upstream/mercurial-mirror Commit - r45862:fa18b02d

merge with stable

Augie Fackler -

r45862:fa18b02d default

parent child

.hgsigs

0 +1 0

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hgext/clonebundles.py

0 +8 0

              # This software may be used and distributed according to the terms of the
              # GNU General Public License version 2 or any later version.
              """advertise pre-generated bundles to seed clones
              "clonebundles" is a server-side extension used to advertise the existence
              of pre-generated, externally hosted bundle files to clients that are
              cloning so that cloning can be faster, more reliable, and require less
              resources on the server. "pullbundles" is a related feature for sending
              pre-generated bundle files to clients as part of pull operations.
              Cloning can be a CPU and I/O intensive operation on servers. Traditionally,
              the server, in response to a client's request to clone, dynamically generates
              a bundle containing the entire repository content and sends it to the client.
              There is no caching on the server and the server will have to redundantly
              generate the same outgoing bundle in response to each clone request. For
              servers with large repositories or with high clone volume, the load from
              clones can make scaling the server challenging and costly.
              This extension provides server operators the ability to offload
              potentially expensive clone load to an external service. Pre-generated
              bundles also allow using more CPU intensive compression, reducing the
              effective bandwidth requirements.
              Here's how clone bundles work:
 . A server operator establishes a mechanism for making bundle files available
                 on a hosting service where Mercurial clients can fetch them.
 . A manifest file listing available bundle URLs and some optional metadata
                 is added to the Mercurial repository on the server.
 . A client initiates a clone against a clone bundles aware server.
 . The client sees the server is advertising clone bundles and fetches the
                 manifest listing available bundles.
 . The client filters and sorts the available bundles based on what it
                 supports and prefers.
 . The client downloads and applies an available bundle from the
                 server-specified URL.
 . The client reconnects to the original server and performs the equivalent
                 of :hg:`pull` to retrieve all repository data not in the bundle. (The
                 repository could have been updated between when the bundle was created
                 and when the client started the clone.) This may use "pullbundles".
              Instead of the server generating full repository bundles for every clone
              request, it generates full bundles once and they are subsequently reused to
              bootstrap new clones. The server may still transfer data at clone time.
              However, this is only data that has been added/changed since the bundle was
              created. For large, established repositories, this can reduce server load for
              clones to less than 1% of original.
              Here's how pullbundles work:
 . A manifest file listing available bundles and describing the revisions
                 is added to the Mercurial repository on the server.
 . A new-enough client informs the server that it supports partial pulls
                 and initiates a pull.
 . If the server has pull bundles enabled and sees the client advertising
                 partial pulls, it checks for a matching pull bundle in the manifest.
                 A bundle matches if the format is supported by the client, the client
                 has the required revisions already and needs something from the bundle.
 . If there is at least one matching bundle, the server sends it to the client.
 . The client applies the bundle and notices that the server reply was
                 incomplete. It initiates another pull.
              To work, this extension requires the following of server operators:
              * Generating bundle files of repository content (typically periodically,
                such as once per day).
              * Clone bundles: A file server that clients have network access to and that
                Python knows how to talk to through its normal URL handling facility
                (typically an HTTP/HTTPS server).
              * A process for keeping the bundles manifest in sync with available bundle
                files.
              Strictly speaking, using a static file hosting server isn't required: a server
              operator could use a dynamic service for retrieving bundle data. However,
              static file hosting services are simple and scalable and should be sufficient
              for most needs.
              Bundle files can be generated with the :hg:`bundle` command. Typically
              :hg:`bundle --all` is used to produce a bundle of the entire repository.
              :hg:`debugcreatestreamclonebundle` can be used to produce a special
              *streaming clonebundle*. These are bundle files that are extremely efficient
              to produce and consume (read: fast). However, they are larger than
              traditional bundle formats and require that clients support the exact set
              of repository data store formats in use by the repository that created them.
              Typically, a newer server can serve data that is compatible with older clients.
              However, *streaming clone bundles* don't have this guarantee. **Server
              operators need to be aware that newer versions of Mercurial may produce
              streaming clone bundles incompatible with older Mercurial versions.**
              A server operator is responsible for creating a ``.hg/clonebundles.manifest``
              file containing the list of available bundle files suitable for seeding
              clones. If this file does not exist, the repository will not advertise the
              existence of clone bundles when clients connect. For pull bundles,
              ``.hg/pullbundles.manifest`` is used.
              The manifest file contains a newline (\\n) delimited list of entries.
              Each line in this file defines an available bundle. Lines have the format:
                  <URL> [<key>=<value>[ <key>=<value>]]
              That is, a URL followed by an optional, space-delimited list of key=value
              pairs describing additional properties of this bundle. Both keys and values
              are URI encoded.
              For pull bundles, the URL is a path under the ``.hg`` directory of the
              repository.
              Keys in UPPERCASE are reserved for use by Mercurial and are defined below.
              All non-uppercase keys can be used by site installations. An example use
              for custom properties is to use the *datacenter* attribute to define which
              data center a file is hosted in. Clients could then prefer a server in the
              data center closest to them.
              The following reserved keys are currently defined:
              BUNDLESPEC
                 A "bundle specification" string that describes the type of the bundle.
                 These are string values that are accepted by the "--type" argument of
                 :hg:`bundle`.
                 The values are parsed in strict mode, which means they must be of the
                 "<compression>-<type>" form. See
                 mercurial.exchange.parsebundlespec() for more details.
                 :hg:`debugbundle --spec` can be used to print the bundle specification
                 string for a bundle file. The output of this command can be used verbatim
                 for the value of ``BUNDLESPEC`` (it is already escaped).
                 Clients will automatically filter out specifications that are unknown or
                 unsupported so they won't attempt to download something that likely won't
                 apply.
                 The actual value doesn't impact client behavior beyond filtering:
                 clients will still sniff the bundle type from the header of downloaded
                 files.
                 **Use of this key is highly recommended**, as it allows clients to
                 easily skip unsupported bundles. If this key is not defined, an old
                 client may attempt to apply a bundle that it is incapable of reading.
              REQUIRESNI
                 Whether Server Name Indication (SNI) is required to connect to the URL.
                 SNI allows servers to use multiple certificates on the same IP. It is
                 somewhat common in CDNs and other hosting providers. Older Python
                 versions do not support SNI. Defining this attribute enables clients
                 with older Python versions to filter this entry without experiencing
                 an opaque SSL failure at connection time.
                 If this is defined, it is important to advertise a non-SNI fallback
                 URL or clients running old Python releases may not be able to clone
                 with the clonebundles facility.
                 Value should be "true".
+             REQUIREDRAM
+                Value specifies expected memory requirements to decode the payload.
+                Values can have suffixes for common bytes sizes. e.g. "64MB".
+                This key is often used with zstd-compressed bundles using a high
+                compression level / window size, which can require 100+ MB of memory
+                to decode.
              heads
                 Used for pull bundles. This contains the ``;`` separated changeset
                 hashes of the heads of the bundle content.
              bases
                 Used for pull bundles. This contains the ``;`` separated changeset
                 hashes of the roots of the bundle content. This can be skipped if
                 the bundle was created without ``--base``.
              Manifests can contain multiple entries. Assuming metadata is defined, clients
              will filter entries from the manifest that they don't support. The remaining
              entries are optionally sorted by client preferences
              (``ui.clonebundleprefers`` config option). The client then attempts
              to fetch the bundle at the first URL in the remaining list.
              **Errors when downloading a bundle will fail the entire clone operation:
              clients do not automatically fall back to a traditional clone.** The reason
              for this is that if a server is using clone bundles, it is probably doing so
              because the feature is necessary to help it scale. In other words, there
              is an assumption that clone load will be offloaded to another service and
              that the Mercurial server isn't responsible for serving this clone load.
              If that other service experiences issues and clients start mass falling back to
              the original Mercurial server, the added clone load could overwhelm the server
              due to unexpected load and effectively take it offline. Not having clients
              automatically fall back to cloning from the original server mitigates this
              scenario.
              Because there is no automatic Mercurial server fallback on failure of the
              bundle hosting service, it is important for server operators to view the bundle
              hosting service as an extension of the Mercurial server in terms of
              availability and service level agreements: if the bundle hosting service goes
              down, so does the ability for clients to clone. Note: clients will see a
              message informing them how to bypass the clone bundles facility when a failure
              occurs. So server operators should prepare for some people to follow these
              instructions when a failure occurs, thus driving more load to the original
              Mercurial server when the bundle hosting service fails.
              """
              from __future__ import absolute_import
              from mercurial import (
                  extensions,
                  wireprotov1server,
              )
              testedwith = b'ships-with-hg-core'
              def capabilities(orig, repo, proto):
                  caps = orig(repo, proto)
                  # Only advertise if a manifest exists. This does add some I/O to requests.
                  # But this should be cheaper than a wasted network round trip due to
                  # missing file.
                  if repo.vfs.exists(b'clonebundles.manifest'):
                      caps.append(b'clonebundles')
                  return caps
              def extsetup(ui):
                  extensions.wrapfunction(wireprotov1server, b'_capabilities', capabilities)

