def Get_RPM(): # IO.RPI_Handler.ReadInfrared() calls this
# Getting RPM
global total_rpm
if System.timer_flag: Max_Power_Wind.Avg_RPM(total_rpm)
else:
total_rpm = total_rpm + 1
print("total_rpm = {}".format(total_rpm))
Log_Handler.Write_Log(
os.path.basename(__file__) +
" total_rpm = {}\n".format(total_rpm))
Max_Power_Wind.Avg_RPM(total_rpm)
def Get_Solar_Power():
global total_solar_pwr
solar_current = 0
solar_voltage = 0
total_solar_pwr = 0
while True:
if System.timer_flag: break
time.sleep(System.delay)
solar_current = IO.Random_IO.SOLAR_CURR_listener()
solar_voltage = IO.Random_IO.SOLAR_VOLT_listener()
total_solar_pwr = (solar_current * solar_voltage) + total_solar_pwr
Log_Handler.Write_Log(
os.path.basename(__file__) +
"solar curr, solar volt, and total solar power calculated\n")
def Get_RPM():
# Getting RPM
global total_rpm
if System.timer_flag:
Max_Power_Wind.Avg_RPM(total_rpm)
# If the timer is up, calculate the avg rpm
else: # if a key was pressed, increment
total_rpm = total_rpm + 1
print("total_rpm = {}".format(total_rpm))
Log_Handler.Write_Log(
os.path.basename(__file__) +
"total_rpm = {}\n".format(total_rpm))
Max_Power_Wind.Avg_RPM(total_rpm)
def do(i):
## Sub calculations for Wind Power
print("\nAverage RPM: ", Average_RPM_Wind)
print("\n")
Log_Handler.Write_Log(
os.path.basename(__file__) +
"\nAverage RPM: {} \n".format(Average_RPM_Wind))
print("\nAverage Torque: ", Average_TORQUE_Wind)
print("\n")
Log_Handler.Write_Log(
os.path.basename(__file__) +
"\nAverage Torque: {} \n".format(Average_TORQUE_Wind))
# Getting Average Power per minute
Max_Power_Wind.Avg_Pwr(Average_TORQUE_Wind, Average_RPM_Wind)
# This needs to be called from the main
print("\nAverage Power per minute for WIND: ", Average_POWER_WIND)
print("\n")
Log_Handler.Write_Log(
os.path.basename(__file__) +
"\nAverage Power per minute for WIND: {} \n".format(Average_POWER_WIND)
)
Max_Power_Solar.Avg_Pwr(total_solar_pwr)
# Get's the total solar power and gets its average across a minute
print("\nAverage Power per minute for SOLAR: ", Average_POWER_SOLAR)
print("\n")
Log_Handler.Write_Log(
os.path.basename(__file__) +
"\nAverage Power per minute for SOLAR: \n".format(Average_POWER_SOLAR))
# Writes data into the file
File_Handler.Inject_Data(Average_POWER_WIND, Average_POWER_SOLAR)
# doesn't write an extra line
print("\n Total lines in file: {} \n".format(i + 1))
Log_Handler.Write_Log(
os.path.basename(__file__) +
"\n Total lines in file: {} \n".format(i + 1))
def Get_Solar_Power():
global total_solar_pwr
solar_current = 0
solar_voltage = 0
total_solar_pwr = 0
while True:
if System.timer_flag: break
time.sleep(1)
solar_voltage = RPI_Handler.ReadIO(
MaxPower_ClassesXML.int("SolarVoltagePort"))
# Voltage
solar_current = Max_Power_Solar.CalculateCurrent()
print("\nSolar Voltage = {}\n".format(solar_voltage))
print("\nSolar Current = {}\n".format(solar_current))
total_solar_pwr = (solar_current * solar_voltage) + total_solar_pwr
Log_Handler.Write_Log(
os.path.basename(__file__) +
" solar curr, solar volt, and total solar power calculated\n")
def Get_Torque():
total_torque = 0
# Getting Torque
while True:
if System.timer_flag: break
time.sleep(System.delay)
# Will execute equation after one second passes
force_of_the_blades = IO.Random_IO.BLADE_FORCE_listener()
# simulating a analog read of the torque
# Random is temporary, we will read real values
num = radius_of_the_blades * force_of_the_blades * math.sin(
angle_of_the_blades)
total_torque = total_torque + num
print("total_torque = {} ".format(total_torque))
Log_Handler.Write_Log(
os.path.basename(__file__) +
"total_torque = {} \n".format(total_torque))
