diff options
Diffstat (limited to 'indra/viewer_components/updater/scripts')
5 files changed, 0 insertions, 834 deletions
diff --git a/indra/viewer_components/updater/scripts/darwin/janitor.py b/indra/viewer_components/updater/scripts/darwin/janitor.py deleted file mode 100644 index cdf33df731..0000000000 --- a/indra/viewer_components/updater/scripts/darwin/janitor.py +++ /dev/null @@ -1,133 +0,0 @@ -#!/usr/bin/python -"""\ -@file janitor.py -@author Nat Goodspeed -@date 2011-09-14 -@brief Janitor class to clean up arbitrary resources - -2013-01-04 cloned from vita because it's exactly what update_install.py needs. - -$LicenseInfo:firstyear=2011&license=viewerlgpl$ -Copyright (c) 2011, Linden Research, Inc. -$/LicenseInfo$ -""" - -import sys -import functools -import itertools - -class Janitor(object): - """ - Usage: - - Basic: - self.janitor = Janitor(sys.stdout) # report cleanup actions on stdout - ... - self.janitor.later(os.remove, some_temp_file) - self.janitor.later(os.remove, some_other_file) - ... - self.janitor.cleanup() # perform cleanup actions - - Context Manager: - with Janitor() as janitor: # clean up quietly - ... - janitor.later(shutil.rmtree, some_temp_directory) - ... - # exiting 'with' block performs cleanup - - Test Class: - class TestMySoftware(unittest.TestCase, Janitor): - def __init__(self): - Janitor.__init__(self) # quiet cleanup - ... - - def setUp(self): - ... - self.later(os.rename, saved_file, original_location) - ... - - def tearDown(self): - Janitor.tearDown(self) # calls cleanup() - ... - # Or, if you have no other tearDown() logic for - # TestMySoftware, you can omit the TestMySoftware.tearDown() - # def entirely and let it inherit Janitor.tearDown(). - """ - def __init__(self, stream=None): - """ - If you pass stream= (e.g.) sys.stdout or sys.stderr, Janitor will - report its cleanup operations as it performs them. If you don't, it - will perform them quietly -- unless one or more of the actions throws - an exception, in which case you'll get output on stderr. - """ - self.stream = stream - self.cleanups = [] - - def later(self, func, *args, **kwds): - """ - Pass the callable you want to call at cleanup() time, plus any - positional or keyword args you want to pass it. - """ - # Get a name string for 'func' - try: - # A free function has a __name__ - name = func.__name__ - except AttributeError: - try: - # A class object (even builtin objects like ints!) support - # __class__.__name__ - name = func.__class__.__name__ - except AttributeError: - # Shrug! Just use repr() to get a string describing this func. - name = repr(func) - # Construct a description of this operation in Python syntax from - # args, kwds. - desc = "%s(%s)" % \ - (name, ", ".join(itertools.chain((repr(a) for a in args), - ("%s=%r" % (k, v) for (k, v) in kwds.iteritems())))) - # Use functools.partial() to bind passed args and keywords to the - # passed func so we get a nullary callable that does what caller - # wants. - bound = functools.partial(func, *args, **kwds) - self.cleanups.append((desc, bound)) - - def cleanup(self): - """ - Perform all the actions saved with later() calls. - """ - # Typically one allocates resource A, then allocates resource B that - # depends on it. In such a scenario it's appropriate to delete B - # before A -- so perform cleanup actions in reverse order. (This is - # the same strategy used by atexit().) - while self.cleanups: - # Until our list is empty, pop the last pair. - desc, bound = self.cleanups.pop(-1) - - # If requested, report the action. - if self.stream is not None: - print >>self.stream, desc - - try: - # Call the bound callable - bound() - except Exception, err: - # This is cleanup. Report the problem but continue. - print >>(self.stream or sys.stderr), "Calling %s\nraised %s: %s" % \ - (desc, err.__class__.__name__, err) - - def tearDown(self): - """ - If a unittest.TestCase subclass (or a nose test class) adds Janitor as - one of its base classes, and has no other tearDown() logic, let it - inherit Janitor.tearDown(). - """ - self.cleanup() - - def __enter__(self): - return self - - def __exit__(self, type, value, tb): - # Perform cleanup no matter how we exit this 'with' statement - self.cleanup() - # Propagate any exception from the 'with' statement, don't swallow it - return False diff --git a/indra/viewer_components/updater/scripts/darwin/messageframe.py b/indra/viewer_components/updater/scripts/darwin/messageframe.py deleted file mode 100644 index 8f58848882..0000000000 --- a/indra/viewer_components/updater/scripts/darwin/messageframe.py +++ /dev/null @@ -1,66 +0,0 @@ -#!