source: postlfs/virtualization/qemu.xml@ 60de0e1

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1<?xml version="1.0" encoding="ISO-8859-1"?>
2<!DOCTYPE sect1 PUBLIC "-//OASIS//DTD DocBook XML V4.5//EN"
3 "http://www.oasis-open.org/docbook/xml/4.5/docbookx.dtd" [
4 <!ENTITY % general-entities SYSTEM "../../general.ent">
5 %general-entities;
6
7 <!ENTITY qemu-download-http "https://download.qemu.org/qemu-&qemu-version;.tar.xz">
8 <!ENTITY qemu-download-ftp " ">
9 <!ENTITY qemu-md5sum "7dd9ff5a92cf81cfce6cda1f6e271f3a">
10 <!ENTITY qemu-size "118 MB">
11 <!ENTITY qemu-buildsize "2.1 GB (366 MB installed)">
12 <!ENTITY qemu-time "1.2 SBU (add 0.8 SBU for tests, both using parallelism=4)">
13]>
14
15<sect1 id="qemu" xreflabel="qemu-&qemu-version;">
16 <?dbhtml filename="qemu.html"?>
17
18
19 <title>qemu-&qemu-version;</title>
20
21 <indexterm zone="qemu">
22 <primary sortas="a-qemu">qemu</primary>
23 </indexterm>
24
25 <sect2 role="package">
26 <title>Introduction to qemu</title>
27
28 <para>
29 <application>qemu</application> is a full virtualization solution for
30 Linux on x86 hardware containing virtualization extensions (Intel VT or
31 AMD-V).
32 </para>
33
34 &lfs120_checked;
35
36 <bridgehead renderas="sect3">Package Information</bridgehead>
37 <itemizedlist spacing="compact">
38 <listitem>
39 <para>
40 Download (HTTP): <ulink url="&qemu-download-http;"/>
41 </para>
42 </listitem>
43 <listitem>
44 <para>
45 Download (FTP): <ulink url="&qemu-download-ftp;"/>
46 </para>
47 </listitem>
48 <listitem>
49 <para>
50 Download MD5 sum: &qemu-md5sum;
51 </para>
52 </listitem>
53 <listitem>
54 <para>
55 Download size: &qemu-size;
56 </para>
57 </listitem>
58 <listitem>
59 <para>
60 Estimated disk space required: &qemu-buildsize;
61 </para>
62 </listitem>
63 <listitem>
64 <para>
65 Estimated build time: &qemu-time;
66 </para>
67 </listitem>
68 </itemizedlist>
69
70 <bridgehead renderas="sect3">Qemu Dependencies</bridgehead>
71
72 <bridgehead renderas="sect4">Required</bridgehead>
73 <para role="required">
74 <xref linkend="glib2"/>
75 </para>
76
77 <bridgehead renderas="sect4">Recommended</bridgehead>
78 <para role="recommended">
79 <xref linkend="alsa-lib"/>,
80 <xref linkend="libslirp"/>, and
81 <xref linkend="sdl2"/>
82 </para>
83
84 <bridgehead renderas="sect4">Optional</bridgehead>
85 <para role="optional">
86 Depending on the sound system, various packages in <xref linkend="alsa"/>,
87 <xref linkend="python3"/>,
88 <xref linkend="pulseaudio"/>,
89 <xref linkend="bluez"/>,
90 <xref linkend="curl"/>,
91 <xref linkend="cyrus-sasl"/>,
92 <xref linkend="gnutls"/>,
93 <xref linkend="gtk2"/>,
94 <xref linkend="gtk3"/>,
95 <xref linkend="libusb"/>,
96 <xref linkend="libgcrypt"/>,
97 <xref linkend="libssh2"/>,
98 <xref linkend="lzo"/>,
99 <xref linkend="nettle"/>,
100 <xref linkend="mesa"/>,
101 <xref role="nodep" linkend="vte"/> <!--or <xref linkend="vte2"/> -->, and
102<!-- libcacard has been a standalone project since qemu-2.5.-->
103 <ulink url="https://gitlab.freedesktop.org/spice/libcacard">libcacard</ulink>
104 </para>
105
106 <bridgehead renderas="sect4">Optional (Runtime)</bridgehead>
107 <para role="runtime">
108 &logind;
109 </para>
110
111 <bridgehead renderas="sect4">Optional (for building the documentation)</bridgehead>
112 <para role="optional">
113 <xref linkend="sphinx_rtd_theme"/>
114 </para>
115
116 <note>
117 <para>
118 This optional dependencies list is not comprehensive. See the output of
119 <command>./configure --help</command> for a more complete list.
