VxWorks

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C/C++

configAll.h：源码内容

#if FALSE
#define INCLUDE_IFCLONE /* Interface cloning */
#define INCLUDE_MUX_L2 /* MUX Layer 2 suppport */
#define INCLUDE_SUBNET_VLAN /* Subnet-based VLAN suppport */
#define INCLUDE_L2CONFIG /* Layer 2 configuration utility */
#define INCLUDE_IPV6 /* IPv6 support */
#define INCLUDE_TCPV6 /* TCP v6 support */
#define INCLUDE_UDPV6 /* UDP v6 support */
#define INCLUDE_ICMPV6 /* ICMP v6 support */
#define INCLUDE_IP6ATTACH /* Attach boot END device to IPv6 */
#define INCLUDE_RAWV6 /* Include this for Raw sockets, ping6 etc */
#define INCLUDE_MROUTEV6 /* Multicast routing v6 */
#define INCLUDE_MIPV6 /* Mobility for IPv6 */
#define INCLUDE_MIP6_MN /* IPv6 mobile node */
#define INCLUDE_MIP6_HA /* IPv6 home agent */
#if (CDF_OVERRIDE != TRUE)
#define MIP6_INIT_AT_BOOT TRUE /* init mip app at boot time */
#endif
#define INCLUDE_NETBUFADVLIB /* Additional network buffer pool features */
#define INCLUDE_SM_NET /*
* Setup shared memory network from boot
* parameters. Requires SM END driver.
*/
#define INCLUDE_UN /* AF_LOCAL address family */
#define INCLUDE_UN_COMP /* AF_LOCAL/COMP protocol */
#define INCLUDE_IPFW
#define INCLUDE_MROUTE /* Multicast routing */
#define INCLUDE_IGMP /* IGMPv2 */
#define INCLUDE_HOSTCACHE
#define INCLUDE_IPV6_FW
#define INCLUDE_ND /* Neighbor Discovery */
#define INCLUDE_MLD /* Multicast Listener Discovery v1 */
#define INCLUDE_MLD6_ROUTER /* MLD Router */
#define INCLUDE_GETADDRINFO /* name to addr mapping */
#define INCLUDE_GETSERVBYNAME /* service by name */
#define INCLUDE_GETNAMEINFO /* addr to name mapping */
#define INCLUDE_GETNETBYNAME /* net by name */
#define INCLUDE_MIB2_IPV6
#define INCLUDE_NET_SYM_TBL /* load symbol table from network */
#define INCLUDE_POSIX_ALL /* include all available POSIX functions */
/*
* Include Wind Net PPP support to provide equivalent functionality
* as the PPP implementation bundled with vxWorks 5.x
*/
#define INCLUDE_VXWORKS_5_X_EQUIV_PPP /* include Point-to-Point Protocol */
#define INCLUDE_SNMPD /* SNMP Agent */
#define INCLUDE_SNMPD_DEBUG /* SNMP Agent debugging */
#define INCLUDE_NET_SYSCTL /* Network sysctl tree support */
#define INCLUDE_SYSCTL_CLI /* Command line Sysctl utility */
#define INCLUDE_DNS_RESOLVER /* DNS resolver */
#define INCLUDE_DNS_RESOLVER_DEBUG /* DNS resolver debug output */
#define INCLUDE_NET_SHOW /* IP show routines */
#define INCLUDE_NET_IF_SHOW /* Interface show routines */
#define INCLUDE_NET_HOST_SHOW /* Host show routines */
#define INCLUDE_NET_ROUTE_SHOW /* Routing show routines */
#define INCLUDE_ICMP_SHOW /* ICMP show routines */
#define INCLUDE_IGMP_SHOW /* IGMP show routines */
#define INCLUDE_TCP_SHOW /* TCP show routines */
#define INCLUDE_UDP_SHOW /* UDP show routines */
#define INCLUDE_UN_SHOW /* AF_LOCAL show routine support */
#define INCLUDE_UN_COMP_SHOW /* AF_LOCAL/COMP show routines */
#define INCLUDE_SNTPC /* SNTP client */
#define INCLUDE_SNTPS /* SNTP server */
#define INCLUDE_TCP_DEBUG /* TCP debugging */
#define INCLUDE_IFCONFIG /* ifconfig command line/API */
#define INCLUDE_IFCONFIG_PREFIX /* prefix component for ifconfig */
#define INCLUDE_PING
#define INCLUDE_PING6
#define INCLUDE_TELNET /* Telnet server */
#define INCLUDE_TELNET_CLIENT
#define INCLUDE_RLOGIN /* Rlogin client/server */
#define INCLUDE_FTP6_SERVER /* FTP v4/v6 server */
#define INCLUDE_FTPD6_GUEST_LOGIN /* enable anonymous login for FTP server */
#define INCLUDE_TFTP_SERVER
#define INCLUDE_TFTP_CLIENT
#define INCLUDE_NDP /* ndp command-line utility */
#define INCLUDE_ADDRCTL_POLICY /* address selection command-line utility */
#define INCLUDE_IFLIB /* IPv4 interface address library */
#define INCLUDE_IF6LIB /* IPv6 interface address library */
#define INCLUDE_IFMEDIA /* SIOCGIFMEDIA/SIOCSIFMEDIA support */
#define INCLUDE_ROUTECMD /* routec command-line utility */
#define INCLUDE_RTADV /* router advertisement daemon */
#define INCLUDE_RTSOL /* router solicitation daemon */
#define INCLUDE_RDISC /* ICMP v4 router discovery server */
#define INCLUDE_RIP /* Routing Information Protocol v1/v2 */
#define INCLUDE_RIPNG /* Routing Information Protocol ng */
#define INCLUDE_NETSTAT_IF
#define INCLUDE_NETSTAT_ROUTE
#define INCLUDE_NETSTAT_MROUTE
#define INCLUDE_NETSTAT_MROUTEV6
#define INCLUDE_NETSTAT_IPV4
#define INCLUDE_NETSTAT_IPV6
#define INCLUDE_NETSTAT_TCP
#define INCLUDE_NETSTAT_UDP
#define INCLUDE_NETSTAT_ICMPV4
#define INCLUDE_NETSTAT_ICMPV6
#define INCLUDE_NETSTAT_RAWV6
#define INCLUDE_NETSTAT_IGMP
#define INCLUDE_NETSTAT_SCTP
#define INCLUDE_NETSTAT_UN_COMP
#define INCLUDE_PREFIXCMD /* prefix command utility to add IPv6 prefixes */
#define INCLUDE_ICMPLIB
#define INCLUDE_BPF
#define INCLUDE_FTP6
/* DHCPv4 */
#define INCLUDE_DHCPC
#define INCLUDE_DHCP_CORE
#define INCLUDE_DHCPS
#define INCLUDE_DHCPS_SHARE
#define INCLUDE_DHCPC_SHOW
#define INCLUDE_DHCPR
#define INCLUDE_DHCPC_LEASE_SAVE
#define INCLUDE_DHCPC_BOOT
#define INCLUDE_DHCPC_SHARE
#define INCLUDE_DHCPC_LEASE_GET
#define INCLUDE_DHCPC_LEASE_TEST
/* DHCPv6 runtime components */
#define INCLUDE_DHCP6C /* DHCPv6 client */
#define INCLUDE_DHCP6C_SHOW /* DHCPv6 client show routines */
#define INCLUDE_DHCP6R /* DHCPv6 relay */
#define INCLUDE_DHCP6S /* DHCPv6 server */
/* MIBs */
#define INCLUDE_MIB2_ALL
#define INCLUDE_MIB2_IPV6ALL
#define INCLUDE_MIB2_IP
#define INCLUDE_MIB2_UDP
#define INCLUDE_MIB2_TCP
#define INCLUDE_MIB2_ICMP
#define INCLUDE_MIB2_SYSTEM
#define INCLUDE_MIB2_UDPV6
#define INCLUDE_MIB2_TCPV6
#define INCLUDE_MIB2_ICMPV6
#define INCLUDE_MIB2_MLD
#define INCLUDE_MIB2_IFMGT
#define INCLUDE_ARP_API
#define INCLUDE_GIF
#define INCLUDE_STF
#define INCLUDE_IFNAME
#define INCLUDE_GETIFADDRS
#define INCLUDE_NET_MD5
#define INCLUDE_NET_APPUTIL
#define INCLUDE_SNPRINTF
#define INCLUDE_STRICMP
#define INCLUDE_STRNICMP
#define INCLUDE_KERN_RANDOM
#define INCLUDE_RPC