/usr/bin/python -"""\ -@file messageframe.py -@author Nat Goodspeed -@date 2013-01-03 -@brief Define MessageFrame class for popping up messages from a command-line - script. - -$LicenseInfo:firstyear=2013&license=viewerlgpl$ -Copyright (c) 2013, Linden Research, Inc. -$/LicenseInfo$ -""" - -import Tkinter as tk -import os - -# Tricky way to obtain the filename of the main script (default title string) -import __main__ - -# This class is intended for displaying messages from a command-line script. -# Getting the base class right took a bit of trial and error. -# If you derive from tk.Frame, the destroy() method doesn't actually close it. -# If you derive from tk.Toplevel, it pops up a separate Tk frame too. destroy() -# closes this frame, but not that one. -# Deriving from tk.Tk appears to do the right thing. -class MessageFrame(tk.Tk): - def __init__(self, text="", title=os.path.splitext(os.path.basename(__main__.__file__))[0], - width=320, height=120): - tk.Tk.__init__(self) - self.grid() - self.title(title) - self.var = tk.StringVar() - self.var.set(text) - self.msg = tk.Label(self, textvariable=self.var) - self.msg.grid() - # from http://stackoverflow.com/questions/3352918/how-to-center-a-window-on-the-screen-in-tkinter : - self.update_idletasks() - - # The constants below are to adjust for typical overhead from the - # frame borders. - xp = (self.winfo_screenwidth() / 2) - (width / 2) - 8 - yp = (self.winfo_screenheight() / 2) - (height / 2) - 20 - self.geometry('{0}x{1}+{2}+{3}'.format(width, height, xp, yp)) - self.update() - - def set(self, text): - self.var.set(text) - self.update() - -if __name__ == "__main__": - # When run as a script, just test the MessageFrame. - import sys - import time - - frame = MessageFrame("something in the way she moves....") - time.sleep(3) - frame.set("smaller") - time.sleep(3) - frame.set("""this has -several -lines""") - time.sleep(3) - frame.destroy() - print "Destroyed!" - sys.stdout.flush() - time.sleep(3) diff --git a/indra/viewer_components/updater/scripts/darwin/update_install.py b/indra/viewer_components/updater/scripts/darwin/update_install.py deleted file mode 100755 index 08f4f0ebb9..0000000000 --- a/indra/viewer_components/updater/scripts/darwin/update_install.py +++ /dev/null @@ -1,412 +0,0 @@ -#!/usr/bin/python -"""\ -@file update_install.py -@author Nat Goodspeed -@date 2012-12-20 -@brief Update the containing Second Life application bundle to the version in - the specified disk image file. - - This Python implementation is derived from the previous mac-updater - application, a funky mix of C++, classic C and Objective-C. - -$LicenseInfo:firstyear=2012&license=viewerlgpl$ -Copyright (c) 2012, Linden Research, Inc. -$/LicenseInfo$ -""" - -import os -import sys -import cgitb -from contextlib import contextmanager -import errno -import glob -import plistlib -import re -import shutil -import subprocess -import tempfile -import time -from janitor import Janitor -from messageframe import MessageFrame -import Tkinter, tkMessageBox - -TITLE = "Second Life Viewer Updater" -# Magic bundle identifier used by all Second Life viewer bundles -BUNDLE_IDENTIFIER = "com.secondlife.indra.viewer" -# Magic OS directory name that causes Cocoa viewer to crash on OS X 10.7.5 -# (see MAINT-3331) -STATE_DIR = os.path.join( - os.environ["HOME"], "Library", "Saved Application State", - BUNDLE_IDENTIFIER + ".savedState") - -# Global handle to the MessageFrame so we can update message -FRAME = None -# Global handle to logfile, once it's open -LOGF = None - -# **************************************************************************** -# Logging and messaging -# -# This script is normally run implicitly by the old viewer to update to the -# new viewer. Its UI consists of a MessageFrame and possibly a Tk error box. -# Log details to updater.log -- especially uncaught exceptions! -# **************************************************************************** -def log(message): - """write message only to LOGF (also called by status() and fail())""" - # If we don't even have LOGF open yet, at least write to Console log - logf = LOGF