def Non_Interactive_Client():
Sync_Messanger = Run_HayStack_Client(Function="Sync_Messanger")
Sync_Messanger.start()
DynamicPublicLedger = Run_HayStack_Client(Function="Dynamic_Public_Ledger")
DynamicPublicLedger.start()
PingFunction = Run_HayStack_Client(Function="Ping_Function")
PingFunction.start()
while True:
User_Input = raw_input(
"Press 'b' to go back or press 'Enter' for a status >>> ")
if User_Input == "b":
Sync_Messanger.Terminate()
DynamicPublicLedger.Terminate()
PingFunction.Terminate()
config.RunTime = False
break
else:
print("Node status: " + Sync_Messanger.Output() +
" Block Height: " + str(DynamicPublicLedger.Output()))
class Interactive_Client():
def __init__(self):
#This initiates the client
self.DynamicPublicLedger = Run_HayStack_Client(
Function="Dynamic_Public_Ledger")
self.PingFunction = Run_HayStack_Client(Function="Ping_Function")
self.Node_Finder = Run_HayStack_Client(Function="Node_Testing")
def Background(self, Action):
if Action == "Start":
self.DynamicPublicLedger.start()
self.PingFunction.start()
config.RunTime = True
elif Action == "Stop":
config.RunTime = False
self.DynamicPublicLedger.Terminate()
self.PingFunction.Terminate()
return self
def Third_Screen(self):
while True:
User_Choice = raw_input(
"Please choose one of the options: \n a) Compose Message \n b) Check Inbox \n c) Add or remove Contacts \n d) Go back \n *) Backup Menu \n>>> "
)
if User_Choice == "a":
self.Message_Composer()
pass
elif User_Choice == "b":
Output = []
try:
Output = HayStack().Stored_Messages()
except IOError:
HayStack().Build_All_Directories()
if len(Output) == 0:
print("You have no messages")
else:
for i in Output:
print("From: " + i[1] + " --- Message: " + i[0])
elif User_Choice == "c":
User_Choice = raw_input(
"Chose one: \na) Add contact \nb) Remove contact\nc) Go Back \n>>>"
)
if User_Choice == "a":
self.Add_To_Contacts()
elif User_Choice == "b":
print(
"Type in the user you want to remove. Or press 'b' to go back.\n"
)
Contact_Loop = True
while Contact_Loop == True:
for i in HayStack().Return_Contact_List():
print(i + "\n")
if len(HayStack().Return_Contact_List()) == 0:
print("No contacts")
Contact_Loop = False
Remove = raw_input(">>>")
if Remove == "b":
Contact_Loop = False
elif Remove in HayStack().Return_Contact_List():
HayStack().Delete_From_Contacts(Username=Remove)
Contact_Loop = False
else:
print("User Name was not found.\n")
elif User_Choice == "c":
pass
elif User_Choice == "d":
break
elif User_Choice == "*":
while True:
print(
"Warning this is the backup menu! Here you have the ability to store your private key and password on the tangle.\nThere is a risk of compromise if the passwords chosen are not strong enough."
)
print(
"The passwords will be shown in clear text when you enter them in."
)
print("To leave this menu just leave the passwords blank.")
SuperSecretKey1 = raw_input("Password 1:>>> ")
SuperSecretKey2 = raw_input("Password 2:>>> ")
if SuperSecretKey1 == SuperSecretKey2 == "":
break
elif SuperSecretKey1 != SuperSecretKey2:
Backup(SuperSecretKey1=SuperSecretKey1,
SuperSecretKey2=SuperSecretKey2).PublicBackUp()
break
elif SuperSecretKey1 == SuperSecretKey2:
print(
"Try a stronger combination. The passwords have to be different"
)
else:
print("Not a valid choice.")
return self
def Add_To_Contacts(self):
while True:
print("")
print("Your current address is: " +
HayStack().Get_Current_Address().Current_Address +
" at the block height " +
str(HayStack().Get_Current_Ledger_Addresses().BlockNumber))
print("")
User_Input = raw_input(
"Please enter the address of the contact (You can go back with 'b'):\n>>>"
)
#Check if the contact is in the Database
Continue = False
if len(User_Input) == 81:
Continue = True
elif User_Input == "b":
break
else:
print(
"Wrong IOTA address format. A standard IOTA address has a length of 81 characters."
)
if Continue == True:
Output = HayStack().Find_From_Address(Address=User_Input)
if isinstance(Output, list) == True:
User_Name = raw_input("User Name: \n>>>")
Output = HayStack().Find_From_Address(Address=User_Input)
if isinstance(Output, list) == True:
print("Found address in ledger. The public key of " +
User_Name + " is:\n " + Output[0] + "\n")
print("Adding user to address book!")
HayStack().Add_Address(Address=User_Input,
Username=User_Name)
break
else:
print(
"The user has not been found on the ledger. Please wait for the next block and try again."
