GD32F450_BMC_BaseCode/app/bmc/msghndlr/Transport/nwcfg.h

/***************************************************************
**                                                            **
**    (C)Copyright 2006-2009, American Megatrends Inc.        **
**                                                            **
**            All Rights Reserved.                            **
**                                                            **
**        5555 Oakbrook Pkwy Suite 200, Norcross,             **
**                                                            **
**        Georgia - 30093, USA. Phone-(770)-246-8600.         **
**                                                            **
****************************************************************
* Filename: nwcfg.h
*
* Description: Contains code for the basic network library APIs.
*
****************************************************************/

#ifndef _NWCFG_H
#define _NWCFG_H



#include <sys/socket.h>
#include <netinet/in.h>
#include <arpa/inet.h>

//#include <Types.h>
//#include "hostname.h"
#include <com_IPMIDefs.h>
#include <com_BmcType.h>


// /* External dependencies */
// #define	PROC_NET_ROUTE_FILE	"/proc/net/route"
// /* ipv6 */
// #define	PROC_NET_IPV6ROUTE_FILE "/proc/net/ipv6_route"
// #define DHCPD_PID_FILE		"/var/run/udhcpc.eth0.pid"
// #define DHCP6C_PID_FILE		"/var/run/dhcp6c.pid"

// #define DHCPD_CONFIG_FILE   "/conf/dhcpc-config"
// #define DHCPD_CONFIG_FILE_TEMP      "/var/dhcp-config.tmp"
// #define RESOLV_CONF_FILE    "/conf/resolv.conf"
// #define RESOLV_CONF_DISABLED_FILE    "/conf/resolv_disabled.conf"
// #define RESOLV_CONF_FILE_TEMP    "/var/resolv.conf.tmp"
// #define DNS_CONFIG_FILE   "/conf/dns.conf"
// #define DNS_CONFIG_FILE_TEMP      "/var/dns.conf.tmp"
// #define IFUP_BIN_PATH       "/sbin/ifup"
// #define IFDOWN_BIN_PATH     "/sbin/ifdown"
#define ZERO_IP         "0.0.0.0"
#define DEFAULT_GW_STR      "0.0.0.0"
/* /etc/network/interfaces file defines */
// #define NETWORK_IF_FILE		"/etc/network/interfaces"
// #define NETWORK_IF_FILE_TMP         "/conf/interfaces.tmp"
// #define NETWORK_DNS_TMP             "/conf/dns.tmp"
// #define NETWORK_IP_SRC_FILE	"/conf/ipaddrsource"
#define AUTO_LOCAL_STR		"auto lo\n"
#define AUTO_LOCAL_LOOPBACK_STR	"iface lo inet loopback\n"
#define IF_STATIC_IP_STR	"address"
#define IF_STATIC_MASK_STR	"netmask"
#define IF_STATIC_BCAST_STR	"broadcast"
#define IF_STATIC_GW_STR	"gateway"
#define IF_STATIC_MTU_STRING "mtu"
#define DEFAULT_GW_FLAGS	0x0003
// #define DEV_FILE	"/proc/net/dev"

// #define VLAN_ID_SETTING_STR "vlanid"
// #define VLAN_INTERFACES_FILE    "/conf/vlaninterfaces"
// #define VLAN_PRIORITY_SETTING_STR     "vlanpriority"
// #define VLAN_INDEX_STR       "index"
// #define VLANSETTING_CONF_FILE "/conf/vlansetting.conf"

// #define VLAN_NETWORK_DECONFIG_FILE    "/etc/init.d/vlannetworking stop"
// #define VLAN_NETWORK_CONFIG_FILE    "/etc/init.d/vlannetworking start"
// #define VLAN_ONLY_IFDOWN    "/etc/init.d/vlannetworking downvlan"
// #define VLAN_PROC_SYS_RAC_NCSI_ENABLE_LAN    "echo 1 > /proc/sys/ractrends/ncsi/Enable"

// #define VLAN_NETWORK_IP_CONFIGFILE    "/etc/init.d/vlannetworking enableip"
// #define IF_STATIC_ADDR_STR " pre-up ip addr add"

