def handle_logbuf(self, args):
log_buf_len = get_value("log_buf_len")
log_buf = get_value("log_buf")
if log_buf_len and log_buf:
if args.d:
raise LogInvalidOption("Unstructured logs don't offer key/value pair support")
print self.filter_unstructured_log(log_buf.string(), args)
def handle_logbuf(self, args):
log_buf_len = get_value("log_buf_len")
log_buf = get_value("log_buf")
if log_buf_len and log_buf:
if (args.d):
raise LogInvalidOption(
"Unstructured logs don't offer key/value pair support")
print self.filter_unstructured_log(log_buf.string(), args)
def __init__(self):
self.high_memory = get_value('high_memory')
print self.high_memory
self.total_pages = arch.arch.base_to_page(arch.arch.virt_to_phys(self.high_memory.cast(unsigned_long)))
self.min_page_count = self.total_pages
num_physpages = get_value('num_physpages')
if num_physpages:
self.num_physpages = num_physpages.cast(unsigned_long)
if num_physpages < self.total_pages:
self.min_page_count = self.num_physpages
else:
self.num_physpages = None
print "%u" % self.total_pages
def get_log_msgs(self, dict_needed=False):
first_idx = get_value('log_first_idx')
clear_seq = get_value('clear_seq')
first_seq = get_value('log_first_seq')
next_seq = get_value('log_next_seq')
logbuf = get_value("log_buf")
if clear_seq < first_seq:
clear_seq = first_seq
seq = clear_seq
idx = first_idx
while seq < next_seq:
msg = self.log_from_idx(logbuf, idx, dict_needed)
seq += 1
idx = msg['next']
yield (msg)
def __init__(self):
self.high_memory = get_value('high_memory')
print self.high_memory
self.total_pages = arch.arch.base_to_page(
arch.arch.virt_to_phys(self.high_memory.cast(unsigned_long)))
self.min_page_count = self.total_pages
num_physpages = get_value('num_physpages')
if num_physpages:
self.num_physpages = num_physpages.cast(unsigned_long)
if num_physpages < self.total_pages:
self.min_page_count = self.num_physpages
else:
self.num_physpages = None
print "%u" % self.total_pages
def get_log_msgs(self, dict_needed=False):
first_idx = get_value("log_first_idx")
clear_seq = get_value("clear_seq")
first_seq = get_value("log_first_seq")
next_seq = get_value("log_next_seq")
logbuf = get_value("log_buf")
if clear_seq < first_seq:
clear_seq = first_seq
seq = clear_seq
idx = first_idx
while seq < next_seq:
msg = self.log_from_idx(logbuf, idx, dict_needed)
seq += 1
idx = msg["next"]
yield (msg)
def initialize_task_state():
global TASK_RUNNING
global TASK_INTERRUPTIBLE
global TASK_UNINTERRUPTIBLE
global TASK_ZOMBIE
global TASK_STOPPED
global TASK_SWAPPING
global TASK_EXCLUSIVE
global TASK_DEAD
task_stat = get_value('task_state_array')
if not task_stat:
self.set_default_task_state()
return
count = task_stat.type.sizeof / charp.sizeof
TASK_DEAD = 0
TASK_TRACING_STOPPED = 0
for i in range(0, count):
state = task_stat[i].string()
if '(running)' in state:
TASK_RUNNING = 1 << i
elif '(sleeping)' in state:
TASK_INTERRUPTIBLE = 1 << i
elif '(disk sleep)' in state:
TASK_UNINTERRUPTIBLE = 1 << i
elif '(stopped)' in state:
TASK_STOPPED = 1 << i
elif '(zombie)' in state:
TASK_ZOMBIE = 1 << i
elif '(dead)' in state:
TASK_DEAD |= 1 << i
elif '(swapping)' in state:
TASK_SWAPPING = 1 << i
elif '(tracing stop)' in state:
TASK_TRACING_STOPPED |= 1 << i
elif '(wakekill)' in state:
TASK_WAKEKILL = 1 << i
elif '(waking)' in state:
TASK_WAKING = 1 << i
version = crash.cache.this_kernel_version()
# NONINTERACTIVE didn't make it into task_state_array
if version >= '2.6.16' and version < '2.6.24':
TASK_NONINTERACTIVE = 64
if version >= '2.6.32':
if bin(TASK_DEAD).count('1') == 1:
bit = math.log(TASK_DEAD, 2)
TASK_DEAD |= 1 << (bit + 1)
TASK_WAKEKILL |= 1 << (bit + 2)
TASK_WAKING |= 1 << (bit + 3)
if TASK_RUNNING is None or TASK_INTERRUPTIBLE is None or \
TASK_UNINTERRUPTIBLE is None or TASK_ZOMBIE is None or \
TASK_STOPPED is None:
raise TaskStateException("Couldn't initialize valid task states")
def initialize_task_state():
global TASK_RUNNING
global TASK_INTERRUPTIBLE
global TASK_UNINTERRUPTIBLE
global TASK_ZOMBIE
global TASK_STOPPED
global TASK_SWAPPING
global TASK_EXCLUSIVE
