) { KeyRequestInfo info = iter.next(); printRequestInfo(info); } } // Test 3: Get list of key recovery requests log("\n\nList of completed recovery requests"); KeyRequestInfoCollection list2 = keyClient.listRequests("complete", "securityDataRecovery"); if (list2.getTotal() == 0) { log("No requests found"); } else { Iterator<KeyRequestInfo> iter2 = list2.getEntries().iterator(); while (iter2.hasNext()) { KeyRequestInfo info = iter2.next(); printRequestInfo(info); } } // Test 4: Generate and archive a symmetric key log("Archiving symmetric key"); clientKeyId = "UUID: 123-45-6789 VEK " + Calendar.getInstance().getTime().toString(); try { vek = nssCrypto.generateSessionKey(); byte[] encoded = nssCrypto.createPKIArchiveOptions(transportCert, vek, null, KeyRequestResource.DES3_ALGORITHM, 0, iv); KeyRequestResponse info = keyClient.archivePKIOptions(clientKeyId, KeyRequestResource.SYMMETRIC_KEY_TYPE, KeyRequestResource.DES3_ALGORITHM, 0, encoded); log("Archival Results:"); printRequestInfo(info.getRequestInfo()); keyId = info.getKeyId(); } catch (Exception e) { log("Exception in archiving symmetric key:" + e.getMessage()); e.printStackTrace(); } //Test 5: Get keyId for active key with client ID log("Getting key ID for symmetric key"); keyInfo = keyClient.getActiveKeyInfo(clientKeyId); printKeyInfo(keyInfo); KeyId keyId2 = keyInfo.getKeyId(); if (keyId2 == null) { log("No archived key found"); } else { log("Archived Key found: " + keyId); } if (!keyId.equals(keyId2)) { log("Error: key ids from search and archival do not match"); } else { log("Success: keyids from search and archival match."); } // Test 6: Submit a recovery request for the symmetric key using a session key log("Submitting a recovery request for the symmetric key using session key"); try { sessionKey = nssCrypto.generateSessionKey(); wrappedRecoveryKey = CryptoUtil.wrapSymmetricKey(nssCrypto.getManager(), nssCrypto.getToken(), transportCert, sessionKey); keyData = keyClient.retrieveKey(keyId, wrappedRecoveryKey); } catch (Exception e) { log("Exception in recovering symmetric key using session key: " + e.getMessage()); } encryptedData = keyData.getEncryptedData(); try { recoveredKey = Utils.base64encode(nssCrypto.unwrapWithSessionKey(encryptedData, sessionKey, KeyRequestResource.DES3_ALGORITHM, keyData.getNonceData())); } catch (Exception e) { log("Exception in unwrapping key: " + e.toString()); e.printStackTrace(); } if (!recoveredKey.equals(Utils.base64encode(vek.getEncoded()))) { log("Error: recovered and archived keys do not match!"); } else { log("Success: recoverd and archived keys match!"); } // Test 7: Submit a recovery request for the symmetric key using a passphrase log("Submitting a recovery request for the symmetric key using a passphrase"); recoveryPassphrase = "Gimme me keys please"; try { sessionKey = nssCrypto.generateSessionKey(); wrappedRecoveryPassphrase = nssCrypto.wrapWithSessionKey(recoveryPassphrase, iv, sessionKey, KeyRequestResource.DES3_ALGORITHM); wrappedRecoveryKey = nssCrypto.wrapSessionKeyWithTransportCert(sessionKey, transportCert); keyData = keyClient.retrieveKeyUsingWrappedPassphrase(keyId, wrappedRecoveryKey, wrappedRecoveryPassphrase, iv); } catch (Exception e) { log("Exception in recovering symmetric key using passphrase" + e.toString()); e.printStackTrace(); } encryptedData = keyData.getEncryptedData(); try { recoveredKey = Utils.base64encode(nssCrypto.unwrapWithPassphrase(encryptedData, recoveryPassphrase)); } catch (Exception e) { log("Error: unable to unwrap key using passphrase"); e.printStackTrace(); } if (recoveredKey == null || !recoveredKey.equals(Utils.base64encode(vek.getEncoded()))) { log("Error: recovered and archived keys do not match!"); } else { log("Success: recovered and archived keys do match!"); } passphrase = "secret12345"; // Test 8: Generate and archive a passphrase clientKeyId = "UUID: 123-45-6789 RKEK " + Calendar.getInstance().getTime().toString(); try { requestResponse = keyClient.archivePassphrase(clientKeyId, passphrase); log("Archival Results:"); printRequestInfo(requestResponse.getRequestInfo()); keyId = requestResponse.getKeyId(); } catch (Exception e) { log("Exception in archiving symmetric key:" + e.toString()); e.printStackTrace(); } //Test 9: Get keyId for active passphrase with client ID log("Getting key ID for passphrase"); keyInfo = keyClient.getActiveKeyInfo(clientKeyId); printKeyInfo(keyInfo); keyId2 = keyInfo.getKeyId(); if (keyId2 == null) { log("No archived key found"); } else { log("Archived Key found: " + keyId); } if (!keyId.equals(keyId2)) { log("Error: key ids from search and archival do not match"); } else { log("Success: key ids from search and archival do match!"); } // Test 10: Submit a recovery request for the passphrase using a session key log("Submitting a recovery request for the passphrase using session key"); sessionKey = null; wrappedRecoveryKey = null; try { keyData = keyClient.retrieveKeyByPassphrase(keyId, recoveryPassphrase); } catch (Exception e) { log("Exception in recovering passphrase using session key: " + e.getMessage()); } encryptedData = keyData.getEncryptedData(); try { recoveredKey = new String(nssCrypto.unwrapWithPassphrase(encryptedData, recoveryPassphrase), "UTF-8"); } catch (Exception e) { log("Exception in unwrapping key: " + e.toString()); e.printStackTrace(); } if (recoveredKey == null || !recoveredKey.equals(passphrase)) { log("Error: recovered and archived passphrases do not match!"); } else { log("Success: recovered and archived passphrases do match!"); } // Test 11: Submit a recovery request for the passphrase using a passphrase try { sessionKey = nssCrypto.generateSessionKey(); wrappedRecoveryKey = nssCrypto.wrapSessionKeyWithTransportCert(sessionKey, transportCert); wrappedRecoveryPassphrase = nssCrypto.wrapWithSessionKey(recoveryPassphrase, iv, sessionKey, KeyRequestResource.DES3_ALGORITHM); keyData = keyClient.retrieveKeyUsingWrappedPassphrase(keyId, wrappedRecoveryKey, wrappedRecoveryPassphrase, iv); } catch (Exception e1) { e1.printStackTrace(); System.out.println("Test 17: " + e1.getMessage()); System.exit(-1); } encryptedData = keyData.getEncryptedData(); try { recoveredKey = new String(nssCrypto.unwrapWithPassphrase(encryptedData, recoveryPassphrase), "UTF-8"); } catch (Exception e) { log("Error: cannot unwrap key using passphrase"); e.printStackTrace(); } if (recoveredKey == null || !recoveredKey.equals(passphrase)) { log("Error: recovered and archived passphrases do not match!"); } else { log("Success: recovered and archived passphrases do match!"); } // Test 12: Get key log("Getting passphrase: " + keyId); try { keyData = keyClient.retrieveKeyByPassphrase(keyId, recoveryPassphrase); } catch (Exception e1) { e1.printStackTrace(); } encryptedData = keyData.getEncryptedData(); try { recoveredKey = new String(nssCrypto.unwrapWithPassphrase(encryptedData, recoveryPassphrase), "UTF-8"); } catch (Exception e) { log("Error: Can't unwrap recovered key using passphrase"); e.printStackTrace(); } if (recoveredKey == null || !recoveredKey.equals(passphrase)) { log("Error: recovered and archived passphrases do not match!"); } else { log("Success: recovered and archived passphrases do match!"); } // Test 13: Get non-existent request RequestId requestId = new RequestId("0xabcdef"); log("Getting non-existent request: " + requestId.toHexString()); try { keyClient.getRequestInfo(requestId); log("Error: getting non-existent request does not throw an exception"); } catch (RequestNotFoundException e) { log("Success: getting non-existent request throws an exception: " + e.getMessage() + " (" + e.getRequestId().toHexString() + ")"); } // Test 14: Request x509 key recovery // This test requires to retrieve keyId and matching certificate // from installed instances of CA and DRM String keyID = "1"; String b64Certificate = "MIIC+TCCAeGgAwIBAgIBDDANBgkqhkiG9w0BAQsFADBOMSswKQYDVQQKDCJ1c2Vy" + "c3lzLnJlZGhhdC5jb20gU2VjdXJpdHkgRG9tYWluMR8wHQYDVQQDDBZDQSBTaWdu" + "aW5nIENlcnRpZmljYXRlMB4XDTEzMTAyNTE5MzQwM1oXDTE0MDQyMzE5MzQwM1ow" + "EzERMA8GCgmSJomT8ixkAQEMAXgwgZ8wDQYJKoZIhvcNAQEBBQADgY0AMIGJAoGB" + "ALhLfGmKvxFsKXPh49q1QsluXU3WlyS1XnpDLgOAhgTNgO4sG6CpPdv6hZYIvQBb" + "ZQ5bhuML+NXK+Q+EIiNk1cUTxgL3a30sPzy6QaFWxwM8i4uXm4nCBYv7T+n4V6/O" + "xHIM2Ch/dviAb3vz+M9trErv9t+d2H8jNXT3sHuDb/kvAgMBAAGjgaAwgZ0wHwYD" + "VR0jBBgwFoAUh1cxWFRY+nMsx4odQQI1GqyFxP8wSwYIKwYBBQUHAQEEPzA9MDsG" + "CCsGAQUFBzABhi9odHRwOi8vZG9ndGFnMjAudXNlcnN5cy5yZWRoYXQuY29tOjgw" + "ODAvY2Evb2NzcDAOBgNVHQ8BAf8EBAMCBSAwHQYDVR0lBBYwFAYIKwYBBQUHAwIG" + "CCsGAQUFBwMEMA0GCSqGSIb3DQEBCwUAA4IBAQCvmbUzQOouE2LgQQcKfmgwwJMJ" + "9tMrPwDUtyFdaIFoPL4uZaujSscaN4IWK2r5vIMJ65jwYCI7sI9En2ZfO28J9dQj" + "lpqu6TaJ+xtaMk7OvXpVB7lJk73HAttMGjETlkoq/6EjxcugmJsDqVD0b2tO7Vd0" + "hroBe2uPDHM2ASewZF415lUcRh0URtmxSazTInbyxpmy1wgSJQ0C6fMCeT+hUFlA" + "0P4k1TIprapGVq7FpKcqlhK2gTBfTSnoO7gmXG/9MxJiYpb/Aph8ptXq6quHz1Mj" + "greWr3xTsy6gF2yphUEkGHh4v22XvK+FLx9Jb6zloMWA2GG9gpUpvMnl1fH4"; log("Requesting X509 key recovery."); recoveryRequestId = keyClient.recoverKey(new KeyId(keyID), null, null, null, b64Certificate) .getRequestInfo().getRequestId(); log("Requesting X509 key recovery request: " + recoveryRequestId); // Test 55: Approve x509 key recovery log("Approving X509 key recovery request: " + recoveryRequestId); keyClient.approveRequest(recoveryRequestId); // Test 16: Recover x509 key log("Recovering X509 key based on request: " + recoveryRequestId); try { // KeyData recoveredX509Key = client.recoverKey(recoveryRequestId, "netscape"); // log("Success: X509Key recovered: "+ recoveredX509Key.getP12Data()); } catch (RequestNotFoundException e) { log("Error: recovering X509Key"); } // Test 1: Get transport certificate from DRM transportCert = systemCertClient.getTransportCert().getEncoded(); transportCert = transportCert.substring(CertData.HEADER.length(), transportCert.indexOf(CertData.FOOTER)); log("Transport Cert retrieved from DRM: " + transportCert); // Test 17: Get list of completed key archival requests log("\n\nList of completed archival requests"); list = keyClient.listRequests("complete", IRequest.SYMKEY_GENERATION_REQUEST); if (list.getTotal() == 0) { log("No requests found"); } else { Iterator<KeyRequestInfo> iter = list.getEntries().iterator(); while (iter.hasNext()) { KeyRequestInfo info = iter.next(); printRequestInfo(info); } } // test 18: Generate symmetric key clientKeyId = "Symmetric Key #1234f " + Calendar.getInstance().getTime().toString(); List<String> usages = new ArrayList<String>(); usages.add(SymKeyGenerationRequest.DECRYPT_USAGE); usages.add(SymKeyGenerationRequest.ENCRYPT_USAGE); KeyRequestResponse genKeyResponse = keyClient.generateSymmetricKey(clientKeyId, KeyRequestResource.AES_ALGORITHM, 128, usages, null); printRequestInfo(genKeyResponse.getRequestInfo()); keyId = genKeyResponse.getKeyId(); // test 19: Get keyId for active key with client ID log("Getting key ID for symmetric key"); keyInfo = keyClient.getActiveKeyInfo(clientKeyId); printKeyInfo(keyInfo); keyId2 = keyInfo.getKeyId(); if (keyId2 == null) { log("No archived key found"); } else { log("Archived Key found: " + keyId); } if (!keyId.equals(keyId2)) { log("Error: key ids from search and archival do not match"); } else { log("Success: keyids from search and archival match."); } // Test 20: Submit a recovery request for the symmetric key using a session key log("Submitting a recovery request for the symmetric key using session key"); try { sessionKey = nssCrypto.generateSessionKey(); wrappedRecoveryKey = nssCrypto.wrapSessionKeyWithTransportCert(sessionKey, transportCert); keyData = keyClient.retrieveKey(keyId, wrappedRecoveryKey); } catch (Exception e) { log("Exception in recovering symmetric key using session key: " + e.getMessage()); } encryptedData = keyData.getEncryptedData(); try { recoveredKey = new