def test3(showme=1, findallmatches=1):
domaingraph, domaincells, morseset, vertexmap, outedges, walldomains, varsaffectedatwall, varnames, threshnames = (
tc.test3()
)
extendedmorsegraph, extendedmorsecells = pp.makeExtendedMorseSetDomainGraph(
vertexmap, morseset, domaingraph, domaincells
)
newoutedges, wallthresh, newwalldomains, booleanoutedges = pp.makeWallGraphFromDomainGraph(
len(vertexmap), extendedmorsegraph, extendedmorsecells
)
newvarsaffectedatwall = pp.varsAtWalls(threshnames, newwalldomains, wallthresh, varnames)
wallinfo = makeWallInfo(newoutedges, newwalldomains, newvarsaffectedatwall)
wallinfo = pp.truncateExtendedWallGraph(booleanoutedges, newoutedges, wallinfo)
patternnames, patternmaxmin, originalpatterns = fp.parsePatterns()
patterns = pp.translatePatterns(varnames, patternnames, patternmaxmin, cyclic=1)
match = matchPattern(patterns[0][0], wallinfo, cyclic=1, findallmatches=findallmatches)
if showme:
print match == [(5, 0, 1, 2, 3, 4, 5)]
match = matchPattern(patterns[1][0], wallinfo, cyclic=1, findallmatches=findallmatches)
if showme:
print "None" in match
def test3():
domaingraph,domaincells,morseset,vertexmap,outedges,walldomains,varsaffectedatwall,varnames,threshnames=tc.test3()
extendedmorsegraph,extendedmorsecells=pp.makeExtendedMorseSetDomainGraph(vertexmap,morseset,domaingraph,domaincells)
print extendedmorsegraph==[[1,],[2,],[3,],[4,],[5,],[0,],[0,2,4],[1,3,5]]
print extendedmorsecells==domaincells[1:-1]+[domaincells[0]]+[domaincells[-1]]
newoutedges,wallthresh,newwalldomains,booleanoutedges=pp.makeWallGraphFromDomainGraph(len(vertexmap),extendedmorsegraph, extendedmorsecells)
print newoutedges==outedges+[(0,),(2,),(4,),(1,),(3,),(5,)]
print newwalldomains==walldomains+ [(1,0.5,0.5),(0.5,0.5,1),(0.5,1,0.5)] + [(1.5,1,1.5),(1,1.5,1.5),(1.5,1.5,1)]
print wallthresh==[2,0,1,2,0,1,0,2,1,1,0,2]
print pp.varsAtWalls(threshnames,newwalldomains,wallthresh,varnames)==varsaffectedatwall+[1,0,2,2,1,0]
patternnames=[['X','Z','Y','X','Y','Z'],['Z','X','Y','Y','X','Z']]
patternmaxmin=[['min','max','min','max','max','min'],['max','min','min','max','max','min']]
patterns=translatePatterns(varnames,patternnames,patternmaxmin,cyclic=1)
print patterns==[[['mdu','udM','umd','Mud','dMd','ddm','mdu']],[['ddM','mdd','umd','uMd','Mdd','ddm','ddM']]]
patternnames,patternmaxmin,originalpatterns=fp.parsePatterns()
print translatePatterns(varnames,patternnames,patternmaxmin,cyclic=1)==[[['udm','Mdu','dmu','duM','mud','uMd','udm']],[['dum','muu','uMu','umu','uuM','Mud','dum']]]
def blockify(input_bin_str, block_len):
return [
input_bin_str[i:i + block_len]
for i in range(0, len(input_bin_str), block_len)
]
def cbc_decrypt(cipher, input_bin_str, iv, block_len):
# Function for decrypting a single block
def decrypt_block(cipher, enc_str, iv):
return strxor(cipher.decrypt(enc_str), iv)
output_str = ""
block_list = blockify(input_bin_str, block_len)
next_iv = iv
for block in block_list:
output_str += decrypt_block(cipher, block, next_iv)
next_iv = block
return output_str
if __name__ == "__main__":
testcases.test1()
testcases.test2()
testcases.test3()
testcases.test4()
testcases.test5a()
testcases.test5b()
def test3():
domaingraph, domaincells, morseset, vertexmap, outedges, walldomains, varsaffectedatwall, varnames, threshnames = tc.test3(
)
extendedmorsegraph, extendedmorsecells = pp.makeExtendedMorseSetDomainGraph(
vertexmap, morseset, domaingraph, domaincells)
newoutedges, wallthresh, newwalldomains, booleanoutedges = pp.makeWallGraphFromDomainGraph(
len(vertexmap), extendedmorsegraph, extendedmorsecells)
newvarsaffectedatwall = pp.varsAtWalls(threshnames, newwalldomains,
wallthresh, varnames)
wallinfo = wl.makeWallInfo(newoutedges, newwalldomains,
newvarsaffectedatwall)
wallinfo = pp.truncateExtendedWallGraph(booleanoutedges, newoutedges,
wallinfo)
print set(wallinfo.keys()) == set([(0, 1), (1, 2), (2, 3), (3, 4), (4, 5),
