List of encrypt() Examples

Examples of encrypt()

au.net.causal.maven.nativesecurity.encrypter.NativeEncrypter.encrypt()
Encrypt a password. @param password password to encrypt. @return the encrypted password in base64 format. @throws NullPointerException if password is null. @throws EncryptionException if an error occurs performing encryption.
br.net.woodstock.rockframework.security.crypt.Crypter.encrypt()
cc.sketchchair.functions.MCrypt.encrypt()
ch.inftec.ju.security.JuTextEncryptor.encrypt()
Encrypts a message. @param message the message to be encrypted.
com.alibaba.otter.node.etl.common.io.crypto.AESUtils.encrypt()
加密byte数据 @param plainData @return @throws AESException
com.avaje.ebeaninternal.server.type.SimpleAesEncryptor.encrypt()
com.bj58.spat.gaea.server.secure.DESHelper.encrypt()
加密 @param src 原文 @return 密文 @throws Exception
com.centraview.common.Password.encrypt()
com.drighetto.essai.bouncycastle.cipher.AsymmetricKeyCipher.encrypt()
Encryption method @param message @return Encrypted bytes @throws InvalidKeyException @throws BadPaddingException @throws IllegalBlockSizeException @throws IllegalStateException @throws NoSuchPaddingException @throws NoSuchProviderException @throws NoSuchAlgorithmException
com.drighetto.essai.bouncycastle.cipher.AsymmetricKeyLongTextCipher.encrypt()
Encryption method @param message @return Encrypted bytes @throws Exception @throws IOException
com.drighetto.essai.bouncycastle.cipher.SymmetricKeyCipher.encrypt()
Encryption method @param message @return Encrypted bytes @throws InvalidKeyException @throws BadPaddingException @throws IllegalBlockSizeException @throws IllegalStateException @throws NoSuchPaddingException @throws NoSuchProviderException @throws NoSuchAlgorithmException
com.encryption.DesEncrypter.encrypt()
加密输入流in的数据到输出流out @param in 原始输入位流 @param out 加密后的输出位流
com.encryption.RSAEncrypter.encrypt()
Encrypt String. @return byte[]
com.fathomdb.crypto.CryptoKey.encrypt()
com.googlecode.gwt.crypto.client.AESCipher.encrypt()
com.im.imjutil.cipher.Cipher.encrypt()
Codifica os bytes passados pelo algoritmo configurado.
com.jprotectfile.model.FileEncryptor.encrypt()
com.knowgate.jcifs.util.DES.encrypt()
com.nimbusds.jose.JWEObject.encrypt()
Encrypts this JWE object with the specified encrypter. The JWE object must be in an {@link State#UNENCRYPTED unencrypted} state. @param encrypter The JWE encrypter. Must not be {@code null}. @throws IllegalStateException If the JWE object is not in an {@link State#UNENCRYPTED unencryptedstate}. @throws JOSEException If the JWE object couldn't be encrypted.
com.openbravo.pos.util.AltEncrypter.encrypt()
com.securityinnovation.jNeo.ntruencrypt.NtruEncryptKey.encrypt()
Encrypt message and return the ciphertext. @param message the plaintext @param prng the PRNG to use as a source of randomness during encryption.
com.streamreduce.core.model.ConnectionCredentialsEncrypter.encrypt()
com.subgraph.orchid.crypto.HybridEncryption.encrypt()
Encrypt the entire contents of the byte array data with the given TorPublicKey according to the "hybrid encryption" scheme described in the main Tor specification (tor-spec.txt). @param data The bytes to be encrypted. @param publicKey The public key to use for encryption. @return A new array containing the encrypted data.
com.subgraph.orchid.crypto.TorStreamCipher.encrypt()
com.sun.xml.ws.security.opt.impl.enc.CryptoProcessor.encrypt()
encrypts outputStream @param outputStream @throws IOException
com.upgradingdave.encryption.JasyptExample.encrypt()
com.wyn.rest.server.security.SymetricEncryptionUtil.encrypt()
Convert a sequence of bytes to encrypted data. @param data The byte array to convert @param key The secret key, usually a password @param algorithm The algorithm to use @return The encrypted bytes @throws NoSuchPaddingException @throws NoSuchAlgorithmException
com.zwl.util.zip.impl.AESEncrypter.encrypt()
com.zwl.util.zip.impl.AESEncrypterBC.encrypt()
perform pseudo "in-place" encryption
cx.fbn.nevernote.evernote.EnCrypt.encrypt()
cx.fbn.nevernote.utilities.AESEncrypter.encrypt()
dbfit.util.crypto.CryptoService.encrypt()
de.innovationgate.utils.DESEncrypter.encrypt()
Encrypts the given bytes to a string @param input The bytes to encrypt @return The encrypted string @throws UnsupportedEncodingException
de.iritgo.aktera.crypto.Encryptor.encrypt()
Encrypt the specified data according to the appropriate algorithm. @param inputData[] Data to be encrypted. @throws ChainedException If there was an error during encryption. @return The encrypted data as a byte array.
dubious.sub.goobi.helper.encryption.DesEncrypter.encrypt()
iaik.pkcs.pkcs8.EncryptedPrivateKeyInfo.encrypt()
jcifs.util.DES.encrypt()
mycrypto.Encrypter.encrypt()
net.ex337.scriptus.config.ScriptusConfig.encrypt()
net.laubenberger.bogatyr.service.crypto.CryptoSymmetric.encrypt()
net.laubenberger.bogatyr.service.crypto.CryptoSymmetricImpl.encrypt()
net.webpasswordsafe.server.plugin.encryption.EsapiEncryptor.encrypt()
nexj.core.util.cipher.CharacterStreamCipherDispatcher.encrypt()
Convenience method that encrypts the argument and returns it as a String. @param sPlainText The String to encrypt. Can be null. @return The encrypted String.
org.apache.abdera.security.Encryption.encrypt()
