Jacob, we are in the air! Woooooooow! Jacob, we re flying! Dad, I don t know that I ve ever been a butterfly before!

• The umockdev-record program generates text dumps (conventionally called *.umockdev) of some specified, or all of the system s devices and their sysfs attributes and udev properties. It can also record ioctls that a particular program sends and receives to/from a device, and store them into a text file (conventionally called *.ioctl).
• The libumockdev library provides the UMockdevTestbed GObject class which builds sysfs and /dev testbeds, provides API to generate devices, attributes, properties, and uevents on the fly, and can load *.umockdev and *.ioctl records into them. It provides VAPI and GI bindings, so you can use it from C, Vala, and any programming language that supports introspection. This is the API that you should use for writing regression tests. You can find the API documentation in docs/reference in the source directory.
• The libumockdev-preload library intercepts access to /sys, /dev/, the kernel s netlink socket (for uevents) and ioctl() and re-routes them into the sandbox built by libumockdev. You don t interface with this library directly, instead you need to run your test suite or other program that uses libumockdev through the umockdev-wrapper program.
• The umockdev-run program builds a sandbox using libumockdev, can load *.umockdev and *.ioctl files into it, and run a program in that sandbox. I. e. it is a CLI interface to libumockdev, which is useful in the debug a failure with a particular device use case if you get the text dumps from a bug report. This automatically takes care of using the preload library, i. e. you don t need umockdev-wrapper with this. You cannot use this program if you need to simulate uevents or change attributes/properties on the fly; for those you need to use libumockdev directly.

• Connect your digital camera, mobile phone, or other device which supports PtP or MTP, and locate it in lsusb. For example

    Bus 001 Device 012: ID 0fce:0166 Sony Ericsson Xperia Mini Pro

• Dump the sysfs device and udev properties:

    $ umockdev-record /dev/bus/usb/001/012 > mobile.umockdev

• Now record the dynamic behaviour (i. e. usbfs ioctls) of various operations. You can store multiple different operations in the same file, which will share the common communication between them. For example:

    $ umockdev-record --ioctl mobile.ioctl /dev/bus/usb/001/012 mtp-detect
    $ umockdev-record --ioctl mobile.ioctl /dev/bus/usb/001/012 mtp-emptyfolders

• Now you can disconnect your device, and run the same operations in a mocked testbed. Please note that /dev/bus/usb/001/012 merely echoes what is in mobile.umockdev and it is independent of what is actually in the real /dev directory. You can rename that device in the generated *.umockdev files and on the command line.

    $ umockdev-run --load mobile.umockdev --ioctl /dev/bus/usb/001/012=mobile.ioctl mtp-detect
    $ umockdev-run --load mobile.umockdev --ioctl /dev/bus/usb/001/012=mobile.ioctl mtp-emptyfolders

  umockdev-wrapper python3 docs/examples/battery.py

  UMockdevTestbed *testbed = umockdev_testbed_new ();

    gchar *sys_bat = umockdev_testbed_add_device (
            testbed, "power_supply", "fakeBAT0", NULL,
            /* attributes */
            "type", "Battery",
            "present", "1",
            "status", "Discharging",
            "energy_full", "60000000",
            "energy_full_design", "80000000",
            "energy_now", "48000000",
            "voltage_now", "12000000",
            NULL,
            /* properties */
            "POWER_SUPPLY_ONLINE", "1",
            NULL);

  umockdev_testbed_set_attribute (testbed, sys_bat, "energy_now", "1500000");
  umockdev_testbed_uevent (testbed, sys_bat, "change");

[ -e /dev/urandom ]   [ -e /dev/random ]

$ strace bash -c '[ -e /dev/urandom -o -e /dev/random ]' 2>&1 grep /dev
stat64("/dev/urandom", ...) = 0
stat64("/dev/random", ...) = 0

$ strace dash -c '[ -e /dev/urandom -o -e /dev/random ]' 2>&1 grep /dev
stat64("/dev/urandom", ...) = 0
stat64("/dev/random", ...) = 0

