axi_seqs.sv

axi_driver.sv

@@ -0,0 +1,128 @@
+
+
+//=============================AXI DRIVER CLASS====================================//
+class axi_driver extends uvm_driver;
+	`uvm_component_utils(axi_driver)
+
+	virtual axi_if.DRV_MP mif;
+	axi_config axi_cfg;
+	axi_xtn xtn;
+
+	function  new(string name="axi_driver", uvm_component parent);
+		super.new(name,parent);
+	endfunction
+
+	function void build_phase(uvm_phase phase);
+		if(!uvm_config_db#(axi_config)::get(this,"","axi_config",axi_cfg))
+			`uvm_fatal(get_type_name(),"cannot get the configuration database have you set it?")
+	endfunction
+
+	function void connect_phase(uvm_phase phase)
+		axi_cfg.vif=vif;
+	endfunction
+	 
+	task run_phase(uvm_phase phase);
+		forever
+		begin
+			seq_item_port.get_next_item(xtn);
+			driver(xtn);
+			seq_item_port.item_done();
+		end
+	endtask
+
+
+	task driver();
+		if(xtn.write==1)
+
+			begin
+			axi_write_address();
+			axi_write_data();
+			axi_write_resp();
+			end
+		else
+			begin
+			axi_read_address();
+		        axi_read_data();
+			end
+
+	endtask
+
+        task axi_write_addr(axi_xtn xtn);
+                $display("start of drive_awaddr");
+                mif.mst_drv_cb.AWVALID <= 1;                                 
+                mif.mst_drv_cb.AWADDR <= xtn.AWADDR;
+                mif.mst_drv_cb.AWSIZE <= xtn.AWSIZE;
+                mif.mst_drv_cb.AWID <= xtn.AWID;
+                mif.mst_drv_cb.AWLEN <= xtn.AWLEN;
+                mif.mst_drv_cb.AWBURST <= xtn.AWBURST;
+
+                @(mif.mst_drv_cb);
+                wait(mif.mst_drv_cb.AWREADY)
+                mif.mst_drv_cb.AWVALID <= 0;
+
+                repeat($urandom_range(1,5))
+                        @(mif.mst_drv_cb);
+
+                $display("end of drive_awaddr");
+        endtask
+
+        task axi_write_data(axi_xtn xtn);
+
+                $display("start of drive_wdata");
+        foreach(xtn.WDATA[i])
+                        begin
+                                mif.drv_cb.WVALID <= 1;
+                                mif.drv_cb.WDATA <= xtn.WDATA[i];
+                                mif.drv_cb.WSTRB <= xtn.WSTRB[i];
+                                mif.drv_cb.WID <= xtn.WID;
+                                if(i==(xtn.AWLEN))
+                                        mif.drv_cb.WLAST <= 1;
+                                else
+                                        mif.drv_cb.WLAST <= 0;
+
+                                @(mif.drv_cb);
+                                wait(mif.drv_cb.WREADY)
+                                    mif.drv_cb.WVALID <= 0;
+                                    mif.drv_cb.WLAST <= 0;
+
+                                repeat($urandom_range(1,5))
+                                        @(mif.drv_cb);
+                        end
+
+                $display("end of drive_wdata");
+        endtask
+
+        task axi_write_resp(axi_xtn xtn);
+                $display("start of drive_bresp");
+            mif.drv_cb.BREADY<=1;
+           @(mif.drv_cb)
+           wait(mif.drv_cb.BVALID)
+              mif.drv_cb.BREADY<=0;
+           repeat($urandom_range(1,5))
+               @(mif.drv_cb);
+            $display("end of drive_bresp");
+        endtask
+
+      task axi_read_addr(axi_xtn xtn);
+                $display("start of drive_raddr");
+           repeat($urandom_range(1,3))
+                  @(mif.drv_cb);
+           mif.drv_cb.ARID<=xtn.ARID;
+           mif.drv_cb.ARLEN<=xtn.ARLEN;
+           mif.drv_cb.ARSIZE<=xtn.ARSIZE;
+           mif.drv_cb.ARBURST<=xtn.ARBURST;
+           mif.drv_cb.ARADDR<=xtn.ARADDR;
+           mif.drv_cb.ARVALID<=1;                   
+                 @(mif.drv_cb);
+            $display("inside drive_read_addr before wait ARREADY");
+                 wait(mif.drv_cb.ARREADY)
+                    mif.drv_cb.ARVALID<=0;
+              repeat($urandom_range(1,5))
+                    @(mif.drv_cb);
+
+                $display("end of drive_raddr");
+          
+        endtask
+endclass
+
+