#define INCLUDE_XDR_BOOL_T
#define INCLUDE_XDR
#define INCLUDE_NFS_SERVER_ALL /* Include all NFS servers */
#define INCLUDE_NFS2_SERVER /* Include NFS v2 server */
#define INCLUDE_NFS3_SERVER /* Include NFS v3 server */
#define INCLUDE_NFS_CLIENT_ALL /* Include All NFS clients */
#define INCLUDE_NFS2_CLIENT /* Incldue NFS v2 client */
#define INCLUDE_NFS3_CLIENT /* Include NFS v3 client */
#define INCLUDE_NFS_MOUNT_ALL /* Include Mount all exported FS */
#define INCLUDE_ADDIF
#define INCLUDE_NET_FUNCBIND
#define INCLUDE_PROXY_SERVER
#define INCLUDE_TUNNELLIB
#define INCLUDE_TUNNEL_MUX_REG
#define INCLUDE_FASTUDP
#define INCLUDE_FASTUDP6
#define INCLUDE_ZBUF_SOCK
#define INCLUDE_CIDR_MAPI
#define INCLUDE_CIDR_METHODS
#define INCLUDE_OLDROUTE
#define INCLUDE_IFINDEX
#define INCLUDE_RARP
#define INCLUDE_FASTPATH
#define INCLUDE_QOS_INGRESS /* Ingress QOS support */
#define INCLUDE_QOS_INGRESS_HOOKS /* Ingress QOS hooks */
#define INCLUDE_SCTP /* Stream Control Transmission Protocol */
#define INCLUDE_ALTQ /* WRS Alternate Queueing (ALTQ) Framework */
#define INCLUDE_ALTQ_CBQ /* ALTQ Class-Based Queueing Discipline */
#define INCLUDE_ALTQ_PRIORITYQ /* ALTQ Priority Queueing Discipline */
#define INCLUDE_ALTQ_RED /* ALTQ Random Early Detection Buffer Management */
#define INCLUDE_ALTQ_RIO /* ALTQ RED with In and Out Buffer Management */
#define INCLUDE_ALTQ_CONFIG /* ALTQ configuration command line utility */
#define INCLUDE_SAL_CLIENT /* Socket Application Library (Client) */
#define INCLUDE_SAL_SERVER /* Socket Application Library (Server) */
#define INCLUDE_SNS /* Socket Name Service */
#define INCLUDE_SNS_RTP /* Socket Name Service (RTP daemon suport) */
#define INCLUDE_SNS_MP /* Dist. Socket Name Service */
#define INCLUDE_SNS_MP_RTP /* Dist. Socket Name Service (RTP daemon) */
#define INCLUDE_SNS_SHOW /* Socket Name Service show routines */
#define INCLUDE_TIPC /* include TIPC protocol */
#define INCLUDE_TIPC_MEDIA_ETH /* ethernet media */
#define INCLUDE_TIPC_MEDIA_SM /* shared memory media */
#define INCLUDE_TIPC_CONFIG_STR /* use static config string */
#define INCLUDE_TIPC_CONFIG_HOOK_BOOT /* call boot params config routine */
#define INCLUDE_TIPC_CONFIG_HOOK_USER /* call user config routine */
#define INCLUDE_TIPC_SHOW /* include TIPC show routines */
#define INCLUDE_TIPC_MEMPOOL /* include TIPC memory buffers */
#define INCLUDE_TIPC_SOCKET /* include TIPC socket API */
/* SELECT_NET_ROUTE_SHOW_BUFFERING selection */
#if 0
#define INCLUDE_NET_ROUTE_SHOW_NBIO /* uses nbioLogLib */
#elif 1
#define INCLUDE_NET_ROUTE_SHOW_SNPRINTF
#else
#define INCLUDE_NET_ROUTE_SHOW_UNBUF
#endif
#define INCLUDE_SYSCTL
/* The following components are available only with RTPs */
#define INCLUDE_SYSCTL_HW
#define INCLUDE_SC_SYSCTL
#define INCLUDE_SC_SOCKLIB
/* The following components are available only with the MSP */
#define INCLUDE_VIRTUAL_STACK
#define INCLUDE_VIRTUAL_STACK_DEBUG
#define INCLUDE_VIRTUAL_STACK_EXAMPLE
#define INCLUDE_VIRTUAL_STACK_OLD_INTERFACE
#define INCLUDE_VIRTUAL_STACK_SHOW_FUNCTIONS
/* INCLUDE_IFCONFIG */
#define IFCONFIG_ENTRY_1 NULL
#define IFCONFIG_ENTRY_2 NULL
#define IFCONFIG_ENTRY_3 NULL
#define IFCONFIG_ENTRY_4 NULL
#define IFCONFIG_ENTRY_5 NULL
#define IFCONFIG_ENTRY_6 NULL
#define IFCONFIG_ENTRY_7 NULL
#define IFCONFIG_ENTRY_8 NULL
#define IFCONFIG_ENTRY_9 NULL
#define IFCONFIG_ENTRY_10 NULL
/* INCLUDE_ROUTECMD */
#define ROUTE_ENTRY_1 NULL
#define ROUTE_ENTRY_2 NULL
#define ROUTE_ENTRY_3 NULL
#define ROUTE_ENTRY_4 NULL
#define ROUTE_ENTRY_5 NULL
/* INCLUDE_NDP */
#define NDP_ENTRY_1 NULL
#define NDP_ENTRY_2 NULL
#define NDP_ENTRY_3 NULL
#define NDP_ENTRY_4 NULL
#define NDP_ENTRY_5 NULL
/* INCLUDE_ADDRCTL_POLICY */
#define ADDRCTL_POLICY_ENTRY_1 NULL
#define ADDRCTL_POLICY_ENTRY_2 NULL
#define ADDRCTL_POLICY_ENTRY_3 NULL
/* INCLUDE_ARP_API */
#define ARP_ENTRY_1_HOST NULL
#define ARP_ENTRY_1_ADDR NULL
#define ARP_ENTRY_2_HOST NULL
#define ARP_ENTRY_2_ADDR NULL
#define ARP_ENTRY_3_HOST NULL
#define ARP_ENTRY_3_ADDR NULL
#define ARP_ENTRY_4_HOST NULL
#define ARP_ENTRY_4_ADDR NULL
#define ARP_ENTRY_5_HOST NULL
#define ARP_ENTRY_5_ADDR NULL
#endif /* FALSE */
#endif /* INCLUDE_NETWORK */
/* INCLUDE_GETADDRINFO */
#define IGNORE_LINKLOCAL FALSE /* If this parameter is TRUE, getaddrinfo() */
/* will ignore link-local addresses unless */
/* AI_ADDRCONFIG is set. */
#ifdef INCLUDE_MIB2_IF
/* Disable 64-bit counters by default */
#define MIB2IF_64BIT_COUNTERS 0
#endif /* INCLUDE_MIB2_IF */
/* SNMP configuration parameters */
#define SNMP_TRACE_LEVEL 0 /* Must be >= 0 and <= 3 with higher */
/* values giving more info and 0 */
/* giving no info */
/* INCLUDE_IP6ATTACH */
#define IFF_INET6_UP_CFG 1
/* INCLUDE_PROXY_SERVER */
#define PROXYD_MAIN_ADDRESS sysBootParams.ead
#define PROXYD_PROXY_ADDRESS sysBootParams.bad
#define CLNT_TBL_SZ_CFG 8
#define PORT_TBL_SZ_CFG 8
#define ARP_DEBUG_CFG FALSE
#define PROXY_ARP_VERBOSE_CFG FALSE
#define PROXY_BROADCAST_VERBOSE_CFG FALSE
#define PROXY_BROADCAST_FWD_CFG TRUE
#define ARP_REGISTER_CFG TRUE
/* INCLUDE_RARP */
#define RARP_DEBUG FALSE
/* NETWORK PARAMETERS */
/* INCLUDE_NET_INIT */
#undef MAXHOSTNAMELEN
#define MAXHOSTNAMELEN 256
#define MAX_LINKHDR_CFG 16
#define MAX_PROTOHDR_CFG 60
/* INCLUDE_IF */
#define IFQ_MAXLEN_CFG 50
#define IF_INDEXLIM_CFG 8
#define ND6_IFINFO_NUM_CFG 8
/* INCLUDE_NET_DAEMON */
#define NET_JOB_NUM_CFG 85
#define NET_TASK_PRIORITY 50
#define NET_TASK_STACKSIZE 10000
#define NET_TASK_OPTIONS VX_SUPERVISOR_MODE | VX_UNBREAKABLE
/* INCLUDE_ADDIF */
#define ADDIF_NUM 1 /* interface unit number */
#define ADDIF_NAME "fei" /* interface name */
#define ADDIF_ADDR "192.168.1.1" /* interface address (IPv4 or IPv6) */
#define ADDIF_MASK 0xffff0000 /* interface subnet mask (IPv4) */
/* or prefix length (IPv6) */
/* INCLUDE_VIRTUAL_STACK */
#define FTP6_SERVER_IN_VS0 FALSE
#define TFTP_SERVER_IN_VS0 FALSE