120 </para>
121 </note>
122
123 <para condition="html" role="usernotes">Editor Notes:
124 <ulink url="&blfs-wiki;/qemu"/></para>
125
126 </sect2>
127
128 <sect2 id='qemu-prereq'>
129 <title>KVM Prerequisites</title>
130
131 <para>
132 Before building <application>qemu</application>, check to see if
133 your processor supports Virtualization Technology (VT):
134 </para>
135
136 <screen><userinput>grep -E '^flags.*(vmx|svm)' /proc/cpuinfo</userinput></screen>
137
138 <para>
139 If you get any output, you have VT technology (vmx for Intel
140 processors and svm for AMD processors). You then need to go into your
141 system BIOS and ensure it is enabled. After enabling, reboot back to your
142 LFS instance.
143 </para>
144
145 </sect2>
146
147 <sect2 role="kernel" id='qemu-kernel'>
148 <title>Kernel Configuration</title>
149
150 <para>
151 Enable the following options in the kernel configuration and
152 recompile the kernel if necessary:
153 </para>
154
155 <xi:include xmlns:xi="http://www.w3.org/2001/XInclude"
156 href="qemu-kvm-kernel.xml"/>
157
158 <indexterm zone="qemu qemu-kernel">
159 <primary sortas="d-qemu">qemu</primary>
160 </indexterm>
161
162 <para>
163 The Intel or AMD settings are not both required, but the one matching
164 your system processor is required.
165 </para>
166
167 <para>
168 To use the <quote>bridge</quote> network device, as explained below,
169 check that <xref linkend='bridgeutils'/> is installed
170 and the following options in the kernel configuration are enabled:
171 </para>
172
173 <xi:include xmlns:xi="http://www.w3.org/2001/XInclude"
174 href="qemu-bridge-kernel.xml"/>
175
176 </sect2>
177
178 <sect2 role="installation">
179 <title>Installation of qemu</title>
180<!-- group kvm is created in lfs chapter 7 even for sysv
181 <para revision="sysv">
182 You will need a dedicated group that will contain users (other than root)
183 allowed to access the KVM device. Create this group by running the
184 following command as the
185 <systemitem class="username">root</systemitem> user:
186 </para>
187
188<screen role="root" revision="sysv"><userinput>groupadd -g 61 kvm</userinput></screen>
189-->
190 <para>
191 The udev rule of LFS only allows the &root; user, the users owning
192 a local login session supported by the optional runtime dependency
193 &logind;, or the users in the
194 <systemitem class="groupname">kvm</systemitem> group to use the KVM
195 device. As the &root; user, add any non-&root; users that might use
196 the KVM device either without &logind; installed or remotely (via a
197 SSH connection) to the
198 <systemitem class="groupname">kvm</systemitem> group:
199 </para>
200
201<screen role="root"><userinput>usermod -a -G kvm <replaceable>&lt;username&gt;</replaceable></userinput></screen>
202
203 <para>
204 Install <application>qemu</application> by running the following
205 commands:
206 </para>
207
208 <note>
209 <para>
210 Qemu is capable of running many targets. The build process
211 is also capable of building multiple targets at one time in a
212 comma delimited list assigned to <option>--target-list</option>. Run
213 <command>./configure --help</command> to get a complete list of
214 available targets.
