qemu 1:5.1+dfsg-4ubuntu1 source package in Ubuntu

Changelog

qemu (1:5.1+dfsg-4ubuntu1) hirsute; urgency=medium

  * Merge with Debian testing, remaining changes:
    Fixes qemu-arm-static Assertion `guest_base != 0' failed (LP: #1897854)
    - qemu-kvm to systemd unit
      - d/qemu-kvm-init: script for QEMU KVM preparation modules, ksm,
        hugepages and architecture specifics
      - d/qemu-system-common.qemu-kvm.service: systemd unit to call
        qemu-kvm-init
      - d/qemu-system-common.install: install helper script
      - d/qemu-system-common.qemu-kvm.default: defaults for
        /etc/default/qemu-kvm
      - d/rules: call dh_installinit and dh_installsystemd for qemu-kvm
    - Distribution specific machine type (LP: 1304107 1621042)
      - d/p/ubuntu/define-ubuntu-machine-types.patch: define distro machine
        types
      - d/qemu-system-x86.NEWS Info on fixed machine type definitions
        for host-phys-bits=true (LP: 1776189)
      - add an info about -hpb machine type in debian/qemu-system-x86.NEWS
      - provide pseries-bionic-2.11-sxxm type as convenience with all
        meltdown/spectre workarounds enabled by default. (LP: 1761372).
      - ubuntu-q35 alias added to auto-select the most recent q35 ubuntu type
    - Enable nesting by default
      - d/p/ubuntu/enable-svm-by-default.patch: Enable nested svm by default
        in qemu64 on amd
        [ No more strictly needed, but required for backward compatibility ]
    - improved dependencies
      - Make qemu-system-common depend on qemu-block-extra
      - Make qemu-utils depend on qemu-block-extra
      - let qemu-utils recommend sharutils
    - tolerate ipxe size change on migrations to >=18.04 (LP: 1713490)
      - d/p/ubuntu/pre-bionic-256k-ipxe-efi-roms.patch: old machine types
        reference 256k path
      - d/control-in: depend on ipxe-qemu-256k-compat-efi-roms to be able to
        handle incoming migrations from former releases.
    - d/control-in: Disable capstone disassembler library support (universe)
    - d/qemu-system-x86.README.Debian: add info about updated nesting changes
    - d/control*, d/rules: disable xen by default, but provide universe
      package qemu-system-x86-xen as alternative
      [includes compat links changes of 5.0-5ubuntu4]
    - allow qemu to load old modules post upgrade (LP 1847361)
      - d/qemu-block-extra.*.in, d/qemu-system-gui.*.in: save shared objects on
        upgrade
      - d/rules: generate maintainer scripts matching package version on build
      - d/rules: enable --enable-module-upgrades where --enable-modules is set
    - d/control: regenerate debian/control out of control-in
  * Dropped changes [in Debian or no more needed]
    - d/control-in: disable pmem on ppc64 as it is currently considered
      experimental on that architecture (pmdk v1.8-1)
    - d/rules: makefile definitions can't be recursive - sys_systems for s390x
    - d/rules: report config log from the correct subdir
    - d/control-in: disable rbd support unavailable on riscv (LP: 1872931)
    - Pick further changes for groovy from debian/master since 5.0-5
      - ati-vga-check-mm_index-before-recursive-call-CVE-2020-13800.patch
      - revert-memory-accept-mismatching-sizes-in-memory_region_access_...patch
      - exec-set-map-length-to-zero-when-returning-NULL-CVE-2020-13659.patch
      - megasas-use-unsigned-type-for-reply_queue_head-and-check-index...patch
      - megasas-use-unsigned-type-for-positive-numeric-fields.patch
      - megasas-fix-possible-out-of-bounds-array-access.patch
      - nbd-server-avoid-long-error-message-assertions-CVE-2020-10761.patch
      - es1370-check-total-frame-count-against-current-...-CVE-2020-13361.patch
      - a few patches from the stable series:
        - fix-tulip-breakage.patch
        - 9p-lock-directory-streams-with-a-CoMutex.patch
          Prevent deadlocks in 9pfs readdir code
        - net-do-not-include-a-newline-in-the-id-of-nic-device.patch