$ strace posh -c '[ -e /dev/urandom -o -e /dev/random ]' 2>&1 grep /dev
stat64("/dev/urandom", ...) = 0

$ strace pdksh -c '[ -e /dev/urandom -o -e /dev/random ]' 2>&1 grep /dev
stat64("/dev/urandom", ...) = 0

Filed under: Debian English Phpmyadmin Suse Weblate 0 comments Flattr this!

checking build system type... x86_64-pc-linux-gnu
checking host system type... Invalid configuration  aarch64-oe-linux': machine  aarch64-oe' not recognized
configure: error: /bin/sh config.sub aarch64-oe-linux failed

If you are an upstream of a software that uses autoconf - Please run autoreconf against autotools-dev 20120210.1 or later, and make a release of your software. Aarch64 porters will be grateful as updated software trickles down to distributions. This was the most discussed point during my FOSDEM talk "Porting applications to 64-Bit ARM".

• Suffixes may not be supported. E.g. 1d (1 day), 2m (2 minutes), 3s (3 seconds), 4h (4 hours).
  
• Fractions of units (seconds, by default) may not be supported. E.g. sleeping for 1.5 seconds may not work under all implementations.
  

Filed under: Debian English Phpmyadmin 0 comments Flattr this!

[~] # grep '^ *\(ppp\ eth\ wlan\ ath\ ra\ ipsec\ tap\ br-\)\([^:]\)\ 1,\ :' /proc/net/dev   cut -f1 -d:   sed 's/ //g
> s/\-/_/g'
eth1
eth0

[~] # ethtool eth0  grep Speed:
    Speed: 1000Mb/s
[~] # ethtool eth0  grep "Link detected:"
    Link detected: yes
[~] # ethtool eth1  grep Speed:
    Speed: Unknown! (65535)
[~] # ethtool eth1  grep "Link detected:"
    Link detected: no

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--- /opt/sbin/munin-node.orig	2013-01-27 15:13:51.869007214 +0100
+++ /opt/sbin/munin-node	2013-01-27 16:11:20.536006950 +0100
@@ -133,7 +133,7 @@
   if [ -n "$(which ethtool)" ]; then
 	if [ -x "$(which ethtool)" ]; then
   		if ethtool $1   grep -q Speed; then
-    			MAX=$(($(ethtool $1   grep Speed   sed -e 's/[[:space:]]\ 1,\ / /g' -e 's/^ //' -e 's/M.*//'   cut -d\  -f2) * 1000000))
+    			MAX=$(($(ethtool $1   grep Speed   sed -e 's/[[:space:]]\ 1,\ / /g' -e 's/^ //' -e 's/M.*//'   sed -e 's/Unknown\!/0/'   cut -d\  -f2) * 1000000))
     			echo "up.max $MAX"
     			echo "down.max $MAX"
 		fi
@@ -535,19 +535,31 @@
     for INTER in $(grep '^ *\(ppp\ eth\ wlan\ ath\ ra\ ipsec\ tap\ br-\)\([^:]\)\ 1,\ :' /proc/net/dev   cut -f1 -d:   sed 's/ //g
 s/\-/_/g');
     do
-      INTERRES=$(echo $INTER   sed 's/\./VLAN/')
-      RES="$RES if_$INTERRES"
-      eval "fetch_if_$ INTERRES ()   fetch_if $INTER $@;  ;"
-      eval "config_if_$ INTERRES ()   config_if $INTER $@;  ;"
+      if [ -n "$(which ethtool)" ]; then
+        if [ -x "$(which ethtool)" ]; then
+          if [ -n "$(ethtool $INTER   grep 'Link detected: yes')" ]; then
+            INTERRES=$(echo $INTER   sed 's/\./VLAN/')
+            RES="$RES if_$INTERRES"
+            eval "fetch_if_$ INTERRES ()   fetch_if $INTER $@;  ;"
+            eval "config_if_$ INTERRES ()   config_if $INTER $@;  ;"
+          fi
+        fi
+      fi
     done
   elif [ "$PLUG" = "if_err_" ]; then
     for INTER in $(grep '^ *\(ppp\ eth\ wlan\ ath\ ra\ ipsec\ tap\ br-\)\([^:]\)\ 1,\ :' /proc/net/dev   cut -f1 -d:   sed 's/ //g
 s/\-/_/g');
     do
-      INTERRES=$(echo $INTER   sed 's/\./VLAN/')
-      RES="$RES if_err_$INTERRES"
-      eval "fetch_if_err_$ INTERRES ()   fetch_if_err $INTER $@;  ;"
-      eval "config_if_err_$ INTERRES ()   config_if_err $INTER $@;  ;"
+      if [ -n "$(which ethtool)" ]; then
+        if [ -x "$(which ethtool)" ]; then
+          if [ -n "$(ethtool $INTER   grep 'Link detected: yes')" ]; then
+            INTERRES=$(echo $INTER   sed 's/\./VLAN/')
+            RES="$RES if_err_$INTERRES"
+            eval "fetch_if_err_$ INTERRES ()   fetch_if_err $INTER $@;  ;"
+            eval "config_if_err_$ INTERRES ()   config_if_err $INTER $@;  ;"
+          fi
+        fi
+      fi
     done
   elif [ "$PLUG" = "netstat" ]; then
     if netstat -s >/dev/null 2>&1; then

