test_toe.hpp

Go to the documentation of this file.

 
 
 
#ifndef _TEST_TOE_H_
#define _TEST_TOE_H_
 
#include <ap_shift_reg.h>
#include <cstdio>
#include <iostream>
#include <fstream>
#include <map>
#include <set>
#include <string>
#include <unistd.h>
 
#include "../../../NTS/nts_config.hpp"
#include "../../../NTS/nts_utils.hpp"
#include "../../../NTS/SimNtsUtils.hpp"
#include "../../../NTS/SimAppData.hpp"
#include "../../../NTS/SimIp4Packet.hpp"
#include "../../../NTS/toe/src/toe.hpp"
#include "../../../NTS/toe/src/toe_utils.hpp"
#include "../../../NTS/toe/test/dummy_memory/dummy_memory.hpp"
 
 
//---------------------------------------------------------
//-- TESTBENCH GLOBAL DEFINES
//    'STARTUP_DELAY' is used to delay the start of the [TB] functions.
//---------------------------------------------------------
#define TB_STARTUP_DELAY  (TOE_SIZEOF_LISTEN_PORT_TABLE)
#define TB_GRACE_TIME     2500  // Adds some cycles to drain the DUT before exiting
 
//#define TB_MAX_SIM_CYCLES 2500000
//#define TB_MIN_SIM_CYCLES 1000
#define TB_STARTUP_TIME     25
 
//---------------------------------------------------------
//-- DEFAULT LOCAL FPGA AND FOREIGN HOST SOCKETS
//--  By default, the following sockets will be used by the
//--  testbench, unless the user specifies new ones via the
//--  test vector files.
//---------------------------------------------------------
#define DEFAULT_FPGA_IP4_ADDR   0x0A0CC801  // TOE's local IP Address  = 10.12.200.01
#define DEFAULT_FPGA_LSN_PORT   0x0057      // TOE listens on port     =    87 (static  ports must be     0..32767)
#define DEFAULT_FPGA_SND_PORT   TOE_FIRST_EPHEMERAL_PORT_NUM // TOE's ephemeral port # = 32768
 
#define DEFAULT_HOST_IP4_ADDR   0x0A0CC832  // TB's foreign IP Address = 10.12.200.50
#define DEFAULT_HOST_LSN_PORT   0x0058      // TB listens on port      = 88
#define DEFAULT_HOST_SND_PORT   0x8058      // TB's ephemeral port #   = 32856
 
//---------------------------------------------------------
//-- TESTBENCH MODES OF OPERATION
//---------------------------------------------------------
enum TestingMode { RX_MODE='0', TX_MODE='1', BIDIR_MODE='2', ECHO_MODE='3' };
 
//---------------------------------------------------------
//-- C/RTL LATENCIES AND INITIAL INTERVALS
//--   Use numbers >= to those of the 'CoSimulation Report'
//---------------------------------------------------------
#define APP_RSP_LATENCY    10  // [FIXME - "ipRx_TwentyPkt.dat" will fail if latency goes down to 5.
 
#define MEM_RD_CMD_LATENCY 10
#define MEM_RD_DAT_LATENCY 10
#define MEM_RD_STS_LATENCY 10
 
#define MEM_WR_CMD_LATENCY 10
#define MEM_WR_DAT_LATENCY 10
#define MEM_WR_STS_LATENCY 10
 
#define CAM_LOOKUP_LATENCY  1
#define CAM_UPDATE_LATENCY 10
 
#define RTT_LINK           25
 
#define FPGA_CLIENT_CONNECT_TIMEOUT    250 // In clock cycles
 
//---------------------------------------------------------
//-- TESTBENCH GLOBAL VARIABLES
//--  These variables might be updated/overwritten by the
//--  content of a test-vector file.
//---------------------------------------------------------
bool            gTraceEvent   = false;
bool            gFatalError   = false;
unsigned int    gSimCycCnt    = 0;
unsigned int    gMaxSimCycles = TB_STARTUP_DELAY + TB_GRACE_TIME;
//unsigned int    gMaxSimCycles = TB_MIN_SIM_CYCLES + TB_GRACE_TIME;
 
Ip4Addr         gFpgaIp4Addr  = DEFAULT_FPGA_IP4_ADDR;  // IPv4 address (in NETWORK BYTE ORDER)
TcpPort         gFpgaLsnPort  = DEFAULT_FPGA_LSN_PORT;  // TCP  listen port
TcpPort         gFpgaSndPort  = TOE_FIRST_EPHEMERAL_PORT_NUM; // TCP source port
Ip4Addr         gHostIp4Addr  = DEFAULT_HOST_IP4_ADDR;  // IPv4 address (in NETWORK BYTE ORDER)
TcpPort         gHostLsnPort  = DEFAULT_HOST_LSN_PORT;  // TCP  listen port
bool            gSortTaifGold = false;                  // Do not sort soTAIF.gold file
 
bool            gTest_RcvdIp4Packet  = true; // Check the received IPv4 packet
bool            gTest_RcvdIp4TotLen  = true; // Check the received IPv4-Total-Length field
bool            gTest_RcvdIp4HdrCsum = true; // Check the received IPv4-Header-Checksum field
bool            gTest_RcvdUdpLen     = true; // Check the received UDP-Length field
bool            gTest_RcvdLy4Csum    = true; // Check the received TCP|UDP Layer-4-Checksum field
bool            gTest_SentIp4TotLen  = true; // Check the sent IPv4-Total-Length field
bool            gTest_SentIp4HdrCsum = true; // Check the sent IPv4-Header-Checksum field
bool            gTest_SentUdpLen     = true; // Check the sent UDP-Length field
bool            gTest_SentLy4Csum    = true; // Check the sent TCP|UDP Layer-4-Checksum field
 
#endif