          Fix newline accidentally sneaked into id string of a nic
        - qemu-nbd-close-inherited-stderr.patch
        - virtio-balloon-fix-free-page-hinting-check-on-unreal.patch
        - virtio-balloon-fix-free-page-hinting-without-an-iothread.patch
        - virtio-balloon-unref-the-iothread-when-unrealizing.patch
      - acpi-tmr-allow-2-byte-reads.patch
      - reapply CVE-2020-13253 fixes from upstream
      - linux-user-refactor-ipc-syscall-and-support-of-semtimedop.patch
      - linux-user-add-netlink-RTM_SETLINK-command.patch
      - d/control: since qemu-system-data now contains module(s),
        it can't be multi-arch. Ditto for qemu-block-extra.
      - qemu-system-foo: depend on exact version of qemu-system-data,
        due to the latter having modules
      - acpi-allow-accessing-acpi-cnt-register-by-byte.patch'
        This is another incarnation of the recent bugfix which actually enabled
        memory access constraints, like #964247
      - acpi-accept-byte-and-word-access-to-core-ACPI-registers.patch
        this replace acpi-allow-accessing-acpi-cnt-register-by-byte.patch
        and acpi-tmr-allow-2-byte-reads.patch, a more complete fix
      - xhci-fix-valid.max_access_size-to-access-address-registers.patch
        fix one more incarnation of the breakage after the CVE-2020-13754 fix
      - do not install outdated (0.12 and before) Changelog
      - xgmac-fix-buffer-overflow-in-xgmac_enet_send-CVE-2020-15863.patch
        ARM-only XGMAC NIC, possible buffer overflow during packet transmission
        Closes: CVE-2020-15863
      - sm501 OOB read/write due to integer overflow in sm501_2d_operation()
      - riscv-allow-64-bit-access-to-SiFive-CLINT.patch
        another fix for revert-memory-accept-.. CVE-2020-13754
      - seabios-hppa-fno-ipa-sra.patch fix ftbfs with gcc-10
    - d/control-in: build-dep libcap is no more needed
    - arch aware kvm wrappers
      [upstream now automatically enables KVM if available and called with
       kvm* name, provides KVM as before but with auto-fallback to tcg.
       Former behavior of KVM-or-die can be achieved via -machine accel=kvm ]
  * Dropped changes [upstream now]
    - d/p/u/usb-fix-setup_len-init-CVE-2020-14364.patch: sanity check usb
      setup_len
    - d/p/u/lp-1887930-*: Enable Channel Path Handling for vfio-ccw (LP 1887930)
    - d/p/u/lp-1894942-*: fix virtio-ccw host/guest notification (LP 1894942)
    - d/p/ubuntu/lp-1887935-vfio-ccw-allow-non-prefetch-ORBs.patch: fix boot
      from vfio-ccw (LP 1887935)
    - fix qemu-user-static initialization to allow executing systemd (LP 1890881)
    - fix assertion failue in net_tx_pkt_add_raw_fragment (LP 1891187)
    - d/p/ubuntu/lp-1883984-target-s390x-Fix-SQXBR.patch: avoid crash on
      SQXBR (LP 1883984)
    - d/p/lp-1890154-*: fix -no-reboot on s390x secure boot (LP 1890154)
    - d/p/ubuntu/lp-1887763-*: fix TCG sizing that OOMed many small CI
      environments (LP 1887763)
    - d/p/ubuntu/lp-1835546-*: backport the s390x protvirt feature (LP 1835546)
    - debian/patches/ubuntu/lp-1878973-*: fix assert in qemu-guest-agent that
      crashes it on shutdown (LP 1878973)
    - update d/p/ubuntu/lp-1835546-* to the final versions
    - d/p/ubuntu/virtio-net-fix-rsc_ext-compat-handling.patch: fix
      FTBFS in groovy
  * Added Changes:
    - update ubuntu machine types for hirsute@5.1
    - d/control: regenerated from d/control-in
    - d/control, d/rules: build with gcc-9 on armhf as workaround until
      resolved in gcc-10 (LP: 1890435)

qemu (1:5.1+dfsg-4) unstable; urgency=high

  * mention closing of CVE-2020-16092 by 5.1
  * usb-fix-setup_len-init-CVE-2020-14364.patch
    Closes: #968947, CVE-2020-14364
    (OOB r/w access in USB emulation)

qemu (1:5.1+dfsg-3) unstable; urgency=medium

  * fix one more issue in last upload. This is what happens when
    you do "obvious" stuff in a hurry without proper testing..

