py3: make a bytes version of getopt.getopt()

getopt.getopt() deals with unicodes on Python 3 internally and if bytes
arguments are passed, then it will return TypeError. So we have now
pycompat.getoptb() which takes bytes arguments, convert them to unicode, call
getopt.getopt() and then convert the returned value back to bytes and then
return those value.
All the instances of getopt.getopt() are replaced with pycompat.getoptb().

mercurial/fancyopts.py

@@ -1,157 +1,159 b''
 # fancyopts.py - better command line parsing
 #
 #  Copyright 2005-2009 Matt Mackall <[e-mail]> and others
 #
 # This software may be used and distributed according to the terms of the
 # GNU General Public License version 2 or any later version.
 
 from __future__ import absolute_import
 
-import getopt
-
 from .i18n import _
-from . import error
+from . import (
+    error,
+    pycompat,
+)
 
 # Set of flags to not apply boolean negation logic on
 nevernegate = set([
     # avoid --no-noninteractive
     'noninteractive',
     # These two flags are special because they cause hg to do one
     # thing and then exit, and so aren't suitable for use in things
     # like aliases anyway.
     'help',
     'version',
     ])
 
 def gnugetopt(args, options, longoptions):
     """Parse options mostly like getopt.gnu_getopt.
 
     This is different from getopt.gnu_getopt in that an argument of - will
     become an argument of - instead of vanishing completely.
     """
     extraargs = []
     if '--' in args:
         stopindex = args.index('--')
         extraargs = args[stopindex + 1:]
         args = args[:stopindex]
-    opts, parseargs = getopt.getopt(args, options, longoptions)
+    opts, parseargs = pycompat.getoptb(args, options, longoptions)
     args = []
     while parseargs:
         arg = parseargs.pop(0)
         if arg and arg[0] == '-' and len(arg) > 1:
             parseargs.insert(0, arg)
-            topts, newparseargs = getopt.getopt(parseargs, options, longoptions)
+            topts, newparseargs = pycompat.getoptb(parseargs,\
+                                            options, longoptions)
             opts = opts + topts
             parseargs = newparseargs
         else:
             args.append(arg)
     args.extend(extraargs)
     return opts, args
 
 
 def fancyopts(args, options, state, gnu=False):
     """
     read args, parse options, and store options in state
 
     each option is a tuple of:
 
       short option or ''
       long option
       default value
       description
       option value label(optional)
 
     option types include:
 
       boolean or none - option sets variable in state to true
       string - parameter string is stored in state
       list - parameter string is added to a list
       integer - parameter strings is stored as int
       function - call function with parameter
 
     non-option args are returned
     """
     namelist = []
     shortlist = ''
     argmap = {}
     defmap = {}
     negations = {}
     alllong = set(o[1] for o in options)
 
     for option in options:
         if len(option) == 5:
             short, name, default, comment, dummy = option
         else:
             short, name, default, comment = option
         # convert opts to getopt format
         oname = name
         name = name.replace('-', '_')
 
         argmap['-' + short] = argmap['--' + oname] = name
         defmap[name] = default
 
         # copy defaults to state
         if isinstance(default, list):
             state[name] = default[:]
         elif callable(default):
             state[name] = None
         else:
             state[name] = default
 
         # does it take a parameter?
         if not (default is None or default is True or default is False):
             if short:
                 short += ':'
             if oname:
                 oname += '='
         elif oname not in nevernegate:
             if oname.startswith('no-'):
                 insert = oname[3:]
             else:
                 insert = 'no-' + oname
             # backout (as a practical example) has both --commit and
             # --no-commit options, so we don't want to allow the
             # negations of those flags.
             if insert not in alllong:
                 assert ('--' + oname) not in negations
                 negations['--' + insert] = '--' + oname
                 namelist.append(insert)
         if short:
             shortlist += short
         if name:
             namelist.append(oname)
 
     # parse arguments
     if gnu:
         parse = gnugetopt
     else:
-        parse = getopt.getopt
+        parse = pycompat.getoptb
     opts, args = parse(args, shortlist, namelist)
 
     # transfer result to state
     for opt, val in opts:
         boolval = True
         negation = negations.get(opt, False)
         if negation:
             opt = negation
             boolval = False
         name = argmap[opt]
         obj = defmap[name]
         t = type(obj)
         if callable(obj):
             state[name] = defmap[name](val)
         elif t is type(1):
             try:
                 state[name] = int(val)
             except ValueError:
                 raise error.Abort(_('invalid value %r for option %s, '
                                    'expected int') % (val, opt))
         elif t is type(''):
             state[name] = val
         elif t is type([]):
             state[name].append(val)
         elif t is type(None) or t is type(False):
             state[name] = boolval
 
     # return unparsed args
     return args

mercurial/pycompat.py

@@ -1,235 +1,252 b''
 # pycompat.py - portability shim for python 3
 #
 # This software may be used and distributed according to the terms of the
 # GNU General Public License version 2 or any later version.
 
