// --- BEGIN COPYRIGHT BLOCK ---
// This library is free software; you can redistribute it and/or
// modify it under the terms of the GNU Lesser General Public
// License as published by the Free Software Foundation;
// version 2.1 of the License.
// 
// This library is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
// Lesser General Public License for more details.
// 
// You should have received a copy of the GNU Lesser General Public
// License along with this library; if not, write to the Free Software
// Foundation, Inc., 51 Franklin Street, Fifth Floor,
// Boston, MA  02110-1301  USA 
// 
// Copyright (C) 2007 Red Hat, Inc.
// All rights reserved.
// --- END COPYRIGHT BLOCK ---

#ifdef __cplusplus
extern "C"
{
#endif
#include <stdio.h>
//#include <wchar.h>
#include <stdarg.h>
#include <stdlib.h>
#include <string.h>
#include <unistd.h>

#include "httpd/httpd.h"
#include "prmem.h"
#include "prsystem.h"
#include "plstr.h"
#include "prio.h"
#include "prprf.h"
#include "plhash.h"
#include "pk11func.h"
#include "cert.h"
#include "certt.h"
#include "secerr.h"
#include "tus/tus_db.h"
#include "secder.h"
#include "nss.h"
#include "nssb64.h"

#ifdef __cplusplus
}
#endif

#include "main/Memory.h"
#include "main/ConfigStore.h"
#include "main/RA_Context.h"
#include "channel/Secure_Channel.h"
#include "engine/RA.h"
#include "main/Util.h"
#include "cms/HttpConnection.h"
#include "main/RA_pblock.h"
#include "main/LogFile.h"
#include "main/RollingLogFile.h"
#include "selftests/SelfTest.h"

typedef struct
{
    enum
    {
        PW_NONE = 0,
        PW_FROMFILE = 1,
        PW_PLAINTEXT = 2,
        PW_EXTERNAL = 3
    } source;
    char *data;
} secuPWData;


static ConfigStore *m_cfg = NULL;
static LogFile* m_debug_log = (LogFile *)NULL; 
static LogFile* m_error_log = (LogFile *)NULL; 
static LogFile* m_audit_log = (LogFile *)NULL; 
static LogFile* m_selftest_log = (LogFile *)NULL;

static int tokendbInitialized = 0;
static int tpsConfigured = 0;

RA_Context *RA::m_ctx = NULL;
bool RA::m_pod_enable=false;
int RA::m_pod_curr = 0;
PRLock *RA::m_pod_lock = NULL;
int RA::m_auth_curr;
PRLock *RA::m_verify_lock = NULL;
PRLock *RA::m_auth_lock = NULL;
PRLock *RA::m_debug_log_lock = NULL;
PRLock *RA::m_error_log_lock = NULL;
PRLock *RA::m_selftest_log_lock = NULL;
PRLock *RA::m_config_lock = NULL;
PRMonitor *RA::m_audit_log_monitor = NULL;
bool RA::m_audit_enabled = false;
bool RA::m_audit_signed = false;
SECKEYPrivateKey *RA::m_audit_signing_key = NULL;
NSSUTF8 *RA::m_last_audit_signature = NULL;
SECOidTag RA::m_audit_signAlgTag;
SecurityLevel RA::m_global_security_level;
char *RA::m_signedAuditSelectedEvents = NULL;
char *RA::m_signedAuditSelectableEvents = NULL;
char *RA::m_signedAuditNonSelectableEvents = NULL;

char *RA::m_audit_log_buffer = NULL;
PRThread *RA::m_flush_thread = (PRThread *) NULL;
size_t RA::m_bytes_unflushed =0;
size_t RA::m_buffer_size = 512;
int RA::m_flush_interval = 5;

int RA::m_audit_log_level = (int) LL_PER_SERVER;
int RA::m_debug_log_level = (int) LL_PER_SERVER;
int RA::m_error_log_level = (int) LL_PER_SERVER;
int RA::m_selftest_log_level = (int) LL_PER_SERVER;
int RA::m_caConns_len = 0;
int RA::m_tksConns_len = 0;
int RA::m_drmConns_len = 0;
int RA::m_auth_len = 0;

#define MAX_BODY_LEN 4096

#define MAX_CA_CONNECTIONS 20
#define MAX_TKS_CONNECTIONS 20
#define MAX_DRM_CONNECTIONS 20
#define MAX_AUTH_LIST_MEMBERS 20
HttpConnection* RA::m_caConnection[MAX_CA_CONNECTIONS];
HttpConnection* RA::m_tksConnection[MAX_TKS_CONNECTIONS];
AuthenticationEntry* RA::m_auth_list[MAX_AUTH_LIST_MEMBERS];
HttpConnection* RA::m_drmConnection[MAX_DRM_CONNECTIONS];
int RA::m_num_publishers = 0;
PublisherEntry *RA::publisher_list = NULL;

/* TKS response parameters */
const char *RA::TKS_RESPONSE_STATUS = "status";
const char *RA::TKS_RESPONSE_SessionKey = "sessionKey";
const char *RA::TKS_RESPONSE_EncSessionKey = "encSessionKey";
const char *RA::TKS_RESPONSE_KEK_DesKey = "kek_wrapped_desKey";
const char *RA::TKS_RESPONSE_DRM_Trans_DesKey = "drm_trans_wrapped_desKey";
const char *RA::TKS_RESPONSE_HostCryptogram = "hostCryptogram";

const char *RA::CFG_DEBUG_ENABLE = "logging.debug.enable"; 
const char *RA::CFG_DEBUG_FILENAME = "logging.debug.filename"; 
const char *RA::CFG_DEBUG_LEVEL = "logging.debug.level";
const char *RA::CFG_AUDIT_ENABLE = "logging.audit.enable"; 
const char *RA::CFG_AUDIT_FILENAME = "logging.audit.filename"; 
const char *RA::CFG_SIGNED_AUDIT_FILENAME = "logging.audit.signedAuditFilename"; 
const char *RA::CFG_AUDIT_LEVEL = "logging.audit.level";
const char *RA::CFG_AUDIT_SIGNED = "logging.audit.logSigning";
const char *RA::CFG_AUDIT_SIGNING_CERT_NICK = "logging.audit.signedAuditCertNickname";
const char *RA::CFG_ERROR_ENABLE = "logging.error.enable"; 
const char *RA::CFG_ERROR_FILENAME = "logging.error.filename"; 
const char *RA::CFG_ERROR_LEVEL = "logging.error.level";
const char *RA::CFG_SELFTEST_ENABLE = "selftests.container.logger.enable";
const char *RA::CFG_SELFTEST_FILENAME = "selftests.container.logger.fileName";
const char *RA::CFG_SELFTEST_LEVEL = "selftests.container.logger.level";
const char *RA::CFG_CHANNEL_SEC_LEVEL = "channel.securityLevel"; 
const char *RA::CFG_CHANNEL_ENCRYPTION = "channel.encryption";
const char *RA::CFG_APPLET_CARDMGR_INSTANCE_AID = "applet.aid.cardmgr_instance"; 
const char *RA::CFG_APPLET_NETKEY_INSTANCE_AID = "applet.aid.netkey_instance"; 
const char *RA::CFG_APPLET_NETKEY_FILE_AID = "applet.aid.netkey_file"; 
const char *RA::CFG_APPLET_NETKEY_OLD_INSTANCE_AID = "applet.aid.netkey_old_instance"; 
const char *RA::CFG_APPLET_NETKEY_OLD_FILE_AID = "applet.aid.netkey_old_file"; 
const char *RA::CFG_APPLET_SO_PIN = "applet.so_pin"; 
const char *RA::CFG_APPLET_DELETE_NETKEY_OLD = "applet.delete_old"; 
const char *RA::CFG_AUDIT_SELECTED_EVENTS="logging.audit.selected.events";
const char *RA::CFG_AUDIT_NONSELECTABLE_EVENTS="logging.audit.nonselectable.events";
const char *RA::CFG_AUDIT_SELECTABLE_EVENTS="logging.audit.selectable.events";
const char *RA::CFG_AUDIT_BUFFER_SIZE = "logging.audit.buffer.size";
const char *RA::CFG_AUDIT_FLUSH_INTERVAL = "logging.audit.flush.interval";
const char *RA::CFG_AUDIT_FILE_TYPE = "logging.audit.file.type";
const char *RA::CFG_DEBUG_FILE_TYPE = "logging.debug.file.type";
const char *RA::CFG_ERROR_FILE_TYPE = "logging.error.file.type";
const char *RA::CFG_SELFTEST_FILE_TYPE = "selftests.container.logger.file.type";
const char *RA::CFG_AUDIT_PREFIX = "logging.audit";
const char *RA::CFG_ERROR_PREFIX = "logging.error";
const char *RA::CFG_DEBUG_PREFIX = "logging.debug";
const char *RA::CFG_SELFTEST_PREFIX = "selftests.container.logger";
const char *RA::CFG_TOKENDB_ALLOWED_TRANSITIONS = "tokendb.allowedTransitions";
const char *RA::CFG_OPERATIONS_ALLOWED_TRANSITIONS = "tps.operations.allowedTransitions";

const char *RA::CFG_AUTHS_ENABLE="auth.enable";

/* default values */
const char *RA::CFG_DEF_CARDMGR_INSTANCE_AID = "A0000000030000"; 
const char *RA::CFG_DEF_NETKEY_INSTANCE_AID = "627601FF000000"; 
const char *RA::CFG_DEF_NETKEY_FILE_AID = "627601FF0000"; 
const char *RA::CFG_DEF_NETKEY_OLD_INSTANCE_AID = "A00000000101"; 
const char *RA::CFG_DEF_NETKEY_OLD_FILE_AID = "A000000001"; 
const char *RA::CFG_DEF_APPLET_SO_PIN = "000000000000"; 

typedef IPublisher* (*makepublisher)();
typedef Authentication* (*makeauthentication)();

extern void BuildHostPortLists(char *host, char *port, char **hostList, 
  char **portList, int len);

static char *transitionList                  = NULL;

#define MAX_TOKEN_UI_STATE  6

enum token_ui_states  {
    TOKEN_UNINITIALIZED = 0,
    TOKEN_DAMAGED =1,
    TOKEN_PERM_LOST=2,
    TOKEN_TEMP_LOST=3,
    TOKEN_FOUND =4,
    TOKEN_TEMP_LOST_PERM_LOST =5,
    TOKEN_TERMINATED = 6
};

#ifdef XP_WIN32
#define TPS_PUBLIC __declspec(dllexport)
#else /* !XP_WIN32 */
#define TPS_PUBLIC
#endif /* !XP_WIN32 */

/**
 * Constructs a Registration Authority object.
 */
RA::RA ()
{ 
}

/**
 * Destructs a Registration Authority object.
 */
RA::~RA ()
{
    do_free(m_signedAuditSelectedEvents);
    do_free(m_signedAuditSelectableEvents);
    do_free(m_signedAuditNonSelectableEvents);

    if (m_cfg != NULL) {
        delete m_cfg;
        m_cfg = NULL;
    }
}

TPS_PUBLIC ConfigStore *RA::GetConfigStore()
{
	return m_cfg;
}

PRLock *RA::GetVerifyLock()
{
  return m_verify_lock;
}

PRLock *RA::GetConfigLock()
{
  return m_config_lock;
}

void RA::do_free(char *p)
{
    if (p != NULL) {
        PR_Free(p);
        p = NULL;
    }
}

int RA::InitializeSignedAudit()
{
    // cfu
    RA::Debug("RA:: InitializeSignedAudit", "begins pid: %d",getpid());
    tpsConfigured = m_cfg->GetConfigAsBool("tps.configured", false);
    // During installation config, don't do this
    if (IsTpsConfigured() && (m_audit_signed == true) && (m_audit_signing_key == NULL)) {
        RA::Debug("RA:: InitializeSignedAudit", "signed audit is on... initializing signing key...");
        // get audit signing cert
        const char *audit_signing_cert_nick = m_cfg->GetConfigAsString(CFG_AUDIT_SIGNING_CERT_NICK, "auditSigningCert cert-pki-tps");
        char certNick[256];
        PR_snprintf((char *)certNick, 256, audit_signing_cert_nick);
        RA::Debug("RA:: InitializeSignedAudit", "got audit signing cert nickname: %s", certNick);

        CERTCertDBHandle *cert_handle = 0;
        cert_handle = CERT_GetDefaultCertDB();
        if (cert_handle == 0) {
            RA::Debug("RA:: InitializeSignedAudit", "did not get cert_handle");
            goto loser;
        } else {
            RA::Debug("RA:: InitializeSignedAudit", "got cert_handle");
        }
        CERTCertificate *cert = NULL; 
        cert = CERT_FindCertByNickname( cert_handle, (char *) certNick );
        if (cert != NULL) { // already configed
            RA::Debug("RA:: InitializeSignedAudit", "got audit signing cert");
            // get private key from cert
            m_audit_signing_key =
            PK11_FindKeyByAnyCert(cert, /*wincx*/ NULL);
            if (m_audit_signing_key == NULL) {
                RA::Debug("RA:: InitializeSignedAudit", "audit signing key not initialized...");
                goto loser;
            } else {
                RA::Debug("RA:: InitializeSignedAudit", "got audit signing key");
            }
            switch(m_audit_signing_key->keyType) {
                case rsaKey:
                  m_audit_signAlgTag = SEC_OID_PKCS1_SHA256_WITH_RSA_ENCRYPTION;
                  break;
                case dsaKey:
                  m_audit_signAlgTag = SEC_OID_ANSIX9_DSA_SIGNATURE_WITH_SHA1_DIGEST;
                  break;
                default:
                  RA::Debug("RA:: InitializeSignedAudit", "unknown key type for audit signing cert");
                  goto loser;
                  break;
            } //switch
            RA::Debug("RA:: InitializeSignedAudit", "audit signing initialized");
//            m_cfg->Add("tps.signedAudit.initialized", "true");
        } else {
            RA::Debug("RA:: InitializeSignedAudit", "no audit signing cert found... still configuring...");
        }

        RA::getLastSignature();
        if (cert != NULL) {
            CERT_DestroyCertificate(cert);
            cert = NULL;
        }
    } // if (m_audit_signed == true)

    // Initialize audit flush thread
    if (IsTpsConfigured() && (m_flush_thread == NULL)) {
        m_flush_thread = PR_CreateThread( PR_USER_THREAD, RunFlushThread, (void *) NULL,
                                 PR_PRIORITY_NORMAL,      /* Priority */
                                 PR_GLOBAL_THREAD,   /* Scope */
                                 PR_JOINABLE_THREAD, /* State */
                                 0   /* Stack Size */);
    }

    return 0;
loser:
    RA::Debug("RA:: InitializeSignedAudit", "audit function startup failed");
    return -1;
//do something
}

void RA::RunFlushThread(void *arg) {
    RA::Debug("RA::FlushThread", "Starting audit flush thread");
    while (m_flush_interval >0) {
        PR_Sleep(PR_SecondsToInterval(m_flush_interval));
        if (m_flush_interval ==0)
            break;
        if (m_bytes_unflushed > 0)
            FlushAuditLogBuffer();
    }
}

/*
 * read off the last sig record of the audit file for computing MAC
 */
void RA::getLastSignature() {
    char line[1024];
    char *sig = NULL;

    RA::Debug("RA:: getLastSignature", "starts");
    if ((m_audit_log != NULL) && (m_audit_log_monitor != NULL)) {
        PR_EnterMonitor(m_audit_log_monitor);
        int removed_return;
        while (1) {
          int n = m_audit_log->ReadLine(line, 1024, &removed_return);
          if (n > 0) {
            sig = strstr(line, "AUDIT_LOG_SIGNING");
            if (sig != NULL) {
                // sig entry found
                m_last_audit_signature = PL_strdup(line);
            }
          } else if (n == 0 && removed_return == 1) {
            continue; /* skip empty line */
          } else {
            break;
          }
        } 
        RA::Debug("RA:: getLastSignature", "ends");
        PR_ExitMonitor(m_audit_log_monitor);
    }

    if (m_last_audit_signature != NULL) {
        RA::Debug("RA:: getLastSignature", "got last sig from file: %s",
            m_last_audit_signature);
    }
}

TPS_PUBLIC LogFile* RA::GetLogFile(const char *log_type)
{
    if (strcmp(log_type, "RollingLogFile") == 0) {
        return new RollingLogFile();
    } else {
        return new LogFile();  // default
    }
}

/**
 * Initializes RA with the given configuration file.
 */
TPS_PUBLIC int RA::Initialize(char *cfg_path, RA_Context *ctx)
{
	int rc = -1;
        int i = 0;
        int status = 0;