qemu (1:5.1+dfsg-2) unstable; urgency=medium

  * fix brown-paper bag bug in last upload

qemu (1:5.1+dfsg-1) unstable; urgency=medium

  * hw-display-qxl.so depends on spice so install it
    only if it is built just like ui-spice-app
  * note #931046 for libfdt

qemu (1:5.1+dfsg-0exp1) experimental; urgency=medium

  * new upstream release 5.1.0. Make source DFSG-clean again
    Closes: #968088
    Closes: CVE-2020-16092 (net_tx_pkt_add_raw_fragment in e1000e & vmxnet3)
  * remove all patches which are applied upstream
  * do not install non-existing doc/qemu/*-ref.*
  * qemu-pr-helper is now in /usr/lib/qemu not /usr/bin
  * virtfs-proxy-helper is in /usr/lib/qemu now, not /usr/bin
  * new architecture: qemu-system-avr
  * refresh d/get-orig-source.sh
  * d/get-orig-source.sh: report already removed files in dfsg-clean
  * install common modules in qemu-system-common
  * lintian tag renamed: shared-lib-without-dependency-information to
    shared-library-lacks-prerequisites

qemu (1:5.0-14) unstable; urgency=high

  * this is a bugfix release before breaking toys with the new upstream
  * riscv-allow-64-bit-access-to-SiFive-CLINT.patch
    (another fix for revert-memory-accept-..-CVE-2020-13754)
  * install /usr/lib/*/qemu/ui-curses.so in qemu-system-common
    Closes: #966517

qemu (1:5.0-13) unstable; urgency=medium

  * seabios-hppa-fno-ipa-sra.patch
    fix ftbfs with gcc-10

qemu (1:5.0-12) unstable; urgency=medium

  * acpi-accept-byte-and-word-access-to-core-ACPI-registers.patch
    this replace cpi-allow-accessing-acpi-cnt-register-by-byte.patch
    and acpi-tmr-allow-2-byte-reads.patch, a more complete fix
  * xhci-fix-valid.max_access_size-to-access-address-registers.patch
    fix one more incarnation of the breakage after the CVE-2020-13754 fix
  * do not install outdated (0.12 and before) Changelog (Closes: #965381)
  * xgmac-fix-buffer-overflow-in-xgmac_enet_send-CVE-2020-15863.patch
    ARM-only XGMAC NIC, possible buffer overflow during packet transmission
    Closes: CVE-2020-15863
  * sm501 OOB read/write due to integer overflow in sm501_2d_operation()
    List of patches:
     sm501-convert-printf-abort-to-qemu_log_mask.patch
     sm501-shorten-long-variable-names-in-sm501_2d_operation.patch
     sm501-use-BIT-macro-to-shorten-constant.patch
     sm501-clean-up-local-variables-in-sm501_2d_operation.patch
     sm501-replace-hand-written-implementation-with-pixman-CVE-2020-12829.patch
    Closes: #961451, CVE-2020-12829

qemu (1:5.0-11) unstable; urgency=high

  * d/control-in: only enable opengl (libdrm&Co) on linux
  * d/control-in: spice: drop versioned deps (even jessie version is enough),
    drop libspice-protocol-dev (automatically pulled by libspice-server-dev),
    and build on more architectures
  * change from debhelper versioned dependency to debhelper-compat (=12)
  * acpi-allow-accessing-acpi-cnt-register-by-byte.patch' (Closes: #964793)
    This is another incarnation of the recent bugfix which actually enabled
    memory access constraints, like #964247
    Urgency = high due to this issue.

