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configNetParams.h：源码内容

/* configNetParams.h - header for network stack configuration parameters */
/*
*
* The right to copy, distribute, modify or otherwise make use
* of this software may be licensed only pursuant to the terms
* of an applicable Wind River license agreement.
*/
/*
modification history
--------------------
02k,06mar07,kch Added support for dynamic address, IPIKE_MAX_EXCHANGES and
IPIKE_ALLOW_DUPLICATE_SA configuration parameters
to INCLUDE_INTERNET_KEY_EXCHANGE. Als changed default value
for IPNAT_ICMP_MAPPING_TIMEOUT from 5 to 10 seconds
(WIND00089895).
02j,27feb07,kch Removed FTPS_VERSION since it is an internal version string
that should not be made configurable. Changed default value
for IPF_MAX_STATEFUL_MAPPINGS from 100 to 1000. Also added
MIPMN_IPSEC_PROTECTED parameter for mobile node and renamed
MIPMN_IFNAME_LIST macro to MIPMN_IFNAME since only one
interface can be configured at any time in the mobile node
(WIND00089286).
02i,13feb07,dlk Added NETBUF_LEADING_CLSPACE_DRV.
02h,24jan07,kch Added missing IPSSH configuration macros (WIND00086323).
02g,23jan07,kch Added DHCPC_RFC2131_INIT_DELAY, DHCPC_RFC2131_EXP_BACKOFF,
DHCPC_DISCOVER_RETRIES and DHCPC_OFFER_TIMEOUT configuration
macros (WIND00086146).
02f,22jan07.kch Added configuration parameters for PPP username and password
(WIND00085576).
02e,22jan07,kch Renamed radius client configuration macros for ipcom
authentication (WIND00083711).
02d,10jan07,kch Updated default value for PPP_IPCP_PEER_IPV4_ADDRESS and
PPP_IPCP_PEER_IPV4_ADDRESS_POOL.
02c,03jan07,kch Updated IPNET default values based on Jan 03 code drop. Also
removed PPPOE_IF_MAX_SESSIONS_LIST pppoe configuration param.
02b,20dec06,kch Changed INET_MAX_MULTICAST_SOLICIT default value from 0 to 9.
02a,19dec06,kch Changed default telnet port to 23 (was 2323).
01z,11dec06,kch Added configuration parameters for ipftps, ipdhcpc, ipdhcpr
and ipdhcps callback hooks. Also added DHCPS_NETCONF_SYSVAR,
DHCPR_NETCONF_SYSVAR and IPMPLS_FWCONF_SYSVAR.
01y,01dec06,kch Added additional configuration parameters for dhcp6 client,
dns client, sntp client/server and tcp. Also changed
INET_MIN_MTU_SIZE default value to 68 and added configuration
parameter for ipppp action callback hook.
01x,22nov06,kch Added IPCOM_TELNET_AUTH_ENABLED and RADIUS_NAS_IDENTIFIER.
01w,22nov06,kch Removed coreip telnet server.
01v,20oct06,tkf Added packet pool configration components and redefined
the values of the existing ones.
01u,27sep06,kch Added IPMPLS configuration parameters.
01t,27sep06,tkf Set the default value of the IFCONFIG_1 consistent with
that defined in CDF.
01s,23sep06,kch Renamed INCLUDE_IPNET_USE_VRRPD to INCLUDE_IPVRRPD.
01r,22sep06,jfb Added ipsec, ike, and ssh params
01q,19sep06,kch Added mobility support.
01p,18sep06,kch Added IPPPP and IPPPPOE configuration support.
01o,13sep06,tkf Added INCLUDE_IPDHCPC6 and INCLUDE_IPDHCPS6 dependenecies
01n,09sep06,jmt Merge updates together
01m,09sep06,dlk Increase number of 128-byte clusters in data pool, decrease
number of 64-byte clusters.
01l,08sep06,dlk Restore INCLUDE_NET_POOL parameters, with decreased numbers
of M_BLKs/CL_BLKs/clusters, for endEtherAddressForm().
01m,08sep06,kch Removed all defines for the old BOOTCONFIG.
01l,08sep06,kch Restore IP_MAX_UNITS for backward compatibility.
01k,06sep06,dlk Support taking the IPnet interface name from the END device
name.
01j,02sep06,kch Update based on Aug 22, 2006 code drop - added INCLUDE_IPAIP,
INCLUDE_IPPROXYARP and INCLUDE_IPNET6_AUTOCONF_PRIVACY_EXT
configuration parameters (global and per-interface support).
Updated default value for INET_BASE_REACHABLE_TIME and
INET_MAX_MULTICAST_SOLICIT. Also added configuration
parameters for INCLUDE_IPNET_USE_NAT, IPF_FWMAC_RULE_FILE,
DHCPS_DO_ICMP_ADDRESS_CHECK and DHCPS_AUTHORIZED_AGENTS.
01i,28aug06,kch Corrected IPCom authentication configuration support.
01h,24aug06,kch Added INCLUDE_TELNET configuration parameters.
01g,12aug06,kch Added INCLUDE_IPNET_USE_VRRPD configuration parameters. Also
updated INCLUDE_IPRADVD configuration parameters.
01f,09aug06,kch Updated ipsntp, ipdhcpc and ipdnsc configuration parameters.
Guarded iptftp configuration parameters with
INCLUDE_IPTFTP_COMMON instead of INCLUDE_IPTFTPS.
01e,09aug06,kch Modified to define configuration parameter for a component
only if it is not yet defined.
01d,31jul06,kch Added INCLUDE_IFCONFIG and INCLUDE_ROUTECMD configuration
parameters for backward compatibility. Also removed the
unsupported INCLUDE_GETADDRINFO configuration parameter.
01c,28jul06,tlu Added RIPng configuration parameters
01b,22jul06,kch Added RIP configuration parameters.
01a,18jul06,kch Added network components configuration parameters (moved
from configAllNetwork.h).
*/
#ifndef INCconfigNetParamsh
#define INCconfigNetParamsh
/******************************************************************************/
/* */
/* NETWORK STACK CONFIGURATION PARAMETERS */
/* */
/******************************************************************************/
/*
* IP_MAX_UNITS - IP Driver Control Limit
* This parameter defines the maximum number of interfaces attached to the
* IP layer. This parameter remains here for backward compatibility since
* BSPs still using it. The IPNet stack do not use this configuration
* parameter at all.
*/
#ifndef IP_MAX_UNITS
#define IP_MAX_UNITS 4
#endif /* IP_MAX_UNITS */
#ifdef INCLUDE_NET_DAEMON
#ifndef NET_JOB_NUM_CFG
#define NET_JOB_NUM_CFG 85
#endif
#ifndef NET_TASK_PRIORITY
#define NET_TASK_PRIORITY 50
#endif
#ifndef NET_TASK_STACKSIZE
#define NET_TASK_STACKSIZE 10000
#endif
#ifndef NET_TASK_OPTIONS
#define NET_TASK_OPTIONS VX_SUPERVISOR_MODE | VX_UNBREAKABLE
#endif
#endif /* INCLUDE_NET_DAEMON */
#ifdef INCLUDE_GTF
#ifndef GTF_NBRTIMERUNIT_CFG
#define GTF_NBRTIMERUNIT_CFG 7 /* nbrTimerUnit, */
#endif
#ifndef GTF_BINPOWTIMERSLOT_CFG
#define GTF_BINPOWTIMERSLOT_CFG 9 /* binPowTimerSlot, */
#endif
#ifndef GTF_BINPOWGRANSCALE_CFG
#define GTF_BINPOWGRANSCALE_CFG 2 /* binPowGranScale, */
#endif
#ifndef GTF_SIZETIMERFREEQUEUE_CFG
#define GTF_SIZETIMERFREEQUEUE_CFG 100 /* sizeTimerFreeQueue, */
#endif
#ifndef GTF_HZ_CFG
#define GTF_HZ_CFG 10
#endif
#endif /* INCLUDE_GTF */
#ifdef INCLUDE_REMLIB
#ifndef RSH_STDERR_SETUP_TIMEOUT
#define RSH_STDERR_SETUP_TIMEOUT -1
#endif
#endif /* INCLUDE_REMLIB */
#ifdef INCLUDE_MUX_L2
#ifndef MUX_L2_NUM_PORTS_CFG
#define MUX_L2_NUM_PORTS_CFG 16 /* number of ports that the device has */
#endif
#ifndef MUX_L2_MAX_VLANS_CFG
#define MUX_L2_MAX_VLANS_CFG 16 /* max number of 802.1Q VLANs supports */
#endif
#endif /* INCLUDE_MUX_L2 */
#ifdef INCLUDE_QOS_INGRESS
/*
* The following parameter specifies the Job queue that will be used to
* schedule the deferred queue processing job.
*/
#ifndef QOS_JOBQ
#define QOS_JOBQ netJobQueueId /* Ingress QoS Job Queue */
#endif
/*
* The following parameter secifies the the priority at which the deferred
* queue processing job will be scheduled on the Job queue defined by QOS_JOBQ.
* Valid values range from 0 to 31. For correct operation, this value should
* be less than the priority at which the driver receive routine executes.
*/
#ifndef QOS_JOBQ_PRI
#define QOS_JOBQ_PRI NET_TASK_QJOB_PRI - 1 /* Ingress QoS Job Queue priority*/
#endif
/*
* The following parameters specifies the the priority queue on which the packet
* is deferred for processing, if the packet classification routine returns
* QOS_DEFER_PKT with -1 in the priority field. Valid values range from 0 to 31.