    //  Authentication *auth;
	//	int secLevel = 0; // for getting config param
	bool global_enc = false;
	SecurityLevel security_level = SECURE_MSG_MAC_ENC;

	m_verify_lock = PR_NewLock();
	m_debug_log_lock = PR_NewLock();
	m_error_log_lock = PR_NewLock();
	m_selftest_log_lock = PR_NewLock();
	m_config_lock = PR_NewLock();
	m_cfg = ConfigStore::CreateFromConfigFile(cfg_path);
    if( m_cfg == NULL ) {
        rc = -2;
        goto loser;
    }

        m_ctx = ctx;

	if (m_cfg->GetConfigAsBool(CFG_DEBUG_ENABLE, 0)) {
                m_debug_log = GetLogFile(m_cfg->GetConfigAsString(CFG_DEBUG_FILE_TYPE, "LogFile"));
                status = m_debug_log->startup(ctx, CFG_DEBUG_PREFIX, 
                             m_cfg->GetConfigAsString(CFG_DEBUG_FILENAME, "/tmp/debug.log"),
                             false);
                if (status != PR_SUCCESS) 
                    goto loser;

                status = m_debug_log->open();
                if (status != PR_SUCCESS) 
                    goto loser;
	}

        m_error_log_level = m_cfg->GetConfigAsInt(CFG_ERROR_LEVEL, (int) LL_PER_SERVER);
        m_debug_log_level = m_cfg->GetConfigAsInt(CFG_DEBUG_LEVEL, (int) LL_PER_SERVER);
        m_selftest_log_level = m_cfg->GetConfigAsInt(CFG_SELFTEST_LEVEL, (int) LL_PER_SERVER);

	if (m_cfg->GetConfigAsBool(CFG_ERROR_ENABLE, 0)) {
                m_error_log = GetLogFile(m_cfg->GetConfigAsString(CFG_ERROR_FILE_TYPE, "LogFile"));
                status = m_error_log->startup(ctx, CFG_ERROR_PREFIX,
                             m_cfg->GetConfigAsString(CFG_ERROR_FILENAME, "/tmp/error.log"),
                             false);
                if (status != PR_SUCCESS)
                    goto loser;

                status = m_error_log->open();
                if (status != PR_SUCCESS)
                    goto loser;

	}

	if (m_cfg->GetConfigAsBool(CFG_SELFTEST_ENABLE, 0)) {
                m_selftest_log = GetLogFile(m_cfg->GetConfigAsString(CFG_SELFTEST_FILE_TYPE, "LogFile"));
                status = m_selftest_log->startup(ctx, CFG_SELFTEST_PREFIX,
                             m_cfg->GetConfigAsString(CFG_SELFTEST_FILENAME, "/tmp/selftest.log"),
                             false);
                if (status != PR_SUCCESS)
                    goto loser;

                status = m_selftest_log->open();
                if (status != PR_SUCCESS)
                    goto loser;

	}


	RA::Debug("RA:: Initialize", "CS TPS starting...");

    rc = InitializeTokendb(cfg_path);
    if( rc != LDAP_SUCCESS ) {
      RA::Debug("RA:: Initialize", "Token DB initialization failed, server continues");
        ctx->LogError( "RA::Initialize",
                       __LINE__,
                       "The TPS plugin could NOT load the "
                       "Tokendb library!  See specific details in the "
                       "TPS plugin log files." );
        // Since the server hasn't started yet, there is
        // no need to perform a call to RA::Shutdown()!
        //goto loser;
    } else
      RA::Debug("RA:: Initialize", "Token DB initialization succeeded");

    //testTokendb();

    m_pod_enable = m_cfg->GetConfigAsBool("failover.pod.enable", false);
    m_pod_curr = 0;
    m_auth_curr = 0;
    m_pod_lock = PR_NewLock();
    m_auth_lock = PR_NewLock();


    // make encryption not default for operations globally
    // individual security levels can override
    //    secLevel = RA::GetConfigAsInt(RA::CFG_CHANNEL_SEC_LEVEL,
    //				  SECURE_MSG_MAC);

    global_enc = m_cfg->GetConfigAsBool(RA::CFG_CHANNEL_ENCRYPTION, true);
    if (global_enc == true)
	  security_level = SECURE_MSG_MAC_ENC;
	else
	  security_level = SECURE_MSG_MAC;

    RA::SetGlobalSecurityLevel(security_level);

    // Initialize the CA connection pool to be empty
    for (i=0; i<MAX_CA_CONNECTIONS; i++) {
        m_caConnection[i] = NULL;
    }

    // Initialize the TKS connection pool to be empty
    for (i=0; i<MAX_TKS_CONNECTIONS; i++) {
        m_tksConnection[i] = NULL;
    }

    // Initialize the DRM connection pool to be empty
    for (i=0; i<MAX_DRM_CONNECTIONS; i++) {
        m_drmConnection[i] = NULL;
    }

    // Initialize the authentication list to be empty
    for (i=0; i<MAX_AUTH_LIST_MEMBERS; i++) {
        m_auth_list[i] = NULL;
    }

    // even rc != 0, we still go ahead starting up the server.
    rc = InitializeAuthentication();

    //Initialize Publisher Library
    InitializePublishers();

    rc = 1;
loser:
	
    // Log the status of this TPS plugin into the web server's log:
    if( rc != 1 ) {
        ctx->LogError( "RA::Initialize",
                       __LINE__,
                       "The TPS plugin could NOT be "
                       "loaded (rc = %d)!  See specific details in the "
                       "TPS plugin log files.", rc );
    } else {
        ctx->LogInfo( "RA::Initialize",
                      __LINE__,
                      "The TPS plugin was "
                      "successfully loaded!" );
    }
    return rc;
}

int RA::InitializeInChild(RA_Context *ctx, int nSignedAuditInitCount) {

    int rc = -1;
    SECStatus rv;
    int status = 0;
    char configname[256];

    RA::Debug( LL_PER_SERVER, "RA::InitializeInChild", "begins: %d pid: %d ppid: %d",
                nSignedAuditInitCount,getpid(),getppid());
    if (!NSS_IsInitialized()) {

        RA::Debug( LL_PER_SERVER, "RA::InitializeInChild", "Initializing NSS");

        PR_snprintf((char *)configname, 256, "%s/alias", 
            m_cfg->GetConfigAsString("service.instanceDir", NULL));
        rv = NSS_Initialize (configname, "", "", SECMOD_DB, NSS_INIT_READONLY);
        if (rv != SECSuccess) {
            RA::Error( LL_PER_SERVER, "RA::InitializeInChild",
                "NSS not initialized successfully");
            ctx->InitializationError( "RA::InitializeHttpConnections",
                                       __LINE__ );
            goto loser;
        }
    } else {
        RA::Debug( LL_PER_SERVER, "RA::InitializeInChild", "NSS already initialized");
    }
    //initialize CA Connections
    status = InitializeHttpConnections("ca", &m_caConns_len,
         m_caConnection, ctx);
    if (status != 0) {
        RA::Debug( LL_PER_SERVER, "RA::InitializeInChild", 
            "Failed to initialize CA Connection, rc=%i", 
            (int)status);
        goto loser;
    } 
    // initialize TKS connections
    status = InitializeHttpConnections("tks", &m_tksConns_len,
        m_tksConnection, ctx);
    if (status != 0) {
        RA::Debug( LL_PER_SERVER, "RA::InitializeInChild", 
            "Failed to initialize TKS Connection, rc=%i", 
            (int)status);
        goto loser;
    } 
    // initialize DRM connections
    status = InitializeHttpConnections("drm", &m_drmConns_len,
        m_drmConnection, ctx);
    if (status != 0) {
        RA::Debug( LL_PER_SERVER, "RA::InitializeInChild", 
            "Failed to initialize DRM Connection, rc=%i", 
            (int)status);
        goto loser;
    } 

    // open audit log
    m_audit_log_monitor = PR_NewMonitor();
    m_audit_log_level = m_cfg->GetConfigAsInt(CFG_AUDIT_LEVEL, (int) LL_PER_SERVER);

    // get events for audit signing
    m_signedAuditSelectedEvents = PL_strdup(m_cfg->GetConfigAsString(
                                                CFG_AUDIT_SELECTED_EVENTS, ""));
    m_signedAuditSelectableEvents = PL_strdup(m_cfg->GetConfigAsString(
                                                CFG_AUDIT_SELECTABLE_EVENTS, ""));
    m_signedAuditNonSelectableEvents= PL_strdup(m_cfg->GetConfigAsString(
                                                CFG_AUDIT_NONSELECTABLE_EVENTS, ""));
    m_audit_enabled = m_cfg->GetConfigAsBool(CFG_AUDIT_ENABLE, false);
    m_buffer_size = m_cfg->GetConfigAsInt(CFG_AUDIT_BUFFER_SIZE, 512);
    m_flush_interval = m_cfg->GetConfigAsInt(CFG_AUDIT_FLUSH_INTERVAL, 5);

    if (m_audit_enabled  && (nSignedAuditInitCount > 1 )) {
        // is audit logSigning on?
        m_audit_signed = m_cfg->GetConfigAsBool(CFG_AUDIT_SIGNED, false);
        RA::Debug("RA:: InitializeInChild", "Audit signing is %s",
                   m_audit_signed? "true":"false");

        m_audit_log = GetLogFile(m_cfg->GetConfigAsString(CFG_AUDIT_FILE_TYPE, "LogFile"));
        status = m_audit_log->startup(ctx, CFG_AUDIT_PREFIX,
                                      m_cfg->GetConfigAsString((m_audit_signed)? 
                                      CFG_SIGNED_AUDIT_FILENAME:CFG_AUDIT_FILENAME,
                                      "/tmp/audit.log"),
                                      m_audit_signed);
        if (status != PR_SUCCESS) 
            goto loser;

        status = m_audit_log->open();
             
        if (status != PR_SUCCESS)
            goto loser;

        m_audit_log_buffer = (char *) PR_Malloc(m_buffer_size);
        if (m_audit_log_buffer == NULL) {
            RA::Debug("RA:: Initialize", "Unable to allocate memory for audit log buffer ..");
            goto loser;
        }
        PR_snprintf((char *) m_audit_log_buffer, m_buffer_size, "");
        m_bytes_unflushed = 0;
    }

    RA::Debug("RA::InitializeInChild", "nSignedAuditInitCount=%i",
             nSignedAuditInitCount); 
    if (NSS_IsInitialized() && (nSignedAuditInitCount >1)) {
        status = InitializeSignedAudit();
        if (status == 0) {
            RA::Audit(EV_AUDIT_LOG_STARTUP, AUDIT_MSG_FORMAT, "System", "Success",
              "audit function startup");
        }
 
        // As per CC requirements, we want to flush the audit log immediately
        // to ensure that the audit log is not full
        FlushAuditLogBuffer();

        rc = SelfTest::runStartUpSelfTests(); // run general self tests
        if (rc != 0) goto loser;
    }

    if (m_debug_log != NULL) {
        m_debug_log->child_init();
    }
     
    if (m_error_log != NULL) {
        m_error_log->child_init();
    }

    if (m_selftest_log != NULL) {
        m_selftest_log->child_init();
    }

    if (m_audit_log != NULL) {
        m_audit_log->child_init();
    }

    rc =1;
loser: 
    // Log the status of this TPS plugin into the web server's log:
    if( rc != 1 ) {
        ctx->LogError( "RA::InitializeInChild",
                       __LINE__,
                       "The TPS plugin could NOT be "
                       "initialized (rc = %d)!  See specific details in the "
                       "TPS plugin log files.", rc );
    } else {
        ctx->LogInfo( "RA::InitializeInChild",
                      __LINE__,
                      "The TPS plugin was "
                      "successfully initialized!" );
    }

    return rc;
}

int RA::testTokendb() {
    // try to see if we can talk to the database
    int st = 0;
    LDAPMessage  *ldapResult = NULL;
    const char * filter = "(cn=0000000000080000*)";

    if ((st = find_tus_db_entries(filter, 0, &ldapResult)) != LDAP_SUCCESS) {
        RA::Debug("RA::testing", "response from token DB failed");
    } else {
        RA::Debug("RA::testing", "response from token DB succeeded");
    }
    if (ldapResult != NULL) {
        ldap_msgfree(ldapResult);
    }

    return st;
}

/*
 * returns true if item is a value in the comma separated list
 * used by audit logging functions and profile selection functions
 */
TPS_PUBLIC bool RA::match_comma_list(const char* item, char *list)
{
    char *pList = PL_strdup(list);
    char *sresult = NULL;
    char *lasts = NULL;

    sresult = PL_strtok_r(pList, ",", &lasts);
    while (sresult != NULL) {
        if (PL_strcmp(sresult, item) == 0) {
            if (pList != NULL) {
                PR_Free(pList);
                pList = NULL;
            }
            return true;
        }
        sresult = PL_strtok_r(NULL, ",", &lasts);
    }
    if (pList != NULL) {
        PR_Free(pList);
        pList = NULL;
    }
    return false;
}

/*
 * return comma separated list with all instances of item removed
 * must be freed by caller
 */
TPS_PUBLIC char* RA::remove_from_comma_list(const char*item, char *list)
{
    int len = PL_strlen(list);
    char *pList=PL_strdup(list);
    char *ret = (char *) PR_Malloc(len);
    char  *sresult = NULL;
    char *lasts = NULL;
    

    PR_snprintf(ret, len, "");
    sresult = PL_strtok_r(pList, ",", &lasts);
    while (sresult != NULL) {
        if (PL_strcmp(sresult, item) != 0) {
            PR_snprintf(ret, len, "%s%s%s", ret, (PL_strlen(ret)>0)? "," : "", sresult);
        }
        sresult = PL_strtok_r(NULL, ",",&lasts);
    }
    if (pList != NULL) {
        PR_Free(pList);
        pList = NULL;
    }
    return ret;
}


/*
 * returns true if an audit event is valid, false if not
 */
bool RA::IsValidEvent(const char *auditEvent)
{
    return match_comma_list(auditEvent, m_signedAuditNonSelectableEvents) ||
           match_comma_list(auditEvent, m_signedAuditSelectableEvents);
}

/*
 * returns true if an audit event is selected, false if not
 */
bool RA::IsAuditEventSelected(const char* auditEvent)
{
  return match_comma_list(auditEvent, m_signedAuditNonSelectableEvents) || 
         match_comma_list(auditEvent, m_signedAuditSelectedEvents);
}

int RA::IsTokendbInitialized()
{
  return tokendbInitialized;
}

int RA::IsTpsConfigured()
{
  return tpsConfigured;
}

TPS_PUBLIC int RA::Child_Shutdown()
{
    RA::Debug("RA::Child_Shutdown", "starts");
    // clean up connections
    if (m_caConnection != NULL) {
        for (int i=0; i<m_caConns_len; i++) {
            if( m_caConnection[i] != NULL ) {
                delete m_caConnection[i];
                m_caConnection[i] = NULL;
            }
        }
    }

    if (m_tksConnection != NULL) {
        for (int i=0; i<m_tksConns_len; i++) {
            if( m_tksConnection[i] != NULL ) {
                delete m_tksConnection[i];
                m_tksConnection[i] = NULL;
            }
        }
    }
    if (m_drmConnection != NULL) {
        for (int i=0; i<m_drmConns_len; i++) {
            if( m_drmConnection[i] != NULL ) {
                delete m_drmConnection[i];
                m_drmConnection[i] = NULL;
            }
        }
    }

    /* log audit log shutdown */
    PR_EnterMonitor(m_audit_log_monitor);
    if( (m_audit_log != NULL)  && (m_audit_log->isOpen())) {
        if (m_audit_log_buffer != NULL) {
            m_flush_interval = 0;  // terminate flush thread 
            PR_Interrupt(m_flush_thread);
            if (m_flush_thread != NULL) {
                PR_JoinThread(m_flush_thread);
            }
        }
        if ((m_audit_signed) && (m_audit_signing_key != NULL)) {
            RA::Audit(EV_AUDIT_LOG_SHUTDOWN, AUDIT_MSG_FORMAT, "System", "Success",
                "audit function shutdown");
        }
    
        if (m_bytes_unflushed > 0) {
                FlushAuditLogBuffer();
        }
    }

    if (m_audit_log != NULL) {
        m_audit_log->shutdown();
        delete m_audit_log;
        m_audit_log = NULL;
    }

    if (m_audit_log_buffer) {
        PR_Free(m_audit_log_buffer);
        m_audit_log_buffer = NULL;
    }
   
    PR_ExitMonitor(m_audit_log_monitor);

    if( m_audit_log_monitor != NULL ) {
        PR_DestroyMonitor( m_audit_log_monitor );
        m_audit_log_monitor = NULL;
    }

    return 1;
}


/**
 * Shutdown RA.
 */
TPS_PUBLIC int RA::Shutdown()
{
    RA::Debug("RA::Shutdown", "starts");

    tus_db_end();
    tus_db_cleanup();

    if( m_pod_lock != NULL ) {
        PR_DestroyLock( m_pod_lock );
        m_pod_lock = NULL;
    }

    if( m_auth_lock != NULL ) {
        PR_DestroyLock( m_auth_lock );
        m_auth_lock = NULL;
    }

    /* close debug file if opened */
    if ( m_debug_log != NULL ) {
        m_debug_log->shutdown();
        delete m_debug_log;
        m_debug_log = NULL;
    }

    /* close error file if opened */
    if( m_error_log != NULL ) {
        m_error_log->shutdown();
        delete m_error_log;
        m_error_log = NULL;
    }