215 </para>
216 </note>
217
218
219<screen><userinput>if [ $(uname -m) = i686 ]; then
220 QEMU_ARCH=i386-softmmu
221else
222 QEMU_ARCH=x86_64-softmmu
223fi
224
225
226mkdir -vp build &amp;&amp;
227cd build &amp;&amp;
228
229../configure --prefix=/usr \
230 --sysconfdir=/etc \
231 --localstatedir=/var \
232 --target-list=$QEMU_ARCH \
233 --audio-drv-list=alsa \
234 --disable-pa \
235 --enable-slirp \
236 --docdir=/usr/share/doc/qemu-&qemu-version; &amp;&amp;
237
238unset QEMU_ARCH &amp;&amp;
239
240make</userinput></screen>
241
242 <para>
243 <application>qemu</application> uses <command>ninja</command> as
244 a subprocess when building. To run the tests, issue:
245 <command>ninja test</command>. One test, bios-tables-test, is
246 known to fail.
247 </para>
248
249 <para>
250 Now, as the &root; user:
251 </para>
252
253<screen role="root"><userinput>make install</userinput></screen>
254
255 <para>
256 Change the permissions and ownership of a helper script, which is needed
257 when using the <quote>bridge</quote> network device (see below). Again
258 as the &root; user, issue:
259 </para>
260
261 <note>
262 <para>
263 You need to add any users who might use the <quote>bridge</quote>
264 network device into the
265 <systemitem class="groupname">kvm</systemitem> group even if
266 &logind; is installed.
267 </para>
268 </note>
269
270<screen role="root"><userinput>chgrp kvm /usr/libexec/qemu-bridge-helper &amp;&amp;
271chmod 4750 /usr/libexec/qemu-bridge-helper</userinput></screen>
272
273 <note>
274 <para>
275 For convenience you may want to create a symbolic link to run
276 the installed program. For instance (as the &root; user):
277 </para>
278
279<screen role="root"><userinput>ln -sv qemu-system-`uname -m` /usr/bin/qemu</userinput></screen>
280 </note>
281
282 </sect2>
283
284 <sect2 role="commands">
285 <title>Command Explanations</title>
286
287 <para>
288 <parameter>--audio-drv-list=alsa --disable-pa</parameter>: This switch
289 sets the audio driver to ALSA. See below for enabling other audio drivers.
290 </para>
291
292 <para>
293 <parameter>--enable-slirp</parameter>: This switch forces the building
294 system to check for <xref linkend='libslirp'/>. Remove it if you
295 don't need the <option>-netdev user</option> support.
296 </para>
297
298 <para>
299 <option>--audio-drv-list=pa --disable-alsa</option>: This switch sets
300 the audio driver to pulseaudio. For other drivers see the
301 --audio-drv-list choices in the output of
302 <command>./configure --help</command>. The default audio driver is OSS.
303 To enable support for both alsa and pulseaudio, use
304 <option>--audio-drv-list=alsa,pa</option>.
305 </para>
306
307 </sect2>
308
309 <sect2 role="using">
310 <title>Using Qemu</title>
311
312 <para>
313 Since using qemu means using a virtual computer, the steps to set up
314 the virtual machine are in close analogy with those to set up a real
315 computer. You'll need to decide about CPU, memory, disk, USB devices,
316 network card(s), screen size, etc. Once the <quote>hardware</quote> is
317 decided, you'll have for example to choose how to connect the machine
318 to internet, and/or to install an OS. In the following, we show basic
319 ways of performing those steps. But qemu is much more than this, and it
320 is strongly advised to read the qemu documentation in
321 <filename>/usr/share/doc/qemu-&qemu-version;/qemu-doc.html</filename>.
322 </para>
323
324 <note>
325 <para>
326 It is standard practice to name the computer running qemu
327 <quote>host</quote> and the emulated machine running under qemu the
328 <quote>guest</quote>. We'll use those notations in the following.