#define RLOGIN_IN_VS0 FALSE
#define TELNET_SERVER_IN_VS0 FALSE
#define TELNET_CLIENT_IN_VS0 FALSE
#define DHCPR_IN_VS0 FALSE
#define DNS_CLIENT_IN_VS0 FALSE
#define DHCPS_IN_VS0 FALSE
#define RIP_IN_VS0 FALSE
#define RIPNG_IN_VS0 FALSE
#define RDISC_IN_VS0 FALSE
#define RTADV_IN_VS0 FALSE
#define RTSOL_IN_VS0 FALSE
#define PROXY_ARP_SERVER_IN_VS0 FALSE
#define NFS_SERVER_IN_VS0 FALSE
#define DHCP6S_IN_VS0 FALSE
#define DHCP6C_IN_VS0 FALSE
#define DHCP6R_IN_VS0 FALSE
#define SNTP_CLIENT_IN_VS0 FALSE
#define SNTP_SERVER_IN_VS0 FALSE
#define MLDR_IN_VS0 FALSE
#define VS_DELTIMEO_CFG 7000
#define VS_SOCKTIMEO_CFG 1000
#define VS_APPLTIMEO_CFG 0
#define RPC_IN_VS0 FALSE
/* INCLUDE_GTF */
/* gtfTimerManagerCreate( */
#define GTF_NBRTIMERUNIT_CFG 7 /* nbrTimerUnit, */
#define GTF_BINPOWTIMERSLOT_CFG 9 /* binPowTimerSlot, */
#define GTF_BINPOWGRANSCALE_CFG 2 /* binPowGranScale, */
#define GTF_SIZETIMERFREEQUEUE_CFG 100 /* sizeTimerFreeQueue, */
#define GTF_HZ_CFG 10
/* INCLUDE_NET_POOL */
/* System pool */
#undef NUM_SYS_MBLKS
#define NUM_SYS_MBLKS 20
#undef NUM_SYS_CLBLKS
#define NUM_SYS_CLBLKS 20
#undef PMA_SYSPOOL
#define PMA_SYSPOOL NULL
#undef PMS_SYSPOOL
#define PMS_SYSPOOL 0
#undef SIZ_SYS_16
#define SIZ_SYS_16 20
#undef NUM_SYS_16
#define NUM_SYS_16 250
#undef PMA_SYS_16
#define PMA_SYS_16 NULL
#undef PMS_SYS_16
#define PMS_SYS_16 0
#undef SIZ_SYS_32
#define SIZ_SYS_32 44
#undef NUM_SYS_32
#define NUM_SYS_32 200
#undef PMA_SYS_32
#define PMA_SYS_32 NULL
#undef PMS_SYS_32
#define PMS_SYS_32 0
#undef SIZ_SYS_64
#define SIZ_SYS_64 96
#undef NUM_SYS_64
#define NUM_SYS_64 100
#undef PMA_SYS_64
#define PMA_SYS_64 NULL
#undef PMS_SYS_64
#define PMS_SYS_64 0
#undef SIZ_SYS_128
#define SIZ_SYS_128 172
#undef NUM_SYS_128
#define NUM_SYS_128 150
#undef PMA_SYS_128
#define PMA_SYS_128 NULL
#undef PMS_SYS_128
#define PMS_SYS_128 0
#undef SIZ_SYS_256
#define SIZ_SYS_256 292
#undef NUM_SYS_256
#define NUM_SYS_256 100
#undef PMA_SYS_256
#define PMA_SYS_256 NULL
#undef PMS_SYS_256
#define PMS_SYS_256 0
#undef SIZ_SYS_512
#define SIZ_SYS_512 664
#undef NUM_SYS_512
#define NUM_SYS_512 50
#undef PMA_SYS_512
#define PMA_SYS_512 NULL
#undef PMS_SYS_512
#define PMS_SYS_512 0
#undef SIZ_SYS_1024
#define SIZ_SYS_1024 1144
#undef NUM_SYS_1024
#define NUM_SYS_1024 30
#undef PMA_SYS_1024
#define PMA_SYS_1024 NULL
#undef PMS_SYS_1024
#define PMS_SYS_1024 0
#undef SIZ_SYS_2048
#define SIZ_SYS_2048 2048
#undef NUM_SYS_2048
#define NUM_SYS_2048 0
#undef PMA_SYS_2048
#define PMA_SYS_2048 NULL
#undef PMS_SYS_2048
#define PMS_SYS_2048 0
/* Data pool */
#undef NUM_DAT_MBLKS
#define NUM_DAT_MBLKS NUM_DAT_CLBLKS
#undef 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
#undef PMA_DATPOOL
#define PMA_DATPOOL NULL
#undef PMS_DATPOOL
#define PMS_DATPOOL 0
#undef NUM_DAT_64
#define NUM_DAT_64 100
#undef PMA_DAT_64
#define PMA_DAT_64 NULL
#undef PMS_DAT_64
#define PMS_DAT_64 0
#undef NUM_DAT_128
#define NUM_DAT_128 400
#undef PMA_DAT_128
#define PMA_DAT_128 NULL
#undef PMS_DAT_128
#define PMS_DAT_128 0
#undef NUM_DAT_256
#define NUM_DAT_256 40
#undef PMA_DAT_256
#define PMA_DAT_256 NULL
#undef PMS_DAT_256
#define PMS_DAT_256 0
#undef NUM_DAT_512
#define NUM_DAT_512 40
#undef PMA_DAT_512
#define PMA_DAT_512 NULL
#undef PMS_DAT_512
#define PMS_DAT_512 0
#undef NUM_DAT_1024
#define NUM_DAT_1024 25
#undef PMA_DAT_1024
#define PMA_DAT_1024 NULL
#undef PMS_DAT_1024
#define PMS_DAT_1024 0
#undef NUM_DAT_2048
#define NUM_DAT_2048 50
#undef PMA_DAT_2048
#define PMA_DAT_2048 NULL
#undef PMS_DAT_2048
#define PMS_DAT_2048 0
#undef NUM_DAT_4096
#define NUM_DAT_4096 0
#undef PMA_DAT_4096
#define PMA_DAT_4096 0
#undef PMS_DAT_4096
#define PMS_DAT_4096 0
#undef NUM_DAT_8192
#define NUM_DAT_8192 0
#undef PMA_DAT_8192
#define PMA_DAT_8192 0
#undef PMS_DAT_8192
#define PMS_DAT_8192 0
#undef NUM_DAT_16384
#define NUM_DAT_16384 0
#undef PMA_DAT_16384
#define PMA_DAT_16384 0
#undef PMS_DAT_16384
#define PMS_DAT_16384 0
#undef NUM_DAT_32768
#define NUM_DAT_32768 0
#undef PMA_DAT_32768
#define PMA_DAT_32768 0
#undef PMS_DAT_32768
#define PMS_DAT_32768 0
#undef NUM_DAT_65536
#define NUM_DAT_65536 0
#undef PMA_DAT_65536
#define PMA_DAT_65536 0
#undef PMS_DAT_65536
#define PMS_DAT_65536 0
/* DSI buffer pools */
#define DSI_NUM_SOCKETS 200
#define DSI_DATA_32 50
#define DSI_DATA_64 100
#define DSI_DATA_128 200
#define DSI_DATA_256 40
#define DSI_DATA_512 40
#define DSI_DATA_1K 10
#define DSI_DATA_2K 10
#define DSI_DATA_4K 10
#define DSI_DATA_8K 10
#define DSI_DATA_16K 4
#define DSI_DATA_32K 0
#define DSI_DATA_64K 0
/* TIPC sockets and buffer pools */
#define TIPC_NUM_SOCKETS 200
#define TIPC_DATA_00064 120
#define TIPC_DATA_00128 200
#define TIPC_DATA_00256 40
#define TIPC_DATA_00512 40
#define TIPC_DATA_01024 50
#define TIPC_DATA_02048 20
#define TIPC_DATA_04096 2
#define TIPC_DATA_08192 0
#define TIPC_DATA_16384 0
#define TIPC_DATA_32768 0
#define TIPC_DATA_65536 0
/* Bootrom configuration */
/* System pool */
#undef NUM_SYS_MBLKS_MIN
#define NUM_SYS_MBLKS_MIN (2 * NUM_SYS_CLBLKS_MIN)
#undef NUM_SYS_CLBLKS_MIN
#define NUM_SYS_CLBLKS_MIN 40
#undef NUM_SYS_16_MIN
#define NUM_SYS_16_MIN 60
#undef NUM_SYS_32_MIN
#define NUM_SYS_32_MIN 50
#undef NUM_SYS_64_MIN
#define NUM_SYS_64_MIN 25
#undef NUM_SYS_128_MIN
#define NUM_SYS_128_MIN 40
#undef NUM_SYS_256_MIN
#define NUM_SYS_256_MIN 25
#undef NUM_SYS_512_MIN
#define NUM_SYS_512_MIN 15
#undef NUM_SYS_1024_MIN
#define NUM_SYS_1024_MIN 10
/* Data pool */
#undef NUM_DAT_MBLKS_MIN
#define NUM_DAT_MBLKS_MIN 200
#undef NUM_DAT_CLBLKS_MIN
#define NUM_DAT_CLBLKS_MIN NUM_DAT_64_MIN + NUM_DAT_128_MIN +
NUM_DAT_256_MIN + NUM_DAT_512_MIN +
NUM_DAT_1024_MIN + NUM_DAT_2048_MIN
#undef NUM_DAT_64_MIN
#define NUM_DAT_64_MIN 50
#undef NUM_DAT_128_MIN
#define NUM_DAT_128_MIN 200
#undef NUM_DAT_256_MIN
#define NUM_DAT_256_MIN 20
#undef NUM_DAT_512_MIN
#define NUM_DAT_512_MIN 20
#undef NUM_DAT_1024_MIN
#define NUM_DAT_1024_MIN 25
