addign cl report

src/PodemQuest/PODEM.py

@@ -85,7 +85,10 @@ def compute(self, algorithm="basic"):
                 #    print("test vector: NOT FOUND ")
         elif algorithm == "advanced":
             test_vectors = []  # Initialize an empty list to store the test vectors
-            for fault in self.circuit.faults:
+            total_faults = len(self.circuit.faults)  # Total number of faults to process
+            progress_threshold = total_faults // 20  # Every 5% of total faults
+
+            for idx, fault in enumerate(self.circuit.faults):
                 fault_site = fault[0]
                 self.fault_gate = self.circuit.gates[fault_site]
                 self.fault_gate.faulty = True
@@ -97,36 +100,39 @@ def compute(self, algorithm="basic"):
                     self.fault_gate.fault_value = D_Value.ONE
 
                 self.init_PODEM()
-                # print("Fault: ", fault)
                 ret = self.advanced_PODEM()
                 self.fault_gate.faulty = False
                 if ret == True:
                     self.uncovered_faults += 1
                     success_vector = self.ret_success_vector()  # Get the test vector
-                    # print("test vector: ", success_vector)
+
                     success_vector = "".join(
                         ["0" if char == "X" else char for char in success_vector]
                     )
                     test_vectors.append(
                         str(self.uncovered_faults) + ": " + f"{success_vector}\n"
                     )
-
                 else:
-                    # print("test vector: NOT FOUND ")
                     self.failures += 1
-        ## Write the entire list to the file at once
-        header_pin_names = """* Test pattern file
-* generated by PodemQuest"""
-        # for PI in self.circuit.primary_input_gates:
-        #    header_pin_names+= f"{PI.outputpin} "
 
-        with open(self.output_file, "w") as f:
-            f.write(header_pin_names + "\n")
-            f.writelines(test_vectors)
+                # Print progress bar for every 5% completion
+                print(f"idx: {idx} / {total_faults}")
+                if (idx + 1) % progress_threshold == 0 or idx == total_faults - 1:
+                    percentage_done = (idx + 1) / total_faults * 100
+                    print(f"Progress: {percentage_done:.2f}% done")
+
+
+            # Write the entire list to the file at once
+            header_pin_names = """* Test pattern file
+            * generated by PodemQuest"""
+
+            with open(self.output_file, "w") as f:
+                f.write(header_pin_names + "\n")
+                f.writelines(test_vectors)
 
-        # print("wrote to ", self.output_file)
         return
 
+
     def init_PODEM(self):
         """
         Initializes the output of each gate to X.