mercurial/dispatch.py

0 +3 -1

              # dispatch.py - command dispatching for mercurial
              #
              # Copyright 2005-2007 Matt Mackall <mpm@selenic.com>
              #
              # 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, print_function
              import difflib
              import errno
              import getopt
              import io
              import os
              import pdb
              import re
              import signal
              import sys
              import traceback
              from .i18n import _
              from .pycompat import getattr
              from hgdemandimport import tracing
              from . import (
                  cmdutil,
                  color,
                  commands,
                  demandimport,
                  encoding,
                  error,
                  extensions,
                  fancyopts,
                  help,
                  hg,
                  hook,
                  profiling,
                  pycompat,
                  rcutil,
                  registrar,
                  scmutil,
                  ui as uimod,
                  util,
              )
              from .utils import (
                  procutil,
                  stringutil,
              )
              class request(object):
                  def __init__(
                      self,
                      args,
                      ui=None,
                      repo=None,
                      fin=None,
                      fout=None,
                      ferr=None,
                      fmsg=None,
                      prereposetups=None,
                  ):
                      self.args = args
                      self.ui = ui
                      self.repo = repo
                      # input/output/error streams
                      self.fin = fin
                      self.fout = fout
                      self.ferr = ferr
                      # separate stream for status/error messages
                      self.fmsg = fmsg
                      # remember options pre-parsed by _earlyparseopts()
                      self.earlyoptions = {}
                      # reposetups which run before extensions, useful for chg to pre-fill
                      # low-level repo state (for example, changelog) before extensions.
                      self.prereposetups = prereposetups or []
                      # store the parsed and canonical command
                      self.canonical_command = None
                  def _runexithandlers(self):
                      exc = None
                      handlers = self.ui._exithandlers
                      try:
                          while handlers:
                              func, args, kwargs = handlers.pop()
                              try:
                                  func(*args, **kwargs)
                              except:  # re-raises below
                                  if exc is None:
                                      exc = sys.exc_info()[1]
                                  self.ui.warnnoi18n(b'error in exit handlers:\n')
                                  self.ui.traceback(force=True)
                      finally:
                          if exc is not None:
                              raise exc
              def run():
                  """run the command in sys.argv"""
                  try:
                      initstdio()
                      with tracing.log('parse args into request'):
                          req = request(pycompat.sysargv[1:])
                      err = None
                      try:
                          status = dispatch(req)
                      except error.StdioError as e:
                          err = e
                          status = -1
                      # In all cases we try to flush stdio streams.
                      if util.safehasattr(req.ui, b'fout'):
                          assert req.ui is not None  # help pytype
                          assert req.ui.fout is not None  # help pytype
                          try:
                              req.ui.fout.flush()
                          except IOError as e:
                              err = e
                              status = -1
                      if util.safehasattr(req.ui, b'ferr'):
                          assert req.ui is not None  # help pytype
                          assert req.ui.ferr is not None  # help pytype
                          try:
                              if err is not None and err.errno != errno.EPIPE:
                                  req.ui.ferr.write(
                                      b'abort: %s\n' % encoding.strtolocal(err.strerror)
                                  )
                              req.ui.ferr.flush()
                          # There's not much we can do about an I/O error here. So (possibly)
                          # change the status code and move on.
                          except IOError:
                              status = -1
                      _silencestdio()
                  except KeyboardInterrupt:
                      # Catch early/late KeyboardInterrupt as last ditch. Here nothing will
                      # be printed to console to avoid another IOError/KeyboardInterrupt.
                      status = -1
                  sys.exit(status & 255)
              if pycompat.ispy3:
                  def initstdio():
                      # stdio streams on Python 3 are io.TextIOWrapper instances proxying another
                      # buffer. These streams will normalize \n to \r\n by default. Mercurial's
                      # preferred mechanism for writing output (ui.write()) uses io.BufferedWriter
                      # instances, which write to the underlying stdio file descriptor in binary
                      # mode. ui.write() uses \n for line endings and no line ending normalization
                      # is attempted through this interface. This "just works," even if the system
                      # preferred line ending is not \n.
                      #
                      # But some parts of Mercurial (e.g. hooks) can still send data to sys.stdout
                      # and sys.stderr. They will inherit the line ending normalization settings,
                      # potentially causing e.g. \r\n to be emitted. Since emitting \n should
                      # "just work," here we change the sys.* streams to disable line ending
                      # normalization, ensuring compatibility with our ui type.
                      # write_through is new in Python 3.7.
                      kwargs = {
                          "newline": "\n",
                          "line_buffering": sys.stdout.line_buffering,
                      }
                      if util.safehasattr(sys.stdout, "write_through"):
                          kwargs["write_through"] = sys.stdout.write_through
                      sys.stdout = io.TextIOWrapper(
                          sys.stdout.buffer, sys.stdout.encoding, sys.stdout.errors, **kwargs
                      )
                      kwargs = {
                          "newline": "\n",
                          "line_buffering": sys.stderr.line_buffering,
                      }
                      if util.safehasattr(sys.stderr, "write_through"):
                          kwargs["write_through"] = sys.stderr.write_through
                      sys.stderr = io.TextIOWrapper(
                          sys.stderr.buffer, sys.stderr.encoding, sys.stderr.errors, **kwargs
                      )
                      # No write_through on read-only stream.
                      sys.stdin = io.TextIOWrapper(
                          sys.stdin.buffer,
                          sys.stdin.encoding,
                          sys.stdin.errors,
                          # None is universal newlines mode.
                          newline=None,
                          line_buffering=sys.stdin.line_buffering,
                      )
                  def _silencestdio():
                      for fp in (sys.stdout, sys.stderr):
                          # Check if the file is okay
                          try:
                              fp.flush()
                              continue
                          except IOError:
                              pass
                          # Otherwise mark it as closed to silence "Exception ignored in"
                          # message emitted by the interpreter finalizer. Be careful to
                          # not close procutil.stdout, which may be a fdopen-ed file object
                          # and its close() actually closes the underlying file descriptor.
                          try:
                              fp.close()
                          except IOError:
                              pass
              else:
                  def initstdio():
                      for fp in (sys.stdin, sys.stdout, sys.stderr):
                          procutil.setbinary(fp)
                  def _silencestdio():
                      pass
              def _getsimilar(symbols, value):
                  sim = lambda x: difflib.SequenceMatcher(None, value, x).ratio()
                  # The cutoff for similarity here is pretty arbitrary. It should
                  # probably be investigated and tweaked.
                  return [s for s in symbols if sim(s) > 0.6]
              def _reportsimilar(write, similar):
                  if len(similar) == 1:
                      write(_(b"(did you mean %s?)\n") % similar[0])
                  elif similar:
                      ss = b", ".join(sorted(similar))
                      write(_(b"(did you mean one of %s?)\n") % ss)
              def _formatparse(write, inst):
                  similar = []
                  if isinstance(inst, error.UnknownIdentifier):
                      # make sure to check fileset first, as revset can invoke fileset
                      similar = _getsimilar(inst.symbols, inst.function)
                  if len(inst.args) > 1:
                      write(
                          _(b"hg: parse error at %s: %s\n")
                          % (pycompat.bytestr(inst.args[1]), inst.args[0])
                      )
                      if inst.args[0].startswith(b' '):
                          write(_(b"unexpected leading whitespace\n"))
                  else:
                      write(_(b"hg: parse error: %s\n") % inst.args[0])
                      _reportsimilar(write, similar)
                  if inst.hint:
                      write(_(b"(%s)\n") % inst.hint)
              def _formatargs(args):
                  return b' '.join(procutil.shellquote(a) for a in args)
              def dispatch(req):
                  """run the command specified in req.args; returns an integer status code"""
                  with tracing.log('dispatch.dispatch'):
                      if req.ferr:
                          ferr = req.ferr
                      elif req.ui:
                          ferr = req.ui.ferr
                      else:
                          ferr = procutil.stderr
                      try:
                          if not req.ui:
                              req.ui = uimod.ui.load()
                          req.earlyoptions.update(_earlyparseopts(req.ui, req.args))
                          if req.earlyoptions[b'traceback']:
                              req.ui.setconfig(b'ui', b'traceback', b'on', b'--traceback')
                          # set ui streams from the request
                          if req.fin:
                              req.ui.fin = req.fin
                          if req.fout:
                              req.ui.fout = req.fout
                          if req.ferr:
                              req.ui.ferr = req.ferr
                          if req.fmsg:
                              req.ui.fmsg = req.fmsg
                      except error.Abort as inst:
                          ferr.write(_(b"abort: %s\n") % inst)
                          if inst.hint:
                              ferr.write(_(b"(%s)\n") % inst.hint)
                          return -1
                      except error.ParseError as inst:
                          _formatparse(ferr.write, inst)
                          return -1
                      msg = _formatargs(req.args)
                      starttime = util.timer()
                      ret = 1  # default of Python exit code on unhandled exception
                      try:
                          ret = _runcatch(req) or 0
                      except error.ProgrammingError as inst:
                          req.ui.error(_(b'** ProgrammingError: %s\n') % inst)
                          if inst.hint:
                              req.ui.error(_(b'** (%s)\n') % inst.hint)
                          raise
                      except KeyboardInterrupt as inst:
                          try:
                              if isinstance(inst, error.SignalInterrupt):
                                  msg = _(b"killed!\n")
                              else:
                                  msg = _(b"interrupted!\n")
                              req.ui.error(msg)
                          except error.SignalInterrupt:
                              # maybe pager would quit without consuming all the output, and
                              # SIGPIPE was raised. we cannot print anything in this case.
                              pass
                          except IOError as inst:
                              if inst.errno != errno.EPIPE:
                                  raise
                          ret = -1
                      finally:
                          duration = util.timer() - starttime
-                         req.ui.flush()
+                         req.ui.flush()  # record blocked times
                          if req.ui.logblockedtimes:
                              req.ui._blockedtimes[b'command_duration'] = duration * 1000
                              req.ui.log(
                                  b'uiblocked',
                                  b'ui blocked ms\n',
                                  **pycompat.strkwargs(req.ui._blockedtimes)
                              )
                          return_code = ret & 255
                          req.ui.log(
                              b"commandfinish",
                              b"%s exited %d after %0.2f seconds\n",
                              msg,
                              return_code,
                              duration,
                              return_code=return_code,
                              duration=duration,
                              canonical_command=req.canonical_command,
                          )
                          try:
                              req._runexithandlers()
                          except:  # exiting, so no re-raises
                              ret = ret or -1
+                         # do flush again since ui.log() and exit handlers may write to ui
+                         req.ui.flush()
                      return ret
              def _runcatch(req):
                  with tracing.log('dispatch._runcatch'):