*/
#ifndef QOS_DEFAULT_PRI
#define QOS_DEFAULT_PRI 0 /* default priority at which to defer pkts*/
#endif
#endif /* INCLUDE_QOS_INGRESS */
#ifdef INCLUDE_NETBUFLIB
/* Leading cluster pad space for qualifying 'driver' pools. */
#define NETBUF_LEADING_CLSPACE_DRV 64
#endif
#ifdef INCLUDE_NET_POOL
/* System pool */
#ifndef NUM_SYS_MBLKS
#define NUM_SYS_MBLKS 2
#endif
#ifndef NUM_SYS_CLBLKS
#define NUM_SYS_CLBLKS 2
#endif
#ifndef PMA_SYSPOOL
#define PMA_SYSPOOL NULL
#endif
#ifndef PMS_SYSPOOL
#define PMS_SYSPOOL 0
#endif
#ifndef SIZ_SYS_16
#define SIZ_SYS_16 20
#endif
#ifndef NUM_SYS_16
#define NUM_SYS_16 2
#endif
#ifndef PMA_SYS_16
#define PMA_SYS_16 NULL
#endif
#ifndef PMS_SYS_16
#define PMS_SYS_16 0
#endif
#ifndef SIZ_SYS_32
#define SIZ_SYS_32 44
#endif
#ifndef NUM_SYS_32
#define NUM_SYS_32 0
#endif
#ifndef PMA_SYS_32
#define PMA_SYS_32 NULL
#endif
#ifndef PMS_SYS_32
#define PMS_SYS_32 0
#endif
#ifndef SIZ_SYS_64
#define SIZ_SYS_64 96
#endif
#ifndef NUM_SYS_64
#define NUM_SYS_64 0
#endif
#ifndef PMA_SYS_64
#define PMA_SYS_64 NULL
#endif
#ifndef PMS_SYS_64
#define PMS_SYS_64 0
#endif
#ifndef SIZ_SYS_128
#define SIZ_SYS_128 172
#endif
#ifndef NUM_SYS_128
#define NUM_SYS_128 0
#endif
#ifndef PMA_SYS_128
#define PMA_SYS_128 NULL
#endif
#ifndef PMS_SYS_128
#define PMS_SYS_128 0
#endif
#ifndef SIZ_SYS_256
#define SIZ_SYS_256 292
#endif
#ifndef NUM_SYS_256
#define NUM_SYS_256 0
#endif
#ifndef PMA_SYS_256
#define PMA_SYS_256 NULL
#endif
#ifndef PMS_SYS_256
#define PMS_SYS_256 0
#endif
#ifndef SIZ_SYS_512
#define SIZ_SYS_512 664
#endif
#ifndef NUM_SYS_512
#define NUM_SYS_512 0
#endif
#ifndef PMA_SYS_512
#define PMA_SYS_512 NULL
#endif
#ifndef PMS_SYS_512
#define PMS_SYS_512 0
#endif
#ifndef SIZ_SYS_1024
#define SIZ_SYS_1024 1144
#endif
#ifndef NUM_SYS_1024
#define NUM_SYS_1024 2
#endif
#ifndef PMA_SYS_1024
#define PMA_SYS_1024 NULL
#endif
#ifndef PMS_SYS_1024
#define PMS_SYS_1024 0
#endif
#ifndef SIZ_SYS_2048
#define SIZ_SYS_2048 2048
#endif
#ifndef NUM_SYS_2048
#define NUM_SYS_2048 0
#endif
#ifndef PMA_SYS_2048
#define PMA_SYS_2048 NULL
#endif
#ifndef PMS_SYS_2048
#define PMS_SYS_2048 0
#endif
/* Data pool */
#ifndef NUM_DAT_MBLKS
#define NUM_DAT_MBLKS NUM_DAT_CLBLKS
#endif
#ifndef NUM_DAT_CLBLKS
#define NUM_DAT_CLBLKS (NUM_DAT_64 + NUM_DAT_128 + NUM_DAT_256 +
NUM_DAT_512 + NUM_DAT_1024 + NUM_DAT_2048 +
NUM_DAT_4096 + NUM_DAT_8192 + NUM_DAT_16384
+ NUM_DAT_32768 + NUM_DAT_65536)
#endif
#ifndef PMA_DATPOOL
#define PMA_DATPOOL NULL
#endif
#ifndef PMS_DATPOOL
#define PMS_DATPOOL 0
#endif
#ifndef NUM_DAT_64
#define NUM_DAT_64 0
#endif
#ifndef PMA_DAT_64
#define PMA_DAT_64 NULL
#endif
#ifndef PMS_DAT_64
#define PMS_DAT_64 0
#endif
#ifndef NUM_DAT_128
#define NUM_DAT_128 128
#endif
#ifndef PMA_DAT_128
#define PMA_DAT_128 NULL
#endif
#ifndef PMS_DAT_128
#define PMS_DAT_128 0
#endif
#ifndef NUM_DAT_256
#define NUM_DAT_256 4
#endif
#ifndef PMA_DAT_256
#define PMA_DAT_256 NULL
#endif
#ifndef PMS_DAT_256
#define PMS_DAT_256 0
#endif
#ifndef NUM_DAT_512
#define NUM_DAT_512 4
#endif
#ifndef PMA_DAT_512
#define PMA_DAT_512 NULL
#endif
#ifndef PMS_DAT_512
#define PMS_DAT_512 0
#endif
#ifndef NUM_DAT_1024
#define NUM_DAT_1024 4
#endif
#ifndef PMA_DAT_1024
#define PMA_DAT_1024 NULL
#endif
#ifndef PMS_DAT_1024
#define PMS_DAT_1024 0
#endif
#ifndef NUM_DAT_2048
#define NUM_DAT_2048 4
#endif
#ifndef PMA_DAT_2048
#define PMA_DAT_2048 NULL
#endif
#ifndef PMS_DAT_2048
#define PMS_DAT_2048 0
#endif
#ifndef NUM_DAT_4096
#define NUM_DAT_4096 0
#endif
#ifndef PMA_DAT_4096
#define PMA_DAT_4096 0
#endif
#ifndef PMS_DAT_4096
#define PMS_DAT_4096 0
#endif
#ifndef NUM_DAT_8192
#define NUM_DAT_8192 0
#endif
#ifndef PMA_DAT_8192
#define PMA_DAT_8192 0
#endif
#ifndef PMS_DAT_8192
#define PMS_DAT_8192 0
#endif
#ifndef NUM_DAT_16384
#define NUM_DAT_16384 0
#endif
#ifndef PMA_DAT_16384
#define PMA_DAT_16384 0
#endif
#ifndef PMS_DAT_16384
#define PMS_DAT_16384 0
#endif
#ifndef NUM_DAT_32768
#define NUM_DAT_32768 0
#endif
#ifndef PMA_DAT_32768
#define PMA_DAT_32768 0
#endif
#ifndef PMS_DAT_32768
#define PMS_DAT_32768 0
#endif
#ifndef NUM_DAT_65536
#define NUM_DAT_65536 0
#endif
#ifndef PMA_DAT_65536
#define PMA_DAT_65536 0
#endif
#ifndef PMS_DAT_65536
#define PMS_DAT_65536 0
#endif
#endif /* INCLUDE_NET_POOL */
/* SNMP configuration parameters */
#ifndef SNMP_TRACE_LEVEL
#define SNMP_TRACE_LEVEL 0 /* Must be >= 0 and <= 3 with higher */
/* values giving more info and 0 */
/* giving no info */
#endif /* SNMP_TRACE_LEVEL */
/* INCLUDE_SNS || INCLUDE_SNS_MP
|| INCLUDE_SNS_RTP || INCLUDE_SNS_MP_RTP */
#if defined(INCLUDE_SNS_RTP) || defined(INCLUDE_SNS_MP_RTP)
#ifndef SNS_PATHNAME
#define SNS_PATHNAME "/romfs/snsServer.vxe"
#endif
#endif /* INCLUDE_SNS_RTP || INCLUDE_SNS_MP_RTP */
#if defined(INCLUDE_SNS) || defined(INCLUDE_SNS_MP) ||
defined(INCLUDE_SNS_RTP) || defined(INCLUDE_SNS_MP_RTP)
#ifndef SNS_PRIORITY
#define SNS_PRIORITY 50
#endif
#ifndef SNS_STACK_SIZE
#define SNS_STACK_SIZE 20000
#endif
#ifndef SNS_LISTEN_BACKLOG
#define SNS_LISTEN_BACKLOG 5
#endif
#endif /* INCLUDE_SNS || INCLUDE_SNS_MP || INCLUDE_SNS_RTP ... */
#if defined(INCLUDE_SNS_MP) || defined(INCLUDE_SNS_MP_RTP)
#ifndef SNS_DISTRIBUTED_SERVER_TYPE
#define SNS_DISTRIBUTED_SERVER_TYPE 70
#endif
#ifndef SNS_DISTRIBUTED_SERVER_INSTANCE
#define SNS_DISTRIBUTED_SERVER_INSTANCE 1
#endif
#endif /* INCLUDE_SNS_MP || INCLUDE_SNS_MP_RTP */
/* INCLUDE_DSI_POOL buffer pool */
#ifdef INCLUDE_DSI_POOL
#ifndef DSI_NUM_SOCKETS
#define DSI_NUM_SOCKETS 200
#endif
#ifndef DSI_DATA_32
#define DSI_DATA_32 50
#endif
#ifndef DSI_DATA_64
#define DSI_DATA_64 100
#endif
#ifndef DSI_DATA_128
#define DSI_DATA_128 200
#endif
#ifndef DSI_DATA_256
#define DSI_DATA_256 40
#endif
#ifndef DSI_DATA_512
#define DSI_DATA_512 40
#endif
#ifndef DSI_DATA_1K
#define DSI_DATA_1K 10
#endif
#ifndef DSI_DATA_2K
#define DSI_DATA_2K 10
#endif
#ifndef DSI_DATA_4K
#define DSI_DATA_4K 10
#endif
#ifndef DSI_DATA_8K
#define DSI_DATA_8K 10
#endif
#ifndef DSI_DATA_16K
#define DSI_DATA_16K 4
#endif
#ifndef DSI_DATA_32K
#define DSI_DATA_32K 0
#endif
#ifndef DSI_DATA_64K
#define DSI_DATA_64K 0
#endif
#endif /* INCLUDE_DSI_POOL */
/* INCLUDE_TIPC_SOCKET and INCLUDE_TIPC_MEMPOOL buffer pools */
#ifdef INCLUDE_TIPC_SOCKET
#ifndef TIPC_NUM_SOCKETS
#define TIPC_NUM_SOCKETS 200
#endif
#ifndef TIPC_SOCK_RXQ_LIMIT
#define TIPC_SOCK_RXQ_LIMIT 2500
#endif
#endif /* INCLUDE_TIPC_SOCKET */
#ifdef INCLUDE_TIPC_MEMPOOL
#ifndef TIPC_DATA_00064
#define TIPC_DATA_00064 120
#endif
#ifndef TIPC_DATA_00128
#define TIPC_DATA_00128 200
#endif
#ifndef TIPC_DATA_00256
#define TIPC_DATA_00256 40
#endif
#ifndef TIPC_DATA_00512
#define TIPC_DATA_00512 40
#endif
#ifndef TIPC_DATA_01024
#define TIPC_DATA_01024 50
#endif
#ifndef TIPC_DATA_02048
#define TIPC_DATA_02048 20
#endif
#ifndef TIPC_DATA_04096
#define TIPC_DATA_04096 2
#endif
#ifndef TIPC_DATA_08192
#define TIPC_DATA_08192 0
#endif
#ifndef TIPC_DATA_16384
#define TIPC_DATA_16384 0
#endif
#ifndef TIPC_DATA_32768
#define TIPC_DATA_32768 0
#endif
#ifndef TIPC_DATA_65536
#define TIPC_DATA_65536 0
#endif
#endif /* INCLUDE_TIPC_MEMPOOL */
/* INCLUDE_TIPC_CONFIG_STR */
#ifdef INCLUDE_TIPC_CONFIG_STR
#ifndef TIPC_CONFIG_STR
#define TIPC_CONFIG_STR ""
#endif
#endif
/* INCLUDE_TIPC_MEDIA_SM */
#ifndef SM_TIPC_PKT_Q_LEN
#define SM_TIPC_PKT_Q_LEN 0
#endif
#ifndef SM_TIPC_SM_PKT_SIZE
#define SM_TIPC_SM_PKT_SIZE 0
#endif
#ifndef SM_TIPC_NUM_BUF
#define SM_TIPC_NUM_BUF 60
#endif
#if 0
/* INCLUDE_WDB_COMM_END */
#ifndef WDB_END_MTU
#define WDB_END_MTU 1500
#endif
#ifndef WDB_END_DEVICE_NAME
#define WDB_END_DEVICE_NAME NULL
#endif
#ifndef WDB_END_DEVICE_UNIT
#define WDB_END_DEVICE_UNIT NULL
#endif
#endif /* #if 0 */
/******************************************************************************/
/* */
/* IPNET STACK CONFIGURATION */
/* */
/******************************************************************************/
#ifdef INCLUDE_IPCOM_SYSLOGD_CMD
#ifndef IPCOM_SYSLOGD_DEFAULT_PRIORITY
#define IPCOM_SYSLOGD_DEFAULT_PRIORITY IPCOM_LOG_ERR /* Default priority */
#endif
#ifndef IPCOM_SYSLOGD_QUEUE_MAX
#define IPCOM_SYSLOGD_QUEUE_MAX 256 /* maximum queue depth */
#endif
#ifndef IPCOM_SYSLOGD_LOG_FILE
#define IPCOM_SYSLOGD_LOG_FILE IPCOM_FILE_ROOT"syslog" /* log file */
#endif
#endif /* INCLUDE_IPCOM_SYSLOGD_CMD */
#ifdef INCLUDE_IPCOM_AUTH_1
#ifndef AUTH_USER_NAME1
#define AUTH_USER_NAME1 NULL /* User name #1 */
#endif
#ifndef AUTH_USER_PASSWD1
#define AUTH_USER_PASSWD1 NULL /* Password #1 */
#endif
#ifndef AUTH_USER_ID1
#define AUTH_USER_ID1 0 /* Userid #1 */
#endif
#endif /* INCLUDE_IPCOM_AUTH_1 */
#ifdef INCLUDE_IPCOM_AUTH_2
#ifndef AUTH_USER_NAME2
