Session.CLIENT1/EXECUTOR.UseBlockingSockets = true
Session.CLIENT1/EXECUTOR.DisableTCPBuffer = true
Session.CLIENT1/EXECUTOR.StorageType = persistentMM
Session.CLIENT1/EXECUTOR.Validation.IsEnabled = false

/* FixAntenna initialization here */
//....
Engine::Application MyAppAcceptor;
Engine::Application MyAppIntiator;
//....
std::vector<Session*> sessionsVector;
FAProperties::ConfiguredSessionsMap sessions = FixEngine::singleton()->getProperties()->getConfiguredSessions();
for(FAProperties::ConfiguredSessionsMap::const_iterator it = sessions.begin(); it != sessions.end(): ++it)
{
    Session *pSsn;
    if(it->second.sessionRole_ == Engine::INITIATOR_SESSION_ROLE)
        pSsn = FixEngine::singleton()->createSession( &MyAppIntiator, it->first, NA, &it->second );
    else
        pSsn = FixEngine::singleton()->createSession( &MyAppAcceptor, it->first, NA, &it->second );
    pSsn->connect();
    sessionsVector.push_back(pSsn);
}
//....
for(std::vector<Session*>.const_iterator it = sessionsVector.begin(); it != sessionsVector.end(); ++it)
{
    it->release();
}
/* FixAntenna de-initialization here */

/* FixAntenna initialization here */
// ....
List<Session> activeSessions;
Dictionary<SessionId, SessionExtraParameters> sessions = FixEngine.Instance.getConfiguredSessions(SessionRole.NA);
foreach (KeyValuePair<SessionId, SessionExtraParameters> session in sessions)
{
    Session ses = FixEngine.Instance.CreateSession(session.Key, FixVersion.NA, session.Value);
    ses.Connect();
	activeSessions.add(ses);
}
//....
foreach (Session session in activeSessions)
{
	sessions.Dispose();
}

/* FixAntenna de-initialization here */

######### CLIENT1/SRV1 session #########
Session.CLIENT1/SRV1.ParserVersion = FIX44
Session.CLIENT1/SRV1.Role = Initiator
Session.CLIENT1/SRV1.Host = 127.0.0.1
Session.CLIENT1/SRV1.Port = 9090
Session.CLIENT1/SRV1.HBI = 30
#Other required session properties if any


######### ESVR/CTG session #########
Session.ESVR/CTG.ParserVersion = FIX44
Session.ESVR/CTG.Role = Acceptor
#Other required session properties if any

######### CLIENT1/SRV1 session #########
Session.CLIENT1/SRV1.ParserVersion = FIX44
Session.CLIENT1/SRV1.Role = Initiator
Session.CLIENT1/SRV1.Host = 127.0.0.1
Session.CLIENT1/SRV1.Port = 9090
Session.CLIENT1/SRV1.HBI = 30
Session.CLIENT1/SRV1.CustomLogonMessageFileName = Logon.msg

######### Engine wide properties #########
# Used for all acceptor sessions and as default values for Initiator sessions. if ListenSSLPort is specified and optional otherwise.
# Mandatory. Set protocols accepted by the engine.
SSLProtocols = TLSv1_2
# Optional. Engine default values used if omitted.
SSLCiphersList = AES+aRSA:AES+aECDH:AES+aECDSA:@STRENGTH
# mandatory. Certificate file to use.
SSLCertificate = mycert.pem
# Optional. Applicable if only certificates is password protected.
SSLCertificatePassword = mycertPassword
# Optionality is correlated with SSLCertificate.
# It means if no SSLCertificate  specified then this property becomes seamless. It becomes optional if private key is already contained inside SSLCertificate file.
# This is possible for PEM and PFX formats but not for DER!
SSLPrivateKey = mycertKey.pem
# Optional if private key is not password protected. Please pay attention to the fact the this password is used for private key stored within certificate file as well.
# So it has meaning even if SSLPrivateKey is empty in this case.
SSLPrivateKeyPassword = mycertKeyPassword
# Optional if no peer certificate validation is required. This is a path to the file containing CA certificates (all in one file on after another, PEM format only!).
# This certificates are used to build accepted certificates list sent to peer as well.
SSLCACertificate = CACerts.pem
# Optional. false by default. Setting this property to true requires SSL engine to validate counter-party's certificate against CAs provided. 
# If validation has failed or no certificate was provided by counter-party connection is terminated immediately.
# Set this to true in order to accept only connection verified with certificate.
SSLValidatePeerCertificate = true

######### CLIENT1/SRV1 Initiator session #########
# Enable SSL support for the session
Session.CLIENT1/SRV1.SSL = true
# Optional. Overrides engine wide SSLProtocols property for the session
Session.CLIENT1/SRV1.SSLProtocols = TLSv1_2
# Optional. Overrides engine wide SSLCiphersList property for the session
Session.CLIENT1/SRV1.SSLCiphersList = AES+aRSA:AES+aECDH:AES+aECDSA:@STRENGTH
# Optional for initiators. Certificate file to use if certificate based authentication is requested by peer.
Session.CLIENT1/SRV1.SSLCertificate = mycert.pem
# Optional. Applicable if only certificates is password protected.
Session.CLIENT1/SRV1.SSLCertificatePassword = mycertPassword
# Optionality is correlated with SSLCertificate.
# It means if no SSLCertificate  specified then this property becomes seamless. It becomes optional if private key is already contained inside SSLCertificate file.
# This is possible for PEM and PFX formats but not for DER!
Session.CLIENT1/SRV1.SSLPrivateKey = mycertKey.pem
# Optional if private key is not password protected. Please pay attention to the fact the this password is used for private key stored within certificate file as well.
# So it has meaning even if SSLPrivateKey is empty in this case.
Session.CLIENT1/SRV1.SSLPrivateKeyPassword = mycertKeyPassword
# Optional if no peer certificate validation is required. This is a path to the file containing CA certificates (all in one file on after another, PEM format only!).
Session.CLIENT1/SRV1.SSLCACertificate = CACerts.pem
# Optional. false by default. Setting this property to true requires SSL engine to validate counter-party's certificate against CAs provided. If validation has failed connection is terminated immediately.
# Set this to true in order to validate acceptors certificate.
Session.CLIENT1/SRV1.ValidatePeerCertificate = true


######### ESVR/CTG Acceptor session #########
# Restricts the session to accept connections from SSL listener only.
Session.ESVR/CTG.SSL = true
# All remaining properties are engine wide for the acceptors and can't be specified on per-session basis.
# So they are configured with engine wide properties.