// /*Bond*/
// #define BONDING_CONF_FILE   "/conf/bond.conf"
// #define BONDING_SYSTEM_FILE "/sys/class/net"
#define IFACE_ENABLED     0x01
#define IFACE_DISABLED      0x00
#define BOND_ROUND_ROBIN    0x00
#define BOND_ACTIVE_BACKUP  0x01
#define MAX_BOND_MODE           0x06
#define MAX_BOND                0x03
#define ETH_IFACE_TYPE      0x01
#define BOND_IFACE_TYPE     0x02
#define BOND_MAX_SLAVE      8

#define MAX_CHANNEL    0x04
#define MAX_ETH   5


///* IPv6 */
//#define KERNEL_IPV6_FILE "/proc/net/if_inet6"

#define MAX_MAC_LEN 	64
#define MAC_ADDR_LEN	6
#define IP_ADDR_LEN	4
#define IP6_ADDR_LEN	16
#define MAX_STR_LENGTH 	128
#define ROUTE_GW_LENGTH 100

#define MAX_IPV6ADDRS  16
#define DOMAIN_DHCP_LEN  7
#define LOOPBACK_ADDR_LEN 9
#define STR1_LEN 1
#define STR2_LEN 2
#define STR3_LEN 3
#define STR4_LEN 4
#define STR5_LEN 5

/* DNS */
#define MAX_HOST_NAME_STRING_SIZE       64
#define MAX_DOMAIN_NAME_STRING_SIZE     256
#define HOSTNAME_SETTING_MANUAL			0
#define HOSTNAME_SETTING_AUTO			1
#define ONELINE_LEN                     300
#define DNS_SERVERIP_LEN                26

#define REG_BMC_ENABLE                  0x01	//0th bit enable of BMC register
#define REG_BMC_TSIG                    0x02	//1st bit enable of BMC register
#define REG_BMC_FQDN                    0x10	//DHCP Option 81
#define REG_BMC_HOSTNAME                0x20	//DHCP Option 12

#define REG_BMC_RESERVED                0xCE	//Binary value 1100 1110
#define REG_BMC_RESERVED_TSIG           0xFD	//Binary value 1111 1101

/* TSIG Configuration */
// #define CONF_LOCATION				"/conf/"
// #define TEMP_LOCATION				"/tmp/"
// #define TSIG_PRIVATE_FILE			"tsig.private"
// #define CONF_TSIG_PRIVATE_FILE		CONF_LOCATION TSIG_PRIVATE_FILE
// #define TEMP_TSIG_PRIVATE_FILE		TEMP_LOCATION TSIG_PRIVATE_FILE
// #define MAX_TSIG_PRIVKEY_SIZE		(8 * 1024)
// #define TSIG_ALG_TYPE_HMAC_MD5		"Algorithm: 157 (HMAC_MD5)\n"

/* Type of network configuration */
#define CFGMETHOD_STATIC    1
#define CFGMETHOD_DHCP      2
#define CFGMETHOD_BIOS      3
#define CFGMETHOD_OTHER     4

#define NWCFGTYPE_STATIC        0x1
#define NWCFGTYPE_DHCP          0x2
#define NWCFGTYPE_DHCPFIRST     0x4

/*Interface enable state*/
#define NW_INTERFACE_ENABLE     0x1
#define NW_INTERFACE_DISABLE    0x2
#define NW_INTERFACE_UNKNOWN    0x3

#define NW_AUTO_NEG_ON  0x1
#define NW_AUTO_NEG_OFF 0x2

#define NW_DUPLEX_FULL 0x1
#define NW_DUPLEX_HALF 0x2

/*
 * ETHSET FLAG: See nwSetNWExtEthCfg API
 */
#define NWEXT_ETHCFG_LAMAC      0x1
#define NWEXT_ETHCFG_BURNEDMAC  0x2
#define NWEXT_ETHCFG_SPEED      0x4
#define NWEXT_ETHCFG_DUPLEX     0x8
#define NWEXT_ETHCFG_AUTONEG    0x10
#define NWEXT_ETHCFG_MTU        0x20
#define NWEXT_ETHCFG_WOL        0x40
#define NWEXT_ETHCFG_ALL (NWEXT_ETHCFG_LAMAC \
                            | NWEXT_ETHCFG_BURNEDMAC \
                            | NWEXT_ETHCFG_SPEED \
                            | NWEXT_ETHCFG_DUPLEX \
                            | NWEXT_ETHCFG_AUTONEG \
                            | NWEXT_ETHCFG_MTU \
                            | NWEXT_ETHCFG_WOL)

