#!/usr/bin/env python3
+#
+# Copyright (C) 2016 Julien Desfossez <jdesfossez@efficios.com>
+#
+# SPDX-License-Identifier: GPL-2.0-only
+#
+import argparse
+import pprint
import sys
import time
-import argparse
+import json
-NSEC_PER_SEC = 1000000000
+from collections import defaultdict
try:
- from babeltrace import TraceCollection
+ import bt2
except ImportError:
# quick fix for debian-based distros
sys.path.append("/usr/local/lib/python%d.%d/site-packages" %
(sys.version_info.major, sys.version_info.minor))
- from babeltrace import TraceCollection
+ import bt2
+NSEC_PER_SEC = 1000000000
class TraceParser:
- def __init__(self, trace, pid):
- self.trace = trace
+ def __init__(self, trace_msg_iter, pid):
+ self.trace = trace_msg_iter
self.pid = pid
- self.expect = {}
+
+ # This dictionnary holds the results of each testcases of a test.
+ # Its layout is the following:
+ # self.expect={
+ # 'event_name_1': {'check_1': 0, 'check_2: 1},
+ # 'event_name_2': {'check_1': 1}
+ # }
+ # Each test classes checks the payload of different events. Each of
+ # those checks are stored in a event_name specific dictionnary in this
+ # data structure.
+ self.expect = defaultdict(lambda : defaultdict(int))
+
+ # This dictionnary holds the value recorded in the trace that are
+ # tested. Its content is use to print the values that caused a test to
+ # fail.
+ self.recorded_values = {}
def ns_to_hour_nsec(self, ns):
d = time.localtime(ns/NSEC_PER_SEC)
def parse(self):
# iterate over all the events
- for event in self.trace.events:
- if self.pid is not None and event["pid"] != self.pid:
+ for msg in self.trace:
+ if type(msg) is not bt2._EventMessageConst:
continue
- method_name = "handle_%s" % event.name.replace(":", "_").replace(
+ if self.pid is not None and msg.event["pid"] != self.pid:
+ continue
+
+ method_name = "handle_%s" % msg.event.name.replace(":", "_").replace(
"+", "_")
# call the function to handle each event individually
if hasattr(TraceParser, method_name):
func = getattr(TraceParser, method_name)
- func(self, event)
+ func(self, msg.event)
ret = 0
- for i in self.expect.keys():
- if self.expect[i] == 0:
- print("%s not validated" % i)
- ret = 1
+ # For each event of the test case, check all entries for failed
+ for event_name, event_results in self.expect.items():
+ for val in event_results.keys():
+ if self.expect[event_name][val] == 0:
+ print("%s not validated" % val)
+ print("Values of the local variables of this test:")
+ # using pprint for pretty printing the dictionnary
+ pprint.pprint(self.recorded_values[event_name])
+ ret = 1
return ret
self.epoll_wait_exit(event)
def handle_compat_syscall_entry_epoll_pwait(self, event):
- self.epoll_wait_entry(event)
+ self.epoll_pwait_entry(event)
def handle_compat_syscall_exit_epoll_pwait(self, event):
- self.epoll_wait_exit(event)
+ self.epoll_pwait_exit(event)
def handle_syscall_entry_epoll_pwait(self, event):
- self.epoll_wait_entry(event)
+ self.epoll_pwait_entry(event)
def handle_syscall_exit_epoll_pwait(self, event):
- self.epoll_wait_exit(event)
+ self.epoll_pwait_exit(event)
def epoll_wait_entry(self, event):
pass
def epoll_wait_exit(self, event):
pass
+ def epoll_pwait_entry(self, event):
+ self.epoll_wait_entry(event)
+
+ def epoll_pwait_exit(self, event):
+ self.epoll_wait_exit(event)
+
## poll + ppoll
def handle_compat_syscall_entry_poll(self, event):
self.poll_entry(event)
class Test1(TraceParser):
- def __init__(self, trace, pid):
- super().__init__(trace, pid)
- self.expect["select_in_fd0"] = 0
- self.expect["select_in_fd1023"] = 0
- self.expect["select_out_fd0"] = 0
- self.expect["select_out_fd1023"] = 0
- self.expect["poll_in_nfds1"] = 0
- self.expect["poll_out_nfds1"] = 0
- self.expect["epoll_ctl_in_add"] = 0
- self.expect["epoll_ctl_out_ok"] = 0
- self.expect["epoll_wait_in_ok"] = 0
- self.expect["epoll_wait_out_fd0"] = 0
+ def __init__(self, trace, validation_args):
+ super().__init__(trace, validation_args['pid'])
+
+ # Values expected in the trace
+ self.epoll_wait_fd = validation_args['epoll_wait_fd']
+ self.epoll_pwait_fd = validation_args['epoll_pwait_fd']
+