    /* close self test file if opened */
    if( m_selftest_log != NULL ) {
        m_selftest_log->shutdown();
        delete m_selftest_log;
        m_selftest_log = NULL;
    }

    if( m_verify_lock != NULL ) {
        PR_DestroyLock( m_verify_lock );
        m_verify_lock = NULL;
    }

    if( m_debug_log_lock != NULL ) {
        PR_DestroyLock( m_debug_log_lock );
        m_debug_log_lock = NULL;
    }

    if( m_error_log_lock != NULL ) {
        PR_DestroyLock( m_error_log_lock );
        m_error_log_lock = NULL;
    }

    if( m_selftest_log_lock != NULL ) {
        PR_DestroyLock( m_selftest_log_lock );
        m_selftest_log_lock = NULL;
    }

    if( m_config_lock != NULL ) {
        PR_DestroyLock( m_config_lock );
        m_config_lock = NULL;
    }

    if (m_auth_list != NULL) {
        for (int i=0; i<m_auth_len; i++) {
            if( m_auth_list[i] != NULL ) {
                delete m_auth_list[i];
                m_auth_list[i] = NULL;
            }
        }
    }

    /* destroy configuration hashtable */
    if( m_cfg != NULL ) {
        delete m_cfg;
        m_cfg = NULL;
    }

    CleanupPublishers();

    return 1;
}

HttpConnection *RA::GetTKSConn(const char *id) {
    HttpConnection *tksconn = NULL;
    for (int i=0; i<m_tksConns_len; i++) {
        if (strcmp(m_tksConnection[i]->GetId(), id) == 0) {
            tksconn = m_tksConnection[i];   
            break;
        }
    }
    return tksconn; 
}

HttpConnection *RA::GetDRMConn(const char *id) {
    HttpConnection *drmconn = NULL;
    for (int i=0; i<m_drmConns_len; i++) {
        if (strcmp(m_drmConnection[i]->GetId(), id) == 0) {
            drmconn = m_drmConnection[i];   
            break;
        }
    }
    return drmconn; 
}

void RA::ReturnTKSConn(HttpConnection *conn) {
    // do nothing for now
}

void RA::ReturnDRMConn(HttpConnection *conn) {
    // do nothing for now
}

HttpConnection *RA::GetCAConn(const char *id) {
    HttpConnection *caconn = NULL;
    if (id == NULL)
      return NULL;
    for (int i=0; i<m_caConns_len; i++) {
        if (strcmp(m_caConnection[i]->GetId(), id) == 0) {
            caconn = m_caConnection[i];
            break;
        }
    }
    return caconn;
}

AuthenticationEntry *RA::GetAuth(const char *id) {
    AuthenticationEntry *authEntry = NULL;
    for (int i=0; i<m_auth_len; i++) {
        authEntry = m_auth_list[i];
        if (strcmp(authEntry->GetId(), id) == 0)
            return authEntry;
    }
    return NULL;
}

void RA::ReturnCAConn(HttpConnection *conn) {
    // do nothing for now
}

TPS_PUBLIC PRLock *RA::GetAuthLock() {
    return m_auth_lock;
}

int RA::GetPodIndex() {
    PR_Lock(m_pod_lock);
    int index = m_pod_curr;
    PR_Unlock(m_pod_lock);
    return index;
}

void RA::SetPodIndex(int index) {
    PR_Lock(m_pod_lock);
    m_pod_curr = index;
    PR_Unlock(m_pod_lock);
}

void RA::SetCurrentIndex(HttpConnection *&conn, int index) {
    PRLock *lock = conn->GetLock();
    PR_Lock(lock);
    conn->SetCurrentIndex(index);
    PR_Unlock(lock);
}

int RA::GetCurrentIndex(HttpConnection *conn) {
    PRLock *lock = conn->GetLock();
    PR_Lock(lock);
    int index = conn->GetCurrentIndex();
    PR_Unlock(lock);
    return index;
}

TPS_PUBLIC int RA::GetAuthCurrentIndex() {
    PR_Lock(m_auth_lock);
    int index = m_auth_curr;
    PR_Unlock(m_auth_lock);
    return index;
}

void RA::SetAuthCurrentIndex(int index) {
    PR_Lock(m_auth_lock);
    m_auth_curr = index;
    PR_Unlock(m_auth_lock);
}

TPS_PUBLIC void RA::IncrementAuthCurrentIndex(int len) {
    PR_Lock(m_auth_lock);
    if ((++m_auth_curr) >= len)
        m_auth_curr = 0;
    PR_Unlock(m_auth_lock);
}

void RA::SetGlobalSecurityLevel(SecurityLevel sl) {
    m_global_security_level = sl;
    RA::Debug(" RA::SetGlobalSecurityLevel", "global security level set to %d", (int) sl);

}

SecurityLevel RA::GetGlobalSecurityLevel() {
    return m_global_security_level;
}


/*
 * recovers user encryption key that was previously archived.
 * It expects DRM to search its archival db by cert.
 *
 * input:
 * @param cuid (cuid of the recovering key's token)
 * @param userid (uid of the recovering key owner
 * @param desKey_s (came from TKS - session key wrapped with DRM transport
 * @param cert (base64 encoded cert of the recovering key)
 * @param connId (drm connectoin id)
 *
 * output:
 * @param publickey_s public key provided by DRM
 * @param wrappedPrivateKey_s encrypted private key provided by DRM
 * @param ivParam_s returned intialization vector
 */
void RA::RecoverKey(RA_Session *session, const char* cuid,
                    const char *userid, char* desKey_s,
                    char *b64cert, char **publicKey_s,
                    char **wrappedPrivateKey_s, const char *connId,  char **ivParam_s)
{
    int status;
    PSHttpResponse *response = NULL;
    HttpConnection *drmConn = NULL;
    char body[MAX_BODY_LEN];
    char configname[256];
    char * cert_s;
    int drm_curr = 0;
    long s;
    char * content = NULL;
    char ** hostport= NULL;
    const char* servletID = NULL;
    char *wrappedDESKey_s= NULL;
    Buffer *decodeKey = NULL;
    ConnectionInfo *connInfo = NULL;
    RA_pblock *ra_pb = NULL;
    int currRetries = 0;
    char *p = NULL;

    RA::Debug(" RA:: RecoverKey", "in RecoverKey");
    if (cuid == NULL) {
      RA::Debug(" RA:: RecoverKey", "in RecoverKey, cuid NULL");
      goto loser;
    }
    if (userid == NULL) {
      RA::Debug(" RA:: RecoverKey", "in RecoverKey, userid NULL");
      goto loser;
    }
    if (b64cert == NULL) {
      RA::Debug(" RA:: RecoverKey", "in RecoverKey, b64cert NULL");
      goto loser;
    }
    if (desKey_s == NULL) {
      RA::Debug(" RA:: RecoverKey", "in RecoverKey, desKey_s NULL");
      goto loser;
    }
    if (connId == NULL) {
      RA::Debug(" RA:: RecoverKey", "in RecoverKey, connId NULL");
      goto loser;
    }
    RA::Debug(" RA:: RecoverKey", "in RecoverKey, desKey_s=%s, connId=%s",desKey_s,  connId);

    cert_s = Util::URLEncode(b64cert);
    drmConn = RA::GetDRMConn(connId);
    if (drmConn == NULL) {
        RA::Debug(" RA:: RecoverKey", "in RecoverKey, failed getting drmconn");
	goto loser;
    }
    RA::Debug(" RA:: RecoverKey", "in RecoverKey, got drmconn");
    connInfo = drmConn->GetFailoverList();
    RA::Debug(" RA:: RecoverKey", "in RecoverKey, got drm failover");
    decodeKey = Util::URLDecode(desKey_s);
    RA::Debug(" RA:: RecoverKey", "in RecoverKey,url decoded des");
    wrappedDESKey_s = Util::SpecialURLEncode(*decodeKey);

    RA::Debug(" RA:: RecoverKey", "in RecoverKey, wrappedDESKey_s=%s", wrappedDESKey_s);

    PR_snprintf((char *)body, MAX_BODY_LEN, 
		"CUID=%s&userid=%s&drm_trans_desKey=%s&cert=%s",cuid, userid, wrappedDESKey_s, cert_s);
    RA::Debug(" RA:: RecoverKey", "in RecoverKey, body=%s", body);
        PR_snprintf((char *)configname, 256, "conn.%s.servlet.TokenKeyRecovery", connId);
        servletID = GetConfigStore()->GetConfigAsString(configname);
    RA::Debug(" RA:: RecoverKey", "in RecoverKey, configname=%s", configname);

    drm_curr = RA::GetCurrentIndex(drmConn);
    response = drmConn->getResponse(drm_curr, servletID, body);
    hostport = connInfo->GetHostPortList();
    if (response == NULL) {
        RA::Debug(LL_PER_PDU, "The recoverKey response from DRM ", 
          "at %s is NULL.", hostport[drm_curr]);
 
      //goto loser;
    } else {
        RA::Debug(LL_PER_PDU, "The recoverKey response from DRM ", 
          "at %s is not NULL.", hostport[drm_curr]);
    }

    while (response == NULL) {
        RA::Failover(drmConn, connInfo->GetHostPortListLen());
    
        drm_curr = RA::GetCurrentIndex(drmConn);
        RA::Debug(LL_PER_PDU, "RA is reconnecting to DRM ", 
          "at %s for recoverKey.", hostport[drm_curr]);
    
        if (++currRetries >= drmConn->GetNumOfRetries()) {
            RA::Debug("Used up all the retries in recoverKey. Response is NULL","");
            RA::Error("RA::RecoverKey","Failed connecting to DRM after %d retries", currRetries);

            goto loser;
        }
        response = drmConn->getResponse(drm_curr, servletID, body);
    }

    RA::Debug(" RA:: RecoverKey", "in RecoverKey - got response");
    // XXXskip handling fallback host for prototype

    content = response->getContent();
    p = strstr(content, "status=");
    content = p; //skip the HTTP header

    s = response->getStatus();

    if ((content != NULL) && (s == 200)) {
      RA::Debug("RA::RecoverKey", "response from DRM status ok");

      Buffer* status_b;
      char* status_s;

      ra_pb = ( RA_pblock * ) session->create_pblock(content);
      if (ra_pb == NULL)
	goto loser;

      status_b = ra_pb->find_val("status");
      if (status_b == NULL) {
	status = 4;
	goto loser;
      }
      else {
	status_s = status_b->string();
	status = atoi(status_s);
        if (status_s != NULL) {
            PR_Free(status_s);
        }
      }


      char * tmp = NULL;
      tmp = ra_pb->find_val_s("public_key");
      if ((tmp == NULL) || (strcmp(tmp,"")==0)) {
	RA::Error(LL_PER_PDU, "RecoverKey"," got no public key");
	goto loser;
      } else {
	RA::Debug(LL_PER_PDU, "RecoverKey", "got public key =%s", tmp);
          char *tmp_publicKey_s  = PL_strdup(tmp);
          Buffer *decodePubKey = Util::URLDecode(tmp_publicKey_s);
          *publicKey_s =
              BTOA_DataToAscii(decodePubKey->getBuf(), decodePubKey->getLen());
          if (tmp_publicKey_s)
              PR_Free (tmp_publicKey_s);
          if (decodePubKey)
              PR_Free(decodePubKey);
      }

      tmp = NULL;
      tmp = ra_pb->find_val_s("wrapped_priv_key");
      if ((tmp == NULL) || (strcmp(tmp,"")==0)) {
	RA::Error(LL_PER_PDU, "RecoverKey"," got no wrapped private key");
	//XXX	      goto loser;
      } else {
	RA::Debug(LL_PER_PDU, "RecoverKey", "got wrappedprivate key =%s", tmp);
	*wrappedPrivateKey_s  = PL_strdup(tmp);
      }

      tmp = ra_pb->find_val_s("iv_param");
      if ((tmp == NULL) || (strcmp(tmp,"")==0)) {
          RA::Error(LL_PER_PDU, "RecoverKey",
              "did not get iv_param for recovered  key in DRM response");
      } else {
          RA::Debug(LL_PER_PDU, "RecoverKey", "got iv_param for recovered key =%s", tmp);
          *ivParam_s  = PL_strdup(tmp);
      }

    } else {// if content is NULL or status not 200
      if (content != NULL)
	RA::Debug("RA::RecoverKey", "response from DRM error status %ld", s);
      else
	RA::Debug("RA::RecoverKey", "response from DRM no content");
    }
 loser:
    if (desKey_s != NULL)
      PR_Free(desKey_s);

    if (decodeKey != NULL)
      PR_Free(decodeKey);

    if (wrappedDESKey_s != NULL)
      PR_Free(wrappedDESKey_s);

    if (drmConn != NULL)
      RA::ReturnDRMConn(drmConn);

    if (response != NULL) {
      if (content != NULL)
	response->freeContent();
      delete response;
    }

    if (ra_pb != NULL) {
      delete ra_pb;
    }

}



/*
 * input:
 * @param desKey_s provided for drm to wrap user private
 * @param publicKey_s returned for key injection back to token
 *
 * Output:
 * @param publicKey_s public key provided by DRM
 * @param wrappedPrivateKey_s encrypted private key provided by DRM
 */
void RA::ServerSideKeyGen(RA_Session *session, const char* cuid,
                          const char *userid, char* desKey_s,
	                      char **publicKey_s,
                          char **wrappedPrivateKey_s,
                          char **ivParam_s, const char *connId,
                          bool archive, int keysize, bool isECC)
{

	const char *FN="RA::ServerSideKeyGen";
    int status;
    PSHttpResponse *response = NULL;
    HttpConnection *drmConn = NULL;
    char body[MAX_BODY_LEN];
    char configname[256];

    long s;
    char * content = NULL;
    char ** hostport = NULL;
    const char* servletID = NULL;
    char *wrappedDESKey_s = NULL;
    Buffer *decodeKey = NULL;
    ConnectionInfo *connInfo = NULL;
    RA_pblock *ra_pb = NULL;
    int drm_curr = 0;
    int currRetries = 0;
    char *p = NULL;

    if ((cuid == NULL) || (strcmp(cuid,"")==0)) {
      RA::Debug( LL_PER_CONNECTION, FN,
			"error: passed invalid cuid");
      goto loser;
    }
    if ((userid == NULL) || (strcmp(userid,"")==0)) {
      RA::Debug(LL_PER_CONNECTION, FN,
			"error: passed invalid userid");
      goto loser;
    }
    if ((desKey_s == NULL) || (strcmp(desKey_s,"")==0)) {
      RA::Debug(LL_PER_CONNECTION, FN, 
			 "error: passed invalid desKey_s");
      goto loser;
    }
    if ((connId == NULL) ||(strcmp(connId,"")==0)) {
      RA::Debug(LL_PER_CONNECTION, FN,
			 "error: passed invalid connId");
      goto loser;
    }
    RA::Debug(LL_PER_CONNECTION, FN,
			 "desKey_s=%s, connId=%s",desKey_s,  connId);
    drmConn = RA::GetDRMConn(connId);

    if (drmConn == NULL) {
        RA::Debug(LL_PER_CONNECTION, FN,
			"drmconn is null");
		goto loser;
    }
    RA::Debug(LL_PER_CONNECTION, FN,
			"found DRM connection info");
    connInfo = drmConn->GetFailoverList();
    RA::Debug(LL_PER_CONNECTION, FN,
		 "got DRM failover list");

    decodeKey = Util::URLDecode(desKey_s);
    if (decodeKey == NULL) {
      RA::Debug(LL_PER_CONNECTION, FN,
		"url-decoding of des key-transport-key failed");
      goto loser;
    }
    RA::Debug(LL_PER_CONNECTION, FN,
		"successfully url-decoded key-transport-key");
    wrappedDESKey_s = Util::SpecialURLEncode(*decodeKey);

    RA::Debug(LL_PER_CONNECTION, FN,
		"wrappedDESKey_s=%s", wrappedDESKey_s);

    if (isECC) {
        char *eckeycurve = NULL;
        if (keysize == 521) {
            eckeycurve = "nistp521";
        } else if (keysize == 384) {
            eckeycurve = "nistp384";
        } else if (keysize == 256) {
            eckeycurve = "nistp256";
        } else {
            RA::Debug(LL_PER_CONNECTION, FN,
                "unrecognized ECC keysize %d, setting to nistp256", keysize);
            keysize = 256;
            eckeycurve = "nistp256";
        }
        PR_snprintf((char *)body, MAX_BODY_LEN, 
           "archive=%s&CUID=%s&userid=%s&keytype=EC&eckeycurve=%s&drm_trans_desKey=%s",archive?"true":"false",cuid, userid, eckeycurve, wrappedDESKey_s);
    } else {
        PR_snprintf((char *)body, MAX_BODY_LEN, 
           "archive=%s&CUID=%s&userid=%s&keysize=%d&keytype=RSA&drm_trans_desKey=%s",archive?"true":"false",cuid, userid, keysize, wrappedDESKey_s);
    }

    RA::Debug(LL_PER_CONNECTION, FN, 
		"sending to DRM: query=%s", body);