/*
 * NWSET FLAG: See nwSetNWExtIPCfg API
 */
#define NWEXT_IPCFG_INTFSTATE   0x1
#define NWEXT_IPCFG_CFGMETHOD   0x2
#define NWEXT_IPCFG_IP          0x4
#define NWEXT_IPCFG_MASK        0x8
#define NWEXT_IPCFG_GW          0x10
#define NWEXT_IPCFG_FBIP        0x20
#define NWEXT_IPCFG_FBMASK      0x40
#define NWEXT_IPCFG_FBGW        0x80
#define NWEXT_IPCFG_ALL (NWEXT_IPCFG_INTFSTATE \
                         | NWEXT_IPCFG_CFGMETHOD \
                         | NWEXT_IPCFG_FBIP \
                         | NWEXT_IPCFG_FBMASK \
                         | NWEXT_IPCFG_FBGW \
                         | NWEXT_IPCFG_IP \
                         | NWEXT_IPCFG_MASK \
                         | NWEXT_IPCFG_GW)

#define MAX_RESTART_SERVICE     4

#define MAX_SERVICE    5

/*Used to check the flag status*/
#define CHECK_FLAG(in,level) ((in&level) == level)

/*Used to set flag value*/
#define SET_FLAG(out,level) (out|=level)

/* Enable or disable Auto-Negotiation */
#define AUTONEG_DISABLE		0x00
#define AUTONEG_ENABLE		0x01

/* Network Link modes */
#define PHY_SPEED_10		10
#define PHY_SPEED_100		100
#define PHY_SPEED_1000		1000

#define PHY_DUPLEX_HALF	0x0
#define PHY_DUPLEX_FULL	0x1

#define PHY_SPEED_AN_MASK	0x8000    /*Auto-Negotiation Mask for Speed*/
#define PHY_DUPLEX_AN_MASK	0x4000    /*Auto-Negotiation Mask for Duplex*/


/* MII registers for PHY */
#define MII_BMCR            0x00        /* Basic mode control register */
#define MII_BMSR            0x01        /* Basic mode status register  */
#define MII_PHY_ID1         0x02        /* PHY identifier 1            */
#define MII_PHY_ID2         0x03        /* PHY identifier 2            */
#define MII_ADVERTISE       0x04        /* Advertisement control reg   */
#define MII_LPA             0x05        /* Link partner ability reg    */
#define MII_EXPANSION       0x06        /* Expansion register          */
#define MII_CTRL1000        0x09        /* 1000BASE-T control          */
#define MII_STAT1000        0x0a        /* 1000BASE-T status           */

/* Mask for BMCR Register settings for Speed/Duplex */
#define PHY_BMCR_10_FD    0x0100
#define PHY_BMCR_10_HD    0x0000
#define PHY_BMCR_100_FD   0x2100
#define PHY_BMCR_100_HD   0x2000
#define PHY_BMCR_1000_FD  0x1140
#define PHY_BMCR_AUTO_NEG 0x3000

/* Mask for ADVERTISE Register settings for Speed/Duplex */
#define PHY_ADV_AUTO_NEG  0x05e1
#define PHY_ADV_1000_FD   0x0401

/* Mask for Gigabit Control Register settings for Speed/Duplex */
#define PHY_GBCR_AUTO_NEG 0x0300


#pragma pack (1)
typedef struct
{
    uint8_t AutoNegotiationEnable;
    uint16_t Speed;
    uint8_t Duplex;
    uint8_t Interface;
    uint8_t CapabilitiesSupported;
}   PHYConfig_T;