+ self.expect["select_entry"]["select_in_fd0"] = 0
+ self.expect["select_entry"]["select_in_fd1023"] = 0
+ self.expect["select_exit"]["select_out_fd0"] = 0
+ self.expect["select_exit"]["select_out_fd1023"] = 0
+ self.expect["poll_entry"]["poll_in_nfds1"] = 0
+ self.expect["poll_exit"]["poll_out_nfds1"] = 0
+ self.expect["epoll_ctl_entry"]["epoll_ctl_in_add"] = 0
+ self.expect["epoll_ctl_exit"]["epoll_ctl_out_ok"] = 0
+ self.expect["epoll_wait_entry"]["epoll_wait_in_ok"] = 0
+ self.expect["epoll_wait_exit"]["epoll_wait_out_fd0"] = 0
+ self.expect["epoll_pwait_entry"]["epoll_pwait_in_ok"] = 0
+ self.expect["epoll_pwait_exit"]["epoll_pwait_out_fd0"] = 0
def select_entry(self, event):
- timestamp = event.timestamp
- cpu_id = event["cpu_id"]
n = event["n"]
overflow = event["overflow"]
- tvp = event["tvp"]
- _readfds_length = event["_readfds_length"]
- readfds = event["readfds"]
- _writefds_length = event["_writefds_length"]
- writefds = event["writefds"]
- _exceptfds_length = event["_exceptfds_length"]
- exceptfds = event["exceptfds"]
+ readfd_0 = event["readfds"][0]
# check that the FD 0 is actually set in the readfds
- if n == 1 and readfds[0] == 1:
- self.expect["select_in_fd0"] = 1
+ if n == 1 and readfd_0 == 1:
+ self.expect["select_entry"]["select_in_fd0"] = 1
if n == 1023:
+ readfd_127 = event["readfds"][127]
+ writefd_127 = event["writefds"][127]
+ exceptfd_127 = event["exceptfds"][127]
+
# check that the FD 1023 is actually set in the readfds
- if readfds[127] == 0x40 and writefds[127] == 0 and \
- exceptfds[127] == 0 and overflow == 0:
- self.expect["select_in_fd1023"] = 1
+ if readfd_127 == 0x40 and writefd_127 == 0 and \
+ exceptfd_127 == 0 and overflow == 0:
+ self.expect["select_entry"]["select_in_fd1023"] = 1
+
+ # Save values of local variables to print in case of test failure
+ self.recorded_values["select_entry"] = locals()
def select_exit(self, event):
- timestamp = event.timestamp
- cpu_id = event["cpu_id"]
ret = event["ret"]
- overflow = event["overflow"]
tvp = event["tvp"]
+ overflow = event["overflow"]
_readfds_length = event["_readfds_length"]
- readfds = event["readfds"]
- _writefds_length = event["_writefds_length"]
- writefds = event["writefds"]
- _exceptfds_length = event["_exceptfds_length"]
- exceptfds = event["exceptfds"]
if ret == 1:
# check that the FD 0 is actually set in the readfds
- if readfds[0] == 1:
- self.expect["select_out_fd0"] = 1
+ readfd_0 = event["readfds"][0]
+
+ if readfd_0 == 1:
+ self.expect["select_exit"]["select_out_fd0"] = 1
# check that the FD 1023 is actually set in the readfds
- if _readfds_length == 128 and readfds[127] == 0x40 and \
- writefds[127] == 0 and exceptfds[127] == 0 and tvp == 0:
- self.expect["select_out_fd1023"] = 1
+ if _readfds_length == 128:
+ readfd_127 = event["readfds"][127]
+ writefd_127 = event["writefds"][127]
+ exceptfd_127 = event["exceptfds"][127]
+ if readfd_127 == 0x40 and writefd_127 == 0 and \
+ exceptfd_127 == 0 and tvp == 0:
+ self.expect["select_exit"]["select_out_fd1023"] = 1
+
+ # Save values of local variables to print in case of test failure
+ self.recorded_values["select_exit"] = locals()
def poll_entry(self, event):
- timestamp = event.timestamp
- cpu_id = event["cpu_id"]
nfds = event["nfds"]
fds_length = event["fds_length"]
overflow = event["overflow"]
- fds = event["fds"]
# check that only one FD is set, that it has the POLLIN flag and that
# the raw value matches the events bit field.
- if nfds == 1 and fds_length == 1 and fds[0]["raw_events"] == 0x3 \
- and fds[0]["events"]["POLLIN"] == 1 and \
- fds[0]["events"]["padding"] == 0:
- self.expect["poll_in_nfds1"] = 1
+ if nfds == 1 and fds_length == 1:
+ fd_0 = event["fds"][0]
+ if fd_0["raw_events"] == 0x3 and fd_0["events"]["POLLIN"] == 1 and \
+ fd_0["events"]["padding"] == 0:
+ self.expect["poll_entry"]["poll_in_nfds1"] = 1
+
+ # Save values of local variables to print in case of test failure
+ self.recorded_values["poll_entry"] = locals()
def poll_exit(self, event):
- timestamp = event.timestamp
- cpu_id = event["cpu_id"]
ret = event["ret"]
- nfds = event["nfds"]
fds_length = event["fds_length"]
- fds = event["fds"]