329 </para>
330 </note>
331
332 <note>
333 <para>
334 The following instructions assume the optional symbolic link,
335 <filename>qemu</filename>, has been created. Additionally,
336 <command>qemu</command> should be run in a graphical environment.
337 But it is possible to use qemu <quote>headless</quote> or through
338 SSH. See the documentation for the various possibilities.
339 </para>
340 </note>
341
342 <bridgehead renderas="sect3">Disk</bridgehead>
343 <para>
344 A virtual disk may be set up in the following way:
345 </para>
346
347<screen><userinput>VDISK_SIZE=<replaceable>50G</replaceable>
348VDISK_FILENAME=<replaceable>vdisk.img</replaceable>
349qemu-img create -f qcow2 $VDISK_FILENAME $VDISK_SIZE</userinput></screen>
350
351 <para>
352 The virtual disk size and filename should be adjusted as desired. The
353 actual size of the file will be less than specified, but will expand as
354 needed, so it is safe to put a high value.
355 </para>
356
357 <bridgehead renderas="sect3">Operating System</bridgehead>
358 <para>
359 To install an operating system, download an iso image from your preferred
360 Linux distribution. For the purposes of this example, we'll use
361 <filename>Fedora-16-x86_64-Live-LXDE.iso</filename> in the current
362 directory. Run the following:
363 </para>
364
365<screen><userinput>qemu -enable-kvm \
366 -drive file=$VDISK_FILENAME \
367 -cdrom Fedora-16-x86_64-Live-LXDE.iso \
368 -boot d \
369 -m <replaceable>1G</replaceable></userinput></screen>
370
371 <para>
372 Follow the normal installation procedures for the chosen distribution.
373 The <parameter>-boot</parameter> option specifies the boot order of
374 drives as a string of drive letters. Valid drive letters are: a, b
375 (floppy 1 and 2), c (first hard disk), d (first CD-ROM). The
376 <parameter>-m</parameter> option is the amount of memory to use for the
377 virtual machine. The choice depends on the load of the host. Modern
378 distributions should be comfortable with 1GB.
379 The <parameter>-enable-kvm</parameter> option allows hardware
380 acceleration. Without this switch, the emulation is much slower.
381 </para>
382
383 <bridgehead renderas="sect3">Defining the virtual hardware</bridgehead>
384 <para>
385 The virtual machine hardware is defined by the qemu command line.
386 An example command is given below:
387 </para>
388
389<screen><userinput>qemu -enable-kvm \
390 -smp 4 \
391 -cpu host \
392 -m 1G \
393 -drive file=$VDISK_FILENAME \
394 -cdrom grub-img.iso \
395 -boot order=c,once=d,menu=on \
396 -net nic,netdev=net0 \
397 -netdev user,id=net0 \
398 -device ac97 \
399 -vga std \
400 -serial mon:stdio \
401 -name "fedora-16"</userinput></screen>
402
403 <bridgehead renderas="sect3">Meaning of the command line options</bridgehead>
404 <para>
405 <parameter>-enable-kvm</parameter>: enable full KVM virtualization
406 support. On some hardware, it may be necessary to add the undocumented
407 <option>-machine smm=off</option> option in order to enable KVM.
408 </para>
409
410 <para>
411 <parameter>-smp &lt;N&gt;</parameter>: enable symmetric multiprocessing
412 with &lt;N&gt; CPUs.
413 </para>
414
415 <para>
416 <parameter>-cpu &lt;model&gt;</parameter>: simulate CPU &lt;model&gt;.
417 the list of supported models can be obtained with <option>-cpu
418 help</option>.
419 </para>
420
421 <para>
422 <parameter>-drive file=&lt;filename&gt;</parameter>: defines a virtual
423 disk whose image is stored in <filename>&lt;filename&gt;</filename>.
