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Conversion to python3, using 2to3.

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This commit is contained in:
Cas Cremers
2020-10-27 22:09:03 +01:00
parent eecf68dc98
commit 3a6041ccac
34 changed files with 245 additions and 245 deletions
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124
gui/test-mpa.py
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@@ -44,14 +44,14 @@ try:
except ImportError:
from progressbarDummy import *
PROGRESSBAR = False
print """
print("""
Missing the progressbar library.
It can be downloaded from:
http://code.google.com/p/python-progressbar/
"""
""")
FOUND = []
ALLMPA = []
@@ -227,7 +227,7 @@ def MyScyther(protocollist,filt=None,options=[],checkpickle=True):
# arguments to call
s.options = (" ".join(sorted(uniq(opts)))).strip()
if OPTS.debug:
print s.options
print(s.options)
for protocol in sorted(protocollist):
s.addFile(protocol)
@@ -356,7 +356,7 @@ def verifyMPAlist(mpalist,claimid,options=[]):
global OPTS, ARGS
if OPTS.debug:
print time.asctime(), mpalist, claimid, options
print(time.asctime(), mpalist, claimid, options)
if not verifyMPAattack(mpalist,claimid,options):
global FOUND
@@ -367,7 +367,7 @@ def verifyMPAlist(mpalist,claimid,options=[]):
# This is an MPA attack!
if OPTS.debug:
print "I've found a multi-protocol attack on claim %s in the context %s." % (claimid,str(mpalist))
print("I've found a multi-protocol attack on claim %s in the context %s." % (claimid,str(mpalist)))
att = Attack(claim,mpalist)
FOUND.append(att)
@@ -442,9 +442,9 @@ def foundToDicts(attacklist = []):
pn = str(att.protocol())
cl = att.claimid()
if pn not in res.keys():
if pn not in list(res.keys()):
res[pn] = {}
if cl not in res[pn].keys():
if cl not in list(res[pn].keys()):
res[pn][cl] = set()
res[pn][cl].add(att)
return res
@@ -464,13 +464,13 @@ def findAllMPA(protocolset,options=[],mpaoptions=[]):
# Find all correct claims in each protocol
(protocolset,correct,cpcount) = getCorrectIsolatedClaims(protocolset,options)
print "Investigating %i correct claims in %i protocols." % (len(correct), cpcount)
print("Investigating %i correct claims in %i protocols." % (len(correct), cpcount))
mpaprots = []
res = []
if len(correct) == 0:
print "Nothing to do."
print("Nothing to do.")
return res
if OPTS.verbose:
@@ -479,27 +479,27 @@ def findAllMPA(protocolset,options=[],mpaoptions=[]):
"""
pmapclaims = {}
for (protocol,claimid) in correct:
if protocol not in pmapclaims.keys():
if protocol not in list(pmapclaims.keys()):
pmapclaims[protocol] = set()
pmapclaims[protocol].add(claimid)
print "Protocols with correct claims:"
if len(pmapclaims.keys()) == 0:
print " None."
print("Protocols with correct claims:")
if len(list(pmapclaims.keys())) == 0:
print(" None.")
else:
for pk in pmapclaims.keys():
print " %s, %s" % (pk, pmapclaims[pk])
print
for pk in list(pmapclaims.keys()):
print(" %s, %s" % (pk, pmapclaims[pk]))
print()
left = set()
for p in protocolset:
if p not in pmapclaims.keys():
if p not in list(pmapclaims.keys()):
left.add(p)
print "Protocols with no correct claims:"
print("Protocols with no correct claims:")
if len(left) == 0:
print " None."
print(" None.")
else:
for p in left:
print " %s" % (p)
print
print(" %s" % (p))
print()
# output of all claims (only if latex required)
@@ -528,7 +528,7 @@ def findAllMPA(protocolset,options=[],mpaoptions=[]):
if OPTS.latex:
pmapclaims = {}
for (protocol,claimid) in correct:
if protocol not in pmapclaims.keys():
if protocol not in list(pmapclaims.keys()):
pmapclaims[protocol] = set()
pmapclaims[protocol].add(claimid)
@@ -640,19 +640,19 @@ def findAllMPA(protocolset,options=[],mpaoptions=[]):
fp.write("\\end{tabular}\n")
fp.close()
print "-" * 70
print "Summary:"
print
print "We scanned %i protocols with options [%s]." % (len(protocolset),options)
print "We found %i correct claims." % (len(correct))
print "We then scanned combinations of at most %i protocols with options [%s]." % (OPTS.maxprotocols,alloptions)
print("-" * 70)
print("Summary:")
print()
print("We scanned %i protocols with options [%s]." % (len(protocolset),options))
print("We found %i correct claims." % (len(correct)))
print("We then scanned combinations of at most %i protocols with options [%s]." % (OPTS.maxprotocols,alloptions))
if OPTS.pickle:
print "However, just precomputing now, hence we are not drawing any conclusions."
