Add support for doc_only attribute in confs and swregs

scripts/iob_soc_create_system.py

@@ -67,6 +67,9 @@ def create_systemv(build_dir, top, peripherals_list, internal_wires=None):
             periphs_inst_str += "     #(\n"
             # Insert parameters
             for param in params_list[instance.__class__.name]:
+                # If param has 'doc_only' attribute set to True, skip it
+                if "doc_only" in param.keys() and param["doc_only"]:
+                    continue
                 periphs_inst_str += "      .{}({}){}\n".format(
                     param["name"], instance.name + "_" + param["name"], ","
                 )

submodules/LIB/scripts/config_gen.py

@@ -16,6 +16,9 @@ def params_vh(params, top_module, out_dir):
     file2create = open(f"{out_dir}/{top_module}_params.vs", "w")
     core_prefix = f"{top_module}_".upper()
     for parameter in params:
+        # If parameter has 'doc_only' attribute set to True, skip it
+        if "doc_only" in parameter.keys() and parameter["doc_only"]:
+            continue
         if parameter["type"] in ["P", "F"]:
             p_name = parameter["name"].upper()
             file2create.write(f"\n  parameter {p_name} = `{core_prefix}{p_name},")
@@ -28,6 +31,9 @@ def params_vh(params, top_module, out_dir):
 
     file2create = open(f"{out_dir}/{top_module}_inst_params.vs", "w")
     for parameter in params:
+        # If parameter has 'doc_only' attribute set to True, skip it
+        if "doc_only" in parameter.keys() and parameter["doc_only"]:
+            continue
         if parameter["type"] in ["P", "F"]:
             p_name = parameter["name"].upper()
             file2create.write(f"\n  .{p_name}({p_name}),")
@@ -50,6 +56,9 @@ def conf_vh(macros, top_module, out_dir):
     # file2create.write(f"`ifndef VH_{fname}_VH\n")
     # file2create.write(f"`define VH_{fname}_VH\n\n")
     for macro in macros:
+        # If macro has 'doc_only' attribute set to True, skip it
+        if "doc_only" in macro.keys() and macro["doc_only"]:
+            continue
         if "if_defined" in macro.keys():
             file2create.write(f"`ifdef {macro['if_defined']}\n")
         # Only insert macro if its is not a bool define, and if so only insert it if it is true
@@ -75,6 +84,9 @@ def conf_h(macros, top_module, out_dir):
     file2create.write(f"#ifndef H_{fname}_H\n")
     file2create.write(f"#define H_{fname}_H\n\n")
     for macro in macros:
+        # If macro has 'doc_only' attribute set to True, skip it
+        if "doc_only" in macro.keys() and macro["doc_only"]:
+            continue
         # Only insert macro if its is not a bool define, and if so only insert it if it is true
         if type(macro["val"]) != bool:
             m_name = macro["name"].upper()

submodules/LIB/scripts/csr_gen.py

@@ -46,6 +46,9 @@ def get_reg_table(self, regs, rw_overlap, autoaddr):
         # Create reg table
         reg_table = []
         for i_regs in regs:
+            # If i_regs has 'doc_only' attribute set to True, skip it
+            if "doc_only" in i_regs.keys() and i_regs["doc_only"]:
+                continue
             reg_table += i_regs["regs"]
 
         return self.compute_addr(reg_table, rw_overlap, autoaddr)
@@ -1191,12 +1194,13 @@ def generate_regs_tex(cls, regs, regs_with_addr, out_dir):
         for table in regs:
             tex_table = []
             for reg in table["regs"]:
+                addr = "None"
                 # Find address of matching register in regs_with_addr list
-                addr = next(
-                    register["addr"]
-                    for register in regs_with_addr
-                    if register["name"] == reg["name"]
-                )
+                for reg_with_addr in regs_with_addr:
+                    if reg_with_addr["name"] == reg["name"]:
+                        addr = reg_with_addr["addr"]
+                        break
+
                 tex_table.append(
                     [
                         reg["name"],

submodules/LIB/scripts/ipxact_gen.py

@@ -105,7 +105,9 @@ def __init__(
             while True:
                 for param in parameters_list:
                     # only replace complete words
-                    max_size = re.sub(r"\b" + param.name + r"\b", param.max_value , max_size)
+                    max_size = re.sub(
+                        r"\b" + param.name + r"\b", param.max_value, max_size
+                    )
 
                 # if the string only contains numbers or operators, evaluate it and break the loop
                 if re.match(r"^[0-9\+\-\*\/\(\)]+$", max_size):