Download Device Clone ((NEW))

[Deena Lavene]

This will give you the full configuration of the Device Template as JSON. This output will contain some info that you need to delete and you'll probably also have to add/modify some of the values to fit your environment. In my case I had to delete templateId, deviceRole, draftMode,templateClass to make it work. You also need to modify the templateName to the name of your new Device Template

download device clone

Download ✶ https://t.co/eForUKDwOX

Now you have a new template which is a copy of the existing Master Template and the API will return the templateId of the newly created template. You need this when you are going to assign the template to a device

4) I then assign the new template to a specific device by using the https://[vManageUrl]/dataservice/template/device/config/attachfeature (POST-requerst) providing the details in the body together with the provided templateId from 3)

On the flip side, I believe the Pro version of Sastre will allow you to list out all the device template, from where you can decide to copy/rename a specific one as desired. - I have to test this myself though.

With other configuration management tools cloning and deploying firewalls before deployment is simple. With Fortimanager im having a hard time making this happen easily. Being able to deploy a lot of Fortigates at a small scale seems inefficient. The only way I have figured out to make this quicker is a baseline configuration that I have to manually upload before loading it into Fortimanager. Is there a way for me to clone my device configs or configure them before they are deployed/received?

I am working on an app that gets data from the BLE device, I am able to code to get the app to connect with the BLE device. But further characteristics read is an issue as I don't physically have the device

Why don't you just connect to the device in for example nRF Connect, write down the services, characteristics and descriptors you see (usually isn't that many). Then just set up a local GATT server with the same content.

But if you'd want to include more information about your peripheral, you could still create an own CBMutableService "deviceInfo" and send information within a characteristic after having established a connection.

my colleague is recently asking me how can he clone a Ubuntu 20.04 SSD disk to another new device using M2 or NVME disk and run all programs and data in new device. What software can be used to make this work ? Or is it possible to connect both devices via LAN cable to make it work easier and faster. I am not familiar with Ubuntu or Linux. Any one can help would be much appreciated.

The comments have offered other solutions to your problem but to answer your question you can use Clonezilla to clone the existing SSD to another drive. There is a good guide here to do it yourself, you want to do device-device and drive-drive. As far as running a LAN cable, that wouldn't be necessary if you're using Clonezilla since both drives will be plugged into the same device for cloning.

I am trying to add the same "WMI Service Monitor" Sensor to all the Windows servers devices to monitor if a specific services is running or not. I see the clone feature is one to one and I see where you can do a device template and run auto discovery on all the devices based off that template but when I try to clone one of the devices as a template I don't see that specific sensor in the list of sensors to choose from.

Hello,
if you switch to the "Management" tab you can mark multiple sensors (press ctrl). Now you can drag and drop the marked sensors to a another device. The marked sensors will now be cloned to that device.

Regards
Birk Guttmann

Thank you that is a huge help, it speed up the time it took to add all the sensors compared to cloning them one by one. I still wish there was a better way to do this but I am just happy I don't have to clone them all by hand!

To register devices on Intune, I used the Windows Configuration Designer software which allows you to create "provisioning packages" to be carried out on the workstations in order to make them take certain parameters. We made a package that we tested on a PC, the package works very well, the post goes back to Intune, takes group and Wi-Fi policies.

The problem is that once assured Intune enrollment was done on the first device. Rather than redo everything again, as for the rest of the time, we make configured workstation images that we send to other workstations, using FOG which allows us to do the deployment (pxe).

The finished image on the second pc, I counted again process the PPKG to enroll the device on Intune, or I get an error. And on Intune, I see that my EG01 workstation (base image) has been replaced by the new one! (EG02).

