Just a SAHT analyser

from struct import *

FileIn = "HashTable.saht"
SAHTFile = open(FileIn, mode = 'br', buffering = 0)

SAHTHeader = unpack('<4s', SAHTFile.read(4))[0]
SAHTFileSize = unpack('<i', SAHTFile.read(4))[0]
SAHTDataOffset = unpack('<i', SAHTFile.read(4))[0]
SAHTNrEntries = unpack('<i', SAHTFile.read(4))[0]

print("The Header file is {0}.".format(SAHTHeader))
print("The File Size is {0}.".format(SAHTFileSize))
print("The Data Offset is {0}".format(SAHTDataOffset))
if SAHTNrEntries is 1:
    print("The Number Entry is {0}.".format(SAHTNrEntries))
else:
    print("The Number Entries are {0}".format(SAHTNrEntries))
print("")
print("")

for i in range(0,SAHTNrEntries):
    StartingPoint = SAHTFile.tell()
    SAHTHash = hex(unpack('<I', SAHTFile.read(4))[0])
    print("The Hash is {0}.".format(SAHTHash))

    Buffer = unpack('<1s', SAHTFile.read(1))[0]
    SAHTString = b''
    SAHTString += Buffer
    while Buffer != b'\x00':
        # My idea behind this code is to keep unpacking the
        # Buffer until the Buffer hit a Null (or None in python)
        # value. Then the program would stop doing this. But, becuase
        # of how the code works, it also factors in a Null, however the if
        # statement catches this. Just keep this in mind when using .tell()
        Buffer = unpack('<1s', SAHTFile.read(1))[0]
        if Buffer != b'\x00' and Buffer != b'/':
            SAHTString += Buffer
        elif Buffer == b'/':
            print("The fake 'directory' is {0}.".format(SAHTString))
            Buffer = unpack('<1s', SAHTFile.read(1))[0]
            SAHTString = b''
            if Buffer != b'\x00':
                SAHTString += Buffer
            else:
                pass
        else:
            pass
    print("The file name is {0}.".format(SAHTString))

    HitNullPoint = SAHTFile.tell()
    print("The actual range of data value is from {0} (Start at Hash Value) "
          "to {1} (First null value after string).".format(StartingPoint, HitNullPoint))
    print("Actual relative cursor location {0}.".format(HitNullPoint - StartingPoint))
    if (HitNullPoint - StartingPoint) % SAHTDataOffset == 0:
        pass
    else:
        NextHashPoint = SAHTDataOffset - ((HitNullPoint - StartingPoint) % SAHTDataOffset)
        print("The distance of bytes to the next hash is {0}.".format(NextHashPoint))
        SAHTFile.seek(HitNullPoint + NextHashPoint)
    print("")