or sys.stderr - logf.writelines((time.strftime("%Y-%m-%dT%H:%M:%SZ ", time.gmtime()), message, '\n')) - logf.flush() - -def status(message): - """display and log normal progress message""" - log(message) - - global FRAME - if not FRAME: - FRAME = MessageFrame(message, TITLE) - else: - FRAME.set(message) - -def fail(message): - """log message, produce error box, then terminate with nonzero rc""" - log(message) - - # If we haven't yet called status() (we don't yet have a FRAME), perform a - # bit of trickery to bypass the spurious "main window" that Tkinter would - # otherwise pop up if the first call is showerror(). - if not FRAME: - root = Tkinter.Tk() - root.withdraw() - - # If we do have a LOGF available, mention it in the error box. - if LOGF: - message = "%s\n(Updater log in %s)" % (message, LOGF.name) - - # We explicitly specify the WARNING icon because, at least on the Tkinter - # bundled with the system-default Python 2.7 on Mac OS X 10.7.4, the - # ERROR, QUESTION and INFO icons are all the silly Tk rocket ship. At - # least WARNING has an exclamation in a yellow triangle, even though - # overlaid by a smaller image of the rocket ship. - tkMessageBox.showerror(TITLE, -"""An error occurred while updating Second Life: -%s -Please download the latest viewer from www.secondlife.com.""" % message, - icon=tkMessageBox.WARNING) - sys.exit(1) - -def exception(err): - """call fail() with an exception instance""" - fail("%s exception: %s" % (err.__class__.__name__, str(err))) - -def excepthook(type, value, traceback): - """ - Store this hook function into sys.excepthook until we have a logfile. - """ - # At least in older Python versions, it could be tricky to produce a - # string from 'type' and 'value'. For instance, an OSError exception would - # pass type=OSError and value=some_tuple. Empirically, this funky - # expression seems to work. - exception(type(*value)) -sys.excepthook = excepthook - -class ExceptHook(object): - """ - Store an instance of this class into sys.excepthook once we have a logfile - open. - """ - def __init__(self, logfile): - # There's no magic to the cgitb.enable() function -- it merely stores - # an instance of cgitb.Hook into sys.excepthook, passing enable()'s - # params into Hook.__init__(). Sadly, enable() doesn't forward all its - # params using (*args, **kwds) syntax -- another story. But the point - # is that all the goodness is in the cgitb.Hook class. Capture an - # instance. - self.hook = cgitb.Hook(file=logfile, format="text") - - def __call__(self, type, value, traceback): - # produce nice text traceback to logfile - self.hook(type, value, traceback) - # Now display an error box. - excepthook(type, value, traceback) - -def write_marker(markerfile, markertext): - log("writing %r to %s" % (markertext, markerfile)) - try: - with open(markerfile, "w") as markerf: - markerf.write(markertext) - except IOError, err: - # write_marker() is invoked by fail(), and fail() is invoked by other - # error-handling functions. If we try to invoke any of those, we'll - # get infinite recursion. If for any reason we can't write markerfile, - # try to log it -- otherwise shrug. - log("%s exception: %s" % (err.__class__.__name__, err)) - -# **************************************************************************** -# Utility -# **************************************************************************** -@contextmanager -def allow_errno(errn): - """ - Execute body of 'with' statement, accepting OSError with specific errno - 'errn'. Propagate any other exception, or an OSError with any other errno. - """ - try: - # run the body of the 'with' statement - yield - except OSError, err: - # unless errno == passed errn, re-raise the exception - if err.errno != errn: - raise - -# **************************************************************************** -# Main script logic -# **************************************************************************** -def main(dmgfile, markerfile, markertext): - # Should we fail, we're supposed to write 'markertext' to 'markerfile'. - # Wrap the fail() function so we do that. - global fail - oldfail = fail - def fail(message): - write_marker(markerfile, markertext) - oldfail(message) - - try: - # Starting with the Cocoafied viewer, we'll find viewer logs in - # ~/Library/Application Support/$CFBundleIdentifier/logs rather than in - # ~/Library/Application Support/SecondLife/logs as before. This could be - # obnoxious -- but we Happen To Know that markerfile is a path specified - # within the viewer's logs directory. Use that. - logsdir = os.path.dirname(markerfile) - - # Move the old updater.log file out of the way - logname = os.path.join(logsdir, "updater.log") - # Nonexistence is okay. Anything else, not so much. - with allow_errno(errno.ENOENT): - os.rename(logname, logname + ".old") - - # Open new updater.log. - global LOGF - LOGF = open(logname, "w") - - # Now that LOGF is in fact open for business, use it to log any further - # uncaught exceptions. - sys.excepthook = ExceptHook(LOGF) - - # log how this script was invoked - log(' '.join(repr(arg) for arg in sys.argv)) - - # prepare for other cleanup - with Janitor(LOGF) as janitor: - - # Under some circumstances, this script seems to be invoked with a - # nonexistent pathname. Check for that. - if not os.path.isfile(dmgfile): - fail(dmgfile + " has been deleted") - - # Try to derive the name of the running viewer app bundle from our - # own pathname. (Hopefully the old viewer won't copy this script - # to a temp dir before running!) - # Somewhat peculiarly, this script is currently packaged in - # Appname.app/Contents/MacOS with the viewer executable. But even - # if we decide to move it to Appname.app/Contents/Resources, we'll - # still find Appname.app two levels up from dirname(__file__). - appdir = os.path.abspath(os.path.join(os.path.dirname(__file__), - os.pardir, os.pardir)) - if not appdir.endswith(".app"): - # This can happen if either this script has been copied before - # being executed, or if it's in an unexpected place in the app - # bundle. - fail(appdir + " is not an application directory") - - # We need to install into appdir's parent directory -- can we? - installdir = os.path.abspath(os.path.join(appdir, os.pardir)) - if not os.access(installdir, os.W_OK): - fail("Can't modify " + installdir) - - # invent a temporary directory - tempdir = tempfile.mkdtemp() - log("created " + tempdir) - # clean it up when we leave - janitor.later(shutil.rmtree, tempdir) - - status("Mounting image...") - - mntdir = os.path.join(tempdir, "mnt") - log("mkdir " + mntdir) - os.mkdir(mntdir) - command = ["hdiutil", "attach", dmgfile, "-mountpoint", mntdir] - log(' '.join(command)) - # Instantiating subprocess.Popen launches a child process with the - # specified command line. stdout=PIPE passes a pipe to its stdout. - hdiutil = subprocess.Popen(command, stdout=subprocess.PIPE, stderr=LOGF) - # Popen.communicate() reads that pipe until the child process - # terminates, returning (stdout, stderr) output. Select just stdout. - hdiutil_out = hdiutil.communicate()[0] - if hdiutil.returncode != 0: - fail("Couldn't mount " + dmgfile) - # hdiutil should report the devnode. Find that. - found = re.search(r"/dev/[^ ]*\b", hdiutil_out) - if not found: - # If we don't spot the devnode, log it and continue -- we only - # use it to detach it. Don't fail the whole update if we can't - # clean up properly. - log("Couldn't spot devnode in hdiutil output:\n" + hdiutil_out) - else: - # If we do spot the devnode, detach it when done. - janitor.later(subprocess.call, ["hdiutil", "detach", found.group(0)], - stdout=LOGF, stderr=subprocess.STDOUT) - - status("Searching for app bundle...") - - for candidate in glob.glob(os.path.join(mntdir, "*.app")): - log("Considering " + candidate) - try: - # By convention, a valid Mac app bundle has a - # Contents/Info.plist file containing at least - # CFBundleIdentifier. - CFBundleIdentifier = \ - plistlib.readPlist(os.path.join(candidate, "Contents", - "Info.plist"))["CFBundleIdentifier"] - except Exception, err: - # might be IOError, xml.parsers.expat.ExpatError, KeyError - # Any of these means it's not a valid app bundle. Instead - # of aborting, just skip this candidate and continue. - log("%s not a valid app bundle: %s: %s" % - (candidate, err.__class__.