typedef struct
{
    uint8_t   Enable;                                                             /*Enable/Disable*/
    uint8_t   BondIndex;                                                      /*Index value of Bond Interface*/
    uint8_t   BondMode;                                                       /*Bond Mode*/
    uint16_t   MiiInterval;                                                     /*MII Interval*/
    uint8_t   Slaves;                                                           /*Each bit represents the interface Index value i.e 0-7*/
    uint8_t   AutoConf;
}  BondIface;
typedef struct{
	unsigned char CfgMethod; /* This field can either be NWCFGTYPE_DHCP or NWCFGTYPE_STATIC */
	unsigned char MAC[6];
	unsigned char Local_MAC[6];
	unsigned char IPAddr[4];
	unsigned char Broadcast[4];
	unsigned char Mask[4];
	unsigned char Gateway[4];
	unsigned char  BackupGateway[4];
	  /* If interface is enabled, value is
     * NW_INTERFACE_ENABLE otherwise NW_INTERFACE_DISABLE
     */
    unsigned char enable;
	unsigned char IFName[10];
	unsigned short VLANID;
	unsigned char vlanpriority;
        unsigned char Master;
        unsigned char Slave;
        unsigned char BondIndex;
}   NWCFG_STRUCT;
/*ipv6*/
typedef struct{
	unsigned char enable;
       unsigned char MAC[6];
	unsigned char CfgMethod; /* This field can either be NWCFGTYPE_DHCP or NWCFGTYPE_STATIC */
	unsigned char LinkIPAddr[16];
	unsigned char LinkPrefix;
	unsigned char SiteIPAddr[16];
	unsigned char SitePrefix;
	unsigned char GlobalIPAddr[MAX_IPV6ADDRS][16];   //anyCast Globel address    //UniCast Globel address
	unsigned char GlobalPrefix[MAX_IPV6ADDRS];
	unsigned char Gateway[16];
       unsigned char IFName[10];
}   NWCFG6_STRUCT;

typedef struct {
        unsigned char Enable;
        unsigned short MiiInterval;
        unsigned char BondMode;
        unsigned char Slave;
}  BondConf;

typedef struct {
    unsigned char Upslave;
}  ActiveConf;

typedef struct
{
    int8_t Ifcname[16];
    uint8_t Index;
    uint8_t Enabled;
}  IfcName_T;

typedef struct{
	unsigned short Family;
		NWCFG_STRUCT 	IPv4;
		NWCFG6_STRUCT	IPv6;
}   ALL_NWCFG_STRUCT;


typedef struct{
	NWCFG_STRUCT NwInfo[10];
	int IFCount;
}   NWCFGS;

typedef struct
{
    /* This field can either be NW_DUPLEX_FULL or NW_DUPLEX_HALF */
    unsigned long speed;

    /* This field can either be NW_DUPLEX_FULL or NW_DUPLEX_HALF */
    unsigned int duplex;

    /* This field can either be  NW_AUTO_NEG_ON or NW_AUTO_NEG_OFF,
     * Auto negotiation is applicable for both speed & duplex.
     */
    unsigned int autoneg;

    /* This field features the link modes that are supported by the interface */
    unsigned char supported; 

    /*Max transmission unit*/
    unsigned long maxtxpkt;

    unsigned long wolsupported;
    unsigned long wolopts;

}   ETHCFG_STRUCT;

typedef struct{
        ETHCFG_STRUCT EthInfo[10];
}   ETHCFGS;


typedef struct{

    /* Name of the interface, example: eth0, eth1, ethernet,...*/
    char IFName[10];

    /*
     * This field can either be NWCFGTYPE_DHCP or
     * NWCFGTYPE_STATIC or NWCFGTYPE_DHCPFIRST
     */
    unsigned char CfgMethod;

    /*
     *  If interface is enabled, value is NW_INTERFACE_ENABLE
     *  otherwise NW_INTERFACE_DISABLE
     */
    unsigned char Enable;

    /*
     * Current IP Origin NWCFGTYPE_DHCP or NWCFGTYPE_STATIC
     */
    unsigned char IPOrigin;

    /*
     * IP assigned: If IPOrgin is DHCP, then this is DHCP IP,
     * if the IPOrigin is Static, then this is Static IP address
     */
    unsigned char IPAddr[4];
    unsigned char Mask[4];
    unsigned char Gateway[4];

    /*
     *  Manually configured Fall back (FB) IP
     */
    unsigned char FB_IPAddr[4];
    unsigned char FB_Mask[4];
    unsigned char FB_Gateway[4];

}   NWEXT_IPCFG;


typedef struct
{
    /*Burned-in MAC address*/
    unsigned char BurnedMAC[6];

    /* Locally admin-MAC: Setting Local MAC to other than 00:00:00:00:00:00
     * makes it as current MAC. If a platform does not support. If this is
     * non-zero then this is current MAC while getting
     */
    unsigned char Local_MAC[6];

}  NWEXT_MACCFG;


typedef struct
{

    /* MAC Configuration */
    NWEXT_MACCFG mac_cfg;

    /* Ethernet Configuration */
    ETHCFG_STRUCT eth_cfg;