DROP IN=eth1 OUT= SRC=X.Y.Z.W DST=255.255.255.255 PROTO=UDP SPT=58488 DPT=2008 LEN=26
DROP IN=eth1 OUT= SRC=X.Y.Z.U DST=178.156.183.255 PROTO=UDP SPT=137 DPT=137 LEN=58
DROP IN=eth1 OUT= SRC=X.Y.Z.W DST=255.255.255.255 PROTO=UDP SPT=58488 DPT=2008 LEN=26
ACCEPT IN=br0 OUT=eth1 SRC=a.b.c.d DST=69.171.246.16 PROTO=TCP SPT=3651 DPT=443
DROP IN=eth1 OUT= SRC=X.Y.Z.U DST=178.156.183.255 PROTO=UDP SPT=137 DPT=137 LEN=58
DROP IN=eth1 OUT= SRC=X.Y.Z.W DST=255.255.255.255 PROTO=UDP SPT=58488 DPT=2008 LEN=26
DROP IN=eth1 OUT= SRC=X.Y.Z.W DST=255.255.255.255 PROTO=UDP SPT=58488 DPT=2008 LEN=26
DROP IN=eth1 OUT= SRC=X.Y.Z.W DST=255.255.255.255 PROTO=UDP SPT=58488 DPT=2008 LEN=26
DROP IN=eth1 OUT= SRC=X.Y.Z.W DST=255.255.255.255 PROTO=UDP SPT=58488 DPT=2008 LEN=26
DROP IN=eth1 OUT= SRC=X.Y.Z.W DST=255.255.255.255 PROTO=UDP SPT=58488 DPT=2008 LEN=26
DROP IN=eth1 OUT= SRC=X.Y.Z.W DST=255.255.255.255 PROTO=UDP SPT=58488 DPT=2008 LEN=26
DROP IN=eth1 OUT= SRC=X.Y.Z.W DST=255.255.255.255 PROTO=UDP SPT=58488 DPT=2008 LEN=26
DROP IN=eth1 OUT= SRC=178.156.183.146 DST=255.255.255.255 PROTO=UDP SPT=17500 DPT=17500 LEN=120
DROP IN=eth1 OUT= SRC=178.156.183.146 DST=178.156.183.255 PROTO=UDP SPT=17500 DPT=17500 LEN=120
DROP IN=eth1 OUT= SRC=178.156.183.146 DST=255.255.255.255 PROTO=UDP SPT=17500 DPT=17500 LEN=120
DROP IN=eth1 OUT= SRC=X.Y.Z.W DST=255.255.255.255 PROTO=UDP SPT=58488 DPT=2008 LEN=26
DROP IN=eth1 OUT= SRC=X.Y.Z.W DST=255.255.255.255 PROTO=UDP SPT=58488 DPT=2008 LEN=26
DROP IN=eth1 OUT= SRC=178.156.177.142 DST=255.255.255.255 PROTO=UDP SPT=17500 DPT=17500 LEN=153
DROP IN=eth1 OUT= SRC=178.156.177.142 DST=255.255.255.255 PROTO=UDP SPT=17500 DPT=17500 LEN=153

