lint

src/V3Param.cpp

@@ -2234,13 +2234,13 @@ public:
 
     // Walk every subtree reachable from `rootp` for  deferred work V3LinkDot left behind
     // when `class#(...)::member` couldn't yet be resolved:
-    //   (1) `AstDot` with a ClassOrPackageRef lhs — a `class::lparam` value Dot to
+    //   (1) `AstDot` with a ClassOrPackageRef lhs - a `class::lparam` value Dot to
     //       constify (e.g. `c8::b` in a pin expression).
-    //   (2) `AstRefDType` with a typedefp — descend into the typedef's subDType
+    //   (2) `AstRefDType` with a typedefp - descend into the typedef's subDType
     //       to find buried Dots (typedef range like `logic [(CFG::w - 1):0]`) and
     //       unresolved class-scoped struct-member RefDTypes (`CFG::input_meta_t`
     //       as a struct member).
-    //   (3) `AstVarRef` to a deferred lparam — descend into its valuep so the
+    //   (3) `AstVarRef` to a deferred lparam - descend into its valuep so the
     //       chain `pin -> lparam -> ... -> class::lparam Dot` reaches the Dot.
     // Discoveries of (2) and (3) feed back into the walk worklist; (1) and (2)
     // are also kept in lists for the resolution passes at the end.

test_regress/t/t_class_lparam_nested_chain.v

@@ -47,11 +47,11 @@ module t;
   typedef B#(5) BInst;
   typedef C#(2) CInst;
 
-  // (1) Standalone localparam — resolves via deferred-lparam path
+  // (1) Standalone localparam - resolves via deferred-lparam path
   localparam int two_level = BInst::width;  // = A#(6)::v = 12
   localparam int three_level = CInst::total;  // = B#(6)::width = A#(7)::v = 14
 
-  // (2) Cell pin uses the nested-class value directly — exercises the
+  // (2) Cell pin uses the nested-class value directly - exercises the
   //     recursive Dot resolution inside resolveDotToTypedef
   Sub #(BInst::width) m_pin_direct ();
   Sub #(CInst::total) m_pin_deep ();

test_regress/t/t_class_lparam_struct_member_chain.v

@@ -18,37 +18,37 @@
 // verilog_format: on
 
 package pkg;
-    virtual class C #(parameter int W = 1);
-        typedef logic [W-1:0] data_t;
-    endclass
+  virtual class C #(parameter int W = 1);
+    typedef logic [W-1:0] data_t;
+  endclass
 endpackage
 
 module Sink #(parameter int BITS = 1) ();
-    logic [BITS-1:0] data;
+  logic [BITS-1:0] data;
 endmodule
 
 module Sub #(parameter int W = 8) ();
-    typedef pkg::C#(W) CFG;
+  typedef pkg::C#(W) CFG;
 
-    // Struct typedef whose member is a class-scope-resolved typedef from
-    // a parameterized-class typedef alias. Without the V3Param fix, the
-    // member's RefDType stays UNLINKED and the cell pin's $bits trips an
-    // internal error.
-    typedef struct packed {
-        CFG::data_t payload;
-        logic       v;
-    } wrap_t;
+  // Struct typedef whose member is a class-scope-resolved typedef from
+  // a parameterized-class typedef alias. Without the V3Param fix, the
+  // member's RefDType stays UNLINKED and the cell pin's $bits trips an
+  // internal error.
+  typedef struct packed {
+    CFG::data_t payload;
+    logic       v;
+  } wrap_t;
 
-    Sink #(.BITS($bits(wrap_t))) u_sink ();
+  Sink #(.BITS($bits(wrap_t))) u_sink ();
 endmodule
 
 module t;
-    Sub #(.W(8)) u ();
+  Sub #(.W(8)) u ();
 
-    initial begin
-        // $bits(wrap_t) = 8 (payload) + 1 (v) = 9
-        `checkh($bits(u.u_sink.data), 32'd9);
-        $write("*-* All Finished *-*\n");
-        $finish;
-    end
+  initial begin
+    // $bits(wrap_t) = 8 (payload) + 1 (v) = 9
+    `checkh($bits(u.u_sink.data), 32'd9);
+    $write("*-* All Finished *-*\n");
+    $finish;
+  end
 endmodule