424 </para>
425
426 <para>
427 <parameter>-cdrom grub-img.iso</parameter>: defines an iso formatted file
428 to use as a cdrom. Here we use a grub rescue disk, which may turn handy
429 when something goes wrong at boot time.
430 </para>
431
432 <para>
433 <parameter>-boot order=c,once=d,menu=on</parameter>: defines the boot
434 order for the virtual BIOS.
435 </para>
436
437 <para>
438 <parameter>-net nic,netdev=&lt;netid&gt;</parameter>: defines a network
439 card connected to the network device with id &lt;netid&gt;.
440 </para>
441
442 <para>
443 <parameter>-netdev user,id=&lt;netid&gt;</parameter>: defines the
444 network <quote>user</quote> device. This is a virtual local network
445 with addresses 10.0.2.0/24, where the host has address 10.0.2.2 and
446 acts as a gateway to internet, and with a name server at address
447 10.0.2.3, and an smb server at address 10.0.2.4. A builtin DHCP server
448 can allocate addresses between 10.0.2.15 and 10.0.2.31.
449 </para>
450
451 <para>
452 <parameter>-soundhw &lt;model&gt;</parameter>: defines the soundcard
453 model. The list may be obtained with <option>-soundhw help</option>.
454 </para>
455
456 <para>
457 <parameter>-vga &lt;type&gt;</parameter>: defines the type of VGA card
458 to emulate. For <parameter>-vga std</parameter>, if you are building
459 a Linux kernel for the guest, it's recommended to enable
460 <option>CONFIG_DRM_BOCHS</option> (as a part of the kernel or a kernel
461 module) to drive all the features of the emulated VGA card, and
462 <option>CONFIG_FB</option> to display the Linux console on it. The
463 other <option>&lt;type&gt;</option> values are not tested by the
464 editors and may require additional dependencies.
465 </para>
466
467 <para>
468 <parameter>-serial mon:stdio</parameter>: sends the serial port of the
469 guest (<filename>/dev/ttyS0</filename> on linux guests), multiplexed with
470 the qemu monitor, to the standard input and output of the qemu
471 process.
472 </para>
473
474 <para>
475 <parameter>-name &lt;name&gt;</parameter>: sets the name of the guest.
476 This name is displayed in the guest window caption. It may be useful
477 if you run several guests at the same time.
478 </para>
479
480 <para>
481 <option>-drive if=pflash,format=raw,readonly=on,file=/usr/share/qemu/edk2-x86_64-code.fd</option>: Load a
482 pre-built EDK2 UEFI firmware, instead of the default PC BIOS. Use
483 this option if you want to boot the guest OS with UEFI.
484 </para>
485
486 <para>
487 <option>-drive file=&lt;filename&gt;,if=virtio</option>: Provide
488 Virtio interface to the guest kernel for accessing the disk image,
489 instead of simulating a real disk hardware. This can improve disk I/O
490 performance, but it requires a Virtio driver in guest kernel. Use
491 it instead of a plain <option>-drive</option> if the guest kernel
492 supports Virtio. To build a Linux kernel with Virtio support for the
493 guest, use
494 <command>make defconfig &amp;&amp; make kvm_guest.config</command> to
495 create an initial kernel configuration with the Virtio drives enabled,
496 then make your customization. And, if the guest kernel is Linux, the
497 virtual disks using Virtio interface will be named
498 <filename>vdx</filename> in the devtmpfs, instead of
499 <filename>sdx</filename>.
500 </para>
501
502 <para>
503 <option>-net nic,netdev=net0,model=virtio-net-pci</option>: Provide
504 Virtio interface to the guest kernel for accessing the network
505 interface, instead of simulating a real network interface card. This
506 can improve network I/O performance, but it requires a Virtio driver
507 in guest kernel. Use it instead of a plain <option>-net</option> if
508 the guest kernel supports Virtio.