)
else:
print("It seems like you are not online")
return self
def Address_Book(self):
List_of_contacts = HayStack().Return_Contact_List()
print(
"Please enter the recipient. For multiple recipients write ',' between each."
)
for i in List_of_contacts:
print(i + "\n")
User_Input = raw_input('>>> ')
Users = User_Input.split(',')
Recipients = []
for i in Users:
Output = HayStack().Address_From_Username(Username=str(i))
if isinstance(Output, list) == True:
Recipients.append(Output)
return Recipients
def Message_Composer(self):
while True:
User_Choice = raw_input(
"Please choose one of the options: \n a) Get recipient from address book \n b) From public ledger \n c) Go Back \n>>> "
)
if User_Choice == "a":
Recipients = self.Address_Book()
if len(Recipients) != 0:
print("Enter your message:\n")
Message = raw_input(">>> ")
Number_of_Trajectories = raw_input(
"Number of trajectories: (Number < 3) >>> ")
try:
DifferentPaths = int(Number_of_Trajectories)
if DifferentPaths >= 3:
DifferentPaths = 3
except:
DifferentPaths = Configuration().DifferentPaths
for i in Recipients:
PublicKey = i[0]
Current_Address = HayStack().Last_Seen_Address(
PublicKey=PublicKey)
if Current_Address != None:
Address = Current_Address
else:
Address = i[1][0]
Receipt = HayStack().Send_Message(
Message=Message,
ReceiverAddress=Address,
PublicKey=PublicKey,
DifferentPaths=DifferentPaths,
Encrypted=True)
print("Message sent. Transaction hash: " +
str(Receipt[0][1]))
break
if len(Recipients) == 0:
print(
"You dont have any contacts. Returning to previous menu."
)
break
else:
print("Nothing entered. Returning to previous menu.")
break
elif User_Choice == "b":
try:
Current_Ledger_Pool = HayStack(
).Get_Current_Ledger_Addresses().Current_Addresses
Current_Client_Address = HayStack().Get_Current_Address(
).Current_Address
except:
print("Please wait for Haystack to refresh the list.")
Current_Ledger_Pool = []
if len(Current_Ledger_Pool) >= 1:
z = 1
print("Choose one of the addresses below:\n")
for i in Current_Ledger_Pool:
Address = i[0]
if Address == Current_Client_Address:
print(str(z) + ") " + Address + " <-- You\n")
else:
print(str(z) + ") " + Address + "\n")
z = z + 1
Choice = raw_input(">>> ")
try:
if len(Choice) == 81:
Public_Key_of_Choice = ""
for i in Current_Ledger_Pool:
if Choice == i[0]:
Public_Key_of_Choice = i[1]
print(Public_Key_of_Choice)
if Public_Key_of_Choice != "":
print("Enter your message to: " + Choice +
"\n")
Message = raw_input(">>> ")
Receipt = HayStack().Send_Message(
Message=Message,
ReceiverAddress=Choice,
PublicKey=Public_Key_of_Choice,
DifferentPaths=Configuration(
).DifferentPaths,
Encrypted=True)
print("Message sent. Transaction hash: " +
str(Receipt[0][1]))
break
else:
print(
"Error with finding the public encryption key try again. Likely this is due to wrong address inserted or you copied whitespace."
)
elif int(Choice):
Choice_Data = Current_Ledger_Pool[int(Choice) - 1]
print("Enter your message to: " + Choice_Data[0] +
"\n")
Message = raw_input(">>> ")
Receipt = HayStack().Send_Message(
Message=Message,
ReceiverAddress=i[0],
PublicKey=i[1],
DifferentPaths=Configuration().DifferentPaths,
Encrypted=True)
print("Message sent. Transaction hash: " +
str(Receipt[0][1]))
break
except ValueError:
print(
"Error with input. Make sure you type in either the above address in or simply choose the number."
)
else:
print(
"There are currently no users online. Your address will appear shortly"
)
elif User_Choice == "c":
break
return self
Sync_Messanger.start()
while True:
try:
Block = HayStack().Get_Current_Ledger_Addresses(
).BlockNumber
Last_Block = HayStack().Last_Online_Block()
except:
Block = 0
Last_Block = 1
if Block == Last_Block:
x = Interactive_Client()
try:
x.Background(Action="Start")
x.Third_Screen()
x.Background(Action="Stop")
Sync_Messanger.Terminate()
break
except KeyboardInterrupt:
x.Background(Action="Stop")
Sync_Messanger.Terminate()
break
else:
try:
if Sync_Messanger.Output() == "":
print(
"Please wait. The node is being started. You can quit via pressing ctrl + c."
)
else:
print("Node is being synced. ---> " +
Sync_Messanger.Output() +
" Current block: " + str(Block))