1. 改用samephore判断chnl是否被占用

2. 对single chnl添加随机

2.1 改造后的rt_test_pkg.sv

package rt_test_pkg;
class rt_packet;
rand bit [3:0] src;
rand bit [3:0] dst;
rand bit [7:0] data [];
constraint pkg_cstr{
soft data.size inside{[1:32]};
foreach(data[i])
    soft data[i] == (src << 4) + i;
}
function new();
endfunction
function void set_members(bit [3:0]src, bit [3:0]dst, bit[7:0]data []);
this.src = src;
this.dst = dst;
this.data = data;
endfunction
function string sprint();//打印packet信息的函数
sprint = {sprint , $sformatf("src = %0dn",src)};
sprint = {sprint , $sformatf("dst = %0dn",dst)};
sprint = {sprint , $sformatf("data_length = %0dn",data.size())};
foreach(data[i])
    sprint = {sprint , $sformatf("data[%0d] = 'h%0xn", i, data[i])};
endfunction
function bit compare(rt_packet p);//输入exp_pkt
    if(dst == p.dst && data == p.data)
        compare = 1;
    else 
        compare = 0;
endfunction
endclass
//********************************** stimulator **********************************//
class rt_stimulator;
virtual rt_interface intf;//class里的接口不能用端口的方式描述，需要添加virtual关键字，在类里面用接口的指针
//for debug purpose from waveform   //定义检测状态的变量
typedef enum {DRV_RESET,DRV_IDLE,DRV_ADDR,DRV_PAD,DRV_DATA} drv_state_t;
drv_state_t dbg_state;  
byte unsigned dbg_din_chnl0_data; 
//int src_chnl_status[int];  //关联数组，后面int：src_chnl的number；前面int：dest_chnl的Number ？？
semaphore src_chnl_status[16];//16个chnl的钥匙