#define AUTH_USER_NAME2 NULL /* User name #2 */
#endif
#ifndef AUTH_USER_PASSWD2
#define AUTH_USER_PASSWD2 NULL /* Password #2 */
#endif
#ifndef AUTH_USER_ID2
#define AUTH_USER_ID2 0 /* Userid #2 */
#endif
#endif /* INCLUDE_IPCOM_AUTH_2 */
#ifdef INCLUDE_IPCOM_AUTH_3
#ifndef AUTH_USER_NAME3
#define AUTH_USER_NAME3 NULL /* User name #3 */
#endif
#ifndef AUTH_USER_PASSWD3
#define AUTH_USER_PASSWD3 NULL /* Password #3 */
#endif
#ifndef AUTH_USER_ID3
#define AUTH_USER_ID3 0 /* Userid #3 */
#endif
#endif /* INCLUDE_IPCOM_AUTH_3 */
#ifdef INCLUDE_IPCOM_AUTH_4
#ifndef AUTH_USER_NAME4
#define AUTH_USER_NAME4 NULL /* User name #4 */
#endif
#ifndef AUTH_USER_PASSWD4
#define AUTH_USER_PASSWD4 NULL /* Password #4 */
#endif
#ifndef AUTH_USER_ID4
#define AUTH_USER_ID4 0 /* Userid #4 */
#endif
#endif /* INCLUDE_IPCOM_AUTH_4 */
#ifdef INCLUDE_IPCOM_AUTH_5
#ifndef AUTH_USER_NAME5
#define AUTH_USER_NAME5 NULL /* User name #5 */
#endif
#ifndef AUTH_USER_PASSWD5
#define AUTH_USER_PASSWD5 NULL /* Password #5 */
#endif
#ifndef AUTH_USER_ID5
#define AUTH_USER_ID5 0 /* Userid #5 */
#endif
#endif /* INCLUDE_IPCOM_AUTH_5 */
#ifdef INCLUDE_IPCOM_AUTH_6
#ifndef AUTH_USER_NAME6
#define AUTH_USER_NAME6 NULL /* User name #6 */
#endif
#ifndef AUTH_USER_PASSWD6
#define AUTH_USER_PASSWD6 NULL /* Password #6 */
#endif
#ifndef AUTH_USER_ID6
#define AUTH_USER_ID6 0 /* Userid #6 */
#endif
#endif /* INCLUDE_IPCOM_AUTH_6 */
#ifdef INCLUDE_IPCOM_USE_AUTH_RADIUS
/* RADIUS client configuration for IPCOM authentication */
#ifndef IPCOM_AUTH_RADIUS_SERVER_DOMAIN
/* RADIUS server domain, IP_AF_INET=2 or IP_AF_INET6=24. */
#define IPCOM_AUTH_RADIUS_SERVER_DOMAIN 2
#endif
#ifndef IPCOM_AUTH_RADIUS_SERVER_IPV4_ADDRESS
#define IPCOM_AUTH_RADIUS_SERVER_IPV4_ADDRESS "10.1.2.1"
#endif
#ifndef IPCOM_AUTH_RADIUS_SERVER_IPV6_ADDRESS
#define IPCOM_AUTH_RADIUS_SERVER_IPV6_ADDRESS "3ffe:300::5"
#endif
#ifndef IPCOM_AUTH_RADIUS_SERVER_PORT
#define IPCOM_AUTH_RADIUS_SERVER_PORT 1812
#endif
#ifndef IPCOM_AUTH_RADIUS_SERVER_SHARE_SECRET
#define IPCOM_AUTH_RADIUS_SERVER_SHARE_SECRET "kallekula123"
#endif
#ifndef IPCOM_AUTH_RADIUS_SERVER_PASSWD_TYPE
/* RADIUS server password type PAP=1, CHAP=2. */
#define IPCOM_AUTH_RADIUS_SERVER_PASSWD_TYPE 1
#endif
#endif /* INCLUDE_IPCOM_USE_AUTH_RADIUS */
#ifdef INCLUDE_IPRADIUS
#ifndef RADIUS_NAS_IDENTIFIER
#define RADIUS_NAS_IDENTIFIER "Wind River example NAS"
#endif
#endif /* INCLUDE_IPRADIUS */
#ifdef INCLUDE_USE_IPCOM_SHELL
#ifndef IPCOM_SHELL_PROMPT
#define IPCOM_SHELL_PROMPT "\i$\V>" /* IPCOM shell prompt */
#endif
#endif /* INCLUDE_USE_IPCOM_SHELL */
/*
* Loopback interface configuration:
* Specifies the loopback interface parameters to be configured when the
* stack is initialized, e.g. "ifname lo0","inet 127.0.0.1/32",
* "inet6 ::1/128","inet6 FF01::1/16".
* The following keywords are recognized.
* (1) "ifname" - specifies the name of loopback interface, e.g. "ifname eth0"
* (2) "inet" - specifies loopback IPv4 address and subnet,
* e.g. "inet 127.0.0.1/32".
* (3) "inet6" - specifies loopback IPv6 address and subnet,
* e.g. "inet6 ::1/128".
*/
#ifdef INCLUDE_IPNET_LOOPBACK_CONFIG
#ifndef IFCONFIG_LOOPBACK
#define IFCONFIG_LOOPBACK "ifname lo0","inet 127.0.0.1/32","inet6 ::1/128","inet6 FF01::1/16"
#endif
#endif /* INCLUDE_IPNET_LOOPBACK_CONFIG */
/*
* IPNet Interface configuration:
* Specifies the interface parameters to be configured when the stack is
* initialized, as a list of attribute-value strings, for example:
* "ifname eth0","devname fei0","gateway driver","inet 10.1.2.100/24",
* "inet6 3ffe:1:2:3::4/64".
* The following keywords are recognized.
* (1) "ifname" - specifies the name of the ethernet interface,
* e.g. "ifname eth0". If the interface name is missing after "ifname",
* the vxWorks END device name will be used.
* (2) "devname" - specifies which driver this interface should
* attach itself, "fei0".
* The default is set to "driver" so that device name is retrieved from
* device boot parameters.
* (3) "inet" - specifies the interface IPv4 address and subnet,
* e.g. "inet 10.1.2.100/24". Intead of IPv4 address, there also exists a
* few special syntaxes: "inet driver" means address and mask should be
* read from the BSP. "inet dhcp" means address and mask should be received
* from a DHCP server. The gateway might also be received from that server
* (depends on the DHCP server configuration). "inet rarp" means address
* and mask should be received from a RARP server. The default is set to
* "driver" so that device name is retrieved from device boot parameters.
* (4) "gateway" - specifies the default gateway used for IPv4, e.g.
* "gateway 10.1.2.1". Only ONE default gateway can be specified.
* "gateway driver" may be used to take the gateway from the boot parameters.
* (5) "inet6" - specifies the interface IPv6 address and subnet, e.g.
* "inet6 3ffe:1:2:3::4/64". The 'tentative' keyword can be inserted before
* the address if the stack should do duplicate address detection on the
* address before assigning it to the interface, e.g.
* "tentative 3ffe:1:2:3::4/64".
* (6) "gateway6" - specifies the default gateway used for IPv6. Only ONE
* default gateway can be specified.
*/
#ifdef INCLUDE_IPNET_IFCONFIG_1
#ifndef IFCONFIG_1
#define IFCONFIG_1 "ifname", "devname driver","inet driver","gateway driver",
"inet6 3ffe:1:2:3::4/64"
#endif
#endif /* INCLUDE_IPNET_IFCONFIG_1 */
#ifdef INCLUDE_IPNET_IFCONFIG_2
#ifndef IFCONFIG_2
#define IFCONFIG_2 NULL
#endif
#endif /* INCLUDE_IPNET_IFCONFIG_2 */
#ifdef INCLUDE_IPNET_IFCONFIG_3
#ifndef IFCONFIG_3
#define IFCONFIG_3 NULL
#endif
#endif /* INCLUDE_IPNET_IFCONFIG_3 */
#ifdef INCLUDE_IPNET_IFCONFIG_4
#ifndef IFCONFIG_4
#define IFCONFIG_4 NULL
#endif
#endif /* INCLUDE_IPNET_IFCONFIG_4 */
/*
* IPNET packet pool configuration:
* Defines the number of packets of each size that IPNET will add to its
* packet pool in term of count-size-priority entries. The size given is
* for IP and higher layer protocols, i.e. the link layer header is not
* included = the MTU.
* The size of packet pool is defined in bytes.
* The priority level for the packet pool defines the lowest priority the
* caller must have to be able to allocate packet out of a given pool.
* Acceptable priority level is 0 (min) to 10 (max).
*
*/
#ifdef INCLUDE_IPNET_PACKET_POOL_1
#ifndef NUM_POOL_1
#define NUM_POOL_1 10
#endif
#ifndef SIZE_POOL_1
#define SIZE_POOL_1 64
#endif
#ifndef MIN_PRIO_POOL_1
#define MIN_PRIO_POOL_1 0
#endif
#endif /* INCLUDE_IPNET_PACKET_POOL_1 */
#ifdef INCLUDE_IPNET_PACKET_POOL_2
#ifndef NUM_POOL_2
#define NUM_POOL_2 40
#endif
#ifndef SIZE_POOL_2
#define SIZE_POOL_2 128
#endif
#ifndef MIN_PRIO_POOL_2
#define MIN_PRIO_POOL_2 0
#endif
#endif /* INCLUDE_IPNET_PACKET_POOL_2 */
#ifdef INCLUDE_IPNET_PACKET_POOL_3
#ifndef NUM_POOL_3
#define NUM_POOL_3 25
#endif
#ifndef SIZE_POOL_3
#define SIZE_POOL_3 256
#endif
#ifndef MIN_PRIO_POOL_3
#define MIN_PRIO_POOL_3 0
#endif
#endif /* INCLUDE_IPNET_PACKET_POOL_3 */
#ifdef INCLUDE_IPNET_PACKET_POOL_4
#ifndef NUM_POOL_4
#define NUM_POOL_4 50
#endif
#ifndef SIZE_POOL_4
#define SIZE_POOL_4 512
#endif
#ifndef MIN_PRIO_POOL_4
#define MIN_PRIO_POOL_4 0
#endif
#endif /* INCLUDE_IPNET_PACKET_POOL_4 */
#ifdef INCLUDE_IPNET_PACKET_POOL_5
#ifndef NUM_POOL_5
#define NUM_POOL_5 90
#endif
#ifndef SIZE_POOL_5
#define SIZE_POOL_5 1500
#endif
#ifndef MIN_PRIO_POOL_5
#define MIN_PRIO_POOL_5 0
#endif
#endif /* INCLUDE_IPNET_PACKET_POOL_5 */
#ifdef INCLUDE_IPNET_PACKET_POOL_6
#ifndef NUM_POOL_6
#define NUM_POOL_6 5
#endif
#ifndef SIZE_POOL_6
#define SIZE_POOL_6 (10000)
#endif
#ifndef MIN_PRIO_POOL_6
#define MIN_PRIO_POOL_6 0
#endif
#endif /* INCLUDE_IPNET_PACKET_POOL_6 */
#ifdef INCLUDE_IPNET_PACKET_POOL_7
#ifndef NUM_POOL_7
#define NUM_POOL_7 1
#endif
#ifndef SIZE_POOL_7
#define SIZE_POOL_7 (20000)
#endif
#ifndef MIN_PRIO_POOL_7
#define MIN_PRIO_POOL_7 0
#endif
#endif /* INCLUDE_IPNET_PACKET_POOL_7 */
#ifdef INCLUDE_IPNET_PACKET_POOL_8
#ifndef NUM_POOL_8
#define NUM_POOL_8 1
#endif
#ifndef SIZE_POOL_8
#define SIZE_POOL_8 (30000)
#endif
#ifndef MIN_PRIO_POOL_8
#define MIN_PRIO_POOL_8 0
#endif
#endif /* INCLUDE_IPNET_PACKET_POOL_8 */
#ifdef INCLUDE_IPNET_PACKET_POOL_9
#ifndef NUM_POOL_9
#define NUM_POOL_9 1
#endif
#ifndef SIZE_POOL_9
#define SIZE_POOL_9 (40000)
#endif
#ifndef MIN_PRIO_POOL_9
#define MIN_PRIO_POOL_9 0
#endif
#endif /* INCLUDE_IPNET_PACKET_POOL_9 */
#ifdef INCLUDE_IPNET_PACKET_POOL_10
#ifndef NUM_POOL_10
#define NUM_POOL_10 1
#endif
#ifndef SIZE_POOL_10
#define SIZE_POOL_10 (50000)
#endif
#ifndef MIN_PRIO_POOL_10
#define MIN_PRIO_POOL_10 0
#endif
#endif /* INCLUDE_IPNET_PACKET_POOL_10 */
#ifdef INCLUDE_IPNET_PACKET_POOL_11