String(nssCrypto.unwrapWithSessionKey(encryptedData, sessionKey, KeyRequestResource.DES3_ALGORITHM, keyData.getNonceData())); } catch (Exception e) { log("Exception in unwrapping key: " + e.toString()); e.printStackTrace(); } // test 21: Generate symmetric key - invalid algorithm try { genKeyResponse = keyClient.generateSymmetricKey("Symmetric Key #1235", "AFS", 128, usages, null); } catch (Exception e) { log("Exception: " + e); } // test 22: Generate symmetric key - invalid key size try { genKeyResponse = keyClient.generateSymmetricKey("Symmetric Key #1236", "AES", 0, usages, null); } catch (Exception e) { log("Exception: " + e); } // test 23: Generate symmetric key - usages not defined try { genKeyResponse = keyClient.generateSymmetricKey("Symmetric Key #1236", "DES", 56, null, null); } catch (Exception e) { log("Exception: " + e); } // Test 24: Generate and archive a symmetric key of type AES log("Archiving symmetric key"); clientKeyId = "UUID: 123-45-6789 VEK " + Calendar.getInstance().getTime().toString(); try { vek = nssCrypto.generateSymmetricKey(KeyRequestResource.AES_ALGORITHM, 128); byte[] encoded = CryptoUtil.createPKIArchiveOptions(nssCrypto.getManager(), nssCrypto.getToken(), transportCert, vek, null, KeyGenAlgorithm.DES3, 0, new IVParameterSpec(iv)); KeyRequestResponse response = keyClient.archivePKIOptions(clientKeyId, KeyRequestResource.SYMMETRIC_KEY_TYPE, KeyRequestResource.AES_ALGORITHM, 128, encoded); log("Archival Results:"); printRequestInfo(response.getRequestInfo()); keyId = response.getKeyId(); } catch (Exception e) { log("Exception in archiving symmetric key:" + e.getMessage()); e.printStackTrace(); } //Test 25: Get keyId for active key with client ID log("Getting key ID for symmetric key"); keyInfo = keyClient.getActiveKeyInfo(clientKeyId); printKeyInfo(keyInfo); keyId2 = keyInfo.getKeyId(); if (keyId2 == null) { log("No archived key found"); } else { log("Archived Key found: " + keyId); } if (!keyId.equals(keyId2)) { log("Error: key ids from search and archival do not match"); } else { log("Success: keyids from search and archival match."); } // Test 26: Submit a recovery request for the symmetric key log("Submitting a recovery request for the symmetric key without using session key"); try { keyData = keyClient.retrieveKey(keyId); } catch (Exception e) { log("Exception in recovering symmetric key using session key: " + e.getMessage()); } // Since no session key is provided externally, the retrieveKey method // generates a session key, wraps it with transport cert and completes the request. // The encrypted data is then unwrapped using the temporary session key and set to // the attribute privateData. recoveredKey = Utils.base64encode(keyData.getData()); if (!recoveredKey.equals(Utils.base64encode(vek.getEncoded()))) { log("Error: recovered and archived keys do not match!"); } else { log("Success: recoverd and archived keys match!"); } // Test 27: Get key info log("getting key info for existing key"); printKeyInfo(keyClient.getKeyInfo(keyId)); //Test 28: Modify status log("modify the key status"); keyClient.modifyKeyStatus(keyId, KeyResource.KEY_STATUS_INACTIVE); keyInfo = keyClient.getKeyInfo(keyId); printKeyInfo(keyInfo); //Test 29: Confirm no more active keys with this ID log("look for active keys with this id"); clientKeyId = keyInfo.getClientKeyID(); try { keyInfo = keyClient.getActiveKeyInfo(clientKeyId); printKeyInfo(keyInfo); } catch (ResourceNotFoundException e) { log("Success: ResourceNotFound exception thrown: " + e); } // Test asymmetric key generation. String[] algs = { "RSA", "DSA" }; for (int i = 0; i < algs.length; i++) { // Test 30: Generate Asymmetric keys - RSA key System.out.println("\nTesting asymmetric key generation for algorithm " + algs[i]); clientKeyId = "AsymKey #" + Calendar.getInstance().getTimeInMillis(); usages.clear(); usages.add(AsymKeyGenerationRequest.SIGN); usages.add(AsymKeyGenerationRequest.VERIFY); KeyRequestResponse response = keyClient.generateAsymmetricKey(clientKeyId, algs[i], 