        loglevel=       All Kernel Messages with a loglevel smaller than the
                        console loglevel will be printed to the console. It can
                        also be changed with klogd or other programs. The
                        loglevels are defined as follows:
                        0 (KERN_EMERG)          system is unusable
                        1 (KERN_ALERT)          action must be taken immediately
                        2 (KERN_CRIT)           critical conditions
                        3 (KERN_ERR)            error conditions
                        4 (KERN_WARNING)        warning conditions
                        5 (KERN_NOTICE)         normal but significant condition
                        6 (KERN_INFO)           informational
                        7 (KERN_DEBUG)          debug-level messages

==============================================================
printk:
The four values in printk denote: console_loglevel,
default_message_loglevel, minimum_console_loglevel and
default_console_loglevel respectively.
These values influence printk() behavior when printing or
logging error messages. See 'man 2 syslog' for more info on
the different loglevels.
- console_loglevel: messages with a higher priority than
  this will be printed to the console
- default_message_loglevel: messages without an explicit priority
  will be printed with this priority
- minimum_console_loglevel: minimum (highest) value to which
  console_loglevel can be set
- default_console_loglevel: default value for console_loglevel
==============================================================

7       4       1       7

echo '2 4 1 7' > /proc/sys/kernel/printk

• the work started from a tarball, instead of forking the git repositories (just in case you wanted to pull some of their patches);
• there is only one active contributor, who happens to be the founder of SolusOS, and the same person who K-lines people on his IRC channel;
• he seems to commits stuff randomly, without any cleanup, and with a lot of 4-letter words;
• most commits are here to rename everything to the Consort brand;
• even in debian/changelog, he retroactively renamed every mention of the former package names;
• some changes were made prior to creating the repository, so they are completely lost in history;
• among those changes I noted the reversion of a GNOME 3.0 change, which is to require Alt+right-click to edit a panel (and anyone who thinks this is a bug has never had to manage a help desk where disappearing notification areas were in the Top 5 incidents);
• nevermind the change was done in a hackish way and even mentions that in a comment, while the upstream commit is still available in git history;
• this also includes committing directly Debian-specific patches without a further look at why they hadn t been pushed upstream.
• For example, he pushed the menus renaming, which is a very Debuntu-specific stuff which will yield empty menus on other distributions.
• Or a bugfix that will only build with Debian s modified libwnck.

Processing pipeline instead of monolithic tools The tools I developed so far tried to accomplish everything by themselves, reusing functionality implemented in a central library. Therefor, if one wanted to try out even trivial new things, it mostly meant to hack some OCaml code. Pietro Abate suggested to instead develop smaller tools which could work independently of each other, would only execute one algorithm each and could easily be connected together in different ways to achieve different effects. This switch is now done and all functionality from the old tools is moved into a new toolset. The exchange format between the tools is either plain text files in deb822 control format (Packages/Sources files) or a dependency graph. The dependency graph is currently marshalled by OCaml but future versions should work with just passing a GraphML (an XML graph format) representation around. This new way of doing things seems close to the UNIX philosophy (each program does one thing well, data is stored as text, every program is a filter). For example the deb822 control output can easily be manipulated using grep-dctrl(1) and there exist many tools which can read, analyze and manipulate GraphML. It is a big improvement over the old, monolithic tools which did not allow to manipulate any intermediate result by external, existing tools. Currently, a shell script (native.sh) will execute all tools in a meaningful order, connecting them together correctly. The same tools will be used for a future cross.sh but they will be connected differently. I wrote about a first proposal of what the individual tools should do and how they should be connected in this email from which I also linked a confusing overview of the pipeline. This overview has recently been improved to be even more confusing and the current version of the lower half (the native part) now looks like this: Solid arrows represent a flow of binary packages, dottend arrows represent a flow of source packages, ovals represent a set of packages, boxes with rounded corners represent set operations, rectangular boxes represent filters. There is only one input to a filter, which is the arrow connected to the top of the box. Outgoing arrows from the bottom represent the filtered input. Ingoing arrows to either side are arguments to the filter and control how the filter behaves depending on the algorithm. I will explain this better once the pipeline proved to be less in flux. The pipeline is currently executed like this by native.sh.

