00network.cdf

IXP425的BSP代码

Parameter MIB2IF_TRAP_RTN {
	NAME            Pointer to user trap generator
	SYNOPSIS        Pointer to a user-supplied SNMP trap generator
	TYPE            FUNCPTR
	DEFAULT         NULL
	}

Parameter MIB2IF_TRAP_ARG {
	NAME            Pointer to user trap generator argument
	SYNOPSIS        Pointer to a user-supplied SNMP trap generators argument
	TYPE            int
	DEFAULT         NULL
	}

Component INCLUDE_MIB2_IP
	{
	NAME		MIB2 IP
	SYNOPSIS	MIB2 Variables for IP
	HDR_FILES	m2Lib.h
	INIT_RTN        m2IpInit (MIB2IP_MAX_ROUTE_TBL_SIZE);
	CFG_PARAMS      MIB2IP_MAX_ROUTE_TBL_SIZE
	MODULES         m2IpLib.o
	}

Parameter MIB2IP_MAX_ROUTE_TBL_SIZE {
	NAME            Max size of routing table
	SYNOPSIS        Default size of the MIB-II route table cache
	TYPE            int
	DEFAULT         0
	}

Component INCLUDE_MIB2_AT
	{
	NAME		MIB2 AT
	SYNOPSIS	MIB2 Variables for Address Translation (Obsolete)
	HDR_FILES	m2Lib.h
	}

Component INCLUDE_MIB2_ICMP
	{
	NAME		MIB2 ICMP
	SYNOPSIS	MIB2 Variables for ICMP
	HDR_FILES	m2Lib.h
        INIT_RTN        m2IcmpInit ();
	MODULES         m2IcmpLib.o
	}

Component INCLUDE_MIB2_TCP
	{
	NAME		MIB2 TCP
	SYNOPSIS	MIB2 Variables for TCP
	HDR_FILES	m2Lib.h
        INIT_RTN        m2TcpInit ();
	MODULES         m2TcpLib.o
	}

Component INCLUDE_MIB2_UDP
	{
	NAME		MIB2 UDP
	SYNOPSIS	MIB2 Variables for UDP
	HDR_FILES	m2Lib.h
        INIT_RTN        m2UdpInit ();
	MODULES         m2UdpLib.o
	} 

Component INCLUDE_NFS
	{
	NAME		NFS client
	SYNOPSIS	Network file system (version 2) client
	CONFIGLETTES    net/usrNfs.c
	REQUIRES	INCLUDE_RPC INCLUDE_BSD_SOCKET
	INIT_RTN	usrNfsInit();
	CFG_PARAMS	NFS_USER_ID NFS_GROUP_ID NFS_MAXPATH
	MODULES		nfsDrv.o
	}

Parameter NFS_USER_ID
	{
	NAME		user identifier for NFS access
        TYPE 		int
        DEFAULT 	2001
	}

Parameter NFS_GROUP_ID
	{
	NAME		group identifier for NFS access
        TYPE 		int
        DEFAULT 	100
	}
 
Component INCLUDE_NFS_MOUNT_ALL
	{
	NAME		NFS mount all
	SYNOPSIS	Mount all remote file systems at boot time
	CONFIGLETTES	net/usrNetNfsMount.c
	INIT_RTN	usrNetNfsMountAll();
	REQUIRES	INCLUDE_NFS
	}

Component INCLUDE_NFS_SERVER
	{
	NAME		NFS server
	SYNOPSIS	Network file system (version 2) server
	CONFIGLETTES    net/usrNfsd.c
	INIT_RTN	usrNfsdInit ();
	REQUIRES	INCLUDE_RPC INCLUDE_BSD_SOCKET
	CFG_PARAMS	NFS_USER_ID NFS_GROUP_ID NFS_MAXPATH
	HDR_FILES	nfsdLib.h
	MODULES		nfsdLib.o
	}

Parameter NFS_MAXPATH
        {
        NAME            Maximum file path length 
        SYNOPSIS        Indicates maximum length of a file path 
        DEFAULT         255
        }

Component INCLUDE_PING
	{
	NAME		PING client
	SYNOPSIS	ICMP (ping) client
	HDR_FILES	pingLib.h
	MODULES		pingLib.o
	REQUIRES	INCLUDE_BSD_SOCKET
	INIT_RTN	pingLibInit();
	}
	
