135 lines
3.2 KiB
Python
Executable File
135 lines
3.2 KiB
Python
Executable File
#!/usr/bin/python
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#
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# Multi-protocol test
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#
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# Input of this script:
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#
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# - A number on the commandline of stuff to test
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# - A list of files on stdin to be used
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import os
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import sys
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import string
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import commands
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TempFileList = "scyther-blap.tmp"
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TempFileTuples = "scyther-blip.tmp"
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TupleProgram = "./tuples.py"
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ScytherProgram = "../src/scyther"
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ScytherDefaults = "--summary"
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ScytherMethods = "-m1 -a"
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ScytherBounds = "-r4 -l40"
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ScytherArgs = ScytherDefaults + " " + ScytherMethods + " " + ScytherBounds
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CommandPrefix = ScytherProgram + " " + ScytherArgs
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ProtocolClaims = {}
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# ***********************
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# LIBS
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# ***********************
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# ScytherEval
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#
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# Take the list of protocols in plist, and give them to Scyther.
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# Returns a dictionary of claim -> bool; where 1 means that it is
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# correct, and 0 means that it is false (i.e. there exists an attack)
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def ScytherEval (plist):
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linelist = " ".join(plist)
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commandline = "cat " + linelist + " | " + CommandPrefix
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scout = commands.getoutput(commandline)
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lines = scout.splitlines()
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results = {}
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for line in lines:
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data = line.split()
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if data[0] == 'claim':
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claim = " ".join(data[1:4])
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tag = data[6]
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value = -1
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if tag == 'failed:':
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value = 0
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if tag == 'correct:':
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value = 1
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if value == -1:
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print "Scyther parse error for the input line: " + commandline
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print "On the output line: " + line
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results[claim] = value
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return results
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# ScytherEval1
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#
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# The above, but do the preprocessing for a single protocol
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def ScytherEval1 (protocol):
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ProtocolClaims[protocol] = ScytherEval ([protocol])
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# ***********************
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# MAIN CODE
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# ***********************
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# Pass std input to temporary file (list of protocol files)
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#----------------------------------------------------------------------
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#
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# Determines:
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# TupleWidth
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# ProtocolCount
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# Protocol[0..count-1]
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#
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# Furthermore, TempFileList is created.
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TupleWidth = sys.argv[1]
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# Read stdin into list and count, send to file
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loop = 1
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ProtocolCount = 0
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Protocol = []
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outp = open(TempFileList, 'w')
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while loop:
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line = sys.stdin.readline()
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if line != '':
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# not the end of the input
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cleanline = string.strip(line)
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if cleanline != '':
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# not a blank line
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Protocol.append(cleanline)
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ProtocolCount = ProtocolCount + 1
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outp.write(line)
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else:
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# end of the input
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loop = 0
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outp.close()
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# Caching of single-protocol results for speed gain.
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#----------------------------------------------------------------------
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#
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# The script first computes the singular results for all the protocols
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# and stores this in an array, or something like that.
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i = 0
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while i < ProtocolCount:
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ScytherEval1 ( Protocol[i] )
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i = i + 1
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print ProtocolClaims
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# Computation of combined list.
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#----------------------------------------------------------------------
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#
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# We use the tuple script to generate the list of tuples we need.
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# We use a temporary file (again) to store that list.
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# This requires that 'tuples.py' is in the same directory.
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lstatus=os.system(TupleProgram + ' ' + TupleWidth + ' <' + TempFileList + ' >' + TempFileTuples)
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# Testing of protocol tuples
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#----------------------------------------------------------------------
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#
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# We take the list of tuples and test each combination.
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