 """Mercurial portability shim for python 3.
 
 This contains aliases to hide python version-specific details from the core.
 """
 
 from __future__ import absolute_import
 
+import getopt
 import os
 import sys
 
 ispy3 = (sys.version_info[0] >= 3)
 
 if not ispy3:
     import cPickle as pickle
     import cStringIO as io
     import httplib
     import Queue as _queue
     import SocketServer as socketserver
     import urlparse
     urlunquote = urlparse.unquote
     import xmlrpclib
 else:
     import http.client as httplib
     import io
     import pickle
     import queue as _queue
     import socketserver
     import urllib.parse as urlparse
     urlunquote = urlparse.unquote_to_bytes
     import xmlrpc.client as xmlrpclib
 
 if ispy3:
     import builtins
     import functools
     fsencode = os.fsencode
     fsdecode = os.fsdecode
     # A bytes version of os.name.
     osname = os.name.encode('ascii')
     ospathsep = os.pathsep.encode('ascii')
     ossep = os.sep.encode('ascii')
     # os.getcwd() on Python 3 returns string, but it has os.getcwdb() which
     # returns bytes.
     getcwd = os.getcwdb
 
     # TODO: .buffer might not exist if std streams were replaced; we'll need
     # a silly wrapper to make a bytes stream backed by a unicode one.
     stdin = sys.stdin.buffer
     stdout = sys.stdout.buffer
     stderr = sys.stderr.buffer
 
     # Since Python 3 converts argv to wchar_t type by Py_DecodeLocale() on Unix,
     # we can use os.fsencode() to get back bytes argv.
     #
     # https://hg.python.org/cpython/file/v3.5.1/Programs/python.c#l55
     #
     # TODO: On Windows, the native argv is wchar_t, so we'll need a different
     # workaround to simulate the Python 2 (i.e. ANSI Win32 API) behavior.
     sysargv = list(map(os.fsencode, sys.argv))
 
     def sysstr(s):
         """Return a keyword str to be passed to Python functions such as
         getattr() and str.encode()
 
         This never raises UnicodeDecodeError. Non-ascii characters are
         considered invalid and mapped to arbitrary but unique code points
         such that 'sysstr(a) != sysstr(b)' for all 'a != b'.
         """
         if isinstance(s, builtins.str):
             return s
         return s.decode(u'latin-1')
 
     def _wrapattrfunc(f):
         @functools.wraps(f)
         def w(object, name, *args):
             return f(object, sysstr(name), *args)
         return w
 
     # these wrappers are automagically imported by hgloader
     delattr = _wrapattrfunc(builtins.delattr)
     getattr = _wrapattrfunc(builtins.getattr)
     hasattr = _wrapattrfunc(builtins.hasattr)
     setattr = _wrapattrfunc(builtins.setattr)
     xrange = builtins.range
 
+    # getopt.getopt() on Python 3 deals with unicodes internally so we cannot
+    # pass bytes there. Passing unicodes will result in unicodes as return
+    # values which we need to convert again to bytes.
+    def getoptb(args, shortlist, namelist):
+        args = [a.decode('latin-1') for a in args]
+        shortlist = shortlist.decode('latin-1')
+        namelist = [a.decode('latin-1') for a in namelist]
+        opts, args = getopt.getopt(args, shortlist, namelist)
+        opts = [(a[0].encode('latin-1'), a[1].encode('latin-1'))
+                for a in opts]
+        args = [a.encode('latin-1') for a in args]
+        return opts, args
+
 else:
     def sysstr(s):
         return s
 
     # Partial backport from os.py in Python 3, which only accepts bytes.
     # In Python 2, our paths should only ever be bytes, a unicode path
     # indicates a bug.
     def fsencode(filename):
         if isinstance(filename, str):
             return filename
         else:
             raise TypeError(
                 "expect str, not %s" % type(filename).__name__)
 
     # In Python 2, fsdecode() has a very chance to receive bytes. So it's
     # better not to touch Python 2 part as it's already working fine.
     def fsdecode(filename):
         return filename
 