function new();
foreach(src_chnl_status[i])
    src_chnl_status[i] = new(1);
endfunction
//generator传送p给stimulator
rt_packet pkts[$];//定义stimulator中的的队列pkts
function void put_pkt(input rt_packet p);
pkts.push_back(p);  //将generator中传过来的p放入stimulator的pkts中(在pkts队列尾插入p)
endfunction
task run();
fork
    drive_reset(); //reset动作
    get_packet_and_drive(); //drive_chnl动作
join_none
endtask
task drive_reset();//reset
forever begin
    @(negedge intf.reset_n);
    dbg_state <= DRV_RESET;
    intf.din <= 0;
    intf.frame_n <= '1;//等效16'hFFFF
    intf.valid_n <= '1;
end
endtask
// 发送数据
task get_packet_and_drive();//drive_chnl
//rt_packet_t p;
@(negedge intf.reset_n);
repeat(10) @(posedge intf.clock);//延迟10个时钟周期
forever begin 
automatic rt_packet p;//声明一个动态的
wait(pkts.size()>0);
p = pkts.pop_front();   //将p从队列pkts里面取出
fork//后台触发线程，触发线程在后台运行，继续执行剩下内容
    begin   
        wait_src_chnl_avail(p);//判断src chnl是否被占用，是否需要等待
        drive_chnl(p);//从P中拿到发送端口，目标端口，发送数据
        set_src_chnl_avail(p);
    end
join_none
end
endtask
task  wait_src_chnl_avail(rt_packet p);//判断src chnl是否被占用，是否需要等待
src_chnl_status[p.src].get(1);//拿到钥匙
//if(!src_chnl_status.exists(p.src))//src_chnl_status关联数组里面不含p.src，(表示未占用任何dest_chnl,一开始不满足）
//  src_chnl_status[p.src] = p.dst;//表示当前正在使用src_chnl,对应dest_chnl就是p.dst（p.src端口在向p.dst端口发送数据）
//else if(src_chnl_status[p.src] >= 0)//如果在给0,1,2...dest_chnl发送数据（被占用），需要等待,，否则不需要等待
//  wait(src_chnl_status[p.src] == -1);//直到src_chnl_status[p.src] == -1(自定义的dest_chnl端口数之外任意的数，表示未占用任何dest_chnl)
endtask
function  set_src_chnl_avail(rt_packet p);
src_chnl_status[p.src].put(1);//还钥匙
//src_chnl_status[p.src] = -1;//如果chnl发送完后，把src_chnl置回来(自定义的dest_chnl端口数之外任意的数，表示未占用任何dest_chnl)
endfunction
task  drive_chnl(rt_packet p);
$display("@%0t:[DRV] src_chnl[%0d] & dest_chnl[%0d] data trans started with packet: n%s",$time,p.src,p.dst,p.sprint());
// drive address phase 输入地址位阶段
for(int i=0;i<4;i++)begin  //4 clock
@(posedge intf.clock);
dbg_state <=DRV_ADDR; 
intf.din[p.src] <= p.dst[i];
intf.valid_n[p.src] <= $urandom_range(0,1);   //valid_n在din的地址输入时间段可为任意值x
intf.frame_n[p.src] <= 1'b0;  //frame_n需要为低
end
// drive pad phase //隔离阶段
for (int i=0;i<5;i++)begin  //5 clock
@(posedge intf.clock);
dbg_state <=DRV_PAD;
intf.din[p.src] <= 1'b1;
intf.valid_n[p.src] <= 1'b1;    //valid_n需为高电平
intf.frame_n[p.src] <= 1'b0; //frame_n需为低电平
end
// drive data phase 传输数据阶段
foreach(p.data[id])begin
for(int i=0;i<8;i++)begin
 @(posedge intf.clock);
  dbg_state <=DRV_DATA;
  dbg_din_chnl0_data <= p.data[id];
  intf.din[p.src] <= p.data[id][i];
  intf.valid_n[p.src] <=1'b0;
  intf.frame_n[p.src] <= (id == p.data.size()-1 && i == 7) ? 1'b1 : 1'b0;//packet最后一位输出数据时frameo_n为高
end
end
// drive idle phase 闲置（没有数据传输）阶段
@(posedge intf.clock);
dbg_state <=DRV_IDLE;
dbg_din_chnl0_data <= 0;
intf.din[p.src] <= 1'b0;
intf.valid_n[p.src] <= 1'b1;
intf.frame_n[p.src] <= 1'b1;
$display("@%0t: [DRV]src_chnl[%0d],dest_chnl[%0d] data trans finished",$time,p.src,p.dst);
endtask
endclass
//********************************** generator **********************************//
class rt_generator; //generator产生数据交给stimulator
rt_packet pkts[$];    //定义队列
task put_pkt(input rt_packet p);
//wait(pkts.size()=0)
    pkts.push_back(p);  //将p放入队列pkts里面（在pkts队列尾插入p）
endtask
task get_pkt(output rt_packet p);
wait(pkts.size() >0 )   //队列不为空
  p = pkts.pop_front(); //将p从队列pkts里面取出，提取队列首元素
endtask
//generate a random packet
function void gen_pkt(int src = -1, int dst = -1);
endfunction
task run();
    //TODO
endtask
endclass
//********************************** monitor **********************************//
class rt_monitor;
virtual rt_interface intf;
rt_packet in_pkts[16][$];
rt_packet out_pkts[16][$];
task run();
fork
    mon_chnls();
join_none
endtask
task mon_chnls;
foreach(in_pkts[i]) begin
    automatic int chid = i;
    fork
    mon_chnl_in(chid);//每个输入端口均调用mon_chnl_in任务，监测数据输入
    mon_chnl_out(chid);//每个输出端口均调用mon_chnl_out任务，监测数据输入
    join_none
end
endtask
task  mon_chnl_in (bit[3:0]id);//监测数据输入的任务
rt_packet pkt;  //定义结构体变量