Component INCLUDE_RPC
	{
	NAME		RPC
	SYNOPSIS	Remote Procedure Call system
	REQUIRES	INCLUDE_BSD_SOCKET
	INIT_RTN	rpcInit ();
	MODULES		rpcLib.o
	}

Component INCLUDE_SNMPD
	{
	NAME		SNMP daemon
	SYNOPSIS	Simple network management protocol daemon
	MODULES		snmpdLib.o
	REQUIRES	INCLUDE_BSD_SOCKET
	INIT_RTN	usrSnmpdInit ();
	CFG_PARAMS	INCLUDE_SNMPD_DEBUG INCLUDE_TRACE_LEVEL
	HDR_FILES	snmp/snmpdInit.h
	CONFIGLETTES	net/usrSnmpCfg.c
	}

Parameter INCLUDE_SNMPD_DEBUG
        {
        NAME            SNMPD debug
        SYNOPSIS        Agent level debugging
        DEFAULT         0
        }

Parameter INCLUDE_TRACE_LEVEL
        {
        NAME            SNMPD trace level
        SYNOPSIS        Should be >= 0 or <= 3 with greater values \
                        showing more information and 0 showing none 
        DEFAULT         0
        }

Component INCLUDE_TELNET
	{
	NAME		Telnet server
	SYNOPSIS	Supports remote login using telnet protocol
	MODULES		telnetdLib.o
	CONFIGLETTES	net/usrNetTelnetdCfg.c
	INIT_RTN	usrTelnetdStart ();
	CFG_PARAMS	TELNETD_MAX_CLIENTS TELNETD_TASKFLAG TELNETD_PORT \
			TELNETD_PARSER_HOOK
	REQUIRES	INCLUDE_BSD_SOCKET
	}

Parameter TELNETD_MAX_CLIENTS
	{
	NAME		Telnet server client limit
	SYNOPSIS	Maximum number of simultaneous client sessions
	DEFAULT		1
	}

Parameter TELNETD_TASKFLAG
	{
	NAME		Telnet server resource allocation method
	SYNOPSIS	Allows server to create tasks before any connections
        TYPE 		bool
	DEFAULT		FALSE
	}

Parameter TELNETD_PORT
	{
	NAME		Telnet Server Port
	SYNOPSIS	Port monitored by telnet server
	TYPE 		uint
	DEFAULT		23
	}

Parameter TELNETD_PARSER_HOOK
	{
	NAME		Telnet server access to command interpreter
	SYNOPSIS	Connects clients to parser (default is target shell)
	DEFAULT		shellParserControl
	}

Component INCLUDE_SECURITY {
        NAME            RLOGIN/TELNET password protection
        SYNOPSIS        rlogin and telnet password protection
        MODULES         loginLib.o
        CONFIGLETTES    usrSecurity.c
        INIT_RTN        usrSecurity ();
        CFG_PARAMS      LOGIN_USER_NAME LOGIN_PASSWORD
        HDR_FILES       shellLib.h loginLib.h sysLib.h
}

Component INCLUDE_TFTP_CLIENT
	{
	NAME		TFTP client
	SYNOPSIS	Trivial file transfer protocol client
	REQUIRES	INCLUDE_BSD_SOCKET
	MODULES		tftpLib.o
	LINK_SYMS	tftpCopy
	}

Component INCLUDE_TFTP_SERVER
	{
	NAME		TFTP server
	SYNOPSIS	Trivial file transfer protocol server
	MODULES		tftpdLib.o
	REQUIRES	INCLUDE_BSD_SOCKET
	INIT_RTN	tftpdInit (0, 0, 0, FALSE, 0);
	}

Component INCLUDE_ZBUF_SOCK
	{
	NAME		ZBUF socket
	SYNOPSIS	Zero copy buffer based socket interface
	MODULES		zbufLib.o zbufSockLib.o
	INIT_RTN	zbufSockLibInit ();
	}

Component INCLUDE_NET_SETUP
	{
	NAME		network buffer initialization
	SYNOPSIS	network buffer creation and device support
	CFG_PARAMS	NUM_NET_MBLKS NUM_CL_BLKS \
                        NUM_64 NUM_128 NUM_256 NUM_512 NUM_1024 NUM_2048 \
                        NUM_SYS_MBLKS NUM_SYS_CL_BLKS \
                        NUM_SYS_64 NUM_SYS_128 NUM_SYS_256 NUM_SYS_512 \
			IP_MAX_UNITS ARP_MAX_ENTRIES
	CONFIGLETTES	net/usrNetLib.c
	INIT_RTN        usrNetLibInit ();
	HDR_FILES	netBufLib.h ipProto.h
	}