+    def getoptb(args, shortlist, namelist):
+        return getopt.getopt(args, shortlist, namelist)
+
     osname = os.name
     ospathsep = os.pathsep
     ossep = os.sep
     stdin = sys.stdin
     stdout = sys.stdout
     stderr = sys.stderr
     sysargv = sys.argv
     getcwd = os.getcwd
 
 stringio = io.StringIO
 empty = _queue.Empty
 queue = _queue.Queue
 
 class _pycompatstub(object):
     def __init__(self):
         self._aliases = {}
 
     def _registeraliases(self, origin, items):
         """Add items that will be populated at the first access"""
         items = map(sysstr, items)
         self._aliases.update(
             (item.replace(sysstr('_'), sysstr('')).lower(), (origin, item))
             for item in items)
 
     def __getattr__(self, name):
         try:
             origin, item = self._aliases[name]
         except KeyError:
             raise AttributeError(name)
         self.__dict__[name] = obj = getattr(origin, item)
         return obj
 
 httpserver = _pycompatstub()
 urlreq = _pycompatstub()
 urlerr = _pycompatstub()
 if not ispy3:
     import BaseHTTPServer
     import CGIHTTPServer
     import SimpleHTTPServer
     import urllib2
     import urllib
     urlreq._registeraliases(urllib, (
         "addclosehook",
         "addinfourl",
         "ftpwrapper",
         "pathname2url",
         "quote",
         "splitattr",
         "splitpasswd",
         "splitport",
         "splituser",
         "unquote",
         "url2pathname",
         "urlencode",
     ))
     urlreq._registeraliases(urllib2, (
         "AbstractHTTPHandler",
         "BaseHandler",
         "build_opener",
         "FileHandler",
         "FTPHandler",
         "HTTPBasicAuthHandler",
         "HTTPDigestAuthHandler",
         "HTTPHandler",
         "HTTPPasswordMgrWithDefaultRealm",
         "HTTPSHandler",
         "install_opener",
         "ProxyHandler",
         "Request",
         "urlopen",
     ))
     urlerr._registeraliases(urllib2, (
         "HTTPError",
         "URLError",
     ))
     httpserver._registeraliases(BaseHTTPServer, (
         "HTTPServer",
         "BaseHTTPRequestHandler",
     ))
     httpserver._registeraliases(SimpleHTTPServer, (
         "SimpleHTTPRequestHandler",
     ))
     httpserver._registeraliases(CGIHTTPServer, (
         "CGIHTTPRequestHandler",
     ))
 
 else:
     import urllib.request
     urlreq._registeraliases(urllib.request, (
         "AbstractHTTPHandler",
         "addclosehook",
         "addinfourl",
         "BaseHandler",
         "build_opener",
         "FileHandler",
         "FTPHandler",
         "ftpwrapper",
         "HTTPHandler",
         "HTTPSHandler",
         "install_opener",
         "pathname2url",
         "HTTPBasicAuthHandler",
         "HTTPDigestAuthHandler",
         "HTTPPasswordMgrWithDefaultRealm",
         "ProxyHandler",
         "quote",
         "Request",
         "splitattr",
         "splitpasswd",
         "splitport",
         "splituser",
         "unquote",
         "url2pathname",
         "urlopen",
     ))
     import urllib.error
     urlerr._registeraliases(urllib.error, (
         "HTTPError",
         "URLError",
     ))
     import http.server
     httpserver._registeraliases(http.server, (
         "HTTPServer",
         "BaseHTTPRequestHandler",
         "SimpleHTTPRequestHandler",
         "CGIHTTPRequestHandler",
     ))

mercurial/statprof.py

@@ -1,805 +1,809 b''
 #!/usr/bin/env python
 ## statprof.py
 ## Copyright (C) 2012 Bryan O'Sullivan <[e-mail]>
 ## Copyright (C) 2011 Alex Fraser <alex at phatcore dot com>
 ## Copyright (C) 2004,2005 Andy Wingo <wingo at pobox dot com>
 ## Copyright (C) 2001 Rob Browning <rlb at defaultvalue dot org>
 
 ## This library is free software; you can redistribute it and/or
 ## modify it under the terms of the GNU Lesser General Public
 ## License as published by the Free Software Foundation; either
 ## version 2.1 of the License, or (at your option) any later version.
 ##
 ## This library is distributed in the hope that it will be useful,
 ## but WITHOUT ANY WARRANTY; without even the implied warranty of
 ## MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the GNU
 ## Lesser General Public License for more details.
 ##
 ## You should have received a copy of the GNU Lesser General Public
 ## License along with this program; if not, contact:
 ##
 ## Free Software Foundation           Voice:  [phone]
 ## 59 Temple Place - Suite 330        Fax:    [phone]
 ## Boston, MA  02111-1307,  USA       [e-mail]
 
 """
 statprof is intended to be a fairly simple statistical profiler for
 python. It was ported directly from a statistical profiler for guile,
 also named statprof, available from guile-lib [0].
 
