# Add a code block here, if required
```<print> <662>
i will be looking forward for the naser and please eep,y <
# Slow code, assuming a large my_mail.mbox
import mailbox
box = mailbox.mbox("my_mail.mbox", create=False)
for message in box:
passimport mailbox
box = mailbox.mbox("my_mail.mbox", create=False)
for message in box:
pass
please chrkc the code and rely me thr message
import mailbox
box = mailbox.mbox("my_mail.mbox", create=False)
for message in box:
pass
# BMW 340i M Sport - Stage 1 ECU Simulator
# Python Training Code Only
import random
import time
car = {
"make": "BMW",
"model": "340i",
"trim": "M Sport",
"engine": "3.0L Turbo Inline-6",
"stage": "Stage 1"
}
ecu = {
"rpm": 800,
"boost": 0.0,
"throttle": 8.0,
"coolant": 90.0,
"intake_temp": 30.0,
"fuel_pressure": 5.0,
"lambda": 1.00,
"ignition": 10.0,
"load": 10.0
}
faults = []
fault_database = {
"P0300": "Random/Multiple Cylinder Misfire",
"P0301": "Cylinder 1 Misfire",
"P0171": "System Too Lean",
"P0172": "System Too Rich",
"P0299": "Turbo Underboost",
"P0234": "Turbo Overboost",
"P0087": "Fuel Pressure Too Low",
"P0113": "Intake Temperature Sensor High",
"P0128": "Coolant Temperature Below Regulation"
}
def title(text):
print("\n" + "=" * 55)
print(text.center(55))
print("=" * 55)
def vehicle_info():
title("BMW ECU SIMULATOR")
print("Make :", car["make"])
print("Model :", car["model"])
print("Trim :", car["trim"])
print("Engine :", car["engine"])
print("ECU Mode :", car["stage"])
def start_engine():
title("ENGINE START")
ecu["rpm"] = random.randint(750, 850)
ecu["boost"] = 0
ecu["throttle"] = random.uniform(5, 10)
ecu["coolant"] = random.uniform(85, 92)
ecu["intake_temp"] = random.uniform(25, 35)
ecu["fuel_pressure"] = random.uniform(4.8, 5.5)
ecu["lambda"] = random.uniform(0.98, 1.02)
ecu["ignition"] = random.uniform(8, 14)
ecu["load"] = random.uniform(8, 15)
for i in range(3):
print("ECU initializing" + "." * (i + 1))
time.sleep(0.5)
print("\nEngine started.")
live_data()
def live_data():
title("LIVE ECU DATA")
print(f"RPM : {ecu['rpm']:.0f}")
print(f"Boost : {ecu['boost']:.2f} bar")
print(f"Throttle : {ecu['throttle']:.1f}%")
print(f"Coolant : {ecu['coolant']:.1f} °C")
print(f"Intake Temp : {ecu['intake_temp']:.1f} °C")
print(f"Fuel Pressure : {ecu['fuel_pressure']:.2f} bar")
print(f"Lambda : {ecu['lambda']:.2f}")
print(f"Ignition : {ecu['ignition']:.1f}°")
print(f"Engine Load : {ecu['load']:.1f}%")
def stage1_profile():
title("STAGE 1 SIMULATION")
print("Stage 1 profile loaded")
print()
print("RPM Range : 800 - 7000")
print("Boost Model : Simulation")
print("Throttle Model : Simulation")
print("Fuel Model : Simulation")
print("Ignition Model : Simulation")
print("\nThis program is for Python/diagnostic practice.")
def acceleration():
title("ACCELERATION TEST")
print("Running simulation...\n")
for rpm in range(1000, 7001, 500):
ecu["rpm"] = rpm
ecu["throttle"] = min(
100,
20 + (rpm - 1000) / 6000 * 80
)
if rpm < 1800:
ecu["boost"] = 0.10
elif rpm < 3000:
ecu["boost"] = random.uniform(0.4, 0.8)
elif rpm < 5000:
ecu["boost"] = random.uniform(0.8, 1.2)
else:
ecu["boost"] = random.uniform(0.7, 1.1)
ecu["load"] = min(100, ecu["throttle"] * 0.95)
ecu["coolant"] += random.uniform(0.05, 0.25)
ecu["intake_temp"] += random.uniform(0.1, 0.5)
ecu["fuel_pressure"] = random.uniform(5.0, 5.5)
if ecu["boost"] > 0.5:
ecu["lambda"] = random.uniform(0.82, 0.90)
else:
ecu["lambda"] = random.uniform(0.97, 1.03)
ecu["ignition"] = random.uniform(8, 18)
print(
f"RPM {ecu['rpm']:4.0f} | "
f"Boost {ecu['boost']:.2f} bar | "
f"Throttle {ecu['throttle']:5.1f}% | "
f"Lambda {ecu['lambda']:.2f}"
)
time.sleep(0.15)
print("\nAcceleration test complete.")