Encrypt the document using the specified options @param doc The document to encrypt @param options The encryption options @return The encrypted document @throws org.apache.abdera.security.SecurityException if the encryption failed
org.apache.cxf.rs.security.oauth2.jwe.JweEncryptionProvider.encrypt()
org.apache.fulcrum.crypto.CryptoAlgorithm.encrypt()
Performs the actual encryption. @param value The value to be encrypted @return The encrypted value @throws Exception various errors from the underlying ciphers.The caller should catch them and report accordingly.
org.apache.geronimo.crypto.Encryption.encrypt()
encrypt the source according to some scheme and return the result as a String. @param source object to encrypt @return encrypted object representing the source.
org.apache.geronimo.gbean.annotation.EncryptionSetting.encrypt()
org.apache.hadoop.gateway.services.security.impl.AESEncryptor.encrypt()
org.apache.juddi.cryptor.Cryptor.encrypt()
Encrypt the string
org.apache.juddi.v3.client.cryptor.AES128Cryptor.encrypt()
org.apache.juddi.v3.client.cryptor.AES256Cryptor.encrypt()
org.apache.juddi.v3.client.cryptor.Cryptor.encrypt()
Encrypt the string, if unable to encrypt, return null @param str @return encrypted text @throws NoSuchPaddingException @throws NoSuchAlgorithmException @throws InvalidAlgorithmParameterException @throws InvalidKeyException @throws IllegalBlockSizeException @throws BadPaddingException
org.apache.juddi.v3.client.cryptor.DefaultCryptor.encrypt()
Encrypt the string
org.apache.juddi.v3.client.cryptor.TripleDESCrytor.encrypt()
org.apache.openejb.cipher.PasswordCipher.encrypt()
Encodes a given plain text password and returns the encoded password. @param plainPassword The password to encode. May not be null, nor empty. @return The encoded password.
org.apache.openejb.cipher.PlainTextPasswordCipher.encrypt()
Returns the plainPassword as plain text character array. @param plainPassword the plain-text password @return the plain-text password as character array @see org.apache.openejb.cipher.PasswordCipher#encrypt(String)
org.apache.openejb.cipher.StaticDESPasswordCipher.encrypt()
@throws RuntimeException in any case of error. @see org.apache.openejb.cipher.PasswordCipher#encrypt(String)
org.apache.openejb.resource.jdbc.PasswordCipher.encrypt()
Encodes a given plain text password and returns the encoded password. @param plainPassword The password to encode. May not be null, nor empty. @return The encoded password.
org.apache.openejb.resource.jdbc.cipher.PasswordCipher.encrypt()
Encodes a given plain text password and returns the encoded password. @param plainPassword The password to encode. May not be null, nor empty. @return The encoded password.
org.apache.openejb.resource.jdbc.cipher.PlainTextPasswordCipher.encrypt()
Returns the plainPassword as plain text character array. @param plainPassword the plain-text password @return the plain-text password as character array @see PasswordCipher#encrypt(java.lang.String)
org.apache.openejb.resource.jdbc.cipher.StaticDESPasswordCipher.encrypt()
@see PasswordCipher#encrypt(java.lang.String) @throws RuntimeException in any case of error.
org.apache.shindig.auth.BlobCrypterSecurityToken.encrypt()
Encrypt and sign the token. The returned value is *not* web safe, it should be URL encoded before being used as a form parameter.
org.apache.shiro.crypto.AesCipherService.encrypt()
org.apache.shiro.crypto.CipherService.encrypt()
Encrypts data via the specified cipher key. Note that the key must be in a format understood by the {@code CipherService} implementation. @param raw the data to encrypt @param encryptionKey the cipher key used during encryption. @return a byte source with the encrypted representation of the specified raw data. @throws CryptoException if there is an error during encryption
org.apache.turbine.services.crypto.CryptoAlgorithm.encrypt()
Performs the actual encryption. @param value The value to be encrypted @return The encrypted value @throws Exception various errors from the underlying ciphers.The caller should catch them and report accordingly.
org.apache.uima.ducc.common.crypto.Crypto.encrypt()
org.apache.xml.security.algorithms.encryption.EncryptionMethod.encrypt()
Method encrypt @param plaintextBytes @param contentKey @throws XMLSecurityException
org.arch.encrypt.SimpleEncrypt.encrypt()
org.bouncycastle.crypto.engines.ThreefishCipher.encrypt()
Encrypt function Derived classes must implement this function. @param input The plaintext input. @param output The ciphertext output.
org.globus.gsi.OpenSSLKey.encrypt()
org.globus.gsi.bc.BouncyCastleOpenSSLKey.encrypt()
org.gudy.azureus2.ui.console.util.StringEncrypter.encrypt()
org.h2.security.BlockCipher.encrypt()
Encrypt a number of bytes. This is done in-place, that means the bytes are overwritten. @param bytes the byte array @param off the start index @param len the number of bytes to encrypt
org.hdiv.cipher.ICipherHTTP.encrypt()
Encrypts data in a single-part operation, or finishes a multiple-part operation. The data is encrypted depending on how this cipher was initialized.
The bytes in the input buffer, and any input bytes that may have been buffered during a previous update operation, are processed, with padding (if requested) being applied. The result is stored in a new buffer.