}   NWEXT_ETHCFG;

typedef struct
{
    unsigned char DNSDhcpEnable;                             /*Specifies that the DNS server IP addresses should be assigned from the DHCP server*/
    unsigned char DNSServerEthIndex;                         /*Specifies that from which DHCP server the IP addresses should be assigned */
    unsigned char DNSServer1[IP_ADDR_LEN];                   /*Specifies the IP address for DNS server 1*/
    unsigned char DNSServer2[IP_ADDR_LEN];                   /*Specifies the IP address for DNS server 2*/
    unsigned char v4v6;
    unsigned char RegisterBMCFQDN[MAX_CHANNEL];  	     /*Register the BMC host name using FQDN method */
    unsigned char DNSRegisterBMC[MAX_CHANNEL];               /*Enable registering the BMC host name on the DNS server*/
    unsigned char DNSBMCHostSetting;                         /*Specifies host name is Automatic or Manual */
    unsigned char DNSBMCHostNameLen;
    unsigned char DNSBMCHostName[MAX_HOST_NAME_STRING_SIZE];          /*Specifies the DNS BMC host name*/
    unsigned char DNSDomainNameDhcpEnable;                   /*Specifies that the DNS domain name should be assigned from the DHCP server*/
    unsigned char DNSDomainNameEthIndex;                     /*Specifies that from which DHCP server the DNS domain name should be assigned */    
    unsigned char DNSDomainNameLen;
    unsigned char DNSDomainName[MAX_DOMAIN_NAME_STRING_SIZE];/*The DNS domain name string*/

}    DNS_CONFIG;

#define DNSCFG_MAX_DOMAIN_NAME_LEN 256 //with null
#define DNSCFG_MAX_RAC_NAME_LEN    64

/*DNS-Manual enable state*/
#define DNS_MANUAL_ENABLE   0x1
#define DNS_MANUAL_DISABLE  0x2

typedef struct
{
    unsigned char dnsEnable;
    unsigned char manualDNSDomain1Length;
    char manualDNSDomainName1[DNSCFG_MAX_DOMAIN_NAME_LEN];
    unsigned char manualDNSDomain2Length;
    char manualDNSDomainName2[DNSCFG_MAX_DOMAIN_NAME_LEN];
    struct in_addr manualDNSServer1;
    struct in_addr manualDNSServer2;
    struct in_addr manualDNSServer3;

}   MANUAL_DNS_CONFIG;


// /*********************************/
// /* DNS Configuration structures */
// /*********************************/
// #define DOMAIN_V4 1
// #define DOMAIN_V6 2

// #define CONFDNSCONF "/conf/dns.conf"
// #define CONFDNSCONF_TMP "/conf/dns.conf.tmp"

// typedef struct
// {
//     uint8_t HostSetting;                         /*Specifies host name is Automatic or Manual */
//     uint8_t HostNameLen;
//     uint8_t HostName[MAX_HOSTNAME_LEN];          Specifies the DNS BMC host name
    
// }  HOSTNAMECONF;

// typedef struct
// {
//     uint8_t    dhcpEnable;
//     uint8_t    EthIndex;
//     uint8_t    v4v6;
//     uint8_t    domainname[DNSCFG_MAX_DOMAIN_NAME_LEN];
//     uint8_t    domainnamelen;
// }  DOMAINCONF;

// typedef struct
// {
//     uint8_t   DNSIP1[IP6_ADDR_LEN];
//     uint8_t   DNSIP2[IP6_ADDR_LEN];
//     uint8_t   DNSIP3[IP6_ADDR_LEN];
//     uint8_t   DNSEnable;
//     uint8_t   DNSDHCP;
//     uint8_t   DNSIndex;
//     uint8_t   IPPriority;
// }  DNSCONF;



/* Define the network interface */
typedef enum
{
    PENDING=1, // Interface having configured/pending settings
    ACTIVE     // Interface having current/active settings
}NW_INTERFACE;

typedef struct
{
	uint8_t param;
	uint8_t NwRestartNeeded; 	
}  MONSETLANPARAM_STRUCT;