#undef NUM_DAT_2048_MIN
#define NUM_DAT_2048_MIN 50
#undef NUM_DAT_4096_MIN
#define NUM_DAT_4096_MIN 0
#undef NUM_DAT_8192_MIN
#define NUM_DAT_8192_MIN 0
#undef NUM_DAT_16384_MIN
#define NUM_DAT_16384_MIN 0
#undef NUM_DAT_32768_MIN
#define NUM_DAT_32768_MIN 0
#undef NUM_DAT_65536_MIN
#define NUM_DAT_65536_MIN 0
/* INCLUDE_MUX_L2 */
#define MUX_L2_NUM_PORTS_CFG 16 /* number of ports that the device has */
#define MUX_L2_MAX_VLANS_CFG 16 /* max number of 802.1Q VLANs supports */
/* INCLUDE_TUNNELLIB */
#define TUNNEL_PMTU_REFRESH_CFG 600
#if 0
/* INCLUDE_WDB_COMM_END */
#define WDB_END_MTU 1500
#define WDB_END_DEVICE_NAME NULL
#define WDB_END_DEVICE_UNIT NULL
#endif
/* INCLUDE_IPV4 */
#define IPPORT_RESERVED_CFG 1024
#define IPPORT_RESERVEDSTART_CFG 600
#define IPPORT_USERRESERVED_CFG 5000
#define IPPORT_HIFIRSTAUTO_CFG 49152
#define IPPORT_HILASTAUTO_CFG 65535
#define IPFORWARDING_CFG ipForwardCfg /* ipForwardCfg is TRUE or FALSE depending */
/* on whether the stack was built as a host */
/* or a router. Replace ipForwardCfg with */
/* TRUE or FALSE to change the default */
/* configuration. */
#define IPSENDREDIRECTS_CFG TRUE
#define IP_DEFTTL_CFG 64
#define IP_DOSOURCEROUTE_CFG FALSE
#define IP_ACCEPTSOURCEROUTE_CFG FALSE
#define IP_CHECKINTERFACE_CFG FALSE
#define IPSTEALTH_CFG FALSE
#define RTEXPIRE_CFG (60*60)
#define RTMINEXPIRE_CFG 10
#define RTMAXCACHE_CFG 128
#define FASTFORWARDING_CFG FALSE
#define SUBNETS_ARE_LOCAL_CFG FALSE
#define FW_ENABLE_CFG FALSE
#define FW_ONE_PASS_CFG TRUE
#define FW_DEBUG_CFG FALSE
#define FW_VERBOSE_CFG FALSE
#define FW_VERBOSE_LIMIT_CFG 0
#define DYN_BUCKETS_CFG 256
#define DYN_MAX_CFG 1000
#define DYN_ACK_LIFETIME_CFG 300
#define DYN_SYN_LIFETIME_CFG 20
#define DYN_FIN_LIFETIME_CFG 20
#define DYN_RST_LIFETIME_CFG 5
#define DYN_UDP_LIFETIME_CFG 10
#define DYN_SHORT_LIFETIME_CFG 30
#define IPINTRQ_IFQ_MAXLEN_CFG 50
#define IP_MAXFRAGPACKETS_CFG 16
#define IP_MAXFRAGSPERPACKET_CFG 45
#define ICMPMASKREPL_CFG FALSE
#define ICMP_DROP_REDIRECT_CFG FALSE
#define ICMP_LOG_REDIRECT_CFG FALSE
#define ICMPLIM_CFG 200
#define ICMPBMCASTECHO_CFG TRUE
#define ICMPV4_MTU_MIN_CFG 296 /* Minimum PMTU for ICMPv4 */
#define ICMPV4_VALIDATION_REQ_CFG 1 /* Require needs-frag validation */
#define ICMPV4_TIMESTAMP_REQ_SUPPORT_CFG FALSE /* timestamp request support */
#define TCP_MSSDFLT_CFG 512
#define TCP_DO_RFC1323_CFG TRUE
#define TCP_DO_RFC1644_CFG FALSE
#define DO_TCPDRAIN_CFG TRUE
#define ICMP_MAY_RST_CFG TRUE
#define TCP_SEQ_GENSCHEME_CFG TRUE
#define TCP_SEQ_ISNSEED_INTERVAL 0
#define TCP_INFLIGHT_ENABLE FALSE
#define TCP_INFLIGHT_DEBUG FALSE
#define TCP_INFLIGHT_MIN 6144
#define TCP_INFLIGHT_MAX (65535 << 14)
#define TCP_KEEPINIT_CFG 75000
#define TCP_KEEPIDLE_CFG 7200000
#define TCP_KEEPINTVL_CFG 75000
#define TCP_KEEPCNT_CFG 8
#define TCP_DELACKTIME_CFG 100
#define TCP_MSL_CFG 30000
#define TCP_ALWAYS_KEEPALIVE_CFG FALSE
#define TCP_SENDSPACE_CFG (1024*16)
#define TCP_RECVSPACE_CFG (1024*16)
#define TCP_LOG_IN_VAIN_CFG FALSE
#define TCP_BLACKHOLE_CFG FALSE
#define TCP_DELACK_ENABLED_CFG TRUE
#define TCP_LQ_OVERFLOW_CFG TRUE
#define TCP_DROP_SYNFIN_CFG FALSE
#define TCP_REASS_GLOBAL_MAX_CFG 512
#define TCP_REASS_ENDPT_MAX_CFG (-1)
#define UDPCKSUM_CFG TRUE
#define UDP_LOG_IN_VAIN_CFG FALSE
#define UDP_BLACKHOLE_CFG FALSE
#define UDP_MAXDGRAM_CFG 9216
#define UDP_RECVSPACE_CFG 42080
#define UDP_STRICT_MCAST_MSHIP_CFG FALSE
#define UDP6_STRICT_MCAST_MSHIP_CFG FALSE
#define RAW_MAXDGRAM_CFG 8192
#define RAW_RECVSPACE_CFG 8192
#define TCP_PATH_MTU_DISCOVERY_CFG TRUE
#define TCP_SLOWSTART_FLIGHTSIZE_CFG 1
#define TCP_LOCAL_SLOWSTART_FLIGHTSIZE_CFG 65535
#define TCP_DO_NEWRENO_CFG TRUE
#define ICMPERRORLEN_CFG 64
#define ARP_MAX_ENTRIES_CFG 0
#define ARP_PRUNE_INTVL_CFG (5*60)
#define ARP_MAX_AGE_CFG (20*60)
#define ARP_HOST_DOWN_TIME_CFG 20
#define ARP_MAXTRIES_CFG 5
#define ARP_USELOOPBACK_CFG TRUE
#define ARP_PROXYALL_CFG FALSE
#define ARP_GRATUITUOUS_CFG FALSE /* send gratuituous ARP when */
/* link/inet is enabled */
#define LOG_ARP_WRONG_IFACE_CFG TRUE
#define IPV4_RT_DISP_TBL ptRibDispatchTable
/* INCLUDE_QOS_INGRESS */
/*
* The following parameter specifies the Job queue that will be used to
* schedule the deferred queue processing job.
*/
#define QOS_JOBQ netJobQueueId /* Ingress QoS Job Queue */
/*
* 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.
*/
#define QOS_JOBQ_PRI NET_TASK_QJOB_PRI - 1 /* Ingress QoS Job Queue priority*/
/*
* 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.
*/
#define QOS_DEFAULT_PRI 0 /* default priority at which to defer pkts*/
/* INCLUDE_SCTP */
#define SCTP_SENDSPACE_CFG (128 * 1024)
#ifdef INCLUDE_IPV6
#define SCTP_RECVSPACE_CFG 128 * (1024 + sizeof(struct sockaddr_in6))
#else
#define SCTP_RECVSPACE_CFG 128 * (1024 + sizeof(struct sockaddr_in))
#endif /* INCLUDE_IPV6 */
#define SCTP_AUTO_ASCONF_CFG FALSE
#define SCTP_ECN_CFG TRUE
#define SCTP_ECN_NONCE_CFG FALSE
#define SCTP_STRICT_SACKS_CFG FALSE
#define SCTP_NO_CKSUM_ON_LOOPBACK_CFG TRUE
#define SCTP_STRICT_INIT_CFG TRUE
#define SCTP_PEER_CHUNK_OH_CFG sizeof(struct mbuf)
#define SCTP_MAX_BURST_DEF_CFG 8
#define SCTP_MAX_CHUNKS_ON_QUEUE_CFG 512
#define SCTP_DELAYED_SACK_TIME_DEF_CFG 200 /* recv timer def = 200ms */
#define SCTP_HEARTBEAT_INTERVAL_DEF_CFG 30000 /* 30 seconds + RTO (in ms) */
#define SCTP_DEF_PMTU_RAISE_SEC_CFG 600 /* 10 min between raise attempts */
#define SCTP_DEF_MAX_SHUTDOWN_SEC_CFG 180
#define SCTP_DEF_SECRET_LIFE_SEC_CFG 3600
#define SCTP_RTO_UPPER_BOUND_CFG (60000) /* 60 sec in ms */
#define SCTP_RTO_LOWER_BOUND_CFG (1000) /* 1 sec in ms */
#define SCTP_RTO_INITIAL_CFG (3000) /* 3 sec in ms */
#define SCTP_DEFAULT_COOKIE_LIFE_CFG 60 /* in seconds */
#define SCTP_DEF_MAX_INIT_CFG 8
#define SCTP_DEF_MAX_SEND_CFG 10
#define SCTP_OSTREAM_INITIAL_CFG 10
#define SCTP_DEBUG_CFG FALSE
/*
* The following specifies the configuration parameters for INCLUDE_ALTQ.
