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//tabstop=4
//***********************************************************************
// ORBAsec SL3
// ----------------------------------------------------------------------
// Copyright (C) 2001 Adiron, LLC.
// All rights reserved.
// ----------------------------------------------------------------------
// $Id$
//***********************************************************************
#ifndef _SL3TLS_IDL_
#define _SL3TLS_IDL_
#include <orb.idl>
#include <SL3/SecurityLevel3.idl>
#include <SL3/TransportSecurity.idl>
#include <SL3/SL3AQArgs.idl>
#include <SL3/SL3TCPIP.idl>
#pragma prefix "adiron.com"
module SL3TLS {
const TransportSecurity::MechanismId MID_TLS = "TLS";
/**
* This is the only acquisition mechanism for acquiring TLS
* Transport Credentials.
*/
const TransportSecurity::AcquisitionMethod AQM_TLSArgs = "TLSArgs";
/**
* Implementers may create their own local version of
* this interface to verify chains of X509 Certificates.
*/
local interface TLSX509IdentityVerifier {
/**
* This operation is called by the security service at the
* TLS Transport Credentials creation phase to add certificates
* as trusted entities directed by other TLS options.
*/
void add_trusted_authority(
in SecurityLevel3::X509IdentityStatement auth
);
/**
* This operation is called by the security service to determine
* if the peer is allowed to be anonymous. This means that the
* peer has not delivered a certificate and did not authenticate
* itself.
*/
boolean is_anonymous_allowed();
/**
* This operation is called by the security service at the
* transport authentication phase, when the peer certificate
* needs to be verified. The X509IdentityStatement will contain
* a sequence of encoded X509 Certificates, which may be empty.
*/
boolean verify(
in SecurityLevel3::X509IdentityStatement ident
);
};
/**
* The TLS KeyStore Acquisition Builder extends the TCPIP
* Builder. This is because the same TCPIP Acquisition Arguments
* apply to TLS, as TCPIP sits underneath TLS.
*/
local interface TLSKeyStoreArgBuilder : SL3TCPIP::TCPIPArgBuilder {
/**
* This operation adds a X509 Certificate Chain Identity Verifier
* argument to the acquisition arguments.
*
* @param verifier The locally defined interface that will verify
* the certificate chain.
*/
void addTLSX509IdentityVerifier(
in TLSX509IdentityVerifier verifier
);
/**
* This operation is used when there is a password on
* the keystore.
*
* @param keystore This argument contains the URL of the
* keystore.
* @param storetype This argument contains the type of the
* keystore. Currently, one of "IAIKKeyStore"
* or "jks".
* @param storepass This is the password that protects the
* key store.
* @param keyalias This argument contains the alias of a private
* key in the keystore. If this argument is
* an empty string, then the credentials will
* be considered anonymous.
* @param keypass This argument contains the password that
* unlocks the private key named by the keyalias.
* @param trusted_cert_names
* This argument contains the alias of certificates
* in the key store that are considered trusted
* to verify certificates of the peer during
* authentication. A empty string sequence signifies
* that the default chain verifier will accept
* chains ending in any trusted certificate
* entry found in the keystore.
* <p>
* Note: On the default TLSX509IdentityVerifier, anonymous
* communication is always allowed.
*/
void addTLSKeyStoreWithStorePass(
in string keystore,
in string storetype,
in string storepass,
in string keyalias,
in string keypass,
in CORBA::StringSeq trusted_cert_names
);
/**
* This operation is used when there is no password on
* the keystore. This approach should only be used in
* cases where the integrity of the keystore is not an issue.
*
* @param keystore This argument contains the URL of the
* keystore.
* @param storetype This argument contains the type of the
* keystore. Currently, one of "IAIKKeyStore"
* or "jks".
* @param keyalias This argument contains the alias of a private
* key in the keystore. If this argument is
* an empty string, then the credentials will
* be considered anonymous.
* @param keypass This argument contains the password that
* unlocks the private key named by the keyalias.
* @param trusted_cert_names
* This argument contains the alias of certificates
* in the key store that are considered trusted
* to verify certificates of the peer during
* authentication. A empty string sequence signifies
* that the default chain verifier will accept
* chains ending in any trusted certificate
* entry found in the keystore.
* <p>
* Note: On the default TLSX509IdentityVerifier, anonymous
* communication is always allowed.
*/
void addTLSKeyStoreNoStorePass(
in string keystore,
in string storetype,
in string keyalias,
in string keypass,
in CORBA::StringSeq trusted_cert_names
);
/**
* This operation is used when there is a password on
* the keystore.
*
* @param keystore This argument contains the octet
* sequence containing the keystore.
* @param storetype This argument contains the type of the
* keystore. Currently, one of "IAIKKeyStore"
* or "jks".
* @param storepass This is the password that protects the
* key store.
* @param keyalias This argument contains the alias of a private
* key in the keystore. If this argument is
* an empty string, then the credentials will
* be considered anonymous.
* @param keypass This argument contains the password that
* unlocks the private key named by the keyalias.
* @param trusted_cert_names
* This argument contains the alias of certificates
* in the key store that are considered trusted
* to verify certificates of the peer during
* authentication. A empty string sequence signifies
* that the default chain verifier will accept
* chains ending in any trusted certificate
* entry found in the keystore.