print("However, just precomputing now, hence we are not drawing any conclusions.")
else:
print "We found %i MPA attacks." % (len(FOUND))
print "The attacks involve the claims of %i protocols." % (len(mpaprots))
print "-" * 70
print
print("We found %i MPA attacks." % (len(FOUND)))
print("The attacks involve the claims of %i protocols." % (len(mpaprots)))
print("-" * 70)
print()
return res
@@ -674,37 +674,37 @@ def showDiff(reslist):
Show difference between (opts,mpaopts,attacklist) tuples in list
"""
if len(reslist) == 0:
print "Comparison list is empty"
print("Comparison list is empty")
return
(opt1,mpaopt1,al1) = reslist[0]
print "-" * 70
print "Base case: attacks for \n [%s]:" % (opt1 + mpaopt1)
print
print len(al1)
print("-" * 70)
print("Base case: attacks for \n [%s]:" % (opt1 + mpaopt1))
print()
print(len(al1))
for a in al1:
print "Base attack: %s" % (a)
print("Base attack: %s" % (a))
print "-" * 70
print
print("-" * 70)
print()
for i in range(0,len(reslist)-1):
(opt1,mpaopt1,al1) = reslist[i]
(opt2,mpaopt2,al2) = reslist[i+1]
print "-" * 70
print "Comparing the attacks for \n [%s] with\n [%s]:" % (opt1 + mpaopt1, opt2 + mpaopt2)
print
print len(al1), len(al2)
print("-" * 70)
print("Comparing the attacks for \n [%s] with\n [%s]:" % (opt1 + mpaopt1, opt2 + mpaopt2))
print()
print(len(al1), len(al2))
for a in al2:
if a not in al1:
print "Added attack: %s" % (a)
print("Added attack: %s" % (a))
for a in al1:
if a not in al2:
print "Removed attack: %s" % (a)
print("Removed attack: %s" % (a))
print "-" * 70
print
print("-" * 70)
print()
@@ -758,7 +758,7 @@ def exploreTree( i, choices , l, options = [], mpaoptions = []):
res = []
for (txt,arg) in cl:
print "For choice %i, selecting options %s" % (i,txt)
print("For choice %i, selecting options %s" % (i,txt))
if mpaonly:
o1 = []
o2 = arg
@@ -811,23 +811,23 @@ def fullScan(l, options = [], mpaoptions = []):
invprots.add(str(prot))
if not OPTS.pickle:
print "The bottom line: we found %i protocols with multi-protocol attacks from a set of %i protocols." % (len(attprots),len(allprots))
print
print("The bottom line: we found %i protocols with multi-protocol attacks from a set of %i protocols." % (len(attprots),len(allprots)))
print()
print "Multi-protocol attacks were found on:"
print("Multi-protocol attacks were found on:")
for prot in sorted(list(allprots & attprots)):
print " %s" % (prot)
print
print(" %s" % (prot))
print()
print "No multi-protocol attacks were found on these protocols, but they caused MPA attacks:"
print("No multi-protocol attacks were found on these protocols, but they caused MPA attacks:")
for prot in sorted(list((allprots - attprots) & invprots)):
print " %s" % (prot)
print
print(" %s" % (prot))
print()
print "These protocols were not involved in any MPA attacks:"
print("These protocols were not involved in any MPA attacks:")
for prot in sorted(list((allprots - attprots) - invprots)):
print " %s\t[%s]" % (prot,PROTNAMETOFILE[prot])
print
print(" %s\t[%s]" % (prot,PROTNAMETOFILE[prot]))
print()
@@ -864,7 +864,7 @@ def bigTest():
nl = l
# Report list
print "Performing multi-protocol analysis for the following protocols:", nl
print("Performing multi-protocol analysis for the following protocols:", nl)
fullScan(l)