                      def catchterm(*args):
                          raise error.SignalInterrupt
                      ui = req.ui
                      try:
                          for name in b'SIGBREAK', b'SIGHUP', b'SIGTERM':
                              num = getattr(signal, name, None)
                              if num:
                                  signal.signal(num, catchterm)
                      except ValueError:
                          pass  # happens if called in a thread
                      def _runcatchfunc():
                          realcmd = None
                          try:
                              cmdargs = fancyopts.fancyopts(
                                  req.args[:], commands.globalopts, {}
                              )
                              cmd = cmdargs[0]
                              aliases, entry = cmdutil.findcmd(cmd, commands.table, False)
                              realcmd = aliases[0]
                          except (
                              error.UnknownCommand,
                              error.AmbiguousCommand,
                              IndexError,
                              getopt.GetoptError,
                          ):
                              # Don't handle this here. We know the command is
                              # invalid, but all we're worried about for now is that
                              # it's not a command that server operators expect to
                              # be safe to offer to users in a sandbox.
                              pass
                          if realcmd == b'serve' and b'--stdio' in cmdargs:
                              # We want to constrain 'hg serve --stdio' instances pretty
                              # closely, as many shared-ssh access tools want to grant
                              # access to run *only* 'hg -R $repo serve --stdio'. We
                              # restrict to exactly that set of arguments, and prohibit
                              # any repo name that starts with '--' to prevent
                              # shenanigans wherein a user does something like pass
                              # --debugger or --config=ui.debugger=1 as a repo
                              # name. This used to actually run the debugger.
                              if (
                                  len(req.args) != 4
                                  or req.args[0] != b'-R'
                                  or req.args[1].startswith(b'--')
                                  or req.args[2] != b'serve'
                                  or req.args[3] != b'--stdio'
                              ):
                                  raise error.Abort(
                                      _(b'potentially unsafe serve --stdio invocation: %s')
                                      % (stringutil.pprint(req.args),)
                                  )
                          try:
                              debugger = b'pdb'
                              debugtrace = {b'pdb': pdb.set_trace}
                              debugmortem = {b'pdb': pdb.post_mortem}
                              # read --config before doing anything else
                              # (e.g. to change trust settings for reading .hg/hgrc)
                              cfgs = _parseconfig(req.ui, req.earlyoptions[b'config'])
                              if req.repo:
                                  # copy configs that were passed on the cmdline (--config) to
                                  # the repo ui
                                  for sec, name, val in cfgs:
                                      req.repo.ui.setconfig(
                                          sec, name, val, source=b'--config'
                                      )
                              # developer config: ui.debugger
                              debugger = ui.config(b"ui", b"debugger")
                              debugmod = pdb
                              if not debugger or ui.plain():
                                  # if we are in HGPLAIN mode, then disable custom debugging
                                  debugger = b'pdb'
                              elif req.earlyoptions[b'debugger']:
                                  # This import can be slow for fancy debuggers, so only
                                  # do it when absolutely necessary, i.e. when actual
                                  # debugging has been requested
                                  with demandimport.deactivated():
                                      try:
                                          debugmod = __import__(debugger)
                                      except ImportError:
                                          pass  # Leave debugmod = pdb
                              debugtrace[debugger] = debugmod.set_trace
                              debugmortem[debugger] = debugmod.post_mortem
                              # enter the debugger before command execution
                              if req.earlyoptions[b'debugger']:
                                  ui.warn(
                                      _(
                                          b"entering debugger - "
                                          b"type c to continue starting hg or h for help\n"
                                      )
                                  )
                                  if (
                                      debugger != b'pdb'
                                      and debugtrace[debugger] == debugtrace[b'pdb']
                                  ):
                                      ui.warn(
                                          _(
                                              b"%s debugger specified "
                                              b"but its module was not found\n"
                                          )
                                          % debugger
                                      )
                                  with demandimport.deactivated():
                                      debugtrace[debugger]()
                              try:
                                  return _dispatch(req)
                              finally:
                                  ui.flush()
                          except:  # re-raises
                              # enter the debugger when we hit an exception
                              if req.earlyoptions[b'debugger']:
                                  traceback.print_exc()
                                  debugmortem[debugger](sys.exc_info()[2])
                              raise
                      return _callcatch(ui, _runcatchfunc)
              def _callcatch(ui, func):
                  """like scmutil.callcatch but handles more high-level exceptions about
                  config parsing and commands. besides, use handlecommandexception to handle
                  uncaught exceptions.
                  """
                  try:
                      return scmutil.callcatch(ui, func)
                  except error.AmbiguousCommand as inst:
                      ui.warn(
                          _(b"hg: command '%s' is ambiguous:\n    %s\n")
                          % (inst.args[0], b" ".join(inst.args[1]))
                      )
                  except error.CommandError as inst:
                      if inst.args[0]:
                          ui.pager(b'help')
                          msgbytes = pycompat.bytestr(inst.args[1])
                          ui.warn(_(b"hg %s: %s\n") % (inst.args[0], msgbytes))
                          commands.help_(ui, inst.args[0], full=False, command=True)
                      else:
                          ui.warn(_(b"hg: %s\n") % inst.args[1])
                          ui.warn(_(b"(use 'hg help -v' for a list of global options)\n"))
                  except error.ParseError as inst:
                      _formatparse(ui.warn, inst)
                      return -1
                  except error.UnknownCommand as inst:
                      nocmdmsg = _(b"hg: unknown command '%s'\n") % inst.args[0]
                      try:
                          # check if the command is in a disabled extension
                          # (but don't check for extensions themselves)
                          formatted = help.formattedhelp(
                              ui, commands, inst.args[0], unknowncmd=True
                          )
                          ui.warn(nocmdmsg)
                          ui.write(formatted)
                      except (error.UnknownCommand, error.Abort):
                          suggested = False
                          if len(inst.args) == 2:
                              sim = _getsimilar(inst.args[1], inst.args[0])
                              if sim:
                                  ui.warn(nocmdmsg)
                                  _reportsimilar(ui.warn, sim)
                                  suggested = True
                          if not suggested:
                              ui.warn(nocmdmsg)
                              ui.warn(_(b"(use 'hg help' for a list of commands)\n"))
                  except IOError:
                      raise
                  except KeyboardInterrupt:
                      raise
                  except:  # probably re-raises
                      if not handlecommandexception(ui):
                          raise
                  return -1
              def aliasargs(fn, givenargs):
                  args = []
                  # only care about alias 'args', ignore 'args' set by extensions.wrapfunction
                  if not util.safehasattr(fn, b'_origfunc'):
                      args = getattr(fn, 'args', args)
                  if args:
                      cmd = b' '.join(map(procutil.shellquote, args))
                      nums = []
                      def replacer(m):
                          num = int(m.group(1)) - 1
                          nums.append(num)
                          if num < len(givenargs):
                              return givenargs[num]
                          raise error.Abort(_(b'too few arguments for command alias'))
                      cmd = re.sub(br'\$(\d+|\$)', replacer, cmd)
                      givenargs = [x for i, x in enumerate(givenargs) if i not in nums]
                      args = pycompat.shlexsplit(cmd)
                  return args + givenargs
              def aliasinterpolate(name, args, cmd):
                  '''interpolate args into cmd for shell aliases
                  This also handles $0, $@ and "$@".
                  '''
                  # util.interpolate can't deal with "$@" (with quotes) because it's only
                  # built to match prefix + patterns.
                  replacemap = {b'$%d' % (i + 1): arg for i, arg in enumerate(args)}
                  replacemap[b'$0'] = name
                  replacemap[b'$$'] = b'$'
                  replacemap[b'$@'] = b' '.join(args)
                  # Typical Unix shells interpolate "$@" (with quotes) as all the positional
                  # parameters, separated out into words. Emulate the same behavior here by
                  # quoting the arguments individually. POSIX shells will then typically
                  # tokenize each argument into exactly one word.
                  replacemap[b'"$@"'] = b' '.join(procutil.shellquote(arg) for arg in args)
                  # escape '\$' for regex
                  regex = b'|'.join(replacemap.keys()).replace(b'$', br'\$')
                  r = re.compile(regex)
                  return r.sub(lambda x: replacemap[x.group()], cmd)
              class cmdalias(object):
                  def __init__(self, ui, name, definition, cmdtable, source):
                      self.name = self.cmd = name
                      self.cmdname = b''
                      self.definition = definition
                      self.fn = None
                      self.givenargs = []
                      self.opts = []
                      self.help = b''
                      self.badalias = None
                      self.unknowncmd = False
                      self.source = source
                      try:
                          aliases, entry = cmdutil.findcmd(self.name, cmdtable)
                          for alias, e in pycompat.iteritems(cmdtable):
                              if e is entry:
                                  self.cmd = alias
                                  break
                          self.shadows = True
                      except error.UnknownCommand:
                          self.shadows = False
                      if not self.definition:
                          self.badalias = _(b"no definition for alias '%s'") % self.name
                          return
                      if self.definition.startswith(b'!'):
                          shdef = self.definition[1:]
                          self.shell = True
                          def fn(ui, *args):
                              env = {b'HG_ARGS': b' '.join((self.name,) + args)}
                              def _checkvar(m):
                                  if m.groups()[0] == b'$':
                                      return m.group()
                                  elif int(m.groups()[0]) <= len(args):
                                      return m.group()
                                  else:
                                      ui.debug(
                                          b"No argument found for substitution "
                                          b"of %i variable in alias '%s' definition.\n"
                                          % (int(m.groups()[0]), self.name)
                                      )
                                      return b''
                              cmd = re.sub(br'\$(\d+|\$)', _checkvar, shdef)
                              cmd = aliasinterpolate(self.name, args, cmd)
                              return ui.system(
                                  cmd, environ=env, blockedtag=b'alias_%s' % self.name
                              )
                          self.fn = fn
                          self.alias = True
                          self._populatehelp(ui, name, shdef, self.fn)
                          return
                      try:
                          args = pycompat.shlexsplit(self.definition)
                      except ValueError as inst:
                          self.badalias = _(b"error in definition for alias '%s': %s") % (
                              self.name,
                              stringutil.forcebytestr(inst),
                          )
                          return
                      earlyopts, args = _earlysplitopts(args)
                      if earlyopts:
                          self.badalias = _(
                              b"error in definition for alias '%s': %s may "
                              b"only be given on the command line"
                          ) % (self.name, b'/'.join(pycompat.ziplist(*earlyopts)[0]))
                          return
                      self.cmdname = cmd = args.pop(0)
                      self.givenargs = args
                      try:
                          tableentry = cmdutil.findcmd(cmd, cmdtable, False)[1]