 [0] http://wingolog.org/software/guile-lib/statprof/
 
 To start profiling, call statprof.start():
 >>> start()
 
 Then run whatever it is that you want to profile, for example:
 >>> import test.pystone; test.pystone.pystones()
 
 Then stop the profiling and print out the results:
 >>> stop()
 >>> display()
   %   cumulative      self
  time    seconds   seconds  name
  26.72      1.40      0.37  pystone.py:79:Proc0
  13.79      0.56      0.19  pystone.py:133:Proc1
  13.79      0.19      0.19  pystone.py:208:Proc8
  10.34      0.16      0.14  pystone.py:229:Func2
   6.90      0.10      0.10  pystone.py:45:__init__
   4.31      0.16      0.06  pystone.py:53:copy
     ...
 
 All of the numerical data is statistically approximate. In the
 following column descriptions, and in all of statprof, "time" refers
 to execution time (both user and system), not wall clock time.
 
 % time
     The percent of the time spent inside the procedure itself (not
     counting children).
 
 cumulative seconds
     The total number of seconds spent in the procedure, including
     children.
 
 self seconds
     The total number of seconds spent in the procedure itself (not
     counting children).
 
 name
     The name of the procedure.
 
 By default statprof keeps the data collected from previous runs. If you
 want to clear the collected data, call reset():
 >>> reset()
 
 reset() can also be used to change the sampling frequency from the
 default of 1000 Hz. For example, to tell statprof to sample 50 times a
 second:
 >>> reset(50)
 
 This means that statprof will sample the call stack after every 1/50 of
 a second of user + system time spent running on behalf of the python
 process. When your process is idle (for example, blocking in a read(),
 as is the case at the listener), the clock does not advance. For this
 reason statprof is not currently not suitable for profiling io-bound
 operations.
 
 The profiler uses the hash of the code object itself to identify the
 procedures, so it won't confuse different procedures with the same name.
 They will show up as two different rows in the output.
 
 Right now the profiler is quite simplistic.  I cannot provide
 call-graphs or other higher level information.  What you see in the
 table is pretty much all there is. Patches are welcome :-)
 
 
 Threading
 ---------
 
 Because signals only get delivered to the main thread in Python,
 statprof only profiles the main thread. However because the time
 reporting function uses per-process timers, the results can be
 significantly off if other threads' work patterns are not similar to the
 main thread's work patterns.
 """
 # no-check-code
 from __future__ import absolute_import, division, print_function
 
 import collections
 import contextlib
 import getopt
 import inspect
 import json
 import os
 import signal
 import sys
 import tempfile
 import threading
 import time
 
+from . import (
+    pycompat,
+)
+
 defaultdict = collections.defaultdict
 contextmanager = contextlib.contextmanager
 
 __all__ = ['start', 'stop', 'reset', 'display', 'profile']
 
 skips = set(["util.py:check", "extensions.py:closure",
              "color.py:colorcmd", "dispatch.py:checkargs",
              "dispatch.py:<lambda>", "dispatch.py:_runcatch",
              "dispatch.py:_dispatch", "dispatch.py:_runcommand",
              "pager.py:pagecmd", "dispatch.py:run",
              "dispatch.py:dispatch", "dispatch.py:runcommand",
              "hg.py:<module>", "evolve.py:warnobserrors",
          ])
 
 ###########################################################################
 ## Utils
 
 def clock():
     times = os.times()
     return times[0] + times[1]
 
 
 ###########################################################################
 ## Collection data structures
 
 class ProfileState(object):
     def __init__(self, frequency=None):
         self.reset(frequency)
 
     def reset(self, frequency=None):
         # total so far
         self.accumulated_time = 0.0
         # start_time when timer is active
         self.last_start_time = None
         # a float
         if frequency:
             self.sample_interval = 1.0 / frequency
         elif not hasattr(self, 'sample_interval'):
             # default to 1000 Hz
             self.sample_interval = 1.0 / 1000.0
         else:
             # leave the frequency as it was
             pass
         self.remaining_prof_time = None
         # for user start/stop nesting
         self.profile_level = 0
 
         self.samples = []
 
     def accumulate_time(self, stop_time):
         self.accumulated_time += stop_time - self.last_start_time
 
     def seconds_per_sample(self):
         return self.accumulated_time / len(self.samples)
 
 state = ProfileState()
 
 
 class CodeSite(object):
     cache = {}
 
     __slots__ = (u'path', u'lineno', u'function', u'source')
 
     def __init__(self, path, lineno, function):
         self.path = path
         self.lineno = lineno
         self.function = function
         self.source = None
 
     def __eq__(self, other):
         try:
             return (self.lineno == other.lineno and
                     self.path == other.path)
         except:
             return False
 
     def __hash__(self):
         return hash((self.lineno, self.path))
 