if any exception is thrown, this cipher object may need to be reset before it can be used again.
@param data The input buffer to encrypt @return The new buffer with the result
org.infoglue.cms.util.DesEncryptionHelper.encrypt()
org.internna.iwebmvc.core.crypto.impl.DES3CiphererDecipherer.encrypt()
org.internna.iwebmvc.crypto.Cipherer.encrypt()
Recursively encrypt an object.
org.jasig.portal.security.IStringEncryptionService.encrypt()
Encrypt a string @param plaintext @return
org.jasypt.encryption.pbe.StandardPBEByteEncryptor.encrypt()
sasecurity.com/rsalabs/node.asp?id=2127" target="_blank">PKCS #5: Password-Based Cryptography Standard.

This encryptor uses a salt for each encryption operation. The size of the salt depends on the algorithm being used. This salt is used for creating the encryption key and, if generated by a random generator, it is also appended unencrypted at the beginning of the results so that a decryption operation can be performed.

If a random salt generator is used, two encryption results for the same message will always be different (except in the case of random salt coincidence). This may enforce security by difficulting brute force attacks on sets of data at a time and forcing attackers to perform a brute force attack on each separate piece of encrypted data.
@param message the byte array message to be encrypted @return the result of encryption @throws EncryptionOperationNotPossibleException if the encryption operation fails, ommitting any further information about the cause for security reasons. @throws EncryptionInitializationException if initialization could notbe correctly done (for example, no password has been set).
org.jasypt.encryption.pbe.StandardPBEStringEncryptor.encrypt()
sasecurity.com/rsalabs/node.asp?id=2127" target="_blank">PKCS #5: Password-Based Cryptography Standard.

This encryptor uses a salt for each encryption operation. The size of the salt depends on the algorithm being used. This salt is used for creating the encryption key and, if generated by a random generator, it is also appended unencrypted at the beginning of the results so that a decryption operation can be performed.