# check that only one FD is set, that it has the POLLIN flag and that
# the raw value matches the events bit field.
- if ret == 1 and fds_length == 1 and fds[0]["raw_events"] == 0x1 \
- and fds[0]["events"]["POLLIN"] == 1 and \
- fds[0]["events"]["padding"] == 0:
- self.expect["poll_out_nfds1"] = 1
+ if ret == 1 and fds_length == 1:
+ fd_0 = event["fds"][0]
+ if fd_0["raw_events"] == 0x1 and fd_0["events"]["POLLIN"] == 1 and \
+ fd_0["events"]["padding"] == 0:
+ self.expect["poll_exit"]["poll_out_nfds1"] = 1
+
+ # Save values of local variables to print in case of test failure
+ self.recorded_values["poll_exit"] = locals()
def epoll_ctl_entry(self, event):
- timestamp = event.timestamp
- cpu_id = event["cpu_id"]
epfd = event["epfd"]
op_enum = event["op_enum"]
fd = event["fd"]
# check that we have FD 0 waiting for EPOLLIN|EPOLLPRI and that
# data.fd = 0
- if epfd == 3 and op_enum == "EPOLL_CTL_ADD" and fd == 0 and \
+ if (epfd == self.epoll_wait_fd or epfd == self.epoll_pwait_fd) and 'EPOLL_CTL_ADD' in op_enum.labels and fd == 0 and \
_event["data_union"]["fd"] == 0 and \
_event["events"]["EPOLLIN"] == 1 and \
_event["events"]["EPOLLPRI"] == 1:
- self.expect["epoll_ctl_in_add"] = 1
+ self.expect["epoll_ctl_entry"]["epoll_ctl_in_add"] = 1
+
+ # Save values of local variables to print in case of test failure
+ self.recorded_values["epoll_ctl_entry"] = locals()
def epoll_ctl_exit(self, event):
- timestamp = event.timestamp
- cpu_id = event["cpu_id"]
ret = event["ret"]
if ret == 0:
- self.expect["epoll_ctl_out_ok"] = 1
+ self.expect["epoll_ctl_exit"]["epoll_ctl_out_ok"] = 1
+
+ # Save values of local variables to print in case of test failure
+ self.recorded_values["epoll_ctl_exit"] = locals()
def epoll_wait_entry(self, event):
- timestamp = event.timestamp
- cpu_id = event["cpu_id"]
epfd = event["epfd"]
maxevents = event["maxevents"]
timeout = event["timeout"]
- if epfd == 3 and maxevents == 1 and timeout == -1:
- self.expect["epoll_wait_in_ok"] = 1
+ if epfd == self.epoll_wait_fd and maxevents == 1 and timeout == -1:
+ self.expect["epoll_wait_entry"]["epoll_wait_in_ok"] = 1
+
+ # Save values of local variables to print in case of test failure
+ self.recorded_values["epoll_wait_entry"] = locals()
def epoll_wait_exit(self, event):
- timestamp = event.timestamp
- cpu_id = event["cpu_id"]
ret = event["ret"]
fds_length = event["fds_length"]
overflow = event["overflow"]
- fds = event["fds"]
# check that FD 0 returned with EPOLLIN and the right data.fd
- if ret == 1 and fds_length == 1 and overflow == 0 and \
- fds[0]["data_union"]["fd"] == 0 and \
- fds[0]["events"]["EPOLLIN"] == 1:
- self.expect["epoll_wait_out_fd0"] = 1
+ if ret == 1 and fds_length == 1:
+ fd_0 = event["fds"][0]
+ if overflow == 0 and fd_0["data_union"]["fd"] == 0 and \
+ fd_0["events"]["EPOLLIN"] == 1:
+ self.expect["epoll_wait_exit"]["epoll_wait_out_fd0"] = 1
+
+ # Save values of local variables to print in case of test failure
+ self.recorded_values["epoll_wait_exit"] = locals()
+
+ def epoll_pwait_entry(self, event):
+ epfd = event["epfd"]
+ maxevents = event["maxevents"]
+ timeout = event["timeout"]
+
+ if epfd == self.epoll_pwait_fd and maxevents == 1 and timeout == -1:
+ self.expect["epoll_pwait_entry"]["epoll_pwait_in_ok"] = 1
+
+ # Save values of local variables to print in case of test failure
+ self.recorded_values["epoll_pwait_entry"] = locals()
+
+ def epoll_pwait_exit(self, event):
+ ret = event["ret"]
+ fds_length = event["fds_length"]
+ overflow = event["overflow"]
+
+ # check that FD 0 returned with EPOLLIN and the right data.fd
+ if ret == 1 and fds_length == 1:
+ fd_0 = event["fds"][0]
+ if overflow == 0 and fd_0["data_union"]["fd"] == 0 and \
+ fd_0["events"]["EPOLLIN"] == 1:
+ self.expect["epoll_pwait_exit"]["epoll_pwait_out_fd0"] = 1
+ # Save values of local variables to print in case of test failure
+ self.recorded_values["epoll_pwait_exit"] = locals()
class Test2(TraceParser):
- def __init__(self, trace, pid):
- super().__init__(trace, pid)
