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RECIEVER
Reciever is a tranctor. Start the collection of packet from dut in the run() task and send them to score_board through rcv2sb channel.
CODE:reciever.sv
class reciever extends avm_verification_component;
static tlm_blocking_put_if#(packet) put_sb;
virtual switch_if intf;
int port;
string name;
function new(string nm, int port);
super.new(nm);
this.name =nm;
this.port = port;
endfunction
task run;
byte received_bytes[$] ;
packet rcv_pkt,pkt;
pkt = new();
forever
begin
@(posedge (intf.ready[port]));
while (intf.ready[port]) begin
intf.read <= 4'b0001 << port;
@(negedge intf.clock);
received_bytes.push_back(intf.data_out[port]);
end
intf.read <= 4'h0;
pkt.unpack(received_bytes);
received_bytes = {};
rcv_pkt = new pkt;
put_sb.put(rcv_pkt);
end
endtask
endclass
Reciever is a tranctor. Start the collection of packet from dut in the run() task and send them to score_board through rcv2sb channel.
CODE:reciever.sv
class reciever extends avm_verification_component;
static tlm_blocking_put_if#(packet) put_sb;
virtual switch_if intf;
int port;
string name;
function new(string nm, int port);
super.new(nm);
this.name =nm;
this.port = port;
endfunction
task run;
byte received_bytes[$] ;
packet rcv_pkt,pkt;
pkt = new();
forever
begin
@(posedge (intf.ready[port]));
while (intf.ready[port]) begin
intf.read <= 4'b0001 << port;
@(negedge intf.clock);
received_bytes.push_back(intf.data_out[port]);
end
intf.read <= 4'h0;
pkt.unpack(received_bytes);
received_bytes = {};
rcv_pkt = new pkt;
put_sb.put(rcv_pkt);
end
endtask
endclass
Index
Avm Introduction
Dut Specification
Rtl
Top
Interface
Environment
Packet
Packet Generator
Configuration
Driver
Reciever
Scoreboard
Report a Bug or Comment on This section - Your input is what keeps Testbench.in improving with time!
Avm Introduction
Dut Specification
Rtl
Top
Interface
Environment
Packet
Packet Generator
Configuration
Driver
Reciever
Scoreboard
Report a Bug or Comment on This section - Your input is what keeps Testbench.in improving with time!