1024, usages, null); printRequestInfo(response.getRequestInfo()); System.out.println(); // Test 31: Get information of the newly generated asymmetric keys System.out.println("Fetch information of the newly generated asymmetric keys."); System.out.println(); KeyInfo info = keyClient.getKeyInfo(response.getKeyId()); printKeyInfo(info); System.out.println(); // Test 32: Retrieve private key data System.out.println("Retrieving and verifying the generated private key."); try { keyData = keyClient.retrieveKey(response.getKeyId()); } catch (Exception e) { log("Exception retrieving the private key data."); e.printStackTrace(); } // Test 33: Verify the generated key pair. if (isKeyPairValid(algs[i], keyData.getData(), info.getPublicKey())) { log("The key pair generated using " + algs[i] + " algorithm is valid."); } else { log("The key pair generated using " + algs[i] + " algorithm is invalid."); } System.out.println(); } // Test 34: }
From source file:com.yhfudev.SimulatorForSelfStabilizing.java
public static void main(String[] args) { // command line lib: apache CLI http://commons.apache.org/proper/commons-cli/ // command line arguments: // -- input file // -- output line to a csv file // -- algorithm: Ding's linear or randomized // single thread parsing ... Options options = new Options(); options.addOption("h", false, "print this message"); //heuristic//from ww w . j a va 2 s . c o m options.addOption("u", false, "(rand) heuristic on"); options.addOption("y", true, "show the graph with specified delay (ms)"); options.addOption("i", true, "the input file name"); options.addOption("o", true, "the results is save to a attachable output cvs file"); options.addOption("l", true, "the graph activities trace log file name"); options.addOption("s", true, "save the graph to a file"); options.addOption("a", true, "the algorithm name, ding or rand"); // options specified to generator options.addOption("g", true, "the graph generator algorithm name: fan1l, fan2l, rand, doro, flower, watt, lobster"); options.addOption("n", true, "the number of nodes"); options.addOption("d", true, "(rand) the node degree (max)"); options.addOption("f", false, "(rand) if the degree value is fix or not"); options.addOption("p", true, "(watt) the probability of beta"); CommandLineParser parser = new DefaultParser(); CommandLine cmd = null; try { cmd = parser.parse(options, args); } catch (ParseException e) { e.printStackTrace(); return; } if (cmd.hasOption("h")) { showHelp(options); return; } int delay_time = 0; if (cmd.hasOption("y")) { delay_time = Integer.parseInt(cmd.getOptionValue("y")); } String sFileName = null; sFileName = null; FileWriter writer = null; if (cmd.hasOption("o")) { sFileName = cmd.getOptionValue("o"); } if ((null != sFileName) && (!"".equals(sFileName))) { try { writer = new FileWriter(sFileName, true); // true: append } catch (IOException e) { e.printStackTrace(); System.out.println("Error: unable to open the output file " + sFileName); return; } } FileWriter wrGraph = null; sFileName = null; if (cmd.hasOption("s")) { sFileName = cmd.getOptionValue("s"); } if ((null != sFileName) && (!"".equals(sFileName))) { try { wrGraph = new FileWriter(sFileName, true); // true: append } catch (IOException e) { e.printStackTrace(); System.out.println("Error: unable to open the saveGraph file " + sFileName); return; } } sFileName = null; if (cmd.hasOption("i")) { sFileName = cmd.getOptionValue("i"); } String genname = null; if (cmd.hasOption("g")) { genname = cmd.getOptionValue("g"); } if ((null == genname) && (null == sFileName)) { System.out.println("Error: not specify the input file or graph generator"); showHelp(options); return; } if ((null != genname) && (null != sFileName)) { System.out.println("Error: do not specify the input file and graph generator at the same time"); showHelp(options); return; } if (delay_time > 0) { // create and display a graph