if (type == AST_IDENTIFIER) {
if (current_scope.count(str) == 0) {
AstNode *current_scope_ast = (current_ast_mod == nullptr) ? current_ast : current_ast_mod;
+ const std::string& mod_scope = current_scope_ast->str;
+ if (str[0] == '\\' && str.substr(0, mod_scope.size()) == mod_scope) {
+ std::string new_str = "\\" + str.substr(mod_scope.size() + 1);
+ if (current_scope.count(new_str)) {
+ str = new_str;
+ }
+ }
for (auto node : current_scope_ast->children) {
//log("looking at mod scope child %s\n", type2str(node->type).c_str());
switch (node->type) {
`ASSERT(A.x == 2)
`ASSERT(A.C.x == 1)
`ASSERT(A.B.x == 0)
+ `ASSERT(gen_test8.x == 3)
+ `ASSERT(gen_test8.A.x == 2)
+ `ASSERT(gen_test8.A.C.x == 1)
+ `ASSERT(gen_test8.A.B.x == 0)
end
begin : C
wire [1:0] x = 2'b01;
`ASSERT(A.x == 2)
`ASSERT(A.C.x == 1)
`ASSERT(A.B.x == 0)
+ `ASSERT(gen_test8.x == 3)
+ `ASSERT(gen_test8.A.x == 2)
+ `ASSERT(gen_test8.A.C.x == 1)
+ `ASSERT(gen_test8.A.B.x == 0)
end
assign x = B.x ^ 2'b11 ^ C.x;
`ASSERT(x == 2)
`ASSERT(A.x == 2)
`ASSERT(A.C.x == 1)
`ASSERT(A.B.x == 0)
+ `ASSERT(gen_test8.x == 3)
+ `ASSERT(gen_test8.A.x == 2)
+ `ASSERT(gen_test8.A.C.x == 1)
+ `ASSERT(gen_test8.A.B.x == 0)
end
endgenerate
`ASSERT(A.x == 2)
`ASSERT(A.C.x == 1)
`ASSERT(A.B.x == 0)
+ `ASSERT(gen_test8.x == 3)
+ `ASSERT(gen_test8.A.x == 2)
+ `ASSERT(gen_test8.A.C.x == 1)
+ `ASSERT(gen_test8.A.B.x == 0)
endmodule