Two new ways to break dependency cycles have been discovered So far, we knew of three ways to formally break dependency cycles:

• remove build dependencies through build profiles
• find out that the build dependency is only used to build arch:all packages and therefor put it into Build-Depends-Indep
• cross compile some source packages

Two new methods can be added to the above:

• if a dependency relationship is not strong (pdf), then a different installationset can be chosen
• if a depended upon package is Multi-Arch:foreign then a binary package of an existing architecture might be able to satisfy the dependency.

Dependency graph definition changed Back in September when I was visiting irill, Pietro found a flaw in how the dependency graph used to be generated. He supplied a new definition of the dependency graph which does away with the problem he found. After fixing some small issues with his code, I changed all the existing algorithms to use the new graph definition. The old graph is as of today removed from the repository. Thanks to Pietro for supplying the new graph definition - I must still admit that my OCaml foo is not strong enough to have come up with his code.

Added complexity for profile built source packages As mentioned in the introduction, wookey and me addressed the debian-devel list with a proposal on necessary changes for an automated bootstrapping of Debian. During the discussiong, two important things came up which are to be considered by the dependency graph algorithms:

• profile built source packages may not create all binary packages
• profile built source packages may need additional build dependencies

Both things make it necessary to alter the dependency graph during the generation of a feedback arc set and feedback vertex set beyond the simple removal of edges. Luckily, the developed approximation algorithms can be extended to support such changes in the graph.

Different feedback arc set algorithms The initially developed feedback arc set algorithm is well suited to discover build dependency edges which should be dropped. It performs far worse when creating the final build order because it only considers edges by itself and not how many edges of a source package can be dropped by profile building it. The adjusted algorithm for generating a build order is more of a feedback vertex set algorithm because instead of greedily finding the edge with most cycles through it, it greedily finds the source package which would break most cycles if it was profile built.

Generating a build order with less profile built source packages After implementing all the features above I now feel more confident to publish the current status of the tools to a wider audience. The following test shows a run of the aforementioned ./native.sh shell script. Its final output is a list of source packages which have to be profile built and a build order. Using the resulting build order, starting from a minimal build system (essential:yes, build-essential and debhelper), all source packages will be compiled which are needed to compile all binary packages in the system. The result will therefor be a list of source and binary packages which fulfill the following property:

• all binary packages can be built from the available source packages
• all source packages can be built with the available binary packages

I called this a "reduceded distribution" in earlier posts. The interesting property of this specific selection is, that it contains the biggest problem set of Debian when bootstrapping it: a 900 to 1000 nodes big strongly connected component. Here is a visualization of the problem: Source packages do not yet come with build profiles and the cross build situation can not yet be analyzed, so the following assumptions were made:

• the minimal build system can be cross compiled from nothing
• the reduced build dependencies harvested from Gentoo and supplied by Daniel Schepler, Patrick McDermott, Thorsten Glaser and Wookey are correct
• the current list of weak build dependencies can be dropped from any source package
• even when profile built, all source packages build all binary packages
• the 14 forcefully broken build dependencies do not significantly change the output in real life