__name__, err)) - continue - - if CFBundleIdentifier == BUNDLE_IDENTIFIER: - break - - log("unrecognized CFBundleIdentifier: " + CFBundleIdentifier) - - else: - fail("Could not find Second Life viewer in " + dmgfile) - - # Here 'candidate' is the new viewer to install - log("Found " + candidate) - - # This logic was changed to make Mac updates behave more like - # Windows. Most of the time, the user doesn't change the name of - # the app bundle on our .dmg installer (e.g. "Second Life Beta - # Viewer.app"). Most of the time, the version manager directs a - # given viewer to update to another .dmg containing an app bundle - # with THE SAME name. In that case, everything behaves as usual. - - # The case that was changed is when the version manager offers (or - # mandates) an update to a .dmg containing a different app bundle - # name. This can happen, for instance, to a user who's downloaded - # a "project beta" viewer, and the project subsequently publishes - # a Release Candidate viewer. Say the project beta's app bundle - # name is something like "Second Life Beta Neato.app". Anyone - # launching that viewer will be offered an update to the - # corresponding Release Candidate viewer -- which will be built as - # a release viewer, with app bundle name "Second Life Viewer.app". - - # On Windows, we run the NSIS installer, which will update/replace - # the embedded install directory name, e.g. Second Life Viewer. - # But the Mac installer used to locate the app bundle name in the - # mounted .dmg file, then ignore that name, copying its contents - # into the app bundle directory of the running viewer. That is, - # we'd install the Release Candidate from the .dmg's "Second - # Life.app" into "/Applications/Second Life Beta Neato.app". This - # is undesired behavior. - - # Instead, having found the app bundle name on the mounted .dmg, - # we try to install that app bundle name into the parent directory - # of the running app bundle. - - # Are we installing a different app bundle name? If so, call it - # out, both in the log and for the user -- this is an odd case. - # (Presumably they've already agreed to a similar notification in - # the viewer before the viewer launched this script, but still.) - bundlename = os.path.basename(candidate) - if os.path.basename(appdir) == bundlename: - # updating the running app bundle, which we KNOW exists - appexists = True - else: - # installing some other app bundle - newapp = os.path.join(installdir, bundlename) - appexists = os.path.exists(newapp) - message = "Note: %s %s %s" % \ - (appdir, "updating" if appexists else "installing new", newapp) - status(message) - # okay, we have no further need of the name of the running app - # bundle. - appdir = newapp - - status("Preparing to copy files...") - - if appexists: - # move old viewer to temp location in case copy from .dmg fails - aside = os.path.join(tempdir, os.path.basename(appdir)) - log("mv %r %r" % (appdir, aside)) - # Use shutil.move() instead of os.rename(). move() first tries - # os.rename(), but falls back to shutil.copytree() if the dest is - # on a different filesystem. - shutil.move(appdir, aside) - - status("Copying files...") - - # shutil.copytree()'s target must not already exist. But we just - # moved appdir out of the way. - log("cp -p %r %r" % (candidate, appdir)) - try: - # The viewer app bundle does include internal symlinks. Keep them - # as symlinks. - shutil.copytree(candidate, appdir, symlinks=True) - except Exception, err: - # copy failed -- try to restore previous viewer before crumping - type, value, traceback = sys.exc_info() - if appexists: - log("exception response: mv %r %r" % (aside, appdir)) - shutil.move(aside, appdir) - # let our previously-set sys.excepthook handle this - raise type, value, traceback - - status("Cleaning up...") - - log("touch " + appdir) - os.utime(appdir, None) # set to current time - - # MAINT-3331: remove STATE_DIR. Empirically, this resolves a - # persistent, mysterious crash after updating our viewer on an OS - # X 10.7.5 system. - log("rm -rf '%s'" % STATE_DIR) - with allow_errno(errno.ENOENT): - shutil.rmtree(STATE_DIR) - - command = ["open", appdir] - log(' '.join(command)) - subprocess.check_call(command, stdout=LOGF, stderr=subprocess.STDOUT) - - # If all the above succeeded, delete the .dmg file. We don't do this - # as a janitor.later() operation because we only want to do it if we - # get this far successfully. Note that this is out of the scope of the - # Janitor: we must detach the .dmg before removing it! - log("rm " + dmgfile) - os.remove(dmgfile) - - except Exception, err: - # Because we carefully set sys.excepthook -- and even modify it to log - # the problem once we have our log file open -- you might think we - # could just