forever begin
//clear content for the same struct variable。清除pkt
pkt = new();
pkt.src = id;   //第id个输入端口
//monitor specific channel-in data and put it into the queue
// monitor address phase
@(negedge intf.frame_n[id]);//监测frame_n下降沿(frame_n由时钟驱动)
for(int i=0; i<4; i++)begin
    @(negedge intf.clock);      //frame_n下降沿后监测4个clk negedge
    pkt.dst[i]= intf.din[id];
    end
    $display ("@%0t: [MON] src_chn1[%0d] & dest_chn1[%0d] data trans started",$time,pkt.src,pkt.dst);
//pass pad phase 不考虑pad阶段是否满足协议要求
repeat(5) @(negedge intf.clock);
do begin
    pkt.data = new [pkt.data.size + 1](pkt.data);//创建动态数组并复制pkt.data
    for ( int i=0; i<8; i++) begin
        @(negedge intf.clock); //在8个clk negedge监测8bit数据
        pkt.data[pkt.data.size-1][i] = intf.din[id];
    end
end while(!intf.frame_n[id]);
in_pkts[id].push_back(pkt); //将monitor拿到的数据放入in_pkts
$display("@%0t:[MON] CH_IN src_chnl[%0d] &dest_chnl[%0d ] finished with packet: n%s",$time,pkt.src,pkt.dst,pkt.sprint());
end
endtask
task  mon_chnl_out(bit[ 3:0]id);//监测数据输出的任务
rt_packet pkt;
forever begin
    //clear content for the same struct variable
    pkt = new();
    pkt.dst = id;   
    @(negedge intf.frameo_n[id]);
    $display( "@%0t: [MON] CH_OUT dest_chn1[%0d] data trans started",$time,pkt.dst);
    do begin
    pkt.data = new [ pkt.data.size + 1](pkt.data);
    for(int i=0;i<8; i++) begin
        @(negedge intf.clock iff !intf.valido_n[id]);//clock与valido_n信号同时为低
        pkt.data[pkt.data.size-1][i]= intf.dout [id];
    end
end while(!intf.frameo_n[id]);
// NOTE : src is from data format (user defined)
pkt.src = pkt.data[0][7:4];//高4位
out_pkts[id].push_back(pkt);
$display("@%0t: [MON] CH_OUT dest_chn1[%0d] data finished woth packet : n %s",$time,pkt.dst,pkt.sprint());
//monitor specific channel-out data and put it into the queue
end
endtask
endclass
//********************************** checker **********************************//
class rt_checker;
int unsigned compare_count;
int unsigned error_count;
function new();//赋初值，可有可无，整形变量默认初始值为0
    compare_count = 0;
    error_count = 0;
endfunction
rt_packet exp_out_pkts[16][$];
rt_monitor mon;
task run();
foreach(exp_out_pkts[i])begin
    automatic int chid = i;
    fork
        do_routing(chid);
        do_compare(chid);
    join_none
    end
endtask
task do_routing(bit[3:0] id);//将monitor中采样到的输入数据放入期望的输出端队列中
    rt_packet pkt;
    forever begin
        wait(mon.in_pkts[id].size > 0);
        pkt = mon.in_pkts[id].pop_front();//从monitor中拿到in_pkts队列数据放入pkt
        exp_out_pkts[pkt.dst].push_back(pkt);//将pkt数据放入对应期望的dest_chnl
        end
endtask 
task do_compare(bit[3:0] id);//比较采集的实际输出与期望输出
    rt_packet exp_pkt, act_pkt;
    forever begin
        wait(mon.out_pkts[id].size > 0 && exp_out_pkts[id].size > 0);//实际采样数据与期望数据都有值
        act_pkt = mon.out_pkts[id].pop_front();//实际数据为monitor采样的输出数据
        exp_pkt = exp_out_pkts[id].pop_front();//期望数据为monitor采样到的输入数据
        if(act_pkt.compare(exp_pkt))begin//如果exp_pkt与act_pkt比较成功，返回1
            $display("[CHK] data compare success with packet : n%s",exp_pkt.sprint());
        end
        else begin
            $display("[CHK] data compare failure with actual packet : n%s nexpected packet : n%s", act_pkt.sprint(), exp_pkt.sprint());
            error_count++;
        end
            compare_count++;
    end
endtask 
function void report(string name);
    $display("TOTAL COMPARING %0d times",compare_count);
    if(!error_count && check_data_buffer())//判断无误且二者有数据
        $display("TEST [%s] PASSED!",name);
    else begin
        $display("TEST [%s]FAILED!",name);
        $display("TOTAL ERROR %0d times", error_count);
    end
endfunction
function bit check_data_buffer();
    check_data_buffer = 1;
    foreach(exp_out_pkts[id])begin 
        if(exp_out_pkts[id].size != 0)begin //exp_out_pkts必须有数据
            check_data_buffer = 0;
            $display("exp_out_pkts[%0d] buffer size is not 0(still with %0d data)",id,exp_out_pkts[id].size);
        end
        if(mon.out_pkts[id].size != 0)begin //mon.out_pkts必须有数据