The last point is about 14 build dependencies which were decided to be broken by the feedback arc set algorithm but for which other data sources did not indicate that they are actually breakable. Those 14 are dynamically generated by native.sh. If above assumptions should not be too far from the actual situation, then not more than 73 source packages have to be modified to bootstrap a reduced distribution. This reduced distribution even includes dependency-wise "big" packages like webkit, metacity, iceweasel, network-manager, tracker, gnome-panel, evolution-data-server, kde-runtime, libav and nautilus. By changing one line in native.sh one could easily develop a build order which generates gnome-desktop or really any given (meta-)package selection. All of native.sh takes only 80 seconds to execute on my system (Core i5, 2.5 GHz, singlethreaded). Here is the final build order which creates 2044 binary packages from 613 source packages.

1. nspr, libio-pty-perl, libmcrypt, unzip, libdbi-perl, cdparanoia, libelf, c-ares, liblocale-gettext-perl, libibverbs, numactl, ilmbase, tbb, check, libogg, libatomic-ops, libnl($), orc($), libaio, tcl8.4, kmod, libgsm, lame, opencore-amr, tcl8.5, exuberant-ctags, mhash, libtext-iconv-perl, libutempter, pciutils, gperf, hspell, recode, tcp-wrappers, fdupes, chrpath, libbsd, zip, procps, wireless-tools, cpufrequtils, ed, libjpeg8, hesiod, pax, less, dietlibc, netkit-telnet, psmisc, docbook-to-man, libhtml-parser-perl, libonig, opensp($), libterm-size-perl, linux86, libxmltok, db-defaults, java-common, sharutils, libgpg-error, hardening-wrapper, cvsps, p11-kit, libyaml, diffstat, m4
2. openexr, enca, help2man, speex, libvorbis, libid3tag, patch, openjade1.3, openjade, expat, fakeroot, libgcrypt11($), ustr, sysvinit, netcat, libirman, html2text, libmad, pth, clucene-core, libdaemon($), texinfo, popt, net-tools, tar, libsigsegv, gmp, patchutils($), dirac, cunit, bridge-utils, expect, libgc, nettle, elfutils, jade, bison
3. sed, indent, findutils, fastjar, cpio, chicken, bzip2, aspell, realpath, dctrl-tools, rsync, ctdb, pkg-config($), libarchive, gpgme1.0, exempi, pump, re2c, klibc, gzip, gawk, flex-old, original-awk, mawk, libtasn1-3($), flex($), libtool
4. libcap2, mksh, readline6, libcdio, libpipeline, libcroco, schroedinger, desktop-file-utils, eina, fribidi, libusb, binfmt-support, silgraphite2.0, atk1.0($), perl, gnutls26($), netcat-openbsd, ossp-uuid, gsl, libnfnetlink, sg3-utils, jbigkit, lua5.1, unixodbc, sqlite, wayland, radvd, open-iscsi, libpcap, linux-atm, gdbm, id3lib3.8.3, vo-aacenc, vo-amrwbenc, fam, faad2, hunspell, dpkg, tslib, libart-lgpl, libidl, dh-exec, giflib, openslp-dfsg, ppl($), xutils-dev, blcr, bc, time, libdatrie, libpthread-stubs, guile-1.8, libev, attr, libsigc++-2.0, pixman, libpng, libssh2, sqlite3, acpica-unix, acl, a52dec
5. json-c, cloog-ppl, libverto, glibmm2.4, rtmpdump, libdbd-sqlite3-perl, nss, freetds, slang2, libpciaccess, iptables, e2fsprogs, libnetfilter-conntrack, bash, libthai, python2.6($), libice($), libpaper, libfontenc($), libxau, libxdmcp($), openldap($), cyrus-sasl2($), openssl, python2.7($)
6. psutils, libevent, stunnel4, libnet-ssleay-perl, libffi, readline5, file, libvoikko, gamin, libieee1284, build-essential, libcap-ng($), lcms($), keyutils, libxml2, libxml++2.6, gcc-4.6($), binutils, dbus($), libsm($), libxslt, doxygen($)
7. liblqr, rarian, xmlto, policykit-1($), libxml-parser-perl, tdb, devscripts, eet, libasyncns, libusbx, icu, linux, libmng, shadow, xmlstarlet, tidy, gavl, flac, dbus-glib($), libxcb, apr, krb5, alsa-lib
8. usbutils, enchant, neon27, uw-imap, libsndfile, yasm, xcb-util, gconf($), shared-mime-info($), audiofile, ijs($), jbig2dec, libx11($)