Contents

A guide to the Kernel Development ProcessSubmitting patches: the essential guide to getting your code into the kernelCode of conductKernel Maintainer HandbookAll development-process docs

Core API DocumentationDriver implementer's API guideKernel subsystem documentationLocking in the kernel

Linux kernel licensing rulesHow to write kernel documentationDevelopment tools for the kernelKernel Testing GuideKernel Hacking GuidesLinux Tracing Technologiesfault-injectionKernel LivepatchingRust

The Linux kernel user's and administrator's guideLinux kernel release 6.x The kernel's command-line parametersLinux allocated devices (4.x+ version)Documentation for /proc/sysLinux ABI descriptionFeature status on all architecturesHardware vulnerabilitiesReporting issuesReporting regressionsHow to quickly build a trimmed Linux kernelBug huntingBisecting a bugTainted kernelsRamoops oops/panic loggerDynamic debugExplaining the "No working init found." boot hang messageDocumentation for Kdump - The kexec-based Crash Dumping SolutionPerformance monitor supportpstore block oops/panic loggerRules on how to access information in sysfsDiscovering Linux kernel subsystems used by a workloadACPI SupportATA over Ethernet (AoE)Auxiliary Display SupportA block layer cache (bcache)The Android binderfs FilesystemKernel Support for miscellaneous Binary Formats (binfmt_misc)Block DevicesBoot ConfigurationLinux Braille Consolebtmrvl driverControl Groups version 1Control Group v2CIFSClearing WARN_ONCECPU loadHow CPU topology info is exported via sysfsDell Remote BIOS Update driver (dell_rbu)Device MapperGuidance for writing policiesCachedm-delaydm-clonedm-cryptdm-dustdm-ebsdm-flakeydm-imaEarly creation of mapped devicesdm-integritydm-ioDevice-Mapper Loggingdm-queue-lengthdm-raiddm-service-timedevice-mapper ueventdm-zoneddm-erakcopyddm-lineardm-log-writesPersistent dataDevice-mapper snapshot supportDM statisticsdm-stripedm-switchThin provisioningDevice-mapper "unstriped" targetdm-verityWritecache targetdm-zeroEDIDThe EFI Boot Stubext4 General InformationFile system Monitoring with fanotifyNFSgpioNotes on the change from 16-bit UIDs to 32-bit UIDsHardware random number generatorsUsing the initial RAM disk (initrd)I/O statistics fieldsJava(tm) Binary Kernel Support for Linux v1.03IBM's Journaled File System (JFS) for LinuxReducing OS jitter due to per-cpu kthreadsLaptop DriversParallel port LCD/Keypad Panel supportLDM - Logical Disk Manager (Dynamic Disks)Softlockup detector and hardlockup detector (aka nmi_watchdog)Linux Security Module UsageRAID arraysMedia subsystem admin and user guideMemory ManagementKernel module signing facilityMono(tm) Binary Kernel Support for LinuxNamespacesNuma policy hit/miss statisticsParportPerf events and tool securityPower ManagementLinux Plug and Play DocumentationRapidIO Subsystem GuideReliability, Availability and ServiceabilityReal Time Clock (RTC) Drivers for LinuxLinux Serial ConsoleVideo Mode Selection Support 2.13Syscall User DispatchLinux Magic System Request Key HacksThermal SubsystemUSB4 and ThunderboltUsing UFSUnicode supportSoftware cursor for VGAVideo Output Switcher ControlThe SGI XFS FilesystemThe kernel build systemReporting issuesUser-space toolsThe Linux kernel user-space API guide

The Linux kernel firmware guideOpen Firmware and Devicetree

CPU Architectures

Unsorted Documentation

Translations

This Page

• Show Source

dm-cloneIntroductiondm-clone is a device mapper target which produces a one-to-one copy of anexisting, read-only source device into a writable destination device: Itpresents a virtual block device which makes all data appear immediately, andredirects reads and writes accordingly.

The main use case of dm-clone is to clone a potentially remote, high-latency,read-only, archival-type block device into a writable, fast, primary-type devicefor fast, low-latency I/O. The cloned device is visible/mountable immediatelyand the copy of the source device to the destination device happens in thebackground, in parallel with user I/O.

For example, one could restore an application backup from a read-only copy,accessible through a network storage protocol (NBD, Fibre Channel, iSCSI, AoE,etc.), into a local SSD or NVMe device, and start using the device immediately,without waiting for the restore to complete.

The region size is configurable when you first create the dm-clone device. Therecommended region size is the same as the file system block size, which usuallyis 4KB. The region size must be between 8 sectors (4KB) and 2097152 sectors(1GB) and a power of two.

df19127ead