     @classmethod
     def get(cls, path, lineno, function):
         k = (path, lineno)
         try:
             return cls.cache[k]
         except KeyError:
             v = cls(path, lineno, function)
             cls.cache[k] = v
             return v
 
     def getsource(self, length):
         if self.source is None:
             lineno = self.lineno - 1
             fp = None
             try:
                 fp = open(self.path)
                 for i, line in enumerate(fp):
                     if i == lineno:
                         self.source = line.strip()
                         break
             except:
                 pass
             finally:
                 if fp:
                     fp.close()
             if self.source is None:
                 self.source = ''
 
         source = self.source
         if len(source) > length:
             source = source[:(length - 3)] + "..."
         return source
 
     def filename(self):
         return os.path.basename(self.path)
 
 class Sample(object):
     __slots__ = (u'stack', u'time')
 
     def __init__(self, stack, time):
         self.stack = stack
         self.time = time
 
     @classmethod
     def from_frame(cls, frame, time):
         stack = []
 
         while frame:
             stack.append(CodeSite.get(frame.f_code.co_filename, frame.f_lineno,
                                       frame.f_code.co_name))
             frame = frame.f_back
 
         return Sample(stack, time)
 
 ###########################################################################
 ## SIGPROF handler
 
 def profile_signal_handler(signum, frame):
     if state.profile_level > 0:
         now = clock()
         state.accumulate_time(now)
 
         state.samples.append(Sample.from_frame(frame, state.accumulated_time))
 
         signal.setitimer(signal.ITIMER_PROF,
             state.sample_interval, 0.0)
         state.last_start_time = now
 
 stopthread = threading.Event()
 def samplerthread(tid):
     while not stopthread.is_set():
         now = clock()
         state.accumulate_time(now)
 
         frame = sys._current_frames()[tid]
         state.samples.append(Sample.from_frame(frame, state.accumulated_time))
 
         state.last_start_time = now
         time.sleep(state.sample_interval)
 
     stopthread.clear()
 
 ###########################################################################
 ## Profiling API
 
 def is_active():
     return state.profile_level > 0
 
 lastmechanism = None
 def start(mechanism='thread'):
     '''Install the profiling signal handler, and start profiling.'''
     state.profile_level += 1
     if state.profile_level == 1:
         state.last_start_time = clock()
         rpt = state.remaining_prof_time
         state.remaining_prof_time = None
 
         global lastmechanism
         lastmechanism = mechanism
 
         if mechanism == 'signal':
             signal.signal(signal.SIGPROF, profile_signal_handler)
             signal.setitimer(signal.ITIMER_PROF,
                 rpt or state.sample_interval, 0.0)
         elif mechanism == 'thread':
             frame = inspect.currentframe()
             tid = [k for k, f in sys._current_frames().items() if f == frame][0]
             state.thread = threading.Thread(target=samplerthread,
                                  args=(tid,), name="samplerthread")
             state.thread.start()
 
 def stop():
     '''Stop profiling, and uninstall the profiling signal handler.'''
     state.profile_level -= 1
     if state.profile_level == 0:
         if lastmechanism == 'signal':
             rpt = signal.setitimer(signal.ITIMER_PROF, 0.0, 0.0)
             signal.signal(signal.SIGPROF, signal.SIG_IGN)
             state.remaining_prof_time = rpt[0]
         elif lastmechanism == 'thread':
             stopthread.set()
             state.thread.join()
 
         state.accumulate_time(clock())
         state.last_start_time = None
         statprofpath = os.environ.get('STATPROF_DEST')
         if statprofpath:
             save_data(statprofpath)
 
     return state
 
 def save_data(path):
     with open(path, 'w+') as file:
         file.write(str(state.accumulated_time) + '\n')
         for sample in state.samples:
             time = str(sample.time)
             stack = sample.stack
             sites = ['\1'.join([s.path, str(s.lineno), s.function])
                      for s in stack]
             file.write(time + '\0' + '\0'.join(sites) + '\n')
 
 def load_data(path):
     lines = open(path, 'r').read().splitlines()
 
     state.accumulated_time = float(lines[0])
     state.samples = []
     for line in lines[1:]:
         parts = line.split('\0')
         time = float(parts[0])
         rawsites = parts[1:]
         sites = []
         for rawsite in rawsites:
             siteparts = rawsite.split('\1')
             sites.append(CodeSite.get(siteparts[0], int(siteparts[1]),
                         siteparts[2]))
 
         state.samples.append(Sample(sites, time))
 
 
 
 def reset(frequency=None):
     '''Clear out the state of the profiler.  Do not call while the
     profiler is running.
 
