def mainZMQ():
hostname = socket.gethostname()
local_ip = socket.gethostbyname(hostname)
if opc == "sp":
#0.'Site_1_of_3.csv': site1.ini
print("MainController is generating data for all sites!!!")
dataToCopy, remDir, shareDir = initialize.main(local_ip, port, NoSites)
else:
#3.Execute steps in all Sites
ExecStepsInAll()
def main():
ini.load_gazebo_models()
raw_input("Press Enter after placing the math equation...")
cam = Headcam()
cam.main()
raw_input("Press Enter after solving the math equation...")
path = os.path.dirname(os.path.abspath(__file__))
f = open(os.path.join(os.path.join(path, "recnsolve"), "answer.txt"), "r")
num = str(f.read()).rstrip()
display_image.send_image(num)
ini.main()
raw_input("Press Enter after baxter reaches initial pose...")
dr = Draw()
dr.move(num)
raw_input("Press Enter to exit...")
rospy.on_shutdown(ini.delete_gazebo_models)
def main():
hostname = socket.gethostname()
local_ip = socket.gethostbyname(hostname)
context = zmq.Context()
sock = context.socket(zmq.REP)
sock.bind("tcp://*:%s" % port)
sites = {}
print("MainController listening all sites:", NoSites)
time.sleep(60)
#split data to be sended to all sites
if opc == "sp":
#0.'Site_1_of_3.csv': site1.ini
print("MainController is generating data for all sites!!!")
dataToCopy, remDir, shareDir = initialize.main(local_ip, port, NoSites)
elif opc == "em":
#Enable this option if maincrontroller must evaluate aggregated dataset
print("MainController is ensembling data and models for all sites!!!")
main_FDC.generateAllDataSets(file)
main_FDC.ensembleModels(file)
time.sleep(10)
elif opc == "bc":
while True:
print("*******" * 20)
print(
"MainController is managing the construction of local model from all sites:",
NoSites)
j = sock.recv_json()
step, site = j['msg'].split(",")
sites[site] = "First"
if step == "First":
print("First message received from Site:", site)
send_next_step(sock, {"Central": "Second"})
if valSites(sites, step):
print("sites", sites, "step", step)
break
else:
send_next_step(sock, {})
time.sleep(2)
while True:
j = sock.recv_json()
step, site = j['msg'].split(",")
sites[site] = "Third"
if step == "Third":
sock.send(b"STOP")
if valSites(sites, step):
print("sites", sites, "step", step)
break
else:
send_next_step(sock, {})
elif opc == "ac":
print("*******" * 20)
print(
"MainController is managing the evaluation of collaborative model from all sites:",
NoSites)
while True:
j = sock.recv_json()
step, site = j['msg'].split(",")
sites[site] = "Third"
if step == "Third":
print("Third message received from Site:", site)
send_next_step(sock, {"Central": "Fourth"})
if valSites(sites, step):
print("sites", sites, "step", step)
break
else:
send_next_step(sock, {})
time.sleep(2)
while True:
j = sock.recv_json()
step, site = j['msg'].split(",")
sites[site] = "Fifth"
if step == "Fifth":
sock.send(b"STOP")
if valSites(sites, step):
print("sites", sites, "step", step)
break
else:
send_next_step(sock, {})
print("The main mainController has processed all sites:", str(NoSites))
print("Successful process!!!")
#Evaluate collaborative model
if opc == "ev":
main_FDC.evalCollabModels(file, "MC")
print("The collaborative models have been satisfactorily evaluated.",
str(NoSites))
print("Successful process!!!")
# variables = defaultdict(list)
# for variable, position, code in data:
# variables[variable].append(f'cb_{code}')
# for variable, codes in variables.items():
# #remove duplicates from codes
# codes = list(dict.fromkeys(codes))
# sql = f'update vdata set {variable}.Coding={{{",".join(codes)}}} where respondent.serial = {serial}\n'
# f.write(sql)
print('OK')
def refresh_dashboard():
print('Refreshing dashboard...', end=' ')
mssql_cursor.execute(f'exec dbo.refresh_dashboard')
mssql_conn.commit()
print('OK')
def main():
print('OUTPUTS CREATION')
write_dau()
write_cfile()
refresh_dashboard()
print('Output creation complete', end='\n\n')
if __name__ == '__main__':
import initialize
initialize.main()
main()
========================================
[ntr] : Enter Transactions
[edt] : Edit Transactions
[vts] : View Transactions
[eda] : Edit Accounts
[vwa] : View Accounts
[ana] : Analyze Accounts
[esc] : Exit menu
"""
# Script
# Ensure file exists
if not os.path.isfile(data_file_str):
data_file = open(data_file_str, "w")
data_file.close()
variables, accounts, transactions_dirty = initialize.main(data_file_str)
transactions = bc.remove_duplicates(
transactions_dirty) # Remove impure Transactions (duplicates)
# Menu looping
while True:
print(menu)
try:
choice = input("Your choice: ").rstrip()
if choice == "ntr":
transactions += trans_entry.main()
# Add data to Account objects
accounts_t = (account_init.create_from(transactions))
# Account for duplicate Accounts created from Transactions
accounts = account_init.merge_accounts(accounts_t + accounts)
elif choice == "edt":
========================================
[ntr] : Enter Transactions
[edt] : Edit Transactions
[vts] : View Transactions
[eda] : Edit Accounts
[vwa] : View Accounts
[ana] : Analyze Accounts
[esc] : Exit menu
"""
# Script
# Ensure file exists
if not os.path.isfile(data_file_str):
data_file = open(data_file_str, "w")
data_file.close()
variables, accounts, transactions_dirty=initialize.main(data_file_str)
transactions = bc.remove_duplicates(transactions_dirty) # Remove impure Transactions (duplicates)
# Menu looping
while True:
print(menu)
try:
choice = input("Your choice: ").rstrip()
if choice == "ntr":
transactions += trans_entry.main()
# Add data to Account objects
accounts_t=(account_init.create_from(transactions))
# Account for duplicate Accounts created from Transactions
accounts=account_init.merge_accounts(accounts_t + accounts)
elif choice == "edt":
trans_edit.main(transactions, accounts)