Update for Veryl v0.8.0

src/counter/counter.veryl

@@ -1,17 +1,17 @@
 /// Value counter
 pub module counter #(
     /// Counter width
-    parameter WIDTH: u32 = 2,
+    param WIDTH: u32 = 2,
     /// Max value of counter
-    parameter MAX_COUNT: bit<WIDTH> = '1,
+    param MAX_COUNT: bit<WIDTH> = '1,
     /// Min value of counter
-    parameter MIN_COUNT: bit<WIDTH> = '0,
+    param MIN_COUNT: bit<WIDTH> = '0,
     /// Initial value of counter
-    parameter INITIAL_COUNT: bit<WIDTH> = MIN_COUNT,
+    param INITIAL_COUNT: bit<WIDTH> = MIN_COUNT,
     /// Whether counter is wrap around
-    parameter WRAP_AROUND: bit = 1,
+    param WRAP_AROUND: bit = 1,
     /// Counter type
-    localparam COUNT: type = logic<WIDTH>,
+    local COUNT: type = logic<WIDTH>,
 ) (
     /// Clock
     i_clk: input logic,

src/delay/delay.veryl

@@ -1,11 +1,11 @@
 /// Delay input by configured cycle
 pub module delay #(
     /// Clock cycle of delay
-    parameter DELAY: u32 = 1,
+    param DELAY: u32 = 1,
     /// Input/output data width
-    parameter WIDTH: u32 = 1,
+    param WIDTH: u32 = 1,
     /// Input/output data type
-    parameter TYPE: type = logic<WIDTH>,
+    param TYPE: type = logic<WIDTH>,
 ) (
     /// Clock
     i_clk: input logic,

src/lfsr/lfsr_galois.veryl

@@ -1,10 +1,10 @@
 pub module lfsr_galois #(
     /// Size of the LFSR in bits
-    parameter  SIZE  : u32  = 64         ,
-    localparam tapvec: type = logic<SIZE>,
+    param SIZE  : u32  = 64         ,
+    local tapvec: type = logic<SIZE>,
     /// Bit-vector representing the taps of the LFSR.
     /// Default values provided for `SIZE` in range [2, 64]
-    parameter TAPVEC: tapvec = case SIZE {
+    param TAPVEC: tapvec = case SIZE {
         2      : 2'h3,
         3      : 3'h5,
         4      : 4'h9,
@@ -88,7 +88,7 @@ pub module lfsr_galois #(
 
     assign val_next[SIZE - 1] = o_val[0];
     for i in 0..(SIZE - 1) :g_taps {
-        localparam k: u32 = SIZE - 2 - i;
+        local k: u32 = SIZE - 2 - i;
         if TAPVEC[k] :g_tap {
             assign val_next[k] = if i_set {
                 i_setval[k]