qemu (1:5.0-10) unstable; urgency=medium

  * fix the wrong $(if) construct for s390x kvm link (FTBFS on s390x)
  * use the same $(if) construct to simplify #ifdeffery

qemu (1:5.0-9) unstable; urgency=medium

  * move kvm executable/script from qemu-kvm to qemu-system-foo,
    make it multi-arch, and remove qemu-kvm package
  * remove libcacard leftovers from d/.gitignore
  * linux-user-refactor-ipc-syscall-and-support-of-semtimedop.patch
    (Closes: #965109)
  * linux-user-add-netlink-RTM_SETLINK-command.patch (Closes: #964289)
  * libudev is linux-specific, do not build-depend on it
    on kfreebsd and others
  * install virtiofsd in d/rules (!sparc64) instead of
    d/qemu-system-common.install (fixes FTBFS on sparc64)
  * confirm -static-pie not working today still
  * d/control: since qemu-system-data now contains module(s),
    it can't be multi-arch. Ditto for qemu-block-extra.
  * qemu-system-foo: depend on exact version of qemu-system-data,
    due to the latter having modules
  * build all modules since there are modules anyway,
    no need to hack them in d/rules
  * fix spelling in a patch name/subject inlast upload
  * d/rules: do not use dh_install and dh_movefiles for individual
    pkgs, open-code mkdir+cp/mv, b/c dh_install acts on all files
    listed in d/foo.install too, in addition to given on command-line
  * remove trailing whitespace from d/changelog

qemu (1:5.0-8) unstable; urgency=medium

  * d/control: rdma is linux-only, do not enable it on kfreebsd & hurd
  * add comment about virtiofsd conditional to d/qemu-system-common.install
    Now qemu FTBFS on sparc64 since virtiofsd is not built due to missing
    seccomp onn that platform, we should either make virtiofsd conditional
    (!sparc64) or fix seccomp on sparc64 and build-depend on it
  * openbios-use-source_date_epoch-in-makefile.patch (Closes: #963466)
  * seabios-hppa-use-consistant-date-and-remove-hostname.patch (Closes: #963467)
  * slof-remove-user-and-host-from-release-version.patch (Closes: #963472)
  * slof-ensure-ld-is-called-with-C-locale.patch (Closes: #963470)
  * update previous changelog, mention #945997
  * reapply CVE-2020-13253 fixed from upstream:
    sdcard-simplify-realize-a-bit.patch (preparation for the next patch)
    sdcard-dont-allow-invalid-SD-card-sizes.patch (half part of CVE-2020-13253)
    sdcard-update-coding-style-to-make-checkpatch-happy.patch (preparational)
    sdcard-dont-switch-to-ReceivingData-if-address-is-in..-CVE-2020-13253.patch
    Closes: #961297, CVE-2020-13253

qemu (1:5.0-7) unstable; urgency=medium

  * Revert "d/rules: report config log from the correct subdir - base build"
  * Revert "d/rules: report config log from the correct subdir - microvm build"
  * acpi-tmr-allow-2-byte-reads.patch (Closes: #964247)
  * remove sdcard-dont-switch-to-ReceivingData-if-add...-CVE-2020-13253.patch -
    upstream decided to fix it differently (Reopens: #961297, CVE-2020-13253)
  * explicitly specify --enable-tools on hppa and do the same trick
    with --enable-tcg-interpreter --enable-tools on a few other unsupported
    arches (Closes: #964372, #945997)

qemu (1:5.0-6) unstable; urgency=medium

  [ Christian Ehrhardt ]
  * d/control-in: disable pmem on ppc64 as it is currently considered
    experimental on that architecture
  * d/rules: makefile definitions can't be recursive - sys_systems for s390x
  * d/rules: report config log from the correct subdir - base build
  * d/rules: report config log from the correct subdir - microvm build
  * d/control-in: disable rbd support unavailable on riscv
  * fix assert in qemu guest agent that crashes on shutdown (LP: #1878973)
  * d/control-in: build-dep libcap is no more needed
  * d/rules: update -spice compat (Ubuntu only)