* The ALTQ_MACH_CLOCK_INIT_HOOK and ALTQ_MACH_CLOCK_READ_HOOK specify
* function pointers for machine dependent clock init and read routines. If
* not specified, the internal ALTQ init and read routines which emulate
* a 256MHz machine clock will be used. If ALTQ_USE_MACH_CLOCK is false,
* the parameters ALTQ_MACH_CLOCK_INIT_HOOK and ALTQ_MACH_CLOCK_READ_HOOK
* are not applicable.
*/
#define ALTQ_MACH_CLOCK_FREQ 0 /* hw dependent clock frequency */
#define ALTQ_USE_MACH_CLOCK FALSE /* if true, use hw dependent clock */
#define ALTQ_MACH_CLOCK_INIT_HOOK NULL /* hw dependent clock init hook */
#define ALTQ_MACH_CLOCK_READ_HOOK NULL /* hw dependent clock read hook */
#define ALTQ_DEFAULT_QUEUE_LIMIT 50
#define ALTQ_DEFAULT_QUEUE_PRIORITY 1
#define ALTQ_MAX_QUEUE_ALLOWED 100
#define ALTQ_DISPATCH_QUEUE_MAX_LEN 1
/* INCLUDE_TCPV6 */
#define TCP_V6MSSDFLT_CFG 1024
#define TCPV6_MTU_MIN_CFG 0
/*
* ipForwardCfg is TRUE or FALSE depending on whether the stack was built as a
* host or a router. Replace ipForwardCfg with TRUE or FALSE to change the
* default configuration.
*/
#define IPV6CTL_FORWARDING_CFG ipForwardCfg
#define IPV6CTL_SENDREDIRECTS_CFG TRUE
#define IPV6CTL_DEFHLIM_CFG 64
#define IPV6CTL_MAXFRAGPACKETS_CFG 16
#define IPV6CTL_ACCEPT_RTADV_CFG FALSE
#define IPV6CTL_KEEPFAITH_CFG FALSE
#define IPV6CTL_LOG_INTERVAL_CFG 5
#define IPV6CTL_HDRNESTLIMIT_CFG 50
#define IPV6CTL_DAD_COUNT_CFG 1
#define IPV6CTL_AUTO_FLOWLABEL_CFG TRUE
#define IPV6CTL_DEFMCASTHLIM_CFG 1
#define IPV6CTL_GIF_HLIM_CFG 30
#define IPV6CTL_USE_DEPRECATED_CFG TRUE
#define IPV6CTL_RR_PRUNE_CFG 5
#define ND6_USETEMPADDR_CFG FALSE
#define ND6_TEMPPLTIME_CFG 86400 /* 1 day */
#define ND6_TEMPVLTIME_CFG 604800 /* 1 week */
#define IPV6CTL_PREFER_TEMPADDR_CFG FALSE
#define IPV6CTL_MCAST_PMTU_CFG FALSE
#define IPV6CTL_V6ONLY_CFG FALSE
#define IPV6CTL_AUTO_LINKLOCAL_CFG TRUE
#define ICMPV6CTL_REDIRACCEPT_CFG FALSE
#define ICMPV6CTL_REDIRTIMEOUT_CFG 600
#define ND6_PRUNE_CFG 1
#define ND6_DELAY_CFG 5
#define ND6_UMAXTRIES_CFG 3
#define ND6_MMAXTRIES_CFG 3
#define ND6_MAX_PREFIXES_CFG INT_MAX
#define ND6_USELOOPBACK_CFG TRUE
#define ICMPV6CTL_NODEINFO_CFG 3
#define ICMPV6CTL_ERRPPSLIMIT_CFG 100
#define ICMPV6_MTU_MIN_CFG 0
#define ND6_MAXNUDHINT_CFG 0
#define ND6_MAXQUEUELEN_CFG 1
#define ND6_DEBUG_CFG FALSE
#define IPV6CTL_RTEXPIRE_CFG 3600
#define IPV6CTL_RTMINEXPIRE_CFG 10
#define IPV6CTL_RTMAXCACHE_CFG 128
#define IPV6CTL_RTTIMEOUT_CFG 3600
#define IPV6_FW_ADD_CFG TRUE
#define IPV6_FW6_DEBUG_CFG TRUE
#define IPV6_FW6_VERBOSE_CFG FALSE
#define IPV6_FW6_VERBOSE_LIMIT_CFG 0
#define IPV6_RT_DISP_TBL avlRibDispatchTable
#define IP6INTRQ_IFQ_MAXLEN_CFG 50
/* INCLUDE_MIPV6 */
#define MIPV6CTL_DEBUG_CFG FALSE
#define MIPV6CTL_USE_IPSEC_CFG FALSE
#define MIPV6CTL_RR_HINT_PPSLIM_CFG 10
/* the following are applicable to MLDv2 only */
#define ICMPV6CTL_MLD_MAXSRCFILTER_CFG 128
#define ICMPV6CTL_MLD_SOMAXSRC_CFG 64
#define ICMPV6CTL_MLD_VERSION_CFG 0
/* INCLUDE_IPPROTO */
#define IP_MAX_UNITS 4
#define NMBCLUSTERS_CFG 64
/* INCLUDE_ROUTE_STORAGE */
#define ROUTE_DEFAULT_WEIGHT 100
/* INCLUDE_REMLIB */
#define RSH_STDERR_SETUP_TIMEOUT -1
/*
* INCLUDE_DNS_RESOLVER
*
* The values for the RESOLVER_DOMAIN and RESOLVER_DOMAIN_SERVER parameters
* MUST be set to appropriate values when this component is included.
* It is very important that RESOLVER_DOMAIN_SERVER is set to the address of
* a valid DNS server or it might result in long delays for applications. For
* example, if you try to ping a host without specifying the PING_OPT_NOHOST
* flag and if the server setting is incorrect or the server is down, ping
* will appear to "hang" since it will try to resolve the IP address of the
* peer to its hostname when the response is received. Since the server
* will not respond, repeated attempts will be made with increasing timeouts
* and ping will appear to be unresponsive during this time (15 seconds by
* default).