Max_Power_Wind.Avg_Torque(total_torque)
def Avg_Pwr(solar_power):
global Average_POWER_SOLAR
Average_POWER_SOLAR = solar_power / System.Seconds
Log_Handler.Write_Log(
os.path.basename(__file__) + "Avg Pwr Solar calculated\n")
def Avg_RPM(Total_RPM):
global Average_RPM_Wind
Average_RPM_Wind = Total_RPM / System.Seconds
Log_Handler.Write_Log(
os.path.basename(__file__) + "Avg RPM Wind calculated\n")
def Avg_Torque(Total_Torque):
global Average_TORQUE_Wind
Average_TORQUE_Wind = Total_Torque / System.Seconds
Log_Handler.Write_Log(
os.path.basename(__file__) + "Avg Torque Wind calculated\n")
def Avg_Pwr(Torque, RPM): # This gets called from main.py
global Average_POWER_WIND
Average_POWER_WIND = (Torque * RPM * math.pi) / 30
Log_Handler.Write_Log(
os.path.basename(__file__) + "Avg Pwr Wind calculated\n")
Sender = FTP()
# Init
System.init()
MaxPower_Classes.init()
IO.RPI_Handler.init(IO.RPI_Handler)
# Main loop
while True:
try:
# .csv
if File_Handler.Init_File(): print("Error making file \n")
else: print("Success created file \n")
# .log
if Log_Handler.Init_File(): print("Error making log \n")
else: print("Success making log \n")
print("Entering loop\n")
i = 0
while i < System.MaxLines:
ThreadFunctions.do()
# Threads
MaxPower_Classes.do(i)
# Functions for max power
i = i + 1
# Closes and saves file
def send():
# POWERSHELL
if type == 'powershell':
try:
file = file_basename + '.ps1'
p = subprocess.Popen(["powershell.exe", "{}".format(file)],
stdout=sys.stdout)
p.communicate()
Log_Handler.Write_Log(
os.path.basename(__file__) + "\n Sent file\n")
except Exception as ex:
print(ex)
print("File not sent through ftp")
Log_Handler.Write_Log(
os.path.basename(__file__) + "\n\n" + ex +
"\n\n File not sent through powershell\n")
# BATCH
elif type == 'batch':
file = file_basename + '.bat'
try:
os.system('cmd /c {}'.format(file))
Log_Handler.Write_Log(
os.path.basename(__file__) + "\n Sent file\n")
except Exception as ex:
print(ex)
print("File not sent through ftp")
Log_Handler.Write_Log(
os.path.basename(__file__) + "\n\n" + ex +
"\n\n File not sent through batch\n")
# COMMAND PROMPT
elif type == 'commandline':
file = file_basename + '.cmd'
try:
os.system('cmd /c {}'.format(file))
Log_Handler.Write_Log(
os.path.basename(__file__) + "\n Sent file\n")
except Exception as ex:
print(ex)
print("File not sent through ftp")
Log_Handler.Write_Log(
os.path.basename(__file__) + "\n\n" + ex +
"\n\n File not sent through cmd\n")
# PYTHON
elif type == 'python':
try:
cnopts = pysftp.CnOpts()
cnopts.hostkeys = None
# Establish connection
with pysftp.Connection(
host=Hostname,
username=Username,
password=Password,
cnopts=cnopts,
private_key=PrivateKey
) as sftp: # temporarily chdir to allcode
dest = DestinationDir + Files.filename.replace("\\", "/")
sftp.put(Files.fullpath, dest)
# upload file to allcode/pycode on remote
Log_Handler.Write_Log(
os.path.basename(__file__) + "\n Sent file\n")
except Exception as ex:
print(ex)
print(
"File not sent through ftp. Check if folder exists on remote server."
)
print(
"\nThe error can be traced back with the following stack trace"
)
track = traceback.format_exc()
print(track)
Log_Handler.Write_Log(
os.path.basename(__file__) + "\n\n" + str(ex) +
"\n\n File not sent through cmd\n\n" + str(track))
elif type == 'redirect':
# The issue is that I do not think I can send ftp files directly to cpanel from rpi
# Figuring this out but making this just in case
# Made ps1 script but not pushing since it has sensitive data
print("Configured to use redirect.")
time.sleep(NoFTPSleep)
else:
print(
"FTP procedure not defined. (Please check configuration on MaxPower.xml)"
)