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A vehicle identification number (VIN) (also called a chassis number or frame number) is a unique code, including a serial number, used by the automotive industry to identify individual motor vehicles, towed vehicles, motorcycles, scooters and mopeds, as defined by the International Organization for Standardization in ISO 3779 (content and structure) and ISO 4030 (location and attachment).[1]
After the introduction of the ISO norm, the manufacturers which produced vehicles for the American market very quickly adjusted to this standard. The ISO introduced recommendations for applying the VIN standard and its structure, and the bodywork number was also used in Europe. However, the sets of information contained in it were introduced gradually. For example, Volkswagen started to encode bigger chunks of information during 1995-1997, and the control digit during 2009-2015 for selected models from the group. The VIN control digit is also used, although not in all brand-models. In the European vehicles, it can be found e.g. in Audi A1.[3]
The 10th to 17th positions are used as the vehicle identifier section or VIS. This is used by the manufacturer to identify the individual vehicle in question. This may include information on options installed or engine and transmission choices, but often is a simple sequential number. In North America, the last five digits must be numeric.
On April 30, 2008, the US National Highway Traffic Safety Administration adopted a final rule amending 49 CFR Part 565, "so that the current 17 character vehicle identification number (VIN) system, which has been in place for almost 30 years, can continue in use for at least another 30 years", in the process making several changes to the VIN requirements applicable to all motor vehicles manufactured for sale in the United States. There are three notable changes to the VIN structure that affect VIN deciphering systems:
//////////////////////////////////////////////////////////////////////////// asciidoc JS helper for Proxmox VE mediawiki pages//// code based on original asciidoc.js, but re-written using jQuery////////////////////////////////////////////////////////////////////////////var asciidoc = { toc: function ($content) { // toc generatorvar tocholder = $content.find('#toc');if (!tocholder) { return;}tocholder.html('');tocholder.hide();var html = "Contents";var n = 0;$content.find("div.sect1").each(function(){ var h = jQuery(this).find("h2").first(); var id = h.attr("id"); if (id != null) {n++;html += "" + "" + "" + h.html() + ""; }});html += "";if (n > 3) { tocholder.html(html); tocholder.show();} }, // footnote generator footnotes: function ($content) {var noteholder = $content.find('#footnotes');if (!noteholder) { return;}noteholder.html('');// Rebuild footnote entries.var refs = {};var n = 0;var inner_html = '';$content.find("span.footnote").each(function(){ n++; var span = jQuery(this); var note = span.attr("data-note"); var id = span.attr("id"); if (!note) {// Use [\s\S] in place of . so multi-line matches work.// Because JavaScript has no s (dotall) regex flag.note = span.html().match(/\s*\[([\s\S]*)]\s*/)[1];span.html("[" + n + "]");span.attr("data-note", note); } inner_html += "" +"" +n + ". " + note + ""; if (id != null) { refs["#"+id] = n; }});if (inner_html) { noteholder.html("" + inner_html); }if (n != 0) { // process footnoterefs. $content.find("span.footnoteref").each(function(){var span = jQuery(this);var href = span.find("a").first().attr("href");href = href.match(/#.*/)[0]; // in case it return full URL.n = refs[href];span.html("[" + n + "]"); });} }};// add init to mediawiki resource loader queue(window.RLQ=window.RLQ||[]).push(function(){ // cannot use mw.hook directly here yet, the mediawiki.base module is not yet available mw.loader.implement('pve.doctoc', function() {mw.hook('wikipage.content').add(function($content) { asciidoc.toc($content); asciidoc.footnotes($content);}); });});td.hdlist1 { vertical-align: top;}td.hdlist2 { vertical-align: top;}Qemu (short form for Quick Emulator) is an open source hypervisor that emulates aphysical computer. From the perspective of the host system where Qemu isrunning, Qemu is a user program which has access to a number of local resourceslike partitions, files, network cards which are then passed to anemulated computer which sees them as if they were real devices.
The PC hardware emulated by Qemu includes a mainboard, network controllers,SCSI, IDE and SATA controllers, serial ports (the complete list can be seen inthe kvm(1) man page) all of them emulated in software. All these devicesare the exact software equivalent of existing hardware devices, and if the OSrunning in the guest has the proper drivers it will use the devices as if itwere running on real hardware. This allows Qemu to runs unmodified operatingsystems.
the SATA (Serial ATA) controller, dating from 2003, has a more moderndesign, allowing higher throughput and a greater number of devices to beconnected. You can connect up to 6 devices on this controller.