     The optional frequency argument specifies the number of samples to
     collect per second.'''
     assert state.profile_level == 0, "Can't reset() while statprof is running"
     CodeSite.cache.clear()
     state.reset(frequency)
 
 
 @contextmanager
 def profile():
     start()
     try:
         yield
     finally:
         stop()
         display()
 
 
 ###########################################################################
 ## Reporting API
 
 class SiteStats(object):
     def __init__(self, site):
         self.site = site
         self.selfcount = 0
         self.totalcount = 0
 
     def addself(self):
         self.selfcount += 1
 
     def addtotal(self):
         self.totalcount += 1
 
     def selfpercent(self):
         return self.selfcount / len(state.samples) * 100
 
     def totalpercent(self):
         return self.totalcount / len(state.samples) * 100
 
     def selfseconds(self):
         return self.selfcount * state.seconds_per_sample()
 
     def totalseconds(self):
         return self.totalcount * state.seconds_per_sample()
 
     @classmethod
     def buildstats(cls, samples):
         stats = {}
 
         for sample in samples:
             for i, site in enumerate(sample.stack):
                 sitestat = stats.get(site)
                 if not sitestat:
                     sitestat = SiteStats(site)
                     stats[site] = sitestat
 
                 sitestat.addtotal()
 
                 if i == 0:
                     sitestat.addself()
 
         return [s for s in stats.itervalues()]
 
 class DisplayFormats:
     ByLine = 0
     ByMethod = 1
     AboutMethod = 2
     Hotpath = 3
     FlameGraph = 4
     Json = 5
 
 def display(fp=None, format=3, data=None, **kwargs):
     '''Print statistics, either to stdout or the given file object.'''
     data = data or state
 
     if fp is None:
         import sys
         fp = sys.stdout
     if len(data.samples) == 0:
         print('No samples recorded.', file=fp)
         return
 
     if format == DisplayFormats.ByLine:
         display_by_line(data, fp)
     elif format == DisplayFormats.ByMethod:
         display_by_method(data, fp)
     elif format == DisplayFormats.AboutMethod:
         display_about_method(data, fp, **kwargs)
     elif format == DisplayFormats.Hotpath:
         display_hotpath(data, fp, **kwargs)
     elif format == DisplayFormats.FlameGraph:
         write_to_flame(data, fp, **kwargs)
     elif format == DisplayFormats.Json:
         write_to_json(data, fp)
     else:
         raise Exception("Invalid display format")
 
     if format != DisplayFormats.Json:
         print('---', file=fp)
         print('Sample count: %d' % len(data.samples), file=fp)
         print('Total time: %f seconds' % data.accumulated_time, file=fp)
 
 def display_by_line(data, fp):
     '''Print the profiler data with each sample line represented
     as one row in a table.  Sorted by self-time per line.'''
     stats = SiteStats.buildstats(data.samples)
     stats.sort(reverse=True, key=lambda x: x.selfseconds())
 
     print('%5.5s %10.10s   %7.7s  %-8.8s' %
           ('%  ', 'cumulative', 'self', ''), file=fp)
     print('%5.5s  %9.9s  %8.8s  %-8.8s' %
           ("time", "seconds", "seconds", "name"), file=fp)
 
     for stat in stats:
         site = stat.site
         sitelabel = '%s:%d:%s' % (site.filename(), site.lineno, site.function)
         print('%6.2f %9.2f %9.2f  %s' % (stat.selfpercent(),
                                          stat.totalseconds(),
                                          stat.selfseconds(),
                                          sitelabel),
               file=fp)
 
 def display_by_method(data, fp):
     '''Print the profiler data with each sample function represented
     as one row in a table.  Important lines within that function are
     output as nested rows.  Sorted by self-time per line.'''
     print('%5.5s %10.10s   %7.7s  %-8.8s' %
           ('%  ', 'cumulative', 'self', ''), file=fp)
     print('%5.5s  %9.9s  %8.8s  %-8.8s' %
           ("time", "seconds", "seconds", "name"), file=fp)
 
     stats = SiteStats.buildstats(data.samples)
 
     grouped = defaultdict(list)
     for stat in stats:
         grouped[stat.site.filename() + ":" + stat.site.function].append(stat)
 
     # compute sums for each function
     functiondata = []
     for fname, sitestats in grouped.iteritems():
         total_cum_sec = 0
         total_self_sec = 0
         total_percent = 0
         for stat in sitestats:
             total_cum_sec += stat.totalseconds()
             total_self_sec += stat.selfseconds()
             total_percent += stat.selfpercent()
 
         functiondata.append((fname,
                              total_cum_sec,
                              total_self_sec,
                              total_percent,
                              sitestats))
 