- self.expect["select_timeout_in_fd0"] = 0
- self.expect["select_timeout_in_fd1023"] = 0
- self.expect["select_timeout_out"] = 0
- self.expect["poll_timeout_in"] = 0
- self.expect["poll_timeout_out"] = 0
- self.expect["epoll_ctl_timeout_in_add"] = 0
- self.expect["epoll_ctl_timeout_out_ok"] = 0
- self.expect["epoll_wait_timeout_in"] = 0
- self.expect["epoll_wait_timeout_out"] = 0
+ def __init__(self, trace, validation_args):
+ super().__init__(trace, validation_args['pid'])
+ self.expect["select_entry"]["select_timeout_in_fd0"] = 0
+ self.expect["select_entry"]["select_timeout_in_fd1023"] = 0
+ self.expect["select_exit"]["select_timeout_out"] = 0
+ self.expect["poll_entry"]["poll_timeout_in"] = 0
+ self.expect["poll_exit"]["poll_timeout_out"] = 0
+ self.expect["epoll_ctl_entry"]["epoll_ctl_timeout_in_add"] = 0
+ self.expect["epoll_ctl_exit"]["epoll_ctl_timeout_out_ok"] = 0
+ self.expect["epoll_wait_entry"]["epoll_wait_timeout_in"] = 0
+ self.expect["epoll_wait_exit"]["epoll_wait_timeout_out"] = 0
def select_entry(self, event):
- timestamp = event.timestamp
- cpu_id = event["cpu_id"]
n = event["n"]
- overflow = event["overflow"]
tvp = event["tvp"]
- _readfds_length = event["_readfds_length"]
- readfds = event["readfds"]
- _writefds_length = event["_writefds_length"]
- writefds = event["writefds"]
- _exceptfds_length = event["_exceptfds_length"]
- exceptfds = event["exceptfds"]
if n == 1 and tvp != 0:
- self.expect["select_timeout_in_fd0"] = 1
+ self.expect["select_entry"]["select_timeout_in_fd0"] = 1
if n == 1023:
- if readfds[127] == 0x40 and writefds[127] == 0 and \
- exceptfds[127] == 0 and tvp != 0:
- self.expect["select_timeout_in_fd1023"] = 1
+ readfd_127 = event["readfds"][127]
+ writefd_127 = event["writefds"][127]
+ exceptfd_127 = event["exceptfds"][127]
+
+ if readfd_127 == 0x40 and writefd_127 == 0 and \
+ exceptfd_127 == 0 and tvp != 0:
+ self.expect["select_entry"]["select_timeout_in_fd1023"] = 1
+
+ # Save values of local variables to print in case of test failure
+ self.recorded_values["select_entry"] = locals()
def select_exit(self, event):
- timestamp = event.timestamp
- cpu_id = event["cpu_id"]
ret = event["ret"]
- overflow = event["overflow"]
tvp = event["tvp"]
- _readfds_length = event["_readfds_length"]
- readfds = event["readfds"]
- _writefds_length = event["_writefds_length"]
- writefds = event["writefds"]
- _exceptfds_length = event["_exceptfds_length"]
- exceptfds = event["exceptfds"]
if ret == 0 and tvp != 0:
- self.expect["select_timeout_out"] = 1
+ self.expect["select_exit"]["select_timeout_out"] = 1
+
+ # Save values of local variables to print in case of test failure
+ self.recorded_values["select_exit"] = locals()
def poll_entry(self, event):
- timestamp = event.timestamp
- cpu_id = event["cpu_id"]
nfds = event["nfds"]
fds_length = event["fds_length"]
- overflow = event["overflow"]
- fds = event["fds"]
# check that we wait on FD 0 for POLLIN and that the raw_events
# field matches the value of POLLIN
- if nfds == 1 and fds_length == 1 and fds[0]["raw_events"] == 0x3 \
- and fds[0]["events"]["POLLIN"] == 1 and \
- fds[0]["events"]["padding"] == 0:
- self.expect["poll_timeout_in"] = 1
+ if nfds == 1 and fds_length == 1:
+ fd_0 = event["fds"][0]
+ if fd_0["raw_events"] == 0x3 and \
+ fd_0["events"]["POLLIN"] == 1 and \
+ fd_0["events"]["padding"] == 0:
+ self.expect["poll_entry"]["poll_timeout_in"] = 1
+
+ # Save values of local variables to print in case of test failure
+ self.recorded_values["poll_entry"] = locals()
def poll_exit(self, event):
- timestamp = event.timestamp
- cpu_id = event["cpu_id"]
ret = event["ret"]
nfds = event["nfds"]
fds_length = event["fds_length"]
- fds = event["fds"]
if ret == 0 and nfds == 1 and fds_length == 0:
- self.expect["poll_timeout_out"] = 1
+ self.expect["poll_exit"]["poll_timeout_out"] = 1
+
+ # Save values of local variables to print in case of test failure
+ self.recorded_values["poll_exit"] = locals()
def epoll_ctl_entry(self, event):
- timestamp = event.timestamp
