#include <stdbool.h>
#include <arpa/inet.h>
+
#include <netinet/ether.h>
* This enum lists all the error codes the library can return to user.
**/
enum {
- ERR_OK=0, /**< no error */
- ERR_NET=-1, /**< network error */
- ERR_NOTLOG=-2, /**< not logged */
- ERR_DENIED=-3, /**< access denied */
- ERR_BADPASS=-4, /**< bad password */
- ERR_BADID=-5, /**< bad switch id */
- ERR_INVARG=-6, /**< invalid argument */
- ERR_TIMEOUT=-7, /**< timeout */
- ERR_NOTIMPL=-8 /**< not implemented */
+ ERR_OK = 0, /**< no error */
+ ERR_NET = -1, /**< network error */
+ ERR_NOTLOG = -2, /**< not logged */
+ ERR_DENIED = -3, /**< access denied */
+ ERR_BADPASS = -4, /**< bad password */
+ ERR_BADID = -5, /**< bad switch id */
+ ERR_INVARG = -6, /**< invalid argument */
+ ERR_TIMEOUT = -7, /**< timeout */
+ ERR_MEM = -8, /**< out of memory */
+ ERR_NOTIMPL = -8 /**< not implemented */
};
* This enum lists all the speeds a port can have.
**/
enum {
- SPEED_DOWN=0, /**< link down */
- SPEED_10=1, /**< 10 Mb/s */
- SPEED_100=4, /**< 100 Mb/s */
- SPEED_1000=5 /**< 1000 Mb/s */
+ SPEED_UNK = -1, /**< unknown status */
+ SPEED_DOWN = 0, /**< link down */
+ SPEED_10 = 1, /**< 10 Mb/s */
+ SPEED_100 = 4, /**< 100 Mb/s */
+ SPEED_1000 = 5 /**< 1000 Mb/s */
};
* This enum lists all the VLAN types available
**/
enum {
- VLAN_DISABLED=0, /**< VLAN disabled */
- VLAN_PORT_BASIC=1, /**< port basic */
- VLAN_PORT_ADV=2, /**< port advanced */
- VLAN_DOT_BASIC=3, /**< 802.1q basic */
- VLAN_DOT_ADV=4 /**< 802.1q advanced */
+ VLAN_DISABLED = 0, /**< VLAN disabled */
+ VLAN_PORT_BASIC = 1, /**< port basic */
+ VLAN_PORT_ADV = 2, /**< port advanced */
+ VLAN_DOT_BASIC = 3, /**< 802.1q basic */
+ VLAN_DOT_ADV = 4 /**< 802.1q advanced */
};
* This enum lists all the VLAN specifications a port can have.
**/
enum {
- VLAN_UNSPEC=0xFF, /**< unspecified */
- VLAN_NO=0, /**< not present */
- VLAN_UNTAGGED=1, /**< present, untagged */
- VLAN_TAGGED=2 /**< present, tagged */
+ VLAN_UNSPEC = 0xFF, /**< unspecified */
+ VLAN_NO = 0, /**< not present */
+ VLAN_UNTAGGED = 1, /**< present, untagged */
+ VLAN_TAGGED = 2 /**< present, tagged */
};
* This enum lists all the availables QoS modes.
**/
enum {
- QOS_PORT=1, /**< port based */
- QOS_DOT=2 /**< 802.1p based */
+ QOS_PORT = 1, /**< port based */
+ QOS_DOT = 2 /**< 802.1p based */
};
* This enum lists all the priorities a port can have.
**/
enum {
- PRIO_UNSPEC=-1, /**< unspecified */
- PRIO_HIGH=1, /**< high */
- PRIO_MED=2, /**< medium */
- PRIO_NORM=3, /**< normal */
- PRIO_LOW=4 /**< low */
+ PRIO_UNSPEC = -1, /**< unspecified */
+ PRIO_HIGH = 1, /**< high */
+ PRIO_MED = 2, /**< medium */
+ PRIO_NORM = 3, /**< normal */
+ PRIO_LOW = 4 /**< low */
};
* This enum lists all the available bitrates.
