def execute(self):
typ = self.opts.name
base = self.opts.offset
tups = []
for m in gather_members(types, typ):
offset, tp = get_obj_offset(types, [typ] + m)
sz = builtin_types[tp][0]
tups.append((offset, offset + sz, m))
tups.sort()
tp_size = obj_size(types, typ)
hist = [0] * len(tups)
ips = [set() for i in hist]
reader = csv.reader(open(self.opts.filename))
for row in reader:
try:
addr, ip, code = int(row[0], 16), int(row[1], 16), int(row[2])
except ValueError:
continue
if code and addr >= base and addr < base + tp_size:
for i, m in self.find_memb(tups, base, addr):
hist[i] += 1
if not ip in ips[i]: ips[i].add(ip)
#print "%#x %#x %s" % (addr,ip,m)
#print "index,count,ips # field_name"
for i in range(len(hist)):
_, tp = get_obj_offset(types, [typ] + tups[i][2])
if tp == 'pointer':
print "%d,%d,%d,%s # %s" % (i, hist[i], len(ips[i]), ",".join(
"%x" % j
for j in ips[i]), ".".join(str(t) for t in tups[i][2]))
def execute(self):
typ = self.opts.name
base = self.opts.offset
tups = []
for m in gather_members(types, typ):
offset, tp = get_obj_offset(types, [typ] + m)
sz = builtin_types[tp][0]
tups.append((offset, offset + sz, m))
tups.sort()
tp_size = obj_size(types, typ)
hist = [0] * len(tups)
ips = [set() for i in hist]
time_interval = 1
start_ts = None
end_ts = None
reader = csv.reader(open(self.opts.filename))
for row in reader:
if self.opts.date:
try:
ts, addr, ip = datetime.strptime(row[0], FMT), int(
row[1], 16), int(row[2], 16)
except ValueError:
continue
if not start_ts:
start_ts = ts
else:
try:
addr, ip = int(row[0], 16), int(row[1], 16)
except ValueError:
continue
if addr >= base and addr < base + tp_size:
for i, m in self.find_memb(tups, base, addr):
hist[i] += 1
if not ip in ips[i]: ips[i].add(ip)
#print "%#x %#x %s" % (addr,ip,m)
if self.opts.date:
if ts - start_ts > timedelta(minutes=1):
# For each minute in the log, print out:
# minute, number of accessed fields
print start_ts, ts
print time_interval, len([h for h in hist if h != 0])
time_interval += 1
start_ts += timedelta(minutes=1)
#print "index,count,ips # field_name"
if not self.opts.date:
for i in range(len(hist)):
print "%d,%d,%d # %s" % (i, hist[i], len(ips[i]), ".".join(
str(t) for t in tups[i][2]))
def execute(self):
typ = self.opts.name
base = self.opts.offset
tups = []
for m in gather_members(types, typ):
offset, tp = get_obj_offset(types, [typ] + m)
sz = builtin_types[tp][0]
tups.append((offset,offset+sz,m))
tups.sort()
tp_size = obj_size(types, typ)
hist = [0]*len(tups)
ips = [set() for i in hist]
time_interval = 1
start_ts = None
end_ts = None
reader = csv.reader(open(self.opts.filename))
for row in reader:
if self.opts.date:
try:
ts, addr, ip = datetime.strptime(row[0], FMT), int(row[1],16),int(row[2],16)
except ValueError:
continue
if not start_ts:
start_ts = ts
else:
try:
addr, ip = int(row[0],16),int(row[1],16)
except ValueError:
continue
if addr >= base and addr < base + tp_size:
for i,m in self.find_memb(tups, base, addr):
hist[i] += 1
if not ip in ips[i]: ips[i].add(ip)
#print "%#x %#x %s" % (addr,ip,m)
if self.opts.date:
if ts - start_ts > timedelta(minutes=1):
# For each minute in the log, print out:
# minute, number of accessed fields
print start_ts, ts
print time_interval, len( [h for h in hist if h != 0] )
time_interval += 1
start_ts += timedelta(minutes=1)
#print "index,count,ips # field_name"
if not self.opts.date:
for i in range(len(hist)):
print "%d,%d,%d # %s" % (i,hist[i],len(ips[i]), ".".join(str(t) for t in tups[i][2]))