axi_seq_item.sv

@@ -76,51 +76,3 @@ constraint wrap_data{ if(AWBURST==2'b10)
 endclass
 
 
-        	
-	
-//=============================AXI SEQUENCE CLASSS ==========================================//
-class axi_wrap_sequence extends uvm_sequence #(axi_seq_item);
-
-	`uvm_object_utills(axi_wrap_sequence)
-	axi_wrap_sequence wrap_xtn;
-
-	function new(string name ="axi_wrap_sequene")
-		super.new(name);
-	endfunction
-	
-	task body();
-		repeat(10)
-		begin
-		wrap_xtn=axi_seq_item::type_id::create("wrap_xtn");
-		start_item(wrap_xtn);
-		assert(wrap_xtn.randomize() with {AWBURST==2;});
-		finish_item(wrap_xtn);
-	end
-endtask
-endclass
-
-
-       	
-	
-//=============================AXI SEQUENCE CLASSS ==========================================//
-class axi_wrap_read_seq extends uvm_sequence #(axi_seq_item);
-
-	`uvm_object_utills(axi_wrap_read_seq)
-	axi_wrap_sequence rwrap_xtn;
-
-	function new(string name ="axi_wrap_read_seq")
-		super.new(name);
-	endfunction
-
-	task body();
-		repeat(10)
-		begin
-		rwrap_xtn=axi_seq_item::type_id::create("rwrap_xtn");
-		start_item(rwrap_xtn);
-		assert(rwrap_xtn.randomize() with {ARBURST==2;});
-		finish_item(rwrap_xtn);
-	end
-endtask
-endclass
-
-

axi_seqs.sv

@@ -0,0 +1,49 @@
+
+        	
+	
+//=============================AXI SEQUENCE CLASSS ==========================================//
+class axi_wrap_sequence extends uvm_sequence #(axi_seq_item);
+
+	`uvm_object_utills(axi_wrap_sequence)
+	axi_wrap_sequence wrap_xtn;
+
+	function new(string name ="axi_wrap_sequene")
+		super.new(name);
+	endfunction
+	
+	task body();
+		repeat(10)
+		begin
+		wrap_xtn=axi_seq_item::type_id::create("wrap_xtn");
+		start_item(wrap_xtn);
+		assert(wrap_xtn.randomize() with {AWBURST==2;});
+		finish_item(wrap_xtn);
+	end
+endtask
+endclass
+
+
+       	
+	
+//=============================AXI SEQUENCE CLASSS ==========================================//
+class axi_wrap_read_seq extends uvm_sequence #(axi_seq_item);
+
+	`uvm_object_utills(axi_wrap_read_seq)
+	axi_wrap_sequence rwrap_xtn;
+
+	function new(string name ="axi_wrap_read_seq")
+		super.new(name);
+	endfunction
+
+	task body();
+		repeat(10)
+		begin
+		rwrap_xtn=axi_seq_item::type_id::create("rwrap_xtn");
+		start_item(rwrap_xtn);
+		assert(rwrap_xtn.randomize() with {ARBURST==2;});
+		finish_item(rwrap_xtn);
+	end
+endtask
+endclass
+
+