509 </para>
510
511 <bridgehead renderas="sect3">Controlling the Emulated Display</bridgehead>
512 <para>
513 To set the resolution of the emulated display for a Xorg server
514 running in the guest Linux system, read <xref linkend='xdisplay'/>.
515 </para>
516
517 <bridgehead renderas="sect3">Networking</bridgehead>
518 <para>
519 The above solution for networking allows the guest to access the local
520 network through the host (and possibly to access internet through the
521 local routers), but the converse is not true. Not even the host can
522 access the guest, unless port forwarding is enabled. And in the case
523 several guests are running, they cannot communicate with each other.
524 Other network devices can be used for this purpose. For example, there
525 is the <quote>socket</quote> device, which allows several guests to
526 share a common virtual network. In the following, we describe in more
527 details how to set up the <quote>bridge</quote> device, which allows
528 the guests to appear as if connected to the local network. All the
529 commands below should be run as the <systemitem
530 class="username">root</systemitem> user.
531 </para>
532
533 <para revision="sysv">
534 Set up bridging with <xref linkend="bridgeutils"/>. Only the physical
535 interface(s) should be set up at boot. The virtual interface(s) will be
536 added as needed when qemu is started.
537 </para>
538
539 <para revision="systemd">
540 <!-- On SYS-V, IP_FORWARD is enabled by the bridge script. -->
541 Allow the host to forward IP packets:
542 </para>
543
544<screen role="root"
545 revision="systemd"><userinput>sysctl -w net.ipv4.ip_forward=1</userinput></screen>
546
547 <para revision="systemd">
548 To make this permanent, add the command to
549 <filename>/etc/sysctl.d/60-net-forward.conf:</filename>
550 </para>
551
552<screen role="root"
553 revision="systemd"><userinput>cat &gt;&gt; /etc/sysctl.d/60-net-forward.conf &lt;&lt; EOF
554<literal>net.ipv4.ip_forward=1</literal>
555EOF</userinput></screen>
556
557 <para>
558 Set up a required configuration file:
559 </para>
560
561<!-- /etc/qemu has not been installed by "make install" since version 2.4 -->
562<screen role="root"><userinput>install -vdm 755 /etc/qemu &amp;&amp;
563echo allow br0 &gt; /etc/qemu/bridge.conf</userinput></screen>
564
565 <para>
566 In the qemu command line above, replace the switch
567 <parameter>-netdev user,...</parameter> with
568 <parameter>-netdev bridge,...</parameter>.
569 </para>
570
571 </sect2>
572
573 <sect2 role="content">
574 <title>Contents</title>
575
576 <segmentedlist>
577 <segtitle>Installed Programs</segtitle>
578 <segtitle>Installed Library</segtitle>
579 <segtitle>Installed Directories</segtitle>
580
581 <seglistitem>
582 <seg>
583 elf2dmp,
584 qemu (symlink),
585 qemu-edid,
586 qemu-ga,
587 qemu-img,
588 qemu-io,
589 qemu-keymap,
590 qemu-nbd,
591 qemu-pr-helper,
592 qemu-storage-daemon, and
593 qemu-system-&lt;arch&gt;
594 </seg>
595 <seg>None</seg>
596 <seg>
597 /usr/share/qemu and
598 /usr/share/doc/qemu-&qemu-version; (optional)
599 </seg>
600 </seglistitem>
601 </segmentedlist>
602
603 <variablelist>
604 <bridgehead renderas="sect3">Short Description</bridgehead>
605 <?dbfo list-presentation="list"?>
606 <?dbhtml list-presentation="table"?>
607
608 <varlistentry id="elf2dmp">
609 <term><command>elf2dmp</command></term>
610 <listitem>
611 <para>
612 Converts files from elf to dmp format
613 </para>
614 <indexterm zone="qemu elf2dmp">