If a random salt generator is used, two encryption results for the same message will always be different (except in the case of random salt coincidence). This may enforce security by difficulting brute force attacks on sets of data at a time and forcing attackers to perform a brute force attack on each separate piece of encrypted data.
@param message the String message to be encrypted @return the result of encryption @throws EncryptionOperationNotPossibleException if the encryption operation fails, ommitting any further information about the cause for security reasons. @throws EncryptionInitializationException if initialization could notbe correctly done (for example, no password has been set).
org.jasypt.intf.service.JasyptStatelessService.encrypt()

Configure and perform an encryption operation.
@param input @param password @param passwordEnvName @param passwordSysPropertyName @param algorithm @param algorithmEnvName @param algorithmSysPropertyName @param keyObtentionIterations @param keyObtentionIterationsEnvName @param keyObtentionIterationsSysPropertyName @param saltGeneratorClassName @param saltGeneratorClassNameEnvName @param saltGeneratorClassNameSysPropertyName @param providerName @param providerNameEnvName @param providerNameSysPropertyName @param providerClassName @param providerClassNameEnvName @param providerClassNameSysPropertyName @param stringOutputType @param stringOutputTypeEnvName @param stringOutputTypeSysPropertyName @return the result of the encryption operation @throws EncryptionOperationNotPossibleException if the operation couldnot be performed (either because of wrong input or wrong parametrization).
org.jasypt.util.binary.BasicBinaryEncryptor.encrypt()
Encrypts a byte array @param binary the byte array to be encrypted. @see StandardPBEByteEncryptor#encrypt(byte[])
org.jasypt.util.binary.StrongBinaryEncryptor.encrypt()
Encrypts a byte array @param binary the byte array to be encrypted. @see StandardPBEByteEncryptor#encrypt(byte[])
org.jasypt.util.text.BasicTextEncryptor.encrypt()
Encrypts a message. @param message the message to be encrypted. @see StandardPBEStringEncryptor#encrypt(String)
org.jasypt.util.text.StrongTextEncryptor.encrypt()
Encrypts a message. @param message the message to be encrypted. @see StandardPBEStringEncryptor#encrypt(String)
org.jboss.aerogear.crypto.password.Pbkdf2.encrypt()
Generate the secret key @param password @param salt @param iterations @return secret key @throws InvalidKeySpecException
org.jitterbit.crypto.pgp.FileEncryptor.encrypt()
Encrypts the given clear-text file. @param clearText a File containing the clear-text message to decrypt @param output the decrypted File. If this file already exists it will be overwritten. @param encryptionKey a Key representing the public key (of the receiver) to use for encryption. The key will automatically be {@link Key#close() closed} after theencryption is done.
org.jitterbit.crypto.pgp.PassphraseCrypto.encrypt()
Encrypts an array of bytes using the given passphrase. @param clearText the clear text data to encrypt @param passphrase the passphrase with with to encrypt the data @param algorithm the SymmetricKeyAlgorithm to use @return a byte array containing the encrypted data @throws IOException if an I/O error occurs @throws CryptoException if the data could not be encrypted
org.jitterbit.util.crypto.DefaultPBEStringCryptographer.encrypt()
@throws IllegalStateException if a passphrase has not been specified.
org.jitterbit.util.crypto.PBEStringCryptographer.encrypt()
org.jresearch.gossip.util.DesEncrypter.encrypt()
@param str @return @throwsUnsupportedEncodingException @throws UnsupportedEncodingException
org.kapott.hbci.passport.HBCIPassportInternal.encrypt()
org.keyczar.Crypter.encrypt()
org.keyczar.Encrypter.encrypt()
Encrypt the given input byte array. @param input The input to encrypt @return The encrypted ciphertext @throws KeyczarException If there is a JCE exception or the key set doesnot contain a primary encrypting key.
org.keyczar.SignedSessionEncrypter.encrypt()
Encrypt and sign the plaintext. @param plainText string to encrypt. @return encrypted payload with signing attached. @throws KeyczarException
org.mule.security.PasswordBasedEncryptionStrategy.encrypt()
org.mule.security.SecretKeyEncryptionStrategy.encrypt()
org.pentaho.platform.api.util.IPasswordService.encrypt()
org.platformlayer.service.nexus.utils.NexusLdapPasswords.encrypt()
org.primefaces.util.StringEncrypter.encrypt()
Takes a single String as an argument and returns an Encrypted version of that String. @param str String to be encrypted @return String Encrypted version of the provided String
org.rat.free.security.makifx.base.KeySecretData.encrypt()
org.sf.bee.commons.cryptograph.BeeDesEncrypter.encrypt()
org.slim3.util.Cipher.encrypt()
Encrypt the text. @param text the text @return the encrypted text @exception IllegalStateException if the key is not set to this instance @exception IllegalArgumentException if the key is not valid
org.smslib.crypto.KeyManager.encrypt()
Encrypts the specified message with the encryption key already associated with the specified mobile number. @param mobileNumber The mobile number which the message will be send to / received from. @param message The decrypted message. @return The encrypted message. @throws SMSLibException @throws InvalidKeyException @throws IllegalBlockSizeException @throws BadPaddingException @throws NoSuchPaddingException @throws NoSuchAlgorithmException
org.wso2.securevault.EncryptionProvider.encrypt()
Encrypts a plain text @param plainText as a byte array @return cipher text as a byte array
uk.co.thomasc.steamkit.util.crypto.RSACrypto.encrypt()