  [ Michael Tokarev ]
  * save block modules on upgrades (LP: #1847361)
    After upgrade a still running qemu of a former version can't load the
    new modules e.g. for extended storage support. Qemu 5.0 has the code to
    allow defining a path that it will load these modules from.
  * ati-vga-check-mm_index-before-recursive-call-CVE-2020-13800.patch
    Closes: CVE-2020-13800, ati-vga allows guest OS users to trigger
    infinite recursion via a crafted mm_index value during
    ati_mm_read or ati_mm_write call.
  * revert-memory-accept-mismatching-sizes-in-memory_region_access_valid...patch
    Closes: CVE-2020-13754, possible OOB memory accesses in a bunch of qemu
    devices which uses min_access_size and max_access_size Memory API fields.
    Also closes: CVE-2020-13791
  * exec-set-map-length-to-zero-when-returning-NULL-CVE-2020-13659.patch
    CVE-2020-13659: address_space_map in exec.c can trigger
    a NULL pointer dereference related to BounceBuffer
  * megasas-use-unsigned-type-for-reply_queue_head-and-check-index...patch
    Closes: #961887, CVE-2020-13362, megasas_lookup_frame in hw/scsi/megasas.c
    has an OOB read via a crafted reply_queue_head field from a guest OS user
  * megasas-use-unsigned-type-for-positive-numeric-fields.patch
    fix other possible cases like in CVE-2020-13362 (#961887)
  * megasas-fix-possible-out-of-bounds-array-access.patch
    Some tracepoints use a guest-controlled value as an index into the
    mfi_frame_desc[] array. Thus a malicious guest could cause a very low
    impact OOB errors here
  * nbd-server-avoid-long-error-message-assertions-CVE-2020-10761.patch
    Closes: CVE-2020-10761, An assertion failure issue in the QEMU NBD Server.
    This flaw occurs when an nbd-client sends a spec-compliant request that is
    near the boundary of maximum permitted request length. A remote nbd-client
    could use this flaw to crash the qemu-nbd server resulting in a DoS.
  * es1370-check-total-frame-count-against-current-frame-CVE-2020-13361.patch
    Closes: CVE-2020-13361, es1370_transfer_audio in hw/audio/es1370.c does not
    properly validate the frame count, which allows guest OS users to trigger
    an out-of-bounds access during an es1370_write() operation
  * sdcard-dont-switch-to-ReceivingData-if-address-is-in...-CVE-2020-13253.patch
    CVE-2020-13253: sd_wp_addr in hw/sd/sd.c in QEMU 4.2.0 uses an unvalidated
    address, which leads to an out-of-bounds read during sdhci_write()
    operations.  A guest OS user can crash the QEMU process.
    And a preparational patch,
    sdcard-update-coding-style-to-make-checkpatch-happy.patch
  * a few patches from the stable series:
    - fix-tulip-breakage.patch
      The tulip network driver in a qemu-system-hppa emulation is broken in
      the sense that bigger network packages aren't received any longer and
      thus even running e.g. "apt update" inside the VM fails. Fix this.
    - 9p-lock-directory-streams-with-a-CoMutex.patch
      Prevent deadlocks in 9pfs readdir code
    - net-do-not-include-a-newline-in-the-id-of-nic-device.patch
      Fix newline accidentally sneaked into id string of a nic
    - qemu-nbd-close-inherited-stderr.patch
    - virtio-balloon-fix-free-page-hinting-check-on-unreal.patch
    - virtio-balloon-fix-free-page-hinting-without-an-iothread.patch
    - virtio-balloon-unref-the-iothread-when-unrealizing.patch

  [ Aurelien Jarno ]
  * Remove myself from maintainers

 -- Christian Ehrhardt <email address hidden>  Thu, 29 Oct 2020 12:37:31 +0100

Upload details

Uploaded by:
Christian Ehrhardt 
Uploaded to:
Hirsute
Original maintainer:
Ubuntu Developers
Architectures:
any all
Section:
misc
Urgency:
Very Urgent

See full publishing history Publishing

Series Pocket Published Component Section

Downloads

File Size SHA-256 Checksum
qemu_5.1+dfsg.orig.tar.xz 17.9 MiB f419dcb24aabaed6ea4ea17f6dbd0b73c1651e9063ee8a416425fb4c81098d00
qemu_5.1+dfsg-4ubuntu1.debian.tar.xz 124.2 KiB 6cd4ac7162bde2c2d5febb5ed3bb5c226206f271627217474cfff01a97350891
qemu_5.1+dfsg-4ubuntu1.dsc 7.2 KiB 4c05829d8534348ec3b4f50694047ba4b96f0812b0e0f153cdfe02ff919a1cf1

