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[/] [turbo8051/] [trunk/] [verif/] [agents/] [ethernet/] [tb_eth_defs.v] - Rev 66
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/*-----------------------------------------------------------------\ | DESCRIPTION: | | tb_defs.v: Definitions of symbolic constants | | used as task arguments in user-callable | | tasks | | | | Instantiated modules: none | | Included files: none | \-----------------------------------------------------------------*/ // Global defines useful for setting arguments // of testbench tasks /*******************************************************************/ // Parameters in port initialization task // MII types `define RMII 0 // Reduced MII `define FULL_MII 1 // Full MII `define GMII 2 // Gigabit MII `define SMII 3 // serial MII `define CUSTOM 4 // custom parallel interface `define SERDES 5 // Gigabit Ethernet SERDES interface // duplex status `define HALF_DUPLEX 0 `define FULL_DUPLEX 1 // Port speed `define SPEED_10 0 // 10 Mb/s `define SPEED_100 1 // 100 Mb/s `define SPEED_1000 2 // 1000 Mb/s // Options in handling received PAUSE frames // (used as arguments in task "set_pause_options") `define NORMAL_PAUSE_HANDLING 0 `define ADD_TO_PAUSE_INTERVAL 1 `define IGNORE_RECEIVED_PAUSE 2 // Flow types in task "set_flow_type" `define L2_UNICAST 0 // Layer-2 unicast flow `define L2_BROADCAST 1 // Layer-2 broadcast `define L2_MULTICAST 2 // Layer-2 multicast `define L3_UNICAST 3 // Layer-3 unicast flow `define L3_MULTICAST 4 // Layer-3 multicast flow `define L4_UNICAST 5 // Layer-4 unicast flow `define L4_MULTICAST 6 // Layer-4 multicast flow // L2 protocol choices // used as argument in task "set_L2_protocol" `define UNTAGGED_ETHERNET 0 // Ethernet frames without tagging `define TAGGED_ETHERNET 1 // Ethernet frames with tagging `define UNTAGGED_802 2 // 802.3 frames without tagging `define TAGGED_802 3 // 802.3 frames with tagging `define BPDU 4 // 802.1d Bridge Protocol Data Units // Options for generation of MAC addresses, VLAN TCI, // and packet size in packet sequences `define CONSTANT_VALUE 0 // constant value in all packets `define INCREMENTAL_PATTERN 1 // increasing or decreasing pattern `define RANDOM_PATTERN 2 // randomly generated value // L3 protocol choices // used as argument in task "set_L3_protocol" `define IGMP_v1 1 // IGMP Version 1 `define IGMP_v2 2 // IGMP Version 2 `define IP_v4 4 // IP Version 4 `define IP_v6 6 // IP Version 6 `define ICMP_v4 7 // ICMP on IP Version 4 `define ARP 8 // TCP/IP ARP `define IPX 9 // IPX // L4 protocol choices // used as argument in task "set_L4_protocol" `define TCP 0 `define UDP 1 // Options for setting paylod of transmitted packets // used in task "set_payload_type" `define INCREASING_PAYLOAD 0 // increasing sequence of bytes (default) `define DECREASING_PAYLOAD 1 // decreasing sequence of bytes `define RANDOM_PAYLOAD 2 // Randomly generated payload `define USER_PAYLOAD 3 // user-supplied payload // Options for CRC generation // used in task "set_crc_option" `define GOOD_CRC 0 // good CRC `define BAD_CRC 1 // transmit bad CRC `define NO_CRC 2 // do not insert CRC `define USER_DEFINED_CRC 3 // user-defined value // options for L3 and L4 cheksum generation // used in tasks "set_L3_checksum_option" and // "set_L4_checksum_option `define GOOD_CHECKSUM 0 // insert good checksum `define BAD_CHECKSUM 1 // insert bad checksum `define NO_CHECKSUM 2 // transmit checksum of all zeroes `define USER_DEFINED_CHECKSUM 3 // user-defined value // blocking/non-blocking option in transmit tasks `define BLOCKING 1 // task blocks until end of transmission `define NON_BLOCKING 0 // task returns immediately // Transmit states returned by task "get_transmit_state" `define TRANSMIT_FRAME 1 // port currently transmitting a frame `define COLLISION_STATE 2 // port resolving a collision `define TRANSMIT_SEQUENCE 3 // Transmission of packet sequence in progress `define IDLE_STATE 0 // idle //States returned by task "get_receive_state" `define RECEIVE_FRAME 1 // Port receiving a frame // event types in task "wait_for_event" `define START_OF_XMIT_FRAME 1 // start of transmission of next frame `define END_OF_XMIT_SEQUENCE 2 // end of packet sequence in progress `define END_OF_XMIT_FRAME 3 // end of current frame in progress `define START_OF_RCV_FRAME 4 // start of frame reception `define END_OF_RCV_FRAME 5 // end of frame reception `define COLLISION_EVENT 6 // collision event `define REPEATED_COLLISION_EVENT 7 // repeated collisions `define DUMMY 0 // Dummy argument for tasks //
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