Clk2clock - rename the implicit "clk" module input "clock" (#387)

* Rename implict module "clk" input to "clock".
This doesn't rename all the "self-contained" test instances.
nor the memory "clk" enables,
nor the implict module "clk"s in the regress .fir files.

* Consistency: rename implict module "clk" input to "clock" in "self-contained" test instances.
This doesn't rename the memory "clk" enables, nor the implict module "clk"s in the regress .fir files.

1 files changed, 11 insertions, 11 deletions

diff --git a/src/test/resources/passes/Legalize/Legalize.fir b/src/test/resources/passes/Legalize/Legalize.fir
index 8d8ac8bd..716dff83 100644
--- a/src/test/resources/passes/Legalize/Legalize.fir
+++ b/src/test/resources/passes/Legalize/Legalize.fir
@@ -1,18 +1,18 @@
 ; See LICENSE for license details.
 circuit Legalize :
   module Legalize :
-    input clk : Clock
+    input clock : Clock
     input reset : UInt<1>
 
     ; Count till done
     node done = UInt(6)
-    reg count : UInt<16>, clk with :
+    reg count : UInt<16>, clock with :
       reset => (reset, UInt(0))
     when neq(count, done) :
       count <= add(count, UInt(1))
     when not(reset) :
       when eq(count, done) :
-        stop(clk, UInt(1), 0)
+        stop(clock, UInt(1), 0)
 
     ; Begin Test
     ; Check assignment to smaller width
@@ -20,22 +20,22 @@ circuit Legalize :
     wire y : UInt<16>
     y <- x
     when neq(y, UInt("hbeef")) :
-      printf(clk, UInt(1), "Assertion failed!\n y != beef\n")
-      stop(clk, UInt(1), 1)
+      printf(clock, UInt(1), "Assertion failed!\n y != beef\n")
+      stop(clock, UInt(1), 1)
 
     ; Check bit select of literal
     node b = bits(UInt("hd0"), 7, 5)
     node b2 = bits(UInt("h9"), 3, 3)
     when neq(b, UInt(6)) :
-      printf(clk, UInt(1), "Assertion failed!\n b != 6\n")
-      stop(clk, UInt(1), 1)
+      printf(clock, UInt(1), "Assertion failed!\n b != 6\n")
+      stop(clock, UInt(1), 1)
     when neq(b2, UInt(1)) :
-      printf(clk, UInt(1), "Assertion failed!\n b2 != 1\n")
-      stop(clk, UInt(1), 1)
+      printf(clock, UInt(1), "Assertion failed!\n b2 != 1\n")
+      stop(clock, UInt(1), 1)
 
     ; Check padding of literal
     node bar = pad(SInt(-1), 16)
     node bar_15 = bits(bar, 15, 15)
     when neq(bar_15, UInt(1)) :
-      printf(clk, UInt(1), "Assertion failed!\n bar_15 != 0\n")
-      stop(clk, UInt(1), 1)
+      printf(clock, UInt(1), "Assertion failed!\n bar_15 != 0\n")
+      stop(clock, UInt(1), 1)