View changes file

Binary packages built by this source

qemu: fast processor emulator, dummy package

 QEMU is a fast processor emulator. Once upon a time there was only one
 package named `qemu', with all functionality included. These days, qemu
 become large and has been split into numerous packages. Different packages
 provides entirely different services, and it is very unlikely one will
 need all of them together. So current `qemu' package makes no sense anymore,
 and is becoming a dummy package.
 .
 If you want full system emulation of some architecture, install one or more
 of qemu-system-ARCH packages. If you want user-mode emulation, install
 qemu-user or qemu-user-static package. If you need utilities, use qemu-utils
 package.
 .
 This package can safely be removed.

qemu-block-extra: extra block backend modules for qemu-system and qemu-utils

 QEMU is a fast processor emulator: currently the package supports
 ARM, CRIS, i386, M68k (ColdFire), MicroBlaze, MIPS, PowerPC, SH4,
 SPARC and x86-64 emulation. By using dynamic translation it achieves
 reasonable speed while being easy to port on new host CPUs.
 .
 This package provides extra block device backend modules for qemu-system
 emulation and qemu-img from qemu-utils package, which are rarely used and
 has extra dependencies.

qemu-block-extra-dbgsym: debug symbols for qemu-block-extra
qemu-guest-agent: Guest-side qemu-system agent

 QEMU is a fast processor emulator: currently the package supports
 ARM, CRIS, i386, M68k (ColdFire), MicroBlaze, MIPS, PowerPC, SH4,
 SPARC and x86-64 emulation. By using dynamic translation it achieves
 reasonable speed while being easy to port on new host CPUs.
 .
 This package provides a daemon (agent) to run inside qemu-system
 guests (full system emulation). It communicates with the host using
 a virtio-serial channel org.qemu.guest_agent.0, and allows one to perform
 some functions in the guest from the host, including:
  - querying and setting guest system time
  - performing guest filesystem sync operation
  - initiating guest shutdown or suspend to ram
  - accessing guest files
  - freezing/thawing guest filesystem operations
  - others.
 .
 Install this package on a system which is running as guest inside
 qemu virtual machine. It is not used on the host.

qemu-guest-agent-dbgsym: debug symbols for qemu-guest-agent
qemu-system: QEMU full system emulation binaries

 QEMU is a fast processor emulator: currently the package supports
 ARM, CRIS, i386, M68k (ColdFire), MicroBlaze, MIPS, PowerPC, SH4,
 SPARC and x86-64 emulation. By using dynamic translation it achieves
 reasonable speed while being easy to port on new host CPUs.
 .
 This metapackage provides the full system emulation binaries for all supported
 targets, by depending on all per-architecture system emulation packages which
 QEMU supports.

qemu-system-arm: QEMU full system emulation binaries (arm)

 QEMU is a fast processor emulator: currently the package supports
 ARM emulation. By using dynamic translation it achieves
 reasonable speed while being easy to port on new host CPUs.
 .
 This package provides the full system emulation binaries to emulate
 the following arm hardware: aarch64 arm.
 .
 In system emulation mode QEMU emulates a full system, including a processor
 and various peripherals. It enables easier testing and debugging of system
 code. It can also be used to provide virtual hosting of several virtual
 machines on a single server.

qemu-system-arm-dbgsym: debug symbols for qemu-system-arm
qemu-system-common: QEMU full system emulation binaries (common files)

 QEMU is a fast processor emulator: currently the package supports
 ARM, CRIS, i386, M68k (ColdFire), MicroBlaze, MIPS, PowerPC, SH4,
 SPARC and x86-64 emulation. By using dynamic translation it achieves
 reasonable speed while being easy to port on new host CPUs.
 .
 This package provides common files needed for target-specific
 full system emulation (qemu-system-*) packages.

