Added asserts for gpios 2/3

diff --git a/src/spec/testing_stage1.py b/src/spec/testing_stage1.py
index 29954a9f926a4106b57d7aafc3f91ede6b7017e4..c222b71a44a5e12c84c80538fa16b55e470ae20c 100644 (file)
--- a/src/spec/testing_stage1.py
+++ b/src/spec/testing_stage1.py
@@ -461,6 +461,8 @@ def test_gpios():
     print (top.jtag.boundary_scan_pads.keys())
     gpio0_o = top.jtag.boundary_scan_pads['gpio_0__gpio0__o']['o']
     gpio1_o = top.jtag.boundary_scan_pads['gpio_0__gpio1__o']['o']
+    gpio2_o = top.jtag.boundary_scan_pads['gpio_0__gpio2__o']['o']
+    gpio3_o = top.jtag.boundary_scan_pads['gpio_0__gpio3__o']['o']
     
     # Have the sim run through a for-loop where the gpio_o_test is 
     # incremented like a counter (0000, 0001...)
@@ -479,10 +481,15 @@ def test_gpios():
         # yield the pad output
         pad0_out = yield gpio0_o
         pad1_out = yield gpio1_o
-        print("gpio0", gpio0_o, bin(gpio_o_val), pad0_out, pad1_out)
+        pad2_out = yield gpio2_o
+        pad3_out = yield gpio3_o
+        print("Applied values:", bin(gpio_o_val), "Seeing", 
+              pad3_out, pad2_out, pad1_out, pad0_out)
         # gpio_o_val is a 4-bit binary number setting each pad (single-bit)
         assert ((gpio_o_val & 0b0001) != 0) == pad0_out
         assert ((gpio_o_val & 0b0010) != 0) == pad1_out
+        assert ((gpio_o_val & 0b0100) != 0) == pad2_out
+        assert ((gpio_o_val & 0b1000) != 0) == pad3_out
 
     # Another for loop to run through gpio_oe_test. Assert:
     # + oe set at core matches oe seen at pad.