3b2d64b2a1
The options and variables are renamed to use block/allow terminology. Signed-off-by: Stephen Hemminger <stephen@networkplumber.org> Acked-by: Luca Boccassi <bluca@debian.org> Signed-off-by: Thomas Monjalon <thomas@monjalon.net>
435 lines
14 KiB
Python
435 lines
14 KiB
Python
#!/usr/bin/env python3
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# SPDX-License-Identifier: BSD-3-Clause
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# Copyright(c) 2010-2014 Intel Corporation
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# The main logic behind running autotests in parallel
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import io
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import csv
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from multiprocessing import Pool, Queue
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import pexpect
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import re
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import subprocess
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import sys
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import time
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import glob
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import os
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# wait for prompt
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def wait_prompt(child):
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try:
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child.sendline()
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result = child.expect(["RTE>>", pexpect.TIMEOUT, pexpect.EOF],
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timeout=120)
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except:
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return False
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if result == 0:
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return True
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else:
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return False
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# get all valid NUMA nodes
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def get_numa_nodes():
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return [
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int(
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re.match(r"node(\d+)", os.path.basename(node))
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.group(1)
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)
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for node in glob.glob("/sys/devices/system/node/node*")
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]
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# find first (or any, really) CPU on a particular node, will be used to spread
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# processes around NUMA nodes to avoid exhausting memory on particular node
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def first_cpu_on_node(node_nr):
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cpu_path = glob.glob("/sys/devices/system/node/node%d/cpu*" % node_nr)
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r = re.compile(r"cpu(\d+)")
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cpu_name = filter(None,
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map(r.match,
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map(os.path.basename, cpu_path)
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)
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)
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return int(next(cpu_name).group(1))
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pool_child = None # per-process child
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# we initialize each worker with a queue because we need per-pool unique
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# command-line arguments, but we cannot do different arguments in an initializer
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# because the API doesn't allow per-worker initializer arguments. so, instead,
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# we will initialize with a shared queue, and dequeue command-line arguments
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# from this queue
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def pool_init(queue, result_queue):
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global pool_child
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cmdline, prefix = queue.get()
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start_time = time.time()
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name = ("Start %s" % prefix) if prefix != "" else "Start"
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# use default prefix if no prefix was specified
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prefix_cmdline = "--file-prefix=%s" % prefix if prefix != "" else ""
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# append prefix to cmdline
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cmdline = "%s %s" % (cmdline, prefix_cmdline)
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# prepare logging of init
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startuplog = io.StringIO()
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# run test app
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try:
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print("\n%s %s\n" % ("=" * 20, prefix), file=startuplog)
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print("\ncmdline=%s" % cmdline, file=startuplog)
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pool_child = pexpect.spawn(cmdline, logfile=startuplog, encoding='utf-8')
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# wait for target to boot
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if not wait_prompt(pool_child):
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pool_child.close()
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result = tuple((-1,
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"Fail [No prompt]",
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name,
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time.time() - start_time,
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startuplog.getvalue(),
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None))
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pool_child = None
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else:
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result = tuple((0,
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"Success",
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name,
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time.time() - start_time,
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startuplog.getvalue(),
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None))
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except:
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result = tuple((-1,
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"Fail [Can't run]",
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name,
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time.time() - start_time,
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startuplog.getvalue(),
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None))
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pool_child = None
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result_queue.put(result)
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# run a test
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# each result tuple in results list consists of:
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# result value (0 or -1)
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# result string
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# test name
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# total test run time (double)
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# raw test log
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# test report (if not available, should be None)
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#
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# this function needs to be outside AutotestRunner class because otherwise Pool
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# won't work (or rather it will require quite a bit of effort to make it work).