// typedef struct
// {
// 	NWCFG_STRUCT cfgIPv4[MAX_ETH];
// 	NWCFG6_STRUCT cfgIPv6[MAX_ETH];
// 	BondIface BondConfig;
// 	PHYConfig_T   PHYConfig[MAX_ETH];
// 	unsigned short mtu_size[MAX_ETH];
// 	HOSTNAMECONF HostnameConfig;
// 	DOMAINCONF DomainConfig;
// 	uint8_t regBMC_FQDN[MAX_CHANNEL];
// 	uint8_t TypeOfService[MAX_ETH];
// 	DNSCONF DnsIPConfig;
// }  DELAYEDLANRESTART_NWDATA;


#pragma pack ()

// /* Functions to read/write current network status */
// int nwReadNWCfgs(NWCFGS *cfg, ETHCFGS *ethcfg);
// int IsLinkModeSupported(ETHCFG_STRUCT *ethcfg,uint16_t speed,uint8_t duplex);
// int nwGetEthInformation(ETHCFG_STRUCT *ethcfg, char * IFName);
// int nwSetEthInformation(unsigned long speed, unsigned int duplex, char * IFName);
// int nwWriteNWCfgNoUpDown(NWCFG_STRUCT *cfg);
// int nwSetEthMTUSize(int mtu, char * IFName);

// int nwSetBkupGWyAddr(unsigned char *ip,uint8_t EthIndex);
// int nwGetBkupGWyAddr(unsigned char *ip,uint8_t EthIndex);
// /* One should pass the buffer of size MAX_MAC_LEN to the following function */
// int nwGetMACAddr(char *MAC);
// int nwSetMACAddr(char *MAC, int Index);
// int nwSetGateway(uint8_t* GwIP,uint8_t EthIndex);
// int nwDelExistingGateway(uint8_t EthIndex);

// /* Functions to set/get MDIO PHY registers */
// /* These can be used by OEMs to monitor/control the speed/duplex of the PHY */
// int nwGetPHYRegister(char regNo, char *IfcName);
// int nwSetPHYRegister(unsigned short regValue, char regNo, char *IfcName);

// /* Function to generate an IPv6 address based on EUI-64 algo */
// int nwFormIPv6Addr_EUI64(uint8_t *IPv6Addr, uint8_t EthIndex, int GlobalIPv6);

// int nwGetNWInformations(NWCFG_STRUCT *cfg,char *IFName);

// int nwMakeIFDown(uint8_t EthIndex);
// int nwMakeIFUp(uint8_t  EthIndex);
// extern void GetNwCfgInfo(void);
// extern int GetNoofInterface(void);

// /* Extended API for network*/
// int GetHostEthbyIPAddr(char *IPAddr);
// int GetHostEthByIPv6Addr(char *IPAddr);
// int GetIfcNameByIndex(int Index, char * IfcName);
// int nwGetSrcMacAddr(uint8_t* IpAddr,uint8_t EthIndex,uint8_t *MacAddr);
// int nwGetSrcCacheMacAddr(uint8_t* IpAddr, uint8_t EthIndex, uint8_t *MacAddr);
// int nwGetSrcMacAddr_IPV6(uint8_t* IpAddr,uint8_t *MacAddr);
// int nwGetNWExtEthCfg(NWEXT_ETHCFG *cfg);
// int nwGetNWInterfaceStatus(void);
// int nwSetNWExtEthCfg(NWEXT_ETHCFG *cfg, int nwSetFlag);
// int nwSetNWExtIPCfg (NWEXT_IPCFG *cfg, int nwSetFlag,int global_ipv6);
// int GetNwLinkStatus(int fd,char *ifname);
// int GetNwLinkType_mii(char *ifname);

// /**
// *@fn nwUpdateVLANInterfacesFile
// *@brief This function is invoked to update vlan interfaces file
// */
// int nwUpdateVLANInterfacesFile(void);

// /**
// *@fn ReadVLANFile
// *@brief This function is invoked to read the vlan configuration files
// *@param SettingStr - Pointer to setting name that we want to read from vlan configurations file
// *@param desArr - pointer to an array where the reading has to be stored
// */
// int ReadVLANFile(char *SettingStr, uint16_t *desArr);

// /**
// *@fn WriteVLANFile
// *@brief This function is invoked to write all the vlan configuration files
// *@param SettingStr - Pointer to setting name that we want to write into vlan configurations file
// *@param desArr - pointer to an array where the reading has to be stored
// *@param EthIndex - char value to Ethernet index
// *@param val - short int to the value that has to be written
// */
// int WriteVLANFile(char *SettingStr, uint16_t *desArr, uint8_t EthIndex, uint16_t val);

