HADOOP-10881. Clarify usage of encryption and encrypted encryption key in KeyProviderCryptoExtension. (wang)
Conflicts: hadoop-common-project/hadoop-common/CHANGES.txt git-svn-id: https://svn.apache.org/repos/asf/hadoop/common/branches/branch-2@1619539 13f79535-47bb-0310-9956-ffa450edef68
This commit is contained in:
Alejandro Abdelnur
parent
27609a184d
commit
30fe1849c3
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@ -122,6 +122,9 @@ Release 2.6.0 - UNRELEASED
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HADOOP-10817. ProxyUsers configuration should support configurable
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prefixes. (tucu)
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HADOOP-10881. Clarify usage of encryption and encrypted encryption
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key in KeyProviderCryptoExtension. (wang)
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OPTIMIZATIONS
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HADOOP-10838. Byte array native checksumming. (James Thomas via todd)
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@ -21,7 +21,6 @@ package org.apache.hadoop.crypto.key;
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import java.io.IOException;
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import java.security.GeneralSecurityException;
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import java.security.SecureRandom;
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import javax.crypto.Cipher;
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import javax.crypto.spec.IvParameterSpec;
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import javax.crypto.spec.SecretKeySpec;
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@ -30,51 +29,109 @@ import com.google.common.base.Preconditions;
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import org.apache.hadoop.classification.InterfaceAudience;
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/**
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* A KeyProvider with Cytographic Extensions specifically for generating
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* Encrypted Keys as well as decrypting them
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* A KeyProvider with Cryptographic Extensions specifically for generating
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* and decrypting encrypted encryption keys.
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*
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*/
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@InterfaceAudience.Private
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public class KeyProviderCryptoExtension extends
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KeyProviderExtension<KeyProviderCryptoExtension.CryptoExtension> {
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/**
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* Designates an encrypted encryption key, or EEK.
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*/
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public static final String EEK = "EEK";
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/**
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* Designates a decrypted encrypted encryption key, that is, an encryption key
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* (EK).
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*/
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public static final String EK = "EK";
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/**
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* This is a holder class whose instance contains the keyVersionName, iv
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* used to generate the encrypted Key and the encrypted KeyVersion
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* An encrypted encryption key (EEK) and related information. An EEK must be
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* decrypted using the key's encryption key before it can be used.
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*/
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public static class EncryptedKeyVersion {
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private String keyName;
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private String keyVersionName;
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private byte[] iv;
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private KeyVersion encryptedKey;
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private String encryptionKeyName;
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private String encryptionKeyVersionName;
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private byte[] encryptedKeyIv;
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private KeyVersion encryptedKeyVersion;
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protected EncryptedKeyVersion(String keyName, String keyVersionName,
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byte[] iv, KeyVersion encryptedKey) {
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this.keyName = keyName;
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this.keyVersionName = keyVersionName;
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this.iv = iv;
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this.encryptedKey = encryptedKey;
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/**
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* Create a new EncryptedKeyVersion.
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*
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* @param keyName Name of the encryption key used to
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* encrypt the encrypted key.
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* @param encryptionKeyVersionName Version name of the encryption key used
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* to encrypt the encrypted key.
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* @param encryptedKeyIv Initialization vector of the encrypted
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* key. The IV of the encryption key used to
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* encrypt the encrypted key is derived from
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* this IV.
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* @param encryptedKeyVersion The encrypted encryption key version.
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*/
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protected EncryptedKeyVersion(String keyName,
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String encryptionKeyVersionName, byte[] encryptedKeyIv,
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KeyVersion encryptedKeyVersion) {
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this.encryptionKeyName = keyName;
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this.encryptionKeyVersionName = encryptionKeyVersionName;
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this.encryptedKeyIv = encryptedKeyIv;
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this.encryptedKeyVersion = encryptedKeyVersion;
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}
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public String getKeyName() {
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return keyName;
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/**
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* @return Name of the encryption key used to encrypt the encrypted key.