                          if len(tableentry) > 2:
                              self.fn, self.opts, cmdhelp = tableentry
                          else:
                              self.fn, self.opts = tableentry
                              cmdhelp = None
                          self.alias = True
                          self._populatehelp(ui, name, cmd, self.fn, cmdhelp)
                      except error.UnknownCommand:
                          self.badalias = _(
                              b"alias '%s' resolves to unknown command '%s'"
                          ) % (self.name, cmd,)
                          self.unknowncmd = True
                      except error.AmbiguousCommand:
                          self.badalias = _(
                              b"alias '%s' resolves to ambiguous command '%s'"
                          ) % (self.name, cmd,)
                  def _populatehelp(self, ui, name, cmd, fn, defaulthelp=None):
                      # confine strings to be passed to i18n.gettext()
                      cfg = {}
                      for k in (b'doc', b'help', b'category'):
                          v = ui.config(b'alias', b'%s:%s' % (name, k), None)
                          if v is None:
                              continue
                          if not encoding.isasciistr(v):
                              self.badalias = _(
                                  b"non-ASCII character in alias definition '%s:%s'"
                              ) % (name, k)
                              return
                          cfg[k] = v
                      self.help = cfg.get(b'help', defaulthelp or b'')
                      if self.help and self.help.startswith(b"hg " + cmd):
                          # drop prefix in old-style help lines so hg shows the alias
                          self.help = self.help[4 + len(cmd) :]
                      self.owndoc = b'doc' in cfg
                      doc = cfg.get(b'doc', pycompat.getdoc(fn))
                      if doc is not None:
                          doc = pycompat.sysstr(doc)
                      self.__doc__ = doc
                      self.helpcategory = cfg.get(
                          b'category', registrar.command.CATEGORY_NONE
                      )
                  @property
                  def args(self):
                      args = pycompat.maplist(util.expandpath, self.givenargs)
                      return aliasargs(self.fn, args)
                  def __getattr__(self, name):
                      adefaults = {
                          'norepo': True,
                          'intents': set(),
                          'optionalrepo': False,
                          'inferrepo': False,
                      }
                      if name not in adefaults:
                          raise AttributeError(name)
                      if self.badalias or util.safehasattr(self, b'shell'):
                          return adefaults[name]
                      return getattr(self.fn, name)
                  def __call__(self, ui, *args, **opts):
                      if self.badalias:
                          hint = None
                          if self.unknowncmd:
                              try:
                                  # check if the command is in a disabled extension
                                  cmd, ext = extensions.disabledcmd(ui, self.cmdname)[:2]
                                  hint = _(b"'%s' is provided by '%s' extension") % (cmd, ext)
                              except error.UnknownCommand:
                                  pass
                          raise error.Abort(self.badalias, hint=hint)
                      if self.shadows:
                          ui.debug(
                              b"alias '%s' shadows command '%s'\n" % (self.name, self.cmdname)
                          )
                      ui.log(
                          b'commandalias',
                          b"alias '%s' expands to '%s'\n",
                          self.name,
                          self.definition,
                      )
                      if util.safehasattr(self, b'shell'):
                          return self.fn(ui, *args, **opts)
                      else:
                          try:
                              return util.checksignature(self.fn)(ui, *args, **opts)
                          except error.SignatureError:
                              args = b' '.join([self.cmdname] + self.args)
                              ui.debug(b"alias '%s' expands to '%s'\n" % (self.name, args))
                              raise
              class lazyaliasentry(object):
                  """like a typical command entry (func, opts, help), but is lazy"""
                  def __init__(self, ui, name, definition, cmdtable, source):
                      self.ui = ui
                      self.name = name
                      self.definition = definition
                      self.cmdtable = cmdtable.copy()
                      self.source = source
                      self.alias = True
                  @util.propertycache
                  def _aliasdef(self):
                      return cmdalias(
                          self.ui, self.name, self.definition, self.cmdtable, self.source
                      )
                  def __getitem__(self, n):
                      aliasdef = self._aliasdef
                      if n == 0:
                          return aliasdef
                      elif n == 1:
                          return aliasdef.opts
                      elif n == 2:
                          return aliasdef.help
                      else:
                          raise IndexError
                  def __iter__(self):
                      for i in range(3):
                          yield self[i]
                  def __len__(self):
                      return 3
              def addaliases(ui, cmdtable):
                  # aliases are processed after extensions have been loaded, so they
                  # may use extension commands. Aliases can also use other alias definitions,
                  # but only if they have been defined prior to the current definition.
                  for alias, definition in ui.configitems(b'alias', ignoresub=True):
                      try:
                          if cmdtable[alias].definition == definition:
                              continue
                      except (KeyError, AttributeError):
                          # definition might not exist or it might not be a cmdalias
                          pass
                      source = ui.configsource(b'alias', alias)
                      entry = lazyaliasentry(ui, alias, definition, cmdtable, source)
                      cmdtable[alias] = entry
              def _parse(ui, args):
                  options = {}
                  cmdoptions = {}
                  try:
                      args = fancyopts.fancyopts(args, commands.globalopts, options)
                  except getopt.GetoptError as inst:
                      raise error.CommandError(None, stringutil.forcebytestr(inst))
                  if args:
                      cmd, args = args[0], args[1:]
                      aliases, entry = cmdutil.findcmd(
                          cmd, commands.table, ui.configbool(b"ui", b"strict")
                      )
                      cmd = aliases[0]
                      args = aliasargs(entry[0], args)
                      defaults = ui.config(b"defaults", cmd)
                      if defaults:
                          args = (
                              pycompat.maplist(util.expandpath, pycompat.shlexsplit(defaults))
                              + args
                          )
                      c = list(entry[1])
                  else:
                      cmd = None
                      c = []
                  # combine global options into local
                  for o in commands.globalopts:
                      c.append((o[0], o[1], options[o[1]], o[3]))
                  try:
                      args = fancyopts.fancyopts(args, c, cmdoptions, gnu=True)
                  except getopt.GetoptError as inst:
                      raise error.CommandError(cmd, stringutil.forcebytestr(inst))
                  # separate global options back out
                  for o in commands.globalopts:
                      n = o[1]
                      options[n] = cmdoptions[n]
                      del cmdoptions[n]
                  return (cmd, cmd and entry[0] or None, args, options, cmdoptions)
              def _parseconfig(ui, config):
                  """parse the --config options from the command line"""
                  configs = []
                  for cfg in config:
                      try:
                          name, value = [cfgelem.strip() for cfgelem in cfg.split(b'=', 1)]
                          section, name = name.split(b'.', 1)
                          if not section or not name:
                              raise IndexError
                          ui.setconfig(section, name, value, b'--config')
                          configs.append((section, name, value))
                      except (IndexError, ValueError):
                          raise error.Abort(
                              _(
                                  b'malformed --config option: %r '
                                  b'(use --config section.name=value)'
                              )
                              % pycompat.bytestr(cfg)
                          )
                  return configs
              def _earlyparseopts(ui, args):
                  options = {}
                  fancyopts.fancyopts(
                      args,
                      commands.globalopts,
                      options,
                      gnu=not ui.plain(b'strictflags'),
                      early=True,
                      optaliases={b'repository': [b'repo']},
                  )
                  return options
              def _earlysplitopts(args):
                  """Split args into a list of possible early options and remainder args"""
                  shortoptions = b'R:'
                  # TODO: perhaps 'debugger' should be included
                  longoptions = [b'cwd=', b'repository=', b'repo=', b'config=']
                  return fancyopts.earlygetopt(
                      args, shortoptions, longoptions, gnu=True, keepsep=True
                  )
              def runcommand(lui, repo, cmd, fullargs, ui, options, d, cmdpats, cmdoptions):
                  # run pre-hook, and abort if it fails
                  hook.hook(
                      lui,
                      repo,
                      b"pre-%s" % cmd,
                      True,
                      args=b" ".join(fullargs),
                      pats=cmdpats,
                      opts=cmdoptions,
                  )
                  try:
                      ret = _runcommand(ui, options, cmd, d)
                      # run post-hook, passing command result
                      hook.hook(
                          lui,
                          repo,
                          b"post-%s" % cmd,
                          False,
                          args=b" ".join(fullargs),
                          result=ret,
                          pats=cmdpats,
                          opts=cmdoptions,
                      )
                  except Exception:
                      # run failure hook and re-raise
                      hook.hook(
                          lui,
                          repo,
                          b"fail-%s" % cmd,
                          False,
                          args=b" ".join(fullargs),
                          pats=cmdpats,
                          opts=cmdoptions,
                      )
                      raise
                  return ret
              def _getlocal(ui, rpath, wd=None):
                  """Return (path, local ui object) for the given target path.
                  Takes paths in [cwd]/.hg/hgrc into account."
                  """
                  if wd is None:
                      try:
                          wd = encoding.getcwd()
                      except OSError as e:
                          raise error.Abort(
                              _(b"error getting current working directory: %s")
                              % encoding.strtolocal(e.strerror)
                          )
                  path = cmdutil.findrepo(wd) or b""
                  if not path:
                      lui = ui
                  else:
                      lui = ui.copy()
                      if rcutil.use_repo_hgrc():
                          lui.readconfig(os.path.join(path, b".hg", b"hgrc"), path)
                  if rpath:
                      path = lui.expandpath(rpath)
                      lui = ui.copy()
                      if rcutil.use_repo_hgrc():
                          lui.readconfig(os.path.join(path, b".hg", b"hgrc"), path)
                  return path, lui
              def _checkshellalias(lui, ui, args):
                  """Return the function to run the shell alias, if it is required"""
                  options = {}
                  try:
                      args = fancyopts.fancyopts(args, commands.globalopts, options)
                  except getopt.GetoptError:
                      return
                  if not args:
                      return
                  cmdtable = commands.table
                  cmd = args[0]
                  try:
                      strict = ui.configbool(b"ui", b"strict")
                      aliases, entry = cmdutil.findcmd(cmd, cmdtable, strict)
                  except (error.AmbiguousCommand, error.UnknownCommand):
                      return
                  cmd = aliases[0]
                  fn = entry[0]
                  if cmd and util.safehasattr(fn, b'shell'):
                      # shell alias shouldn't receive early options which are consumed by hg
                      _earlyopts, args = _earlysplitopts(args)
                      d = lambda: fn(ui, *args[1:])
                      return lambda: runcommand(
                          lui, None, cmd, args[:1], ui, options, d, [], {}
                      )
              def _dispatch(req):
                  args = req.args
                  ui = req.ui
                  # check for cwd
                  cwd = req.earlyoptions[b'cwd']
                  if cwd:
                      os.chdir(cwd)
                  rpath = req.earlyoptions[b'repository']
                  path, lui = _getlocal(ui, rpath)
                  uis = {ui, lui}
                  if req.repo:
                      uis.add(req.repo.ui)
                  if (
                      req.earlyoptions[b'verbose']
                      or req.earlyoptions[b'debug']
                      or req.earlyoptions[b'quiet']
                  ):
                      for opt in (b'verbose', b'debug', b'quiet'):
                          val = pycompat.bytestr(bool(req.earlyoptions[opt]))
                          for ui_ in uis:
                              ui_.setconfig(b'ui', opt, val, b'--' + opt)
                  if req.earlyoptions[b'profile']:
                      for ui_ in uis:
                          ui_.setconfig(b'profiling', b'enabled', b'true', b'--profile')
                  profile = lui.configbool(b'profiling', b'enabled')
                  with profiling.profile(lui, enabled=profile) as profiler:
                      # Configure extensions in phases: uisetup, extsetup, cmdtable, and
                      # reposetup
                      extensions.loadall(lui)
                      # Propagate any changes to lui.__class__ by extensions
                      ui.__class__ = lui.__class__
                      # (uisetup and extsetup are handled in extensions.loadall)
                      # (reposetup is handled in hg.repository)
                      addaliases(lui, commands.table)
                      # All aliases and commands are completely defined, now.
                      # Check abbreviation/ambiguity of shell alias.
                      shellaliasfn = _checkshellalias(lui, ui, args)
                      if shellaliasfn:
                          # no additional configs will be set, set up the ui instances
                          for ui_ in uis:
                              extensions.populateui(ui_)
                          return shellaliasfn()
                      # check for fallback encoding
                      fallback = lui.config(b'ui', b'fallbackencoding')
                      if fallback:
                          encoding.fallbackencoding = fallback
                      fullargs = args
                      cmd, func, args, options, cmdoptions = _parse(lui, args)
                      # store the canonical command name in request object for later access
                      req.canonical_command = cmd
                      if options[b"config"] != req.earlyoptions[b"config"]:
                          raise error.Abort(_(b"option --config may not be abbreviated!"))
                      if options[b"cwd"] != req.earlyoptions[b"cwd"]:
                          raise error.Abort(_(b"option --cwd may not be abbreviated!"))
                      if options[b"repository"] != req.earlyoptions[b"repository"]:
                          raise error.Abort(
                              _(
                                  b"option -R has to be separated from other options (e.g. not "
                                  b"-qR) and --repository may only be abbreviated as --repo!"
                              )
                          )
                      if options[b"debugger"] != req.earlyoptions[b"debugger"]:
                          raise error.Abort(_(b"option --debugger may not be abbreviated!"))
                      # don't validate --profile/--traceback, which can be enabled from now
                      if options[b"encoding"]:
                          encoding.encoding = options[b"encoding"]
                      if options[b"encodingmode"]:
                          encoding.encodingmode = options[b"encodingmode"]
                      if options[b"time"]:
                          def get_times():
                              t = os.times()
                              if t[4] == 0.0:
                                  # Windows leaves this as zero, so use time.perf_counter()
                                  t = (t[0], t[1], t[2], t[3], util.timer())
                              return t
                          s = get_times()
                          def print_time():
                              t = get_times()
                              ui.warn(
                                  _(b"time: real %.3f secs (user %.3f+%.3f sys %.3f+%.3f)\n")
                                  % (
                                      t[4] - s[4],
                                      t[0] - s[0],
                                      t[2] - s[2],
                                      t[1] - s[1],
                                      t[3] - s[3],
                                  )
                              )
                          ui.atexit(print_time)
                      if options[b"profile"]:
                          profiler.start()
                      # if abbreviated version of this were used, take them in account, now
                      if options[b'verbose'] or options[b'debug'] or options[b'quiet']:
                          for opt in (b'verbose', b'debug', b'quiet'):
                              if options[opt] == req.earlyoptions[opt]:
                                  continue
                              val = pycompat.bytestr(bool(options[opt]))
                              for ui_ in uis:
                                  ui_.setconfig(b'ui', opt, val, b'--' + opt)
                      if options[b'traceback']:
                          for ui_ in uis:
                              ui_.setconfig(b'ui', b'traceback', b'on', b'--traceback')
                      if options[b'noninteractive']:
                          for ui_ in uis:
                              ui_.setconfig(b'ui', b'interactive', b'off', b'-y')
                      if cmdoptions.get(b'insecure', False):
                          for ui_ in uis:
                              ui_.insecureconnections = True
                      # setup color handling before pager, because setting up pager
                      # might cause incorrect console information
                      coloropt = options[b'color']
                      for ui_ in uis:
                          if coloropt:
                              ui_.setconfig(b'ui', b'color', coloropt, b'--color')
                          color.setup(ui_)
                      if stringutil.parsebool(options[b'pager']):
                          # ui.pager() expects 'internal-always-' prefix in this case
                          ui.pager(b'internal-always-' + cmd)
                      elif options[b'pager'] != b'auto':
                          for ui_ in uis:
                              ui_.disablepager()
                      # configs are fully loaded, set up the ui instances
                      for ui_ in uis:
                          extensions.populateui(ui_)
                      if options[b'version']:
                          return commands.version_(ui)
                      if options[b'help']:
                          return commands.help_(ui, cmd, command=cmd is not None)
                      elif not cmd:
                          return commands.help_(ui, b'shortlist')
                      repo = None
                      cmdpats = args[:]
                      assert func is not None  # help out pytype
                      if not func.norepo:
                          # use the repo from the request only if we don't have -R
                          if not rpath and not cwd:
                              repo = req.repo
                          if repo:
                              # set the descriptors of the repo ui to those of ui
                              repo.ui.fin = ui.fin
                              repo.ui.fout = ui.fout
                              repo.ui.ferr = ui.ferr
                              repo.ui.fmsg = ui.fmsg
                          else:
                              try:
                                  repo = hg.repository(
                                      ui,
                                      path=path,
                                      presetupfuncs=req.prereposetups,
                                      intents=func.intents,
                                  )
                                  if not repo.local():
                                      raise error.Abort(
                                          _(b"repository '%s' is not local") % path
                                      )
                                  repo.ui.setconfig(
                                      b"bundle", b"mainreporoot", repo.root, b'repo'
                                  )
                              except error.RequirementError:
                                  raise
                              except error.RepoError:
                                  if rpath:  # invalid -R path
                                      raise
                                  if not func.optionalrepo:
                                      if func.inferrepo and args and not path:
                                          # try to infer -R from command args
                                          repos = pycompat.maplist(cmdutil.findrepo, args)
                                          guess = repos[0]
                                          if guess and repos.count(guess) == len(repos):
                                              req.args = [b'--repository', guess] + fullargs
                                              req.earlyoptions[b'repository'] = guess
                                              return _dispatch(req)
                                      if not path:
                                          raise error.RepoError(
                                              _(
                                                  b"no repository found in"
                                                  b" '%s' (.hg not found)"
                                              )
                                              % encoding.getcwd()
                                          )
                                      raise
                          if repo:
                              ui = repo.ui
                              if options[b'hidden']:
                                  repo = repo.unfiltered()
                          args.insert(0, repo)
                      elif rpath:
                          ui.warn(_(b"warning: --repository ignored\n"))
                      msg = _formatargs(fullargs)
                      ui.log(b"command", b'%s\n', msg)
                      strcmdopt = pycompat.strkwargs(cmdoptions)
                      d = lambda: util.checksignature(func)(ui, *args, **strcmdopt)
                      try:
                          return runcommand(
                              lui, repo, cmd, fullargs, ui, options, d, cmdpats, cmdoptions
                          )
                      finally:
                          if repo and repo != req.repo:
                              repo.close()
              def _runcommand(ui, options, cmd, cmdfunc):
                  """Run a command function, possibly with profiling enabled."""
                  try:
                      with tracing.log("Running %s command" % cmd):
                          return cmdfunc()
                  except error.SignatureError:
                      raise error.CommandError(cmd, _(b'invalid arguments'))
              def _exceptionwarning(ui):
                  """Produce a warning message for the current active exception"""
                  # For compatibility checking, we discard the portion of the hg
                  # version after the + on the assumption that if a "normal
                  # user" is running a build with a + in it the packager
                  # probably built from fairly close to a tag and anyone with a
                  # 'make local' copy of hg (where the version number can be out
                  # of date) will be clueful enough to notice the implausible
                  # version number and try updating.
                  ct = util.versiontuple(n=2)
                  worst = None, ct, b''
                  if ui.config(b'ui', b'supportcontact') is None:
                      for name, mod in extensions.extensions():
                          # 'testedwith' should be bytes, but not all extensions are ported
                          # to py3 and we don't want UnicodeException because of that.
                          testedwith = stringutil.forcebytestr(
                              getattr(mod, 'testedwith', b'')
                          )
                          report = getattr(mod, 'buglink', _(b'the extension author.'))
                          if not testedwith.strip():
                              # We found an untested extension. It's likely the culprit.
                              worst = name, b'unknown', report
                              break
                          # Never blame on extensions bundled with Mercurial.
                          if extensions.ismoduleinternal(mod):
                              continue
                          tested = [util.versiontuple(t, 2) for t in testedwith.split()]
                          if ct in tested:
                              continue
                          lower = [t for t in tested if t < ct]
                          nearest = max(lower or tested)
                          if worst[0] is None or nearest < worst[1]:
                              worst = name, nearest, report
                  if worst[0] is not None:
                      name, testedwith, report = worst
                      if not isinstance(testedwith, (bytes, str)):
                          testedwith = b'.'.join(
                              [stringutil.forcebytestr(c) for c in testedwith]
                          )
                      warning = _(
                          b'** Unknown exception encountered with '
                          b'possibly-broken third-party extension %s\n'
                          b'** which supports versions %s of Mercurial.\n'
                          b'** Please disable %s and try your action again.\n'
                          b'** If that fixes the bug please report it to %s\n'
                      ) % (name, testedwith, name, stringutil.forcebytestr(report))
                  else:
                      bugtracker = ui.config(b'ui', b'supportcontact')
                      if bugtracker is None:
                          bugtracker = _(b"https://mercurial-scm.org/wiki/BugTracker")
                      warning = (
                          _(
                              b"** unknown exception encountered, "
                              b"please report by visiting\n** "
                          )
                          + bugtracker
                          + b'\n'
                      )
                  sysversion = pycompat.sysbytes(sys.version).replace(b'\n', b'')
                  warning += (
                      (_(b"** Python %s\n") % sysversion)
                      + (_(b"** Mercurial Distributed SCM (version %s)\n") % util.version())
                      + (
                          _(b"** Extensions loaded: %s\n")
                          % b", ".join([x[0] for x in extensions.extensions()])
                      )
                  )
                  return warning
              def handlecommandexception(ui):
                  """Produce a warning message for broken commands
                  Called when handling an exception; the exception is reraised if
                  this function returns False, ignored otherwise.
                  """
                  warning = _exceptionwarning(ui)
                  ui.log(
                      b"commandexception",
                      b"%s\n%s\n",
                      warning,
                      pycompat.sysbytes(traceback.format_exc()),
                  )
                  ui.warn(warning)
                  return False  # re-raise the exception