#ifndef NUM_POOL_11
#define NUM_POOL_10 1
#endif
#ifndef SIZE_POOL_11
#define SIZE_POOL_11 (66000)
#endif
#ifndef MIN_PRIO_POOL_11
#define MIN_PRIO_POOL_11 0
#endif
#endif /* INCLUDE_IPNET_PACKET_POOL_11 */
#ifdef INCLUDE_IPNET
#ifndef IPNET_MAX_INPUT_PKTS
#define IPNET_MAX_INPUT_PKTS 32
#endif
#ifndef IPNET_REASSEMBLY_TIMEOUT
#define IPNET_REASSEMBLY_TIMEOUT 15
#endif
#ifndef IPNET_CACHE_BUFSIZE
#define IPNET_CACHE_BUFSIZE 0
#endif
#endif /* INCLUDE_IPNET */
#ifdef INCLUDE_IPCOM_USE_INET
#ifndef INET_MIN_MTU_SIZE
#define INET_MIN_MTU_SIZE 68 /* Minimum mtu size */
#endif
#ifndef INET_BASE_HOP_LIMIT
#define INET_BASE_HOP_LIMIT "64" /* Base hop limit */
#endif
#ifndef INET_MAX_PKTS_PENDING
#define INET_MAX_PKTS_PENDING "3" /* Maximum pending packets */
#endif
#ifndef INET_MAX_UNICAST_SOLICIT
#define INET_MAX_UNICAST_SOLICIT "1" /* Maximum unicast solicit */
#endif
#ifndef INET_MAX_MULTICAST_SOLICIT
#define INET_MAX_MULTICAST_SOLICIT "9" /* Maximum multicast solicit */
#endif
#ifndef INET_MAX_APP_SOLICIT
#define INET_MAX_APP_SOLICIT "1" /* Maximum application solicit */
#endif
#ifndef INET_BASE_REACHABLE_TIME
#define INET_BASE_REACHABLE_TIME "3600" /* Base reachable time */
#endif
#ifndef INET_BASE_RETRANSMIT_TIME
#define INET_BASE_RETRANSMIT_TIME "1" /* Base retransmit time */
#endif
#ifndef INET_DELAY_FIRST_PROBE_TIME
#define INET_DELAY_FIRST_PROBE_TIME "5" /* Delay first probe time */
#endif
#ifndef INET_NBR_CACHE_TO_LIVE_TIME
#define INET_NBR_CACHE_TO_LIVE_TIME "1200" /* Neighbor cache to live */
#endif
#ifndef INET_DST_CACHE_TO_LIVE_TIME
#define INET_DST_CACHE_TO_LIVE_TIME "300" /* Destination cache to live */
#endif
#ifndef INET_ICMP_RATE_LIMIT_BUCKET_SIZE
#define INET_ICMP_RATE_LIMIT_BUCKET_SIZE "10" /* Icmp rate limit bucket size */
#endif
#ifndef INET_ICMP_RATE_LIMIT_INTERVAL
#define INET_ICMP_RATE_LIMIT_INTERVAL "100" /* Icmp rate limit interval */
#endif
#ifndef INET_ICMP_REDIRECT_SEND
#define INET_ICMP_REDIRECT_SEND "2" /* Icmp redirect send */
#endif
#ifndef INET_ICMP_REDIRECT_RECEIVE
#define INET_ICMP_REDIRECT_RECEIVE "1" /* Icmp redirect receive */
#endif
#ifndef INET_ICMP_IGNORE_ECHO_REQ
#define INET_ICMP_IGNORE_ECHO_REQ "0" /* Icmp ignore echo request */
#endif
#ifndef INET_ICMP_IGNORE_TIMESTAMP_REQ
#define INET_ICMP_IGNORE_TIMESTAMP_REQ "0" /* Icmp ignore timestamp reqeust */
#endif
#ifndef INET_ICMP_SEND_TIME_EXCEEDED
#define INET_ICMP_SEND_TIME_EXCEEDED "1" /* Icmp send time exceeded */
#endif
#ifndef INET_ICMP_SEND_DST_UNREACHABLE
#define INET_ICMP_SEND_DST_UNREACHABLE "1" /* Icmp send dest unreachable */
#endif
#ifdef INCLUDE_IPPROXYARP
#ifndef INET_ENABLE_PROXY_ARP
#define INET_ENABLE_PROXY_ARP "0" /* Enable network proxy ARP */
#endif
#ifndef INET_AUTO_PROXY_ARP
#define INET_AUTO_PROXY_ARP "0" /* Auto proxy ARP */
#endif
/*
* != 0 if the stack shall do proxy arping for network routes tagged with
* the proxy arp flag. This parameter can be configure on a per-interface
* basis in the form of "<ifparam>=<value>". Each pair of
* "<ifparam>=<value>" is semicolon separated. E.g, "eth0=1".
*/
#ifndef INET_IFLIST_ENABLE_PROXY_ARP
#define INET_IFLIST_ENABLE_PROXY_ARP ""
#endif
/*
* != 0 if the stack automatically shall tag all interface address network
* routes as proxy arp. This parameter can be configure on a per-interface
* basis in the form of "<ifparam>=<value>". Each pair of
* "<ifparam>=<value>" is semicolon separated. E.g, "eth0=1"
*/
#ifndef INET_IFLIST_AUTO_PROXY_ARP
#define INET_IFLIST_AUTO_PROXY_ARP ""
#endif
#endif /* INCLUDE_IPPROXYARP */
#ifdef INCLUDE_IPAIP
/*
* INET_IPAIP_IFNAME_LIST - autoIP interface list
* A space-separated list of interfaces that can configure a link-local
* IPv4, e.g. "eth0 eth1".
*/
#ifndef INET_IPAIP_IFNAME_LIST
#define INET_IPAIP_IFNAME_LIST ""
#endif
/*
* The following configuration parameters support RFC3927, Dynamic
* Configuration of IPv4 Link-Local Addresses. These configuration
* parameters are only meaningful if IPNET is compiled with the
* IPNET_USE_RFC3927 directive.
*/
#ifdef INCLUDE_IPAIP_GLOBAL_CONFIGS
#ifndef INET_IPAIP_PROBE_WAIT
#define INET_IPAIP_PROBE_WAIT "1"
#endif
#ifndef INET_IPAIP_PROBE_NUM
#define INET_IPAIP_PROBE_NUM "3"
#endif
#ifndef INET_IPAIP_PROBE_MIN
#define INET_IPAIP_PROBE_MIN "1"
#endif
#ifndef INET_IPAIP_PROBE_MAX
#define INET_IPAIP_PROBE_MAX "3"
#endif
#ifndef INET_IPAIP_ANNOUNCE_WAIT
#define INET_IPAIP_ANNOUNCE_WAIT "2"
#endif
#ifndef INET_IPAIP_ANNOUNCE_NUM
#define INET_IPAIP_ANNOUNCE_NUM "2"
#endif
#ifndef INET_IPAIP_ANNOUNCE_INTERVAL
#define INET_IPAIP_ANNOUNCE_INTERVAL "2"
#endif
#ifndef INET_IPAIP_MAX_CONFLICTS
#define INET_IPAIP_MAX_CONFLICTS "10"
#endif
#ifndef INET_IPAIP_RATE_LIMIT_INTERVAL
#define INET_IPAIP_RATE_LIMIT_INTERVAL "60"
#endif
#ifndef INET_IPAIP_DEFEND_INTERVAL
#define INET_IPAIP_DEFEND_INTERVAL "10"
#endif
#endif /* INCLUDE_IPAIP_GLOBAL_CONFIGS */
#ifdef INCLUDE_IPAIP_INTERFACE_CONFIGS
/*
* INET_IPAIP_IFLIST_PROBE_WAIT - autoIP probe wait time
* Time (in seconds) the host will wait before creating a link local IPv4
* and start checking it for uniqueness. This parameter can be specified
* for each interface specified in the INET_IPAIP_IFNAME_LIST in the form
* of "<ifparam>=<value>". Each pair of "<ifparam>=<value>" is semicolon
* separated. E.g, "eth0=1".
*/
#ifndef INET_IPAIP_IFLIST_PROBE_WAIT
#define INET_IPAIP_IFLIST_PROBE_WAIT ""
#endif
/*
* INET_IPAIP_IFLIST_PROBE_NUM - autoIP probe count
* Number of times a link local address is checked for uniqness before being
* assigned. This parameter can be specified for each interface specified in
* the INET_IPAIP_IFNAME_LIST in the form of "<ifparam>=<value>". Each pair
* of "<ifparam>=<value>" is semicolon separated. E.g, "eth0=3".
*/
#ifndef INET_IPAIP_IFLIST_PROBE_NUM
#define INET_IPAIP_IFLIST_PROBE_NUM ""
#endif
/*
* INET_IPAIP_IFLIST_PROBE_MIN - autoIP min problem time
* The minimum time (in seconds) where the next probe is sent. This parameter
* can be specified for each interface specified in the INET_IPAIP_IFNAME_LIST
* in the form of "<ifparam>=<value>". Each pair of "<ifparam>=<value>" is
* semicolon separated. E.g, "eth0=1".
*/
#ifndef INET_IPAIP_IFLIST_PROBE_MIN
#define INET_IPAIP_IFLIST_PROBE_MIN ""
#endif
/*
* INET_IPAIP_IFLIST_PROBE_MAX - autoIP max problem time
* The maximum time (in seconds) where the next probe is sent. This parameter
* can be specified for each interface specified in the INET_IPAIP_IFNAME_LIST
* in the form of "<ifparam>=<value>". Each pair of "<ifparam>=<value>" is
* semicolon separated. E.g, "eth0=3".
*/
#ifndef INET_IPAIP_IFLIST_PROBE_MAX
#define INET_IPAIP_IFLIST_PROBE_MAX ""
#endif
/*
* INET_IPAIP_IFLIST_ANNOUNCE_WAIT - autoIP announce wait time
* The time to wait (in seconds) before the assigned IPv4 address is
* announced. This parameter can be specified for each interface specified in
* the INET_IPAIP_IFNAME_LIST in the form of "<ifparam>=<value>". Each pair
* of "<ifparam>=<value>" is semicolon separated. E.g, "eth0=2".
*/
#ifndef INET_IPAIP_IFLIST_ANNOUNCE_WAIT
#define INET_IPAIP_IFLIST_ANNOUNCE_WAIT ""
#endif
/*
* INET_IPAIP_IFLIST_ANNOUNCE_NUM - autoIP number of announcements
* The number of announcements to send. This parameter can be specified for
* each interface specified in the INET_IPAIP_IFNAME_LIST in the form of
* "<ifparam>=<value>". Each pair of "<ifparam>=<value>" is semicolon
* separated. E.g, "eth0=2".
*/
#ifndef INET_IPAIP_IFLIST_ANNOUNCE_NUM
#define INET_IPAIP_IFLIST_ANNOUNCE_NUM ""
#endif
/*
* INET_IPAIP_IFLIST_ANNOUNCE_INTERVAL - autoIP announcements interval
* The number of seconds between announcements. This parameter can be
* specified for each interface specified in the INET_IPAIP_IFNAME_LIST in
* the form of "<ifparam>=<value>". Each pair of "<ifparam>=<value>" is
* semicolon separated. E.g, "eth0=2".
*/
#ifndef INET_IPAIP_IFLIST_ANNOUNCE_INTERVAL
#define INET_IPAIP_IFLIST_ANNOUNCE_INTERVAL ""
#endif
/*
* INET_IPAIP_IFLIST_MAX_CONFLICTS - autoIP max conflicts
* Max conflicts before rate limiting. This parameter can be specified for
* each interface specified in the INET_IPAIP_IFNAME_LIST in the form of
* "<ifparam>=<value>". Each pair of "<ifparam>=<value>" is semicolon
* separated. E.g, "eth0=10".
*/
#ifndef INET_IPAIP_IFLIST_MAX_CONFLICTS
#define INET_IPAIP_IFLIST_MAX_CONFLICTS ""
#endif
/*
* INET_IPAIP_IFLIST_RATE_LIMIT_INTERVAL - autoIP rate limit interval
* Delay between successive attempts. This parameter can be specified for
* each interface specified in the INET_IPAIP_IFNAME_LIST in the form of
* "<ifparam>=<value>". Each pair of "<ifparam>=<value>" is semicolon
* separated. E.g, "eth0=60".