// /*ipv6*/
// void ConvertIP6numToStr(unsigned char *var, unsigned int len,unsigned char *string) ;
// int nwReadNWCfg_IPv6(NWCFG6_STRUCT *cfg,uint8_t EthIndex);
// int GetDefaultGateway_ipv6(unsigned char *gw,uint8_t *Interface);
// int nwGetResolvConf_v4_v6(char* DNS1,char*DNS2,char *DNS3, uint8_t DNSIPPriority,char* domain,unsigned char* domainnamelen);

// /**
// *@fn nwReadNWCfg_v4_v6
// *@brief This function is invoked to Get the current network status of both IPv4 and IPv6 networks.
// *@		If there is no need of IPv6 data means, then just pass NULL to IPv6 pointer.
// *@param cfg - Pointer to Structure used to get IPv4 network configurations.
// *@param cfg6 - Pointer to Structure used to get IPv6 network configurations.
// *@param EthIndex - pointer to char used to store Interface Index value.
// *@return Returns 0 on success and -1 on fails
// */
// int nwReadNWCfg_v4_v6(NWCFG_STRUCT *cfg, NWCFG6_STRUCT *cfg6, uint8_t EthIndex,int global_ipv6);

// /**
// *@fn nwWriteNWCfg_ipv4_v6
// *@brief This function is invoked to set both IPv4 and IPv6 network configurations.
// *@		If there is no need to write IPv6 data means, then just pass NULL to IPv6 pointer.
// *@param cfg - Pointer to Structure used to set IPv4 network configurations
// *@param cfg6 - Pointer to Structure used to set IPv6 network configurations
// *@param EthIndex - pointer to char used to store Interface Index value.
// *@return Returns 0 on success and -1 on fails
// */
// int nwWriteNWCfg_ipv4_v6(NWCFG_STRUCT *cfg, NWCFG6_STRUCT *cfg6, uint8_t EthIndex);


//  * @fn nwConfigureBonding
//  * @brief This function will Enable/Disable the bonding support
//  * @param BondCfg [in] Bonding configuration table
//  * @param BondIndex [in] Index value of Bond interface to be configured
//  * @return 0 on success, -1 on failure
 
// int nwConfigureBonding(BondIface *BondCfg,uint8_t EthIndex,int timeoutd_sess_timeout,int global_ipv6);

// /*
//  * @fn nwGetBondConf
//  * @brief This function will Get the bonding Configuration of Specified index
//  * @param BondCfg [out] Bonding configuration table
//  * @param BondIndex [in] Index value of Bond interface 
//  * @return 0 on success, -1 on failure
//  */
// int nwGetBondConf(BondIface *BondCfg,uint8_t BondIndex);

// /*
//  * @fn CheckIfcEntry
//  * @brief This function will check the interface presence in ifcname table
//  * @param Index [in] index value 
//  * @param IfcType [in] interface type
//  * @return 0 in success, -1 on failure
//  */
// int CheckIfcEntry(uint8_t Index,uint8_t IfcType);

// /*
//  * @fn CheckBondSlave
//  * @brief This function will check the given interfaces slave status
//  * @param EthIndex[in] interface's Ethindex value
//  * @returns 1 if the interface is a slave of any bond interface, otherwise 0
//  */
// int CheckBondSlave(uint8_t EthIndex);

// /*
//  * @fn CheckIfcLinkStatus
//  * @brief This function will check the interface's Link health
//  * @param Index [in] index value 
//  * @return -1 on failure
//  */
// int CheckIfcLinkStatus(uint8_t Index);

// /*
//  * @fn InitIfcNameTable
//  * @brief This function is used to initialize the Ifcname table based on NIC count
//  * @return -1 on failure
//  */
// int InitIfcNameTable();

// /**
// *@fn IsKernelIPv6Enabled
// *@brief This function is used to check for IPv6 support in the kernel.
// *@return Returns 1 on success and 0 on fails
// */
// int IsKernelIPv6Enabled();

// /*
//  * @fn nwActiveSlave
//  * @brief This function will active the single slave for the bonding interface
//  * @param SlaveIndex to be activated
//  * @return 0 on success, -1 on failure
// */
// int nwActiveSlave(uint8_t BondIndex,uint8_t SlaveIndex);