System.setProperty("org.graphstream.ui.renderer", "org.graphstream.ui.j2dviewer.J2DGraphRenderer"); } Graph graph = new SingleGraph("test"); //graph.setNullAttributesAreErrors(true); // to throw an exception instead of returning null (in getAttribute()). if (delay_time > 0) { graph.addAttribute("ui.quality"); graph.addAttribute("ui.antialias"); graph.addAttribute("ui.stylesheet", "url(data/selfstab-mwcds.css);"); graph.display(); } // save the trace to file FileSinkDGS dgs = null; if (cmd.hasOption("l")) { dgs = new FileSinkDGS(); graph.addSink(dgs); try { dgs.begin(cmd.getOptionValue("l")); } catch (IOException e) { e.printStackTrace(); } } Generator generator = null; if (null != sFileName) { System.out.println("DEBUG: the input file=" + sFileName); FileSource source = new FileSourceDGS(); source.addSink(graph); int count_edge_error = 0; try { //source.begin("data/selfstab-mwcds.dgs"); // Ding's paper example //source.begin("data/selfstab-ds.dgs"); // DS example //source.begin("data/selfstab-doro-1002.dgs"); // DorogovtsevMendes //source.begin("data/selfstab-rand-p10-10002.dgs"); // random connected graph with degree = 10% nodes //source.begin("data/selfstab-rand-f5-34.dgs"); // random connected graph with degree = 5 source.begin(sFileName); while (true) { try { if (false == source.nextEvents()) { break; } } catch (EdgeRejectedException e) { // ignore count_edge_error++; System.out.println("DEBUG: adding edge error: " + e.toString()); } if (delay_time > 0) { delay(delay_time); } } source.end(); //} catch (InterruptedException e) { // e.printStackTrace(); } catch (IOException e) { e.printStackTrace(); } System.out.println("DEBUG: END read from source. # of edges ignored=" + count_edge_error); } else { // assert (genname != null); // graph generator //generator = new ChvatalGenerator(); // fix size //generator = new FullGenerator(); // full connected, 2 steps,1 node in dominate set //generator = new GridGenerator(); // only one result //generator = new HypercubeGenerator(); // one result //generator = new IncompleteGridGenerator(); // error //generator = new PetersenGraphGenerator(); // fix size //generator = new PointsOfInterestGenerator(); // error //generator = new RandomEuclideanGenerator(); // linear algo endless loop //generator = new RandomFixedDegreeDynamicGraphGenerator(); // //generator = new RandomGenerator(); // //generator = new URLGenerator("http://www.cnbeta.com"); // //generator = new WikipediaGenerator("Antarctica"); // no end //generator = new DorogovtsevMendesGenerator(); // ok //generator = new FlowerSnarkGenerator(); // ok //generator = new WattsStrogatzGenerator(maxSteps, 30, 0.5); // small world, ok //generator = new LobsterGenerator(); // tree like, ok int i; int n = 12; // the number of nodes if (cmd.hasOption("n")) { n = Integer.parseInt(cmd.getOptionValue("n")); } int d = 3; // the degree of nodes if (cmd.hasOption("d")) { d = Integer.parseInt(cmd.getOptionValue("d")); } boolean isFix = false; if (cmd.hasOption("f")) { isFix = true; } if ("".equals(genname)) { System.out.println("Error: not set generator name"); return; } else if ("fan1l".equals(genname)) { generator = new FanGenerator(); } else if ("fan2l".equals(genname)) { generator = new Fan2lGenerator(graph, d); } else if ("doro".equals(genname)) { generator = new DorogovtsevMendesGenerator(); } else if ("flower".equals(genname)) { generator = new FlowerSnarkGenerator(); } else if ("lobster".equals(genname)) { generator = new LobsterGenerator(); } else if ("rand".equals(genname)) { generator = new ConnectionGenerator(graph, d, false, isFix); } else if ("watt".equals(genname)) { // WattsStrogatzGenerator(n,k,beta) // a ring of n nodes // each node is connected to its k nearest neighbours, k must be even // n >> k >> log(n) >> 1 // beta being a probability it must be between 0 and 1. int k; double beta = 0.5; if (cmd.hasOption("p")) { beta = Double.parseDouble(cmd.getOptionValue("p")); } k = (n / 20) * 2; if (k < 2) { k = 2; } if (n < 2 * 6) { n = 2 * 6; } generator = new WattsStrogatzGenerator(n, k, beta); } /*int listf5[][] = { {12, 5}, {34, 5}, {102, 5}, {318, 5}, {1002, 5}, {3164, 5}, {10002, 5}, }; int listp3[][] = { {12, 2}, {34, 2}, {102, 3}, {318, 9}, {1002, 30}, {3164, 90}, {10002, 300}, }; int listp10[][] = { {12, 2}, {34, 3}, {102, 10}, {318, 32}, {1002, 100}, {3164, 316}, {10002, 1000}, }; i = 6; maxSteps = listf5[i][0]; int degree = listf5[i][1]; generator = new ConnectionGenerator(graph, degree, false, true); */ generator.addSink(graph); generator.begin(); for (i = 1; i < n; i++) { generator.nextEvents(); } generator.end(); delay(500); } if (cmd.hasOption("a")) { SinkAlgorithm algorithm = null; String algo = "rand"; algo = cmd.getOptionValue("a"); if ("ding".equals(algo)) { algorithm = new SelfStabilizingMWCDSLinear(); } else if ("ds".equals(algo)) { algorithm = new SelfStabilizingDSLinear(); } else { algorithm = new SelfStabilizingMWCDSRandom(); } algorithm.init(graph); algorithm.setSource("0"); if (delay_time > 0) { algorithm.setAnimationDelay(delay_time); } if (cmd.hasOption("u")) { algorithm.heuristicOn(true); } else { algorithm.heuristicOn(false); } algorithm.compute(); GraphVerificator verificator = new MWCDSGraphVerificator(); if (verificator.verify(graph)) { System.out.println("DEBUG: PASS MWCDSGraphVerificator verficiation."); } else { System.out.println("DEBUG: FAILED MWCDSGraphVerificator verficiation!"); } if (null != writer) { AlgorithmResult result = algorithm.getResult(); result.SaveTo(writer); try { writer.flush(); writer.close(); } catch (IOException e) { // TODO Auto-generated catch block e.printStackTrace(); } } algorithm.terminate(); } if (null != generator) { generator.removeSink(graph); } if (dgs != null) { graph.removeSink(dgs); try { dgs.end(); } catch (IOException e) { e.printStackTrace(); } } if (null != wrGraph) { try { saveGraph(graph, wrGraph); wrGraph.flush(); wrGraph.close(); } catch (IOException e) { // TODO Auto-generated catch block e.printStackTrace(); } } }
From source file:maps.OptionsHandler.java
static void applyOptions(String[] args) { try {/*ww w . jav a 2s. c o m*/ CommandLineParser parser = new DefaultParser(); CommandLine cmd = parser.parse(options, args); checkOptions(cmd); } catch (ParseException e) { System.err.println("Error in options: " + e.toString()); printHelpOption(); } }
From source file:by.stub.Main.java
private static void parseCommandLineArgs(final String[] args) { try {// www. j ava 2 s.co m CommandLineInterpreter.parseCommandLine(args); } catch (final ParseException ex) { final String msg = String.format("Could not parse provided command line arguments, error: %s", ex.toString()); throw new Stubby4JException(msg); } }
From source file:io.github.azagniotov.stubby4j.Main.java
private static void parseCommandLineArgs(final String[] args) { try {/*from w ww .j a v a2 s. c o m*/ commandLineInterpreter.parseCommandLine(args); } catch (final ParseException ex) { final String msg = String.format("Could not parse provided command line arguments, error: %s", ex.toString()); throw new Stubby4JException(msg); } }
From source file:com.linkedin.helix.mock.relay.DummyRelayProcess.java
public static CommandLine processCommandLineArgs(String[] cliArgs) throws Exception { CommandLineParser cliParser = new GnuParser(); Options cliOptions = constructCommandLineOptions(); CommandLine cmd = null;/*from ww w . j a v a 2s. c o m*/ try { return cliParser.parse(cliOptions, cliArgs); } catch (ParseException pe) { System.err.println("CommandLineClient: failed to parse command-line options: " + pe.toString()); printUsage(cliOptions); System.exit(1); } return null; }
From source file:com.linkedin.helix.webapp.RestAdminApplication.java