let exceptions propagate. But when we do that, on - # exception in this block, we FIRST restore the no-side-effects fail() - # and THEN implicitly call sys.excepthook(), which calls the (no-side- - # effects) fail(). Explicitly call sys.excepthook() BEFORE restoring - # fail(). Only then do we get the enriched fail() behavior. - sys.excepthook(*sys.exc_info()) - - finally: - # When we leave main() -- for whatever reason -- reset fail() the way - # it was before, because the bound markerfile, markertext params - # passed to this main() call are no longer applicable. - fail = oldfail - -if __name__ == "__main__": - # We expect this script to be invoked with: - # - the pathname to the .dmg we intend to install; - # - the pathname to an update-error marker file to create on failure; - # - the content to write into the marker file. - main(*sys.argv[1:]) diff --git a/indra/viewer_components/updater/scripts/linux/update_install b/indra/viewer_components/updater/scripts/linux/update_install deleted file mode 100755 index 03089f192e..0000000000 --- a/indra/viewer_components/updater/scripts/linux/update_install +++ /dev/null @@ -1,220 +0,0 @@ -#! /bin/bash - -# @file update_install -# @author Nat Goodspeed -# @date 2013-01-09 -# @brief Update the containing Second Life application bundle to the version in -# the specified tarball. -# -# This bash implementation is derived from the previous linux-updater.bin -# application. -# -# $LicenseInfo:firstyear=2013&license=viewerlgpl$ -# Copyright (c) 2013, Linden Research, Inc. -# $/LicenseInfo$ - -# **************************************************************************** -# script parameters -# **************************************************************************** -tarball="$1" # the file to install -markerfile="$2" # create this file on failure -mandatory="$3" # what to write to markerfile on failure - -# **************************************************************************** -# helper functions -# **************************************************************************** -# empty array -cleanups=() - -# add a cleanup action to execute on exit -function cleanup { - # wacky bash syntax for appending to array - cleanups[${#cleanups[*]}]="$*" -} - -# called implicitly on exit -function onexit { - for action in "${cleanups[@]}" - do # don't quote, support actions consisting of multiple words - $action - done -} -trap 'onexit' EXIT - -# write to log file -function log { - # our log file will be open as stderr -- but until we set up that - # redirection, logging to stderr is better than nothing - echo "$*" 1>&2 -} - -# We display status by leaving one background xmessage process running. This -# is the pid of that process. -statuspid="" - -function clear_message { - [ -n "$statuspid" ] && kill $statuspid - statuspid="" -} - -# make sure we remove any message box we might have put up -cleanup clear_message - -# can we use zenity, or must we fall back to xmessage? -zenpath="$(which zenity)" -if [ -n "$zenpath" ] -then # zenity on PATH and is executable - # display a message box and continue - function status { - # clear any previous message - clear_message - # put up a new zenity box and capture its pid -## "$zenpath" --info --title "Second Life Viewer Updater" \ -## --width=320 --height=120 --text="$*" & - # MAINT-2333: use bouncing progress bar - "$zenpath" --progress --pulsate --no-cancel --title "Second Life Viewer Updater" \ - --width=320 --height=120 --text "$*" </dev/null & - statuspid=$! - } - - # display an error box and wait for user - function errorbox { - "$zenpath" --error --title "Second Life Viewer Updater" \ - --width=320 --height=120 --text="$*" - } - -else # no zenity, use xmessage instead - # display a message box and continue - function status { - # clear any previous message - clear_message - # put up a new xmessage and capture its pid - xmessage -buttons OK:2 -center "$*" & - statuspid=$! - } - - # display an error box and wait for user - function errorbox { - xmessage -buttons OK:2 -center "$*" - } -fi - -# display an error box and terminate -function fail { - # Log the message - log "$@" - # tell subsequent viewer things went south - echo "$mandatory" > "$markerfile" - # add boilerplate - errorbox "An error occurred while updating Second Life: -$* -Please download the latest viewer from www.secondlife.com." - exit 1 -} - -# Find a graphical sudo program and define mysudo function. On error, $? is -# nonzero; output is in $err instead of being written to stdout/stderr. -gksudo="$(which gksudo)" -kdesu="$(which kdesu)" -if [ -n "$gksudo" ] -then function mysudo { - # gksudo allows you to specify description - err="$("$gksudo" --description "Second Life Viewer Updater" "$@" 2>&1)" - } -elif [ -n "$kdesu" ] -then function mysudo { - err="$("$kdesu" "$@" 2>&1)" - } -else # couldn't find either one, just try it anyway - function mysudo { - err="$("$@" 2>&1)" - } -fi - -# Move directories, using mysudo if we think it necessary. On error, $? is -# nonzero; output is in $err instead of being written to stdout/stderr. -function sudo_mv { - # If we have write permission to both parent directories, shouldn't need - # sudo. - if [ -w "$(dirname "$1")" -a -w "$(dirname "$2")" ] - then err="$(mv "$@" 2>&1)" - else # use available sudo program; mysudo sets $? and $err - mysudo mv "$@" - fi -} - -# **************************************************************************** -# main script logic -# **************************************************************************** -mydir="$(dirname "$0")" -# We happen to know that the viewer specifies a marker-file pathname within -# the logs directory. -logsdir="$(dirname "$markerfile")" -logname="$logsdir/updater.log" - -# move aside old updater.log; we're about to create a new one -[ -f "$logname" ] && mv "$logname" "$logname.old" - -# Set up redirections for this script such that stderr is logged. (But first -# move the previous stderr to file descriptor 3.) -exec 3>&2- 2> "$logname" - -# Rather than setting up a special pipeline to timestamp every line of stderr, -# produce header lines into log file indicating timestamp and the arguments -# with which we were invoked. -date 1>&2 -log "$0 $*" - -# Log every command we execute, along with any stderr it might produce -set -x - -status 'Installing Second Life...' - -# Creating tempdir under /tmp means it's possible that tempdir is on a -# different filesystem than INSTALL_DIR. One is tempted to create tempdir on a -# path derived from `dirname INSTALL_DIR` -- but it seems modern 'mv' can -# handle moving across filesystems?? -tempdir="$(mktemp -d)" -tempinstall="$tempdir/install" -# capture the actual error message, if any -err="$(mkdir -p "$tempinstall" 2>&1)" || fail "$err" -cleanup rm -rf "$tempdir" - -# If we already knew the name of the tarball's top-level directory, we could -# just move that when all was said and done. Since we don't, untarring to the -# 'install' subdir with --strip 1 effectively renames that top-level -# directory. -# untar failures tend to be voluminous -- don't even try to capture, just log -tar --strip 1 -xjf "$tarball" -C "$tempinstall" || fail "Untar command failed" - -INSTALL_DIR="$(cd "$mydir/.." ; pwd)" - -# Considering we're launched from a subdirectory of INSTALL_DIR, would be -# surprising if it did NOT already exist... -if [ -e "$INSTALL_DIR" ] -then backup="$INSTALL_DIR.backup" - backupn=1 - while [ -e "$backup" ] - do backup="$INSTALL_DIR.backup.$backupn" - ((backupn += 1)) - done - # on error, fail with actual error message from sudo_mv: permissions, - # cross-filesystem mv, ...? - sudo_mv "$INSTALL_DIR" "$backup" || fail "$err" -fi -# We unpacked the tarball into tempinstall. Move that. -if ! sudo_mv "$tempinstall" "$INSTALL_DIR" -then # If we failed to move the temp install to INSTALL_DIR, try to restore - # INSTALL_DIR from backup. Save $err because next sudo_mv will trash it! - realerr="$err" - sudo_mv "$backup" "$INSTALL_DIR" - fail "$realerr" -fi - -# Removing the tarball here, rather than with a 'cleanup' action, means we -# only remove it if we succeeded. -rm -f "$tarball" - -# Launch the updated viewer. Restore original stderr from file descriptor 3, -# though -- otherwise updater.log gets cluttered with the viewer log! -"$INSTALL_DIR/secondlife" 2>&3- & diff --git a/indra/viewer_components/updater/scripts/windows/update_install.bat b/indra/viewer_components/updater/scripts/windows/update_install.bat deleted file mode 100644 index 96687226a8..0000000000 --- a/indra/viewer_components/updater/scripts/windows/update_install.bat +++ /dev/null @@ -1,3 +0,0 @@ -start /WAIT %1 /SKIP_DIALOGS
-IF ERRORLEVEL 1 ECHO %3 > %2
-DEL %1
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