Examples of org.primefaces.util.StringEncrypter.encrypt()

        
        try {
            Resource resource = context.getApplication().getResourceHandler().createResource("dynamiccontent.properties", "primefaces", "image/png");
            String resourcePath = resource.getRequestPath();
            StringEncrypter encrypter = RequestContext.getCurrentInstance().getEncrypter();
            String rid = encrypter.encrypt((String) barcode.getValue());
            StringBuilder builder = SharedStringBuilder.get(context, SB_BUILD);


            src = builder.append(resourcePath).append("&").append(Constants.DYNAMIC_CONTENT_PARAM).append("=").append(URLEncoder.encode(rid, "UTF-8"))
                    .append("&").append(Constants.DYNAMIC_CONTENT_TYPE_PARAM).append("=").append(handlerType)
                    .append("&gen=").append(type)

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Examples of org.rat.free.security.makifx.base.KeySecretData.encrypt()


                    KeySecretData ksd = new KeySecretData();
                    ksd.setKey(getUTF8Bytes(secret_key));
                    ksd.setProperties(new HashMap(readable.getProperties()));


                    ksd.encrypt(master_username, maki_file_key);


                    this.GEN_KEY = ksd.getKey();


                    enc_map = Login.firstEncyptedMap();

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Examples of org.sf.bee.commons.cryptograph.BeeDesEncrypter.encrypt()

    }


    private String encrypt(final String value) {
        if (_encoded) {
            final BeeDesEncrypter encrypter = new BeeDesEncrypter(SECRET);
            final String result = encrypter.encrypt(value);
            return result;
        }
        return value;
    }

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Examples of org.slim3.util.Cipher.encrypt()

     * @return the encrypted text
     * @since 1.0.6
     */
    protected String encrypt(String text) {
        Cipher c = CipherFactory.getFactory().createCipher();
        return c.encrypt(text);
    }


    /**
     * Encrypt the text.
     *

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Examples of org.smslib.crypto.KeyManager.encrypt()


  public OutboundEncryptedMessage(String myRecipient, byte[] dataBytes) throws SMSLibException, InvalidKeyException, IllegalBlockSizeException, BadPaddingException, NoSuchPaddingException, NoSuchAlgorithmException
  {
    setRecipient(myRecipient);
    KeyManager km = KeyManager.getInstance();
    setDataBytes(km.encrypt(myRecipient, dataBytes));
  }
}

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Examples of org.wso2.securevault.EncryptionProvider.encrypt()

                }
            }


            PrintStream out = System.out;
            if (isEncrypt) {
                out.println("Output : " + new String(encryptionProvider.encrypt(source.getBytes())));
            } else {
                out.println("Output : " + new String(decryptionProvider.decrypt(source.getBytes())));
            }


        } catch (ParseException e) {

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Examples of uk.co.thomasc.steamkit.util.crypto.RSACrypto.encrypt()

    final byte[] sessionKey = CryptoHelper.GenerateRandomBlock(32);


    // rsa encrypt it with the public key for the universe we're on
    byte[] cryptedSessionKey = null;
    final RSACrypto rsa = new RSACrypto(KeyDictionary.getPublicKey(steamClient.getConnectedUniverse()));
    cryptedSessionKey = rsa.encrypt(sessionKey);


    final byte[] loginKey = new byte[20];
    System.arraycopy(callback.getLoginKey().getBytes(), 0, loginKey, 0, callback.getLoginKey().length());


    // aes encrypt the loginkey with our session key

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