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*/
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public String getEncryptionKeyName() {
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return encryptionKeyName;
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}
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public String getKeyVersionName() {
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return keyVersionName;
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/**
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* @return Version name of the encryption key used to encrypt the encrypted
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* key.
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*/
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public String getEncryptionKeyVersionName() {
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return encryptionKeyVersionName;
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}
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public byte[] getIv() {
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return iv;
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/**
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* @return Initialization vector of the encrypted key. The IV of the
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* encryption key used to encrypt the encrypted key is derived from this
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* IV.
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*/
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public byte[] getEncryptedKeyIv() {
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return encryptedKeyIv;
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}
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public KeyVersion getEncryptedKey() {
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return encryptedKey;
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/**
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* @return The encrypted encryption key version.
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*/
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public KeyVersion getEncryptedKeyVersion() {
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return encryptedKeyVersion;
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}
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/**
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* Derive the initialization vector (IV) for the encryption key from the IV
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* of the encrypted key. This derived IV is used with the encryption key to
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* decrypt the encrypted key.
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* <p/>
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* The alternative to this is using the same IV for both the encryption key
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* and the encrypted key. Even a simple symmetric transformation like this
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* improves security by avoiding IV re-use. IVs will also be fairly unique
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* among different EEKs.
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*
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* @param encryptedKeyIV of the encrypted key (i.e. {@link
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* #getEncryptedKeyIv()})
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* @return IV for the encryption key
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*/
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protected static byte[] deriveIV(byte[] encryptedKeyIV) {
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byte[] rIv = new byte[encryptedKeyIV.length];
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// Do a simple XOR transformation to flip all the bits
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for (int i = 0; i < encryptedKeyIV.length; i++) {
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rIv[i] = (byte) (encryptedKeyIV[i] ^ 0xff);
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}
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return rIv;
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}
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}
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/**
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@ -141,53 +198,56 @@ public class KeyProviderCryptoExtension extends
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this.keyProvider = keyProvider;
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}
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// the IV used to encrypt a EK typically will be the same IV used to
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// encrypt data with the EK. To avoid any chance of weakening the
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// encryption because the same IV is used, we simply XOR the IV thus we
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// are not using the same IV for 2 different encryptions (even if they
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// are done using different keys)
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private byte[] flipIV(byte[] iv) {
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byte[] rIv = new byte[iv.length];
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for (int i = 0; i < iv.length; i++) {
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rIv[i] = (byte) (iv[i] ^ 0xff);
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}
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return rIv;
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}
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@Override
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public EncryptedKeyVersion generateEncryptedKey(String encryptionKeyName)
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throws IOException, GeneralSecurityException {
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KeyVersion keyVer = keyProvider.getCurrentKey(encryptionKeyName);
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Preconditions.checkNotNull(keyVer, "No KeyVersion exists for key '%s' ",