            check_data_buffer = 0;
            $display("mon.out_pkts[%0d] buffer size is not 0(still with %0d data)",id,mon.out_pkts[id].size);
        end
    end
endfunction
endclass
//********************************** Optional tests **********************************//
class rt_env;   //rt_env包含各个组件
rt_stimulator stim;
rt_monitor mon;
rt_generator gen;
rt_checker chk;
function new(virtual rt_interface intf);
    //build stage,例化
    stim = new();
    gen = new();
    mon = new();
    chk = new();
    //connect stage，连接
    stim.intf = intf;
    mon.intf = intf;
    chk.mon = mon;//check拿monitor句柄，即拿monitor中in_pkts与out_pkts队列
endfunction 
task run();
    rt_packet p;
    //run stage，run
    fork
        stim.run();//class里面的函数不会自动调用，需要手动调用
        gen.run();  
        mon.run();
        chk.run();
        begin:genarator_to_stimulator_proc//取出genarator中的数据给stimulator 
            forever begin   //此处不需要延迟0，执行task run的时候默认function new已执行
                gen.get_pkt(p); //get句柄
                stim.put_pkt(p);//put句柄
            end
        end
    join_none   
endtask
function void report(string name);
    chk.report(name);
endfunction
endclass
class rt_base_test; //rt_base_test包含rt_env，rt_env包含各个组件
rt_env env;
bit gen_trans_done = 0;//表示数据传输未开始
int unsigned test_drain_time_us = 200;//数据传输完后等待报告的时间
string name;
function new(virtual rt_interface intf,string name = "rt_base_test");
    env = new(intf);
    this.name = name;
endfunction
task run();
$display("TEST %s started",name);
    fork
        env.run();
        report();   //调用report
    join_none
endtask
task report();
    wait(gen_trans_done == 1);
    #(test_drain_time_us * 1us);
    env.report(name);   //调用env里的chk.report()进行report
    $finish();//terminates the current test
endtask
function void set_trans_done(bit done = 1);//将set_trans_done信号置为1，表示数据传输已完成
    gen_trans_done = done;
endfunction
endclass
class rt_single_ch_test extends rt_base_test;//单个通道测试
    rand bit signed [4:0] src;
    rand bit signed [4:0] dst;
    rand int unsigned pkt_count =10;
    constraint test_cstr {
        soft pkt_count inside {[1:20]};
        src inside {[0 : 15]};
        dst inside {[0 : 15]};
        }
    function new(virtual rt_interface intf,string name = "rt_single_ch_test");
        super.new(intf,name);
    endfunction
    task run();
        rt_packet p;
        super.run();//调用父类的run，即执行env.run()，进行组件的例化等操作
        this.randomize(); //randmoize self to get constrained data
        for ( int cnt=0; cnt < pkt_count; cnt++) begin//随机10次
            p = new( );
            p.randomize() with {src == local::src; dst == local::dst; };
            env.gen.put_pkt(p);
        end
        set_trans_done();
    endtask
endclass
class rt_two_ch_test extends rt_base_test;
    function new(virtual rt_interface intf,string name = "rt_two_ch_test");
        super.new(intf,name);
    endfunction
endclass
    class rt_two_ch_same_chout_test extends rt_two_ch_test;
        function new(virtual rt_interface intf,string name = "rt_two_ch_same_chout_test");
            super.new(intf,name);
        endfunction
    endclass
class rt_multi_ch_test extends rt_base_test;//多通道测试
    function new(virtual rt_interface intf,string name = "rt_multi_ch_test");
        super.new(intf,name);
    endfunction
    task run();
        rt_packet p;
        super.run();
        p = new();
        p.set_members(0,3,'{8'h33,8'h77});
        env.gen.put_pkt(p);
        p = new();//每次put_pkt都需要new一下
        p.set_members(0,5,'{8'h55,8'h66});
        env.gen.put_pkt(p);
        p = new();
        p.set_members(3,6,'{8'h77,8'h88,8'h22});
        env.gen.put_pkt(p);
        p = new();
        p.set_members(4,7,'{8'haa,8'hcc,8'h33});
        env.gen.put_pkt(p);
        set_trans_done();
    endtask
endclass
    class rt_full_ch_test extends rt_multi_ch_test;
        function new(virtual rt_interface intf,string name = "rt_full_ch_test");
            super.new(intf,name);
        endfunction
    endclass
endpackage