    PR_snprintf((char *)configname, 256, "conn.%s.servlet.GenerateKeyPair", connId);
    servletID = GetConfigStore()->GetConfigAsString(configname);
    RA::Debug(LL_PER_CONNECTION, FN,
		 "finding DRM servlet info, configname=%s", configname);

    drm_curr = RA::GetCurrentIndex(drmConn);
    response = drmConn->getResponse(drm_curr, servletID, body);
    hostport = connInfo->GetHostPortList();
    if (response == NULL) {
        RA::Error(LL_PER_CONNECTION, FN, 
			"failed to get response from DRM at %s", 
			hostport[drm_curr]);
        RA::Debug(LL_PER_CONNECTION, FN, 
			"failed to get response from DRM at %s", 
			hostport[drm_curr]);
    } else { 
        RA::Debug(LL_PER_CONNECTION, FN,
			"response from DRM (%s) is not NULL.",
			 hostport[drm_curr]);
    }

    while (response == NULL) {
        RA::Failover(drmConn, connInfo->GetHostPortListLen());

        drm_curr = RA::GetCurrentIndex(drmConn);
        RA::Debug(LL_PER_CONNECTION, FN,
			"RA is failing over to DRM at %s", hostport[drm_curr]);

        if (++currRetries >= drmConn->GetNumOfRetries()) {
            RA::Debug(LL_PER_CONNECTION, FN,
				"Failed to get response from all DRMs in conn group '%s'"
				" after %d retries", connId, currRetries);
            RA::Error(LL_PER_CONNECTION, FN,
				"Failed to get response from all DRMs in conn group '%s'"
				" after %d retries", connId, currRetries);


            goto loser;
        }
        response = drmConn->getResponse(drm_curr, servletID, body);
    }

    RA::Debug(" RA:: ServerSideKeyGen", "in ServerSideKeyGen - got response");
    // XXX skip handling fallback host for prototype

    content = response->getContent();
    p = strstr(content, "status=");
    content = p; //skip the HTTP header
    s = response->getStatus();

    if ((content != NULL) && (s == 200)) {
	  RA::Debug("RA::ServerSideKeyGen", "response from DRM status ok");

	  Buffer* status_b;
	  char* status_s;

	  ra_pb = ( RA_pblock * ) session->create_pblock(content);
	  if (ra_pb == NULL)
	    goto loser;

	  status_b = ra_pb->find_val("status");
	  if (status_b == NULL) {
	    status = 4;
	    goto loser;
	  } else {
	    status_s = status_b->string();
	    status = atoi(status_s);
            if (status_s != NULL) {
                PR_Free(status_s);
            }
	  }

	  char * tmp = NULL;
	  tmp = ra_pb->find_val_s("public_key");
	  if (tmp == NULL) {
	    RA::Error(LL_PER_CONNECTION, FN,
			"Did not get public key in DRM response");
	  } else {
	    RA::Debug(LL_PER_PDU, "ServerSideKeyGen", "got public key =%s", tmp);
	    *publicKey_s  = PL_strdup(tmp);
	  }

	  tmp = NULL;
	  tmp = ra_pb->find_val_s("wrapped_priv_key");
	  if ((tmp == NULL) || (strcmp(tmp,"")==0)) {
	    RA::Error(LL_PER_CONNECTION, FN,
				"did not get wrapped private key in DRM response");
	  } else {
	    RA::Debug(LL_PER_CONNECTION, FN,
			"got wrappedprivate key =%s", tmp);
	    *wrappedPrivateKey_s  = PL_strdup(tmp);
	  }

	  tmp = ra_pb->find_val_s("iv_param");
	  if ((tmp == NULL) || (strcmp(tmp,"")==0)) {
	    RA::Error(LL_PER_CONNECTION, FN,
				"did not get iv_param for private key in DRM response");
	  } else {
	    RA::Debug(LL_PER_PDU, "ServerSideKeyGen", "got iv_param for private key =%s", tmp);
	    *ivParam_s  = PL_strdup(tmp);
	  }

    } else {// if content is NULL or status not 200
	  if (content != NULL)
	    RA::Debug("RA::ServerSideKeyGen", "response from DRM error status %ld", s);
	  else
	    RA::Debug("RA::ServerSideKeyGen", "response from DRM no content");
    }

 loser:
    if (desKey_s != NULL)
      PR_Free(desKey_s);

    if (decodeKey != NULL) {
      delete decodeKey;
    }

    if (wrappedDESKey_s != NULL)
      PR_Free(wrappedDESKey_s);

    if (drmConn != NULL)
      RA::ReturnDRMConn(drmConn);

    if (response != NULL) {
      if (content != NULL)
	response->freeContent();
      delete response;
    }

    if (ra_pb != NULL) {
      delete ra_pb;
    }

}


#define DES2_WORKAROUND
#define MAX_BODY_LEN 4096

PK11SymKey *RA::ComputeSessionKey(RA_Session *session,
                                  Buffer &CUID,
                                  Buffer &keyInfo,
                                  Buffer &card_challenge,
                                  Buffer &host_challenge,
                                  Buffer **host_cryptogram,
                                  Buffer &card_cryptogram,
                                  PK11SymKey **encSymKey,
                                  char** drm_desKey_s,
                                  char** kek_desKey_s,
                                  char** keycheck_s,
                                  const char *connId)
{
    PK11SymKey *symKey = NULL;
    PK11SymKey *symKey24 = NULL;
    PK11SymKey *encSymKey24 = NULL;
    PK11SymKey *transportKey = NULL;
    PK11SymKey *encSymKey16 = NULL;
    char body[MAX_BODY_LEN];
    char configname[256];
    char * cardc = NULL;
    char * hostc = NULL;
    char * cardCrypto = NULL;
    char * cuid = NULL;
    char * keyinfo =  NULL;
    PSHttpResponse *response = NULL;
    HttpConnection *tksConn = NULL;
    RA_pblock *ra_pb = NULL;
    SECItem *SecParam = PK11_ParamFromIV(CKM_DES3_ECB, NULL);
    char* transportKeyName = NULL;

    RA::Debug(LL_PER_PDU, "Start ComputeSessionKey", "");
    tksConn = RA::GetTKSConn(connId);
    if (tksConn == NULL) {
        RA::Error(LL_PER_PDU, "RA::ComputeSessionKey", "Failed to get TKSConnection %s", connId);
        return NULL;
    } else {
        int currRetries = 0;
        ConnectionInfo *connInfo = tksConn->GetFailoverList();

	PR_snprintf((char *) configname, 256, "conn.%s.keySet", connId);
	const char *keySet = RA::GetConfigStore()->GetConfigAsString(configname, "defKeySet");
	// is serversideKeygen on?
	PR_snprintf((char *) configname, 256, "conn.%s.serverKeygen", connId);
	bool serverKeygen = RA::GetConfigStore()->GetConfigAsBool(configname, false);
	if (serverKeygen)
	  RA::Debug(LL_PER_PDU, "RA::ComputeSessionKey", "serverKeygen for %s is on", connId);
	else
	  RA::Debug(LL_PER_PDU, "RA::ComputeSessionKey", "serverKeygen for %s is off", connId);

        cardc = Util::SpecialURLEncode(card_challenge);
        hostc = Util::SpecialURLEncode(host_challenge);
        cardCrypto = Util::SpecialURLEncode(card_cryptogram);
        cuid = Util::SpecialURLEncode(CUID);
        keyinfo = Util::SpecialURLEncode(keyInfo);

        if ((cardc == NULL) || (hostc == NULL) || (cardCrypto == NULL) ||
          (cuid == NULL) || (keyinfo == NULL))
	    goto loser;

        PR_snprintf((char *)body, MAX_BODY_LEN, 
          "serversideKeygen=%s&CUID=%s&card_challenge=%s&host_challenge=%s&KeyInfo=%s&card_cryptogram=%s&keySet=%s", serverKeygen? "true":"false", cuid, 
          cardc, hostc, keyinfo, cardCrypto, keySet);

        PR_snprintf((char *)configname, 256, "conn.%s.servlet.computeSessionKey", connId);
        const char *servletID = GetConfigStore()->GetConfigAsString(configname);
        int tks_curr = RA::GetCurrentIndex(tksConn);
        response = tksConn->getResponse(tks_curr, servletID, body);
        char **hostport = connInfo->GetHostPortList();
        if (response == NULL)
            RA::Debug(LL_PER_PDU, "The computeSessionKey response from TKS ", 
              "at %s is NULL.", hostport[tks_curr]);
        else 
            RA::Debug(LL_PER_PDU, "The computeSessionKey response from TKS ", 
              "at %s is not NULL.", hostport[tks_curr]);

        while (response == NULL) {
            RA::Failover(tksConn, connInfo->GetHostPortListLen());

            tks_curr = RA::GetCurrentIndex(tksConn);
            RA::Debug(LL_PER_PDU, "RA is reconnecting to TKS ", 
              "at %s for computeSessionKey.", hostport[tks_curr]);

            if (++currRetries >= tksConn->GetNumOfRetries()) {
                RA::Debug("Used up all the retries in ComputeSessionKey. Response is NULL","");
                RA::Error("RA::ComputeSessionKey","Failed connecting to TKS after %d retries", currRetries);

                goto loser;
            }
            response = tksConn->getResponse(tks_curr, servletID, body); 
        }

        RA::Debug(LL_PER_PDU, "ComputeSessionKey Response is not ","NULL");
        char * content = response->getContent();

	PK11SlotInfo *slot = PK11_GetInternalKeySlot();

        if (content != NULL) {
	  Buffer *status_b;

	  char *status_s, *sessionKey_s, *encSessionKey_s, *hostCryptogram_s;
	  int status;

      /* strip the http header */
      /* raidzilla 57722: strip the HTTP header and just pass
         name value pairs into the pblock parsing code.
       */
      RA::Debug("RA::Engine", "Pre-processing content '%s", content);
      char *cx = content;
      while (cx[0] != '\0' && (!(cx[0] == '\r' && cx[1] == '\n' && 
                 cx[2] == '\r' && cx[3] == '\n')))
      {
          cx++;
      }
      if (cx[0] != '\0') {
          cx+=4;
      }
      RA::Debug("RA::Engine", "Post-processing content '%s", cx);
	  ra_pb = ( RA_pblock * ) session->create_pblock(cx);
	  if (ra_pb == NULL) {
	    RA::Debug(LL_PER_PDU, "RA:ComputeSessionKey", "fail no ra_pb");
	    goto loser;
	  }

	status_b = ra_pb->find_val(TKS_RESPONSE_STATUS);
	if (status_b == NULL) {
	  status = 4;
	    RA::Error(LL_PER_SERVER, "RA:ComputeSessionKey", "Bad TKS Connection. Please make sure TKS is accessible by TPS.");
	    RA::Debug(LL_PER_PDU, "RA:ComputeSessionKey", "fail no status");
      goto loser;
	  // return NULL;
	}
	else {
	  status_s = status_b->string();
	  status = atoi(status_s);
          if (status_s != NULL) {
              PR_Free(status_s);
          }
	}

        // Now unwrap the session keys with shared secret transport key

        PR_snprintf((char *)configname, 256, "conn.%s.tksSharedSymKeyName", connId);

        transportKeyName = (char *)  m_cfg->GetConfigAsString(configname, TRANSPORT_KEY_NAME);

        RA::Debug(LL_PER_PDU,"RA:ComputeSessionKey","Shared Secret key name: %s.", transportKeyName);

        transportKey = FindSymKeyByName( slot,  transportKeyName);

        if ( transportKey == NULL ) {
            RA::Debug(LL_PER_PDU,"RA::ComputeSessionKey","fail getting transport key");
            goto loser; 
        }      

	sessionKey_s = ra_pb->find_val_s(TKS_RESPONSE_SessionKey);
	if (sessionKey_s == NULL) {
	  RA::Debug(LL_PER_PDU, "RA:ComputeSessionKey", "fail no sessionKey_b");
	  goto loser;
	}

	RA::Debug(LL_PER_PDU, "RA:ComputeSessionKey", "mac session key=%s", sessionKey_s);
	Buffer *decodeKey = Util::URLDecode(sessionKey_s);

	RA::Debug(LL_PER_PDU, "RA:ComputeSessionKey", "decodekey len=%d",decodeKey->size());

	BYTE *keyData = (BYTE *)*decodeKey;
        SECItem wrappeditem = {siBuffer , keyData, 16 };

        symKey = PK11_UnwrapSymKey(transportKey,
                          CKM_DES3_ECB,SecParam, &wrappeditem,
                          CKM_DES3_ECB,
                          CKA_UNWRAP,
                          16);

        if ( symKey ) {
           symKey24 = CreateDesKey24Byte(slot, symKey);
        }

	if( decodeKey != NULL ) {
	  delete decodeKey;
	  decodeKey = NULL;
	}
	if (symKey24 == NULL)
	  RA::Debug(LL_PER_PDU, "RA:ComputeSessionKey", "MAC Session key is NULL");


	encSessionKey_s = ra_pb->find_val_s(TKS_RESPONSE_EncSessionKey);
	if (encSessionKey_s == NULL) {
	  RA::Debug(LL_PER_PDU, "RA:ComputeSessionKey", "fail no encSessionKey_b");
	  goto loser;
	}

	RA::Debug(LL_PER_PDU, "RA:ComputeSessionKey", "encSessionKey=%s", encSessionKey_s);
	Buffer *decodeEncKey = Util::URLDecode(encSessionKey_s);

	RA::Debug(LL_PER_PDU, "RA:ComputeSessionKey",
		  "decodeEnckey len=%d",decodeEncKey->size());

	BYTE *EnckeyData = (BYTE *)*decodeEncKey;
        wrappeditem.data = (unsigned char *) EnckeyData;
        wrappeditem.len = 16; 

        encSymKey16 = PK11_UnwrapSymKey(transportKey,
                          CKM_DES3_ECB,SecParam, &wrappeditem,
                          CKM_DES3_ECB,
                          CKA_UNWRAP,
                          16);

        if ( encSymKey16 ) {
           encSymKey24 = CreateDesKey24Byte(slot, encSymKey16);
        }

        *encSymKey = encSymKey24;

	if( decodeEncKey != NULL ) {
	  delete decodeEncKey;
	  decodeEncKey = NULL;
	}

	if (encSymKey24 == NULL)
	  RA::Debug(LL_PER_PDU, "RA:ComputeSessionKey", "encSessionKey is NULL");

	if (serverKeygen) {
	  char * tmp= NULL;
	  tmp = ra_pb->find_val_s(TKS_RESPONSE_DRM_Trans_DesKey);
	  if (tmp == NULL) {
	    RA::Debug(LL_PER_PDU, "RA:ComputeSessionKey", "drm_desKey not retrieved");
	    RA::Error(LL_PER_PDU, "RA:ComputeSessionKey", "drm_desKey not retrieved");
	    goto loser;
	  } else {
	    *drm_desKey_s = PL_strdup(tmp);
	  }
	  // wrapped des key is to be sent to DRM "as is"
	  // thus should not be touched
	  RA::Debug(LL_PER_PDU, "RA:ComputeSessionKey", "drm_desKey=%s", *drm_desKey_s );

	  tmp = ra_pb->find_val_s(TKS_RESPONSE_KEK_DesKey);
	  if (tmp == NULL) {
	    RA::Debug(LL_PER_PDU, "RA:ComputeSessionKey", "kek-wrapped desKey not retrieved");
	    RA::Error(LL_PER_PDU, "RA:ComputeSessionKey", "kek-wrapped desKey not retrieved");
	    goto loser;
	  } else {
	    *kek_desKey_s = PL_strdup(tmp);
	  }
	  RA::Debug(LL_PER_PDU, "RA:ComputeSessionKey", "kek_desKey=%s", *kek_desKey_s );


	  tmp = ra_pb->find_val_s("keycheck");
	  if (tmp == NULL) {
	    RA::Debug(LL_PER_PDU, "RA:ComputeSessionKey", "keycheck not retrieved");
	    RA::Error(LL_PER_PDU, "RA:ComputeSessionKey", "keycheck not retrieved");
	    goto loser;
	  } else {
	    *keycheck_s = PL_strdup(tmp);
	  }
	}// serversideKeygen

	hostCryptogram_s = ra_pb->find_val_s(TKS_RESPONSE_HostCryptogram);
	if (hostCryptogram_s == NULL)
	  goto loser;

                        RA::Debug(LL_PER_PDU, "RA:ComputeSessionKey", "hostC=%s", hostCryptogram_s);
                        *host_cryptogram = Util::URLDecode(hostCryptogram_s);
	} // if content != NULL

    } // else tksConn != NULL
        RA::Debug(LL_PER_PDU, "finish ComputeSessionKey", "");


 loser:
	if (tksConn != NULL) {
            RA::ReturnTKSConn(tksConn);
	}
    if( cardc != NULL ) {
        PR_Free( cardc );
        cardc = NULL;
    }
    if( hostc != NULL ) {
        PR_Free( hostc );
        hostc = NULL;
    }
    if( cuid != NULL ) {
        PR_Free( cuid );
        cuid = NULL;
    }
    if( keyinfo != NULL ) {
        PR_Free( keyinfo );
        keyinfo = NULL;
    }
    if (cardCrypto != NULL) {
        PR_Free( cardCrypto );
        cardCrypto = NULL;
    }

    if( response != NULL ) {
        response->freeContent();
        delete response;
        response = NULL;
    }

    if ( SecParam != NULL ) {
         SECITEM_FreeItem(SecParam, PR_TRUE);
         SecParam = NULL;
    }

    if (ra_pb != NULL) {
      delete ra_pb;
    }
    
    if ( symKey != NULL ) {
        PK11_FreeSymKey( symKey );
        symKey = NULL;
    }
 
    if ( encSymKey16 != NULL ) {
        PK11_FreeSymKey( encSymKey16 );
        encSymKey16 = NULL;
    }