- cpu_id = event["cpu_id"]
- epfd = event["epfd"]
op_enum = event["op_enum"]
- fd = event["fd"]
_event = event["event"]
# make sure we see a EPOLLIN|EPOLLPRI
- if op_enum == "EPOLL_CTL_ADD" and \
+ if 'EPOLL_CTL_ADD' in op_enum.labels and \
_event["events"]["EPOLLIN"] == 1 and \
_event["events"]["EPOLLPRI"] == 1:
- self.expect["epoll_ctl_timeout_in_add"] = 1
+ self.expect["epoll_ctl_entry"]["epoll_ctl_timeout_in_add"] = 1
+
+ # Save values of local variables to print in case of test failure
+ self.recorded_values["epoll_ctl_entry"] = locals()
def epoll_ctl_exit(self, event):
- timestamp = event.timestamp
- cpu_id = event["cpu_id"]
ret = event["ret"]
if ret == 0:
- self.expect["epoll_ctl_timeout_out_ok"] = 1
+ self.expect["epoll_ctl_exit"]["epoll_ctl_timeout_out_ok"] = 1
+
+ # Save values of local variables to print in case of test failure
+ self.recorded_values["epoll_ctl_exit"] = locals()
def epoll_wait_entry(self, event):
- timestamp = event.timestamp
- cpu_id = event["cpu_id"]
- epfd = event["epfd"]
maxevents = event["maxevents"]
timeout = event["timeout"]
if maxevents == 1 and timeout == 1:
- self.expect["epoll_wait_timeout_in"] = 1
+ self.expect["epoll_wait_entry"]["epoll_wait_timeout_in"] = 1
+
+ # Save values of local variables to print in case of test failure
+ self.recorded_values["epoll_wait_entry"] = locals()
def epoll_wait_exit(self, event):
- timestamp = event.timestamp
- cpu_id = event["cpu_id"]
ret = event["ret"]
fds_length = event["fds_length"]
overflow = event["overflow"]
- fds = event["fds"]
if ret == 0 and fds_length == 0 and overflow == 0:
- self.expect["epoll_wait_timeout_out"] = 1
+ self.expect["epoll_wait_exit"]["epoll_wait_timeout_out"] = 1
+
+ # Save values of local variables to print in case of test failure
+ self.recorded_values["epoll_wait_exit"] = locals()
class Test3(TraceParser):
- def __init__(self, trace, pid):
- super().__init__(trace, pid)
- self.expect["select_invalid_fd_in"] = 0
- self.expect["select_invalid_fd_out"] = 0
+ def __init__(self, trace, validation_args):
+ super().__init__(trace, validation_args['pid'])
+ self.expect["select_entry"]["select_invalid_fd_in"] = 0
+ self.expect["select_exit"]["select_invalid_fd_out"] = 0
def select_entry(self, event):
- timestamp = event.timestamp
- cpu_id = event["cpu_id"]
n = event["n"]
overflow = event["overflow"]
- tvp = event["tvp"]
- _readfds_length = event["_readfds_length"]
- readfds = event["readfds"]
- _writefds_length = event["_writefds_length"]
- writefds = event["writefds"]
- _exceptfds_length = event["_exceptfds_length"]
- exceptfds = event["exceptfds"]
if n > 0 and overflow == 0:
- self.expect["select_invalid_fd_in"] = 1
+ self.expect["select_entry"]["select_invalid_fd_in"] = 1
+
+ # Save values of local variables to print in case of test failure
+ self.recorded_values["select_entry"] = locals()
def select_exit(self, event):
- timestamp = event.timestamp
- cpu_id = event["cpu_id"]
ret = event["ret"]
overflow = event["overflow"]
- tvp = event["tvp"]
_readfds_length = event["_readfds_length"]
- readfds = event["readfds"]
- _writefds_length = event["_writefds_length"]
- writefds = event["writefds"]
- _exceptfds_length = event["_exceptfds_length"]
- exceptfds = event["exceptfds"]
# make sure the event has a ret field equal to -EBADF
if ret == -9 and overflow == 0 and _readfds_length == 0:
- self.expect["select_invalid_fd_out"] = 1
+ self.expect["select_exit"]["select_invalid_fd_out"] = 1
+
+ # Save values of local variables to print in case of test failure
+ self.recorded_values["select_exit"] = locals()
class Test4(TraceParser):
- def __init__(self, trace, pid):
- super().__init__(trace, pid)
- self.expect["big_poll_in"] = 0
- self.expect["big_poll_out"] = 0
+ def __init__(self, trace, validation_args):
+ super().__init__(trace, validation_args['pid'])
+ self.expect["poll_entry"]["big_poll_in"] = 0
+ self.expect["poll_exit"]["big_poll_out"] = 0
def poll_entry(self, event):
- timestamp = event.timestamp
- cpu_id = event["cpu_id"]
nfds = event["nfds"]
