Uses of Class
org.owasp.esapi.errors.EncryptionException

Packages that use EncryptionException

Package	Description
org.owasp.esapi	The ESAPI interfaces and Exception classes model the most important security functions to enterprise web applications.
org.owasp.esapi.crypto	This package contains ESAPI cryptography-related classes used throughout ESAPI.
org.owasp.esapi.reference	This package contains reference implementations of the ESAPI interfaces.
org.owasp.esapi.reference.crypto	This package contains the reference implementation for some of the ESAPI cryptography-related classes used throughout ESAPI.

Uses of EncryptionException in org.owasp.esapi

Methods in org.owasp.esapi that throw EncryptionException

Modifier and Type	Method	Description
void	User.changePassword(java.lang.String oldPassword, java.lang.String newPassword1, java.lang.String newPassword2)	Sets the user's password, performing a verification of the user's old password, the equality of the two new passwords, and the strength of the new password.
PlainText	Encryptor.decrypt(javax.crypto.SecretKey key, CipherText ciphertext)	Decrypts the provided CipherText using the information from it and the specified secret key.
PlainText	Encryptor.decrypt(CipherText ciphertext)	Decrypts the provided CipherText using the information from it and the master encryption key as specified by the property Encryptor.MasterKey as defined in the ESAPI.properties file.
java.util.Map<java.lang.String,java.lang.String>	HTTPUtilities.decryptQueryString(java.lang.String encrypted)	Takes an encrypted querystring and returns a Map containing the original parameters.
java.util.Map<java.lang.String,java.lang.String>	HTTPUtilities.decryptStateFromCookie()	Calls decryptStateFromCookie with the *current* request.
java.util.Map<java.lang.String,java.lang.String>	HTTPUtilities.decryptStateFromCookie(javax.servlet.http.HttpServletRequest request)	Retrieves a map of data from a cookie encrypted with encryptStateInCookie().
CipherText	Encryptor.encrypt(javax.crypto.SecretKey key, PlainText plaintext)	Encrypts the provided plaintext bytes using the cipher transformation specified by the property Encryptor.CipherTransformation as defined in the ESAPI.properties file and the specified secret key.
CipherText	Encryptor.encrypt(PlainText plaintext)	Encrypts the provided plaintext bytes using the cipher transformation specified by the property Encryptor.CipherTransformation and the master encryption key as specified by the property Encryptor.MasterKey as defined in the ESAPI.properties file.
java.lang.String	HTTPUtilities.encryptHiddenField(java.lang.String value)	Encrypts a hidden field value for use in HTML.
java.lang.String	HTTPUtilities.encryptQueryString(java.lang.String query)	Takes a querystring (everything after the question mark in the URL) and returns an encrypted string containing the parameters.
void	HTTPUtilities.encryptStateInCookie(java.util.Map<java.lang.String,java.lang.String> cleartext)	Calls encryptStateInCookie with the *current* response.
void	HTTPUtilities.encryptStateInCookie(javax.servlet.http.HttpServletResponse response, java.util.Map<java.lang.String,java.lang.String> cleartext)	Stores a Map of data in an encrypted cookie.
java.lang.String	EncryptedProperties.getProperty(java.lang.String key)	Gets the property value from the encrypted store, decrypts it, and returns the plaintext value to the caller.
java.lang.String	Randomizer.getRandomGUID()	Generates a random GUID.
java.lang.String	Encryptor.hash(java.lang.String plaintext, java.lang.String salt)	Returns a string representation of the hash of the provided plaintext and salt.
java.lang.String	Encryptor.hash(java.lang.String plaintext, java.lang.String salt, int iterations)	Returns a string representation of the hash of the provided plaintext and salt.
java.lang.String	Authenticator.hashPassword(java.lang.String password, java.lang.String accountName)	Returns a string representation of the hashed password, using the accountName as the salt.
java.lang.String	EncryptedProperties.setProperty(java.lang.String key, java.lang.String value)	Encrypts the plaintext property value and stores the ciphertext value in the encrypted store.
java.lang.String	Encryptor.sign(java.lang.String data)	Create a digital signature for the provided data and return it in a string.
java.lang.String	Encryptor.unseal(java.lang.String seal)	Unseals data (created with the seal method) and throws an exception describing any of the various problems that could exist with a seal, such as an invalid seal format, expired timestamp, or decryption error.
boolean	User.verifyPassword(java.lang.String password)	Verify that the supplied password matches the password for this user.

Uses of EncryptionException in org.owasp.esapi.crypto

Methods in org.owasp.esapi.crypto that throw EncryptionException

Modifier and Type	Method	Description
byte[]	CipherText.asPortableSerializedByteArray()	Return this CipherText object as a portable (i.e., network byte ordered) serialized byte array.
static javax.crypto.SecretKey	CryptoHelper.computeDerivedKey(javax.crypto.SecretKey keyDerivationKey, int keySize, java.lang.String purpose)	Deprecated. Use same method in KeyDerivationFunction instead.
javax.crypto.SecretKey	KeyDerivationFunction.computeDerivedKey(javax.crypto.SecretKey keyDerivationKey, int keySize, java.lang.String purpose)	The method is ESAPI's Key Derivation Function (KDF) that computes a derived key from the keyDerivationKey for either encryption / decryption or for authentication.
static CipherText	CipherText.fromPortableSerializedBytes(byte[] bytes)	Create a CipherText object from what is supposed to be a portable serialized byte array, given in network byte order, that represents a valid, previously serialized CipherText object using CipherText.asPortableSerializedByteArray().
static javax.crypto.SecretKey	CryptoHelper.generateSecretKey(java.lang.String alg, int keySize)	Generate a random secret key appropriate to the specified cipher algorithm and key size.
java.lang.String	CryptoToken.getToken()	Return the new encrypted token as a base64-encoded string, encrypted with the specified SecretKey with which this object was constructed.
java.lang.String	CryptoToken.getToken(javax.crypto.SecretKey skey)	Return the new encrypted token as a base64-encoded string, encrypted with the specified SecretKey which may be a different key than what the token was originally encrypted with.
void	CipherText.setCiphertext(byte[] ciphertext)	Set the raw ciphertext.
void	CipherText.setIVandCiphertext(byte[] iv, byte[] ciphertext)	Set the IV and raw ciphertext.
java.lang.String	CryptoToken.updateToken(int additionalSecs)	Update the (current) expiration time by adding the specified number of seconds to it and then re-encrypting with the current SecretKey that was used to construct this object.