9. esound, freetype, libxkbfile, xvidcore, xcb-util-image, udev($), libxfixes, libxext($), libxt, libxrender
10. tk8.4, startup-notification, libatasmart, fontconfig, libxp, libdmx, libvdpau, libdrm, libxres, directfb, libxv, libxxf86dga, libxxf86vm, pcsc-lite, libxss, libxcomposite, libxcursor, libxdamage, libxi($), libxinerama, libxrandr, libxmu($), libxpm, libxfont($)
11. xfonts-utils, libxvmc, xauth, libxtst($), libxaw($)
12. pmake, corosync, x11-xserver-utils, x11-xkb-utils, coreutils, xft, nas, cairo
13. libedit, cairomm, tk8.5, openais, pango1.0($)
14. ocaml, blt, ruby1.8, firebird2.5, heimdal, lvm2($)
15. cvs($), python-stdlib-extensions, parted, llvm-2.9, ruby1.9.1, findlib, qt4-x11($)
16. xen, mesa, audit($), avahi($)
17. x11-utils, xorg-server, freeglut, libva
18. jasper, tiff3, python3.2($)
19. openjpeg, qt-assistant-compat, v4l-utils, qca2, jinja2, markupsafe, lcms2, sip4, imlib2, netpbm-free, cracklib2, cups($), postgresql-9.1
20. py3cairo, pycairo, pam, libgnomecups, gobject-introspection($)
21. gdk-pixbuf, libgnomeprint, gnome-menus, gsettings-desktop-schemas, pangomm, consolekit, vala-0.16($), colord($), atkmm1.6
22. libgee, gtk+3.0($), gtk+2.0($)
23. gtkmm2.4, poppler($), openssh, libglade2, libiodbc2, gcr($), libwmf, systemd($), gcj-4.7, java-atk-wrapper($)
24. torque, ecj($), vala-0.14, gnome-keyring($), gcc-defaults, gnome-vfs($)
25. libidn, libgnome-keyring($), openmpi
26. mpi-defaults, dnsmasq, wget, lynx-cur, ghostscript, curl
27. fftw3, gnupg, libquvi, xmlrpc-c, raptor, liboauth, groff, fftw, boost1.49, apt
28. boost-defaults, libsamplerate, cmake, python-apt
29. qjson, qtzeitgeist, libssh, qimageblitz, pkg-kde-tools, libical, dwarves-dfsg, automoc, attica, yajl, source-highlight, pygobject, pygobject-2, mysql-5.5($)
30. libdbd-mysql-perl, polkit-qt-1, libdbusmenu-qt, raptor2, dbus-python, apr-util
31. rasqal, serf, subversion($), apache2
32. git, redland
33. xz-utils, util-linux, rpm, man-db, make-dfsg, libvisual, cryptsetup, libgd2, gstreamer0.10
34. mscgen, texlive-bin
35. dvipng, luatex
36. libconfig, transfig, augeas, blas, libcaca, autogen, libdbi, linuxdoc-tools, gdb, gpm
37. ncurses, python-numpy($), rrdtool, w3m, iproute, gcc-4.7, libtheora($), gcc-4.4
38. libraw1394, base-passwd, lm-sensors, netcf, eglibc, gst-plugins-base0.10
39. libiec61883, qtwebkit, libvirt, libdc1394-22, net-snmp, jack-audio-connection-kit($), bluez
40. redhat-cluster, gvfs($), pulseaudio($)
41. phonon, libsdl1.2, openjdk-6($)
42. phonon-backend-gstreamer($), gettext, libbluray, db, swi-prolog, qdbm, swig2.0($)
43. highlight, libselinux, talloc, libhdate, libftdi, libplist, python-qt4, libprelude, libsemanage, php5
44. samba, usbmuxd, libvpx, lirc, bsdmainutils, libiptcdata, libgtop2, libgsf, telepathy-glib, libwnck3, libnotify, libunique3, gnome-desktop3, gmime, glib2.0, json-glib, libgnomecanvas, libcanberra, orbit2, udisks, d-conf, libgusb
45. libgnomeprintui, libimobiledevice, nautilus($), libbonobo, librsvg
46. evas, wxwidgets2.8, upower, gnome-disk-utility, libgnome
47. ecore, libbonoboui
48. libgnomeui
49. graphviz
50. exiv2, libexif, lapack, soprano, libnl3, dbus-c++
51. atlas, libffado, graphicsmagick, libgphoto2, network-manager
52. pygtk, jackd2, sane-backends, djvulibre
53. libav($), gpac($), ntrack, python-imaging, imagemagick, dia
54. x264($), matplotlib, iceweasel
55. strigi, opencv, libproxy($), ffms2
56. kde4libs, frei0r, glib-networking
57. kde-baseapps, kate, libsoup2.4
58. geoclue, kde-runtime, totem-pl-parser, libgweather, librest, libgdata
59. webkit
60. zenity, gnome-online-accounts
61. metacity, evolution-data-server
62. gnome-panel
63. tracker