*/
#ifndef INET_IPAIP_IFLIST_RATE_LIMIT_INTERVAL
#define INET_IPAIP_IFLIST_RATE_LIMIT_INTERVAL ""
#endif
/*
* INET_IPAIP_IFLIST_DEFEND_INTERVAL - autoIP defensive interval
* Minimum interval between defensive ARPs. This parameter can be specified
* for each interface specified in the INET_IPAIP_IFNAME_LIST in the form
* of "<ifparam>=<value>". Each pair of "<ifparam>=<value>" is semicolon
* separated. E.g, "eth0=10".
*/
#ifndef INET_IPAIP_IFLIST_DEFEND_INTERVAL
#define INET_IPAIP_IFLIST_DEFEND_INTERVAL ""
#endif
#endif /* INCLUDE_IPAIP_INTERFACE_CONFIGS */
#endif /* INCLUDE_IPAIP */
#endif /* INCLUDE_IPCOM_USE_INET */
#ifdef INCLUDE_IPCOM_USE_INET6
#ifndef INET6_MIN_MTU_SIZE
#define INET6_MIN_MTU_SIZE 1280 /* Minimum mtu size */
#endif
#ifndef INET6_BASE_HOP_LIMIT
#define INET6_BASE_HOP_LIMIT "64" /* Base hop limit */
#endif
#ifndef INET6_MAX_PKTS_PENDING
#define INET6_MAX_PKTS_PENDING "3" /* Maximum pending packets */
#endif
#ifndef INET6_MAX_UNICAST_SOLICIT
#define INET6_MAX_UNICAST_SOLICIT "3" /* Maximum unicast solicit */
#endif
#ifndef INET6_MAX_MULTICAST_SOLICIT
#define INET6_MAX_MULTICAST_SOLICIT "0" /* Maximum multicast solicit */
#endif
#ifndef INET6_MAX_APP_SOLICIT
#define INET6_MAX_APP_SOLICIT "1" /* Maximum application solicit */
#endif
#ifndef INET6_DAD_TRANSMITS
#define INET6_DAD_TRANSMITS "1" /* Number DAD transmits */
#endif
#ifndef INET6_BASE_REACHABLE_TIME
#define INET6_BASE_REACHABLE_TIME "30" /* Base reachable time */
#endif
#ifndef INET6_BASE_RETRANSMIT_TIME
#define INET6_BASE_RETRANSMIT_TIME "1" /* Base retransmit time */
#endif
#ifndef INET6_DELAY_FIRST_PROBE_TIME
#define INET6_DELAY_FIRST_PROBE_TIME "5" /* Delay first probe time */
#endif
#ifndef INET6_NBR_CACHE_TO_LIVE_TIME
#define INET6_NBR_CACHE_TO_LIVE_TIME "1200" /* Neighbor cache to live */
#endif
#ifndef INET6_DST_CACHE_TO_LIVE_TIME
#define INET6_DST_CACHE_TO_LIVE_TIME "300" /* Destination cache to live */
#endif
#ifndef INET6_ROUTER_LIFETIME
#define INET6_ROUTER_LIFETIME "1800" /* Router lifetime */
#endif
#ifndef INET6_ICMP_RATE_LIMIT_BUCKET_SIZE
#define INET6_ICMP_RATE_LIMIT_BUCKET_SIZE "10" /* Icmp rate limit bucket size */
#endif
#ifndef INET6_ICMP_RATE_LIMIT_INTERVAL
#define INET6_ICMP_RATE_LIMIT_INTERVAL "1000" /* Icmp rate limit interval */
#endif
#ifndef INET6_ICMP_REDIRECT_SEND
#define INET6_ICMP_REDIRECT_SEND "2" /* Icmp redirect send */
#endif
#ifndef INET6_ICMP_REDIRECT_RECEIVE
#define INET6_ICMP_REDIRECT_RECEIVE "1" /* Icmp redirect receive */
#endif
#ifndef INET6_ICMP_IGNORE_ECHO_REQ
#define INET6_ICMP_IGNORE_ECHO_REQ "0" /* Icmp ignore echo request */
#endif
#ifndef INET6_ICMP_SEND_TIME_EXCEEDED
#define INET6_ICMP_SEND_TIME_EXCEEDED "1" /* Icmp send time exceeded */
#endif
#ifndef INET6_ICMP_SEND_DST_UNREACHABLE
#define INET6_ICMP_SEND_DST_UNREACHABLE "1" /* Icmp send dest unreachable */
#endif
#ifndef INET6_ACCEPT_RTADV
#define INET6_ACCEPT_RTADV "1" /* Accept router adv message*/
#endif
#ifndef INET6_AUTO_CONFIG
#define INET6_AUTO_CONFIG "1" /* Auto config IPv6 address */
#endif
#ifdef INCLUDE_IPNET6_AUTOCONF_PRIVACY_EXT
/*
* The following configuration parameters support RFC3041, Privacy Extensions
* for Stateless Address Autoconfiguration in IPv6. These configuration
* parameters are only meaningful if IPNET is compiled with the
* IPNET_USE_RFC3401 directive.
*/
#ifdef INCLUDE_IPNET6_PRIVACY_GLOBAL_CONFIGS
#ifndef INET6_ENABLE_PRIVACY_EXTENSONS
#define INET6_ENABLE_PRIVACY_EXTENSONS "1" /* enabled */
#endif
#ifndef INET6_TEMP_VALID_LIFETIME
#define INET6_TEMP_VALID_LIFETIME "604800" /* 1 week */
#endif
#ifndef INET6_TEMP_PREFERRED_LIFETIME
#define INET6_TEMP_PREFERRED_LIFETIME "86400" /* 1 day */
#endif
#ifndef INET6_REGEN_ADVANCE
#define INET6_REGEN_ADVANCE "30" /* 30 seconds */
#endif
#endif /* INCLUDE_IPNET6_PRIVACY_GLOBAL_CONFIGS */
#ifdef INCLUDE_IPNET6_PRIVACY_INTERFACE_CONFIGS
/*
* Enable/disable privacy extensions. This parameter can be configure on
* a per-interface basis in the form of "<ifparam>=<value>". Each pair
* of "<ifparam>=<value>" is semicolon separated. E.g, "eth0=1".
*/
#ifndef INET6_IFLIST_ENABLE_PRIVACY_EXTENSONS
#define INET6_IFLIST_ENABLE_PRIVACY_EXTENSONS ""
#endif
/*
* Maximum lifetime, in seconds, of temporary addresses. default: 1 week
* This parameter can be configure on a per-interface basis in the form
* of "<ifparam>=<value>". Each pair of "<ifparam>=<value>" is semicolon
* separated. E.g, "eth0=604800".
*/
#ifndef INET6_IFLIST_TEMP_VALID_LIFETIME
#define INET6_IFLIST_TEMP_VALID_LIFETIME ""
#endif
/*
* Maximum preferred time, in seconds, of temporary addresses.
* default: 1 day
* This parameter can be configure on a per-interface basis in the form
* of "<ifparam>=<value>". Each pair of "<ifparam>=<value>" is semicolon
* separated. E.g, "eth0=86400".
*/
#ifndef INET6_IFLIST_TEMP_PREFERRED_LIFETIME
#define INET6_IFLIST_TEMP_PREFERRED_LIFETIME ""
#endif
/*
* Number of seconds before the current temprary address goes non-preferred,
* that a new address will be generated.
* default: 5 seconds by RFC, but that is very tight so 30 seconds is
* used instead.
* This parameter can be configure on a per-interface basis in the form
* of "<ifparam>=<value>". Each pair of "<ifparam>=<value>" is semicolon
* separated. E.g, "eth0=30".
*/
#ifndef INET6_IFLIST_REGEN_ADVANCE
#define INET6_IFLIST_REGEN_ADVANCE ""
#endif
#endif /* INCLUDE_IPNET6_PRIVACY_INTERFACE_CONFIGS */
#endif /* INCLUDE_IPNET6_AUTOCONF_PRIVACY_EXT */
#endif /* INCLUDE_IPCOM_USE_INET6 */
#ifdef INCLUDE_IPMCP
#ifndef MCP_UPSTREAM_IFNAME
#define MCP_UPSTREAM_IFNAME NULL /* Upstream interface name */
#endif
#ifndef MCP_DOWNSTREAM_IFNAMES
#define MCP_DOWNSTREAM_IFNAMES NULL /* Downstream interface names */
#endif
#ifndef MCP_ROBUSTNESS_VAR
#define MCP_ROBUSTNESS_VAR "2" /* Multicast router robustness var */
#endif
#ifndef MCP_QUERY_INTERVAL
#define MCP_QUERY_INTERVAL "125" /* Multicast router query interval, sec*/
#endif
#ifndef MCP_QUERY_RESP_INTERVAL
#define MCP_QUERY_RESP_INTERVAL "10000" /* Multicast router query resp, msec*/
#endif
#ifndef MCP_LAST_LISTERNER_QUERY_INTERVAL
#define MCP_LAST_LISTERNER_QUERY_INTERVAL "1000" /* Multicast last listener query, msec */
#endif
#endif /* INCLUDE_IPMCP */
#ifdef INCLUDE_IPNET_USE_NAT
#ifndef IPNAT_ICMP_MAPPING_TIMEOUT
#define IPNAT_ICMP_MAPPING_TIMEOUT "10"
#endif
#ifndef IPNAT_UDP_MAPPING_TIMEOUT
#define IPNAT_UDP_MAPPING_TIMEOUT "60"
#endif
#ifndef IPNAT_TCP_MAPPING_TIMEOUT
#define IPNAT_TCP_MAPPING_TIMEOUT "432000"
#endif
#ifndef IPNAT_OTHER_MAPPING_TIMEOUT
#define IPNAT_OTHER_MAPPING_TIMEOUT "60"
#endif
#ifndef IPNAT_MAX_MAPPING
#define IPNAT_MAX_MAPPING "1000"
#endif
#ifndef IPNAT_AUTOPORT_START_INTERVAL
#define IPNAT_AUTOPORT_START_INTERVAL "29000"
#endif
#ifndef IPNAT_AUTOPORT_END_INTERVAL
#define IPNAT_AUTOPORT_END_INTERVAL "29999"
#endif
#endif /* INCLUDE_IPNET_USE_NAT */
#ifdef INCLUDE_IPPPP
#ifndef PPP_DEFAULT_BAUDRATE
#define PPP_DEFAULT_BAUDRATE "9600" /* Initial baudrate */
#endif
#ifndef PPP_RUNMODE
#define PPP_RUNMODE "start,passive,wincompat" /* runmode */
#endif
#ifndef PPP_FLAGS
#define PPP_FLAGS "proxyarp" /* PPP flags */
#endif
#ifndef PPP_AUTH_MODES
#define PPP_AUTH_MODES "noauth" /* Authentication mode */
#endif
#ifndef PPP_LCP_MRU
#define PPP_LCP_MRU "1500" /* LCP maximum receive unit */
#endif
#ifndef PPP_LCP_MTU
#define PPP_LCP_MTU "1500" /* LCP maximum transmit unit */
#endif
#ifndef PPP_LCP_ECHO_REQ_INTERVAL
#define PPP_LCP_ECHO_REQ_INTERVAL "60" /* LCP echo requests interval */
#endif
#ifndef PPP_LCP_ECHO_REQ_FAILURE
#define PPP_LCP_ECHO_REQ_FAILURE "5" /* Echo failure */
#endif
#ifndef PPP_IPCP_IPV4_ADDRESS
#define PPP_IPCP_IPV4_ADDRESS "0.0.0.0" /* Local IPv4 address */
#endif
#ifndef PPP_IPCP_PEER_IPV4_ADDRESS
#define PPP_IPCP_PEER_IPV4_ADDRESS "10.1.4.1" /* Peer IPv4 address */
#endif
#ifndef PPP_IPCP_PEER_IPV4_POOL_NAME
#define PPP_IPCP_PEER_IPV4_POOL_NAME "default" /* Peer IPv4 addr pool name */
#endif
#ifndef PPP_IPCP_PEER_IPV4_ADDRESS_POOL
#define PPP_IPCP_PEER_IPV4_ADDRESS_POOL "10.1.3.1-10.1.3.255" /* Peer IPv4 address pool */
#endif
#ifndef PPP_USERNAME
#define PPP_USERNAME "ppp"
#endif
#ifndef PPP_PASSWD
#define PPP_PASSWD "kallekula"
#endif
#ifndef PPP_IPCP_PRIMARY_DNS_ADDRESS
#define PPP_IPCP_PRIMARY_DNS_ADDRESS "" /* Primary DNS Address */
#endif
#ifndef PPP_IPCP_SECONDARY_DNS_ADDRESS
#define PPP_IPCP_SECONDARY_DNS_ADDRESS "" /* Secondary DNS Address */
#endif
#ifndef PPP_IPCP_PRIMARY_NBNS_ADDRESS
#define PPP_IPCP_PRIMARY_NBNS_ADDRESS "" /* Primary NBNS Address */
#endif
#ifndef PPP_IPCP_SECONDARY_NBNS_ADDRESS
#define PPP_IPCP_SECONDARY_NBNS_ADDRESS "" /* Secondary NBNS Address */
#endif
/*
* PPP_INSTALL_CALLBACK_HOOK - install user-defined PPP callback routine
* Determine if the user-defined PPP action callback routine as specified
* by the macro PPP_ACTION_CALLBACK_HOOK should be installed. If FALSE, the
* PPP_ACTION_CALLBACK_HOOK configuration is not applicable.
