/*--------------------------------------------------------------------------------------
* Purpose: Read the queue settings from the config file.
* Input: none
* Output: returns 0 on success, 1 on failure
* Dan Massey @ July 22, 2008
* -------------------------------------------------------------------------------------*/
int
readQueueSettings()
{
int err = 0;
int result;
float fnum;
int num;
// get the pacing on threshold
result = getConfigValueAsFloat(&fnum, XML_QUEUE_PACING_ON_PATH, 0, 1);
if (result == CONFIG_VALID_ENTRY)
QueueConfig.pacingOnThresh = fnum;
else if (result == CONFIG_INVALID_ENTRY)
{
err = 1;
log_warning("Invalid configuration of queue pacing on threshold.");
}
else
log_msg("No configuration of queue pacing on threshold, using default.");
#ifdef DEBUG
debug( __FUNCTION__, "queue's pacingOnThresh %f.", QueueConfig.pacingOnThresh );
#endif
// get pacing off threshold
result = getConfigValueAsFloat(&fnum, XML_QUEUE_PACING_OFF_PATH, 0, 1);
if (result == CONFIG_VALID_ENTRY)
QueueConfig.pacingOffThresh = fnum;
else if (result == CONFIG_INVALID_ENTRY)
{
err = 1;
log_warning("Invalid configuration of queue pacing off threshold.");
}
else
log_msg("No configuration of queue pacing off threshold, using default.");
#ifdef DEBUG
debug( __FUNCTION__, "queue's pacingOffThresh %f.", QueueConfig.pacingOffThresh );
#endif
// get alpha
result = getConfigValueAsFloat(&fnum, XML_QUEUE_ALPHA_PATH, 0, 1);
if (result == CONFIG_VALID_ENTRY)
QueueConfig.alpha = fnum;
else if (result == CONFIG_INVALID_ENTRY)
{
err = 1;
log_warning("Invalid configuration of queue alpha value.");
}
else
log_msg("No configuration of queue alpha value, using default.");
#ifdef DEBUG
debug( __FUNCTION__, "queue's alpha %f.", QueueConfig.alpha);
#endif
// get min writes limit
result = getConfigValueAsInt(&num, XML_QUEUE_MIN_WRITES_LIMIT_PATH, 0, 65536);
if (result == CONFIG_VALID_ENTRY)
QueueConfig.minWritesPerInterval= num;
else{
if (result == CONFIG_INVALID_ENTRY)
{
err = 1;
log_warning("Invalid configuration of queue min writes per interval.");
}
else
log_msg("No configuration of queue min writes per interval, using default.");
}
#ifdef DEBUG
debug( __FUNCTION__, "queue's min writes limit per interval %d.", QueueConfig.minWritesPerInterval);
#endif
// get pacing Interval
result = getConfigValueAsInt(&num, XML_QUEUE_PACING_INTERVAL_PATH, 0, 65536);
if (result == CONFIG_VALID_ENTRY)
QueueConfig.pacingInterval = num;
else{
if (result == CONFIG_INVALID_ENTRY)
{
err = 1;
log_warning("Invalid configuration of queue pacing interval.");
}
else
log_msg("No configuration of queue pacing interval, using default.");
}
#ifdef DEBUG
debug( __FUNCTION__, "queue's pacing interval %d.", QueueConfig.pacingInterval);
#endif
// get log Interval
result = getConfigValueAsInt(&num, XML_QUEUE_LOG_INTERVAL_PATH, 0, 65536);
if (result == CONFIG_VALID_ENTRY)
QueueConfig.logInterval = num;
else{
if (result == CONFIG_INVALID_ENTRY)
{
err = 1;
log_warning("Invalid configuration of queue log interval.");
}
else
log_msg("No configuration of queue log interval, using default.");
}
#ifdef DEBUG
debug( __FUNCTION__, "queue's log interval %d.", QueueConfig.logInterval);
#endif
return err;
};
/*--------------------------------------------------------------------------------------
* Purpose: Read the login control settings from the config file.