global TASK_DEAD
task_stat = get_value('task_state_array')
if not task_stat:
self.set_default_task_state()
return
count = task_stat.type.sizeof / charp.sizeof
TASK_DEAD = 0
TASK_TRACING_STOPPED = 0
for i in range(0, count):
state = task_stat[i].string()
if '(running)' in state:
TASK_RUNNING = 1 << i
elif '(sleeping)' in state:
TASK_INTERRUPTIBLE = 1 << i
elif '(disk sleep)' in state:
TASK_UNINTERRUPTIBLE = 1 << i
elif '(stopped)' in state:
TASK_STOPPED = 1 << i
elif '(zombie)' in state:
TASK_ZOMBIE = 1 << i
elif '(dead)' in state:
TASK_DEAD |= 1 << i
elif '(swapping)' in state:
TASK_SWAPPING = 1 << i
elif '(tracing stop)' in state:
TASK_TRACING_STOPPED |= 1 << i
elif '(wakekill)' in state:
TASK_WAKEKILL = 1 << i
elif '(waking)' in state:
TASK_WAKING = 1 << i
version = crash.cache.this_kernel_version()
# NONINTERACTIVE didn't make it into task_state_array
if version >= '2.6.16' and version < '2.6.24':
TASK_NONINTERACTIVE = 64
if version >= '2.6.32':
if bin(TASK_DEAD).count('1') == 1:
bit = math.log(TASK_DEAD, 2)
TASK_DEAD |= 1 << (bit + 1)
TASK_WAKEKILL |= 1 << (bit + 2)
TASK_WAKING |= 1 << (bit + 3)
if TASK_RUNNING is None or TASK_INTERRUPTIBLE is None or \
TASK_UNINTERRUPTIBLE is None or TASK_ZOMBIE is None or \
TASK_STOPPED is None:
raise TaskStateException("Couldn't initialize valid task states")
def handle_structured_log(self, args):
log_first_idx = get_value("log_first_idx")
log_next_idx = get_value("log_next_idx")
log_buf = get_value("__log_buf")
if log_first_idx == None or log_next_idx == None:
raise LogTypeException("not structured log")
for msg in self.get_log_msgs(args.d):
timestamp = ""
if not args.t:
timestamp = "[%5lu.%06lu] " % (msg["timestamp"] / 1000000000, (msg["timestamp"] % 1000000000) / 1000)
level = ""
if args.m:
level = "<%d>" % msg["level"]
for line in msg["text"].split("\n"):
print "%s%s%s" % (level, timestamp, line)
for d in msg["dict"]:
print "%15s%s" % ("", d.encode("string_escape"))
def handle_structured_log(self, args):
log_first_idx = get_value("log_first_idx")
log_next_idx = get_value("log_next_idx")
log_buf = get_value("__log_buf")
if log_first_idx == None or log_next_idx == None:
raise LogTypeException("not structured log")
for msg in self.get_log_msgs(args.d):
timestamp = ""
if not args.t:
timestamp = "[%5lu.%06lu] " % \
(msg['timestamp'] / 1000000000,
(msg['timestamp'] % 1000000000) / 1000)
level = ""
if args.m:
level = "<%d>" % msg['level']
for line in msg['text'].split('\n'):
print "%s%s%s" % (level, timestamp, line)
for d in msg['dict']:
print "%15s%s" % ("", d.encode('string_escape'))
TASK_INTERRUPTIBLE = None
TASK_UNINTERRUPTIBLE = None
TASK_ZOMBIE = None
TASK_STOPPED = None
TASK_SWAPPING = None
TASK_EXCLUSIVE = None
TASK_DEAD = None
TASK_SWAPPING = None
TASK_TRACING_STOPPED = None
TASK_WAKEKILL = None
TASK_WAKING = None
PF_EXITING = 0x4
MM_FILEPAGES = get_value('MM_FILEPAGES', domain=gdb.SYMBOL_VAR_DOMAIN)
MM_ANONPAGES = get_value('MM_ANONPAGES', domain=gdb.SYMBOL_VAR_DOMAIN)
mm_struct_fields = gdb.lookup_type('struct mm_struct').keys()
task_struct_fields = task_type.keys()
init_mm = get_value('init_mm')
if 'eip' in thread_type.keys():
ip_member = 'eip'
elif 'ip' in thread_type.keys():
ip_member = 'ip'
if 'esp' in thread_type.keys():
sp_member = 'eip'
elif 'sp' in thread_type.keys():
sp_member = 'ip'
TASK_INTERRUPTIBLE = None
TASK_UNINTERRUPTIBLE = None
TASK_ZOMBIE = None
TASK_STOPPED = None
TASK_SWAPPING = None
TASK_EXCLUSIVE = None
TASK_DEAD = None
TASK_SWAPPING = None
TASK_TRACING_STOPPED = None
TASK_WAKEKILL = None
TASK_WAKING = None
PF_EXITING = 0x4
MM_FILEPAGES = get_value('MM_FILEPAGES', domain=gdb.SYMBOL_VAR_DOMAIN)
MM_ANONPAGES = get_value('MM_ANONPAGES', domain=gdb.SYMBOL_VAR_DOMAIN)
mm_struct_fields = gdb.lookup_type('struct mm_struct').keys()
task_struct_fields = task_type.keys()
init_mm = get_value('init_mm')
if 'eip' in thread_type.keys():
ip_member = 'eip'
elif 'ip' in thread_type.keys():
ip_member = 'ip'
if 'esp' in thread_type.keys():
sp_member = 'eip'
elif 'sp' in thread_type.keys():
sp_member = 'ip'