     # sort by total self sec
     functiondata.sort(reverse=True, key=lambda x: x[2])
 
     for function in functiondata:
         if function[3] < 0.05:
             continue
         print('%6.2f %9.2f %9.2f  %s' % (function[3], # total percent
                                          function[1], # total cum sec
                                          function[2], # total self sec
                                          function[0]), # file:function
               file=fp)
         function[4].sort(reverse=True, key=lambda i: i.selfseconds())
         for stat in function[4]:
             # only show line numbers for significant locations (>1% time spent)
             if stat.selfpercent() > 1:
                 source = stat.site.getsource(25)
                 stattuple = (stat.selfpercent(), stat.selfseconds(),
                              stat.site.lineno, source)
 
                 print('%33.0f%% %6.2f   line %s: %s' % (stattuple), file=fp)
 
 def display_about_method(data, fp, function=None, **kwargs):
     if function is None:
         raise Exception("Invalid function")
 
     filename = None
     if ':' in function:
         filename, function = function.split(':')
 
     relevant_samples = 0
     parents = {}
     children = {}
 
     for sample in data.samples:
         for i, site in enumerate(sample.stack):
             if site.function == function and (not filename
                 or site.filename() == filename):
                 relevant_samples += 1
                 if i != len(sample.stack) - 1:
                     parent = sample.stack[i + 1]
                     if parent in parents:
                         parents[parent] = parents[parent] + 1
                     else:
                         parents[parent] = 1
 
                 if site in children:
                     children[site] = children[site] + 1
                 else:
                     children[site] = 1
 
     parents = [(parent, count) for parent, count in parents.iteritems()]
     parents.sort(reverse=True, key=lambda x: x[1])
     for parent, count in parents:
         print('%6.2f%%   %s:%s   line %s: %s' %
             (count / relevant_samples * 100, parent.filename(),
             parent.function, parent.lineno, parent.getsource(50)), file=fp)
 
     stats = SiteStats.buildstats(data.samples)
     stats = [s for s in stats
                if s.site.function == function and
                (not filename or s.site.filename() == filename)]
 
     total_cum_sec = 0
     total_self_sec = 0
     total_self_percent = 0
     total_cum_percent = 0
     for stat in stats:
         total_cum_sec += stat.totalseconds()
         total_self_sec += stat.selfseconds()
         total_self_percent += stat.selfpercent()
         total_cum_percent += stat.totalpercent()
 
     print(
         '\n    %s:%s    Total: %0.2fs (%0.2f%%)    Self: %0.2fs (%0.2f%%)\n' %
         (
         filename or '___',
         function,
         total_cum_sec,
         total_cum_percent,
         total_self_sec,
         total_self_percent
         ), file=fp)
 
     children = [(child, count) for child, count in children.iteritems()]
     children.sort(reverse=True, key=lambda x: x[1])
     for child, count in children:
         print('        %6.2f%%   line %s: %s' %
               (count / relevant_samples * 100, child.lineno,
                child.getsource(50)), file=fp)
 
 def display_hotpath(data, fp, limit=0.05, **kwargs):
     class HotNode(object):
         def __init__(self, site):
             self.site = site
             self.count = 0
             self.children = {}
 
         def add(self, stack, time):
             self.count += time
             site = stack[0]
             child = self.children.get(site)
             if not child:
                 child = HotNode(site)
                 self.children[site] = child
 
             if len(stack) > 1:
                 i = 1
                 # Skip boiler plate parts of the stack
                 while i < len(stack) and '%s:%s' % (stack[i].filename(), stack[i].function) in skips:
                     i += 1
                 if i < len(stack):
                     child.add(stack[i:], time)
 
     root = HotNode(None)
     lasttime = data.samples[0].time
     for sample in data.samples:
         root.add(sample.stack[::-1], sample.time - lasttime)
         lasttime = sample.time
 
     def _write(node, depth, multiple_siblings):
         site = node.site
         visiblechildren = [c for c in node.children.itervalues()
                              if c.count >= (limit * root.count)]
         if site:
             indent = depth * 2 - 1
             filename = ''
             function = ''
             if len(node.children) > 0:
                 childsite = list(node.children.itervalues())[0].site
                 filename = (childsite.filename() + ':').ljust(15)
                 function = childsite.function
 