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encryptionKeyName);
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byte[] newKey = new byte[keyVer.getMaterial().length];
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SecureRandom.getInstance("SHA1PRNG").nextBytes(newKey);
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// Fetch the encryption key
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KeyVersion encryptionKey = keyProvider.getCurrentKey(encryptionKeyName);
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Preconditions.checkNotNull(encryptionKey,
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"No KeyVersion exists for key '%s' ", encryptionKeyName);
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// Generate random bytes for new key and IV
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Cipher cipher = Cipher.getInstance("AES/CTR/NoPadding");
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byte[] iv = SecureRandom.getSeed(cipher.getBlockSize());
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cipher.init(Cipher.ENCRYPT_MODE, new SecretKeySpec(keyVer.getMaterial(),
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"AES"), new IvParameterSpec(flipIV(iv)));
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byte[] ek = cipher.doFinal(newKey);
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SecureRandom random = SecureRandom.getInstance("SHA1PRNG");
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final byte[] newKey = new byte[encryptionKey.getMaterial().length];
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random.nextBytes(newKey);
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final byte[] iv = random.generateSeed(cipher.getBlockSize());
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// Encryption key IV is derived from new key's IV
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final byte[] encryptionIV = EncryptedKeyVersion.deriveIV(iv);
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// Encrypt the new key
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cipher.init(Cipher.ENCRYPT_MODE,
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new SecretKeySpec(encryptionKey.getMaterial(), "AES"),
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new IvParameterSpec(encryptionIV));
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final byte[] encryptedKey = cipher.doFinal(newKey);
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return new EncryptedKeyVersion(encryptionKeyName,
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keyVer.getVersionName(), iv,
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new KeyVersion(keyVer.getName(), EEK, ek));
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encryptionKey.getVersionName(), iv,
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new KeyVersion(encryptionKey.getName(), EEK, encryptedKey));
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}
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@Override
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public KeyVersion decryptEncryptedKey(
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EncryptedKeyVersion encryptedKeyVersion) throws IOException,
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GeneralSecurityException {
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KeyVersion keyVer =
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keyProvider.getKeyVersion(encryptedKeyVersion.getKeyVersionName());
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Preconditions.checkNotNull(keyVer, "KeyVersion name '%s' does not exist",
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encryptedKeyVersion.getKeyVersionName());
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KeyVersion keyVersion = encryptedKeyVersion.getEncryptedKey();
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// Fetch the encryption key material
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final String encryptionKeyVersionName =
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encryptedKeyVersion.getEncryptionKeyVersionName();
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final KeyVersion encryptionKey =
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keyProvider.getKeyVersion(encryptionKeyVersionName);
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Preconditions.checkNotNull(encryptionKey,
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"KeyVersion name '%s' does not exist", encryptionKeyVersionName);
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final byte[] encryptionKeyMaterial = encryptionKey.getMaterial();
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// Encryption key IV is determined from encrypted key's IV
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final byte[] encryptionIV =
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EncryptedKeyVersion.deriveIV(encryptedKeyVersion.getEncryptedKeyIv());
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// Init the cipher with encryption key parameters
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Cipher cipher = Cipher.getInstance("AES/CTR/NoPadding");
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cipher.init(Cipher.DECRYPT_MODE,
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new SecretKeySpec(keyVersion.getMaterial(), "AES"),
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new IvParameterSpec(flipIV(encryptedKeyVersion.getIv())));
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byte[] ek =
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cipher.doFinal(encryptedKeyVersion.getEncryptedKey().getMaterial());
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return new KeyVersion(keyVer.getName(), EK, ek);
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new SecretKeySpec(encryptionKeyMaterial, "AES"),
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new IvParameterSpec(encryptionIV));
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// Decrypt the encrypted key
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final KeyVersion encryptedKV =
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encryptedKeyVersion.getEncryptedKeyVersion();
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final byte[] decryptedKey = cipher.doFinal(encryptedKV.getMaterial());