fds_length = event["fds_length"]
overflow = event["overflow"]
- fds = event["fds"]
# test of big list of FDs and the behaviour of the overflow
- if nfds == 2047 and fds_length == 512 and overflow == 1 and \
- fds[0]["raw_events"] == 0x3 \
- and fds[0]["events"]["POLLIN"] == 1 and \
- fds[0]["events"]["padding"] == 0 and \
- fds[511]["events"]["POLLIN"] == 1 and \
- fds[511]["events"]["POLLPRI"] == 1:
- self.expect["big_poll_in"] = 1
+ if nfds == 2047 and fds_length == 512 and overflow == 1:
+ fd_0 = event["fds"][0]
+ fd_511 = event["fds"][511]
+ if fd_0["raw_events"] == 0x3 and fd_0["events"]["POLLIN"] == 1 and \
+ fd_0["events"]["padding"] == 0 and \
+ fd_511["events"]["POLLIN"] == 1 and \
+ fd_511["events"]["POLLPRI"] == 1:
+ self.expect["poll_entry"]["big_poll_in"] = 1
+
+ # Save values of local variables to print in case of test failure
+ self.recorded_values["poll_entry"] = locals()
def poll_exit(self, event):
- timestamp = event.timestamp
- cpu_id = event["cpu_id"]
ret = event["ret"]
nfds = event["nfds"]
fds_length = event["fds_length"]
overflow = event["overflow"]
- fds = event["fds"]
# test of big list of FDs and the behaviour of the overflow
- if ret == 2047 and nfds == 2047 and fds_length == 512 and \
- overflow == 1 and fds[0]["events"]["POLLIN"] == 1 and \
- fds[511]["events"]["POLLIN"] == 1:
- self.expect["big_poll_out"] = 1
+ if ret == 2047 and nfds == 2047 and fds_length == 512 and overflow == 1:
+ fd_0 = event["fds"][0]
+ fd_511 = event["fds"][511]
+ if fd_0["events"]["POLLIN"] == 1 and fd_511["events"]["POLLIN"] == 1:
+ self.expect["poll_exit"]["big_poll_out"] = 1
+ # Save values of local variables to print in case of test failure
+ self.recorded_values["poll_exit"] = locals()
class Test5(TraceParser):
- def __init__(self, trace, pid):
- super().__init__(trace, pid)
- self.expect["poll_overflow_in"] = 0
- self.expect["poll_overflow_out"] = 0
+ def __init__(self, trace, validation_args):
+ super().__init__(trace, validation_args['pid'])
+ self.expect["poll_entry"]["poll_overflow_in"] = 0
+ self.expect["poll_exit"]["poll_overflow_out"] = 0
def poll_entry(self, event):
- timestamp = event.timestamp
- cpu_id = event["cpu_id"]
nfds = event["nfds"]
fds_length = event["fds_length"]
overflow = event["overflow"]
- fds = event["fds"]
# test that event in valid even though the target buffer is too small
# and the program segfaults
- if nfds == 100 and fds_length == 100 and overflow == 0 and \
- fds[0]["events"]["POLLIN"] == 1:
- self.expect["poll_overflow_in"] = 1
+ if nfds == 100 and fds_length == 100 and overflow == 0:
+ fd_0 = event["fds"][0]
+ if fd_0["events"]["POLLIN"] == 1:
+ self.expect["poll_entry"]["poll_overflow_in"] = 1
+
+ # Save values of local variables to print in case of test failure
+ self.recorded_values["poll_entry"] = locals()
def poll_exit(self, event):
- timestamp = event.timestamp
- cpu_id = event["cpu_id"]
- ret = event["ret"]
nfds = event["nfds"]
- fds_length = event["fds_length"]
overflow = event["overflow"]
- fds = event["fds"]
# test that event in valid even though the target buffer is too small
# and the program segfaults
if nfds == 100 and overflow == 0:
- self.expect["poll_overflow_out"] = 1
+ self.expect["poll_exit"]["poll_overflow_out"] = 1
+
+ # Save values of local variables to print in case of test failure
+ self.recorded_values["poll_exit"] = locals()
class Test6(TraceParser):
- def __init__(self, trace, pid):
- super().__init__(trace, pid)
- self.expect["pselect_invalid_in"] = 0
- self.expect["pselect_invalid_out"] = 0
+ def __init__(self, trace, validation_args):
+ super().__init__(trace, validation_args['pid'])
+ self.expect["select_entry"]["pselect_invalid_in"] = 0
+ self.expect["select_exit"]["pselect_invalid_out"] = 0
def select_entry(self, event):
- timestamp = event.timestamp
- cpu_id = event["cpu_id"]
n = event["n"]
overflow = event["overflow"]
- tvp = event["tvp"]
_readfds_length = event["_readfds_length"]
- readfds = event["readfds"]
- _writefds_length = event["_writefds_length"]