* Input: none
* Output: returns 0 on success, 1 on failure
* Kevin Burnett @ November 18, 2008
* -------------------------------------------------------------------------------------*/
int readLoginControlSettings() {
int err = 0;
int result = 0;
int num = 0;
char * addr = NULL;
char * temp = NULL;
// get listen addr and port only if we are not in recovery mode
if(!LoginSettings.recoveryMode){
result = getConfigValueAsAddr(&addr, XML_LOGIN_ADDRESS_PATH, ADDR_PASSIVE);
if (result == CONFIG_VALID_ENTRY){
result = checkAddress(addr, ADDR_PASSIVE);
if(result != ADDR_VALID){
err = 1;
log_warning("Invalid configuration of login listen address.");
} else {
strncpy(LoginSettings.listenAddr, addr, ADDR_MAX_CHARS);
}
free(addr);
}else if ( result == CONFIG_INVALID_ENTRY ){
err = 1;
log_warning("Invalid configuration of login listen address.");
}else{
log_msg("No configuration of login listen address, using default.");
}
#ifdef DEBUG
debug(__FUNCTION__, "Login Control Addr:%s", LoginSettings.listenAddr);
#endif
// get listen port
result = getConfigValueAsInt(&num, XML_LOGIN_PORT_PATH, 1, 65536);
if (result == CONFIG_VALID_ENTRY) {
LoginSettings.listenPort = num;
}else if( result == CONFIG_INVALID_ENTRY ){
err = 1;
log_warning("Invalid configuration of login listen port.");
} else{
log_msg("No configuration of login listen port, using default.");
}
#ifdef DEBUG
debug(__FUNCTION__, "Login listen port set to %d", LoginSettings.listenPort);
#endif
}
// get ACCESS_PASSWORD value
if(getConfigValueAsString(&temp, XML_LOGIN_ACCESS_PASSWORD_PATH, PASSWORD_MAX_CHARS )) {
log_warning("Invalid configuration of Login access password, default value used.");
}
else {
memcpy(LoginSettings.accessPassword, temp, strlen(temp) + 1);
free(temp);
}
// get ENABLE_PASSWORD value
if(getConfigValueAsString(&temp, XML_LOGIN_ENABLE_PASSWORD_PATH, PASSWORD_MAX_CHARS)) {
log_warning("Invalid configuration of Login enable password, default value used.");
}
else {
memcpy(LoginSettings.enablePassword, temp, strlen(temp) + 1);
free(temp);
}
// get the cli ACL
AccessControlList * acl = NULL;
#ifdef DEBUG
char * aclName = NULL;
#endif
result = getConfigValueAsString(&temp, XML_LOGIN_CLI_ACL_PATH, PASSWORD_MAX_CHARS);
if(result==0) {
acl = getACL(temp);
if(acl!=NULL) {
LoginSettings.cliAcl = acl;
#ifdef DEBUG
aclName = acl->name;
#endif
}
free(temp);
}
#ifdef DEBUG
debug(__FUNCTION__, "Command Line Interface Access Control List set to [%s]", aclName);
#endif
// get the client update ACL
acl = NULL;
#ifdef DEBUG
aclName = NULL;
#endif
result = getConfigValueAsString(&temp, XML_LOGIN_CLIENT_UPDATE_ACL_PATH, PASSWORD_MAX_CHARS);
if(result==0) {
acl = getACL(temp);
if(acl!=NULL) {
LoginSettings.clientUpdateAcl = acl;
#ifdef DEBUG
aclName = acl->name;
#endif
}
free(temp);
}
#ifdef DEBUG
debug(__FUNCTION__, "Client Update's Access Control List set to [%s]", aclName);
#endif
// get the client rib ACL
acl = NULL;
#ifdef DEBUG
aclName = NULL;
#endif
result = getConfigValueAsString(&temp, XML_LOGIN_CLIENT_RIB_ACL_PATH, PASSWORD_MAX_CHARS);
if(result==0) {
acl = getACL(temp);
if(acl!=NULL) {
LoginSettings.clientRIBAcl = acl;
#ifdef DEBUG
aclName = acl->name;
#endif
}
free(temp);
}
#ifdef DEBUG
debug(__FUNCTION__, "Client RIB's Access Control List set to [%s]", aclName);
#endif
// get the mrt ACL
acl = NULL;
#ifdef DEBUG
aclName = NULL;
#endif
result = getConfigValueAsString(&temp, XML_LOGIN_MRT_ACL_PATH, PASSWORD_MAX_CHARS);
if(result==0) {
acl = getACL(temp);
if(acl!=NULL) {
LoginSettings.mrtAcl = acl;
#ifdef DEBUG
aclName = acl->name;
#endif
}
free(temp);
}
#ifdef DEBUG
debug(__FUNCTION__, "Mrt's Access Control List set to [%s]", aclName);
#endif
return err;
}