(5, 0)])
print wallinfo[(0, 1)] == [(2, ('dmu', ))]
print wallinfo[(1, 2)] == [(3, ('duM', ))]
print wallinfo[(2, 3)] == [(4, ('mud', ))]
print wallinfo[(3, 4)] == [(5, ('uMd', ))]
print wallinfo[(4, 5)] == [(0, ('udm', ))]
print wallinfo[(5, 0)] == [(1, ('Mdu', ))]
def test3():
domaingraph, domaincells, morseset, vertexmap, outedges, walldomains, varsaffectedatwall, varnames, threshnames = tc.test3(
)
extendedmorsegraph, extendedmorsecells = pp.makeExtendedMorseSetDomainGraph(
vertexmap, morseset, domaingraph, domaincells)
print extendedmorsegraph == [[
1,
], [
2,
], [
3,
], [
4,
], [
5,
], [
0,
], [0, 2, 4], [1, 3, 5]]
print extendedmorsecells == domaincells[1:-1] + [domaincells[0]
] + [domaincells[-1]]
newoutedges, wallthresh, newwalldomains, booleanoutedges = pp.makeWallGraphFromDomainGraph(
len(vertexmap), extendedmorsegraph, extendedmorsecells)
print newoutedges == outedges + [(0, ), (2, ), (4, ), (1, ), (3, ), (5, )]
print newwalldomains == walldomains + [(1, 0.5, 0.5), (0.5, 0.5, 1),
(0.5, 1, 0.5)] + [(1.5, 1, 1.5),
(1, 1.5, 1.5),
(1.5, 1.5, 1)]
print wallthresh == [2, 0, 1, 2, 0, 1, 0, 2, 1, 1, 0, 2]
print pp.varsAtWalls(threshnames, newwalldomains, wallthresh,
varnames) == varsaffectedatwall + [1, 0, 2, 2, 1, 0]
patternnames = [['X', 'Z', 'Y', 'X', 'Y', 'Z'],
['Z', 'X', 'Y', 'Y', 'X', 'Z']]
patternmaxmin = [['min', 'max', 'min', 'max', 'max', 'min'],
['max', 'min', 'min', 'max', 'max', 'min']]
patterns = translatePatterns(varnames,
patternnames,
patternmaxmin,
cyclic=1)
print patterns == [[['mdu', 'udM', 'umd', 'Mud', 'dMd', 'ddm', 'mdu']],
[['ddM', 'mdd', 'umd', 'uMd', 'Mdd', 'ddm', 'ddM']]]
patternnames, patternmaxmin, originalpatterns = fp.parsePatterns()
print translatePatterns(
varnames, patternnames, patternmaxmin,
cyclic=1) == [[['udm', 'Mdu', 'dmu', 'duM', 'mud', 'uMd', 'udm']],
[['dum', 'muu', 'uMu', 'umu', 'uuM', 'Mud', 'dum']]]
def test3():
domaingraph,domaincells,morseset,vertexmap,outedges,walldomains,varsaffectedatwall,varnames,threshnames=tc.test3()
extendedmorsegraph,extendedmorsecells=pp.makeExtendedMorseSetDomainGraph(vertexmap,morseset,domaingraph,domaincells)
newoutedges,wallthresh,newwalldomains,booleanoutedges=pp.makeWallGraphFromDomainGraph(len(vertexmap),extendedmorsegraph, extendedmorsecells)
newvarsaffectedatwall=pp.varsAtWalls(threshnames,newwalldomains,wallthresh,varnames)
wallinfo = wl.makeWallInfo(newoutedges,newwalldomains,newvarsaffectedatwall)
wallinfo = pp.truncateExtendedWallGraph(booleanoutedges,newoutedges,wallinfo)
print set(wallinfo.keys())==set([(0,1),(1,2),(2,3),(3,4),(4,5),(5,0)])
print wallinfo[(0,1)]==[(2,('dmu',))]
print wallinfo[(1,2)]==[(3,('duM',))]
print wallinfo[(2,3)]==[(4,('mud',))]
print wallinfo[(3,4)]==[(5,('uMd',))]
print wallinfo[(4,5)]==[(0,('udm',))]
print wallinfo[(5,0)]==[(1,('Mdu',))]
def test3(showme=1, findallmatches=1):
domaingraph, domaincells, morseset, vertexmap, outedges, walldomains, varsaffectedatwall, varnames, threshnames = tc.test3(
)
extendedmorsegraph, extendedmorsecells = pp.makeExtendedMorseSetDomainGraph(
vertexmap, morseset, domaingraph, domaincells)
newoutedges, wallthresh, newwalldomains, booleanoutedges = pp.makeWallGraphFromDomainGraph(
len(vertexmap), extendedmorsegraph, extendedmorsecells)
newvarsaffectedatwall = pp.varsAtWalls(threshnames, newwalldomains,
wallthresh, varnames)
wallinfo = makeWallInfo(newoutedges, newwalldomains, newvarsaffectedatwall)
wallinfo = pp.truncateExtendedWallGraph(booleanoutedges, newoutedges,
wallinfo)
patternnames, patternmaxmin, originalpatterns = fp.parsePatterns()
patterns = pp.translatePatterns(varnames,
patternnames,
patternmaxmin,
cyclic=1)
match = matchPattern(patterns[0][0],
wallinfo,
cyclic=1,
findallmatches=findallmatches)
if showme: print match == [(5, 0, 1, 2, 3, 4, 5)]
match = matchPattern(patterns[1][0],
wallinfo,
cyclic=1,
findallmatches=findallmatches)
if showme: print 'None' in match