Xen Project 4.9 Man Pages
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Note that the pages below may miss some new documents. If you do not find what you are looking for: please check [1]! |
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Xen Project Configuration
| Page | Description |
|---|---|
| Xen Project CLI | Command line options for Xen Project software to be used in /boot/grub/grub.conf |
| EFI | Configuring Xen Project software to work with EFI. |
Xen Project Man Pages
| Man page | Description | Console |
|---|---|---|
| xl(1) | Xen Project management tool, based on LibXenlight | XL |
| xl.cfg(5) | XL Domain Configuration File Syntax: to create a VM (a domain in Xen Project terminology, sometimes called a guest) with xl requires the provision of a domain config file. | XL |
| xl.conf(5) | XL Global/Host Configuration: allows configuration of hostwide xl toolstack options | XL |
| xlcpupool.cfg(5) | XL Cpupool Configuration File Syntax: to create a Cpupool with xl requires the provision of a cpupool config file. | XL |
| http://xenbits.xen.org/docs/4.9-testing/man/xentop.1.html xentop(1)] | xentop displays information about the Xen Project system and domains, in a continually-updating manner. | XENTOP |
| xenpm(1) | Xenpm is a userspace tool that can list the power information of available processors and control the power policy according to users' preference. | XENPM |
| xenstore(1) | Xenstore holds configuration and status information for a xen based system. This command allows you to query and interact with xenstore. | XENSTORE |
| xenstore-chmod(1) | Xenstore holds configuration and status information for a xen based system. This command allows you to change permissions of data in xenstore. | XENSTORE |
| xenstore-ls(1) | Xenstore holds configuration and status information for a xen based system. This command allows you to list information held in xenstore | XENSTORE |
Supporting Documents for XL
| Document | Description |
|---|---|
| xl-disk-configuration(5)) | This document specifies the xl config file format disk configuration option. |
| xl-network-configuration(5) | This document specifies the xl config file format vif configuration option. |
| xl-numa-placement(7) | This document describes the automatic placement options for NUMA hardware in XL. |
| xen-tscmode(7) tsc_mode configuration | In Xen Project 4.*, a new config option called tsc_mode may be specified for each domain. This document is targeted for Xen Project users and administrators that may need to select a non-default tsc_mode. |
Other Man pages
| Document | Description |
|---|---|
| xen-vbd-interface(7) | This document specifies the config file syntax with examples for Virtual Block Devices (VBDs) |
| xen-pv-channel(7) | A PV channel is a low-bandwidth private byte stream similar to a serial link. This document explains how to use channels. |
| xen-pci-device-reservations(7) | This document describes the usage and allocation of PCI vendor IDs |
| xen-vtpm(7) | Man page showing how to use vTPM in Xen |
| xen-vtpmmgr(7) | Man page showing how to use the vTPM Manager in Xen |
| xentrace(8)) | xentrace - capture Xen trace buffer data |
| xentrace_format(1) | xentrace_format - pretty-print Xen trace data |
Advanced Topics
| Document(s) | Category | Description | Also See |
|---|---|---|---|
| Environment Variables for different Linux distros | Distros | With directory layout differences between Red Hat, Debian, Suse and other distros one needs to set the variables for CONFIG_LEAF_DIR, SUBSYS_DIR and INITD_DIR. | Distros |
| How to do PCI Passthrough with VT-d | PCI Passthrough | VGA Xen PCI Passthrough Overview, VT-d HowTo | |
| Virtual TPM Example Configurations | Security | This document describes examples which use virtual TPMs to provide security properties for guests. | Security |
| XSM/FLASK Configuration | Security | Flask is the Xen Project's equivalent of SELinux. A more thorough user guide can be found at Xen Security Modules : XSM-FLASK. | Security |
| VT-d HOWTO | PCI Passthrough | How to use Intel's VT-d extensions. | VGA |
| x86 PV Bootloader | Configuration | The purpose of this document is to define the paths within the guest filesystem where a stage 1 bootloader should look for the in-guest PV bootloader to load and the protocol/format expected from the to-be-chainloaded bootloader. |
Developer Topics
| Document(s) | Category | Description | Also See |
|---|---|---|---|
| Live Patching Design | Developers | Live Patching is a mechanism is required to binarily patch the running hypervisor with new opcodes that have come about due to primarily security updates. This document describes the design of the API that would allow us to upload to the hypervisor binary patches. | Developers |
| Kexec, and kdump for Xen Project | Developers | Guide to using kexec to switch to a new kernel; and kdump for catching a dump image, with Xen Project. | Developers |
| Xen Project Core Dump Format | Developers | Format of the output of the x{m,l} core-dump command | Developers |
| XenStore Protocol Definition | Developers | Definition of standard behaviour, when using Xenstore. | Developers |
| XenStore Paths | Developers | This document attempts to defines all the paths which are in common use by either guests, front-/back-end drivers, toolstacks etc. | Developers |
| XenStore Ring | Developers | This document describes the xenstore ring datastructure and its usage. The xenstore ring is a datastructure stored within a single 4KiB page shared between the xenstore server and the guest. | Developers |
| A rough introduction to using grant tables | Developers | Explanation of the data structures, and hypercalls required to share memory between domains. | Developers |
| Project Error Handling | Developers | Explanation of the various types of error (BUG, ASSERT etc) that the hypervisor, and guest can call. | Developers |
| Xen Project HVM emulated device unplug protocol | Developers | Definition of the protocol used to disconnect emulated deivces, get log messages from drivers, and prevent Dom0 from loading specific drivers. | Developers |
| Xen Project paging | Developers | Allow the sum of memory allocated to guests > physical memory available, by paging out. | Developers |
| Xen Project Crash Debugger | Developers | Using gdb to analyse why Xen Hypervisor has crashed. | Developers |
| Grant Tables | Developers | Introduction to grant tables | Developers |
| Error Handling | Developers | Outlines coding conventions around error handling | Developers |
| PV Console Architecture Overview | Developers | Xen traditionally provided a single PV console to PV guests. Today we have support fort multiple PV consoles and backends. This document provides an architecture overview of PV Consoles and explains how different components interact with each other. | Developers |
| AMD Microcode Container File format | Developers | Developers | |
| Coverage support for Xen | Developers | Coverage support allow you to get code coverage information when Xen executes (in other words you can see how many times a line is executed). This tutorial shows how to enable and use code coverage support for Xen. | Developers |
| Xen custom %p format options | Developers | Specification of custom %p format options in Xen. | Developers |
| PVH Architecture and Specification | Developers | This document gives an overview of the PVH implementation | Developers |
| Hypercall ABI documentation | Developers | Hypercall ABI documentation for x86 and ARM | Developers |
| pv-drivers-lifecycle | Developers | Getting new PV drivers accepted in Xen, upstream code bases, and ABI stable in the quickest and most efficient way possible. | Developers |
| 9pfs | Developers | 9pfs is a network filesystem protocol developed for Plan 9. 9pfs is very simple and describes a series of commands and responses. It is completely independent from the communication channels, in fact many clients and servers support multiple channels, usually called "transports". For example the Linux client supports tcp and unix sockets, fds, virtio and rdma. | Developers |
| pvcalls | Developers | PV Calls is a paravirtualized protocol that allows the implementation of a set of POSIX functions in a different domain. The PV Calls frontend sends POSIX function calls to the backend, which implements them and returns a value to the frontend and acts on the function call. | Developers |
Also See
- Category:ManPage
- [2] : All generated pages. Note that not all pages may be listed above!