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return new KeyVersion(encryptionKey.getName(), EK, decryptedKey);
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}
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@Override
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@ -646,25 +646,28 @@ public class KMSClientProvider extends KeyProvider implements CryptoExtension {
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public KeyVersion decryptEncryptedKey(
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EncryptedKeyVersion encryptedKeyVersion) throws IOException,
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GeneralSecurityException {
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checkNotNull(encryptedKeyVersion.getKeyVersionName(), "versionName");
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checkNotNull(encryptedKeyVersion.getIv(), "iv");
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Preconditions.checkArgument(encryptedKeyVersion.getEncryptedKey()
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.getVersionName().equals(KeyProviderCryptoExtension.EEK),
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checkNotNull(encryptedKeyVersion.getEncryptionKeyVersionName(),
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"versionName");
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checkNotNull(encryptedKeyVersion.getEncryptedKeyIv(), "iv");
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Preconditions.checkArgument(
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encryptedKeyVersion.getEncryptedKeyVersion().getVersionName()
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.equals(KeyProviderCryptoExtension.EEK),
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"encryptedKey version name must be '%s', is '%s'",
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KeyProviderCryptoExtension.EK, encryptedKeyVersion.getEncryptedKey()
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.getVersionName());
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checkNotNull(encryptedKeyVersion.getEncryptedKey(), "encryptedKey");
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KeyProviderCryptoExtension.EK,
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encryptedKeyVersion.getEncryptedKeyVersion().getVersionName()
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);
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checkNotNull(encryptedKeyVersion.getEncryptedKeyVersion(), "encryptedKey");
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Map<String, String> params = new HashMap<String, String>();
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params.put(KMSRESTConstants.EEK_OP, KMSRESTConstants.EEK_DECRYPT);
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Map<String, Object> jsonPayload = new HashMap<String, Object>();
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jsonPayload.put(KMSRESTConstants.NAME_FIELD,
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encryptedKeyVersion.getKeyName());
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encryptedKeyVersion.getEncryptionKeyName());
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jsonPayload.put(KMSRESTConstants.IV_FIELD, Base64.encodeBase64String(
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encryptedKeyVersion.getIv()));
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encryptedKeyVersion.getEncryptedKeyIv()));
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jsonPayload.put(KMSRESTConstants.MATERIAL_FIELD, Base64.encodeBase64String(
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encryptedKeyVersion.getEncryptedKey().getMaterial()));
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encryptedKeyVersion.getEncryptedKeyVersion().getMaterial()));
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URL url = createURL(KMSRESTConstants.KEY_VERSION_RESOURCE,
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encryptedKeyVersion.getKeyVersionName(),
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encryptedKeyVersion.getEncryptionKeyVersionName(),
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KMSRESTConstants.EEK_SUB_RESOURCE, params);
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HttpURLConnection conn = createConnection(url, HTTP_POST);
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conn.setRequestProperty(CONTENT_TYPE, APPLICATION_JSON_MIME);
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@ -17,51 +17,112 @@
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*/
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package org.apache.hadoop.crypto.key;
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import org.apache.hadoop.conf.Configuration;
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import org.junit.Assert;
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import org.junit.Test;
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import java.net.URI;
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import java.security.SecureRandom;
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import java.util.Arrays;
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import javax.crypto.Cipher;
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import javax.crypto.spec.IvParameterSpec;
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import javax.crypto.spec.SecretKeySpec;
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import org.apache.hadoop.conf.Configuration;
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import org.junit.BeforeClass;
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import org.junit.Test;
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import static org.apache.hadoop.crypto.key.KeyProvider.KeyVersion;
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import static org.junit.Assert.assertArrayEquals;
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import static org.junit.Assert.assertEquals;
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import static org.junit.Assert.assertNotNull;
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import static org.junit.Assert.fail;
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public class TestKeyProviderCryptoExtension {