	// in production, if TKS is unreachable, symKey will be NULL,
	// and this will signal error to the caller.
	return symKey24;
}

Buffer *RA::ComputeHostCryptogram(Buffer &card_challenge, 
		Buffer &host_challenge)
{ 
	/* hardcoded enc auth key */
	BYTE enc_auth_key[16] = {
		0x40, 0x41, 0x42, 0x43, 
		0x44, 0x45, 0x46, 0x47, 
		0x48, 0x49, 0x4a, 0x4b, 
		0x4c, 0x4d, 0x4e, 0x4f 
	};
	Buffer input = Buffer(16, (BYTE)0);
	int i;
	Buffer icv = Buffer(8, (BYTE)0);
	Buffer *output = new Buffer(8, (BYTE)0);
	BYTE *cc = (BYTE*)card_challenge;
	int cc_len = card_challenge.size();
	BYTE *hc = (BYTE*)host_challenge;
	int hc_len = host_challenge.size();

	/* copy card and host challenge into input buffer */
	for (i = 0; i < 8; i++) {
		((BYTE*)input)[i] = cc[i];
	}
	for (i = 0; i < 8; i++) {
		((BYTE*)input)[8+i] = hc[i];
	}

	PK11SymKey *key = Util::DeriveKey(
		Buffer(enc_auth_key, 16), Buffer(hc, hc_len), 
		Buffer(cc, cc_len));
	Util::ComputeMAC(key, input, icv, *output);

	return output;
}

TPS_PUBLIC void RA::DebugBuffer(const char *func_name, const char *prefix, Buffer *buf)
{
	RA::DebugBuffer(LL_PER_CONNECTION, func_name, prefix, buf);
}

void RA::DebugBuffer(RA_Log_Level level, const char *func_name, const char *prefix, Buffer *buf)
{
    int i;
    PRTime now;
    const char* time_fmt = "%Y-%m-%d %H:%M:%S";
    char datetime[1024]; 
    PRExplodedTime time;
    BYTE *data = *buf;
    int sum = 0;
	PRThread *ct;

    if ((m_debug_log == NULL) || (!m_debug_log->isOpen())) 
        return;
    if ((int) level >= m_debug_log_level)
		return;
    PR_Lock(m_debug_log_lock);
    now = PR_Now();
    PR_ExplodeTime(now, PR_LocalTimeParameters, &time);
    PR_FormatTimeUSEnglish(datetime, 1024, time_fmt, &time);
    ct = PR_GetCurrentThread();
    m_debug_log->printf("[%s] %x %s - ", datetime, ct, func_name);
    m_debug_log->printf("%s (length='%d')", prefix, buf->size());
    m_debug_log->printf("\n");
    m_debug_log->printf("[%s] %x %s - ", datetime, ct, func_name);
    for (i=0; i<(int)buf->size(); i++) {
        m_debug_log->printf("%02x ", (unsigned char)data[i]);
        sum++; 
	if (sum == 10) {
    		m_debug_log->printf("\n");
                m_debug_log->printf("[%s] %x %s - ", datetime, ct, func_name);
                sum = 0;
	}
    }
    m_debug_log->write("\n");
    PR_Unlock(m_debug_log_lock);
}

TPS_PUBLIC void RA::Debug (const char *func_name, const char *fmt, ...)
{ 
	va_list ap; 
	va_start(ap, fmt); 
	RA::DebugThis(LL_PER_SERVER, func_name, fmt, ap);
	va_end(ap); 
}

TPS_PUBLIC void RA::Debug (RA_Log_Level level, const char *func_name, const char *fmt, ...)
{ 
	va_list ap; 
	va_start(ap, fmt); 
	RA::DebugThis(level, func_name, fmt, ap);
	va_end(ap); 
}



void RA::DebugThis (RA_Log_Level level, const char *func_name, const char *fmt, va_list ap)
{ 
	PRTime now;
        const char* time_fmt = "%Y-%m-%d %H:%M:%S";
        char datetime[1024]; 
        PRExplodedTime time;
	PRThread *ct;

 	if ((m_debug_log == NULL) || (!m_debug_log->isOpen())) 
		return;
	if ((int) level >= m_debug_log_level)
		return;
	PR_Lock(m_debug_log_lock);
	now = PR_Now();
	ct = PR_GetCurrentThread();
        PR_ExplodeTime(now, PR_LocalTimeParameters, &time);
	PR_FormatTimeUSEnglish(datetime, 1024, time_fmt, &time);
	m_debug_log->printf("[%s] %x %s - ", datetime, ct, func_name);
	m_debug_log->vfprintf(fmt, ap); 
	m_debug_log->write("\n");
	PR_Unlock(m_debug_log_lock);
}

TPS_PUBLIC void RA::Audit (const char *func_name, const char *fmt, ...)
{ 
        if (!RA::IsAuditEventSelected(func_name))
            return;

	va_list ap; 
	va_start(ap, fmt); 
	RA::AuditThis (LL_PER_SERVER, func_name, fmt, ap);
	va_end(ap); 
	va_start(ap, fmt); 
//	RA::DebugThis (LL_PER_SERVER, func_name, fmt, ap);
	va_end(ap); 
}

TPS_PUBLIC void RA::Audit (RA_Log_Level level, const char *func_name, const char *fmt, ...)
{ 
        if (!RA::IsAuditEventSelected(func_name))
            return;

	va_list ap; 
	va_start(ap, fmt); 
	RA::AuditThis (level, func_name, fmt, ap);
	va_end(ap); 
	va_start(ap, fmt); 
	RA::DebugThis (level, func_name, fmt, ap);
	va_end(ap); 
}

void RA::AuditThis (RA_Log_Level level, const char *func_name, const char *fmt, va_list ap)
{ 
	PRTime now;
        const char* time_fmt = "%Y-%m-%d %H:%M:%S";
        char datetime[1024]; 
        PRExplodedTime time;
	PRThread *ct;
        char *message_p1 = NULL;
        char *message_p2 = NULL;
        int nbytes;
        int status;

        if (!m_audit_enabled) return;
 
        if ((m_audit_log == NULL) || (!m_audit_log->isOpen()) || (m_audit_log_buffer == NULL))
		return;
	if ((int) level >= m_audit_log_level)
		return;

	PR_EnterMonitor(m_audit_log_monitor);
	now = PR_Now();
        PR_ExplodeTime(now, PR_LocalTimeParameters, &time);
	PR_FormatTimeUSEnglish(datetime, 1024, time_fmt, &time);
	ct = PR_GetCurrentThread();

        message_p1 = PR_smprintf("[%s] %x [AuditEvent=%s]", datetime, ct, func_name);
	message_p2 = PR_vsmprintf(fmt, ap); 

        /* write out the message first */
        NSSUTF8 *audit_msg = PR_smprintf("%s%s\n", message_p1, message_p2);
        nbytes = (unsigned) PL_strlen((const char*) audit_msg);
        if ((m_bytes_unflushed + nbytes) >= m_buffer_size) {
            FlushAuditLogBuffer();
            status = m_audit_log->write(audit_msg); 
            if (status != PR_SUCCESS) {
                m_audit_log->get_context()->LogError( "RA::AuditThis",
                      __LINE__,
                      "AuditThis: Failure to write to the audit log.  Shutting down ..."); 
                _exit(APEXIT_CHILDFATAL);
            }
            m_audit_log->setSigned(false);

            if (m_audit_signed) SignAuditLog(audit_msg);
        } else {
            PL_strcat(m_audit_log_buffer, audit_msg);
            m_bytes_unflushed += nbytes; 
        }

        PR_Free(message_p1);
        PR_Free(message_p2);

        if (audit_msg)
            PR_Free(audit_msg);

        PR_ExitMonitor(m_audit_log_monitor);

}

TPS_PUBLIC void RA::FlushAuditLogBuffer()
{
    int status;

    if (!m_audit_enabled) return;

    PR_EnterMonitor(m_audit_log_monitor);
    if ((m_bytes_unflushed > 0) && (m_audit_log_buffer != NULL) && (m_audit_log != NULL)) { 
        status = m_audit_log->write(m_audit_log_buffer);
        if (status != PR_SUCCESS) {
            m_audit_log->get_context()->LogError( "RA::FlushAuditLogBuffer",
                  __LINE__,
                  "RA::FlushAuditLogBuffer: Failure to write to the audit log.  Shutting down ...");
            _exit(APEXIT_CHILDFATAL);
        }
        m_audit_log->setSigned(false);
        if (m_audit_signed) {
            SignAuditLog((NSSUTF8 *) m_audit_log_buffer);
        }
        m_bytes_unflushed=0;
        PR_snprintf((char *) m_audit_log_buffer, m_buffer_size, "");
    }
    PR_ExitMonitor(m_audit_log_monitor);
}

TPS_PUBLIC void RA::SignAuditLog(NSSUTF8 * audit_msg)
{
    char *audit_sig_msg = NULL;
    char sig[4096];
    int status;

    if (!m_audit_enabled) return;

    PR_EnterMonitor(m_audit_log_monitor);
    audit_sig_msg = GetAuditSigningMessage(audit_msg);
    
    if (audit_sig_msg != NULL) {
        PR_snprintf(sig, 4096, "%s\n", audit_sig_msg);
        status = m_audit_log->write(sig); 
        if (status != PR_SUCCESS) {
            m_audit_log->get_context()->LogError( "RA::SignAuditLog",
                  __LINE__,
                  "SignAuditLog: Failure to write to the audit log.  Shutting down ..");
            _exit(APEXIT_CHILDFATAL);
        }
        if (m_last_audit_signature != NULL) {
            PR_Free( m_last_audit_signature );
        }
        m_last_audit_signature = PL_strdup(audit_sig_msg);
        m_audit_log->setSigned(true);
        
        PR_Free(audit_sig_msg);
    }
    PR_ExitMonitor(m_audit_log_monitor);
}

TPS_PUBLIC void RA::ra_free_values(struct berval **values) 
{
    free_values(values, 1);
}
     
/* sign audit_msg and last signature 
   returns char* - must be freed by caller */
TPS_PUBLIC char * RA::GetAuditSigningMessage(const NSSUTF8 * audit_msg)
{
        PRTime now;
        const char* time_fmt = "%Y-%m-%d %H:%M:%S";
        char datetime[1024];
        PRExplodedTime time;
        PRThread *ct;
        SECStatus rv;

        SECItem signedResult;
        NSSUTF8 *sig_b64 = NULL;
        NSSUTF8 *out_sig_b64 = NULL;
        SGNContext *sign_ctxt=NULL;
        char *audit_sig_msg = NULL;
        char sig[4096];

        now = PR_Now();
        PR_ExplodeTime(now, PR_LocalTimeParameters, &time);
        PR_FormatTimeUSEnglish(datetime, 1024, time_fmt, &time);
        ct = PR_GetCurrentThread();

        if (m_audit_signed==true) {
            sign_ctxt = SGN_NewContext(m_audit_signAlgTag, m_audit_signing_key);
            if( SGN_Begin(sign_ctxt) != SECSuccess ) {
                RA::Debug("RA:: SignAuditLog", "SGN_Begin failed");
                goto loser;
            }

            if (m_last_audit_signature != NULL) {
                RA::Debug("RA:: SignAuditLog", "m_last_audit_signature == %s",
                       m_last_audit_signature);

                PR_snprintf(sig, 4096, "%s\n", m_last_audit_signature);
                rv = SGN_Update( (SGNContext*)sign_ctxt,
                        (unsigned char *) sig, 
                        (unsigned)PL_strlen((const char*)sig));
                if (rv != SECSuccess) {
                    RA::Debug("RA:: SignAuditLog", "SGN_Update failed");
                    goto loser;
                }

            } else {
                RA::Debug("RA:: SignAuditLog", "m_last_audit_signature == NULL");
            }

            /* make sign the UTF-8 bytes later */

            if( SGN_Update( (SGNContext*)sign_ctxt,
                        (unsigned char *) audit_msg,
                        (unsigned)PL_strlen((const char*)audit_msg)) != SECSuccess) {
                RA::Debug("RA:: SignAuditLog", "SGN_Update failed");
                goto loser;
            }

            if( SGN_End(sign_ctxt, &signedResult) != SECSuccess) {
                RA::Debug("RA:: SignAuditLog", "SGN_End failed");
                goto loser;
            }

            sig_b64 = NSSBase64_EncodeItem(NULL, NULL, 0, &signedResult);
            if (sig_b64 == NULL) {
                RA::Debug("RA:: SignAuditLog", "NSSBase64_EncodeItem failed");
                goto loser;
            }

            /* get rid of the carriage return line feed */
            int sig_len = PL_strlen(sig_b64);
            out_sig_b64 =  (char *) PORT_Alloc (sig_len);
            if (out_sig_b64 == NULL) {
                RA::Debug("RA:: SignAuditLog", "PORT_Alloc for out_sig_b64 failed");
                goto loser;
            }
            int i = 0;
            char *p = sig_b64;
            for (i = 0; i< sig_len; i++, p++) {
                if ((*p!=13) && (*p!= 10)) {
                    out_sig_b64[i] = *p;
                } else {
                    i--;
                    continue;
                }
            }

            /*
             * write out the signature
             */
            audit_sig_msg = PR_smprintf(AUDIT_SIG_MSG_FORMAT,
                 datetime, ct, "AUDIT_LOG_SIGNING",
                 "System", "Success", out_sig_b64);

        }

loser:
        if (m_audit_signed==true) {
            if (sign_ctxt)
                SGN_DestroyContext(sign_ctxt, PR_TRUE);
            if (sig_b64)
                PR_Free(sig_b64);
            if (out_sig_b64)
                PR_Free(out_sig_b64);
            if (&signedResult)
                SECITEM_FreeItem(&signedResult, PR_FALSE);
        }

        return audit_sig_msg;
} 

TPS_PUBLIC void RA::SetFlushInterval(int interval)
{
    char interval_str[512];
    int status;
    char error_msg[512];

    RA::Debug("RA::SetFlushInterval", "Setting flush interval to %d seconds", interval);
    m_flush_interval = interval;

    // Interrupt the flush thread to set new interval
    // Get monitor so as not to interrupt the flush thread during flushing

    PR_EnterMonitor(m_audit_log_monitor);
    PR_Interrupt(m_flush_thread);
    PR_ExitMonitor(m_audit_log_monitor);
    
    PR_snprintf((char *) interval_str, 512, "%d", interval);
    m_cfg->Add(CFG_AUDIT_FLUSH_INTERVAL, interval_str);
    status = m_cfg->Commit(false, error_msg, 512);
    if (status != 0) {
        RA::Debug("RA:SetFlushInterval", error_msg);
    }
}

TPS_PUBLIC void RA::SetBufferSize(int size)
{
    char * new_buffer;
    char size_str[512];
    int status;
    char error_msg[512];

    RA::Debug("RA::SetBufferSize", "Setting buffer size to %d bytes", size);

    PR_EnterMonitor(m_audit_log_monitor);
    FlushAuditLogBuffer();
    if (m_audit_log_buffer != NULL) {
        new_buffer = (char *) PR_Realloc(m_audit_log_buffer, size);
        m_audit_log_buffer = new_buffer;
    } else {
        m_audit_log_buffer = (char *) PR_Malloc(size);
    }
    m_buffer_size = size;
    PR_ExitMonitor(m_audit_log_monitor);

    PR_snprintf((char *) size_str, 512, "%d", size);
    m_cfg->Add(CFG_AUDIT_BUFFER_SIZE, size_str);

    status = m_cfg->Commit(false, error_msg, 512);
    if (status != 0) {
        RA::Debug("RA:SetFlushInterval", error_msg);
    }
}


TPS_PUBLIC void RA::Error (const char *func_name, const char *fmt, ...)
{ 
	va_list ap; 
	va_start(ap, fmt); 
	RA::ErrorThis(LL_PER_SERVER, func_name, fmt, ap);
	va_end(ap); 
	va_start(ap, fmt); 
	RA::DebugThis(LL_PER_SERVER, func_name, fmt, ap);
	va_end(ap); 
}

TPS_PUBLIC void RA::Error (RA_Log_Level level, const char *func_name, const char *fmt, ...)
{ 
	va_list ap; 
	va_start(ap, fmt); 
	RA::ErrorThis(level, func_name, fmt, ap);
	va_end(ap); 
	va_start(ap, fmt); 
	RA::DebugThis(level, func_name, fmt, ap);
	va_end(ap); 
}

void RA::ErrorThis (RA_Log_Level level, const char *func_name, const char *fmt, va_list ap)
{ 
	PRTime now;
        const char* time_fmt = "%Y-%m-%d %H:%M:%S";
        char datetime[1024]; 
        PRExplodedTime time;
	PRThread *ct;

 	if ((m_error_log == NULL) || (!m_error_log->isOpen()))
		return;
	if ((int) level >= m_error_log_level)
		return;
	PR_Lock(m_error_log_lock);
	now = PR_Now();
	ct = PR_GetCurrentThread();
        PR_ExplodeTime(now, PR_LocalTimeParameters, &time);
	PR_FormatTimeUSEnglish(datetime, 1024, time_fmt, &time);
	m_error_log->printf("[%s] %x %s - ", datetime, ct, func_name);
	m_error_log->vfprintf(fmt, ap); 
	m_error_log->write("\n");
	PR_Unlock(m_error_log_lock);
}

TPS_PUBLIC void RA::SelfTestLog (const char *func_name, const char *fmt, ...)
{ 
	va_list ap; 
	va_start(ap, fmt); 
	RA::SelfTestLogThis(LL_PER_SERVER, func_name, fmt, ap);
	va_end(ap); 
	va_start(ap, fmt); 
	RA::DebugThis(LL_PER_SERVER, func_name, fmt, ap);
	va_end(ap); 
}

TPS_PUBLIC void RA::SelfTestLog (RA_Log_Level level, const char *func_name, const char *fmt, ...)
{ 
	va_list ap; 
	va_start(ap, fmt); 
	RA::SelfTestLogThis(level, func_name, fmt, ap);
	va_end(ap); 
	va_start(ap, fmt); 
	RA::DebugThis(level, func_name, fmt, ap);
	va_end(ap); 
}

void RA::SelfTestLogThis (RA_Log_Level level, const char *func_name, const char *fmt, va_list ap)
{ 
	PRTime now;
        const char* time_fmt = "%Y-%m-%d %H:%M:%S";
        char datetime[1024]; 
        PRExplodedTime time;
	PRThread *ct;

 	if ((m_selftest_log == NULL) || (!m_selftest_log->isOpen()))
		return;
	if ((int) level >= m_selftest_log_level)
		return;
	PR_Lock(m_selftest_log_lock);
	now = PR_Now();
	ct = PR_GetCurrentThread();
        PR_ExplodeTime(now, PR_LocalTimeParameters, &time);
	PR_FormatTimeUSEnglish(datetime, 1024, time_fmt, &time);
	m_selftest_log->printf("[%s] %x %s - ", datetime, ct, func_name);
	m_selftest_log->vfprintf(fmt, ap); 
	m_selftest_log->write("\n");
	PR_Unlock(m_selftest_log_lock);
}

PublisherEntry *RA::getPublisherById(const char *publisher_id)
{

    PublisherEntry *cur = RA::publisher_list;

    if(cur == NULL)
    {
         return NULL;
    }

    while(cur != NULL)
    {
       if(!strcmp(publisher_id,cur->id))
       {
           break;
       }

       cur = cur->next;
    }

    return cur;

}

int RA::InitializePublishers()

{
    RA::m_num_publishers = 0;

    RA::Debug(LL_PER_PDU, "RA::InitializePublishers: Attempting to load the configurable list of Publishers.", "");

    const char *pub_prefix = "publisher.instance";
    const char *pub_suffix = "publisherId"; 

    const char *publisher_id = NULL;
    const char *publisher_lib_name = NULL;
    const char *publisher_lib_factory_name = NULL;

    char config_str[500];

    int i = -1;
    int res = 0;

    PublisherEntry *new_entry;

    while(1)
    {
       i++;

       PR_snprintf((char *)config_str, 256,"%s.%d.%s", pub_prefix,i,pub_suffix);
       publisher_id = m_cfg->GetConfigAsString(config_str,NULL); 

       if(publisher_id != NULL)
       {
           RA::Debug(LL_PER_PDU, "RA::InitializePublishers:"," Found publisher id %s ", publisher_id);
           PR_snprintf((char *)config_str, 256, "%s.%d.%s",pub_prefix,i,"libraryName");

           publisher_lib_name = m_cfg->GetConfigAsString(config_str,NULL);

           if(publisher_lib_name != NULL)
           {
              RA::Debug(LL_PER_PDU, "RA::InitializePublishers:"," Found publisher lib name %s ", publisher_lib_name);
              PR_snprintf((char *)config_str, 256, "%s.%d.%s",pub_prefix,i,"libraryFactory");

              publisher_lib_factory_name = m_cfg->GetConfigAsString(config_str,NULL);

             if(publisher_lib_factory_name)
             {

                 RA::Debug(LL_PER_PDU, "RA::InitializePublishers:"," Found publisher lib factory name %s ", publisher_lib_factory_name);

                 PRLibrary *pb  = PR_LoadLibrary(publisher_lib_name);

                 if(pb)
                 {
                      void *sym = PR_FindSymbol(pb,publisher_lib_factory_name);

                      if(sym == NULL)
                      {

                          RA::Error(LL_PER_PDU, "RA:InitializePublishers",
                          "Failed to find symbol '%s' publisher %s error code: %d",publisher_lib_factory_name,publisher_lib_name,PR_GetError());

                          RA::Debug(LL_PER_PDU, "RA::InitializePublishers: Failed to load publish library.", "");


                          continue;
                      }
                      makepublisher make_pub = (makepublisher ) sym;

                      IPublisher *publisher = (* make_pub )();

                     if(publisher == NULL)
                     {
                       RA::Error(LL_PER_PDU, "RA:InitializePublishers",
                           "Failed to initialize publisher %s error code: %d",publisher_lib_name,PR_GetError());
                       RA::Debug(LL_PER_PDU, "RA::InitializePublishers: Failed to allocate Netkey publisher.", "");
                       continue;
                     }
                     if(publisher)
                     {
                         res = publisher->init();
                     }

                     if(!res)
                     {
                         RA::Debug(LL_PER_PDU, "RA::InitializePublishers: Failed to initialize publisher %s.", publisher_lib_name);
                         continue;                           
                     } 

                     new_entry = (PublisherEntry *) malloc(sizeof(PublisherEntry));

                     if(new_entry == NULL)
                     {

                        RA::Debug(LL_PER_PDU, "RA::InitializePublishers: Failed to allocate PublisherEntry structure", "");

                        break;

                     }
                     new_entry->id = strdup(publisher_id);
                     new_entry->publisher = publisher;
                     new_entry->publisher_lib = pb;

                     if(RA::publisher_list == NULL)
                     {
                         RA::publisher_list = new_entry;
                         new_entry->next = NULL;

                     }

                     else
                     {
                         PublisherEntry *cur = RA::publisher_list;

                         while(cur->next != NULL)
                         {
                             cur= cur->next;
                         }

                         cur->next = new_entry;
                         new_entry->next = NULL;

                     }
                         
                     RA::m_num_publishers++;
                     RA::Debug(LL_PER_PDU, "RA::InitializePublishers:"," Successfully initialized publisher %s.", publisher_lib_name);
                 }
                 else
                 {
                     RA::Error(LL_PER_PDU, "RA:InitializePublishers",
                        "Failed to open library %s error code: %d",publisher_lib_name,PR_GetError());

                     RA::Debug(LL_PER_PDU, "RA::InitializePublishers"," Failed to load publish library.", "");

                     continue;

                 }
             }
             else
             {
                 continue;
             }
           }
           else
           {
               continue;

           }
       }
       else
       {
           break;
       }
    }

    if(RA::m_num_publishers == 0)
    {
        RA::Debug(LL_PER_PDU, "RA::InitializePublishers:"," Did not load any publisher libraries, possibly not configured for publishing. Server continues normally... ");
        return 0;
    }
    else
    {
         RA::Debug(LL_PER_PDU, "RA::InitializePublishers:"," Loaded %d Publisher(s).", RA::m_num_publishers);

         return 1;
    }
    
}

void RA::CleanupPublishers()
{

    if(RA::m_num_publishers == 0)
      return;

    RA::Debug(LL_PER_PDU, "RA::CleanupPublishers:"," Loaded %d publishers.", RA::m_num_publishers);

    PublisherEntry *cur = RA::publisher_list;

    if(cur == NULL)
    {
         return ;
    }

    while(cur != NULL)
    {

        PublisherEntry *next =cur->next;

        if(cur)
        {

            RA::Debug(LL_PER_PDU, "RA::CleanupPublishers:"," Cleanup up publisher %s", cur->id);
            if( cur->id != NULL)
            {
                 free( cur->id );
                 cur->id = NULL;
            }

            if( cur->publisher != NULL ) {
                delete cur->publisher;
                cur->publisher = NULL;
            }

            if( cur->publisher_lib != NULL ) {
                PR_UnloadLibrary( cur->publisher_lib );
                cur->publisher_lib = NULL;
            }

            if( cur != NULL ) {
                free( cur );
                cur = NULL;
            }

            cur = next;

        }
    }

  
}

int RA::InitializeHttpConnections(const char *id, int *len, HttpConnection **conn, RA_Context *ctx) {
    char configname[256];
    char connID[100];
    CERTCertDBHandle *handle = 0;
    int rc = 0;
    int i=0;

    *len = 0;

    // Initialize each connection
    while (1) {
        i++;
        PR_snprintf((char *)configname, 256, "conn.%s%d.hostport", id, i);
        const char *host_port = m_cfg->GetConfigAsString(configname);
        if (host_port == NULL) {
            break;
        }
        ConnectionInfo *cinfo = new ConnectionInfo();
        cinfo->BuildFailoverList(host_port);
        PR_snprintf((char *)configname, 256, "conn.%s%d.retryConnect", id, i);
        int retries = m_cfg->GetConfigAsInt(configname, 3);
        PR_snprintf((char *)configname, 256, "conn.%s%d.timeout", id, i);
        int timeout = m_cfg->GetConfigAsInt(configname, 10);
        PR_snprintf((char *)connID, 100, "%s%d", id, i);
        PR_snprintf((char *)configname, 256, "conn.%s%d.clientNickname", id, i);
        const char *clientnickname = m_cfg->GetConfigAsString(configname);

        handle = CERT_GetDefaultCertDB();
        if( handle == 0 ) {
            ctx->InitializationError( "RA::InitializeHttpConnections",
                                      __LINE__ );
            rc = -1;
            if (cinfo != NULL) { 
                delete cinfo;
                cinfo = NULL;
            }
            goto loser;
        }

        // (2) Since NSS has been initialized, verify the presence of the
        //     specified certificate:
        if( ( clientnickname != NULL ) &&
            ( PL_strcmp( clientnickname, "" ) != 0 ) ) {
            SelfTest::Initialize(m_cfg);

            rc = SelfTest::runStartUpSelfTests(clientnickname);
            if (rc != 0) goto loser;
        } else {
                RA::Error( LL_PER_SERVER,
                           "RA::InitializeHttpConnections", 
                           "An empty or missing %s certificate nickname "
                           "was specified for connection %d!",
                           id,
                           i );
                rc = -3;
                if (cinfo != NULL) { 
                    delete cinfo;
                    cinfo = NULL;
                }
                goto loser;
        }

        PR_snprintf((char *)configname, 256, "conn.%s%d.SSLOn", id, i);
        bool isSSL = m_cfg->GetConfigAsBool(configname, true);
        PR_snprintf((char *)configname, 256, "conn.%s%d.keepAlive", id, i);
        bool keepAlive = m_cfg->GetConfigAsBool(configname, true);
        conn[*len] = new HttpConnection(connID, cinfo, retries, timeout, isSSL, clientnickname, keepAlive, NULL);
        (*len)++;
    }

loser:

    return rc;
}

int RA::InitializeTokendb(char *cfg_path)
{
    char *error    = NULL;
    int status;

    if (tokendbInitialized)
      return 0;

    RA::Debug("RA::InitializeTokendb", "config path = %s", cfg_path);

    if (get_tus_db_config(cfg_path) != 1) {
      RA::Debug("RA::InitializeTokendb", "get_tus_db_config failed");
      return -1;
    }

    tokendbInitialized = 1;

    RA::Debug("RA::InitializeTokendb", "Initializing TUS database");
    if( ( status = tus_db_init( &error ) ) != LDAP_SUCCESS ) {
        if( error != NULL ) {
            RA::Debug( "RA::InitializeTokendb",
                       "Token DB initialization failed: '%s'",
                       error );
            PR_smprintf_free( error );
            error = NULL;
        } else {
            RA::Debug( "RA::InitializeTokendb",
                       "Token DB initialization failed" );
        }
    }

    return status;
}

TPS_PUBLIC void RA::update_signed_audit_selected_events(char *new_selected)
{
    char *tmp = NULL;
    m_cfg->Add(CFG_AUDIT_SELECTED_EVENTS, new_selected);

    tmp = m_signedAuditSelectedEvents;
    m_signedAuditSelectedEvents = PL_strdup(new_selected);
    PL_strfree(tmp);
}

TPS_PUBLIC void RA::update_signed_audit_enable(const char *enable)
{
   m_cfg->Add(CFG_AUDIT_ENABLE, enable);
}


TPS_PUBLIC void RA::update_signed_audit_log_signing(const char *enable)
{
   m_cfg->Add(CFG_AUDIT_SIGNED, enable);
}

TPS_PUBLIC int RA::setup_audit_log(bool enable_signing, bool signing_changed)
{ 
    int status =0;
    PR_EnterMonitor(m_audit_log_monitor);

    // get buffer if required
    if (m_audit_log_buffer == NULL) {
        m_audit_log_buffer = (char *) PR_Malloc(m_buffer_size);
        if (m_audit_log_buffer == NULL) {
            RA::Debug(LL_PER_PDU, "RA:: setup_audit_log", "Unable to allocate memory for audit log buffer ..");
            goto loser;
        }
        PR_snprintf((char *) m_audit_log_buffer, m_buffer_size, "");
        m_bytes_unflushed = 0;
    }

    // close old log file if signing config changed
    if (signing_changed && m_audit_log !=NULL) {
        RA::Debug(LL_PER_PDU, "RA::setup_audit_log","Closing old audit log file");
        FlushAuditLogBuffer();
        m_audit_log->shutdown();
        delete m_audit_log;
        m_audit_log = NULL;
    }

    // open new log file if required
    if (m_audit_log == NULL) {
        RA::Debug(LL_PER_PDU, "RA::setup_audit_log","Opening audit log file");
        m_audit_log = GetLogFile(m_cfg->GetConfigAsString(CFG_AUDIT_FILE_TYPE, "LogFile"));
        status = m_audit_log->startup(m_ctx, CFG_AUDIT_PREFIX,
                                  m_cfg->GetConfigAsString((enable_signing)?
                                  CFG_SIGNED_AUDIT_FILENAME:CFG_AUDIT_FILENAME,
                                  "/tmp/audit.log"),
                                  enable_signing);
        if (status != PR_SUCCESS)
           goto loser;

        status = m_audit_log->open();
        if (status != PR_SUCCESS)
            goto loser;
    }

    // update variables and CS.cfg
    m_audit_signed = enable_signing;
    update_signed_audit_log_signing(enable_signing? "true":"false");

    // initialize signing cert and flush thread, if needed
    status = InitializeSignedAudit();
    if (status != 0) {
        RA::Debug(LL_PER_PDU, "RA::setup_audit_log","Failure in InitializeSignedAudit");
        goto loser;
    }

    PR_ExitMonitor(m_audit_log_monitor);
    return 0;

    loser: 
        RA::Debug(LL_PER_PDU, "RA::setup_audit_log","Failure in audit log setup");
        PR_ExitMonitor(m_audit_log_monitor);
        return -1;
}

TPS_PUBLIC void RA::enable_audit_logging(bool enable)
{
    m_audit_enabled = enable;
    update_signed_audit_enable(enable? "true": "false");
}


TPS_PUBLIC int RA::ra_find_tus_certificate_entries_by_order_no_vlv (char *filter,
  LDAPMessage **result, int order) 
{
    return find_tus_certificate_entries_by_order_no_vlv(filter, result, order);
}

TPS_PUBLIC int RA::ra_find_tus_certificate_entries_by_order (char *filter,
  int max, LDAPMessage **result, int order) 
{
    return find_tus_certificate_entries_by_order(filter, max, result, order);
}

TPS_PUBLIC CERTCertificate **RA::ra_get_certificates(LDAPMessage *e) {
    return get_certificates(e);
}

TPS_PUBLIC LDAPMessage *RA::ra_get_first_entry(LDAPMessage *e) {
    return get_first_entry(e);
}

TPS_PUBLIC LDAPMessage *RA::ra_get_next_entry(LDAPMessage *e) {
    return get_next_entry(e);
}

TPS_PUBLIC struct berval **RA::ra_get_attribute_values(LDAPMessage *e, const char *p) {
    return get_attribute_values(e, p);
}

TPS_PUBLIC char *RA::ra_get_token_id(LDAPMessage *e) {
    return get_token_id(e);
}

TPS_PUBLIC char *RA::ra_get_cert_tokenType(LDAPMessage *entry) {
    return get_cert_tokenType(entry);
}