2.2 改造后的lab8tb.sv

//********************************** rt_interface **********************************//
interface rt_interface();
logic clock;
logic reset_n;
logic [15:0] din;
logic [15:0] frame_n;
logic [15:0] valid_n;
logic [15:0] dout;
logic [15:0] valido_n;
logic [15:0] busy_n;
logic [15:0] frameo_n;
endinterface
//********************************** tb **********************************//
module tb;
import rt_test_pkg ::*;
bit clk,rstn;
logic [15:0] din, frame_n, valid_n;
logic [15:0] dout, valido_n, busy_n, frameo_n;
// 产生时钟，周期为10ns
initial 
forever #5ns clk <= !clk;
// 产生复位信号
initial begin
#2ns rstn <= 1;
#10ns rstn <= 0;
#10ns rstn <= 1;
end
//例化router为DUT
router dut(           
.reset_n(rstn),
.clock(clk),
.frame_n(intf.frame_n),
.valid_n(intf.valid_n),
.din(intf.din),
.dout(intf.dout),
.busy_n(intf.busy_n),
.valido_n(intf.valido_n),
.frameo_n(intf.frameo_n)
);
rt_interface intf();//例化接口
assign intf.reset_n = rstn;
assign intf.clock = clk;
rt_single_ch_test  single_ch_test;
rt_multi_ch_test   multi_ch_test;

initial begin : Select_the_test
string name;
single_ch_test = new(intf);
  multi_ch_test  = new(intf);
  //single_ch_test.run();
  //multi_ch_test.run();
  if($value$plusargs("TESTNAME=%s",name))begin//$value$plusargs作用：运行仿真时输入参数
      case(name)
            "rt_single_ch_test" : single_ch_test.run();//输入rt_single_ch_test，调用对应run，执行输入rt_single_ch_test
            "rt_multi_ch_test" :multi_ch_test.run();
            default:$fatal("[ERRTEST],test name %s is invalid,please specity a valid name!0",name);
        endcase
    end
end
endmodule 

2.3 makefile

###########################
# User variables
###########################
TB              = tb
SEED                = 1
TESTNAME        ?= rt_single_ch_test
FILES           = router.v rt_test_pkg.sv lab8tb.sv #User Defination
###########################
# Environment variables
###########################
COMP                                = vcs -full64 -sverilog -debug_access+all -timescale=1ns/1ps -l comp.log $(FILES)
RUN                                 = ./$(TB).simv -l run.log -sml +ntb_random_seed=$(SEED) +TESTNAME=$(TESTNAME)
comp:
$(COMP) -top $(TB) -o $(TB).simv
run:
$(RUN)
rung:
$(RUN) -gui

3. 仿真结果

DVE报告

TEST rt_single_ch_test started
@105000:[DRV] src_chnl[10] & dest_chnl[8] data trans started with packet:
src = 10
dst = 8
data_length = 15
data[0] = ‘ha0
data[1] = ‘ha1
data[2] = ‘ha2
data[3] = ‘ha3
data[4] = ‘ha4
data[5] = ‘ha5
data[6] = ‘ha6
data[7] = ‘ha7
data[8] = ‘ha8
data[9] = ‘ha9
data[10] = ‘haa
data[11] = ‘hab
data[12] = ‘hac
data[13] = ‘had
data[14] = ‘hae

@150000: [MON] src_chn1[10] & dest_chn1[8] data trans started
@205000: [MON] CH_OUT dest_chn1[8] data trans started
@1400000:[MON] CH_IN src_chnl[10] &dest_chnl[8 ] finished with packet:
src = 10
dst = 8
data_length = 15
data[0] = ‘ha0
data[1] = ‘ha1
data[2] = ‘ha2
data[3] = ‘ha3
data[4] = ‘ha4
data[5] = ‘ha5
data[6] = ‘ha6
data[7] = ‘ha7
data[8] = ‘ha8
data[9] = ‘ha9
data[10] = ‘haa
data[11] = ‘hab
data[12] = ‘hac
data[13] = ‘had
data[14] = ‘hae

@1405000: [DRV]src_chnl[10],dest_chnl[8] data trans finished
@1405000:[DRV] src_chnl[10] & dest_chnl[8] data trans started with packet:
src = 10
dst = 8
data_length = 14
data[0] = ‘ha0
data[1] = ‘ha1
data[2] = ‘ha2
data[3] = ‘ha3
data[4] = ‘ha4
data[5] = ‘ha5
data[6] = ‘ha6
data[7] = ‘ha7
data[8] = ‘ha8
data[9] = ‘ha9
data[10] = ‘haa
data[11] = ‘hab
data[12] = ‘hac
data[13] = ‘had

@1420000: [MON] CH_OUT dest_chn1[8] data finished woth packet :
src = 10
dst = 8
data_length = 15
data[0] = ‘ha0
data[1] = ‘ha1
data[2] = ‘ha2
data[3] = ‘ha3
data[4] = ‘ha4
data[5] = ‘ha5
data[6] = ‘ha6
data[7] = ‘ha7
data[8] = ‘ha8
data[9] = ‘ha9
data[10] = ‘haa
data[11] = ‘hab
data[12] = ‘hac
data[13] = ‘had
data[14] = ‘hae