*/
#ifndef PPP_INSTALL_CALLBACK_HOOK
#define PPP_INSTALL_CALLBACK_HOOK FALSE
#endif
/*
* PPP_ACTION_CALLBACK_HOOK - user-defined PPP action callback routine
* User-defined PPP action callback routine. In order for PPP to function,
* this callback function used by PPP must be implemented to handle
* various PPP actions like init, startup, peer IPv4 address requests,
* Peer Authentication login etc. If not specified, the internal PPP
* action callback routine will be used. The PPP_INSTALL_CALLBACK_HOOK
* must also be set to TRUE in order to install this callback hook.
*/
#ifndef PPP_ACTION_CALLBACK_HOOK
#define PPP_ACTION_CALLBACK_HOOK NULL /* PPP action callback routine */
#endif
#ifdef INCLUDE_IPPPP_INTERFACE_CONFIG
/*
* PPP_IF_DEFAULT_BAUDRATE_LIST - Initial baudrate
* Interface initial baudrate. This parameter is configurable on a
* per-interface basis in the form of "<ifparam>=<value>", each separated
* from the other by a semicolon. E.g, "ppp0=38400;ppp1=38400".
*/
#ifndef PPP_IF_DEFAULT_BAUDRATE_LIST
#define PPP_IF_DEFAULT_BAUDRATE_LIST ""
#endif
/*
* PPP_IF_RUNMODE_LIST - Interface runmode
* Specifies one or more runmode options on an interface. Possible runmode
* options are "start", "passive" and "exit". This parameter is configurable
* on a per-interface basis in the form of "<ifparam>=<value>", each separated
* from the other by a semicolon. E.g, "ppp0=start,passive".
*/
#ifndef PPP_IF_RUNMODE_LIST
#define PPP_IF_RUNMODE_LIST ""
#endif
/*
* PPP_IF_FLAGS_LIST - Interface PPP flags.
* Specifies one or more flag behavioural options on an interface. Possible
* flags options are "defaultroute" and "proxyarp". This parameter is
* configurable on a per-interface basis in the form of "<ifparam>=<value>",
* each separated from the other by a semicolon.
* E.g, "ppp0=proxyarp;ppp1=proxyarp".
*/
#ifndef PPP_IF_FLAGS_LIST
#define PPP_IF_FLAGS_LIST ""
#endif
/*
* PPP_IF_AUTH_MODES_LIST - Authentication mode
* Configures the required authentication modes. There are currently six
* authentication options defined - "auth", "noauth", "pap", "refuse-pap",
* "chap", and "refuse-chap". This parameter is configurable on a
* per-interface basis in the form of "<ifparam>=<value>", each separated
* from the other by a semicolon. E.g. "ppp0=chap;ppp1=pap".
*/
#ifndef PPP_IF_AUTH_MODES_LIST
#define PPP_IF_AUTH_MODES_LIST ""
#endif
/*
* PPP_IF_LCP_MRU_LIST - LCP maximum receive unit
* This parameter is configurable on a per-interface basis in the form of
* "<ifparam>=<value>", each separated from the other by a semicolon.
* E.g, "ppp0=1500;ppp1=1500".
*/
#ifndef PPP_IF_LCP_MRU_LIST
#define PPP_IF_LCP_MRU_LIST ""
#endif
/*
* PPP_IF_LCP_MTU_LIST - Interface LCP maximum transmit unit.
* This parameter is configurable on a per-interface basis in the form of
* "<ifparam>=<value>", each separated from the other by a semicolon.
* E.g, "ppp0=1500;ppp1=1500".
*/
#ifndef PPP_IF_LCP_MTU_LIST
#define PPP_IF_LCP_MTU_LIST ""
#endif
/*
* PPP_IF_LCP_ECHO_REQ_INTERVAL_LIST - Interface LCP echo requests interval
* LCP echo request output interval in seconds. 0 to disable. This parameter
* is configurable on a per-interface basis in the form of
* "<ifparam>=<value>", each separated from the other by a semicolon.
* E.g, "ppp0=60;ppp1=60".
*/
#ifndef PPP_IF_LCP_ECHO_REQ_INTERVAL_LIST
#define PPP_IF_LCP_ECHO_REQ_INTERVAL_LIST ""
#endif
/*
* PPP_IF_LCP_ECHO_REQ_FAILURE_LIST - Echo failure
* Max echo request failures before link termination. This parameter can be
* configured on a per-interface basis in the form of "<ifparam>=<value>",
* each separated from the other by a semicolon. E.g, "eth0=5"
*/
#ifndef PPP_IF_LCP_ECHO_REQ_FAILURE_LIST
#define PPP_IF_LCP_ECHO_REQ_FAILURE_LIST ""
#endif
/*
* PPP_IF_IPCP_IPV4_ADDRESS_LIST - Local IPv4 address list
* Specifies the desired local IPv4 address. Setting local IPv4 address to 0
* means asking the peer to suggest our IPv4 address. This parameter is
* configurable on a per-interface basis in the form of "<ifparam>=<value>",
* each separated from the other by a semicolon.
* E.g, "ppp0=12.0.0.100;ppp1=12.1.0.100".
*/
#ifndef PPP_IF_IPCP_IPV4_ADDRESS_LIST
#define PPP_IF_IPCP_IPV4_ADDRESS_LIST ""
#endif
/*
* PPP_IF_IPCP_PEER_IPV4_ADDRESS_LIST - Peer IPv4 address list
* Suggest peer IPv4 address if asked for. Note that the peer IPv4 address
* will only get suggested to the peer if it ask for it by requesting IP
* address 0. This parameter is configurable on a per-interface basis in the
* form of "<ifparam>=<value>", each separated from the other by a semicolon.
* E.g, "ppp0=10.1.4.1;ppp1=10.2.4.1".
*/
#ifndef PPP_IF_IPCP_PEER_IPV4_ADDRESS_LIST
#define PPP_IF_IPCP_PEER_IPV4_ADDRESS_LIST ""
#endif
/*
* PPP_IF_IPCP_PEER_IPV4_ADDRESS_POOL_LIST - Interface IPv4 peer address pool
* list
* Configure a IPv4 address pool used for the interface to supply peers with
* IPv4 addresses when running as a PPP or PPPoE server. This parameter is
* configurable on a per-interface basis in the form of "<ifparam>=<value>",
* each separated from the other by a semicolon.
* E.g., "ppp0=10.1.3.1-10.1.3.255".
*/
#ifndef PPP_IF_IPCP_PEER_IPV4_ADDRESS_POOL_LIST
#define PPP_IF_IPCP_PEER_IPV4_ADDRESS_POOL_LIST ""
#endif
/*
* PPP_IF_IPCP_PRIMARY_DNS_ADDRESS_LIST - Primary DNS Address list
* Configures the PPP client IPv4 primary DNS address. The configured IPv4
* address will be given to the peer (the client) if the peer requests a
* primary DNS address. This parameter is configurable on a per-interface
* basis in the form of "<ifparam>=<value>", each separated from the other
* by a semicolon. E.g. "ppp0=10.1.2.3;ppp1=10.2.2.3".
*/
#ifndef PPP_IF_IPCP_PRIMARY_DNS_ADDRESS_LIST
#define PPP_IF_IPCP_PRIMARY_DNS_ADDRESS_LIST ""
#endif
/*
* PPP_IF_IPCP_SECONDARY_DNS_ADDRESS_LIST - Secondary DNS Address list
* Configures the PPP client IPv4 secondary DNS address. The configured IPv4
* address will be given to the peer (the client) if the peer requests a
* secondary DNS address. This parameter is configurable on a per-interface
* basis in the form of "<ifparam>=<value>", each separated from the other by
* a semicolon. E.g. "ppp0=195.42.198.5;ppp1=195.43.198.5".
*/
#ifndef PPP_IF_IPCP_SECONDARY_DNS_ADDRESS_LIST
#define PPP_IF_IPCP_SECONDARY_DNS_ADDRESS_LIST ""
#endif
#endif /* INCLUDE_IPPPP_INTERFACE_CONFIG */
#ifdef INCLUDE_IPPPP_USERS_CONFIG
/*
* PPP_USERS_LCP_ECHO_REQ_INTERVAL_LIST - Users LCP echo requests interval
* LCP echo request output interval in seconds. 0 to disable. This parameter
* is configurable on a per-user basis in the form of "<username>=<value>",
* each separated from the other by a semicolon. E.g, "user1=60;user2=60".
*/
#ifndef PPP_USERS_LCP_ECHO_REQ_INTERVAL_LIST
#define PPP_USERS_LCP_ECHO_REQ_INTERVAL_LIST ""
#endif
/*
* PPP_USERS_IPCP_IPV4_ADDRESS_LIST - Users local IPv4 address list
* Specifies the desired local IPv4 address. Setting local IPv4 address to
* 0 means asking the peer to suggest our IPv4 address. This parameter is
* configurable on a per-user basis in the form of "<username>=<value>".
* Each pair of "<username>=<value>" is semicolon separated.
* E.g, "user1=12.0.0.100;user2=12.1.0.100".
*/
#ifndef PPP_USERS_IPCP_IPV4_ADDRESS_LIST
#define PPP_USERS_IPCP_IPV4_ADDRESS_LIST ""
#endif
/*
* PPP_USERS_IPCP_PEER_IPV4_ADDRESS_LIST - Users Peer IPv4 address list
* Suggest peer IPv4 address if asked for. Note that the peer IPv4 address
* will only get suggested to the peer if it ask for it by requesting IP
* address 0. This parameter is configurable on a per-user basis in the form
* of "<username>=<value>". Each pair of "<username>=<value>" is semicolon
* separated. E.g, "user1=10.1.4.1;user2=10.2.4.1".
*/
#ifndef PPP_USERS_IPCP_PEER_IPV4_ADDRESS_LIST
#define PPP_USERS_IPCP_PEER_IPV4_ADDRESS_LIST ""
#endif
/*
* PPP_USERS_IPCP_PEER_IPV4_ADDRESS_POOL_LIST - Users IPv4 peer address pool
* list
* Configure a IPv4 address pool used for a user to supply peers with IPv4
* addresses when running as a PPP or PPPoE server. This parameter is
* configurable on a per-user basis in the form of "<username>=<value>".
* Each pair of "<username>=<value>" is semicolon separated.
* E.g., "user1=10.1.3.1-10.1.3.255;user2=10.2.3.1-10.2.3.255".
*/
#ifndef PPP_USERS_IPCP_PEER_IPV4_ADDRESS_POOL_LIST
#define PPP_USERS_IPCP_PEER_IPV4_ADDRESS_POOL_LIST ""
#endif
/*
* PPP_USERS_IPCP_PRIMARY_DNS_ADDRESS_LIST - Users primary DNS Address list
* Configures the PPP client IPv4 primary DNS address. The configured IPv4
* address will be given to the peer (the client) if the peer requests a
* primary DNS address. This parameter is configurable on a per-user basis
* in the form of "<ifparam>=<value>", each separated from the other by a
* semicolon. E.g. "user1=10.1.2.3;user2=10.2.2.3".
*/
#ifndef PPP_USERS_IPCP_PRIMARY_DNS_ADDRESS_LIST
#define PPP_USERS_IPCP_PRIMARY_DNS_ADDRESS_LIST ""
#endif
/*
* PPP_USERS_IPCP_SECONDARY_DNS_ADDRESS_LIST - Users secondary DNS Address list
* Configures the PPP client IPv4 secondary DNS address. The configured IPv4
* address will be given to the peer (the client) if the peer requests a
* secondary DNS address. This parameter is configurable on a per-user basis
* in the form of "<ifparam>=<value>", each separated from the other by a
* semicolon. E.g. "user1=195.42.198.5;user2=195.43.198.5".