Parameter NUM_NET_MBLKS
	{
	NAME		Network memory blocks for user data
        SYNOPSIS 	Private access to data in clusters
        TYPE 		uint
        DEFAULT 	400
	}

Parameter NUM_64
	{
	NAME		Number of 64 byte clusters for user data
        TYPE 		uint
        DEFAULT 	100
	}

Parameter NUM_128
	{
	NAME		Number of 128 byte clusters for user data
        TYPE 		uint
        DEFAULT 	100
	}

Parameter NUM_256
	{
	NAME		Number of 256 byte clusters for user data
        TYPE 		uint
        DEFAULT 	40
	}

Parameter NUM_512
	{
	NAME		Number of 512 byte clusters for user data
        TYPE 		uint
        DEFAULT 	40
	}

Parameter NUM_1024
	{
	NAME		Number of 1024 byte clusters for user data
        TYPE 		uint
        DEFAULT 	25
	}

Parameter NUM_2048
	{
	NAME		Number of 2048 byte clusters for user data
        TYPE 		uint
        DEFAULT 	25
	}

Parameter NUM_CL_BLKS
	{
	NAME		Size of network memory pool for user data
        SYNOPSIS 	Total of all cluster sizes for shared user data
        TYPE 		uint
        DEFAULT 	NUM_64 + NUM_128 + NUM_256 + \
                        NUM_512 + NUM_1024 + NUM_2048
	}

Parameter NUM_SYS_CL_BLKS
	{
	NAME		Size of network memory pool for system data
        SYNOPSIS 	Total of all cluster sizes for shared system data
        TYPE 		uint
        DEFAULT 	140
	}

Parameter NUM_SYS_MBLKS
	{
	NAME		Network memory blocks for system data
        SYNOPSIS 	Private access to system data in clusters
        TYPE 		uint
        DEFAULT 	2 * NUM_SYS_CL_BLKS
	}


Parameter NUM_SYS_64
	{
	NAME		Number of 64 byte clusters for system data
        TYPE 		uint
        DEFAULT 	40
	}

Parameter NUM_SYS_128
	{
	NAME		Number of 128 byte clusters for system data
        TYPE 		uint
        DEFAULT 	40
	}

Parameter NUM_SYS_256
	{
	NAME		Number of 256 byte clusters for system data
        TYPE 		uint
        DEFAULT 	40
	}

Parameter NUM_SYS_512
	{
	NAME		Number of 512 byte clusters for system data
        TYPE 		uint
        DEFAULT 	20
	} 


Parameter IP_MAX_UNITS
	{
	NAME		IP Driver Control Limit
	SYNOPSIS	Maximum number of interfaces attached to IP layer
        TYPE 		uint
        DEFAULT 	1
	}

Parameter ARP_MAX_ENTRIES
	{
	NAME            ARP Table Size Limit
	SYNOPSIS        Maximum number of entries in ARP table
	TYPE            uint
	DEFAULT         20
	}

InitGroup usrNetworkInit
        {
        INIT_RTN        usrNetworkInit ();
        SYNOPSIS        Initialize the network subsystem
        INIT_ORDER      INCLUDE_NET_SETUP 	\
			usrNetProtoInit		\
			INCLUDE_MUX 		\
			INCLUDE_END 		\
                        INCLUDE_PPP 		\
			INCLUDE_PPP_CRYPT 	\
			INCLUDE_SLIP 		\
			INCLUDE_NETWORK		\
 			usrNetworkBoot 		\
			usrNetworkAddrCheck     \
			INCLUDE_SECOND_SMNET 	\
			INCLUDE_DHCPC_LEASE_SAVE \
			usrNetRemoteInit 	\
			usrNetAppInit
        }

/* 
 * The components initialized by this group are strongly dependent on
 * initialization order. The associated configuration files also reflect
 * this dependency since earlier components create variables referenced
 * by later ones. As a side effect, the names of the configuration files
 * must be in alphabetical order, since the current implementation of the
 * configuration tool sorts by file name when generating the configlette 
 * list.
 */