[CHK] data compare success with packet :
src = 10
dst = 8
data_length = 15
data[0] = ‘ha0
data[1] = ‘ha1
data[2] = ‘ha2
data[3] = ‘ha3
data[4] = ‘ha4
data[5] = ‘ha5
data[6] = ‘ha6
data[7] = ‘ha7
data[8] = ‘ha8
data[9] = ‘ha9
data[10] = ‘haa
data[11] = ‘hab
data[12] = ‘hac
data[13] = ‘had
data[14] = ‘hae

@1450000: [MON] src_chn1[10] & dest_chn1[8] data trans started
@1505000: [MON] CH_OUT dest_chn1[8] data trans started
@2620000:[MON] CH_IN src_chnl[10] &dest_chnl[8 ] finished with packet:
src = 10
dst = 8
data_length = 14
data[0] = ‘ha0
data[1] = ‘ha1
data[2] = ‘ha2
data[3] = ‘ha3
data[4] = ‘ha4
data[5] = ‘ha5
data[6] = ‘ha6
data[7] = ‘ha7
data[8] = ‘ha8
data[9] = ‘ha9
data[10] = ‘haa
data[11] = ‘hab
data[12] = ‘hac
data[13] = ‘had

@2625000: [DRV]src_chnl[10],dest_chnl[8] data trans finished
@2625000:[DRV] src_chnl[10] & dest_chnl[8] data trans started with packet:
src = 10
dst = 8
data_length = 30
data[0] = ‘ha0
data[1] = ‘ha1
data[2] = ‘ha2
data[3] = ‘ha3
data[4] = ‘ha4
data[5] = ‘ha5
data[6] = ‘ha6
data[7] = ‘ha7
data[8] = ‘ha8
data[9] = ‘ha9
data[10] = ‘haa
data[11] = ‘hab
data[12] = ‘hac
data[13] = ‘had
data[14] = ‘hae
data[15] = ‘haf
data[16] = ‘hb0
data[17] = ‘hb1
data[18] = ‘hb2
data[19] = ‘hb3
data[20] = ‘hb4
data[21] = ‘hb5
data[22] = ‘hb6
data[23] = ‘hb7
data[24] = ‘hb8
data[25] = ‘hb9
data[26] = ‘hba
data[27] = ‘hbb
data[28] = ‘hbc
data[29] = ‘hbd

@2640000: [MON] CH_OUT dest_chn1[8] data finished woth packet :
src = 10
dst = 8
data_length = 14
data[0] = ‘ha0
data[1] = ‘ha1
data[2] = ‘ha2
data[3] = ‘ha3
data[4] = ‘ha4
data[5] = ‘ha5
data[6] = ‘ha6
data[7] = ‘ha7
data[8] = ‘ha8
data[9] = ‘ha9
data[10] = ‘haa
data[11] = ‘hab
data[12] = ‘hac
data[13] = ‘had

[CHK] data compare success with packet :
src = 10
dst = 8
data_length = 14
data[0] = ‘ha0
data[1] = ‘ha1
data[2] = ‘ha2
data[3] = ‘ha3
data[4] = ‘ha4
data[5] = ‘ha5
data[6] = ‘ha6
data[7] = ‘ha7
data[8] = ‘ha8
data[9] = ‘ha9
data[10] = ‘haa
data[11] = ‘hab
data[12] = ‘hac
data[13] = ‘had

@2670000: [MON] src_chn1[10] & dest_chn1[8] data trans started
@2725000: [MON] CH_OUT dest_chn1[8] data trans started
@5120000:[MON] CH_IN src_chnl[10] &dest_chnl[8 ] finished with packet:
src = 10
dst = 8
data_length = 30
data[0] = ‘ha0
data[1] = ‘ha1
data[2] = ‘ha2
data[3] = ‘ha3
data[4] = ‘ha4
data[5] = ‘ha5
data[6] = ‘ha6
data[7] = ‘ha7
data[8] = ‘ha8
data[9] = ‘ha9
data[10] = ‘haa
data[11] = ‘hab
data[12] = ‘hac
data[13] = ‘had
data[14] = ‘hae
data[15] = ‘haf
data[16] = ‘hb0
data[17] = ‘hb1
data[18] = ‘hb2
data[19] = ‘hb3
data[20] = ‘hb4
data[21] = ‘hb5
data[22] = ‘hb6
data[23] = ‘hb7
data[24] = ‘hb8
data[25] = ‘hb9
data[26] = ‘hba
data[27] = ‘hbb
data[28] = ‘hbc
data[29] = ‘hbd