Constructors in org.owasp.esapi.crypto that throw EncryptionException

Constructor	Description
CipherText(CipherSpec cipherSpec, byte[] cipherText)	Construct from a CipherSpec object and the raw ciphertext.
CipherTextSerializer(byte[] cipherTextSerializedBytes)	Given byte array in network byte order (i.e., big-endian order), convert it so that a CipherText can be constructed from it.
CryptoToken(java.lang.String token)	Create using previously encrypted token encrypted with default secret key from ESAPI.properties.
CryptoToken(javax.crypto.SecretKey skey, java.lang.String token)	Create cryptographic token using previously encrypted token that was encrypted with specified secret key.

Uses of EncryptionException in org.owasp.esapi.reference

Methods in org.owasp.esapi.reference that throw EncryptionException

Modifier and Type	Method	Description
void	DefaultUser.changePassword(java.lang.String oldPassword, java.lang.String newPassword1, java.lang.String newPassword2)	Sets the user's password, performing a verification of the user's old password, the equality of the two new passwords, and the strength of the new password.
java.util.Map<java.lang.String,java.lang.String>	DefaultHTTPUtilities.decryptQueryString(java.lang.String encrypted)	Takes an encrypted querystring and returns a Map containing the original parameters.
java.util.Map<java.lang.String,java.lang.String>	DefaultHTTPUtilities.decryptStateFromCookie()	Calls decryptStateFromCookie with the *current* request.
java.util.Map<java.lang.String,java.lang.String>	DefaultHTTPUtilities.decryptStateFromCookie(javax.servlet.http.HttpServletRequest request)	Retrieves a map of data from a cookie encrypted with encryptStateInCookie().
java.lang.String	DefaultHTTPUtilities.encryptHiddenField(java.lang.String value)	Encrypts a hidden field value for use in HTML.
java.lang.String	DefaultHTTPUtilities.encryptQueryString(java.lang.String query)	Takes a querystring (everything after the question mark in the URL) and returns an encrypted string containing the parameters.
void	DefaultHTTPUtilities.encryptStateInCookie(java.util.Map<java.lang.String,java.lang.String> cleartext)	Calls encryptStateInCookie with the *current* response.
void	DefaultHTTPUtilities.encryptStateInCookie(javax.servlet.http.HttpServletResponse response, java.util.Map<java.lang.String,java.lang.String> cleartext)	Stores a Map of data in an encrypted cookie.
java.lang.String	DefaultRandomizer.getRandomGUID()	Generates a random GUID.
java.lang.String	FileBasedAuthenticator.hashPassword(java.lang.String password, java.lang.String accountName)	Returns a string representation of the hashed password, using the accountName as the salt.

Uses of EncryptionException in org.owasp.esapi.reference.crypto

Methods in org.owasp.esapi.reference.crypto that throw EncryptionException

Modifier and Type	Method	Description
PlainText	JavaEncryptor.decrypt(javax.crypto.SecretKey key, CipherText ciphertext)	Decrypts the provided CipherText using the information from it and the specified secret key.
PlainText	JavaEncryptor.decrypt(CipherText ciphertext)	Decrypts the provided CipherText using the information from it and the master encryption key as specified by the property Encryptor.MasterKey as defined in the ESAPI.properties file.
CipherText	JavaEncryptor.encrypt(javax.crypto.SecretKey key, PlainText plain)	Encrypts the provided plaintext bytes using the cipher transformation specified by the property Encryptor.CipherTransformation as defined in the ESAPI.properties file and the specified secret key.
CipherText	JavaEncryptor.encrypt(PlainText plaintext)	Encrypts the provided plaintext bytes using the cipher transformation specified by the property Encryptor.CipherTransformation and the master encryption key as specified by the property Encryptor.MasterKey as defined in the ESAPI.properties file.
static Encryptor	JavaEncryptor.getInstance()
java.lang.String	DefaultEncryptedProperties.getProperty(java.lang.String key)	Gets the property value from the encrypted store, decrypts it, and returns the plaintext value to the caller.
java.lang.String	JavaEncryptor.hash(java.lang.String plaintext, java.lang.String salt)	Returns a string representation of the hash of the provided plaintext and salt.
java.lang.String	JavaEncryptor.hash(java.lang.String plaintext, java.lang.String salt, int iterations)	Returns a string representation of the hash of the provided plaintext and salt.
java.lang.String	DefaultEncryptedProperties.setProperty(java.lang.String key, java.lang.String value)	Encrypts the plaintext property value and stores the ciphertext value in the encrypted store.
java.lang.String	JavaEncryptor.sign(java.lang.String data)	Create a digital signature for the provided data and return it in a string.
java.lang.String	JavaEncryptor.unseal(java.lang.String seal)	Unseals data (created with the seal method) and throws an exception describing any of the various problems that could exist with a seal, such as an invalid seal format, expired timestamp, or decryption error.