mercurial/mergestate.py

0 +7 0

              from __future__ import absolute_import
              import errno
              import shutil
              import struct
              from .i18n import _
              from .node import (
                  bin,
                  hex,
                  nullhex,
                  nullid,
              )
              from .pycompat import delattr
              from . import (
                  error,
                  filemerge,
                  pycompat,
                  util,
              )
              from .utils import hashutil
              _pack = struct.pack
              _unpack = struct.unpack
              def _droponode(data):
                  # used for compatibility for v1
                  bits = data.split(b'\0')
                  bits = bits[:-2] + bits[-1:]
                  return b'\0'.join(bits)
              def _filectxorabsent(hexnode, ctx, f):
                  if hexnode == nullhex:
                      return filemerge.absentfilectx(ctx, f)
                  else:
                      return ctx[f]
              # Merge state record types. See ``mergestate`` docs for more.
              ####
              # merge records which records metadata about a current merge
              # exists only once in a mergestate
              #####
              RECORD_LOCAL = b'L'
              RECORD_OTHER = b'O'
              # record merge labels
              RECORD_LABELS = b'l'
              # store info about merge driver used and it's state
              RECORD_MERGE_DRIVER_STATE = b'm'
              #####
              # record extra information about files, with one entry containing info about one
              # file. Hence, multiple of them can exists
              #####
              RECORD_FILE_VALUES = b'f'
              #####
              # merge records which represents state of individual merges of files/folders
              # These are top level records for each entry containing merge related info.
              # Each record of these has info about one file. Hence multiple of them can
              # exists
              #####
              RECORD_MERGED = b'F'
              RECORD_CHANGEDELETE_CONFLICT = b'C'
              RECORD_MERGE_DRIVER_MERGE = b'D'
              # the path was dir on one side of merge and file on another
              RECORD_PATH_CONFLICT = b'P'
              #####
              # possible state which a merge entry can have. These are stored inside top-level
              # merge records mentioned just above.
              #####
              MERGE_RECORD_UNRESOLVED = b'u'
              MERGE_RECORD_RESOLVED = b'r'
              MERGE_RECORD_UNRESOLVED_PATH = b'pu'
              MERGE_RECORD_RESOLVED_PATH = b'pr'
              MERGE_RECORD_DRIVER_RESOLVED = b'd'
              # represents that the file was automatically merged in favor
              # of other version. This info is used on commit.
              MERGE_RECORD_MERGED_OTHER = b'o'
              #####
              # top level record which stores other unknown records. Multiple of these can
              # exists
              #####
              RECORD_OVERRIDE = b't'
              #####
              # possible states which a merge driver can have. These are stored inside a
              # RECORD_MERGE_DRIVER_STATE entry
              #####
              MERGE_DRIVER_STATE_UNMARKED = b'u'
              MERGE_DRIVER_STATE_MARKED = b'm'
              MERGE_DRIVER_STATE_SUCCESS = b's'
+             #####
+             # legacy records which are no longer used but kept to prevent breaking BC
+             #####
+             # This record was release in 5.4 and usage was removed in 5.5
+             LEGACY_RECORD_RESOLVED_OTHER = b'R'
              ACTION_FORGET = b'f'
              ACTION_REMOVE = b'r'
              ACTION_ADD = b'a'
              ACTION_GET = b'g'
              ACTION_PATH_CONFLICT = b'p'
              ACTION_PATH_CONFLICT_RESOLVE = b'pr'
              ACTION_ADD_MODIFIED = b'am'
              ACTION_CREATED = b'c'
              ACTION_DELETED_CHANGED = b'dc'
              ACTION_CHANGED_DELETED = b'cd'
              ACTION_MERGE = b'm'
              ACTION_LOCAL_DIR_RENAME_GET = b'dg'
              ACTION_DIR_RENAME_MOVE_LOCAL = b'dm'
              ACTION_KEEP = b'k'
              ACTION_EXEC = b'e'
              ACTION_CREATED_MERGE = b'cm'
              class mergestate(object):
                  '''track 3-way merge state of individual files
                  The merge state is stored on disk when needed. Two files are used: one with
                  an old format (version 1), and one with a new format (version 2). Version 2
                  stores a superset of the data in version 1, including new kinds of records
                  in the future. For more about the new format, see the documentation for
                  `_readrecordsv2`.
                  Each record can contain arbitrary content, and has an associated type. This
                  `type` should be a letter. If `type` is uppercase, the record is mandatory:
                  versions of Mercurial that don't support it should abort. If `type` is
                  lowercase, the record can be safely ignored.
                  Currently known records:
                  L: the node of the "local" part of the merge (hexified version)
                  O: the node of the "other" part of the merge (hexified version)
                  F: a file to be merged entry
                  C: a change/delete or delete/change conflict
                  D: a file that the external merge driver will merge internally
                     (experimental)
                  P: a path conflict (file vs directory)
                  m: the external merge driver defined for this merge plus its run state
                     (experimental)
                  f: a (filename, dictionary) tuple of optional values for a given file
                  l: the labels for the parts of the merge.
                  Merge driver run states (experimental):
                  u: driver-resolved files unmarked -- needs to be run next time we're about
                     to resolve or commit
                  m: driver-resolved files marked -- only needs to be run before commit
                  s: success/skipped -- does not need to be run any more
                  Merge record states (stored in self._state, indexed by filename):
                  u: unresolved conflict
                  r: resolved conflict
                  pu: unresolved path conflict (file conflicts with directory)
                  pr: resolved path conflict
                  d: driver-resolved conflict
                  The resolve command transitions between 'u' and 'r' for conflicts and
                  'pu' and 'pr' for path conflicts.
                  '''
                  statepathv1 = b'merge/state'
                  statepathv2 = b'merge/state2'
                  @staticmethod
                  def clean(repo, node=None, other=None, labels=None):
                      """Initialize a brand new merge state, removing any existing state on
                      disk."""
                      ms = mergestate(repo)
                      ms.reset(node, other, labels)
                      return ms
                  @staticmethod
                  def read(repo):
                      """Initialize the merge state, reading it from disk."""
                      ms = mergestate(repo)
                      ms._read()
                      return ms
                  def __init__(self, repo):
                      """Initialize the merge state.
                      Do not use this directly! Instead call read() or clean()."""
                      self._repo = repo
                      self._dirty = False
                      self._labels = None
                  def reset(self, node=None, other=None, labels=None):
                      self._state = {}
                      self._stateextras = {}
                      self._local = None
                      self._other = None
                      self._labels = labels
                      for var in ('localctx', 'otherctx'):
                          if var in vars(self):
                              delattr(self, var)
                      if node:
                          self._local = node
                          self._other = other
                      self._readmergedriver = None
                      if self.mergedriver:
                          self._mdstate = MERGE_DRIVER_STATE_SUCCESS
                      else:
                          self._mdstate = MERGE_DRIVER_STATE_UNMARKED
                      shutil.rmtree(self._repo.vfs.join(b'merge'), True)
                      self._results = {}
                      self._dirty = False
                  def _read(self):
                      """Analyse each record content to restore a serialized state from disk
                      This function process "record" entry produced by the de-serialization
                      of on disk file.
                      """
                      self._state = {}
                      self._stateextras = {}
                      self._local = None
                      self._other = None
                      for var in ('localctx', 'otherctx'):
                          if var in vars(self):
                              delattr(self, var)
                      self._readmergedriver = None
                      self._mdstate = MERGE_DRIVER_STATE_SUCCESS
                      unsupported = set()
                      records = self._readrecords()
                      for rtype, record in records:
                          if rtype == RECORD_LOCAL:
                              self._local = bin(record)
                          elif rtype == RECORD_OTHER:
                              self._other = bin(record)
                          elif rtype == RECORD_MERGE_DRIVER_STATE:
                              bits = record.split(b'\0', 1)
                              mdstate = bits[1]
                              if len(mdstate) != 1 or mdstate not in (
                                  MERGE_DRIVER_STATE_UNMARKED,
                                  MERGE_DRIVER_STATE_MARKED,
                                  MERGE_DRIVER_STATE_SUCCESS,
                              ):
                                  # the merge driver should be idempotent, so just rerun it
                                  mdstate = MERGE_DRIVER_STATE_UNMARKED
                              self._readmergedriver = bits[0]
                              self._mdstate = mdstate
                          elif rtype in (
                              RECORD_MERGED,
                              RECORD_CHANGEDELETE_CONFLICT,
                              RECORD_PATH_CONFLICT,
                              RECORD_MERGE_DRIVER_MERGE,
+                             LEGACY_RECORD_RESOLVED_OTHER,
                          ):
                              bits = record.split(b'\0')
                              self._state[bits[0]] = bits[1:]
                          elif rtype == RECORD_FILE_VALUES:
                              filename, rawextras = record.split(b'\0', 1)
                              extraparts = rawextras.split(b'\0')
                              extras = {}
                              i = 0
                              while i < len(extraparts):
                                  extras[extraparts[i]] = extraparts[i + 1]
                                  i += 2
                              self._stateextras[filename] = extras
                          elif rtype == RECORD_LABELS:
                              labels = record.split(b'\0', 2)
                              self._labels = [l for l in labels if len(l) > 0]
                          elif not rtype.islower():
                              unsupported.add(rtype)
                      # contains a mapping of form:
                      # {filename : (merge_return_value, action_to_be_performed}
                      # these are results of re-running merge process
                      # this dict is used to perform actions on dirstate caused by re-running
                      # the merge
                      self._results = {}
                      self._dirty = False
                      if unsupported:
                          raise error.UnsupportedMergeRecords(unsupported)
                  def _readrecords(self):
                      """Read merge state from disk and return a list of record (TYPE, data)
                      We read data from both v1 and v2 files and decide which one to use.
                      V1 has been used by version prior to 2.9.1 and contains less data than
                      v2. We read both versions and check if no data in v2 contradicts
                      v1. If there is not contradiction we can safely assume that both v1
                      and v2 were written at the same time and use the extract data in v2. If
                      there is contradiction we ignore v2 content as we assume an old version
                      of Mercurial has overwritten the mergestate file and left an old v2
                      file around.
                      returns list of record [(TYPE, data), ...]"""
                      v1records = self._readrecordsv1()
                      v2records = self._readrecordsv2()
                      if self._v1v2match(v1records, v2records):
                          return v2records
                      else:
                          # v1 file is newer than v2 file, use it
                          # we have to infer the "other" changeset of the merge
                          # we cannot do better than that with v1 of the format
                          mctx = self._repo[None].parents()[-1]
