def scanFile(fp, isVerbose, keepGoing, dumpTellS, theS=sys.stdout):
# print(dumpTellS)
try:
myPrh = PhysRec.PhysRecRead(fp, fp, keepGoing)
except PhysRec.ExceptionPhysRec as err:
print('Can not open file, error: %s' % str(err))
return
# Now other stuff generated by this loop
theS.write('Offset Length Type Logical Data\n')
myLdSigma = bytes()
myOffs = myPrh.tellLr()
# Histogram of lengths and types
myHistLen = Histogram.Histogram()
myHistTyp = Histogram.Histogram()
for myLd, isLdStart in myPrh.genLd():
if isLdStart:
if len(myLdSigma) == 0:
# First time through the loop then don't write anything
pass
else:
# This is not the first time through the loop
# so write out the trailing LogicalData length
lrType = -1
if len(myLdSigma) > 0:
lrType = myLdSigma[0]
myHistLen.add(len(myLdSigma))
myHistTyp.add(lrType)
theS.write('0x{:08X} {:8d} {:4d}'.format(
myOffs, len(myLdSigma), lrType))
if myOffs not in dumpTellS \
and not isVerbose and len(myLdSigma) > LEN_TRUNCATE:
theS.write(' {!r:s}...\n'.format(
myLdSigma[0:LEN_TRUNCATE]))
else:
theS.write(' {!r:s}\n'.format(myLdSigma))
myLdSigma = bytes()
myOffs = myPrh.tellLr()
myLdSigma += myLd
if len(myLdSigma) > 0:
theS.write('0x{:08X} {:8d} {:4d}'.format(myOffs, len(myLdSigma),
lrType))
if myOffs not in dumpTellS \
and not isVerbose and len(myLdSigma) > LEN_TRUNCATE:
theS.write(' {!r:s}...\n'.format(myLdSigma[0:LEN_TRUNCATE]))
else:
theS.write(' {:s}\n'.format(myLdSigma))
theS.write('Histogram of Logical Data lengths:\n')
theS.write(myHistLen.strRep(100, valTitle='Bytes', inclCount=True))
theS.write('\n')
theS.write('Histogram of Logical Record types:\n')
theS.write(myHistTyp.strRep(100, inclCount=True))
theS.write('\n')
def scanFile(fp, keepGoing, theS=sys.stdout):
try:
myPrh = PhysRec.PhysRecRead(fp, fp, keepGoing)
except PhysRec.ExceptionPhysRec as err:
print('Can not open file, error: %s' % str(err))
return
# Now other stuff generated by this loop
myHeader = myPrh.strHeader() + ' LR Attr [Total LD]'
theS.write(myHeader)
theS.write('\n')
theS.write(' start '.center(len(myHeader), '-'))
myLdSum = -1
numPR = 0
# Histogram of PR lengths
myLenHist = Histogram.Histogram()
for myLd, isLdStart in myPrh.genLd():
myLenHist.add(myPrh.prLen)
if isLdStart:
if myLdSum == -1:
# First time through the loop then don't write anything
pass
else:
# This is not the first time through the loop
# so write out the trailing LogicalData length
theS.write(' [%8d]' % myLdSum)
myLdSum = 0
myLdSum += len(myLd)
theS.write('\n')
theS.write(str(myPrh))
if isLdStart:
#theS.write(' >')
#theS.write(' 0x{0:08X}'.format(myPrh.tellLr()))
if len(myLd) >= 2:
#print(myLd)
h, a = LD_STRUCT_HEAD.unpack(myLd[:LD_STRUCT_HEAD.size])
theS.write(' 0x{0:02X} 0x{1:02x}'.format(h, a))
else:
theS.write(' 0x??')
else:
theS.write(' + -- --')
#theS.write(' %6d' % len(myLd))
numPR += 1
theS.write(' [%8d]' % myLdSum)
theS.write('\n')
theS.write('%s\n' % str(myPrh))
theS.write(' EOF '.center(len(myHeader), '-'))
theS.write('\n')
theS.write('PR Count: %d\n' % numPR)
theS.write('Histogram of Physical Record lengths:\n')
theS.write(myLenHist.strRep(100, valTitle='Bytes', inclCount=True))
theS.write('\n')
def setUp(self):
self._hist = Histogram.Histogram()