*/
#ifndef PPP_USERS_IPCP_SECONDARY_DNS_ADDRESS_LIST
#define PPP_USERS_IPCP_SECONDARY_DNS_ADDRESS_LIST ""
#endif
#endif /* INCLUDE_IPPPP_USERS_CONFIG */
#endif /* INCLUDE_IPPPP */
#ifdef INCLUDE_IPPPPOE
#ifndef PPPOE_SERVER
#define PPPOE_SERVER "0" /* Enable(1) /disable(0) PPPoE server */
#endif
#ifndef PPPOE_SECRET_NAME
#define PPPOE_SECRET_NAME "puttoanythinghere" /* PPPoE Secret */
#endif
#ifndef PPPOE_MAX_SESSIONS
#define PPPOE_MAX_SESSIONS "16" /* Maximum PPPoE Sessions */
#endif
#ifndef PPPOE_MAX_ETH_SESSIONS
#define PPPOE_MAX_ETH_SESSIONS "8" /* Maximum PPPoE Sessions per Interface */
#endif
#ifndef PPPOE_AC_NAME
#define PPPOE_AC_NAME "Windriver PPPoE Server" /* Access Concentrator */
#endif
#ifndef PPPOE_SERVICE_NAME
#define PPPOE_SERVICE_NAME "myservice" /* Service name */
#endif
/*
* PPPOE_IF_MAX_ETH_SESSIONS_LIST - PPPoE Sessions list per Interface
* Maximum number of PPPoE sessions per Ethernet interface. Note that the
* interface name used is the Ethernet interface name and not the pppoe
* interface name. This parameter is configurable on a per-interface basis
* in the form of "<ifparam>=<value>", each separated from the other by
* a semicolon. E.g. "eth0=8;eth1=8".
*/
#ifndef PPPOE_IF_MAX_ETH_SESSIONS_LIST
#define PPPOE_IF_MAX_ETH_SESSIONS_LIST ""
#endif
/*
* PPPOE_IF_SERVICE_NAME_LIST - Service name list
* Service name to accept. Do not set the service name to accept any
* service name. This parameter is configurable on a per-interface basis
* in the form of "<ifparam>=<value>", each separated from the other by
* a semicolon. E.g. "eth0=myservicename1;eth1=myservicename2".
*/
#ifndef PPPOE_IF_SERVICE_NAME_LIST
#define PPPOE_IF_SERVICE_NAME_LIST ""
#endif
#endif /* INCLUDE_IPPPPOE */
#ifdef INCLUDE_IPTCP
#ifndef TCP_CONN_TIMEOUT
#define TCP_CONN_TIMEOUT "30" /* Connection timeout */
#endif
#ifndef TCP_MAX_RETRANSMITS
#define TCP_MAX_RETRANSMITS "10" /* Max retransmits */
#endif
#ifndef TCP_MSL
#define TCP_MSL "30" /* Maximum segment lifetime */
#endif
#ifndef TCP_MAX_MSS
#define TCP_MAX_MSS "0" /* Maximum segment size */
#endif
#ifndef TCP_USE_TIMESTAMP
#define TCP_USE_TIMESTAMP "0" /* Use Timestamp */
#endif
#ifndef TCP_USE_RFC1122_URGENT_DATA
#define TCP_USE_RFC1122_URGENT_DATA "0" /* Use RFC1122 urgent data */
#endif
#ifndef TCP_SEGMENT_MULTIPLIER
#define TCP_SEGMENT_MULTIPLIER "2" /* Segment size multiplie */
#endif
#endif /* INCLUDE_IPTCP */
#ifdef INCLUDE_IPVRRPD
/*
* VRRP_IFNAME_LIST - List of interfaces where this router should do VRRP
* operation. The format is a space-separated list of interface names,
* e.g. "eth0 eth1". Default: empty list (i.e. the daemon will just shutdown
* if it is started).
*/
#ifndef VRRP_IFNAME_LIST
#define VRRP_IFNAME_LIST "" /* Interface list */
#endif
/*
* VRRP_IFLIST_VRIDS - List of virtual ID's defined on this interface. Must
* be >= 1 and >= 255. The vrids list is specified using the format
* <ifparam>=<value>. Each pair of <ifparam>=<value> is semicolon separated,
* e.g. "eth0=1;eth1=2".
*/
#ifndef VRRP_IFLIST_VRIDS
#define VRRP_IFLIST_VRIDS NULL /* vrids list */
#endif
/*
* Configuration parameters associated with each interface/VRID list.
*/
/*
* VRRP_IFLIST_VRIDS_PRIORITY - Priority value to be used in Master election
* by this virtual router for each interface/VRID pair. 1-254 is available
* for virtual routers backing up the master virtual router. 255 means this
* router owns the address and starts as master. Default priority: 100. The
* priority list is specified using the format <ifparam>=<value>. Each pair
* of <ifparam>=<value> is semicolon separated, e.g. "eth0.1=100;eth1.2=255".
*/
#ifndef VRRP_IFLIST_VRIDS_PRIORITY
#define VRRP_IFLIST_VRIDS_PRIORITY NULL
#endif
/*
* VRRP_IFLIST_VRIDS_IPADDR - One or more address associated with this virtual
* router for each interface/VRID pair. The IP Address list is specified using
* the format <ifparam>=<value>. Each pair of <ifparam>=<value> is semicolon
* separated, e.g. "eth0.1=10.130.2.254;eth1.2=10.130.3.254"
*/
#ifndef VRRP_IFLIST_VRIDS_IPADDR
#define VRRP_IFLIST_VRIDS_IPADDR NULL
#endif
/*
* VRRP_IFLIST_VRIDS_ADV_INTERVAL - Time interval (in seconds) between VRRP
* advertisement messages for each interface/VRID pair. Default: 1. The
* advertisement interval list is specified using the format
* <ifparam>=<value>. Each pair of <ifparam>=<value> is semicolon separated,
* e.g. "eth0.1=1;eth1.2=1".
*/
#ifndef VRRP_IFLIST_VRIDS_ADV_INTERVAL
#define VRRP_IFLIST_VRIDS_ADV_INTERVAL NULL
#endif
/*
*VRRP_IFLIST_VRIDS_PREEMPT_MODE - Controls whether a higher priority backup
* router preempts a lower priority master for each interface/VRID pair.
* Default: 1 (i.e. true). The preempt mode list is specified using the format
* <ifparam>=<value>. Each pair of <ifparam>=<value> is semicolon separated,
* e.g. "eth0.1=1;eth1.2=1".
*/
#ifndef VRRP_IFLIST_VRIDS_PREEMPT_MODE
#define VRRP_IFLIST_VRIDS_PREEMPT_MODE NULL
#endif
#endif /* INCLUDE_IPVRRPD */
#ifdef INCLUDE_IPNET_SOCKET
#ifndef IPNET_SOCK_MAX
#define IPNET_SOCK_MAX 1024 /* Max number of sockets */
#endif
#ifndef IPNET_SOCK_ANON_PORT_MIN
#define IPNET_SOCK_ANON_PORT_MIN "49152" /* AnonPortMin */
#endif
#ifndef IPNET_SOCK_ANON_PORT_MAX
#define IPNET_SOCK_ANON_PORT_MAX "65535" /* AnonPortMax */
#endif
#ifndef IPNET_SOCK_DEFAULT_SEND_BUFSIZE
#define IPNET_SOCK_DEFAULT_SEND_BUFSIZE "10000" /* Def sock send bufsize */
#endif
#ifndef IPNET_SOCK_DEFAULT_RECV_BUFSIZE
#define IPNET_SOCK_DEFAULT_RECV_BUFSIZE "10000" /* Def sock recv bufsize */
#endif
#ifndef IPNET_SOCK_ADDR_NOTIFY
#define IPNET_SOCK_ADDR_NOTIFY "1" /* Address Notify */
#endif
#endif /* INCLUDE_IPNET_SOCKET */
#ifdef INCLUDE_IPEAP
#ifndef EAP_IDENTITY
#define EAP_IDENTITY "kalle" /* EAP identity sent in response message */
#endif
#ifdef INCLUDE_IPEAP_TLS_COMMON
/*
* EAP_INSTALL_CALLBACK_HOOK - install user-defined eap callback routines
* Determine if the user-defined EAP callback routines as specified
* by EAP_TLS_CERT_VERIFY_CALLBACK_HOOK, EAP_LOAD_TLS_KEY_CALLBACK_HOOK,
* EAP_LOAD_TLS_CERT_CALLBACK_HOOK and EAP_LOAD_CA_CERT_CALLBACK_HOOK
* should be installed. If FALSE, those callback routines are not applicable.
*/
#ifndef EAP_INSTALL_CALLBACK_HOOK
#define EAP_INSTALL_CALLBACK_HOOK FALSE
#endif
/*
* EAP_TLS_CERT_VERIFY_CALLBACK_HOOK - TLS verification callback routine.
* The EAP_INSTALL_CALLBACK_HOOK must also be set to TRUE in order to install
* this callback hook.
*/
#ifndef EAP_TLS_CERT_VERIFY_CALLBACK_HOOK
#define EAP_TLS_CERT_VERIFY_CALLBACK_HOOK NULL
#endif
/*
* EAP_LOAD_TLS_KEY_CALLBACK_HOOK - TLS key load callback routine.
* The EAP_INSTALL_CALLBACK_HOOK must also be set to TRUE in order to install
* this callback hook.
*/
#ifndef EAP_LOAD_TLS_KEY_CALLBACK_HOOK
#define EAP_LOAD_TLS_KEY_CALLBACK_HOOK NULL
#endif
/*
* EAP_LOAD_TLS_CERT_CALLBACK_HOOK - X509 certificate load callback routine.
* The EAP_INSTALL_CALLBACK_HOOK must also be set to TRUE in order to install
* this callback hook.
*/
#ifndef EAP_LOAD_TLS_CERT_CALLBACK_HOOK
#define EAP_LOAD_TLS_CERT_CALLBACK_HOOK NULL
#endif
/*
* EAP_LOAD_CA_CERT_CALLBACK_HOOK - X509 CA certificates callback routine.
* The EAP_INSTALL_CALLBACK_HOOK must also be set to TRUE in order to install
* this callback hook.