**/
enum {
- BITRATE_UNSPEC=-1, /**< unspecified */
- BITRATE_NOLIMIT=0, /**< unlimited */
- BITRATE_512K=1, /**< 512 Kb/s */
- BITRATE_1M=2, /**< 1 Mb/s */
- BITRATE_2M=3, /**< 2 Mb/s */
- BITRATE_4M=4, /**< 4 Mb/s */
- BITRATE_8M=5, /**< 8 Mb/s */
- BITRATE_16M=6, /**< 16 Mb/s */
- BITRATE_32M=7, /**< 32 Mb/s */
- BITRATE_64M=8, /**< 64 Mb/s */
- BITRATE_128M=9, /**< 128 Mb/s */
- BITRATE_256M=10, /**< 256 Mb/s */
- BITRATE_512M=11 /**< 512 Mb/s */
+ BITRATE_UNSPEC = -1, /**< unspecified */
+ BITRATE_NOLIMIT = 0, /**< unlimited */
+ BITRATE_512K = 1, /**< 512 Kb/s */
+ BITRATE_1M = 2, /**< 1 Mb/s */
+ BITRATE_2M = 3, /**< 2 Mb/s */
+ BITRATE_4M = 4, /**< 4 Mb/s */
+ BITRATE_8M = 5, /**< 8 Mb/s */
+ BITRATE_16M = 6, /**< 16 Mb/s */
+ BITRATE_32M = 7, /**< 32 Mb/s */
+ BITRATE_64M = 8, /**< 64 Mb/s */
+ BITRATE_128M = 9, /**< 128 Mb/s */
+ BITRATE_256M = 10, /**< 256 Mb/s */
+ BITRATE_512M = 11 /**< 512 Mb/s */
};
* Represents the network configuration of a switch.
*/
struct net_conf {
- struct in_addr ip; /**< IP */
- struct in_addr netmask; /**< netmask */
- struct in_addr gw; /**< gateway IP */
- bool dhcp; /**< DHCP enabled */
+ struct in_addr ip; /**< IP */
+ struct in_addr netmask; /**< netmask */
+ struct in_addr gw; /**< gateway IP */
+ bool dhcp; /**< DHCP enabled */
};
* Represents the main characteristics of a switch.
*/
struct swi_attr {
- char product[PRODUCT_SIZE]; /**< product name (eg.\ GS108EV1) */
- char name[NAME_SIZE]; /**< custom name */
- char firmware[FIRMWARE_SIZE]; /**< firmware version string */
- unsigned char ports; /**< number of ports */
- struct ether_addr mac; /**< MAC address */
- struct net_conf nc; /**< network configuration */
+ char product[PRODUCT_SIZE]; /**< product name (eg.\ GS108EV1) */
+ char name[NAME_SIZE]; /**< custom name */
+ char firmware[FIRMWARE_SIZE]; /**< firmware version string */
+ unsigned char ports; /**< number of ports */
+ struct ether_addr mac; /**< MAC address */
+ struct net_conf nc; /**< network configuration */
};
* Represents statistics of a particular port.
*/
struct port_stats {
- unsigned long long recv; /**< packets received */
- unsigned long long sent; /**< packets sent */
- unsigned long long crc; /**< CRC errors */
+ unsigned long long recv; /**< packets received */
+ unsigned long long sent; /**< packets sent */
+ unsigned long long crc; /**< CRC errors */
};
* Represents the IGMP snooping configuration of a switch.
*/
struct igmp_conf {
- bool enable; /**< IGMP snooping enabled */
- unsigned short vlan; /**< VLAN on which IGMP snooping is done */
- bool validate; /**< validate IGMPv3 headers */
- bool block; /**< block unknown multicast addresses */
+ bool enable; /**< IGMP snooping enabled */
+ unsigned short vlan; /**< VLAN on which IGMP snooping is done */
+ bool validate; /**< validate IGMPv3 headers */
+ bool block; /**< block unknown multicast addresses */
};
* Cabletest result.
*/
struct cabletest {
- char port; /**< port */
- int v1; /**< raw value 1 */
- int v2; /**< raw value 2 */
+ char port; /**< port */
+ int v1; /**< raw value 1 */
+ int v2; /**< raw value 2 */
};
projects / ngadmin / blobdiff