def chooseSSLKeys(self,tx):
keydir = os.path.join(g("Directories","agent_base_dir"),\
'_'.join([tx.getRole(self.uniqID()),tx.uniqID(),"banksession"]),"keys")
print ("You have chosen to send ssl keys to the escrow."
"Do this carefully. Check the folder: ", keydir ," and "
"decide which key number or numbers to send by looking at the "
"corresponding html in the html directory, then enter those "
"numbers here one by one at the prompt. When finished, type 0.")
#get a listing of all valid key files
all_keys = os.listdir(keydir)
requested_keys=[]
while True:
choice = shared.get_validated_input("Enter a number (0 to quit)",int)
if choice == 0:
if not any(requested_keys):
print "Error, you must select at least one key."
else:
print "Keys will now be sent to escrow."
break
else:
if str(choice)+'.key' not in all_keys:
print "That number does not correspond to an existing \
key, please try again."
else:
requested_keys.append(os.path.join(keydir,str(choice)+'.key'))
self.sendSSLKeys(tx,requested_keys)
def chooseSSLKeys(self, tx):
keydir = os.path.join(g("Directories","agent_base_dir"),\
'_'.join([tx.getRole(self.uniqID()),tx.uniqID(),"banksession"]),"keys")
print(
"You have chosen to send ssl keys to the escrow."
"Do this carefully. Check the folder: ", keydir, " and "
"decide which key number or numbers to send by looking at the "
"corresponding html in the html directory, then enter those "
"numbers here one by one at the prompt. When finished, type 0.")
#get a listing of all valid key files
all_keys = os.listdir(keydir)
requested_keys = []
while True:
choice = shared.get_validated_input("Enter a number (0 to quit)",
int)
if choice == 0:
if not any(requested_keys):
print "Error, you must select at least one key."
else:
print "Keys will now be sent to escrow."
break
else:
if str(choice) + '.key' not in all_keys:
print "That number does not correspond to an existing \
key, please try again."
else:
requested_keys.append(
os.path.join(keydir,
str(choice) + '.key'))
self.sendSSLKeys(tx, requested_keys)
def changeEscrow(specific=None):
shared.debug(0, ["Current escrow:", g("Escrow", "escrow_id")])
if specific:
c = specific
else:
for i, e in enumerate(getEscrowList()):
print "[" + str(i + 1) + "] " + e[0]
c = shared.get_validated_input("Choose an escrow", int)
if c not in range(1, len(escrowList) + 1):
shared.debug(0, ["Invalid choice from escrow list"])
else:
#rewrite the settings file and reset the escrow
#TODO: persist changes to config file
shared.config.set("Escrow", "escrow_id", value=escrowList[c - 1][0])
shared.config.set("Escrow",
"escrow_pubkey",
value=escrowList[c - 1][2])
shared.config.set("Escrow", "escrow_host", value=escrowList[c - 1][1])
shared.debug(2, [
"Set the escrow to host:",
g("Escrow", "escrow_host"), "id:",
g("Escrow", "escrow_id"), "pubkey:",
g("Escrow", "escrow_pubkey")
])
Msg.closeConnection()
time.sleep(1)
Msg.instantiateConnection(un='client1', pw='client1', chanIndex=0)
def editWorkingContract(self):
while True:
print "current working contract:\n"
for k,v in self.workingContract.text.iteritems():
print k,v
for addr,sig in self.workingContract.signatures.iteritems():
print "Signed by: ",addr[:5],"..."
print "Signature: ",sig
kchoice = shared.get_validated_input("Choose a parameter",str)
if kchoice not in self.workingContract.text.keys():
break
vchoice = shared.get_validated_input("Set the value:",str)
self.contractLock.acquire()
try:
self.workingContract.modify(kchoice,vchoice)
finally:
self.contractLock.release()
def editWorkingContract(self):
while True:
print "current working contract:\n"
for k, v in self.workingContract.text.iteritems():
print k, v
for addr, sig in self.workingContract.signatures.iteritems():
print "Signed by: ", addr[:5], "..."