- writefds = event["writefds"]
- _exceptfds_length = event["_exceptfds_length"]
- exceptfds = event["exceptfds"]
# test that event in valid even though the target buffer pointer is
# invalid and the program segfaults
if n == 1 and overflow == 0 and _readfds_length == 0:
- self.expect["pselect_invalid_in"] = 1
+ self.expect["select_entry"]["pselect_invalid_in"] = 1
+
+ # Save values of local variables to print in case of test failure
+ self.recorded_values["select_entry"] = locals()
def select_exit(self, event):
- timestamp = event.timestamp
- cpu_id = event["cpu_id"]
ret = event["ret"]
overflow = event["overflow"]
- tvp = event["tvp"]
_readfds_length = event["_readfds_length"]
- readfds = event["readfds"]
- _writefds_length = event["_writefds_length"]
- writefds = event["writefds"]
- _exceptfds_length = event["_exceptfds_length"]
- exceptfds = event["exceptfds"]
# test that event in valid even though the target buffer pointer is
# invalid and the program segfaults
if ret == -14 and overflow == 0 and _readfds_length == 0:
- self.expect["pselect_invalid_out"] = 1
+ self.expect["select_exit"]["pselect_invalid_out"] = 1
+
+ # Save values of local variables to print in case of test failure
+ self.recorded_values["select_exit"] = locals()
class Test7(TraceParser):
- def __init__(self, trace, pid):
- super().__init__(trace, pid)
- self.expect["poll_max_in"] = 0
- self.expect["poll_max_out"] = 0
+ def __init__(self, trace, validation_args):
+ super().__init__(trace, validation_args['pid'])
+ self.expect["poll_entry"]["poll_max_in"] = 0
+ self.expect["poll_exit"]["poll_max_out"] = 0
def poll_entry(self, event):
- timestamp = event.timestamp
- cpu_id = event["cpu_id"]
nfds = event["nfds"]
- fds_length = event["fds_length"]
overflow = event["overflow"]
- fds = event["fds"]
# check the proper working of INT_MAX maxevent value
if nfds == 4294967295 and overflow == 1:
- self.expect["poll_max_in"] = 1
+ self.expect["poll_entry"]["poll_max_in"] = 1
+
+ # Save values of local variables to print in case of test failure
+ self.recorded_values["poll_entry"] = locals()
+
def poll_exit(self, event):
- timestamp = event.timestamp
- cpu_id = event["cpu_id"]
ret = event["ret"]
nfds = event["nfds"]
- fds_length = event["fds_length"]
overflow = event["overflow"]
- fds = event["fds"]
# check the proper working of UINT_MAX maxevent value
if ret == -22 and nfds == 4294967295 and overflow == 0:
- self.expect["poll_max_out"] = 1
+ self.expect["poll_exit"]["poll_max_out"] = 1
+
+ # Save values of local variables to print in case of test failure
+ self.recorded_values["poll_exit"] = locals()
class Test8(TraceParser):
- def __init__(self, trace, pid):
- super().__init__(trace, pid)
- self.expect["epoll_wait_invalid_in"] = 0
- self.expect["epoll_wait_invalid_out"] = 0
+ def __init__(self, trace, validation_args):
+ super().__init__(trace, validation_args['pid'])
+
+ # Values expected in the trace
+ self.epoll_fd = validation_args['epollfd']
+
+ self.expect["epoll_wait_entry"]["epoll_wait_invalid_in"] = 0
+ self.expect["epoll_wait_exit"]["epoll_wait_invalid_out"] = 0
def epoll_wait_entry(self, event):
- timestamp = event.timestamp
- cpu_id = event["cpu_id"]
epfd = event["epfd"]
maxevents = event["maxevents"]
timeout = event["timeout"]
# test that event in valid even though the target buffer pointer is
# invalid and the program segfaults
- if epfd == 3 and maxevents == 1 and timeout == -1:
- self.expect["epoll_wait_invalid_in"] = 1
+ if epfd == self.epoll_fd and maxevents == 1 and timeout == -1:
+ self.expect["epoll_wait_entry"]["epoll_wait_invalid_in"] = 1
+
+ # Save values of local variables to print in case of test failure
+ self.recorded_values["epoll_wait_entry"] = locals()
def epoll_wait_exit(self, event):
- timestamp = event.timestamp
- cpu_id = event["cpu_id"]
ret = event["ret"]
fds_length = event["fds_length"]
overflow = event["overflow"]
- fds = event["fds"]
# test that event in valid even though the target buffer pointer is
# invalid and the program segfaults
if ret == -14 and fds_length == 0 and overflow == 0:
- self.expect["epoll_wait_invalid_out"] = 1
+ self.expect["epoll_wait_exit"]["epoll_wait_invalid_out"] = 1
+
+ # Save values of local variables to print in case of test failure
+ self.recorded_values["epoll_wait_exit"] = locals()
class Test9(TraceParser):
- def __init__(self, trace, pid):
- super().__init__(trace, pid)
- self.expect["epoll_wait_max_in"] = 0
- self.expect["epoll_wait_max_out"] = 0
+ def __init__(self, trace, validation_args):
+ super().__init__(trace, validation_args['pid'])
+
+ # Values expected in the trace
+ self.epoll_fd = validation_args['epollfd']
+
+ self.expect["epoll_wait_entry"]["epoll_wait_max_in"] = 0
+ self.expect["epoll_wait_exit"]["epoll_wait_max_out"] = 0
def epoll_wait_entry(self, event):
- timestamp = event.timestamp
- cpu_id = event["cpu_id"]
epfd = event["epfd"]
maxevents = event["maxevents"]
timeout = event["timeout"]
# check the proper working of INT_MAX maxevent value
- if epfd == 3 and maxevents == 2147483647 and timeout == -1:
- self.expect["epoll_wait_max_in"] = 1
+ if epfd == self.epoll_fd and maxevents == 2147483647 and timeout == -1:
+ self.expect["epoll_wait_entry"]["epoll_wait_max_in"] = 1
+
+ # Save values of local variables to print in case of test failure
+ self.recorded_values["epoll_wait_entry"] = locals()
def epoll_wait_exit(self, event):
- timestamp = event.timestamp
- cpu_id = event["cpu_id"]
ret = event["ret"]
fds_length = event["fds_length"]
overflow = event["overflow"]
- fds = event["fds"]
# check the proper working of INT_MAX maxevent value
if ret == -22 and fds_length == 0 and overflow == 0:
- self.expect["epoll_wait_max_out"] = 1
+ self.expect["epoll_wait_exit"]["epoll_wait_max_out"] = 1
+
+ # Save values of local variables to print in case of test failure
+ self.recorded_values["epoll_wait_exit"] = locals()
if __name__ == "__main__":
parser = argparse.ArgumentParser(description='Trace parser')
parser.add_argument('path', metavar="<path/to/trace>", help='Trace path')
parser.add_argument('-t', '--test', type=int, help='Test to validate')
- parser.add_argument('-p', '--pid', type=int, help='PID of the app')
+ parser.add_argument('-o', '--validation-file', type=str, help='Validation file path')
args = parser.parse_args()
if not args.test:
- print("Need to pass a test to validate (-t)")
+ print("Need to pass a test to validate (--test/-t)")
sys.exit(1)
- if not args.pid:
- print("Need to pass the PID to check (-p)")
+ if not args.validation_file:
+ print("Need to pass the test validation file (--validation-file/-o)")
sys.exit(1)
- traces = TraceCollection()
- handle = traces.add_traces_recursive(args.path, "ctf")
- if handle is None:
- sys.exit(1)
+ traces = bt2.TraceCollectionMessageIterator(args.path)
+
+ with open(args.validation_file) as f:
+ try:
+ test_validation_args = json.load(f)
+ except Exception as e:
+ print('Failed to parse validation file: ' + str(e))
+ sys.exit(1)
t = None
if args.test == 1:
- t = Test1(traces, args.pid)
+ t = Test1(traces, test_validation_args)
elif args.test == 2:
- t = Test2(traces, args.pid)
+ t = Test2(traces, test_validation_args)
elif args.test == 3:
- t = Test3(traces, args.pid)
+ t = Test3(traces, test_validation_args)
elif args.test == 4:
- t = Test4(traces, args.pid)
+ t = Test4(traces, test_validation_args)
elif args.test == 5:
- t = Test5(traces, args.pid)
+ t = Test5(traces, test_validation_args)
elif args.test == 6:
- t = Test6(traces, args.pid)
+ t = Test6(traces, test_validation_args)
elif args.test == 7:
- t = Test7(traces, args.pid)
+ t = Test7(traces, test_validation_args)
elif args.test == 8:
- t = Test8(traces, args.pid)
+ t = Test8(traces, test_validation_args)
elif args.test == 9:
- t = Test9(traces, args.pid)
+ t = Test9(traces, test_validation_args)
elif args.test == 10:
# stress test, nothing reliable to check
ret = 0
if t is not None:
ret = t.parse()
- for h in handle.values():
- traces.remove_trace(h)
-
sys.exit(ret)
projects / lttng-tools.git / blobdiff