*/
#define RESOLVER_DOMAIN "my.domain"
#define RESOLVER_DOMAIN_SERVER "192.168.0.6"
#define RES_TIMEOUT_CFG RES_TIMEOUT
#define RETRY_CFG 2
#define RES_OPTIONS_CFG RES_DEFAULT
#define NSCOUNT_CFG 1
/* INCLUDE_DNS_RESOLVER_DEBUG */
#define DNS_DEBUG FALSE
/* INCLUDE_BSD_SOCKET */
#undef MAXSOCKBUF_CFG
#define MAXSOCKBUF_CFG (SB_MAX) ? (SB_MAX) : (256*1024)
#undef SOCKBUF_WASTE_FACTOR_CFG
#define SOCKBUF_WASTE_FACTOR_CFG 8
#undef SOMAXCONN_CFG
#define SOMAXCONN_CFG (SOMAXCONN) ? (SOMAXCONN) : 128
#undef SO_LINGER_INFINITE_CFG
#define SO_LINGER_INFINITE_CFG FALSE
/* INCLUDE_SNS || INCLUDE_SNS_MP
|| INCLUDE_SNS_RTP || INCLUDE_SNS_MP_RTP */
#undef SNS_PATHNAME
#define SNS_PATHNAME "/romfs/snsServer.vxe"
#undef SNS_PRIORITY
#define SNS_PRIORITY 50
#undef SNS_STACK_SIZE
#define SNS_STACK_SIZE 20000
#undef SNS_LISTEN_BACKLOG
#define SNS_LISTEN_BACKLOG 5
#undef SNS_DISTRIBUTED_SERVER_TYPE
#define SNS_DISTRIBUTED_SERVER_TYPE 70
#undef SNS_DISTRIBUTED_SERVER_INSTANCE
#define SNS_DISTRIBUTED_SERVER_INSTANCE 1
/* INCLUDE_TIPC_CONFIG_STR */
#ifdef INCLUDE_TIPC_CONFIG_STR
#define TIPC_CONFIG_STR ""
#endif
/* INCLUDE_TIPC_MEDIA_SM */
#define SM_TIPC_PKT_Q_LEN 0
#define SM_TIPC_SM_PKT_SIZE 0
#define SM_TIPC_NUM_BUF 60
/* INCLUDE_TELNET */
#define TELNETD_MAX_CLIENTS 1
#define TELNETD_TASKFLAG FALSE
#define TELNETD_PORT 23
#define TELNETD_PARSER_HOOK shellParserControl
/* INCLUDE_MIP6_MN */
#if (CDF_OVERRIDE != TRUE)
#define MIP_DEBUG /* Enable debug */
#define MIP_SECURE /* Enable IPSec */
#define IP6ATTACH_IFUNIT 2
#define IP6ATTACH_IFNAME "motfcc"
#define IFCONFIG_OPTIONS "motfcc2 inet6 up"
#ifdef INCLUDE_MIP6_MN
#define MN_IFCONFIG_OPTIONS "mip0 inet6 3ffe::9 prefixlen 64 home"
#define MN_DAEMON_TASK_OPTIONS "-d -a 8005::3 -i mip0"
#define MN_MOVEMENT_DETECTION_TASK_OPTIONS "-p 5 -i mip0 -d -D motfcc2"
#endif
#endif
/* INCLUDE_MIP6_HA */
#if (CDF_OVERRIDE != TRUE)
#ifdef INCLUDE_MIP6_HA
#define HA_DAEMON_TASK_OPTIONS "-d -i motfcc2 -p 2"
#endif
#endif
/* INCLUDE_TFTP_SERVER */
#define TFTP_SERVER_STACKSIZE 12000
#define TFTP_SERVER_DIRECTORYNAMES "/tftpboot"
#define TFTP_SERVER_NOCONTROL FALSE
#define TFTP_SERVER_MAXCONNECTIONS 10
/* INCLUDE_FTP6_SERVER */
#define FTPD6_OPTIONS_STRING ""
#define FTPD6_LOGINRTN (FUNCPTR)loginUserVerify
#define FTPD6_SSIZE 0
/* INCLUDE_FTPD6_GUEST_LOGIN */
#define FTPD6_GUEST_1 "anonymous"
#define FTPD6_GUEST_2 "anonymous"
#define FTPD6_GUEST_3 "anonymous"
#define FTPD6_GUEST_ROOT_DIR "/anon"
#define FTPD6_GUEST_UPLOAD_DIR "/anon"
#define FTPD6_GUEST_DIR_VALIDATE FALSE
/* INCLUDE_FTP */
#define FTP_TRANSIENT_MAX_RETRY_COUNT 100
#define FTP_TRANSIENT_RETRY_INTERVAL 0
#define FTP_TRANSIENT_FATAL ftpTransientFatal
#define FTP_DEBUG_OPTIONS 0
#define FTP_TIMEOUT 0
/* INCLUDE_FTP6 */
#define FTP6_REPLYTIMEOUT 10
/* BOOTP client parameters */
#ifdef INCLUDE_BOOTP
#define BOOTP_MAX_HDRSIZE 14 /* Maximum (link-level) Header Size */
#define BOOTP_MAX_REQUESTS 3 /* BOOTP client transmit limit */
#endif
/* INCLUDE_DHCPS */
#define DHCPS_CPORT 68
#define DHCPS_SPORT 67
#define DHCP_MAX_HOPS 4
#define DHCPS_MAX_MSGSIZE 590
#define DHCPS_ADDRESS_HOOK NULL
#define DHCPS_DEFAULT_LEASE 3600
#define DHCPS_LEASE_HOOK NULL
#define DHCPS_MAX_LEASE 3600
/* INCLUDE_DHCPR */
#define DHCPS_SPORT 67
#define DHCPS_CPORT 68
#define DHCP_MAX_HOPS 4
#define DHCPS_MAX_MSGSIZE 590
/* INCLUDE_DHCPC */
#define DHCPC_CPORT 68
#define DHCPC_DEFAULT_LEASE 3600
#define DHCPC_MAX_LEASES 4
#define DHCPC_MAX_MSGSIZE 590
#define DHCPC_MIN_LEASE 30
#define DHCPC_OFFER_TIMEOUT 5
#define DHCPC_SPORT 67
#define DHCPC_DISCOVER_RETRIES 4 /* Max. number of DISCOVER retries */
/* INCLUDE_DHCP6C */
#define DHCP6C_UPORT 547 /* Upstream port to the server */
#define DHCP6C_DPORT 546 /* Downstream port to the client */
#define DHCP6C_OPTION 1 /* DHCP6C_OPT_SEND_IA_ID. See dhcp6.h */
#define DHCP6C_VERBOSE 0 /* 0 - 2 */
#define DHCP6C_UPLINK_IF "motfcc0" /* name of the link to DHCP6 server */
#define DHCP6C_DOWNLINK_IF "motscc0" /* name of the link to downstream */
/* #define DHCP6C_RUNATBOOT FALSE whether to run the task after boot */
#define DHCP6C_PRIORITY 80 /* task priority */
#define DHCP6C_SIZE 10000 /* task stack size */
/*
* The following KEY definitions are used by the DHCPv6 client to
* send authentication parameters to the DHCPv6 server, when the client
* uses authentication. Authentication is optional. For more information
* see reference entry for dhcp6c() and dhcp6cAuthInfoSet().
*/
/*
* DHCPv6 administrative domain name, e.g. a domain name "example.com",
* or a string: "dhcpv6Admin"
*/
#define DHCP6C_KEY_REALM_STRING "dhcpv6Admin"
/*
* DHCPv6 secret shared between the client and the server. Secret must be
* base 64 encoded. To encode a secret, search for "base64 encoder" in the
* internet, or use tools such as openssl to encode a random string.
*/
#define DHCP6C_KEY_SECRET_STRING "5pvW2g48OHPvkYMJSw0vZA=="
/*
* DHCPv6 key expiration time in seconds. This is a quoted string.
* If the key never expires, specify "forever" or "0".
* To specify a finite time: "600", "3600"...
*/
#define DHCP6C_KEY_EXPIRE_STRING "forever"
/* INCLUDE_DHCP6S */
#define DHCP6S_UPORT 547 /* Upstream port to server */
#define DHCP6S_DPORT 546 /* Downstream port to client */
/*
* RAM disk size in bytes for server configuration file: Must be
* even multiple of the blocksize (512 bytes): e.g., 512*32
*/
#define DHCP6S_RAMDISK_SIZE 512*32
#define DHCP6S_CONF_FILE_NAME "dhcp6s.conf" /* name of the cfg file */
#define DHCP6S_VERBOSE 0 /* 0 - 2 */
#define DHCP6S_DOWNLINK_IF "motscc0" /* name of the link to downstream */
/* #define DHCP6S_RUNATBOOT FALSE whether to run the task after boot */
#define DHCP6S_PRIORITY 80 /* task priority */
#define DHCP6S_SIZE 10000 /* task stack size */
/*
* DHCPv6 server authentication parameters are specified in the server's
* configuration file. For more information, see reference entry for
* dhcp6s().
*/
/* INCLUDE_DHCP6R */
#define DHCP6R_HOP_LIMIT 32 /* hop limit */
#define DHCP6R_UPORT 547 /* Upstream port to the svr */
#define DHCP6R_DPORT 546 /* Downstream port to client */
#define DHCP6R_VERBOSE 0 /* 0 - 2 */
#define DHCP6R_UPLINK_IF "motfcc0" /* name of the link to DHCP6 server */
#define DHCP6R_DOWNLINK_IF "motscc0" /* name of the link to downstream */
#define DHCP6R_SRC_ADDR NULL /* source addr string for RA */
#define DHCP6R_SERVER_ADDR NULL /* server addr string */
/* #define DHCP6R_RUNATBOOT FALSE whether to run the task after boot */
#define DHCP6R_PRIORITY 80 /* task priority */
#define DHCP6R_SIZE 10000 /* task stack size */
/* SNTP parameters */
#define SNTP_PORT 123 /* Parameter for server and client */
/* INCLUDE_SNTPS */
#define SNTPS_MODE SNTP_ACTIVE /* SNTP_ACTIVE or SNTP_PASSIVE */
#define SNTPS_DSTADDR NULL /* If NULL, uses subnet local broadcast. */
#define SNTPS_INTERVAL 64 /* Broadcast interval, in seconds. */
#define SNTPS_TIME_HOOK NULL /* Name of required clock access routine. */
/* INCLUDE_RTADV */
#define RTADV_COMMAND ""
/* INCLUDE_RTSOL */
#define RTSOL_COMMAND ""
/* INCLUDE_RIP */
#define RIP_EXPIRE_TIME 180
#define RIP_GARBAGE_TIME 300
#define RIP_GATEWAY FALSE
#define RIP_MULTICAST FALSE
#define RIP_SUPPLIER FALSE
#define RIP_SUPPLY_INTERVAL 30
#define RIP_TIMER_RATE 1
#define RIP_VERSION 1
#define RIP_AUTH_TYPE 1
#define RIP_IF_INIT TRUE
#define RIP_ROUTING_SOCKET_BUF_SIZE 8192
/* INCLUDE_RDISC */
#define RDISC_PRIORITY 128
#define RDISC_OPTIONS 0
#define RDISC_STACKSIZE 20000
/* INCLUDE_RIPNG */
#define RIPNG_OPTIONS_STRING ""
#define RIPNG_PRIORITY 0
/* INCLUDE_MIB2_IF */
#define MIB2IF_TRAP_RTN NULL
#define MIB2IF_TRAP_ARG NULL
#define MIB2IF_LONG_COUNTERS FALSE
/* INCLUDE_MIB2_SYSTEM */
#define MIB2SYS_DESCR NULL
#define MIB2SYS_CONTACT NULL
#define MIB2SYS_LOCATION NULL
/*
* MIB2SYS_OID_LEN is the number of elements in the object id.