On each controller you attach a number of emulated hard disks, which are backedby a file or a block device residing in the configured storage. The choice ofa storage type will determine the format of the hard disk image. Storages whichpresent block devices (LVM, ZFS, Ceph) will require the raw disk image format,whereas files based storages (Ext4, NFS, CIFS, GlusterFS) will let you to chooseeither the raw disk image format or the QEMU image format.
A CPU socket is a physical slot on a PC motherboard where you can plug a CPU.This CPU can then contain one or many cores, which are independentprocessing units. Whether you have a single CPU socket with 4 cores, or two CPUsockets with two cores is mostly irrelevant from a performance point of view.However some software licenses depend on the number of sockets a machine has,in that case it makes sense to set the number of sockets to what the licenseallows you.
The third CPU resource limiting setting, affinity, controls what host coresthe virtual machine will be permitted to execute on. E.g., if an affinity valueof 0-3,8-11 is provided, the virtual machine will be restricted to using thehost cores 0,1,2,3,8,9,10, and 11. Valid affinity values are written incpuset List Format. List Format is a comma-separated list of CPU numbers andranges of numbers, in ASCII decimal.
In Proxmox VE the maximal number of plugged CPUs is always cores * sockets.To start a VM with less than this total core count of CPUs you may use thevpus setting, it denotes how many vCPUs should be plugged in at VM start.
If you are using the VirtIO driver, you can optionally activate theMultiqueue option. This option allows the guest OS to process networkingpackets using multiple virtual CPUs, providing an increase in the total numberof packets transferred.
When using Multiqueue, it is recommended to set it to a value equalto the number of Total Cores of your guest. You also need to set inthe VM the number of multi-purpose channels on each VirtIO NIC with the ethtoolcommand:
You should note that setting the Multiqueue parameter to a value greaterthan one will increase the CPU load on the host and guest systems as thetraffic increases. We recommend to set this option only when the VM has toprocess a great number of incoming connections, such as when the VM is runningas a router, reverse proxy or a busy HTTP server doing long polling.
A VM export from a foreign hypervisor takes usually the form of one or more disk images, with a configuration file describing the settings of the VM (RAM, number of cores).The disk images can be in the vmdk format, if the disks come fromVMware or VirtualBox, or qcow2 if the disks come from a KVM hypervisor.The most popular configuration format for VM exports is the OVF standard, but inpractice interoperation is limited because many settings are not implemented inthe standard itself, and hypervisors export the supplementary informationin non-standard extensions.
Amount of memory shares for auto-ballooning. The larger the number is, the more memory this VM gets. Number is relative to weights of all other running VMs. Using zero disables auto-ballooning. Auto-ballooning is done by pvestatd.
Startup and shutdown behavior. Order is a non-negative number defining the general startup order. Shutdown in done with reverse ordering. Additionally you can set the up or down delay in seconds, which specifies a delay to wait before the next VM is started or stopped.
Configure the VGA Hardware. If you want to use high resolution modes (>= 1280x1024x16) you may need to increase the vga memory option. Since QEMU 2.9 the default VGA display type is std for all OS types besides some Windows versions (XP and older) which use cirrus. The qxl option enables the SPICE display server. For win* OS you can select how many independent displays you want, Linux guests can add displays them self.You can also run without any graphic card, using a serial device as terminal.
The VM generation ID (vmgenid) device exposes a 128-bit integer value identifier to the guest OS. This allows to notify the guest operating system when the virtual machine is executed with a different configuration (e.g. snapshot execution or creation from a template). The guest operating system notices the change, and is then able to react as appropriate by marking its copies of distributed databases as dirty, re-initializing its random number generator, etc.Note that auto-creation only works when done through API/CLI create or update methods, but not when manually editing the config file.
If you have already purchased SoftRAID (and have a serial number), download the correct version. If you are not already a SoftRAID customer, or you are trying to decide whether to upgrade/update to the full version of SoftRAID, you can download SoftRAID and try for FREE for 14-days. There are no limitations to the trial, it is fully functional. You can also use the chart below to decide which version is best for you. 2b1af7f3a8