qemu-system-common-dbgsym: debug symbols for qemu-system-common
qemu-system-data: QEMU full system emulation (data files)

 This package provides architecture-neutral data files
 (such as keyboard definitions, icons) for system-mode
 QEMU emulation (qemu-system-*) packages.

qemu-system-gui: QEMU full system emulation binaries (user interface and audio support)

 This package provides local graphical user interface (currently GTK)
 and audio backends for full system emulation (qemu-system-*) packages.

qemu-system-gui-dbgsym: debug symbols for qemu-system-gui
qemu-system-mips: QEMU full system emulation binaries (mips)

 QEMU is a fast processor emulator: currently the package supports
 MIPS emulation. By using dynamic translation it achieves
 reasonable speed while being easy to port on new host CPUs.
 .
 This package provides the full system emulation binaries to emulate
 the following mips hardware: mips mipsel mips64 mips64el.
 .
 In system emulation mode QEMU emulates a full system, including a processor
 and various peripherals. It enables easier testing and debugging of system
 code. It can also be used to provide virtual hosting of several virtual
 machines on a single server.

qemu-system-mips-dbgsym: debug symbols for qemu-system-mips
qemu-system-misc: QEMU full system emulation binaries (miscellaneous)

 QEMU is a fast processor emulator: currently the package supports
 ARM, CRIS, M68k (ColdFire), MicroBlaze, and SH4
 emulation. By using dynamic translation it achieves
 reasonable speed while being easy to port on new host CPUs.
 .
 This package provides the full system emulation binaries to emulate
 various other hardware which did not made into separate packages.
 Emulators for the following architectures are provided:
   alpha avr cris hppa m68k microblaze microblazeel moxie
  nios2 or1k riscv32 riscv64 rx sh4 sh4eb tricore xtensa xtensaeb.
 .
 In system emulation mode QEMU emulates a full system, including a processor
 and various peripherals. It enables easier testing and debugging of system
 code. It can also be used to provide virtual hosting of several virtual
 machines on a single server.

qemu-system-misc-dbgsym: debug symbols for qemu-system-misc
qemu-system-ppc: QEMU full system emulation binaries (ppc)

 QEMU is a fast processor emulator: currently the package supports
 PowerPC emulation. By using dynamic translation it achieves
 reasonable speed while being easy to port on new host CPUs.
 .
 This package provides the full system emulation binaries to emulate
 the following PowerPC hardware: ppc ppc64.
 .
 In system emulation mode QEMU emulates a full system, including a processor
 and various peripherals. It enables easier testing and debugging of system
 code. It can also be used to provide virtual hosting of several virtual
 machines on a single server.

qemu-system-ppc-dbgsym: debug symbols for qemu-system-ppc
qemu-system-s390x: QEMU full system emulation binaries (s390x)

 QEMU is a fast processor emulator: currently the package supports
 s390x emulation. By using dynamic translation it achieves reasonable
 speed while being easy to port on new host CPUs.
 .
 This package provides the full system emulation binaries to emulate
 the following s390x hardware: s390x.
 .
 In system emulation mode QEMU emulates a full system, including a processor
 and various peripherals. It enables easier testing and debugging of system
 code. It can also be used to provide virtual hosting of several virtual
 machines on a single server.

qemu-system-s390x-dbgsym: debug symbols for qemu-system-s390x
qemu-system-sparc: QEMU full system emulation binaries (sparc)

 QEMU is a fast processor emulator: currently the package supports
 SPARC emulation. By using dynamic translation it achieves
 reasonable speed while being easy to port on new host CPUs.
 .
 This package provides the full system emulation binaries to emulate
 the following sparc hardware: sparc sparc64.
 .
 In system emulation mode QEMU emulates a full system, including a processor
 and various peripherals. It enables easier testing and debugging of system
 code. It can also be used to provide virtual hosting of several virtual
 machines on a single server.

qemu-system-sparc-dbgsym: debug symbols for qemu-system-sparc
qemu-system-x86: QEMU full system emulation binaries (x86)