* MIB2SYS_OID is the object id. The default is "0.0" which
* has the length of 2.
*/
#define MIB2SYS_OID_LEN 2
#define MIB2SYS_OID {0, 0}
/* INCLUDE_MIB2_IP */
#define MIB2IP_MAX_ROUTE_TBL_SIZE 0
/* INCLUDE_MIB2_IPV6 */
#define MIB2IPV6_MAX_ROUTE_TBL_SIZE 0
/* INCLUDE_NFS* */
#define NFS_MAXFILENAME 40
#define NFS_MAXPATH 255
#define NFS2_CLIENT_CACHE_DEFAULT_NUM_LINES 16
#define NFS2_CLIENT_CACHE_DEFAULT_OPTIONS 0
#define NFS2_CLIENT_CACHE_DEFAULT_LINE_SIZE 16384
#define NFS3_CLIENT_CACHE_DEFAULT_NUM_LINES 16
#define NFS3_CLIENT_CACHE_DEFAULT_OPTIONS 0
#define NFS3_CLIENT_CACHE_DEFAULT_LINE_SIZE 16384
/* INCLUDE_BPF */
#define BPF_BUFSIZE_CFG 4096
/* INCLUDE_FASTUDP */
#define FASTUDP_DEBUG_CFG 0
/* INCLUDE_FASTUDP6 */
#define FASTUDP6_DEBUG_CFG 0
/*
* INCLUDE_FASTPATH
*
* Define the FF_IPV4_INIT_RTN and FF_IPV6_INIT_RTN macros to
* your fastpath module init routine. If you don't want to initialize
* the module, set it to -1. Set the FF_IPV4_FIB_DISP_TBL and
* FF_IPV6_FIB_DISP_TBL macros to the dispatch table for the FIB you want
* to use with the fastpath module. You must define a valid dispatch
* table if you set the FF_IPVX_INIT_RTN macro to other than -1
*/
#define FF_IPV4_INIT_RTN ipFFInit
#define FF_IPV6_INIT_RTN ipFFInit
#define FF_IPV4_FIB_DISP_TBL ptRibDispatchTable
#define FF_IPV6_FIB_DISP_TBL avlRibDispatchTable
/* For INCLUDE_APPL_LOG_UTIL */
#define APPL_LOG_FD_CFG STD_OUT
#define APPL_LOG_LEVEL_CFG (_LOG_DEC_DFLT | _LOG_LVL_DFLT)
#define APPL_KERN_LOG_FD_CFG KERN_LOG_FD
#define APPL_KERN_LOG_LEVEL_CFG (_LOG_DEC_DFLT | _LOG_LVL_DFLT)
/* For the INCLUDE_NET_ROUTE_SHOW_SNPRINTF */
#define ROUTE_SHOW_MEM 4096
/******************************************************************************/
/* */
/* WIND NET PPP CONFIGURATION */
/* */
/******************************************************************************/
/*
* WindNet PPP requires Remote Access Framework libraries.
*
* Each PPP connection is a PPP stack created within a framework object.
* A single framework object can support multiple PPP stacks, as many as
* available memory will allow.
* A framework creates 2 tasks: a control and a data task.
* A framework allocates system memory for use by its memory manager.
* PPP stack componens are configured using framework profile objects.
* Wind Net PPP creates the following framework objects for VDT releases:
*
* a default framework, pppSysFramework
*
* a default serial profile, pppSysProfile, used to configure basic connection
* parameters for vxWorks 5.x equivalent PPP API, usrWindNetPPPInit.
*
* The Project Facility WindNet PPP Demo configuration, also uses
* pppSysFramework, but it creates its own separate profiles.
*
* Listed below are definitions used by Wind NET PPP to configure
* pppSysFramework and pppSysProfile for vxWorks 5x Equivalent PPP.
*
* PPPoE and Multilink parameters (both available in Platform releases only),
* are used to create old profiles provided by earlier releases, PPP 1.x.
*
* Note: Wind Net PPP requires the inclusion of component INCLUDE_DNS_RESOLVER.
*/
/* pppSysFramework default name */
#define PPP_SYSTEM_DEFAULT_FRAMEWORK_NAME "SYS_PPP"
/* pppSysFramework data task (handles user data) priority */
#define PPP_DATA_TASK_PRIORITY 85
/* pppSysFramework control task (handles PPP protocol packets) priority */
#define PPP_CONTROL_TASK_PRIORITY 80
/* memory size in bytes for control task job queue */
#define PPP_CONTROL_JOB_QUEUE_SIZE 2048
/* memory size in bytes for data task job queue */
#define PPP_DATA_JOB_QUEUE_SIZE 2048
/* Memory partition pppSysFramework will allocate from */
#define PPP_MEM_PART_ID memSysPartId
/* Network pool ID (NET_POOL_ID) for PPP data and control packets */
#define PPP_NET_POOL_ID _pNetDpool
/* Number of serial ports */
#define PPP_NUM_SIO_CHANNELS NUM_TTY
/******************************************************************************/
/* usrWindNetPPPInit */
/******************************************************************************/
/* seconds to wait for usrWindNetPPPInit to establish link */
#define PPP_CONNECT_DELAY 30 /* maximum delay in seconds */
/* seconds to wait for ppp5xDelete to disconnect link */
#define PPP_DISCONNECT_DELAY 30 /* maximum delay in seconds */
/* print application callback status messages */
#define PPP_APPL_CALLBACKS_VERBOSE TRUE
/*
*
* Server mode:
*
* If TRUE, local side as server can be configured to be authenticator,
* to assign addresses, and to wait passively for connections.
*
* If FALSE, local side as client, initiates connections, can be configured
* to authenticate to server, and to accept addresses from server.
*/
#define PPP_SERVER_MODE FALSE /* TRUE = server */
/*
* Enable silent restart for server: connection is terminated when client
* authentication fails. Re-enable the port after link goes down.
*/
#define PPP_SILENT_RESTART TRUE
/* Seconds to wait after link goes down to re-enable port */
#define PPP_SILENT_RESTART_INTRVL 10
/******************************************************************************/
/* SERIAL DEVICE */
/******************************************************************************/
/*
* PPP_STR_PEER_TYPE:
*
* For null modem connections:
*
* Enter "REGULAR" for non-Windows peer, e.g. LINUX, vxWorks, Solaris.
* Enter "WIN_CLIENT" for WINDOWS DUN peer
* Enter "WIN_SERVER" for WINDOWS RAS peer
*
* For modem connections (Using external modem connected to serial port)
*
* Enter "MODEM", for modem connections.
*
* Wind Net PPP provides demo code to support external modem connections
* in client mode only (dial out).
*/
#define PPP_STR_PEER_TYPE "REGULAR" /* default PPP peer */
/*
* If peer is "MODEM" number to dial e.g., "4481" "9825092"
*/
#define PPP_CLNT_PHONE_NUMBER_TO_DIAL NULL /* client mode only */
/* modem init string,e.g., "AT&F1S0=0S7=90E1V1&H1&I0&R2" */
#define PPP_CLNT_MODEM_INIT_STRING NULL /* client mode only */
/* COM port to use: COM1 = 0; COM2 = 1 */
#define PPP_TTY 1 /* default PPP serial channel */
#define PPP_BAUDRATE 19200 /* default PPP baud rate */
/*
* Asynchronous control character map, e.g. "00000000L",
* If NULL, map is "ffffffffL"
*/
#define PPP_STR_ASYNCMAP NULL /* e.g., "ffffffffL" */
/*
* Serial adapter packet queue. Must be at least large enough to hold
* fragments for a maximum sized IP packet
*/
#define SIO_MAX_SEND_QUEUE_SIZE 50
/******************************************************************************/
/* IPCP */
/******************************************************************************/
/*
* In server mode, RAS can be configured to assign peer an IP address
* or to accept what the peer proposes.
* PPP_RAS_IPCP_ACCEPT_REMOTE is tested only If RAS address assignment
* is not enabled.