615 <primary sortas="b-elf2dmp">elf2dmp</primary>
616 </indexterm>
617 </listitem>
618 </varlistentry>
619
620 <varlistentry id="qemu-edid">
621 <term><command>qemu-edid</command></term>
622 <listitem>
623 <para>
624 is a test tool for the qemu EDID generator
625 </para>
626 <indexterm zone="qemu qemu-edid">
627 <primary sortas="b-qemu-edid">qemu-edid</primary>
628 </indexterm>
629 </listitem>
630 </varlistentry>
631
632 <varlistentry id="qemu-ga">
633 <term><command>qemu-ga</command></term>
634 <listitem>
635 <para>
636 implements support for QMP (QEMU Monitor Protocol) commands and
637 events that terminate and originate respectively within the guest
638 using an agent built as part of QEMU
639 </para>
640 <indexterm zone="qemu qemu-ga">
641 <primary sortas="b-qemu-ga">qemu-ga</primary>
642 </indexterm>
643 </listitem>
644 </varlistentry>
645
646 <varlistentry id="qemu-img">
647 <term><command>qemu-img</command></term>
648 <listitem>
649 <para>
650 provides commands to manage QEMU disk images
651 </para>
652 <indexterm zone="qemu qemu-img">
653 <primary sortas="b-qemu-img">qemu-img</primary>
654 </indexterm>
655 </listitem>
656 </varlistentry>
657
658 <varlistentry id="qemu-io">
659 <term><command>qemu-io</command></term>
660 <listitem>
661 <para>
662 is a diagnostic and manipulation program for (virtual) memory
663 media. It is still at an early stage of development
664 </para>
665 <indexterm zone="qemu qemu-io">
666 <primary sortas="b-qemu-io">qemu-io</primary>
667 </indexterm>
668 </listitem>
669 </varlistentry>
670
671 <varlistentry id="qemu-keymap">
672 <term><command>qemu-keymap</command></term>
673 <listitem>
674 <para>
675 generates qemu reverse keymaps from xkb keymaps,
676 which can be used with the qemu "-k" command line switch
677 </para>
678 <indexterm zone="qemu qemu-keymap">
679 <primary sortas="b-qemu-keymap">qemu-keymap</primary>
680 </indexterm>
681 </listitem>
682 </varlistentry>
683
684
685 <varlistentry id="qemu-nbd">
686 <term><command>qemu-nbd</command></term>
687 <listitem>
688 <para>
689 exports Qemu disk images using the QEMU Disk Network Block
690 Device (NBD) protocol
691 </para>
692 <indexterm zone="qemu qemu-nbd">
693 <primary sortas="b-qemu-nbd">qemu-nbd</primary>
694 </indexterm>
695 </listitem>
696 </varlistentry>
697
698 <varlistentry id="qemu-pr-helper">
699 <term><command>qemu-pr-helper</command></term>
700 <listitem>
701 <para>
702 Implements the persistent reservation helper for QEMU
703 </para>
704 <indexterm zone="qemu qemu-pr-helper">
705 <primary sortas="b-qemu-pr-helper">qemu-pr-helper</primary>
706 </indexterm>
707 </listitem>
708 </varlistentry>
709
710 <varlistentry id="qemu-storage-daemon">
711 <term><command>qemu-storage-daemon</command></term>
712 <listitem>
713 <para>
714 allows to modify disk images using the QEMU Monitor Protocol (QMP)
715 without running a VM
716 </para>
717 <indexterm zone="qemu qemu-storage-daemon">
718 <primary sortas="b-qemu-storage-daemon">qemu-storage-daemon</primary>
719 </indexterm>
720 </listitem>
721 </varlistentry>
722
723 <varlistentry id="qemu-system">
724 <term><command>qemu-system-x86_64</command></term>
725 <listitem>
726 <para>
727 is the QEMU PC System emulator
728 </para>
729 <indexterm zone="qemu qemu-system">
730 <primary sortas="b-qemu-system">qemu-system-x86_64</primary>
731 </indexterm>
732 </listitem>
733 </varlistentry>
734
735 </variablelist>
736
737 </sect2>
738
739</sect1>
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