def writer(vulns, **params):
csvfile = params['fobj']
debug.write('.')
for vuln in vulns:
csvfile.writerow([vuln['name'], vuln['count']])
def gen_csv(sc, filename, field_list, source, filters):
'''csv SecurityCenterObj, AssetListName, CSVFields, EmailAddress
'''
# First thing we need to do is initialize the csvfile and build the header
# for the file.
datafile = open(filename, 'wb')
csvfile = csv.writer(datafile)
header = []
for field in field_list:
header.append(fields.fields[field]['name'])
csvfile.writerow(header)
debug.write('Generating %s: ' % filename)
# Next we will run the Security Center query. because this could be a
# potentially very large dataset that is returned, we don't want to run out
# of memory. To get around this, we will pass the query function the writer
# function with the appropriate fields so that it is parsed inline.
fparams = {'fobj': csvfile, 'flist': field_list}
sc.query('vulndetails', source=source,
func=writer, func_params=fparams, **filters)
debug.write('\n')
# Lastly we need to close the datafile.
datafile.close()
def writer(vulns, **params):
csvfile = params['fobj']
debug.write('.')
for vuln in vulns:
csvfile.writerow([vuln['name'], vuln['count']])
def tree_search(states, goal_test, successors, combiner):
"""Find a state in STATES that satisfies GOAL_TEST. Start with
STATES and search according to the SUCCESSOR and COMBINER functions"""
debug.write("tree-search", "Searching: " + str(states).strip('[]'))
if len(states) == 0:
return None
elif goal_test(states[0]):
return states[0]
else:
return tree_search(
combiner(successors(states[0]), states[1:]),
goal_test,
successors,
combiner)
def readhgt(filename):
debug.write("Opening %s" % (filename))
f = open(filename, "rb")
hgt_string = f.read()
tilesize = int(math.sqrt(len(hgt_string) / 2))
if tilesize == 1201:
resolution = 3
elif tilesize == 3601:
resolution = 1
else:
raise Exception('Error: Can only support 3" and 1" data')
debug.write(" Tile size %d Resolution %d\"" % (tilesize, resolution))
hgt_2darray = numpy.flipud(((numpy.fromstring(string=hgt_string, dtype='int16')).byteswap()).reshape(tilesize, tilesize))
return tilesize, hgt_2darray
def gen_csv(sc, filename):
'''csv SecurityCenterObj, EmailAddress
'''
# First thing we need to do is initialize the csvfile and build the header
# for the file.
datafile = open(filename, 'wb')
csvfile = csv.writer(datafile)
csvfile.writerow(['Software Package Name', 'Count'])
debug.write('Generating %s: ' % filename)
# Next we will run the Security Center query. because this could be a
# potentially very large dataset that is returned, we don't want to run out
# of memory. To get around this, we will pass the query function the writer
# function with the appropriate fields so that it is parsed inline.
fparams = {'fobj': csvfile}
sc.query('listsoftware', func=writer, func_params=fparams)
debug.write('\n')
# Lastly we need to close the datafile.
datafile.close()
def gen_csv(sc, filename):
'''csv SecurityCenterObj, EmailAddress
'''
# First thing we need to do is initialize the csvfile and build the header
# for the file.
datafile = open(filename, 'wb')
csvfile = csv.writer(datafile)
csvfile.writerow(['Software Package Name', 'Count'])
debug.write('Generating %s: ' % filename)
# Next we will run the Security Center query. because this could be a
# potentially very large dataset that is returned, we don't want to run out
# of memory. To get around this, we will pass the query function the writer
# function with the appropriate fields so that it is parsed inline.
fparams = {'fobj': csvfile}
sc.query('listsoftware', func=writer, func_params=fparams)
debug.write('\n')
# Lastly we need to close the datafile.
datafile.close()
def writer(vulns, **params):
csvfile = params['fobj']
flist = params['flist']
debug.write('.')
for vuln in vulns:
# First thing before we do any parsing is we need to generate the
# firstSeenDate and lastSeenDate fields into the vulnerability
# dictionary. These may be requested by the field listing later on.
fsd = datetime.date.fromtimestamp(int(vuln['firstSeen'])).strftime('%D')
lsd = datetime.date.fromtimestamp(int(vuln['lastSeen'])).strftime('%D')
vuln['firstSeenDate'] = fsd
vuln['lastSeenDate'] = lsd
# Next we will expand the vulnerability dictionary further thanks to the
# regexes in the fields dictionary.
for field in flist:
if field not in vuln and 'rex' in fields.fields[field]:
for rex in fields.fields[field]['rex']:
res = rex.findall(vuln['pluginText'])
if len(res) > 0:
break
if len(res) > 0:
vdata = ', '.join(res)
else:
vdata = ''
vuln[field] = vdata
# Now that we have everything populated, lets go ahead and build and
# then write the row to disk.
row = []
for field in flist:
row.append(vuln[field].replace('\\n', '\n').replace('<br/>', '\n')\
.encode('ascii', 'ignore'))
csvfile.writerow(row)
