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/*
* Modifications Copyright (c) 2019 BrowserUp, Inc.
*/
package com.browserup.bup.mitm.tools;
import com.browserup.bup.mitm.CertificateAndKey;
import com.browserup.bup.mitm.CertificateInfo;
import javax.net.ssl.KeyManager;
import java.io.File;
import java.io.Reader;
import java.security.KeyPair;
import java.security.KeyStore;
import java.security.PrivateKey;
import java.security.cert.Certificate;
import java.security.cert.X509Certificate;
/**
* Generic interface for functionality provided by a Security Provider.
*/
public interface SecurityProviderTool {
/**
* Creates a new self-signed CA root certificate, suitable for use signing new server certificates.
*
* @param certificateInfo certificate info to populate in the new root cert
* @param keyPair root certificate's public and private keys
* @param messageDigest digest to use when signing the new root certificate, such as SHA512
* @return a new root certificate and private key
*/
CertificateAndKey createCARootCertificate(CertificateInfo certificateInfo,
KeyPair keyPair,
String messageDigest);
/**
* Creates a new server X.509 certificate using the serverKeyPair. The new certificate will be populated with
* information from the specified certificateInfo and will be signed using the specified caPrivateKey and messageDigest.
*
* @param certificateInfo basic X.509 certificate info that will be used to create the server certificate
* @param caRootCertificate root certificate that will be used to populate the issuer field of the server certificate
* @param serverKeyPair server's public and private keys
* @param messageDigest message digest to use when signing the server certificate, such as SHA512
* @param caPrivateKey root certificate private key that will be used to sign the server certificate
* @return a new server certificate and its private key
*/
CertificateAndKey createServerCertificate(CertificateInfo certificateInfo,
X509Certificate caRootCertificate,
PrivateKey caPrivateKey,
KeyPair serverKeyPair,
String messageDigest);
/**
* Assembles a Java KeyStore containing a server's certificate, private key, and the certificate authority's certificate,
* which can be used to create an {@link javax.net.ssl.SSLContext}.
*
* @param keyStoreType the KeyStore type, such as JKS or PKCS12
* @param serverCertificateAndKey certificate and private key for the server, which will be placed in the KeyStore
* @param rootCertificate CA root certificate of the private key that signed the server certificate
* @param privateKeyAlias alias to assign the private key (with accompanying certificate chain) to in the KeyStore
* @param password password for the new KeyStore and private key
* @return a new KeyStore with the server's certificate and password-protected private key
*/
KeyStore createServerKeyStore(String keyStoreType,
CertificateAndKey serverCertificateAndKey,
X509Certificate rootCertificate,
String privateKeyAlias,
String password);
/**
* Assembles a Java KeyStore containing a CA root certificate and its private key.
*
* @param keyStoreType the KeyStore type, such as JKS or PKCS12
* @param rootCertificateAndKey certification authority's root certificate and private key, which will be placed in the KeyStore
* @param privateKeyAlias alias to assign the private key (with accompanying certificate chain) to in the KeyStore
* @param password password for the new KeyStore and private key
* @return a new KeyStore with the root certificate and password-protected private key
*/
KeyStore createRootCertificateKeyStore(String keyStoreType,
CertificateAndKey rootCertificateAndKey,
String privateKeyAlias,
String password);
/**
* Encodes a private key in PEM format, encrypting it with the specified password. The private key will be encrypted
* using the specified algorithm.
*
* @param privateKey private key to encode
* @param passwordForPrivateKey password to protect the private key
* @param encryptionAlgorithm algorithm to use to encrypt the private key
* @return PEM-encoded private key as a String
*/
String encodePrivateKeyAsPem(PrivateKey privateKey, String passwordForPrivateKey, String encryptionAlgorithm);
/**
* Encodes a certificate in PEM format.
*
* @param certificate certificate to encode
* @return PEM-encoded certificate as a String
*/
String encodeCertificateAsPem(Certificate certificate);
/**
* Decodes a PEM-encoded private key into a {@link PrivateKey}. The password may be null if the PEM-encoded private key
* is not password-encrypted.
*
* @param privateKeyReader a reader for a PEM-encoded private key
* @param password password protecting the private key @return the decoded private key
* @return PrivateKey
*/
PrivateKey decodePemEncodedPrivateKey(Reader privateKeyReader, String password);
/**
* Decodes a PEM-encoded X.509 Certificate into a {@link X509Certificate}.
*
* @param certificateReader a reader for a PEM-encoded certificate
* @return the decoded X.509 certificate
*/
X509Certificate decodePemEncodedCertificate(Reader certificateReader);
/**
* Loads a Java KeyStore object from a file.
*
* @param file KeyStore file to load
* @param keyStoreType KeyStore type (PKCS12, JKS, etc.)
* @param password the KeyStore password
* @return an initialized Java KeyStore object
*/
KeyStore loadKeyStore(File file, String keyStoreType, String password);
/**
* Saves a Java KeyStore to a file, protecting it with the specified password.
*
* @param file file to save the KeyStore to
* @param keyStore KeyStore to save
* @param keystorePassword password for the KeyStore
*/
void saveKeyStore(File file, KeyStore keyStore, String keystorePassword);
/**
* Retrieve the KeyManagers for the specified KeyStore.
*
* @param keyStore the KeyStore to retrieve KeyManagers from
* @param keyStorePassword the KeyStore password
* @return KeyManagers for the specified KeyStore
*/
KeyManager[] getKeyManagers(KeyStore keyStore, String keyStorePassword);
}