@5125000: [DRV]src_chnl[10],dest_chnl[8] data trans finished
@5125000:[DRV] src_chnl[10] & dest_chnl[8] data trans started with packet:
src = 10
dst = 8
data_length = 15
data[0] = ‘ha0
data[1] = ‘ha1
data[2] = ‘ha2
data[3] = ‘ha3
data[4] = ‘ha4
data[5] = ‘ha5
data[6] = ‘ha6
data[7] = ‘ha7
data[8] = ‘ha8
data[9] = ‘ha9
data[10] = ‘haa
data[11] = ‘hab
data[12] = ‘hac
data[13] = ‘had
data[14] = ‘hae

@5140000: [MON] CH_OUT dest_chn1[8] data finished woth packet :
src = 10
dst = 8
data_length = 30
data[0] = ‘ha0
data[1] = ‘ha1
data[2] = ‘ha2
data[3] = ‘ha3
data[4] = ‘ha4
data[5] = ‘ha5
data[6] = ‘ha6
data[7] = ‘ha7
data[8] = ‘ha8
data[9] = ‘ha9
data[10] = ‘haa
data[11] = ‘hab
data[12] = ‘hac
data[13] = ‘had
data[14] = ‘hae
data[15] = ‘haf
data[16] = ‘hb0
data[17] = ‘hb1
data[18] = ‘hb2
data[19] = ‘hb3
data[20] = ‘hb4
data[21] = ‘hb5
data[22] = ‘hb6
data[23] = ‘hb7
data[24] = ‘hb8
data[25] = ‘hb9
data[26] = ‘hba
data[27] = ‘hbb
data[28] = ‘hbc
data[29] = ‘hbd

[CHK] data compare success with packet :
src = 10
dst = 8
data_length = 30
data[0] = ‘ha0
data[1] = ‘ha1
data[2] = ‘ha2
data[3] = ‘ha3
data[4] = ‘ha4
data[5] = ‘ha5
data[6] = ‘ha6
data[7] = ‘ha7
data[8] = ‘ha8
data[9] = ‘ha9
data[10] = ‘haa
data[11] = ‘hab
data[12] = ‘hac
data[13] = ‘had
data[14] = ‘hae
data[15] = ‘haf
data[16] = ‘hb0
data[17] = ‘hb1
data[18] = ‘hb2
data[19] = ‘hb3
data[20] = ‘hb4
data[21] = ‘hb5
data[22] = ‘hb6
data[23] = ‘hb7
data[24] = ‘hb8
data[25] = ‘hb9
data[26] = ‘hba
data[27] = ‘hbb
data[28] = ‘hbc
data[29] = ‘hbd

@5170000: [MON] src_chn1[10] & dest_chn1[8] data trans started
@5225000: [MON] CH_OUT dest_chn1[8] data trans started
@6420000:[MON] CH_IN src_chnl[10] &dest_chnl[8 ] finished with packet:
src = 10
dst = 8
data_length = 15
data[0] = ‘ha0
data[1] = ‘ha1
data[2] = ‘ha2
data[3] = ‘ha3
data[4] = ‘ha4
data[5] = ‘ha5
data[6] = ‘ha6
data[7] = ‘ha7
data[8] = ‘ha8
data[9] = ‘ha9
data[10] = ‘haa
data[11] = ‘hab
data[12] = ‘hac
data[13] = ‘had
data[14] = ‘hae

@6425000: [DRV]src_chnl[10],dest_chnl[8] data trans finished
@6425000:[DRV] src_chnl[10] & dest_chnl[8] data trans started with packet:
src = 10
dst = 8
data_length = 27
data[0] = ‘ha0
data[1] = ‘ha1
data[2] = ‘ha2
data[3] = ‘ha3
data[4] = ‘ha4
data[5] = ‘ha5
data[6] = ‘ha6
data[7] = ‘ha7
data[8] = ‘ha8
data[9] = ‘ha9
data[10] = ‘haa
data[11] = ‘hab
data[12] = ‘hac
data[13] = ‘had
data[14] = ‘hae
data[15] = ‘haf
data[16] = ‘hb0
data[17] = ‘hb1
data[18] = ‘hb2
data[19] = ‘hb3
data[20] = ‘hb4
data[21] = ‘hb5
data[22] = ‘hb6
data[23] = ‘hb7
data[24] = ‘hb8
data[25] = ‘hb9
data[26] = ‘hba