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def run_test(target, test):
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global pool_child
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if pool_child is None:
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return -1, "Fail [No test process]", test["Name"], 0, "", None
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# create log buffer for each test
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# in multiprocessing environment, the logging would be
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# interleaved and will create a mess, hence the buffering
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logfile = io.StringIO()
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pool_child.logfile = logfile
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# make a note when the test started
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start_time = time.time()
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try:
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# print test name to log buffer
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print("\n%s %s\n" % ("-" * 20, test["Name"]), file=logfile)
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# run test function associated with the test
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result = test["Func"](pool_child, test["Command"])
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# make a note when the test was finished
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end_time = time.time()
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log = logfile.getvalue()
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# append test data to the result tuple
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result += (test["Name"], end_time - start_time, log)
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# call report function, if any defined, and supply it with
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# target and complete log for test run
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if test["Report"]:
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report = test["Report"](target, log)
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# append report to results tuple
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result += (report,)
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else:
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# report is None
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result += (None,)
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except:
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# make a note when the test crashed
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end_time = time.time()
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# mark test as failed
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result = (-1, "Fail [Crash]", test["Name"],
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end_time - start_time, logfile.getvalue(), None)
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# return test results
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return result
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# class representing an instance of autotests run
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class AutotestRunner:
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cmdline = ""
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parallel_test_groups = []
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non_parallel_test_groups = []
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logfile = None
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csvwriter = None
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target = ""
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start = None
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n_tests = 0
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fails = 0
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log_buffers = []
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blocklist = []
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allowlist = []
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def __init__(self, cmdline, target, blocklist, allowlist, n_processes):
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self.cmdline = cmdline
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self.target = target
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self.blocklist = blocklist
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self.allowlist = allowlist
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self.skipped = []
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self.parallel_tests = []
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self.non_parallel_tests = []
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self.n_processes = n_processes
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self.active_processes = 0
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# parse the binary for available test commands
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binary = cmdline.split()[0]
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stripped = 'not stripped' not in \
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subprocess.check_output(['file', binary]).decode()
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if not stripped:
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symbols = subprocess.check_output(['nm', binary]).decode()
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self.avail_cmds = re.findall('test_register_(\w+)', symbols)
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else:
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self.avail_cmds = None
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# log file filename
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logfile = "%s.log" % target
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csvfile = "%s.csv" % target
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self.logfile = open(logfile, "w")
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csvfile = open(csvfile, "w")
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self.csvwriter = csv.writer(csvfile)
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# prepare results table
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self.csvwriter.writerow(["test_name", "test_result", "result_str"])
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# set up cmdline string
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def __get_cmdline(self, cpu_nr):
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cmdline = ("taskset -c %i " % cpu_nr) + self.cmdline
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return cmdline
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def __process_result(self, result):
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# unpack result tuple
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test_result, result_str, test_name, \
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test_time, log, report = result
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# get total run time
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cur_time = time.time()
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total_time = int(cur_time - self.start)
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# print results, test run time and total time since start
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result = ("%s:" % test_name).ljust(30)
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result += result_str.ljust(29)
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result += "[%02dm %02ds]" % (test_time / 60, test_time % 60)
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# don't print out total time every line, it's the same anyway
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print(result + "[%02dm %02ds]" % (total_time / 60, total_time % 60))
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# if test failed and it wasn't a "start" test
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if test_result < 0:
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self.fails += 1
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# collect logs
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self.log_buffers.append(log)
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# create report if it exists
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if report:
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try:
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f = open("%s_%s_report.rst" %
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(self.target, test_name), "w")
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except IOError:
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print("Report for %s could not be created!" % test_name)
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else:
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with f:
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f.write(report)
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# write test result to CSV file
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self.csvwriter.writerow([test_name, test_result, result_str])
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# this function checks individual test and decides if this test should be in
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# the group by comparing it against allowlist/blocklist. it also checks if
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# the test is compiled into the binary, and marks it as skipped if necessary
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def __filter_test(self, test):
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test_cmd = test["Command"]
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test_id = test_cmd
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# dump tests are specified in full e.g. "Dump_mempool"
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if "_autotest" in test_id:
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test_id = test_id[:-len("_autotest")]
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# filter out blocked/allowed tests
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if self.blocklist and test_id in self.blocklist:
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return False
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if self.allowlist and test_id not in self.allowlist:
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return False
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# if test wasn't compiled in, remove it as well
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if self.avail_cmds and test_cmd not in self.avail_cmds:
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result = 0, "Skipped [Not compiled]", test_id, 0, "", None
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self.skipped.append(tuple(result))
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return False
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return True
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def __run_test_group(self, test_group, worker_cmdlines):
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group_queue = Queue()
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init_result_queue = Queue()
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for proc, cmdline in enumerate(worker_cmdlines):
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prefix = "test%i" % proc if len(worker_cmdlines) > 1 else ""
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group_queue.put(tuple((cmdline, prefix)))
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# create a pool of worker threads
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# we will initialize child in the initializer, and we don't need to
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# close the child because when the pool worker gets destroyed, child
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# closes the process
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pool = Pool(processes=len(worker_cmdlines),
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initializer=pool_init,
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initargs=(group_queue, init_result_queue))
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results = []
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# process all initialization results
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for _ in range(len(worker_cmdlines)):
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self.__process_result(init_result_queue.get())
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# run all tests asynchronously
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for test in test_group:
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result = pool.apply_async(run_test, (self.target, test))
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results.append(result)
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# tell the pool to stop all processes once done
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pool.close()
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# iterate while we have group execution results to get
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while len(results) > 0:
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# iterate over a copy to be able to safely delete results
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# this iterates over a list of group results
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for async_result in results[:]:
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# if the thread hasn't finished yet, continue
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if not async_result.ready():
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continue
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res = async_result.get()
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self.__process_result(res)
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# remove result from results list once we're done with it
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results.remove(async_result)
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# iterate over test groups and run tests associated with them
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def run_all_tests(self):
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# filter groups
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self.parallel_tests = list(
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filter(self.__filter_test,
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self.parallel_tests)
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)
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self.non_parallel_tests = list(
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filter(self.__filter_test,
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self.non_parallel_tests)
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)
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parallel_cmdlines = []
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# FreeBSD doesn't have NUMA support
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numa_nodes = get_numa_nodes()
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if len(numa_nodes) > 0:
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for proc in range(self.n_processes):
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# spread cpu affinity between NUMA nodes to have less chance of
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# running out of memory while running multiple test apps in
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# parallel. to do that, alternate between NUMA nodes in a round
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# robin fashion, and pick an arbitrary CPU from that node to
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# taskset our execution to
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numa_node = numa_nodes[self.active_processes % len(numa_nodes)]
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cpu_nr = first_cpu_on_node(numa_node)
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parallel_cmdlines += [self.__get_cmdline(cpu_nr)]
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# increase number of active processes so that the next cmdline
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# gets a different NUMA node
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self.active_processes += 1
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else:
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parallel_cmdlines = [self.cmdline] * self.n_processes
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print("Running tests with %d workers" % self.n_processes)
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# create table header
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print("")
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print("Test name".ljust(30) + "Test result".ljust(29) +
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"Test".center(9) + "Total".center(9))
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print("=" * 80)
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if len(self.skipped):
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print("Skipped autotests:")
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# print out any skipped tests
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for result in self.skipped:
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# unpack result tuple
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test_result, result_str, test_name, _, _, _ = result
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self.csvwriter.writerow([test_name, test_result, result_str])
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t = ("%s:" % test_name).ljust(30)
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t += result_str.ljust(29)
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t += "[00m 00s]"
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print(t)
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# make a note of tests start time
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self.start = time.time()
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# whatever happens, try to save as much logs as possible
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try:
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if len(self.parallel_tests) > 0:
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print("Parallel autotests:")
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self.__run_test_group(self.parallel_tests, parallel_cmdlines)
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if len(self.non_parallel_tests) > 0:
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print("Non-parallel autotests:")
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self.__run_test_group(self.non_parallel_tests, [self.cmdline])
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# get total run time
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cur_time = time.time()
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total_time = int(cur_time - self.start)
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# print out summary
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print("=" * 80)
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print("Total run time: %02dm %02ds" % (total_time / 60,
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total_time % 60))
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if self.fails != 0:
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print("Number of failed tests: %s" % str(self.fails))
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# write summary to logfile
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self.logfile.write("Summary\n")
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self.logfile.write("Target: ".ljust(15) + "%s\n" % self.target)
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self.logfile.write("Tests: ".ljust(15) + "%i\n" % self.n_tests)
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self.logfile.write("Failed tests: ".ljust(
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15) + "%i\n" % self.fails)
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except:
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print("Exception occurred")
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print(sys.exc_info())
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self.fails = 1
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# drop logs from all executions to a logfile
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for buf in self.log_buffers:
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self.logfile.write(buf.replace("\r", ""))
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return self.fails
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