def dec2bin(n, count=28):
    """returns the binary of integer n, using count number of digits"""
    return "".join([str((n >> y) & 1) for y in range(count-1, -1, -1)])

# put the two demos in 'initparta' and 'initpartb'
initparta = '64:35791394|35791394|35791394|35840546|35791394|35791394|35791394|35791394|35791394|2'
parta = initparta.split(':')[-1]
initpartb = '64:35791394|35791394|36577826|35791394|35791394|35791394|35791394|35791394|35791394|2'
partb = initpartb.split(':')[-1]
partalist = parta.split('|')
# start with all but end of demo 1
demo = []
for decset in partalist[0:-1]:
    binset = dec2bin(int(decset))
    # split the set
    set = []
    for x in range(7):
        set.append(binset[x*4:x*4+4])
    demo.append(set)
#do final piece of demo 1
decset = int(partalist[-1])
binset = dec2bin(decset)
# split the set
set = []
for x in range(7):
    set.append(binset[x*4:x*4+4])
# find the offset
count = 0
for x in set:
    if x != '0000':
        offset = count
        break
    count += 1
# add to the demo
set.sort(reverse=True)      
#demo.append(set[offset:7])
demo.append(set[0:-offset])
#print set[offset:7]
# on to demo 2
allframes = partb.split('|')
for decset in allframes:
    binset = dec2bin(int(decset))
    # split the set
    set = []
    for x in range(7):
        set.append(binset[x*4:x*4+4])
    # add to the demo
    set.sort(reverse=True)
    demo[-1] += set[0:offset]
    demo.append(set[offset:7])
# compose decimalised demo    
finaldemo = ''
for x in demo:
    set = ''
    for y in x:
        set += y
    finaldemo += str(int(set,2))
    finaldemo += "|"  
finaldemo = finaldemo[0:-1]
# get the length
length = 0
for x in finaldemo.split('|'):
    binset = dec2bin(int(x))
    # split the set
    set = []
    for x in range(7):
        set.append(binset[x*4:x*4+4])
    # find the offset
    for x in set:
        if x != '0000':
            length += 1
# final output    
print initparta
print ''
print '+'
print ''
print initpartb
print ''
print '='
print ''
print str(length) + ':' + finaldemo