// /*
//  * @fn nwGetActiveSlave
//  * @brief This function will gets the active interface of specified bondindex
//  * @param Bondindex [in] bonding index, Activeindex[out] active slaves
//  * @return 0 on success, -1 on failure
//  */
// int nwGetActiveSlave(uint8_t BondIndex,uint8_t *ActiveIndex);

// /**
// *@fn Write_dhcp6c_conf
// *@brief This function is used to write interface wise entries for dhcp6c.conf file.
// *@return Returns 0 on success and -1 on fails
// */
// int Write_dhcp6c_conf();

// /**
// *@fn IsValidGlobalIPv6Addr
// *@brief This function will check the given IPv6 address as global IP address or not
// *@return Return 0 on success and -1 on failure
// */
// int IsValidGlobalIPv6Addr(struct in6_addr * IPv6Addr);

// /* DNS */
// int nwSetResolvConf_v4_v6(char* dns1,char* dns2,char* dnsv3,char* domain);

// int ReadDNSConfFile ( DOMAINCONF *DomainConfig, DNSCONF *DnsIPConfig,uint8_t *regBMC_FQDN);
// int WriteDNSConfFile ( DOMAINCONF *DomainConfig, DNSCONF *DnsIPConfig, uint8_t *regBMC_FQDN);
// int nwGetAllDNSConf( HOSTNAMECONF *HostnameConfig, DOMAINCONF *DomainConfig, DNSCONF *DnsIPConfig,uint8_t *regBMC_FQDN );
// int nwSetAllDNSConf( HOSTNAMECONF *HostnameConfig, DOMAINCONF *DomainConfig, DNSCONF *DnsIPConfig,uint8_t *regBMC_FQDN );

// /* Library for AMI Extended DNS command  */
// int nwSetHostName(char *name);
// int nwGetDNSConf(unsigned char* UseDHCPForDNS,unsigned char* UseDHCPForDomain,unsigned char* DoDDNS);
// int nwGetAllDNSCfg(DNS_CONFIG* dnscfg);
// int nwSetDNSConf(unsigned char UseDHCPForDNS,unsigned char UseDHCPForDomain,unsigned char DoDDNS);
// int nwSetAllDNSCfg_NotRestart(DNS_CONFIG* dnscfg);

// int nwGetDHCPServerIP(char *dhcpServerIP);
// /*!
// * @brief Reading current/active network configuration using netman script
// * #param[out] cfg - IP, Netmask, Gateway, Conf method(dhcp/statis)
// * @returns 0 on succee , -1 on failure
// */
// int nwGetNwActIPCfg( NWEXT_IPCFG *cfg );
// int GetIPAdrressType(uint8_t* IPAddr);

// int nwSyncNWCfg_ipv4_v6(NWCFG_STRUCT *cfg,NWCFG6_STRUCT *cfg6, uint8_t EthIndex);

// /**
// *@fn GetIPAddrstr
// *@brief This function is used to get IP address string for given ip or hostname
// *@param addr - pointer to string of IP address of hostname
// *@param pResIPaddr - pointer to IP address string
// *@return Returns address family (AF_INET or AF_INET6) on success and -1 on failure
// */

// int GetIPAddrstr(unsigned char *addr, char *pResIPaddr);
// int getFullyQualifiedDName(char *fqdname, uint8_t EthIndex);
// int nwGetExtMACAddr(unsigned char *MAC);


// /*
//  * @fn IsBMCNFSMode
//  * @brief Check whether BMC is in BMC Mode.
//  * @return 0 for FALSE,
//  *         1 for TRUE.
//  */
// int IsBMCNFSMode();

// int nwSyncBondCfg(BondIface *pBondCfg);
// void GetNwStruct_v4_v6(NWCFG_STRUCT *pCFGIPv4,NWCFG6_STRUCT *pCFGIPv6);
// int HandleDelayedNwRestart(DELAYEDLANRESTART_NWDATA *pDelyedLAN_NwCfgs, uint8_t Flag_SetDNS, uint8_t EthIndex);
// int SetNWSpeed(PHYConfig_T *pPHYConfig, char * IFName);

// int SetNWMTUSize(int mtu, char * IFName);
// int SetVLANPriority(uint16_t vlanID, uint8_t VLANPriority, uint8_t TypeOfService, char *IfcName);

#endif /* _NWCFG_H */