                          v1records.append((RECORD_OTHER, mctx.hex()))
                          # add place holder "other" file node information
                          # nobody is using it yet so we do no need to fetch the data
                          # if mctx was wrong `mctx[bits[-2]]` may fails.
                          for idx, r in enumerate(v1records):
                              if r[0] == RECORD_MERGED:
                                  bits = r[1].split(b'\0')
                                  bits.insert(-2, b'')
                                  v1records[idx] = (r[0], b'\0'.join(bits))
                          return v1records
                  def _v1v2match(self, v1records, v2records):
                      oldv2 = set()  # old format version of v2 record
                      for rec in v2records:
                          if rec[0] == RECORD_LOCAL:
                              oldv2.add(rec)
                          elif rec[0] == RECORD_MERGED:
                              # drop the onode data (not contained in v1)
                              oldv2.add((RECORD_MERGED, _droponode(rec[1])))
                      for rec in v1records:
                          if rec not in oldv2:
                              return False
                      else:
                          return True
                  def _readrecordsv1(self):
                      """read on disk merge state for version 1 file
                      returns list of record [(TYPE, data), ...]
                      Note: the "F" data from this file are one entry short
                            (no "other file node" entry)
                      """
                      records = []
                      try:
                          f = self._repo.vfs(self.statepathv1)
                          for i, l in enumerate(f):
                              if i == 0:
                                  records.append((RECORD_LOCAL, l[:-1]))
                              else:
                                  records.append((RECORD_MERGED, l[:-1]))
                          f.close()
                      except IOError as err:
                          if err.errno != errno.ENOENT:
                              raise
                      return records
                  def _readrecordsv2(self):
                      """read on disk merge state for version 2 file
                      This format is a list of arbitrary records of the form:
                        [type][length][content]
                      `type` is a single character, `length` is a 4 byte integer, and
                      `content` is an arbitrary byte sequence of length `length`.
                      Mercurial versions prior to 3.7 have a bug where if there are
                      unsupported mandatory merge records, attempting to clear out the merge
                      state with hg update --clean or similar aborts. The 't' record type
                      works around that by writing out what those versions treat as an
                      advisory record, but later versions interpret as special: the first
                      character is the 'real' record type and everything onwards is the data.
                      Returns list of records [(TYPE, data), ...]."""
                      records = []
                      try:
                          f = self._repo.vfs(self.statepathv2)
                          data = f.read()
                          off = 0
                          end = len(data)
                          while off < end:
                              rtype = data[off : off + 1]
                              off += 1
                              length = _unpack(b'>I', data[off : (off + 4)])[0]
                              off += 4
                              record = data[off : (off + length)]
                              off += length
                              if rtype == RECORD_OVERRIDE:
                                  rtype, record = record[0:1], record[1:]
                              records.append((rtype, record))
                          f.close()
                      except IOError as err:
                          if err.errno != errno.ENOENT:
                              raise
                      return records
                  @util.propertycache
                  def mergedriver(self):
                      # protect against the following:
                      # - A configures a malicious merge driver in their hgrc, then
                      #   pauses the merge
                      # - A edits their hgrc to remove references to the merge driver
                      # - A gives a copy of their entire repo, including .hg, to B
                      # - B inspects .hgrc and finds it to be clean
                      # - B then continues the merge and the malicious merge driver
                      #  gets invoked
                      configmergedriver = self._repo.ui.config(
                          b'experimental', b'mergedriver'
                      )
                      if (
                          self._readmergedriver is not None
                          and self._readmergedriver != configmergedriver
                      ):
                          raise error.ConfigError(
                              _(b"merge driver changed since merge started"),
                              hint=_(b"revert merge driver change or abort merge"),
                          )
                      return configmergedriver
                  @util.propertycache
                  def local(self):
                      if self._local is None:
                          msg = b"local accessed but self._local isn't set"
                          raise error.ProgrammingError(msg)
                      return self._local
                  @util.propertycache
                  def localctx(self):
                      return self._repo[self.local]
                  @util.propertycache
                  def other(self):
                      if self._other is None:
                          msg = b"other accessed but self._other isn't set"
                          raise error.ProgrammingError(msg)
                      return self._other
                  @util.propertycache
                  def otherctx(self):
                      return self._repo[self.other]
                  def active(self):
                      """Whether mergestate is active.
                      Returns True if there appears to be mergestate. This is a rough proxy
                      for "is a merge in progress."
                      """
                      return bool(self._local) or bool(self._state)
                  def commit(self):
                      """Write current state on disk (if necessary)"""
                      if self._dirty:
                          records = self._makerecords()
                          self._writerecords(records)
                          self._dirty = False
                  def _makerecords(self):
                      records = []
                      records.append((RECORD_LOCAL, hex(self._local)))
                      records.append((RECORD_OTHER, hex(self._other)))
                      if self.mergedriver:
                          records.append(
                              (
                                  RECORD_MERGE_DRIVER_STATE,
                                  b'\0'.join([self.mergedriver, self._mdstate]),
                              )
                          )
                      # Write out state items. In all cases, the value of the state map entry
                      # is written as the contents of the record. The record type depends on
                      # the type of state that is stored, and capital-letter records are used
                      # to prevent older versions of Mercurial that do not support the feature
                      # from loading them.
                      for filename, v in pycompat.iteritems(self._state):
                          if v[0] == MERGE_RECORD_DRIVER_RESOLVED:
                              # Driver-resolved merge. These are stored in 'D' records.
                              records.append(
                                  (RECORD_MERGE_DRIVER_MERGE, b'\0'.join([filename] + v))
                              )
                          elif v[0] in (
                              MERGE_RECORD_UNRESOLVED_PATH,
                              MERGE_RECORD_RESOLVED_PATH,
                          ):
                              # Path conflicts. These are stored in 'P' records.  The current
                              # resolution state ('pu' or 'pr') is stored within the record.
                              records.append(
                                  (RECORD_PATH_CONFLICT, b'\0'.join([filename] + v))
                              )
                          elif v[0] == MERGE_RECORD_MERGED_OTHER:
                              records.append((RECORD_MERGED, b'\0'.join([filename] + v)))
                          elif v[1] == nullhex or v[6] == nullhex:
                              # Change/Delete or Delete/Change conflicts. These are stored in
                              # 'C' records. v[1] is the local file, and is nullhex when the
                              # file is deleted locally ('dc'). v[6] is the remote file, and
                              # is nullhex when the file is deleted remotely ('cd').
                              records.append(
                                  (RECORD_CHANGEDELETE_CONFLICT, b'\0'.join([filename] + v))
                              )
                          else:
                              # Normal files.  These are stored in 'F' records.
                              records.append((RECORD_MERGED, b'\0'.join([filename] + v)))
                      for filename, extras in sorted(pycompat.iteritems(self._stateextras)):
                          rawextras = b'\0'.join(
                              b'%s\0%s' % (k, v) for k, v in pycompat.iteritems(extras)
                          )
                          records.append(
                              (RECORD_FILE_VALUES, b'%s\0%s' % (filename, rawextras))
                          )
                      if self._labels is not None:
                          labels = b'\0'.join(self._labels)
                          records.append((RECORD_LABELS, labels))
                      return records
                  def _writerecords(self, records):
                      """Write current state on disk (both v1 and v2)"""
                      self._writerecordsv1(records)
                      self._writerecordsv2(records)
                  def _writerecordsv1(self, records):
                      """Write current state on disk in a version 1 file"""
                      f = self._repo.vfs(self.statepathv1, b'wb')
                      irecords = iter(records)
                      lrecords = next(irecords)
                      assert lrecords[0] == RECORD_LOCAL
                      f.write(hex(self._local) + b'\n')
                      for rtype, data in irecords:
                          if rtype == RECORD_MERGED:
                              f.write(b'%s\n' % _droponode(data))
                      f.close()
                  def _writerecordsv2(self, records):
                      """Write current state on disk in a version 2 file
                      See the docstring for _readrecordsv2 for why we use 't'."""
                      # these are the records that all version 2 clients can read
                      allowlist = (RECORD_LOCAL, RECORD_OTHER, RECORD_MERGED)
                      f = self._repo.vfs(self.statepathv2, b'wb')
                      for key, data in records:
                          assert len(key) == 1
                          if key not in allowlist:
                              key, data = RECORD_OVERRIDE, b'%s%s' % (key, data)
                          format = b'>sI%is' % len(data)
                          f.write(_pack(format, key, len(data), data))
                      f.close()
                  @staticmethod
                  def getlocalkey(path):
                      """hash the path of a local file context for storage in the .hg/merge
                      directory."""
                      return hex(hashutil.sha1(path).digest())
                  def add(self, fcl, fco, fca, fd):
                      """add a new (potentially?) conflicting file the merge state
                      fcl: file context for local,
                      fco: file context for remote,
                      fca: file context for ancestors,
                      fd:  file path of the resulting merge.
                      note: also write the local version to the `.hg/merge` directory.
                      """
                      if fcl.isabsent():
                          localkey = nullhex
                      else:
                          localkey = mergestate.getlocalkey(fcl.path())
                          self._repo.vfs.write(b'merge/' + localkey, fcl.data())
                      self._state[fd] = [
                          MERGE_RECORD_UNRESOLVED,
                          localkey,
                          fcl.path(),
                          fca.path(),
                          hex(fca.filenode()),
                          fco.path(),
                          hex(fco.filenode()),
                          fcl.flags(),
                      ]
                      self._stateextras[fd] = {b'ancestorlinknode': hex(fca.node())}
                      self._dirty = True
                  def addpathconflict(self, path, frename, forigin):
                      """add a new conflicting path to the merge state
                      path:    the path that conflicts