print "Signature: ", sig
kchoice = shared.get_validated_input("Choose a parameter", str)
if kchoice not in self.workingContract.text.keys():
break
vchoice = shared.get_validated_input("Set the value:", str)
self.contractLock.acquire()
try:
self.workingContract.modify(kchoice, vchoice)
finally:
self.contractLock.release()
def printPendingContracts(self):
print "Counterparty \t Amount"
print "**********************"
for k,v in self.pendingContracts.iteritems():
print "["+k[:5]+"..] \t"+v.text['mBTC Amount']
cchoice = shared.get_validated_input("Choose a counterparty identified by 5 characters:",str)
for x in self.pendingContracts.keys():
if x.startswith(cchoice):
self.contractLock.acquire()
try:
self.workingContract = self.pendingContracts[x]
print "Contract chosen: " + x
finally:
self.contractLock.release()
break
def printPendingContracts(self):
print "Counterparty \t Amount"
print "**********************"
for k, v in self.pendingContracts.iteritems():
print "[" + k[:5] + "..] \t" + v.text['mBTC Amount']
cchoice = shared.get_validated_input(
"Choose a counterparty identified by 5 characters:", str)
for x in self.pendingContracts.keys():
if x.startswith(cchoice):
self.contractLock.acquire()
try:
self.workingContract = self.pendingContracts[x]
print "Contract chosen: " + x
finally:
self.contractLock.release()
break
def changeEscrow(specific=None):
shared.debug(0,["Current escrow:",g("Escrow","escrow_id")])
if specific:
c = specific
else:
for i,e in enumerate(getEscrowList()):
print "["+str(i+1)+"] "+e[0]
c = shared.get_validated_input("Choose an escrow",int)
if c not in range(1,len(escrowList)+1):
shared.debug(0,["Invalid choice from escrow list"])
else:
#rewrite the settings file and reset the escrow
#TODO: persist changes to config file
shared.config.set("Escrow","escrow_id",value=escrowList[c-1][0])
shared.config.set("Escrow","escrow_pubkey",value=escrowList[c-1][2])
shared.config.set("Escrow","escrow_host",value=escrowList[c-1][1])
shared.debug(2,["Set the escrow to host:",g("Escrow","escrow_host"),"id:",g("Escrow","escrow_id"),"pubkey:",g("Escrow","escrow_pubkey")])
Msg.closeConnection()
time.sleep(1)
Msg.instantiateConnection(un='client1',pw='client1',chanIndex=0)
except:
#necessary because empty queue raises Exception
pass
if RE:
print """You are on RE. Please choose an option:
[1] Show current transactions and choose one
[2] Pay mBTC to be transferred into multisig (seller)
[3] Request banking session (buyer)
[4] Dispute receipt of funds (seller)
[5] Confirm receipt of funds (buyer)
[6] Show transaction details
[7] Specify ssl keys as proof of transfer (buyer)
[8] Exit
"""
choice = shared.get_validated_input("Enter an integer:",int)
if choice in [2,3,4,5,6] and txRE is None:
print "You need to specify a transaction first"
continue
if choice==1:
if not myself.synchronizeTransactions():
shared.debug(0,["Error synchronizing transactions"])
tnum = shared.get_validated_input("Choose a transaction:",int)
print "got ",str(tnum)
if tnum not in range(0,len(myself.transactions)):
shared.debug(0,["Invalid choice"])
continue
txRE = tnum
print "set txre to",str(txRE)
except:
#necessary because empty queue raises Exception
pass
if RE:
print """You are on RE. Please choose an option:
[1] Show current transactions and choose one
[2] Pay mBTC to be transferred into multisig (seller)
[3] Request banking session (buyer)
[4] Dispute receipt of funds (seller)
[5] Confirm receipt of funds (buyer)
[6] Show transaction details
[7] Specify ssl keys as proof of transfer (buyer)
[8] Exit
"""
choice = shared.get_validated_input("Enter an integer:", int)
if choice in [2, 3, 4, 5, 6] and txRE is None:
print "You need to specify a transaction first"
continue
if choice == 1:
if not myself.synchronizeTransactions():
shared.debug(0, ["Error synchronizing transactions"])
tnum = shared.get_validated_input("Choose a transaction:", int)
print "got ", str(tnum)
if tnum not in range(0, len(myself.transactions)):
shared.debug(0, ["Invalid choice"])
continue
txRE = tnum
print "set txre to", str(txRE)
#initialise multisig
#multisig.initialise(p,d) #TODO remove this "initialize" thing
multisig.msd=d
#need a connection to an escrow to do anything
Msg.instantiateConnection()
adjudicator = AdjudicatorAgent(d,myEscrow,txStore=False)
while True:
print """Please choose an option:
[1] Read message from queue
[2] Choose transaction
[3] Adjudicate transaction
[4] Review adjudicator applications
[5] Exit
"""
choice = shared.get_validated_input("Enter an integer:",int)
if choice==1:
msg = adjudicator.getSingleMessage(prefix='ADJ')
print msg
elif choice==2:
print "todo"
elif choice==3:
print "todo"
elif choice==4:
with open(g("Escrow","adjudicator_store")) as f:
lines = f.readlines()
applications = [x for x in lines if 'ADJUDICATOR_APPLICATION' in x]
#initialise multisig
#multisig.initialise(p,d) #TODO remove this "initialize" thing
multisig.msd = d
#need a connection to an escrow to do anything
Msg.instantiateConnection()
adjudicator = AdjudicatorAgent(d, myEscrow, txStore=False)
while True:
print """Please choose an option:
[1] Read message from queue
[2] Choose transaction
[3] Adjudicate transaction
[4] Review adjudicator applications
[5] Exit
"""
choice = shared.get_validated_input("Enter an integer:", int)
if choice == 1:
msg = adjudicator.getSingleMessage(prefix='ADJ')
print msg
elif choice == 2:
print "todo"
elif choice == 3:
print "todo"
elif choice == 4:
with open(g("Escrow", "adjudicator_store")) as f:
lines = f.readlines()
applications = [x for x in lines if 'ADJUDICATOR_APPLICATION' in x]
print '''