InitGroup usrNetworkBoot
        {
        INIT_RTN        usrNetworkBoot ();
        SYNOPSIS        Setup a network device using the boot parameters
        INIT_ORDER      INCLUDE_NET_INIT 	\
                        usrNetworkAddrInit 	\
			INCLUDE_PPP_BOOT 	\
			INCLUDE_SLIP_BOOT 	\
			INCLUDE_NETMASK_GET 	\
			INCLUDE_NETDEV_NAMEGET 	\
			INCLUDE_SM_NET_ADDRGET   \
                        usrNetworkDevStart
        }

InitGroup usrNetworkAddrInit
        {
        INIT_RTN 	usrNetworkAddrInit ();
        SYNOPSIS 	Initialize the network address for a device
        INIT_ORDER 	INCLUDE_DHCPC_LEASE_GET \
			INCLUDE_DHCPC_LEASE_CLEAN
        }

InitGroup usrNetworkDevStart
        {
        INIT_RTN 	usrNetworkDevStart ();
        SYNOPSIS 	Attach a network device and start the loopback driver
	INIT_ORDER 	INCLUDE_SM_NET 		\
			INCLUDE_END_BOOT   	\
			INCLUDE_BSD_BOOT	\
			INCLUDE_LOOPBACK
        }

InitGroup usrNetworkAddrCheck
        {
        INIT_RTN 	usrNetworkAddrCheck ();
        SYNOPSIS 	Get an IP address if needed and setup the boot device
        INIT_ORDER 	INCLUDE_DHCPC \
			INCLUDE_DHCPC_LEASE_TEST \
			INCLUDE_NETDEV_CONFIG
        }

InitGroup usrNetProtoInit {
	NAME		initialize network protocol stacks
	SYNOPSIS	Initialize the network protocol stacks
	INIT_RTN	usrNetProtoInit ();
	INIT_ORDER	INCLUDE_BSD_SOCKET \
			INCLUDE_ZBUF_SOCK \
			BSD43_COMPATIBLE \
			INCLUDE_ROUTE_SOCK \
			INCLUDE_HOST_TBL \
			INCLUDE_IP \
			INCLUDE_MIB2_SYSTEM \
			INCLUDE_MIB2_IF \
			INCLUDE_IP_FILTER \
			INCLUDE_UDP \
			INCLUDE_MIB2_UDP \
			INCLUDE_UDP_SHOW \
			INCLUDE_TCP \
			INCLUDE_MIB2_TCP \
			INCLUDE_TCP_SHOW \
			INCLUDE_ICMP \
			INCLUDE_MIB2_ICMP \
			INCLUDE_ICMP_SHOW \
			INCLUDE_IGMP \
			INCLUDE_IGMP_SHOW \
			INCLUDE_SM_NET_SHOW \
			INCLUDE_MCAST_ROUTING \
			INCLUDE_OSPF \
			INCLUDE_NET_LIB \
			INCLUDE_MIB2_IP \
			INCLUDE_TCP_DEBUG \
			INCLUDE_ARP_API \
			INCLUDE_NET_SHOW
}

InitGroup usrNetRemoteInit {
	NAME		initialize network remote I/O access
	INIT_RTN	usrNetRemoteInit ();
	INIT_ORDER	INCLUDE_NET_HOST_SETUP \
                        INCLUDE_NET_REM_IO \
                        INCLUDE_NFS \
                        INCLUDE_NFS_MOUNT_ALL
}

InitGroup usrNetAppInit {
	NAME		initialize network application protocols
	INIT_RTN	usrNetAppInit ();
	INIT_ORDER	INCLUDE_RPC \
			INCLUDE_RLOGIN \
			INCLUDE_TELNET \
			INCLUDE_SECURITY \
			INCLUDE_TFTP_SERVER \
			INCLUDE_FTP_SERVER \
			INCLUDE_FTPD_SECURITY \
			INCLUDE_FTP \
			INCLUDE_NFS_SERVER \
                        INCLUDE_DHCPC_SHOW \
                        INCLUDE_DHCPR \
			INCLUDE_DHCPS \
			INCLUDE_SNTPC \
			INCLUDE_SNTPS \
			INCLUDE_PING \
			INCLUDE_PROXY_CLIENT \
			INCLUDE_PROXY_SERVER \
			INCLUDE_RIP \
			INCLUDE_DNS_RESOLVER \
			INCLUDE_SNMPD
}