                      frename: the filename the conflicting file was renamed to
                      forigin: origin of the file ('l' or 'r' for local/remote)
                      """
                      self._state[path] = [MERGE_RECORD_UNRESOLVED_PATH, frename, forigin]
                      self._dirty = True
                  def addmergedother(self, path):
                      self._state[path] = [MERGE_RECORD_MERGED_OTHER, nullhex, nullhex]
                      self._dirty = True
                  def __contains__(self, dfile):
                      return dfile in self._state
                  def __getitem__(self, dfile):
                      return self._state[dfile][0]
                  def __iter__(self):
                      return iter(sorted(self._state))
                  def files(self):
                      return self._state.keys()
                  def mark(self, dfile, state):
                      self._state[dfile][0] = state
                      self._dirty = True
                  def mdstate(self):
                      return self._mdstate
                  def unresolved(self):
                      """Obtain the paths of unresolved files."""
                      for f, entry in pycompat.iteritems(self._state):
                          if entry[0] in (
                              MERGE_RECORD_UNRESOLVED,
                              MERGE_RECORD_UNRESOLVED_PATH,
                          ):
                              yield f
                  def driverresolved(self):
                      """Obtain the paths of driver-resolved files."""
                      for f, entry in self._state.items():
                          if entry[0] == MERGE_RECORD_DRIVER_RESOLVED:
                              yield f
                  def extras(self, filename):
                      return self._stateextras.setdefault(filename, {})
                  def _resolve(self, preresolve, dfile, wctx):
                      """rerun merge process for file path `dfile`.
                      Returns whether the merge was completed and the return value of merge
                      obtained from filemerge._filemerge().
                      """
                      if self[dfile] in (MERGE_RECORD_RESOLVED, MERGE_RECORD_DRIVER_RESOLVED):
                          return True, 0
                      if self._state[dfile][0] == MERGE_RECORD_MERGED_OTHER:
                          return True, 0
                      stateentry = self._state[dfile]
                      state, localkey, lfile, afile, anode, ofile, onode, flags = stateentry
                      octx = self._repo[self._other]
                      extras = self.extras(dfile)
                      anccommitnode = extras.get(b'ancestorlinknode')
                      if anccommitnode:
                          actx = self._repo[anccommitnode]
                      else:
                          actx = None
                      fcd = _filectxorabsent(localkey, wctx, dfile)
                      fco = _filectxorabsent(onode, octx, ofile)
                      # TODO: move this to filectxorabsent
                      fca = self._repo.filectx(afile, fileid=anode, changectx=actx)
                      # "premerge" x flags
                      flo = fco.flags()
                      fla = fca.flags()
                      if b'x' in flags + flo + fla and b'l' not in flags + flo + fla:
                          if fca.node() == nullid and flags != flo:
                              if preresolve:
                                  self._repo.ui.warn(
                                      _(
                                          b'warning: cannot merge flags for %s '
                                          b'without common ancestor - keeping local flags\n'
                                      )
                                      % afile
                                  )
                          elif flags == fla:
                              flags = flo
                      if preresolve:
                          # restore local
                          if localkey != nullhex:
                              f = self._repo.vfs(b'merge/' + localkey)
                              wctx[dfile].write(f.read(), flags)
                              f.close()
                          else:
                              wctx[dfile].remove(ignoremissing=True)
                          complete, merge_ret, deleted = filemerge.premerge(
                              self._repo,
                              wctx,
                              self._local,
                              lfile,
                              fcd,
                              fco,
                              fca,
                              labels=self._labels,
                          )
                      else:
                          complete, merge_ret, deleted = filemerge.filemerge(
                              self._repo,
                              wctx,
                              self._local,
                              lfile,
                              fcd,
                              fco,
                              fca,
                              labels=self._labels,
                          )
                      if merge_ret is None:
                          # If return value of merge is None, then there are no real conflict
                          del self._state[dfile]
                          self._stateextras.pop(dfile, None)
                          self._dirty = True
                      elif not merge_ret:
                          self.mark(dfile, MERGE_RECORD_RESOLVED)
                      if complete:
                          action = None
                          if deleted:
                              if fcd.isabsent():
                                  # dc: local picked. Need to drop if present, which may
                                  # happen on re-resolves.
                                  action = ACTION_FORGET
                              else:
                                  # cd: remote picked (or otherwise deleted)
                                  action = ACTION_REMOVE
                          else:
                              if fcd.isabsent():  # dc: remote picked
                                  action = ACTION_GET
                              elif fco.isabsent():  # cd: local picked
                                  if dfile in self.localctx:
                                      action = ACTION_ADD_MODIFIED
                                  else:
                                      action = ACTION_ADD
                              # else: regular merges (no action necessary)
                          self._results[dfile] = merge_ret, action
                      return complete, merge_ret
                  def preresolve(self, dfile, wctx):
                      """run premerge process for dfile
                      Returns whether the merge is complete, and the exit code."""
                      return self._resolve(True, dfile, wctx)
                  def resolve(self, dfile, wctx):
                      """run merge process (assuming premerge was run) for dfile
                      Returns the exit code of the merge."""
                      return self._resolve(False, dfile, wctx)[1]
                  def counts(self):
                      """return counts for updated, merged and removed files in this
                      session"""
                      updated, merged, removed = 0, 0, 0
                      for r, action in pycompat.itervalues(self._results):
                          if r is None:
                              updated += 1
                          elif r == 0:
                              if action == ACTION_REMOVE:
                                  removed += 1
                              else:
                                  merged += 1
                      return updated, merged, removed
                  def unresolvedcount(self):
                      """get unresolved count for this merge (persistent)"""
                      return len(list(self.unresolved()))
                  def actions(self):
                      """return lists of actions to perform on the dirstate"""
                      actions = {
                          ACTION_REMOVE: [],
                          ACTION_FORGET: [],
                          ACTION_ADD: [],
                          ACTION_ADD_MODIFIED: [],
                          ACTION_GET: [],
                      }
                      for f, (r, action) in pycompat.iteritems(self._results):
                          if action is not None:
                              actions[action].append((f, None, b"merge result"))
                      return actions
                  def queueremove(self, f):
                      """queues a file to be removed from the dirstate
                      Meant for use by custom merge drivers."""
                      self._results[f] = 0, ACTION_REMOVE
                  def queueadd(self, f):
                      """queues a file to be added to the dirstate
                      Meant for use by custom merge drivers."""
                      self._results[f] = 0, ACTION_ADD
                  def queueget(self, f):
                      """queues a file to be marked modified in the dirstate
                      Meant for use by custom merge drivers."""
                      self._results[f] = 0, ACTION_GET
              def recordupdates(repo, actions, branchmerge, getfiledata):
                  """record merge actions to the dirstate"""
                  # remove (must come first)
                  for f, args, msg in actions.get(ACTION_REMOVE, []):
                      if branchmerge:
                          repo.dirstate.remove(f)
                      else:
                          repo.dirstate.drop(f)
                  # forget (must come first)
                  for f, args, msg in actions.get(ACTION_FORGET, []):
                      repo.dirstate.drop(f)
                  # resolve path conflicts
                  for f, args, msg in actions.get(ACTION_PATH_CONFLICT_RESOLVE, []):
                      (f0, origf0) = args
                      repo.dirstate.add(f)
                      repo.dirstate.copy(origf0, f)
                      if f0 == origf0:
                          repo.dirstate.remove(f0)
                      else:
                          repo.dirstate.drop(f0)
                  # re-add
                  for f, args, msg in actions.get(ACTION_ADD, []):
                      repo.dirstate.add(f)
                  # re-add/mark as modified
                  for f, args, msg in actions.get(ACTION_ADD_MODIFIED, []):
                      if branchmerge:
                          repo.dirstate.normallookup(f)
                      else:
                          repo.dirstate.add(f)
                  # exec change
                  for f, args, msg in actions.get(ACTION_EXEC, []):
                      repo.dirstate.normallookup(f)
                  # keep
                  for f, args, msg in actions.get(ACTION_KEEP, []):
                      pass
                  # get
                  for f, args, msg in actions.get(ACTION_GET, []):
                      if branchmerge:
                          repo.dirstate.otherparent(f)
                      else:
                          parentfiledata = getfiledata[f] if getfiledata else None
                          repo.dirstate.normal(f, parentfiledata=parentfiledata)
                  # merge
                  for f, args, msg in actions.get(ACTION_MERGE, []):
                      f1, f2, fa, move, anc = args
                      if branchmerge:
                          # We've done a branch merge, mark this file as merged
                          # so that we properly record the merger later
                          repo.dirstate.merge(f)
                          if f1 != f2:  # copy/rename
                              if move:
                                  repo.dirstate.remove(f1)
                              if f1 != f:
                                  repo.dirstate.copy(f1, f)
                              else:
                                  repo.dirstate.copy(f2, f)
                      else:
                          # We've update-merged a locally modified file, so
                          # we set the dirstate to emulate a normal checkout
                          # of that file some time in the past. Thus our
                          # merge will appear as a normal local file
                          # modification.
                          if f2 == f:  # file not locally copied/moved
                              repo.dirstate.normallookup(f)
                          if move:
                              repo.dirstate.drop(f1)
                  # directory rename, move local
                  for f, args, msg in actions.get(ACTION_DIR_RENAME_MOVE_LOCAL, []):
                      f0, flag = args
                      if branchmerge:
                          repo.dirstate.add(f)
                          repo.dirstate.remove(f0)
                          repo.dirstate.copy(f0, f)
                      else:
                          repo.dirstate.normal(f)
                          repo.dirstate.drop(f0)
                  # directory rename, get
                  for f, args, msg in actions.get(ACTION_LOCAL_DIR_RENAME_GET, []):
                      f0, flag = args
                      if branchmerge:
                          repo.dirstate.add(f)
                          repo.dirstate.copy(f0, f)
                      else:
                          repo.dirstate.normal(f)

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