lib/HDLRuby/hdr_samples/with_channel.rb in HDLRuby-2.3.2 vs lib/HDLRuby/hdr_samples/with_channel.rb in HDLRuby-2.3.3

@@ -61,24 +61,26 @@
 
 
 
 
 # A system writing indefinitely to a channel.
+# Checking usage of channel without declaring a port.
 system :producer8 do |channel|
-    # puts "channel=#{channel}"
+    # puts "channel=#{channel}, channel methods=#{channel.methods}"
     # Inputs of the producer: clock and reset.
     input :clk, :rst
-    # Instantiate the channel ports
-    channel.output :ch
+    # # Instantiate the channel ports
+    # channel.output :ch
     # Inner 8-bit counter for generating values.
     [8].inner :counter
 
     # The value production process
     par(clk.posedge) do
         hif(rst) { counter <= 0 }
         helse do
-            ch.write(counter) { counter <= counter + 1 }
+            # ch.write(counter) { counter <= counter + 1 }
+            channel.write(counter) { counter <= counter + 1 }
         end
     end
 end
 
 # A system reading indefinitely from a channel.
@@ -94,22 +96,61 @@
     par(clk.posedge) do
         ch.read(buf)
     end
 end
 
+# A system reading indefinitely from a channel.
+# Version without port declaration.
+system :consummer16 do |channel|
+    # Input of the consummer: a clock is enough.
+    input :clk
+    # # Instantiate the channel ports
+    # channel.input :ch
+    # Inner buffer for storing the cunsummed value.
+    [16].inner :buf
 
+    # The value consumption process
+    par(clk.posedge) do
+        # ch.read(buf)
+        channel.read(buf)
+    end
+end
+
+
 # A system testing the handshaker.
 system :hs_test do
     input :clk,:rst
 
-    # Declares the handshaker
-    handshaker([8]).(:hs)
+    # Declares two handshakers
+    handshaker([8]).(:hs0)
+    handshaker([16]).(:hs1)
 
     # # Sets the reset.
     # par(rst.posedge) { hs.reset }
+    
+    # For the first handshake
 
     # Instantiate the producer.
-    producer8(hs).(:producerI).(clk,rst)
+    producer8(hs0).(:producerI).(clk,rst)
 
     # Instantiate the consummer.
-    consummer8(hs).(:consummerI).(clk)
+    consummer8(hs0).(:consummerI).(clk)
+
+    # For the second handshaker
+    
+    # Instantiatethe consummer.
+    consummer16(hs1).(:consummer2I).(clk)
+
+    # Produce from within.
+    [16].inner :counter
+
+    # hs1.output :port
+
+    par(clk.posedge) do
+       hif(rst) { counter <= 0 }
+        helse do
+            # port.write(counter) { counter <= counter + 1 }
+            hs1.write(counter) { counter <= counter + 1 }
+        end
+    end
+
 end