*/
#ifndef EAP_LOAD_CA_CERT_CALLBACK_HOOK
#define EAP_LOAD_CA_CERT_CALLBACK_HOOK NULL
#endif
#ifndef EAP_TLS_KEY_FILE
#define EAP_TLS_KEY_FILE "default" /* TLS key file */
#endif
#ifndef EAP_TLS_CERT_FILE
#define EAP_TLS_CERT_FILE "default" /* TLS certificate file */
#endif
#ifndef EAP_TLS_CA_CERT_FILE
#define EAP_TLS_CA_CERT_FILE "default" /* TLS CA certifcate file */
#endif
#endif /* INCLUDE_IPEAP_TLS_COMMON */
#ifdef INCLUDE_IPEAP_USE_EAP_MD5
#ifndef EAP_MD5
#define EAP_MD5 "0" /* Enable EAP-MD5 */
#endif
#ifndef EAP_MD5_SECRET
#define EAP_MD5_SECRET "this_should_be_secret" /* EAP-MD5 secret */
#endif
#endif /* INCLUDE_IPEAP_USE_EAP_MD5 */
#ifdef INCLUDE_IPEAP_USE_EAP_MSCHAPV2
#ifndef EAP_MSCHAPV2
#define EAP_MSCHAPV2 "0" /* Enable EAP-MSCHAPv2 */
#endif
#ifndef EAP_MSCHAPV2_USER_ID
#define EAP_MSCHAPV2_USER_ID "kalle" /* EAP-MSCHAPV2 user id */
#endif
#ifndef EAP_MSCHAPV2_PASSWD
#define EAP_MSCHAPV2_PASSWD "anka" /* EAP-MSCHAPV2 password */
#endif
#endif /* INCLUDE_IPEAP_USE_EAP_MSCHAPV2 */
#ifdef INCLUDE_IPEAP_USE_EAP_PEAP
#ifndef EAP_PEAP
#define EAP_PEAP "0" /* Enable PEAP */
#endif
#endif /* INCLUDE_IPEAP_USE_EAP_PEAP */
#ifdef INCLUDE_IPEAP_USE_EAP_SIM
#ifndef EAP_SIM
#define EAP_SIM "0" /* Enable EAP-SIM */
#endif
#ifndef EAP_SIM_TEST
#define EAP_SIM_TEST "0" /* Enable EAP-SIM test */
#endif
#endif /* INCLUDE_IPEAP_USE_EAP_SIM */
#ifdef INCLUDE_IPEAP_USE_EAP_TLS
#ifndef EAP_TLS
#define EAP_TLS "0" /* Enable EAP-TLS */
#endif
#endif /* INCLUDE_IPEAP_USE_EAP_TLS */
#ifdef INCLUDE_IPEAP_USE_EAP_TTLS
#ifndef EAP_TTLS
#define EAP_TTLS "0" /* Enable EAP-TTLS */
#endif
#ifndef EAP_TTLS_PHASE2
#define EAP_TTLS_PHASE2 "mschapv2" /* EAP-TTLS Phase 2 auth type */
#endif
#ifndef EAP_TTLS_USER_ID
#define EAP_TTLS_USER_ID "user" /* EAP-TTLS user id */
#endif
#ifndef EAP_TTLS_PASSWD
#define EAP_TTLS_PASSWD "password" /* EAP-TTLS password */
#endif
#endif /* INCLUDE_IPEAP_USE_EAP_TTLS */
#endif /* INCLUDE_IPEAP */
#ifdef INCLUDE_IPMPLS
/*
* IPMPLS_FWCONF_SYSVAR - MPLS network pre-configuration
* MPLS network pre-configuration array is used to statically configure
* MPLS forwarding with an initial setup when IPMPLS is initialized. Each
* system variable in this array must be named according to the rule
* ipmpls.fwconf.<index>, where <index> is a unique line indicator. The value
* of each system variable must be composed of the IPMPLS shell command
* mplsctl together with the flags/paramters that normally are invoked from
* the IPCOM shell. The commands are executed in the order they are defined.
* It is important that the "silent" flag "-s" is included on each statement.
* See the ipmpls_fwdconf_sysvar Ipcom_sysvar array in ipmpls_config.c
* configlette for the example usage.
*/
#ifndef IPMPLS_FWCONF_SYSVAR
#define IPMPLS_FWCONF_SYSVAR NULL
#endif
#endif /* INCLUDE_IPMPLS */
/******************************************************************************/
/* */
/* IPv4/v6 MOBILITY CONFIGURATION */
/* */
/******************************************************************************/
#ifdef INCLUDE_IPMIPFA
/* MIPFA_IFNAME_LIST - Specifies the network interface which should be
* managed by the mobile IP foreign agent implementation. This is a
* space-separated list of one or more interfaces, i.e. "eth0"
*/
#ifndef MIPFA_IFNAME_LIST
#define MIPFA_IFNAME_LIST ""
#endif
/*
* MIPFA_REG_LIFETIME - Specifies how long a mobile node's binding is
* kept active before it is deleted, unless the mobile node have reregistered
* before the time is up. Value given in seconds.
*/
#ifndef MIPFA_REG_LIFETIME
#define MIPFA_REG_LIFETIME "10"
#endif
/*
* MIPFA_HA_IF_SPIS_LIST - Foreign - Home authentication.
* List of SPIs to use between FA and HA. This parameter can be specified
* for each HA in the form of "<HA address>=<SPI>", each separated from the
* other by a semicolon. Set "<HA address>" to "any" to enable foreign-home
* authentication to all home agents. If the HA IP address is not found and
* no "any" entry exists, no foreign-home authentication will be used. For
* example, setting "10.1.2.42=1002" enables foreign-home authentication
* using SPI 1002 between this FA and HA using IP Address 10.1.2.42. Setting
* "any=1002" enables foreign-home authentication to all home agents using
* SPI 1002.
*/
#ifndef MIPFA_HA_IF_SPIS_LIST
#define MIPFA_HA_IF_SPIS_LIST ""
#endif
/*
* MIPFA_FA_IF_SPIS_LIST Foreign - Foreign authentication.
* List of SPIs to use between FA and FA. This parameter can be specified
* for each FA in the form of "<FA address>=<SPI>", each separated from the
* other by a semicolon. Set "<FA address>" to "any" to enable foreign-foreign
* authentication to all foreign agents. If the FA IP address is not found
* and no "any" entry exists, no foreign-foreign authentication will be used.
* For example, setting "10.1.2.42=1002" enable foreign-foreign authentication
* using SPI 1002 between this FA and FA using IP Address 10.1.2.42. Setting
* "any=1002" enables foreign-foreign authentication to all foreign
* agents using SPI 1002.
*/
#ifndef MIPFA_FA_IF_SPIS_LIST
#define MIPFA_FA_IF_SPIS_LIST ""
#endif
/*
* MIPFA_SPI_LIST - Interface default Security Parameter Index (SPI) list.
* Foreign agents can configure multiple SPIs for use with many different
* home agents. Each SPI have exactly one secret. The secret length may be
* up to 16 bytes and need not be printable. The SPI is specifed in the form
* of "<SPI>=<value>", each separated from the other by a semicolon.
* E.g. "1000=test0", "1000=test0;1001=test1".
*/
#ifndef MIPFA_SPI_LIST
#define MIPFA_SPI_LIST ""
#endif
/*
* MIPFA_CVSE_LIST - Critical vendor specific extensions (CVSE)
* Specifies the critical vendor specific extensions (CVSE) that should be
* attached to communication with mobile nodes and home agents according to
* RFC 3115. Note that any node encountering a NVSE that it does not
* understand will skip that particular extension. A NVSE is of the form
* "<vendor_id>.<vendor_type>=<vendor_data>" where vendor_id is the SMI
* number of the company, vendor_type is the vendor administrated vendor
* subtype and vendor_data is the vendor specific opaque information. Each
* pair of cvse is semicolon separated. Values are either plain text or a
* hexadecimal number prepended with '0x'. That is, "vendor value", and
* "0xdeadbeef" are both valid values. E.g. "0.1=Testing",
* "0.1=Testing;0.2=Testing2".
*/
#ifndef MIPFA_CVSE_LIST
#define MIPFA_CVSE_LIST ""
#endif
/*
* MIPFA_NVSE_LIST - Normal vendor specific extensions (NVSE)
* Specifies the normal vendor specific extensions (NVSE) that should be
* attached to the communications as according to RFC 3115. A NVSE extension
* that is not understood by transit nodes or the HA are silently discarded.
* The NVSE is specified in the form of
* "<vendor_id>.<vendor_type>=<vendor_data>", where vendor_id is the SMI
* number, vendor_type is the vendor administrated vendor subtype and
* vendor_data is the vendor specific opaque information. Each pair of nvse
* is semicolon separated. The value is specified either as plain text, or
* as a hexadecimal number, prepended with '0x'. That is, "vendor value",
* and "0xdeadbeef" are both valid values. E.g. "0.1=Testing",
* "0.1=Testing;0.2=Testing2".
*/
#ifndef MIPFA_NVSE_LIST
#define MIPFA_NVSE_LIST ""
#endif
/*
* MIPFA_IF_ADDRESS_LIST - Interface FA address
* Interface FA address in the form of "<ifname>=<address>", each separated
* from the other by a semicolon. Set to "0.0.0.0" to read IPv4 address at
* boot. If set to "255.255.255.255", no RtAdv will be sent but registration
* replies will be processed if matching a sent request. E.g., "eth0=0.0.0.0".
*/
#ifndef MIPFA_IF_ADDRESS_LIST
#define MIPFA_IF_ADDRESS_LIST ""
#endif
/*
* MIPFA_IF_ADV_INTERVAL_LIST - Interface Router Advertisement Interval
* The interval (in seconds) at which the agent will send router
* advertisements on this interface specified in the form of
* "<ifname>=<value>", each separated from the other by a semicolon. If set
* to 0, the agent will not send any router advertisements, also, none of
* the otheradv_ sysvars need to be set. The default value of 10 is good for
* testing purposes, whereas the RFC suggests about a value of a third of
* the ICMP router advertisement's lifetime. This value can be set to 0 or
* high if mobile nodes have other means of detecting entry to new subnets,
* such as wireless AP indication. E.g. "eth0=10".
*/
#ifndef MIPFA_IF_ADV_INTERVAL_LIST
#define MIPFA_IF_ADV_INTERVAL_LIST ""
#endif
/*
* MIPFA_IF_ADV_ADDRESS_LIST - RtAdv destination IP address
* Specifies the destination address of outgoing router advertisement
* messages from the agent. This parameter is configurable on a per-interface
* basis in the form of "<ifname>=<value>", each separated from the other by
* a semicolon. E.g. "eth0=224.0.0.11".
*/
#ifndef MIPFA_IF_ADV_ADDRESS_LIST
#define MIPFA_IF_ADV_ADDRESS_LIST ""
#endif
/*
* MIPFA_IF_ADV_LIFETIME_LIST - Interface Router Advertisement Lifetime
* Specifies the lifetime (in seconds) of advertisement messages from the
* agent. This parameter is configurable on a per-interface basis in the form
* of "<ifname>=<value>", each separated from the other by a semicolon.
* E.g. "eth0=300".
*/
#ifndef MIPFA_IF_ADV_LIFETIME_LIST
#define MIPFA_IF_ADV_LIFETIME_LIST ""
#endif
/*
* MIPFA_IF_CHALLENGE_LIST - Interface Challenge
* Enable(1)/disable(0) RFC3012 challenges for an interface. This parameter
* is configurable on a per-interface basis in the form of "<ifname>=<value>".
* Each pair of "<ifname>=<value>" is semicolon separated. E.g. "eth0=1".
*/
#ifndef MIPFA_IF_CHALLENGE_LIST
#define MIPFA_IF_CHALLENGE_LIST ""
#endif
/*
* MIPFA_IF_MN_AUTH_ENABLED_LIST - Interface Mobile Node authentication
* Enable(1)/Disable(0) forcing of mobile nodes to use Mobile-Foreign
* authentication. This parameter is configurable on a per-interface basis in
* the form of "<ifname>=<value>", each separated from the other by a
* semicolon. E.g. "eth0=0".
*/
#ifndef MIPFA_IF_MN_AUTH_ENABLED_LIST
#define MIPFA_IF_MN_AUTH_ENABLED_LIST ""
#endif
/*
* MIPFA_IF_LLH_ENABLED_LIST - Enable pre-registration
* Enables(1) or Disables(0) PRE-REGISTRATION Low Latency Handoffs for an
* interface. This parameter is configurable on a per-interface basis in the
* form of "<ifname>=<value>". Each pair of "<ifname>=<value>" is semicolon
* separated. E.g. "eth0=1".
*/
#ifndef MIPFA_IF_LLH_PRE_ENABLED_LIST
#define MIPFA_IF_LLH_PRE_ENABLED_LIST ""
#endif
/*
* MIPFA_IF_LLH_POST_ENABLED_LIST - Enable post-registration
* Enables(1) or Disables(0) POST-REGISTRATION Low Latency Handoffs for an
* interface. This parameter is configurable on a per-interface basis in
* the form of "<ifname>=<value>", each separated from the other by a
* semicolon. E.g. "eth0=0".
*/
#ifndef MIPFA_IF_LLH_POST_ENABLED_LIST
#define MIPFA_IF_LLH_POST_ENABLED_LIST ""
#endif
/*
* MIPFA_IF_LLH_FA_AUTH_ENABLED_LIST - post-registration FF Authentication
* Enables(1) or Disables(0) POST-REGISTRATION Foreign-Foreign authentication
* during Low Latency Handoffs for an interface. This parameter can be
* configured on a per-interface basis in the form of "<ifname>=<value>",
* each separated from the other by a semicolon. E.g. "eth0=1".
*
*/
#ifndef MIPFA_IF_LLH_FA_AUTH_ENABLED_LIST
#define MIPFA_IF_LLH_FA_AUTH_ENABLED_LIST ""
#endif
/*
* MIPFA_IF_LLH_BET_LIFETIME_LIST - BET registration lifetime
* Specifies the default value of the BET lifetime when POST registration
* is in effect. The BET lifetime is the value the FA will try to negotiate
* for the BET tunnel, and it is also used as the default value when the