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private static final String CIPHER = "AES";
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private static final String ENCRYPTION_KEY_NAME = "fooKey";
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private static Configuration conf;
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private static KeyProvider kp;
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private static KeyProviderCryptoExtension kpExt;
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private static KeyProvider.Options options;
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private static KeyVersion encryptionKey;
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@BeforeClass
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public static void setup() throws Exception {
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conf = new Configuration();
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kp = new UserProvider.Factory().createProvider(new URI("user:///"), conf);
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kpExt = KeyProviderCryptoExtension.createKeyProviderCryptoExtension(kp);
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options = new KeyProvider.Options(conf);
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options.setCipher(CIPHER);
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options.setBitLength(128);
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encryptionKey =
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kp.createKey(ENCRYPTION_KEY_NAME, SecureRandom.getSeed(16), options);
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}
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@Test
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public void testGenerateEncryptedKey() throws Exception {
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Configuration conf = new Configuration();
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KeyProvider kp =
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new UserProvider.Factory().createProvider(new URI("user:///"), conf);
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KeyProvider.Options options = new KeyProvider.Options(conf);
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options.setCipher(CIPHER);
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options.setBitLength(128);
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KeyProvider.KeyVersion kv = kp.createKey("foo", SecureRandom.getSeed(16),
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options);
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KeyProviderCryptoExtension kpExt =
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KeyProviderCryptoExtension.createKeyProviderCryptoExtension(kp);
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// Generate a new EEK and check it
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KeyProviderCryptoExtension.EncryptedKeyVersion ek1 =
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kpExt.generateEncryptedKey(kv.getName());
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Assert.assertEquals(KeyProviderCryptoExtension.EEK,
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ek1.getEncryptedKey().getVersionName());
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Assert.assertEquals("foo", ek1.getKeyName());
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Assert.assertNotNull(ek1.getEncryptedKey().getMaterial());
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Assert.assertEquals(kv.getMaterial().length,
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ek1.getEncryptedKey().getMaterial().length);
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KeyProvider.KeyVersion k1 = kpExt.decryptEncryptedKey(ek1);
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Assert.assertEquals(KeyProviderCryptoExtension.EK, k1.getVersionName());
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KeyProvider.KeyVersion k1a = kpExt.decryptEncryptedKey(ek1);
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Assert.assertArrayEquals(k1.getMaterial(), k1a.getMaterial());
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Assert.assertEquals(kv.getMaterial().length, k1.getMaterial().length);
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kpExt.generateEncryptedKey(encryptionKey.getName());
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assertEquals("Version name of EEK should be EEK",
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KeyProviderCryptoExtension.EEK,
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ek1.getEncryptedKeyVersion().getVersionName());
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assertEquals("Name of EEK should be encryption key name",
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ENCRYPTION_KEY_NAME, ek1.getEncryptionKeyName());
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assertNotNull("Expected encrypted key material",
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ek1.getEncryptedKeyVersion().getMaterial());
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assertEquals("Length of encryption key material and EEK material should "
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+ "be the same", encryptionKey.getMaterial().length,
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ek1.getEncryptedKeyVersion().getMaterial().length
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);
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// Decrypt EEK into an EK and check it
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KeyVersion k1 = kpExt.decryptEncryptedKey(ek1);
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assertEquals(KeyProviderCryptoExtension.EK, k1.getVersionName());
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assertEquals(encryptionKey.getMaterial().length, k1.getMaterial().length);
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if (Arrays.equals(k1.getMaterial(), encryptionKey.getMaterial())) {
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fail("Encrypted key material should not equal encryption key material");
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}
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if (Arrays.equals(ek1.getEncryptedKeyVersion().getMaterial(),