The final recompilation of profile built source packages is omitted. Source packages marked with a ($) are selected to be profile built. All source packages listed in the same line can be built in parallel as they do not depend upon each other. This order looks convincing as it first compiles a multitude of source packages which have no or only few build dependencies lacking. Later steps allow fewer source packages to be compiled in parallel. The amount of needed build dependencies is highest in the source packages that are built last.

1. 
   I'd deliberately not copied /dev /proc and /sys from the old harddrive but I'd also forgotten to create empty ones on the new drive...
2. /etc/fstab helpfully referred to / as a UUID which no longer applied, so that had to be edited
3. grub was confused and couldn't find the root filesystem

I remember the time Aaron was hospitalized and I spent two hours on the phone going through my bookshelves arguing with him about the virtues of the books in my library as we tried to decide which books I would bring him. I remember Aaron confronting Peter Singer intellectual founder of the modern animal rights movement at the Boston Vegetarian Food Festival to ask if humans had a moral obligation to stop animals from killing each other. I lurked behind, embarrassed about the question but curious to hear the answer. (Singer sighed and said yes sort of and complemented Aaron on the enormous Marxist commentary he was carrying.) I remember 1-800-INTERNET.com. I remember talking with Aaron about whether being wealthy could be ethical. I argued it could not but Aaron argued uncharacteristically I thought that it could. Aaron told Mika she should slap him if he ever became wealthy. The very next day, it was announced that his company had been acquired and that Aaron was a millionaire. I remember the standing bets I had with Aaron and how he would email me every time news reports favored his claims (but never when they did not). And I remember that I won t hear from him again.

• Fixed deleting of checks/comments on unit deletion.
• Added option to disable automatic propagation of translations.
• Added option to subscribe for merge failures.
• Correctly import on projects which needs custom ttkit loader.
• Added sitemaps to allow easier access by crawlers.
• Provide direct links to string in notification emails or feeds.
• Various improvements to admin interface.
• Provide hints for production setup in admin interface.
• Added per language widgets and engage page.
• Improved translation locking handling.
• Show code snippets for widgets in more variants.
• Indicate failing checks or fuzzy strings in progressbars.
• More options for formatting commit message.
• Fixed error handling with machine translation services.
• Improved automatic translation locking behaviour.
• Support for showing changes from previous source string.
• Added support for substring search.
• Various quality checks improvements.
• Support for per project ACL.
• Basic unit tests coverage.

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