*/
/* default PPP Remote Access Server (RAS) mode configuration parameters */
/* primary DNS address RAS will offer clients */
#define PPP_RAS_IPCP_PRIMARY_DNS "10.0.0.40" /* NULL, if none */
/* secondary DNS address RAS will offer clients */
#define PPP_RAS_IPCP_SECONDARY_DNS "10.0.0.50" /* NULL, if none */
#define PPP_RAS_IPCP_ASSIGNS_ADDRESSES TRUE
#define PPP_RAS_IPCP_ACCEPT_REMOTE FALSE
/* server local address for all connections */
#define PPP_RAS_IPCP_LOCAL_ADDRESS_SPECIFY "10.0.0.9"
/* Start address for RAS IP address pool */
#define PPP_RAS_IPCP_POOL_START_ADDR "10.0.0.10"
/* Size of RAS IPv4 address pool */
#define PPP_RAS_IPCP_POOL_SIZE 20
/* PPP client mode configuration parameters */
/* client accepts IP address proposed by peer */
#define PPP_CLNT_IPCP_ACCEPT_LOCAL TRUE
/* client accepts peer's IP address for itself (server) */
#define PPP_CLNT_IPCP_ACCEPT_REMOTE TRUE
/* set peer address as default route */
#define PPP_CLNT_SET_DEFAULTROUTE FALSE
/* client should retrieve primary and secondary DNS */
#define PPP_CLNT_GET_DNS TRUE
/* Enable Van Jacobson TCP header Compression */
#define PPP_USE_VJC_LOCAL FALSE
#define PPP_USE_VJC_REMOTE FALSE
/*
* Maximum number of slots is MAX_STATES (defined by default to be 16
* in sl_compress.h
*/
#define PPP_VJC_LOCAL_MAX_SLOTS 16 /* max VJ compr header slots */
#define PPP_VJC_REMOTE_MAX_SLOTS 16 /* max VJ compr header slots */
#define PPP_IPCP_MAX_TERMINATE 2 /* max IPCP term-reqs */
#define PPP_IPCP_TERM_REQ_INTERVAL 3 /* seconds between conf reqs */
#define PPP_IPCP_MAX_CONFIGURE 10 /* max IPCP conf-reqs */
#define PPP_IPCP_CONF_REQ_INTERVAL 3 /* seconds between conf requests */
/******************************************************************************/
/* AUTHENTICATION */
/******************************************************************************/
#define PPP_USER_NAME1 "vxTarget" /* client default username */
#define PPP_PASSWORD1 "vxTarget" /* client default password */
#define PPP_USER_NAME2 "vxPPPClient" /* default username2 */
#define PPP_PASSWORD2 "vxPPPClient" /* default password2 */
/* RAS allows clients to authenticate with CHAP */
#define PPP_RAS_USE_CHAP_AUTH TRUE
#define PPP_RAS_CHAP_CHALLENGE_INTERVAL 180 /* in seconds */
/* RAS allows clients to authenticate with PAP */
#define PPP_RAS_USE_PAP_AUTH TRUE
/* client can use CHAP to authenticate to server */
#define PPP_CLNT_USE_CHAP_AUTH TRUE
/* client can use PAP to authenticate to server */
#define PPP_CLNT_USE_PAP_AUTH TRUE
#define PPP_PAP_MAX_AUTHREQ 8 /* max PAP auth-reqs */
#define PPP_PAP_AUTH_REQ_INTERVAL 5 /* seconds */
/******************************************************************************/
/* LCP */
/******************************************************************************/
/*
* Magic Number range
* start,end,step: e.g., "1,2147483647,0"
* start should always be larger than 0
* step of 0 means any number within the range is acceptable
*/
#define PPP_MAGIC_NUMBER_LOCAL_RANGE "1,2147483647,0"
#define PPP_MAGIC_NUMBER_REMOTE_RANGE "1,2147483647,0"
/* Negotiate magic number for local side */
#define PPP_USE_LOCAL_MAGIC_NUMBER FALSE
/* Enable Address and Control Field Compression */
#define PPP_USE_ACFC TRUE
/* Enable Protocol Field Compression */
#define PPP_USE_PFC TRUE
/* Echoes: if echoes fail, link is terminated */
#define PPP_LCP_SEND_ECHOES TRUE
#define PPP_LCP_ECHO_INTERVAL 180 /* in seconds */
#define PPP_LCP_ECHO_MAX_RETRIES 5 /* maximum retries */
/*
* SILENT mode: if TRUE, responds to configure requests,
* but does not initiate them
*
* PASSIVE_MODE for serial links does not need to be configured as it is
* always enabled for either client or server mode: If no response to
* configure requests is received, the local side waits in STOPPED state.
*/
#define PPP_SILENT_MODE FALSE
#define PPP_MTU 1500 /* Maximum Transmission Unit */
#define PPP_MRU 1500 /* Maximum Receive Unit */
#define PPP_MIN_MTU 1280 /* IPv6: 1280; IPv4: 576 */
#define PPP_MIN_MRU 1280 /* IPv6: 1280; IPv4: 576 */
#define PPP_LCP_MAX_TERMINATE 2 /* max LCP term-reqs */
#define PPP_LCP_MAX_CONFIGURE 10 /* max LCP conf-reqs */
#define PPP_LCP_MAX_FAILURE 5 /* max conf-naks for LCP */
#define PPP_LCP_TERM_REQ_INTERVAL 3 /* seconds between term requests */
#define PPP_LCP_CONF_REQ_INTERVAL 3 /* seconds between conf requests */
/*
* PROXY ARP:
*
* There is no longer a need to create ARP entries as PPP_OPT_PROXYARP
* did for vxWorks 5.x PPP. In this release, PROXY ARP is implemented
* by the network stack: To enable PROXY for all Ethernet network
* interfaces, make ARP_PROXYALL_CFG TRUE. To enable proxy only
* for one or more Ethernet interfaces, see documentation for
* ifProxyArpEnable(). It is also necessary to turn on IP
* forwarding on the target doing the proxying, i.e., make network
* stack parameter IPFORWARDING_CFG TRUE.
* Adding a default route to the target doing the proxying and
* enabling the server to provide the client DNS addressees will allow
* the peer access outside the subnet.
*/
/*
* To see debug messages, compile target/src/ppp directory with
* ADDED_CFLAGS+="-DPPP_DEBUG", e.g.:
* target/src/ppp>make CPU=PPPC32 TOOL=diab rclean
* target/src/ppp>make CPU=PPPC32 TOOL=diab ADDED_CFLAGS+="-DPPP_DEBUG"
*/
/******************************************************************************/
/* */
/* WIND NET PPP over Ethernet CONFIGURATION (PLATFORM RELEASES) */
/* */
/******************************************************************************/
/* Maximum number of services supported in AC (server) mode */
#define PPPOE_MAX_SERVICES 5
/* PPPOE_AC_MODE: 0x1 (server) PPPOE_HOST_MODE: 0x2 (client) */
#define PPPOE_OPERATING_MODE 0x2 /* server/client mode */
#define PPPOE_DEV_NAME NULL /* device name: e.g., "fei" */
#define PPPOE_DEV_UNIT NULL /* unit number: e.g., "1" */
#define PPPOE_SERVICE_NAME NULL /* e.g., "silver" */
#define PPPOE_MTU 1492 /* Maximum Transmission Unit */
#define PPPOE_MRU 1492 /* Maximum Receive Unit */
#define WIN2K_PPPOE_MRU_WORKAROUND TRUE /* Assume 1492 as maximum MRU/MTU */
/* if peer won't negotiate MRU */
#define PPPOE_MIN_MTU 1280 /* IPv6: 1280; IPv4: 576 */
#define PPPOE_MIN_MRU 1280 /* IPv6: 1280; IPv4: 576 */
/******************************************************************************/
/* */
/* WIND NET MULTILINK PPP CONFIGURATION (PLATFORM RELEASES) */
/* */
/******************************************************************************/
/*
* Multilink PPP creates a receive and a data task
*/
#define MP_SEND_QUEUE_TASK_PRIORITY 80 /* MP send task priority */
#define MP_SEND_QUEUE_SIZE 2048 /* job queue size in bytes */
#define MP_RECEIVE_QUEUE_TASK_PRIORITY 85 /* MP receive task priority */
#define MP_RECEIVE_QUEUE_SIZE 2048 /* job queue size in bytes */
/* Local Max Receive Reconstruction Unit */
#define MLPPP_MRRU 2000
/* Enable Short Seq. no in mlppp header */
#define MLPPP_SHORT_SEQNO TRUE
/* Local End Doint Discriminator */
#define MLPPP_EID "1-WIND"
/* If TRUE, enable bundle authentication */
#define MLPPP_BUNDLE_AUTH FALSE /* TRUE = enable */
/*
* Static or dynamic bundle addition. If TRUE, all ports are added
* statically to the bundle. Otherwise, all ports are added
* dynamically to the bundle if multilink is negotiated with peer.
*/
#define MLPPP_STATIC_BUNDLE_ADDITION TRUE
/******************************************************************************/
/* WIND NET PPP CONFIGURATION PARAMETERS END */
/******************************************************************************/
/* PCI device configuration type constants */
#define PCI_CFG_FORCE 0
#define PCI_CFG_AUTO 1
#define PCI_CFG_NONE 2
/* for backward compatibility with old 1.0 BSPs */
#ifndef BSP_VERSION
# define BSP_VERSION "1.0" /* old 1.0 style BSP */
# define BSP_VER_1_0 TRUE
#endif
#ifndef BSP_REV
# define BSP_REV "/0" /* old 1.0 style BSP */
#endif
#endif /* INCconfigAllh */