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encryptionKey.getMaterial())) {
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fail("Encrypted key material should not equal decrypted key material");
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}
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// Decrypt it again and it should be the same
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KeyVersion k1a = kpExt.decryptEncryptedKey(ek1);
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assertArrayEquals(k1.getMaterial(), k1a.getMaterial());
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// Generate another EEK and make sure it's different from the first
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KeyProviderCryptoExtension.EncryptedKeyVersion ek2 =
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kpExt.generateEncryptedKey(kv.getName());
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KeyProvider.KeyVersion k2 = kpExt.decryptEncryptedKey(ek2);
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boolean eq = true;
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for (int i = 0; eq && i < ek2.getEncryptedKey().getMaterial().length; i++) {
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eq = k2.getMaterial()[i] == k1.getMaterial()[i];
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kpExt.generateEncryptedKey(encryptionKey.getName());
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KeyVersion k2 = kpExt.decryptEncryptedKey(ek2);
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if (Arrays.equals(k1.getMaterial(), k2.getMaterial())) {
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fail("Generated EEKs should have different material!");
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}
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Assert.assertFalse(eq);
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if (Arrays.equals(ek1.getEncryptedKeyIv(), ek2.getEncryptedKeyIv())) {
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fail("Generated EEKs should have different IVs!");
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}
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}
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@Test
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public void testEncryptDecrypt() throws Exception {
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// Get an EEK
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KeyProviderCryptoExtension.EncryptedKeyVersion eek =
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kpExt.generateEncryptedKey(encryptionKey.getName());
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final byte[] encryptedKeyIv = eek.getEncryptedKeyIv();
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final byte[] encryptedKeyMaterial = eek.getEncryptedKeyVersion()
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.getMaterial();
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// Decrypt it manually
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Cipher cipher = Cipher.getInstance("AES/CTR/NoPadding");
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cipher.init(Cipher.DECRYPT_MODE,
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new SecretKeySpec(encryptionKey.getMaterial(), "AES"),
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new IvParameterSpec(KeyProviderCryptoExtension.EncryptedKeyVersion
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.deriveIV(encryptedKeyIv)));
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final byte[] manualMaterial = cipher.doFinal(encryptedKeyMaterial);
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// Decrypt it with the API
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KeyVersion decryptedKey = kpExt.decryptEncryptedKey(eek);
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final byte[] apiMaterial = decryptedKey.getMaterial();
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assertArrayEquals("Wrong key material from decryptEncryptedKey",
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manualMaterial, apiMaterial);
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}
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}
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|
|
@ -64,12 +64,12 @@ public class KMSServerJSONUtils {
|
|||
Map json = new LinkedHashMap();
|
||||
if (encryptedKeyVersion != null) {
|
||||
json.put(KMSRESTConstants.VERSION_NAME_FIELD,
|
||||
encryptedKeyVersion.getKeyVersionName());
|
||||
encryptedKeyVersion.getEncryptionKeyVersionName());
|
||||
json.put(KMSRESTConstants.IV_FIELD,
|
||||
Base64.encodeBase64URLSafeString(
|
||||
encryptedKeyVersion.getIv()));
|
||||
encryptedKeyVersion.getEncryptedKeyIv()));
|
||||
json.put(KMSRESTConstants.ENCRYPTED_KEY_VERSION_FIELD,
|
||||
toJSON(encryptedKeyVersion.getEncryptedKey()));
|
||||
toJSON(encryptedKeyVersion.getEncryptedKeyVersion()));
|
||||
}
|
||||
return json;
|
||||
}
|
||||
|
|
|
|||
|
|
@ -485,10 +485,10 @@ public class TestKMS {
|
|||
|
||||
EncryptedKeyVersion ek1 = kpExt.generateEncryptedKey(kv.getName());
|
||||
Assert.assertEquals(KeyProviderCryptoExtension.EEK,
|
||||
ek1.getEncryptedKey().getVersionName());
|
||||
Assert.assertNotNull(ek1.getEncryptedKey().getMaterial());
|
||||
ek1.getEncryptedKeyVersion().getVersionName());
|
||||
Assert.assertNotNull(ek1.getEncryptedKeyVersion().getMaterial());
|
||||
Assert.assertEquals(kv.getMaterial().length,
|
||||
ek1.getEncryptedKey().getMaterial().length);
|
||||
ek1.getEncryptedKeyVersion().getMaterial().length);
|
||||
KeyProvider.KeyVersion k1 = kpExt.decryptEncryptedKey(ek1);
|
||||
Assert.assertEquals(KeyProviderCryptoExtension.EK, k1.getVersionName());
|
||||
KeyProvider.KeyVersion k1a = kpExt.decryptEncryptedKey(ek1);
|
||||
|
|
@ -498,8 +498,8 @@ public class TestKMS {
|
|||
EncryptedKeyVersion ek2 = kpExt.generateEncryptedKey(kv.getName());
|
||||
KeyProvider.KeyVersion k2 = kpExt.decryptEncryptedKey(ek2);
|
||||
boolean isEq = true;
|
||||
for (int i = 0; isEq && i < ek2.getEncryptedKey().getMaterial().length;
|
||||
i++) {
|
||||
for (int i = 0; isEq && i < ek2.getEncryptedKeyVersion()
|
||||
.getMaterial().length; i++) {
|
||||
isEq = k2.getMaterial()[i] == k1.getMaterial()[i];
|
||||
}
|
||||
Assert.assertFalse(isEq);
|
||||
|
|
|
|||
Loading…
Reference in New Issue