TPS_PUBLIC int RA::ra_get_token_status(char *cuid) {

    int rc = -1;
    LDAPMessage *entry;
    char *status = NULL;
    char *reason = NULL;

    int status_int = -1;
    //Let's say -1 is unknown;

    if ((rc = find_tus_db_entry(cuid, 0, &entry)) != LDAP_SUCCESS) {
        goto loser;
    }

    status = ra_get_token_status(entry);

    if (status == NULL) {
        goto loser;
    }

    reason = ra_get_token_reason(entry);

    status_int = get_token_state(status, reason);


loser:
    if (entry != NULL) {
        ldap_msgfree(entry);
    }

    if (status != NULL) {
        free(status);
    }

    if (reason != NULL) {
        free(reason);
    }

    return status_int;
}

TPS_PUBLIC char *RA::ra_get_token_status(LDAPMessage *entry) {
    return get_token_status(entry);
}

TPS_PUBLIC char *RA::ra_get_cert_cn(LDAPMessage *entry) {
    return get_cert_cn(entry);
}

TPS_PUBLIC char *RA::ra_get_cert_attr_byname(LDAPMessage *entry, const char *name) {
    return get_cert_attr_byname(entry, name);
}

TPS_PUBLIC char *RA::ra_get_cert_status(LDAPMessage *entry) {
    return get_cert_status(entry);
}

TPS_PUBLIC char *RA::ra_get_cert_type(LDAPMessage *entry) {
    return get_cert_type(entry);
}

TPS_PUBLIC char *RA::ra_get_cert_serial(LDAPMessage *entry) {
    return get_cert_serial(entry);
}

TPS_PUBLIC char *RA::ra_get_cert_issuer(LDAPMessage *entry) {
    return get_cert_issuer(entry);
}

TPS_PUBLIC int RA::ra_tus_has_active_tokens(char *userid) {
    return tus_has_active_tokens(userid);
}

TPS_PUBLIC char *RA::ra_get_token_reason(LDAPMessage *msg) {
    return get_token_reason(msg);
}

TPS_PUBLIC int RA::ra_get_number_of_entries(LDAPMessage *ldapResult) {
    return get_number_of_entries(ldapResult);
}

TPS_PUBLIC int RA::ra_find_tus_token_entries_no_vlv(char *filter, 
  LDAPMessage **ldapResult, int num) 
{
    return find_tus_token_entries_no_vlv(filter, ldapResult, num);
}

TPS_PUBLIC int RA::ra_find_tus_token_entries(char *filter, int maxReturns,
  LDAPMessage **ldapResult, int num) 
{
    return find_tus_token_entries(filter, maxReturns, ldapResult, num);
}

TPS_PUBLIC int RA::ra_is_tus_db_entry_disabled(char *cuid)
{
   return is_tus_db_entry_disabled(cuid);
}

TPS_PUBLIC int RA::ra_is_token_present(char *cuid)
{
    return is_token_present(cuid);
}

TPS_PUBLIC int RA::ra_is_token_pin_resetable(char *cuid)
{
    return is_token_pin_resetable(cuid);
}

TPS_PUBLIC int RA::ra_is_update_pin_resetable_policy(char *cuid)
{
    return is_update_pin_resetable_policy(cuid);
}

TPS_PUBLIC char *RA::ra_get_token_policy(char *cuid)
{
    return get_token_policy(cuid);
}

TPS_PUBLIC char *RA::ra_get_token_userid(char *cuid)
{
    return get_token_userid(cuid);
}

TPS_PUBLIC int RA::ra_update_token_policy(char *cuid, char *policy)
{
    return update_token_policy(cuid, policy);
}

TPS_PUBLIC int RA::ra_update_cert_status(char *cn, const char *status)
{
    return update_cert_status(cn, status);
}

TPS_PUBLIC int RA::ra_update_token_status_reason_userid(char *userid, char *cuid, const char *status, const char *reason, int modifyDateOfCreate)
{
    return update_token_status_reason_userid(userid, cuid, status, reason, modifyDateOfCreate);
}

TPS_PUBLIC int RA::ra_allow_token_reenroll(char *cuid)
{
    return allow_token_reenroll(cuid);
}

TPS_PUBLIC int RA::ra_allow_token_renew(char *cuid)
{
    return allow_token_renew(cuid);
}

TPS_PUBLIC int RA::ra_force_token_format(char *cuid)
{
    return force_token_format(cuid); 
}

TPS_PUBLIC void RA::ra_tus_print_integer(char *out, SECItem *data)
{
    tus_print_integer(out, data);
}

TPS_PUBLIC int RA::ra_delete_certificate_entry(LDAPMessage* e) 
{
   char *dn = get_dn(e);
   int rc = LDAP_SUCCESS;

   if (dn != NULL) {
       rc = delete_tus_general_db_entry(dn);
       if (rc != LDAP_SUCCESS) {
           RA::Debug("RA::delete_certificate_entry", 
                     "Failed to remove certificate entry: %s", dn);
       }
       PL_strfree(dn);
       dn = NULL;
   }
   return rc;
}

int RA::tdb_activity(const char *ip, const char *cuid, const char *op, const char *result, const char *msg, const char *userid, const char *token_type)
{
  return add_activity(ip, cuid, op, result, msg, userid, token_type);
}

int RA::tdb_update_certificates(char* cuid, char **tokentypes, char *userid, CERTCertificate ** certificates, char **ktypes, char **origins, int numOfCerts)
{
    int rc = -1;
    LDAPMessage  *ldapResult = NULL;
    int k = 0;
    char serialnumber[512];
    char filter[512];
    LDAPMessage *result = NULL;
    LDAPMessage *e = NULL;
    int i = 0;

    if ((rc = find_tus_db_entry(cuid, 0, &ldapResult)) != LDAP_SUCCESS) {
	goto loser;
    }

     RA::Debug(LL_PER_PDU, "RA::tdb_update_certificates","numOfCerts %d", numOfCerts);
    /* update certificates */
    for (i = 0; i < numOfCerts; i++) {
      if (certificates[i] == NULL) {
         RA::Debug(LL_PER_PDU, "RA::tdb_update_certificates",
	      "no certificate found at index %d for tokendb entry: %s", i, cuid);
      } else {
         RA::Debug(LL_PER_PDU, "RA::tdb_update_certificates",
	      "cert=%x", certificates[i]);
	 
	k++;
      }
    }

    for (i = 0; i < numOfCerts; i++) {
        if (certificates[i] != NULL) {
            RA::Debug(LL_PER_PDU, "RA::tdb_update_certificates",
	        "adding cert=%x", certificates[i]);

            tus_print_integer(serialnumber, &(certificates[i])->serialNumber);
            PR_snprintf(filter, 512, "tokenSerial=%s", serialnumber);

            int r = find_tus_certificate_entries_by_order_no_vlv(filter, &result, 1);
            RA::Debug(LL_PER_PDU, "RA::tdb_update_certificates",
                "find_tus_certificate_entries_by_order_no_vlv returned %d", r);
            bool found = false;
            if (r == LDAP_SUCCESS) {
                for (e = get_first_entry(result); e != NULL; e = get_next_entry(e)) {
                    struct berval **values = get_attribute_values(e, "tokenID");
                    if ((values == NULL) || (values[0] == NULL)) {
                        RA::Debug(LL_PER_PDU, "RA::tdb_update_certificates",
                            "unable to get tokenid");
                        if (values != NULL) { 
                            ldap_value_free_len(values);
                            values = NULL;
                        }
                        continue;
                    }

                    char *cn = get_cert_cn(e);
                    if (PL_strcmp(cuid, values[0]->bv_val)== 0)  found = true;
                    if (cn != NULL) {
                        RA::Debug(LL_PER_PDU, "RA::tdb_update_certificates", "Updating cert status of %s to active in tokendb", cn);
                        r = update_cert_status(cn, "active");
                        if (r != LDAP_SUCCESS) {
                            RA::Debug("RA::tdb_update_certificates", 
                                      "Unable to modify cert status to active in tokendb: %s", cn);
                        }
                        PL_strfree(cn);
                        cn = NULL;
                    }
 
                    ldap_value_free_len(values);
                }

                ldap_msgfree(result);
            }
            if (!found)
                add_certificate(cuid, origins[i], tokentypes[i], userid, certificates[i], 
                  ktypes[i], "active");
        }
    }
loser: 
    if (ldapResult != NULL) {
        ldap_msgfree(ldapResult);
    }
    return rc;
}

/*
 * This adds a brand new token entry to tus.
 */
int RA::tdb_add_token_entry(char *userid, char* cuid, const char *status, const char *token_type) {
    int rc = -1;
    int r = -1;
    LDAPMessage  *ldapResult = NULL;

    if (tokendbInitialized != 1) {
      r = 0;
      goto loser;
    }

    RA::Debug(LL_PER_PDU, "RA::tdb_add_token_entry",
	      "searching for tokendb entry: %s", cuid);

    if ((rc = find_tus_db_entry(cuid, 0, &ldapResult)) != LDAP_SUCCESS) {
      /* create a new entry */
      rc = add_default_tus_db_entry(userid, "~tps", cuid, status, NULL, NULL, token_type);
      if (rc != LDAP_SUCCESS) {
	RA::Error(LL_PER_PDU, "RA:tdb_add_token_entry",
		  "failed to add tokendb entry");
	r = -1;
	goto loser;
      } else
	RA::Debug(LL_PER_PDU, "RA::tdb_add_token_entry",
		  "add tokendb entry successful");
	r = 0;
        goto loser;
    } else {
      RA::Debug(LL_PER_PDU, "RA::tdb_add_token_entry",
		"entry in tokendb exists.");

        // try to see if the userid is there
        LDAPMessage *e = ra_get_first_entry(ldapResult);
        struct berval **uid = ra_get_attribute_values(e, "tokenUserID");

        if ((uid != NULL) && (uid[0] != NULL)) {
            if (uid[0]->bv_val != NULL) {
                if (strlen(uid[0]->bv_val) > 0 && strcmp(uid[0]->bv_val, userid) != 0) {
                    ldap_value_free_len(uid);
                    RA::Debug(LL_PER_PDU, "RA::tdb_add_token_entry",
                          "This token does not belong to this user: %s", userid);
                    r = -1;
		    goto loser;
                } else {
                    if (strlen(uid[0]->bv_val) > 0 && strcmp(uid[0]->bv_val, userid) == 0) {
                        ldap_value_free_len(uid);
                        r = 0;
			goto loser;
                    }
                }
            }
            ldap_value_free_len(uid);
        }

        // this is the recycled token, update userid and dateOfCreate
        rc = ra_update_token_status_reason_userid(userid, cuid, status, "", 1);
	r = rc;
    }
loser:
    if (ldapResult != NULL) {
	ldap_msgfree(ldapResult);
    }
    return r;
}

/*
 * This adds entry to tokendb if entry not found
 * It is then supposed to modify entry (not yet implemented)
 */
int RA::tdb_update(const char *userid, char* cuid, char* applet_version, char *key_info, const char *state, const char *reason, const char *token_type)
{
    int rc = -1;
    LDAPMessage  *ldapResult = NULL;
    //    char filter[255];

    if (tokendbInitialized != 1) {
	rc = 0;
	goto loser;
    }
      

    //    PR_snprintf(filter, 255, "(cn=%s)", cuid);
    RA::Debug(LL_PER_PDU, "RA::tdb_update",
	      "searching for tokendb entry: %s", cuid);

    if ((rc = find_tus_db_entry(cuid, 0, &ldapResult)) != LDAP_SUCCESS) {
      /* create a new entry */
      rc = add_default_tus_db_entry(userid, "~tps", cuid, state, applet_version, 
              key_info, token_type);
      if (rc != LDAP_SUCCESS) {
	RA::Error(LL_PER_PDU, "RA:tdb_update",
		  "failed to add tokendb entry");
	rc = -1;
	goto loser;
      } else
	RA::Debug(LL_PER_PDU, "RA::tdb_update",
		  "add tokendb entry successful");
	rc = 0;
    } else {
      RA::Debug(LL_PER_PDU, "RA::tdb_update",
		"entry in tokendb exists...should modify entry");

      /* need code to modify things such as applet version ...*/
      /* ldap modify code to follow...*/
      rc =  update_tus_db_entry ("~tps", cuid, userid, key_info, state,
                         applet_version, reason, token_type);
    }
loser:
   if (ldapResult != NULL) {
	ldap_msgfree(ldapResult);
   }
   return rc;
}

int RA::InitializeAuthentication() {
    char configname[256];
    const char *authid;
    const char *type;
    const char *authPrefix = "auth.instance";
    const char *lib = NULL;
    const char *libfactory = NULL;
    int i=-1;
    int rc=0;
    // AuthenticationEntry *authEntry; 

    while (1) {
        i++;
        PR_snprintf((char *)configname, 256, "%s.%d.authId", authPrefix, i);
        authid = m_cfg->GetConfigAsString(configname, NULL);
        if (authid != NULL) {
            RA::Debug(LL_PER_PDU, "RA::InitializeAuthentication", 
              "Found authentication id=%s", authid); 
            PR_snprintf((char *)configname, 256, "%s.%d.libraryName", authPrefix, i);
            lib = m_cfg->GetConfigAsString(configname, NULL);
            if (lib != NULL) {
                RA::Debug(LL_PER_PDU, "RA::InitializeAuthentication", 
                  "Found authentication library=%s", lib); 
                PR_snprintf((char *)configname, 256, "%s.%d.libraryFactory", authPrefix, i);
                libfactory = m_cfg->GetConfigAsString(configname, NULL);
                if (libfactory != NULL) {
                    RA::Debug(LL_PER_PDU, "RA::InitializeAuthentication", 
                      "Found authentication library factory=%s", libfactory); 
                    PRLibrary *pb  = PR_LoadLibrary(lib);
                    if (pb) {
                        RA::Debug(LL_PER_PDU, "RA::InitializeAuthentication", "Successfully loaded the library %s", lib);
                        void *sym = PR_FindSymbol(pb, libfactory);
                        if (sym == NULL) {
                            RA::Error(LL_PER_PDU, "RA::InitializeAuthentication", 
                              "Failed to find symbol '%s' in '%s' library, error code: %d", 
                              libfactory, lib, PR_GetError());
                            RA::Debug(LL_PER_PDU, "RA::InitializeAuthentication", 
                              "Failed to load the library symbol");
                            continue;
                        }
                        makeauthentication make_auth = (makeauthentication)sym;
                        Authentication *authentication = (*make_auth)();
                        if (authentication == NULL) {
                            RA::Error(LL_PER_PDU, "RA::InitializeAuthentication", 
                              "Failed to create authentication instance with library %s, error code=%d.", 
                              lib, PR_GetError()); 
                            RA::Debug(LL_PER_PDU, "RA::InitializeAuthentication", 
                              "Failed to create authentication instance with library %s, error code=%d.", 
                              lib, PR_GetError()); 
                            continue;
                        } else {
                            authentication->Initialize(i);
                            m_auth_list[m_auth_len] = new AuthenticationEntry();
                            m_auth_list[m_auth_len]->SetId(authid);
                            m_auth_list[m_auth_len]->SetLibrary(pb);
                            m_auth_list[m_auth_len]->SetAuthentication(authentication);
                            PR_snprintf((char *)configname, 256, "%s.%d.type", authPrefix, i);
                            type = m_cfg->GetConfigAsString(configname, NULL);
                            m_auth_list[m_auth_len]->SetType(type);
                            RA::Debug(LL_PER_PDU, "RA::InitializeAuthentication:",
                              "Successfully initialized authentication %s.", lib);
                        }
                    } else {
                        RA::Debug(LL_PER_PDU, "RA::InitializeAuthentication", 
                          "Failed to load the library %s: error=%d", lib, PR_GetError());
                        continue;
                    }
                } else {
                    RA::Debug(LL_PER_PDU, "RA::InitializeAuthentication", 
                      "Failed to find the library factory %s", libfactory);
                    continue;
                }
            } else {
                RA::Debug(LL_PER_PDU, "RA::InitializeAuthentication", 
                  "Failed to find the library %s", lib);
                continue;
            }
            m_auth_len++;
        } else {
            break;
        }
    }

    if (m_auth_len == 0) {
        RA::Debug(LL_PER_PDU, "RA::InitializeAuthentication", 
          "No authentication module gets loaded, but server continues starting up...");
        rc = -1;
    } else {
        RA::Debug(LL_PER_PDU, "RA::InitializeAuthentication", 
          "Total number of authentication modules get loaded: %d", m_auth_len);
    }

    return rc;
}

int RA::Failover(HttpConnection *&conn, int len) {
    int rc = 0;
    if (m_pod_enable) {
        PR_Lock(m_pod_lock);
        if (++m_pod_curr >= len) 
            m_pod_curr = 0;
        HttpConnection *conn = NULL;
        for (int i=0; i<m_caConns_len; i++) {
            conn = m_caConnection[i];
            RA::SetCurrentIndex(conn, m_pod_curr);
            conn = m_drmConnection[i];
            RA::SetCurrentIndex(conn, m_pod_curr);
            conn = m_tksConnection[i];
            RA::SetCurrentIndex(conn, m_pod_curr);
        }
        PR_Unlock(m_pod_lock);
    } else {
        if (conn != NULL) {
            int curr = RA::GetCurrentIndex(conn);
            if (++curr >= len)
                curr = 0;
            RA::SetCurrentIndex(conn, curr);
        } else
            rc = -1;
    }
    return rc;
}