@6440000: [MON] CH_OUT dest_chn1[8] data finished woth packet :
src = 10
dst = 8
data_length = 15
data[0] = ‘ha0
data[1] = ‘ha1
data[2] = ‘ha2
data[3] = ‘ha3
data[4] = ‘ha4
data[5] = ‘ha5
data[6] = ‘ha6
data[7] = ‘ha7
data[8] = ‘ha8
data[9] = ‘ha9
data[10] = ‘haa
data[11] = ‘hab
data[12] = ‘hac
data[13] = ‘had
data[14] = ‘hae

[CHK] data compare success with packet :
src = 10
dst = 8
data_length = 15
data[0] = ‘ha0
data[1] = ‘ha1
data[2] = ‘ha2
data[3] = ‘ha3
data[4] = ‘ha4
data[5] = ‘ha5
data[6] = ‘ha6
data[7] = ‘ha7
data[8] = ‘ha8
data[9] = ‘ha9
data[10] = ‘haa
data[11] = ‘hab
data[12] = ‘hac
data[13] = ‘had
data[14] = ‘hae

@6470000: [MON] src_chn1[10] & dest_chn1[8] data trans started
@6525000: [MON] CH_OUT dest_chn1[8] data trans started
@8680000:[MON] CH_IN src_chnl[10] &dest_chnl[8 ] finished with packet:
src = 10
dst = 8
data_length = 27
data[0] = ‘ha0
data[1] = ‘ha1
data[2] = ‘ha2
data[3] = ‘ha3
data[4] = ‘ha4
data[5] = ‘ha5
data[6] = ‘ha6
data[7] = ‘ha7
data[8] = ‘ha8
data[9] = ‘ha9
data[10] = ‘haa
data[11] = ‘hab
data[12] = ‘hac
data[13] = ‘had
data[14] = ‘hae
data[15] = ‘haf
data[16] = ‘hb0
data[17] = ‘hb1
data[18] = ‘hb2
data[19] = ‘hb3
data[20] = ‘hb4
data[21] = ‘hb5
data[22] = ‘hb6
data[23] = ‘hb7
data[24] = ‘hb8
data[25] = ‘hb9
data[26] = ‘hba

@8685000: [DRV]src_chnl[10],dest_chnl[8] data trans finished
@8700000: [MON] CH_OUT dest_chn1[8] data finished woth packet :
src = 10
dst = 8
data_length = 27
data[0] = ‘ha0
data[1] = ‘ha1
data[2] = ‘ha2
data[3] = ‘ha3
data[4] = ‘ha4
data[5] = ‘ha5
data[6] = ‘ha6
data[7] = ‘ha7
data[8] = ‘ha8
data[9] = ‘ha9
data[10] = ‘haa
data[11] = ‘hab
data[12] = ‘hac
data[13] = ‘had
data[14] = ‘hae
data[15] = ‘haf
data[16] = ‘hb0
data[17] = ‘hb1
data[18] = ‘hb2
data[19] = ‘hb3
data[20] = ‘hb4
data[21] = ‘hb5
data[22] = ‘hb6
data[23] = ‘hb7
data[24] = ‘hb8
data[25] = ‘hb9
data[26] = ‘hba

[CHK] data compare success with packet :
src = 10
dst = 8
data_length = 27
data[0] = ‘ha0
data[1] = ‘ha1
data[2] = ‘ha2
data[3] = ‘ha3
data[4] = ‘ha4
data[5] = ‘ha5
data[6] = ‘ha6
data[7] = ‘ha7
data[8] = ‘ha8
data[9] = ‘ha9
data[10] = ‘haa
data[11] = ‘hab
data[12] = ‘hac
data[13] = ‘had
data[14] = ‘hae
data[15] = ‘haf
data[16] = ‘hb0
data[17] = ‘hb1
data[18] = ‘hb2
data[19] = ‘hb3
data[20] = ‘hb4
data[21] = ‘hb5
data[22] = ‘hb6
data[23] = ‘hb7
data[24] = ‘hb8
data[25] = ‘hb9
data[26] = ‘hba

TOTAL COMPARING 5 times
TEST [rt_single_ch_test] PASSED!