             # lots of string formatting
             listpattern = ''.ljust(indent) +\
                           ('\\' if multiple_siblings else '|') +\
                           ' %4.1f%%  %s %s'
             liststring = listpattern % (node.count / root.count * 100,
                                         filename, function)
             codepattern = '%' + str(55 - len(liststring)) + 's %s:  %s'
             codestring = codepattern % ('line', site.lineno, site.getsource(30))
 
             finalstring = liststring + codestring
             childrensamples = sum([c.count for c in node.children.itervalues()])
             # Make frames that performed more than 10% of the operation red
             if node.count - childrensamples > (0.1 * root.count):
                 finalstring = '\033[91m' + finalstring + '\033[0m'
             # Make frames that didn't actually perform work dark grey
             elif node.count - childrensamples == 0:
                 finalstring = '\033[90m' + finalstring + '\033[0m'
             print(finalstring, file=fp)
 
         newdepth = depth
         if len(visiblechildren) > 1 or multiple_siblings:
             newdepth += 1
 
         visiblechildren.sort(reverse=True, key=lambda x: x.count)
         for child in visiblechildren:
             _write(child, newdepth, len(visiblechildren) > 1)
 
     if root.count > 0:
         _write(root, 0, False)
 
 def write_to_flame(data, fp, scriptpath=None, outputfile=None, **kwargs):
     if scriptpath is None:
         scriptpath = os.environ['HOME'] + '/flamegraph.pl'
     if not os.path.exists(scriptpath):
         print("error: missing %s" % scriptpath, file=fp)
         print("get it here: https://github.com/brendangregg/FlameGraph",
               file=fp)
         return
 
     fd, path = tempfile.mkstemp()
 
     file = open(path, "w+")
 
     lines = {}
     for sample in data.samples:
         sites = [s.function for s in sample.stack]
         sites.reverse()
         line = ';'.join(sites)
         if line in lines:
             lines[line] = lines[line] + 1
         else:
             lines[line] = 1
 
     for line, count in lines.iteritems():
         file.write("%s %s\n" % (line, count))
 
     file.close()
 
     if outputfile is None:
         outputfile = '~/flamegraph.svg'
 
     os.system("perl ~/flamegraph.pl %s > %s" % (path, outputfile))
     print("Written to %s" % outputfile, file=fp)
 
 def write_to_json(data, fp):
     samples = []
 
     for sample in data.samples:
         stack = []
 
         for frame in sample.stack:
             stack.append((frame.path, frame.lineno, frame.function))
 
         samples.append((sample.time, stack))
 
     print(json.dumps(samples), file=fp)
 
 def printusage():
     print("""
 The statprof command line allows you to inspect the last profile's results in
 the following forms:
 
 usage:
     hotpath [-l --limit percent]
         Shows a graph of calls with the percent of time each takes.
         Red calls take over 10%% of the total time themselves.
     lines
         Shows the actual sampled lines.
     functions
         Shows the samples grouped by function.
     function [filename:]functionname
         Shows the callers and callees of a particular function.
     flame [-s --script-path] [-o --output-file path]
         Writes out a flamegraph to output-file (defaults to ~/flamegraph.svg)
         Requires that ~/flamegraph.pl exist.
         (Specify alternate script path with --script-path.)""")
 
 def main(argv=None):
     if argv is None:
         argv = sys.argv
 
     if len(argv) == 1:
         printusage()
         return 0
 
     displayargs = {}
 
     optstart = 2
     displayargs['function'] = None
     if argv[1] == 'hotpath':
         displayargs['format'] = DisplayFormats.Hotpath
     elif argv[1] == 'lines':
         displayargs['format'] = DisplayFormats.ByLine
     elif argv[1] == 'functions':
         displayargs['format'] = DisplayFormats.ByMethod
     elif argv[1] == 'function':
         displayargs['format'] = DisplayFormats.AboutMethod
         displayargs['function'] = argv[2]
         optstart = 3
     elif argv[1] == 'flame':
         displayargs['format'] = DisplayFormats.FlameGraph
     else:
         printusage()
         return 0
 
     # process options
     try:
-        opts, args = getopt.getopt(sys.argv[optstart:], "hl:f:o:p:",
+        opts, args = pycompat.getoptb(sys.argv[optstart:], "hl:f:o:p:",
                                    ["help", "limit=", "file=", "output-file=", "script-path="])
     except getopt.error as msg:
         print(msg)
         printusage()
         return 2
 
     displayargs['limit'] = 0.05
     path = None
     for o, value in opts:
         if o in ("-l", "--limit"):
             displayargs['limit'] = float(value)
         elif o in ("-f", "--file"):
             path = value
         elif o in ("-o", "--output-file"):
             displayargs['outputfile'] = value
         elif o in ("-p", "--script-path"):
             displayargs['scriptpath'] = value
         elif o in ("-h", "help"):
             printusage()
             return 0
         else:
             assert False, "unhandled option %s" % o
 
     load_data(path=path)
 
     display(**displayargs)
 
     return 0
 
 if __name__ == "__main__":
     sys.exit(main())