 QEMU is a fast processor emulator: currently the package supports
 i386 and x86-64 emulation. By using dynamic translation it achieves
 reasonable speed while being easy to port on new host CPUs.
 .
 This package provides the full system emulation binaries to emulate
 the following x86 hardware: i386 x86_64.
 .
 In system emulation mode QEMU emulates a full system, including a processor
 and various peripherals. It enables easier testing and debugging of system
 code. It can also be used to provide virtual hosting of several virtual
 machines on a single server.
 .
 On x86 host hardware this package also enables KVM kernel virtual machine
 usage on systems which supports it.

qemu-system-x86-dbgsym: debug symbols for qemu-system-x86
qemu-system-x86-microvm: QEMU full system emulation binaries (x86)

 The microvm binaries are now part of qemu-system-x86.
 .
 This is a transitional package. You can safely remove it.

qemu-system-x86-xen: QEMU full system emulation binaries (x86)

 QEMU is a fast processor emulator: currently the package supports
 i386 and x86-64 emulation. By using dynamic translation it achieves
 reasonable speed while being easy to port on new host CPUs.
 .
 This package provides the full system emulation binaries to emulate
 the following x86 hardware: .
 .
 In comparison to the main qemu-system-x86 this package has xen support
 enabled, but is only maintained as universe package. Qemu with xen support
 is needed to run Xen in HVM mode. For any other use case you should install
 and use qemu-system-x86 instead.

qemu-system-x86-xen-dbgsym: debug symbols for qemu-system-x86-xen
qemu-user: QEMU user mode emulation binaries

 QEMU is a fast processor emulator: currently the package supports
 ARM, CRIS, i386, M68k (ColdFire), MicroBlaze, MIPS, PowerPC, SH4,
 SPARC and x86-64 emulation. By using dynamic translation it achieves
 reasonable speed while being easy to port on new host CPUs.
 .
 This package provides the user mode emulation binaries. In this mode
 QEMU can launch Linux processes compiled for one CPU on another CPU.
 .
 If qemu-user-binfmt package is also installed, it will register binary
 format handlers from this qemu-user package with the kernel so it will
 be possible to run foreign binaries directly. However, this might not
 be suitable for using inside foreign chroots, in which case it is
 possible to use qemu-user-static package instead of qemu-user-binmft, --
 qemu-user-static will register statically linked binfmt handlers instead.

qemu-user-binfmt: QEMU user mode binfmt registration for qemu-user

 QEMU is a fast processor emulator: currently the package supports
 ARM, CRIS, i386, M68k (ColdFire), MicroBlaze, MIPS, PowerPC, SH4,
 SPARC and x86-64 emulation. By using dynamic translation it achieves
 reasonable speed while being easy to port on new host CPUs.
 .
 This package provides binfmt support registration for the user mode
 emulation binaries from qemu-user. This is an empty package, it does
 not contain any additional files, only registration scripts which run
 at install and remove times.

qemu-user-dbgsym: debug symbols for qemu-user
qemu-user-static: QEMU user mode emulation binaries (static version)

 QEMU is a fast processor emulator: currently the package supports
 ARM, CRIS, i386, M68k (ColdFire), MicroBlaze, MIPS, PowerPC, SH4,
 SPARC and x86-64 emulation. By using dynamic translation it achieves
 reasonable speed while being easy to port on new host CPUs.
 .
 This package provides the user mode emulation binaries, built
 statically. In this mode QEMU can launch Linux processes compiled for
 one CPU on another CPU.
 .
 qemu-user-static package will register binary formats which the provided
 emulators can handle, so that it will be possible to run foreign binaries
 directly.

qemu-user-static-dbgsym: debug symbols for qemu-user-static
qemu-utils: QEMU utilities

 QEMU is a fast processor emulator: currently the package supports
 ARM, CRIS, i386, M68k (ColdFire), MicroBlaze, MIPS, PowerPC, SH4,
 SPARC and x86-64 emulation. By using dynamic translation it achieves
 reasonable speed while being easy to port on new host CPUs.
 .
 This package provides QEMU related utilities:
  * qemu-img: QEMU disk image utility
  * qemu-io: QEMU disk exerciser
  * qemu-nbd: QEMU disk network block device server

qemu-utils-dbgsym: debug symbols for qemu-utils