TPS_PUBLIC SECCertificateUsage RA::getCertificateUsage(const char *certusage) {
    SECCertificateUsage cu = -1;
    if ((certusage == NULL) || *certusage == 0)
         cu = certificateUsageCheckAllUsages;
    else if (strcmp(certusage, "CheckAllUsages") == 0)
         cu = certificateUsageCheckAllUsages;
    else if (strcmp(certusage, "SSLServer") == 0)
         cu = certificateUsageSSLServer;
    else if (strcmp(certusage, "SSLServerWithStepUp") == 0)
         cu = certificateUsageSSLServerWithStepUp;
    else if (strcmp(certusage, "SSLClient") == 0)
         cu = certificateUsageSSLClient;
    else if (strcmp(certusage, "SSLCA") == 0)
         cu = certificateUsageSSLCA;
    else if (strcmp(certusage, "AnyCA") == 0)
         cu = certificateUsageAnyCA;
    else if (strcmp(certusage, "StatusResponder") == 0)
         cu = certificateUsageStatusResponder;
    else if (strcmp(certusage, "ObjectSigner") == 0)
         cu = certificateUsageObjectSigner;
    else if (strcmp(certusage, "UserCertImport") == 0)
         cu = certificateUsageUserCertImport;
    else if (strcmp(certusage, "ProtectedObjectSigner") == 0)
         cu = certificateUsageProtectedObjectSigner;
    else if (strcmp(certusage, "VerifyCA") == 0)
         cu = certificateUsageVerifyCA;
    else if (strcmp(certusage, "EmailSigner") == 0)
         cu = certificateUsageEmailSigner;

    return cu;
}

TPS_PUBLIC bool RA::verifySystemCertByNickname(const char *nickname, const char *certusage) {
    SECStatus rv = SECFailure;
    CERTCertDBHandle *certdb = CERT_GetDefaultCertDB();
    if (certdb == NULL) {
        RA::Debug(LL_PER_SERVER, "RA::verifySystemCertByNickname", "fatal error:%s", "cert db not found");
        return false;
    }
    CERTCertificate *cert = NULL;
    PR_ASSERT(certdb != NULL);
    SECCertificateUsage cu = getCertificateUsage(certusage);
    if (cu == -1) {
        RA::Debug(LL_PER_SERVER, "RA::verifySystemCertByNickname", "error: invalid certificate usage %s for cert %s", (certusage !=NULL)? certusage:"", nickname);
        return false;
    }
    SECCertificateUsage currUsage = 0;

    cert = CERT_FindCertByNickname(certdb, nickname);
    if (cert == NULL) {
        RA::Debug(LL_PER_SERVER, "RA::verifySystemCertByNickname", "nickname not found:%s", 
            nickname);
    } else {
        rv = CERT_VerifyCertificateNow(certdb, cert, true, cu , NULL, &currUsage);
        /*
         *  to find actual certificate usage, pass 0 as cu in above call
         */
        if (cu == certificateUsageCheckAllUsages) {
            if (currUsage & certificateUsageSSLServer)
                RA::Debug(LL_PER_SERVER, "RA::verifySystemCertByNickname", "cert is SSLServer"); 
            if (currUsage & certificateUsageSSLServerWithStepUp)
                RA::Debug(LL_PER_SERVER, "RA::verifySystemCertByNickname", "cert is SSLServerWithStepUp"); 
            if (currUsage & certificateUsageSSLClient)
                RA::Debug(LL_PER_SERVER, "RA::verifySystemCertByNickname", "cert is SSLClient"); 
            if (currUsage & certificateUsageAnyCA)
                RA::Debug(LL_PER_SERVER, "RA::verifySystemCertByNickname", "cert is AnyCA"); 
            if (currUsage & certificateUsageSSLCA)
                RA::Debug(LL_PER_SERVER, "RA::verifySystemCertByNickname", "cert is SSLCA"); 
            if (currUsage & certificateUsageEmailSigner)
                RA::Debug(LL_PER_SERVER, "RA::verifySystemCertByNickname", "cert is EmailSigner"); 
            if (currUsage & certificateUsageStatusResponder)
                RA::Debug(LL_PER_SERVER, "RA::verifySystemCertByNickname", "cert is StatusResponder"); 
            if (currUsage & certificateUsageObjectSigner)
                RA::Debug(LL_PER_SERVER, "RA::verifySystemCertByNickname", "cert is ObjectSigner"); 
            if (currUsage & certificateUsageUserCertImport)
                RA::Debug(LL_PER_SERVER, "RA::verifySystemCertByNickname", "cert is UserCertImport"); 
            if (currUsage & certificateUsageProtectedObjectSigner)
                RA::Debug(LL_PER_SERVER, "RA::verifySystemCertByNickname", "cert is ProtectedObjectSigner"); 
            if (currUsage & certificateUsageVerifyCA)
                RA::Debug(LL_PER_SERVER, "RA::verifySystemCertByNickname", "cert is VerifyCA"); 

            if (currUsage == 
                /* 0x0b80 */
                ( certUsageUserCertImport |
                certUsageVerifyCA |
                certUsageProtectedObjectSigner |
                certUsageAnyCA )) { /* cert is good for nothing */

                RA::Debug(LL_PER_SERVER, "RA::verifySystemCertByNickname() failed:", "cert is good for nothing: %d %s", currUsage, nickname); 
                rv = SECFailure;
            } else {
                RA::Debug(LL_PER_SERVER, "RA::verifySystemCertByNickname() passed:", "%s", nickname); 
                rv = SECSuccess;
            }
        }
    }

    if (cert != NULL) {
        CERT_DestroyCertificate(cert);
    }
    if (rv == SECSuccess)
        return true;
    else
        return false;
}

/*
 * tps.cert.list=sslserver,subsystem,audit_signing
 * tps.cert.sslserver.nickname=xxx
 * tps.cert.sslserver.certusage=SSLServer
 * tps.cert.subsystem.nickname=xxx
 * tps.cert.subsystem.certusage=SSLClient
 * tps.cert.audit_signing.nickname=xxx
 * tps.cert.audit_signing.certusage=ObjectSigner
 */
TPS_PUBLIC bool RA::verifySystemCerts() {
    bool verifyResult = false;
    bool rv = true; /* final return value */
    char configname[256];
    char configname_nn[256];
    char configname_cu[256];
    char audit_msg[512]="";
    const char *certList = NULL;
    ConfigStore *store = RA::GetConfigStore();

    PR_snprintf((char *)configname, 256, "tps.cert.list");
    certList = store->GetConfigAsString(configname, NULL);
    if (certList == NULL) {
        RA::Debug(LL_PER_SERVER, "RA::verifySystemCerts", 
          "config not found:%s", configname);
        PR_snprintf(audit_msg, 512, "%s undefined in CS.cfg", configname);
        RA::Audit(EV_CIMC_CERT_VERIFICATION, AUDIT_MSG_FORMAT, "System", "Failure", audit_msg);
        return false;
    } else {
        char *certList_x = PL_strdup(certList);
        RA::Debug(LL_PER_SERVER, "RA::verifySystemCerts", 
            "found cert list:%s", certList_x);
        char *sresult = NULL;
        char *lasts = NULL;
        const char *nn = NULL;
        const char *cu = NULL;

        sresult = PL_strtok_r(certList_x, ",", &lasts);
        while (sresult != NULL) {
            PR_snprintf((char *)configname_nn, 256, "tps.cert.%s.nickname",
                sresult);
            nn = store->GetConfigAsString(configname_nn, NULL);
            if ((nn == NULL) || *nn==0) {
                RA::Debug(LL_PER_SERVER, "RA::verifySystemCerts", 
                    "cert nickname not found for cert tag:%s", sresult);
                PR_snprintf(audit_msg, 512, "%s undefined in CS.cfg", configname_nn);
                RA::Audit(EV_CIMC_CERT_VERIFICATION, AUDIT_MSG_FORMAT, "System", "Failure", audit_msg);
                sresult = PL_strtok_r(NULL, ",", &lasts);
                rv = false;
                continue;
            }
            PR_snprintf((char *)configname_cu, 256, "tps.cert.%s.certusage",
                sresult);
            cu = store->GetConfigAsString(configname_cu, NULL);
            if ((cu == NULL) || *cu==0) {
                RA::Debug(LL_PER_SERVER, "RA::verifySystemCerts", 
                    "certificate usage not found for cert tag:%s. Getting current certificate usage", sresult);
            } else {
                RA::Debug(LL_PER_SERVER, "RA::verifySystemCerts", 
                    "found certificate usage:%s", cu);
            }
            RA::Debug(LL_PER_SERVER, "RA::verifySystemCerts", 
                "Verifying cert tag: %s, nickname:%s, certificate usage:%s"
                    , sresult, nn, (cu!=NULL)? cu: "");

            verifyResult = verifySystemCertByNickname(nn, cu);
            if (verifyResult == true) {
                RA::Debug(LL_PER_SERVER, "RA::verifySystemCerts", 
                    "cert verification passed on cert nickname:%s", nn);
                PR_snprintf(audit_msg, 512, "Certificate verification succeeded:%s",
                    nn);
                RA::Audit(EV_CIMC_CERT_VERIFICATION, AUDIT_MSG_FORMAT, "System", "Success", audit_msg);
            } else {
                rv = false;
                RA::Debug(LL_PER_SERVER, "RA::verifySystemCerts", 
                    "cert verification failed on cert nickname:%s", nn);
                PR_snprintf(audit_msg, 512, "Certificate verification failed:%s",
                    nn);
                RA::Audit(EV_CIMC_CERT_VERIFICATION, AUDIT_MSG_FORMAT, "System", "Failure", audit_msg);
            }
            sresult = PL_strtok_r(NULL, ",", &lasts);
        }

        if (certList_x != NULL) {
            PL_strfree(certList_x);
        }
    }

    return rv;
}

PK11SymKey *RA::FindSymKeyByName( PK11SlotInfo *slot, char *keyname) {
char       *name       = NULL;
    PK11SymKey *foundSymKey= NULL;
    PK11SymKey *firstSymKey= NULL;
    PK11SymKey *sk  = NULL;
    PK11SymKey *nextSymKey = NULL;
    secuPWData  pwdata;

    pwdata.source   = secuPWData::PW_NONE;
    pwdata.data     = (char *) NULL;
    if (keyname == NULL)
    {
        goto cleanup;
    }
    if (slot== NULL)
    {
        goto cleanup;
    }
    /* Initialize the symmetric key list. */
    firstSymKey = PK11_ListFixedKeysInSlot( slot , NULL, ( void *) &pwdata );
    /* scan through the symmetric key list for a key matching our nickname */
    sk = firstSymKey;
    while( sk != NULL )
    {
        /* get the nickname of this symkey */
        name = PK11_GetSymKeyNickname( sk );

        /* if the name matches, make a 'copy' of it */
        if ( name != NULL && !strcmp( keyname, name ))
        {
            if (foundSymKey == NULL)
            {
                foundSymKey = PK11_ReferenceSymKey(sk);
            }
            PORT_Free(name);
        }

        sk = PK11_GetNextSymKey( sk );
    }

    /* We're done with the list now, let's free all the keys in it
       It's okay to free our key, because we made a copy of it */

    sk = firstSymKey;
    while( sk != NULL )
    {
        nextSymKey = PK11_GetNextSymKey(sk);
        PK11_FreeSymKey(sk);
        sk = nextSymKey;
    }

    cleanup:
    return foundSymKey;
}

PK11SymKey *RA::CreateDesKey24Byte(PK11SlotInfo *slot, PK11SymKey *origKey)
{
    PK11SymKey *newKey = NULL;
    PK11SymKey *firstEight = NULL;
    PK11SymKey *concatKey = NULL;
    PK11SymKey *internalOrigKey = NULL;
    CK_ULONG bitPosition = 0;
    SECItem paramsItem = { siBuffer, NULL, 0 };
    CK_OBJECT_HANDLE keyhandle = 0;
    RA::Debug("RA_Enroll_Processor::CreateDesKey24Byte",
                "entering.");

    PK11SlotInfo *internal = PK11_GetInternalSlot();
    if ( slot == NULL || origKey == NULL || internal == NULL)
        goto loser;

    if( internal != slot ) {  //Make sure we do this on the NSS Generic Crypto services because concatanation
                              // only works there.
        internalOrigKey = PK11_MoveSymKey( internal, CKA_ENCRYPT, 0, PR_FALSE, origKey );
    }
    // Extract first eight bytes from generated key into another key.
    bitPosition = 0;
    paramsItem.data = (CK_BYTE *) &bitPosition;
    paramsItem.len = sizeof bitPosition;

    if ( internalOrigKey)
        firstEight = PK11_Derive(internalOrigKey, CKM_EXTRACT_KEY_FROM_KEY, &paramsItem, CKA_ENCRYPT , CKA_DERIVE, 8);
    else 
        firstEight = PK11_Derive(origKey, CKM_EXTRACT_KEY_FROM_KEY, &paramsItem, CKA_ENCRYPT , CKA_DERIVE, 8);

    if (firstEight  == NULL ) {
         RA::Debug("RA_Enroll_Processor::CreateDesKey24Byte",
                "error deriving 8 byte portion of key.");
        goto loser;
    }

    //Concatenate 8 byte key to the end of the original key, giving new 24 byte key
    keyhandle = PK11_GetSymKeyHandle(firstEight);

    paramsItem.data=(unsigned char *) &keyhandle;
    paramsItem.len=sizeof(keyhandle);

    if ( internalOrigKey ) {
        concatKey = PK11_Derive ( internalOrigKey , CKM_CONCATENATE_BASE_AND_KEY , &paramsItem ,CKM_DES3_ECB , CKA_DERIVE , 0);
    } else {
        concatKey = PK11_Derive ( origKey , CKM_CONCATENATE_BASE_AND_KEY , &paramsItem ,CKM_DES3_ECB , CKA_DERIVE , 0);
    }

    if ( concatKey == NULL ) {
        RA::Debug("RA_Enroll_Processor::CreateDesKey24Byte",
                "error concatenating 8 bytes on end of key.");
        goto loser;
    }

    //Make sure we move this to the proper token, in case it got moved by NSS
    //during the derive phase.

    newKey =  PK11_MoveSymKey ( slot, CKA_ENCRYPT, 0, PR_FALSE, concatKey);

    if ( newKey == NULL ) {
        RA::Debug("RA_Enroll_Processor::CreateDesKey24Byte",
                "error moving key to original slot.");
    }

loser:

    if ( concatKey != NULL ) {
        PK11_FreeSymKey( concatKey );
        concatKey = NULL;
    }

    if ( firstEight != NULL ) {
        PK11_FreeSymKey ( firstEight );
        firstEight = NULL;
    }

    if ( internalOrigKey != NULL ) {
       PK11_FreeSymKey ( internalOrigKey );
       internalOrigKey = NULL;
    }

    if ( internal != NULL ) {
       PK11_FreeSlot( internal); 
       internal = NULL;
    }

    return newKey;
}

bool RA::isAlgorithmECC(BYTE alg)
{
    bool result = false;

    if (alg == ALG_EC_F2M || alg == ALG_EC_FP)
       result = true;

    RA::Debug(LL_PER_SERVER, "RA::isAlgorithmECC", " alg: %d result: %d", alg, result);

    return result;
}

bool RA::transition_allowed(int oldState, int newState) 
{
    /* parse the allowed transitions string and look for old:new */

    // See if we need to read in the thing.
    
    transitionList = (char *) m_cfg->GetConfigAsString(RA::CFG_OPERATIONS_ALLOWED_TRANSITIONS, NULL);

    if (transitionList == NULL) {
        transitionList = (char *) m_cfg->GetConfigAsString(RA::CFG_TOKENDB_ALLOWED_TRANSITIONS, NULL);
    }

    if (transitionList == NULL) return true;

    char search[128];

    PR_snprintf(search, 128, "%d:%d", oldState, newState);
    return match_comma_list(search, transitionList);

}

int RA::get_token_state(char *state, char *reason)
{
    int ret = 0;
    if (strcmp(state, STATE_UNINITIALIZED) == 0) {
        ret = TOKEN_UNINITIALIZED;
    } else if (strcasecmp(state, STATE_ACTIVE) == 0) {
        ret = TOKEN_FOUND;
    } else if (strcasecmp(state, STATE_LOST) == 0) {
        if (strcasecmp(reason, "keyCompromise") == 0) {
            /* perm lost or temp -> perm lost */
            ret =  TOKEN_PERM_LOST;
        } else if (strcasecmp(reason, "destroyed") == 0) {
            ret = TOKEN_DAMAGED;
        } else if (strcasecmp(reason, "onHold") == 0) {
            ret = TOKEN_TEMP_LOST;
        }
    } else if (strcasecmp(state, "terminated") == 0) {
        ret = TOKEN_TERMINATED;
    } else {
        /* state is disabled or otherwise : what to do here? */
        ret = TOKEN_PERM_LOST;
    }
    return ret;
}