public static void processCommandLineArgs(String[] cliArgs) throws Exception { CommandLineParser cliParser = new GnuParser(); Options cliOptions = constructCommandLineOptions(); CommandLine cmd = null;/* w w w .j a v a 2 s .co m*/ try { cmd = cliParser.parse(cliOptions, cliArgs); } catch (ParseException pe) { System.err.println("RestAdminApplication: failed to parse command-line options: " + pe.toString()); printUsage(cliOptions); System.exit(1); } int port = DEFAULT_PORT; if (cmd.hasOption(HELP)) { printUsage(cliOptions); return; } else if (cmd.hasOption(PORT)) { port = Integer.parseInt(cmd.getOptionValue(PORT)); } HelixAdminWebApp app = new HelixAdminWebApp(cmd.getOptionValue(ZKSERVERADDRESS), port); app.start(); try { Thread.currentThread().join(); } finally { app.stop(); } }
From source file:com.linkedin.helix.mock.storage.MockHealthReportParticipant.java
public static CommandLine processCommandLineArgs(String[] cliArgs) throws Exception { CommandLineParser cliParser = new GnuParser(); Options cliOptions = constructCommandLineOptions(); try {//w ww . j a va 2 s .co m return cliParser.parse(cliOptions, cliArgs); } catch (ParseException pe) { System.err.println("CommandLineClient: failed to parse command-line options: " + pe.toString()); printUsage(cliOptions); System.exit(1); } return null; }
From source file:io.github.retz.scheduler.Launcher.java
public static int run(String... argv) { Configuration conf;//from w w w.j ava 2 s .co m try { conf = parseConfiguration(argv); if (conf.fileConfig.isTLS()) { LOG.warn("Make sure a valid certificate is being used or RetzExecutor may not work."); } Database.getInstance().init(conf.getServerConfig()); if (conf.getServerConfig().getGc()) { GarbageJobCollector.start(conf.getServerConfig().getGcLeeway(), conf.getServerConfig().getGcInterval()); } else { LOG.info("Automatic garbage collection is turned off; use retz-admin gc to collect old jobs"); } } catch (ParseException e) { LOG.error(e.toString()); return -1; } catch (URISyntaxException e) { LOG.error(e.toString()); return -1; } catch (SQLException e) { LOG.error(e.toString()); return -1; } catch (IOException e) { LOG.error(e.toString()); return -1; } Optional<JmxServer> maybeJmxServer = AdminConsole.startJmxServer(conf.getServerConfig()); if (!maybeJmxServer.isPresent()) { LOG.error("Failed to start JMX Server"); return -1; } JmxServer jmxServer = maybeJmxServer.get(); Protos.FrameworkInfo fw = buildFrameworkInfo(conf); // Retz must do all recovery process before launching scheduler; // This is because running scheduler changes state of any jobs if it // has successfully connected to Mesos master. // By hitting HTTP endpoints and comparing with database job states, // Retz can decide whether to re-run it or just finish it. // BTW after connecting to Mesos it looks like re-sending unacked messages. maybeRequeueRunningJobs(conf.getMesosMaster(), fw.getId().getValue(), Database.getInstance().getRunning()); RetzScheduler scheduler; try { scheduler = new RetzScheduler(conf, fw); } catch (Throwable t) { LOG.error("Cannot initialize scheduler", t); return -1; } SchedulerDriver driver = SchedulerDriverFactory.create(scheduler, conf, fw); Protos.Status status = driver.start(); if (status != Protos.Status.DRIVER_RUNNING) { LOG.error("Cannot start Mesos scheduler: {}", status.name()); System.exit(-1); //} else if (status == Protos.Status.DRIVER_ABORTED) { //} else if (status == Protos.Status.DRIVER_NOT_STARTED) { //} else if (status == Protos.Status.DRIVER_STOPPED) { } LOG.info("Mesos scheduler started: {}", status.name()); // Start web server WebConsole.start(conf.fileConfig); WebConsole.set(scheduler, driver); LOG.info("Web console has started with port {}", conf.getPort()); java.lang.Runtime.getRuntime().addShutdownHook(new ShutdownThread(driver)); // Stop them all, usually don't come here // Wait for Mesos framework stop status = driver.join(); LOG.info("{} has been stopped: {}", RetzScheduler.FRAMEWORK_NAME, status.name()); WebConsole.stop(); // Stop web server GarbageJobCollector.stop(); Database.getInstance().stop(); jmxServer.stop(); return (status == Protos.Status.DRIVER_STOPPED ? 0 : 255); }