* <p>
* Note: On the default TLSX509IdentityVerifier, anonymous
* communication is always allowed.
*/
void addTLSEncodedKeyStoreWithStorePass(
in CORBA::OctetSeq keystore,
in string storetype,
in string storepass,
in string keyalias,
in string keypass,
in CORBA::StringSeq trusted_cert_names
);
/**
* This operation is used when there is no password on
* the keystore. This approach should only be used in
* cases where the integrity of the keystore is not an issue.
*
* @param keystore This argument contains the octet
* sequence containing the keystore.
* @param storetype This argument contains the type of the
* keystore. Currently, one of "IAIKKeyStore"
* or "jks".
* @param keyalias This argument contains the alias of a private
* key in the keystore. If this argument is
* an empty string, then the credentials will
* be considered anonymous.
* @param keypass This argument contains the password that
* unlocks the private key named by the keyalias.
* @param trusted_cert_names
* This argument contains the alias of certificates
* in the key store that are considered trusted
* to verify certificates of the peer during
* authentication. A empty string sequence signifies
* that the default chain verifier will accept
* chains ending in any trusted certificate
* entry found in the keystore.
* <p>
* Note: On the default TLSX509IdentityVerifier, anonymous
* communication is always allowed.
*/
void addTLSEncodedKeyStoreNoStorePass(
in CORBA::OctetSeq keystore,
in string storetype,
in string keyalias,
in string keypass,
in CORBA::StringSeq trusted_cert_names
);
};
/**
* This acquisition mechanism specifies getting TLS credential
* information from a Java KeyStore file. The Argument Factory
* and Builder inherit the TCPIP.
* The arguments used in TCPIP apply
* in setting up TCPIP sockets, because TCPIP lies
* below SSL/TLS.
* <p>
* If the TCPIPInitiatorOptions and/or TCPIPAcceptorOptions
* arguments are present, then they are followed, otherwise
* defaults for TCPIP are used.
* <p>
* The Arguments should have one of
* TLSKeyStoreWithStorePass or TLSKeyStoreNoStorePass. If
* neither of them is specified, the resulting Credentials will
* run in TLS anonymously.
*
*/
const TransportSecurity::AcquisitionMethod
AQM_TLSKeyStoreArgs = "TLSKeyStoreArgs";
/**
* This object allows to create the Builder for use with TLS
* and a Java KeyStore.
*/
local interface ArgumentFactory : SL3TCPIP::ArgumentFactory {
/**
* This operation creates a TLS KeyStore Arg Builder
* object.
*/
TLSKeyStoreArgBuilder createTLSKeyStoreArgBuilder(
in TransportSecurity::CredentialsUsage usage
);
/**
* This operation creates a Tagged Argument containing
* a reference to a X509 Certificate Chain Verifier
*/
SL3AQArgs::Argument createTLSX509IdentityVerifier(
in TLSX509IdentityVerifier verifier
);
/**
* This operation creates a Tagged Argument containing
* the following information for acquiring credentials
* from a Java KeyStore that is protected with a password.
* <p>
* For a description of the arguments, please see the
* corresponding operation in the TLSKeyStoreArgBuilder.
*
* @see TLSKeyStoreArgBuilder
*/
SL3AQArgs::Argument createTLSKeyStoreWithStorePass(
in string keystore,
in string storetype,
in string storepass,
in string keyalias,
in string keypass,
in CORBA::StringSeq trusted_cert_names
);
/**
* This operation creates a Tagged Argument containing
* the following information for acquiring credentials
* from a Java KeyStore that may be protected with a password.
* <p>
* For a description of the arguments, please see the
* corresponding operation in the TLSKeyStoreArgBuilder.
*
* @see TLSKeyStoreArgBuilder
*/
SL3AQArgs::Argument createTLSKeyStoreNoStorePass(
in string keystore,
in string storetype,
in string keyalias,
in string keypass,
in CORBA::StringSeq trusted_cert_names
);
/**
* This operation creates a Tagged Argument containing
* the following information for acquiring credentials
* from a Java KeyStore that is protected with a password.
* <p>
* For a description of the arguments, please see the
* corresponding operation in the TLSKeyStoreArgBuilder.
*
* @see TLSKeyStoreArgBuilder
*/
SL3AQArgs::Argument createTLSEncodedKeyStoreWithStorePass(
in CORBA::OctetSeq keystore,
in string storetype,
in string storepass,
in string keyalias,
in string keypass,
in CORBA::StringSeq trusted_cert_names
);
/**
* This operation creates a Tagged Argument containing
* the following information for acquiring credentials
* from a Java KeyStore that may be protected with a password.
* <p>
* For a description of the arguments, please see the
* corresponding operation in the TLSKeyStoreArgBuilder.
*
* @see TLSKeyStoreArgBuilder
*/
SL3AQArgs::Argument createTLSEncodedKeyStoreNoStorePass(
in CORBA::OctetSeq keystore,
in string storetype,
in string keyalias,
in string keypass,
in CORBA::StringSeq trusted_cert_names
);
};
};
#endif
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