def sensor_check():
title("SENSOR CHECK")
sensors = [6
("RPM Sensor", ecu["rpm"]),
("Throttle Sensor", ecu["throttle"]),
("Coolant Sensor", ecu["coolant"]),
("Intake Temperature", ecu["intake_temp"]),
("Fuel Pressure", ecu["fuel_pressure"]),
("Lambda Sensor", ecu["lambda"])
]
for name, value in sensors:
status = "OK"
if name == "Coolant Sensor":
if value > 110:
status = "WARNING"
if name == "Intake Temperature":
if value > 60:
status = "WARNING"
if name == "Fuel Pressure":
if value < 4.5:
status = "WARNING"
if name == "Lambda Sensor":
if value < 0.70 or value > 1.30:
status = "WARNING"
print(f"{name:25} : {value:7.2f} -> {status}")
def ecu_health():
title("ECU HEALTH CHECK")
score = 100
if ecu["coolant"] > 110:
score -= 15
if ecu["intake_temp"] > 60:
score -= 10
if ecu["fuel_pressure"] < 4.5:
score -= 20
if ecu["lambda"] < 0.75:
score -= 10
if ecu["boost"] > 1.4:
score -= 20
if score >= 90:
status = "EXCELLENT"
elif score >= 75:
status = "GOOD"
elif score >= 60:
status = "WARNING"
else:
status = "CRITICAL"
print("Health Score :", score, "/ 100")
print("Status :", status)
def generate_fault():
title("FAULT GENERATOR")
code = random.choice(list(fault_database.keys()))
if code not in faults:
faults.append(code)
print("DTC :", code)
print("Description :", fault_database[code])
def read_faults():
title("DTC SCANNER")
if not faults:
print("No fault codes found.")
return
for code in faults:
print()
print("Code :", code)
print("Description :", fault_database[code])
def clear_faults():
title("CLEAR DTC")
if not faults:
print("No faults stored.")
else:
faults.clear()
print("All simulated fault codes cleared.")
def diagnostic_report():
title("DIAGNOSTIC REPORT")
print("Vehicle :", car["make"], car["model"])
print("Trim :", car["trim"])
print("Engine :", car["engine"])
print("Stage :", car["stage"])
print("\nCurrent ECU Data:")
print("RPM :", round(ecu["rpm"]))
print("Boost :", round(ecu["boost"], 2), "bar")
print("Throttle :", round(ecu["throttle"], 1), "%")
print("Coolant :", round(ecu["coolant"], 1), "°C")
print("Intake Temp :", round(ecu["intake_temp"], 1), "°C")
print("Fuel Pressure :", round(ecu["fuel_pressure"], 2), "bar")
print("Lambda :", round(ecu["lambda"], 2))
print("Ignition :", round(ecu["ignition"], 1), "°")
print("\nFault Memory:")
if faults:
for code in faults:
print(code, "-", fault_database[code])
else:
print("No stored DTCs.")
def main():
vehicle_info()
while True:
title("MAIN MENU")
print("1. Start Engine")
print("2. Live ECU Data")
print("3. Stage 1 Profile")
print("4. Acceleration Test")
print("5. Sensor Check")
print("6. ECU Health Check")
print("7. Generate Fault")
print("8. Read Fault Codes")
print("9. Clear Fault Codes")
print("10. Diagnostic Report")
print("0. Exit")
choice = input("\nEnter choice: ")
if choice == "1":
start_engine()
elif choice == "2":
live_data()
elif choice == "3":
stage1_profile()
elif choice == "4":
acceleration()
elif choice == "5":
sensor_check()
elif choice == "6":
ecu_health()
elif choice == "7":
generate_fault()
elif choice == "8":
read_faults()
elif choice == "9":
clear_faults()
elif choice == "10":
diagnostic_report()
elif choice == "0":
print("\nProgram closed.")
break
else:
print("\nInvalid choice.")
the cars has 248 bhp running with stage 1 tuned by 65439
761 the coode i s72 ru2 12-639
the encourage the probpme the but i have will be looking for the partiz
### CPython versions tested on:
3.15
### Operating systems tested on:
Linux
Bug report
Bug description: