#customize virtual machine guest os

[govindhtech]

Google Cloud C4D machine series Compute with AMD Turin

Confidentiality VMs running AMD SEV on C4D machines preview

Google Titanium hardware gives the C4D machine series excellent, reliable, and consistent performance with 5th-generation AMD EPYC (Turin) CPUs.

Google Cloud offers Confidential Compute on AMD N2D, C2D, and C3D machines worldwide. The general-purpose C4D machine series' confidential virtual machines (VMs) with AMD Secure Encrypted Virtualisation (AMD SEV) technology are in preview today and will soon be released.

C4D virtual machines use Titanium and fifth-generation AMD EPYC Turin processors. C4D outperforms C3D by 30% on the anticipated SPECrate2017_int_base benchmark, growing performance with fewer resources and maximising expenditures.

C4D supports web, app, and game servers, AI inference, web serving, video streaming, analytics, and relational and in-memory databases.

C4D can execute 38% more Memorystore for Redis operations and 56% more Cloud SQL for MySQL queries than C3D due to its higher core frequency (up to 4.1 GHz) and improved IPC.

With C4D, AMD EPYC Turin may boost web-serving throughput per vCPU by 80% and enhance branch prediction and L3-cache efficiency.

Features of C4D machines

The C4D machine series has these traits:

Titanium and AMD EPYC Turin power it.

Supports 384 virtual CPUs and 3,024 GB DDR5.

Local Titanium SSDs up to 12,000 GiB are supported.

Preconfigured machines with 2–384 virtual central chips are available.

Future bookings, Spot VMs, and on-demand consumption are supported.

Allows conventional network setup with 100 Gbps bandwidth.

Supports Tier 1 VM networking at 200 Gbps.

For HyperDisk volumes only.

Confidential Virtual Machine AMD SEV support Flexible, resource-based committed use discounts

Supports compact and distributed placement policies.

C4D machine series types

Regular, high-cpu, and high-mem C4D virtual machines have predefined configurations from 2 to 384 vCPUs and up to 3,024 GB of memory.

Build your instance with the C4D machine type -lssd option to use Titanium SSD. Selecting this machine type creates a Titanium SSD-partitioned instance of the required size. Different Titanium SSD volumes cannot be joined.

Custom machines are incompatible with C4D.

Supported C4D VM disc types

It supports only NVMe disc interface and Hyperdisk block storage:

Hyperdisk-steady

Hyperdisk Extreme

Certain system types automatically receive local titanium SSD with the -lssd option.

Persistent Disc is incompatible with C4D.

Disc and capacity limits

A virtual machine (VM) can use a variety of hyperdisks, but their total disc capacity (in TiB) cannot exceed:

For systems under 32 vCPUs, all hyperdisks have 257 TiB.

Different computers with 32 vCPUs or 512 TiB for the hyperdisk

Networking C4D machines

Network interfaces for C4D virtual machines must be gVNIC. C4D can handle 100 Gbps for regular networking and 200 Gbps for per-VM Tier_1 networking.

Make sure your operating system image supports the gVNIC driver before switching to C4D or starting instances. Choose an OS image with “Tier_1 Networking” and “200 Gbps network bandwidth” on the Networking features tab of the OS information table for optimum C4D performance. Although the guest OS lists gve driver version as 1.0.0, these images upgrade the gVNIC driver. If your C4D instance runs an operating system with an outdated gVNIC driver, it may have greater latency or less network bandwidth than it should.

Custom OS images for the C4D machine series allow manual installation of the newest gVNIC driver. C4D instances should use gVNIC driver v1.3.0 or later. Google recommends using the latest gVNIC driver for new features and bug fixes.

[weedass]

Is this controller compatible with microsoft P.C. games and with its bluetooth? Has anyone tried it?         

Answer:                                                                                                         

 I have had one for about 3 weeks now and when visiting my parents for a few days I tried it out on my Windows 10 gaming PC and was surprised to discover that it paired right up and connected with the built in Intel AC WiFi/Bluetooth 4.1 card that came with my MSI mini ITX mother board.  The controller can be set up and calibrated by using the built in Windows game controller tool.  Most PC games that are set up for using a game controller allow you to customize the mapping of your controller in the game settings.

Since first posting this answer back in January I have permanently abandoned using Windows 10 Pro as my OS because of Microsuck's policy of incessantly data mining you.  I have a fast Internet connection, some have faster downloads but most do not have my upload speed.  My plan is 75mbits down and 75mbits uip and in spite of having the settings turned off in Windows 10 to allow their per to per updating of Windows they were doing it any way.  I began noticing that my HD activity light was constantly on, when doing a Internet speed check MS had capped my 75mbits up speed to only 20mbits/sec up with the MS CROOKS stealing the balance of what I was paying for and in doing so also dramatically lowing the life expectancy of my expensive SSD!  After looking for malware and finding nothing in desperation I did a complete restore of Windows 10 Pro.  This process reformatted my HD and installed the latest version of Windows 10, after this the only software I installed was the Firefox web browser and conducted a speed check.  I noticed a slight change, my HD light was on even more and my up speed was now capped at 19mbits/sec so I came to the realization that the only malware on my PC was my OS choice, Windows 10, I now am using Linux Mint 18 and have done so since April, 2017 and my PS 4 controller works as good on Linux as it does with Windows.  I am an avid gamer and currently 1/3rd of my Steam library of games now runs natively on Linux for the rest this is what I now do.  I sort of lied about not using Windows 10, I do not use it for anything other than playing my large collection of Windows only games, however I do not run Window 10 natively.  I now run Windows 10 Pro in a KVM virtual machine with hardware pass through that runs on top of Linux.  Due to my PC hardware I am able to pass my PCIe ports as well as USB 3 ports directly to the VM and the now guest OS Windows 10.  What this means is that when running the VM Windows 10 has direct access to my expensive GPU and is running the Windows Nvidia driver for it.  Doing this I am only experiencing a very slight drop in performance but running Windows in a sand boxed VM is more preferable as I can control who it is talking with on the Internet while still being able to play multi-player games..

[drawloading972]

Vmware Fusion Linux On Mac

Give it a few more minutes and finally you’ll see this delightful message: And that’s it. Fedora Linux is now installed into the virtual machine you’ve set up in VMware Fusion on your Mac system. All that’s left is to boot it up and log in! How to Install Linux (Ubuntu Server 18.04) on a Mac with VMware Fusion Introduction. VMware Fusion. is a desktop virtualization program that lets you run multiple different operating systems. Before we begin, you should have VMware Fusion. installed on your Mac and have downloaded.

When you create a Linux virtual machine, you can use the Fusion Linux Easy Install feature to install the Linux operating system you provide and to install VMware Tools in your virtual machine.

Unless you specify a file location for a virtual machine when you create it, Fusion saves the virtual machine package to a default location, which can vary. See Default File Location of a Virtual Machine.

You must obtain the operating system installation image. Fusion does not include any operating systems to install in virtual machines that you create.

Procedure

Select File > New.

A dialog box appears with the Select the Installation Method panel showing.

Insert the operating system installation CD into your Mac.

Fusion detects it and asks for confirmation that it is the operating system to install.

If it is the correct operating system, ensure that Install this operating system is selected and click Continue to go to the Linux Easy Install panel.

In the Linux Easy Install dialog box, select the Use Easy Install option, provide the appropriate information, and click Continue.

Enter your Display Name, Account Name, and Password.

Select Make your home folder accessible to the virtual machine to have Linux Easy Install configure your home folder as a shared folder, so you can share files between the virtual machine and your Mac.

(Optional) If you selected to make your home folder accessible, select either Read only or Read & Write for your virtual machine.

In the Finish panel, you can use default settings or customize the settings before powering on the virtual machine to start the operating system installation.

OptionActionTo create the virtual machine according to the specifications listed in the Finish panel

Click Finish.

Indicate the location to save the virtual machine to or accept the default, such as the your home directory/Virtual Machines folder.

(Optional) To share the virtual machine with other users on the Mac host, save the virtual machine to the Shared folder and select the Share this virtual machine with other users on this Mac check box. Deselect the check box to save to the Shared folder but not share the virtual machine with other users on the Mac host. See Creating a Shared Virtual Machine in Fusion.

To change disk size or other standard settings of the virtual machine

Click Customize Settings.

Save the new virtual machine.

Make changes to the virtual machine’s disk size, processor usage, removable devices, and other configurations on the Settings window.

Fusion starts the new virtual machine, installs the operating system, and installs VMware Tools.

You can install Mac OS X, OS X, or macOS in a virtual machine. Fusion creates the virtual machine, opens the operating system installation assistant, and installs VMware Tools. VMware Tools loads the drivers required to optimize a virtual machine's performance.

Mac OS X, OS X, or macOS virtual machines that you create in Fusion can run on any Apple-branded hardware that uses Intel processors. The Apple licensing agreement defines the situations when it is permissible to virtualize Mac OS X, OS X, or macOS. Fusion does not change these terms or enable macOS on non-Apple hardware. You cannot use a Mac OS X, OS X, or macOS virtual machine in another VMware product, such as Workstation Pro.

Fusion supports the following Mac server and client versions for the guest operating system:

Mac OS X Server 10.5, 10.6

Mac OS X 10.7

OS X 10.8, 10.9, 10.10, 10.11

macOS 10.12, 10.13, 10.14, 10.15

macOS 11.0

Vmware Fusion Mac Os

Fusion does not support the following features for Mac virtual machines:

Multiple displays

3D Accelerated graphics

Unity view

Vmware Fusion

To install the operating system, use the procedure for creating a virtual machine for any supported operating system. See Create a Virtual Machine for Any Supported Operating System.

[codecraftshop]

Customize virtual machine hyper v | hyper-v virtual machine customizationcustomize virtual machine, customize virtual machine guest os, windows virtual machine, customize this virtual machines hardware experimental, customize this virtual machines hardware, customize virtual machine guest os cannot complete customization, Virtual Machine Customization on windows 10 | Hypervisor | Hyper-V 5 (virtualizationserver), virtual machine,virtual machines,hyper-v,hyper v restore virtual machine,hyper v backup virtual machine,creating a new virtual switch using hyper-v,create virtual machine templates hyper v,virtual machine provisioning,virtual machine backup,create hyper-v virtual switch,virtual machine windows 10 tutorial,setup & virtual switches in hyper-v,Virtual Machine Customization on windows 10 | Hypervisor | Hyper-V 5 (virtualizationserver),how to set up a virtual machine,vm https://www.youtube.com/channel/UCnIp4tLcBJ0XbtKbE2ITrwA?sub_confirmation=1&app=desktop About: 00:00 Hypervisor | Hyper-V 5 Virtual Machine Customization on windows 10 (virtualizationserver) In this course we will learn about customizing the installation directory for virtual machines.Virtualization helps the developers a lot to install multiple operating systems on the same platform as they need different environments during development phase of various components. In the next course we will deep dive into Hyper-V fundamentals. https://www.facebook.com/codecraftshop/ Please do like and subscribe to my you tube channel "CODECRAFTSHOP" Follow us on facebook | instagram | twitter at @CODECRAFTSHOP . -~-~~-~~~-~~-~- Please watch: "Install hyperv on windows 10 - how to install, setup & enable hyper v on windows hyper-v" https://www.youtube.com/watch?v=KooTCqf07wk -~-~~-~~~-~~-~-

[datamattsson]

Managing VMware vSphere Virtual Machines with Ansible

I was tasked with extraordinary daunting task of provisioning a test environment on vSphere. I knew that the install was going to fail on me multiple times and I was in dire need of a few things:

Start over from inception - basically a blank sheet of paper

Create checkpoints and be able to revert to those checkpoints fairly easily

Do a ton of customization in the guest OS

The Anti-Pattern

I’ve been enslaved with vSphere in previous jobs. It’s a handy platform for various things. I was probably the first customer to run ESX on NetApp NFS fifteen years ago. I can vividly remember that already back then I was incredibly tired of “right clicking” in vCenter and I wrote extensive automation with the Perl bindings and SDKs that were available at the time. I get a rash if I have to do something manually in vCenter and I see it as nothing but an API endpoint. Manual work in vCenter is the worst TOIL and the anti-pattern of modern infrastructure management.

Hello Ansible

I manage my own environment, which is KVM based, entirely with Ansible. Sure, it’s statically assigned virtual machines but surprisingly, it works just great as I’m just deploying clusters where HA is dealt with elsewhere. When this project that I’m working on came up, I frantically started to map out everything I needed to do in the Ansible docs. Not too surprisingly, Ansible makes everything a breeze. You’ll find the VMware vSphere integration in the “Cloud Modules” section.

Inception

I needed to start with something. That includes some right-clicking in vCenter. I uploaded this vmdk file into one the datastores and manually configured a Virtual Machine template with the uploaded vmdk file. This is I could bear with as I only had to do it once. Surprisingly, I could not find a CentOS 7 OVA/OVF file that could deploy from (CentOS was requirement for the project, I’m an Ubuntu-first type of guy and they have plenty of images readily available).

Once you have that Virtual Machine template baked. Step away from vCenter, logout, close tab. Don’t look back (remember the name of the template!)

I’ve stashed the directory tree on GitHub. The Ansible pattern I prefer is that you use a ansible.cfg local to what you’re doing, playbooks to carry out your tasks and apply roles as necessary. I’m not going through the minutia of getting Ansible installed and all that jazz. The VMware modules have numerous Python dependences and they will tell you what is missing, simply pip install <whatever is complaining> to get rolling.

Going forward, let's assume:

git clone https://github.com/NimbleStorage/automation-examples cd cloud/vmware-vcenter

There are some variables that needs to be customized and tailored to any specific environment. The file that needs editing is host_vars/localhost that needs to be copied from host_vars/localhost-dist. Mine looks similar to this:

--- vcenter_hostname: 192.168.1.1 vcenter_username: administrator@vsphere.local vcenter_password: "HPE Cyber Security Will See This" vcenter_datastore: MY-DSX vcenter_folder: / vcenter_template: CentOS7 vcenter_datacenter: MY-DC vcenter_resource_pool: MY-RP # Misc config machine_group: machines machine_initial_user: root machine_initial_password: osboxes.org # Machine config machine_memory_mb: 2048 machine_num_cpus: 2 machine_num_cpu_cores_per_socket: 1 machine_networks: - name: VM Network - name: Island Network machine_disks: - size_gb: 500 type: thinProvisioned datastore: "{{ vcenter_datastore }}"

I also have a fairly basic inventory that I’m working with (in hosts):

[machines] tme-foo-m1 tme-foo-m2 tme-foo-m3 tme-foo-m4 tme-foo-m5 tme-foo-m6

Tailor your config and let’s move on.

Note: The network I’m sitting on is providing DHCP services with permanent leases and automatic DNS registration, I don’t have to deal with IP addressing. If static IP addressing is required, feel free to modify to your liking but I wouldn’t even know where to begin as the vmdk image I’m using as a starter is non-customizable.

Deploy Virtual Machines

First things first, provision the virtual machines. I intentionally didn’t want to screw around with VM snapshots to clone from. Full copies of each VM is being performed. I’m running this on the most efficient VMware storage array in the biz so I don’t really have to care that much about space.

Let’s deploy!

$ ansible-playbook deploy.yaml PLAY [localhost] **************************************************** TASK [Gathering Facts] ********************************************************************* Monday 04 November 2019 04:12:51 +0000 (0:00:00.096) 0:00:00.096 ******* ok: [localhost] TASK [deploy : Create a virtual machine from a template] ************************************************************** Monday 04 November 2019 04:12:52 +0000 (0:00:00.916) 0:00:01.012 ******* changed: [localhost -> localhost] => (item=tme-foo-m1) changed: [localhost -> localhost] => (item=tme-foo-m2) changed: [localhost -> localhost] => (item=tme-foo-m3) changed: [localhost -> localhost] => (item=tme-foo-m4) changed: [localhost -> localhost] => (item=tme-foo-m5) changed: [localhost -> localhost] => (item=tme-foo-m6) PLAY RECAP ********************************************************** localhost : ok=2 changed=1 unreachable=0 failed=0 skipped=0 rescued=0 ignored=0 Monday 04 November 2019 04:31:37 +0000 (0:18:45.897) 0:18:46.910 ******* ===================================================================== deploy : Create a virtual machine from a template ---------- 1125.90s Gathering Facts ----------------------------------------------- 0.92s Playbook run took 0 days, 0 hours, 18 minutes, 46 seconds

In this phase we have machines deployed. They’re not very useful yet as I want to add my current SSH key from the machine I’m managing the environment from. Copy roles/prepare/files/authorized_keys-dist to roles/prepare/files/authorized_keys:

cp roles/prepare/files/authorized_keys-dist roles/prepare/files/authorized_keys

Add your public key to roles/prepare/files/authorized_keys. Also configure machine_user to match the username your managing your machines from.

Now, let’s prep the machines:

$ ansible-playbook prepare.yaml PLAY [localhost] **************************************************** TASK [Gathering Facts] ********************************************************************* Monday 04 November 2019 04:50:36 +0000 (0:00:00.102) 0:00:00.102 ******* ok: [localhost] TASK [prepare : Gather info about VM] ********************************************************************* Monday 04 November 2019 04:50:37 +0000 (0:00:00.889) 0:00:00.991 ******* ok: [localhost -> localhost] => (item=tme-foo-m1) ok: [localhost -> localhost] => (item=tme-foo-m2) ok: [localhost -> localhost] => (item=tme-foo-m3) ok: [localhost -> localhost] => (item=tme-foo-m4) ok: [localhost -> localhost] => (item=tme-foo-m5) ok: [localhost -> localhost] => (item=tme-foo-m6) TASK [prepare : Register IP in inventory] ********************************************************************* Monday 04 November 2019 04:50:41 +0000 (0:00:04.191) 0:00:05.183 ******* <very large blurb redacted> TASK [prepare : Test VM] ********************************************************************* Monday 04 November 2019 04:50:41 +0000 (0:00:00.157) 0:00:05.341 ******* ok: [localhost -> None] => (item=tme-foo-m1) ok: [localhost -> None] => (item=tme-foo-m2) ok: [localhost -> None] => (item=tme-foo-m3) ok: [localhost -> None] => (item=tme-foo-m4) ok: [localhost -> None] => (item=tme-foo-m5) ok: [localhost -> None] => (item=tme-foo-m6) TASK [prepare : Create ansible user] ********************************************************************* Monday 04 November 2019 04:50:46 +0000 (0:00:04.572) 0:00:09.914 ******* changed: [localhost -> None] => (item=tme-foo-m1) changed: [localhost -> None] => (item=tme-foo-m2) changed: [localhost -> None] => (item=tme-foo-m3) changed: [localhost -> None] => (item=tme-foo-m4) changed: [localhost -> None] => (item=tme-foo-m5) changed: [localhost -> None] => (item=tme-foo-m6) TASK [prepare : Upload new sudoers] ********************************************************************* Monday 04 November 2019 04:50:49 +0000 (0:00:03.283) 0:00:13.198 ******* changed: [localhost -> None] => (item=tme-foo-m1) changed: [localhost -> None] => (item=tme-foo-m2) changed: [localhost -> None] => (item=tme-foo-m3) changed: [localhost -> None] => (item=tme-foo-m4) changed: [localhost -> None] => (item=tme-foo-m5) changed: [localhost -> None] => (item=tme-foo-m6) TASK [prepare : Upload authorized_keys] ********************************************************************* Monday 04 November 2019 04:50:53 +0000 (0:00:04.124) 0:00:17.323 ******* changed: [localhost -> None] => (item=tme-foo-m1) changed: [localhost -> None] => (item=tme-foo-m2) changed: [localhost -> None] => (item=tme-foo-m3) changed: [localhost -> None] => (item=tme-foo-m4) changed: [localhost -> None] => (item=tme-foo-m5) changed: [localhost -> None] => (item=tme-foo-m6) PLAY RECAP ********************************************************** localhost : ok=9 changed=6 unreachable=0 failed=0 skipped=0 rescued=0 ignored=0 Monday 04 November 2019 04:51:01 +0000 (0:00:01.980) 0:00:24.903 ******* ===================================================================== prepare : Test VM --------------------------------------------- 4.57s prepare : Gather info about VM -------------------------------- 4.19s prepare : Upload new sudoers ---------------------------------- 4.12s prepare : Upload authorized_keys ------------------------------ 3.59s prepare : Create ansible user --------------------------------- 3.28s Gathering Facts ----------------------------------------------- 0.89s prepare : Register IP in inventory ---------------------------- 0.16s Playbook run took 0 days, 0 hours, 0 minutes, 20 seconds

At this stage, things should be in a pristine state. Let’s move on.

Managing Virtual Machines

The bleak inventory file what we have created should now be usable. Let’s ping our machine farm:

$ ansible -m ping machines tme-foo-m5 | SUCCESS => { "ansible_facts": { "discovered_interpreter_python": "/usr/bin/python" }, "changed": false, "ping": "pong" } tme-foo-m4 | SUCCESS => { "ansible_facts": { "discovered_interpreter_python": "/usr/bin/python" }, "changed": false, "ping": "pong" } tme-foo-m3 | SUCCESS => { "ansible_facts": { "discovered_interpreter_python": "/usr/bin/python" }, "changed": false, "ping": "pong" } tme-foo-m2 | SUCCESS => { "ansible_facts": { "discovered_interpreter_python": "/usr/bin/python" }, "changed": false, "ping": "pong" } tme-foo-m1 | SUCCESS => { "ansible_facts": { "discovered_interpreter_python": "/usr/bin/python" }, "changed": false, "ping": "pong" } tme-foo-m6 | SUCCESS => { "ansible_facts": { "discovered_interpreter_python": "/usr/bin/python" }, "changed": false, "ping": "pong" }

As a good Linux citizen you always want to update to all the latest packages. I provided a crude package_update.yaml file for your convenience. It will also reboot the VMs once completed.

Important: The default password for the root user is still what that template shipped with. If you intend to use this for anything but a sandbox exercise, consider changing that root password.

Snapshot and Restore Virtual Machines

Now to the fun part. I’ve redacted a lot of the content I created for this project for many reasons, but it involved making customizations and installing proprietary software. In the various stages I wanted to create snapshots as some of these steps were not only lengthy, they were one-way streets. Creating a snapshot of the environment was indeed very handy.

To create a VM snapshot for the machines group:

$ ansible-playbook snapshot.yaml -e snapshot=goldenboy PLAY [localhost] **************************************************** TASK [Gathering Facts] ********************************************************************* Monday 04 November 2019 05:09:25 +0000 (0:00:00.096) 0:00:00.096 ******* ok: [localhost] TASK [snapshot : Create a VM snapshot] ********************************************************************* Monday 04 November 2019 05:09:27 +0000 (0:00:01.893) 0:00:01.989 ******* changed: [localhost -> localhost] => (item=tme-foo-m1) changed: [localhost -> localhost] => (item=tme-foo-m2) changed: [localhost -> localhost] => (item=tme-foo-m3) changed: [localhost -> localhost] => (item=tme-foo-m4) changed: [localhost -> localhost] => (item=tme-foo-m5) changed: [localhost -> localhost] => (item=tme-foo-m6) PLAY RECAP ********************************************************** localhost : ok=2 changed=1 unreachable=0 failed=0 skipped=0 rescued=0 ignored=0 Monday 04 November 2019 05:09:35 +0000 (0:00:08.452) 0:00:10.442 ******* ===================================================================== snapshot : Create a VM snapshot ------------------------------- 8.45s Gathering Facts ----------------------------------------------- 1.89s Playbook run took 0 days, 0 hours, 0 minutes, 10 seconds

It’s now possible to trash the VM. If you ever want to go back:

$ ansible-playbook restore.yaml -e snapshot=goldenboy PLAY [localhost] **************************************************** TASK [Gathering Facts] ********************************************************************* Monday 04 November 2019 05:11:38 +0000 (0:00:00.104) 0:00:00.104 ******* ok: [localhost] TASK [restore : Revert a VM to a snapshot] ********************************************************************* Monday 04 November 2019 05:11:38 +0000 (0:00:00.860) 0:00:00.964 ******* changed: [localhost -> localhost] => (item=tme-foo-m1) changed: [localhost -> localhost] => (item=tme-foo-m2) changed: [localhost -> localhost] => (item=tme-foo-m3) changed: [localhost -> localhost] => (item=tme-foo-m4) changed: [localhost -> localhost] => (item=tme-foo-m5) changed: [localhost -> localhost] => (item=tme-foo-m6) TASK [restore : Power On VM] ********************************************************************* Monday 04 November 2019 05:11:47 +0000 (0:00:08.466) 0:00:09.431 ******* changed: [localhost -> localhost] => (item=tme-foo-m1) changed: [localhost -> localhost] => (item=tme-foo-m2) changed: [localhost -> localhost] => (item=tme-foo-m3) changed: [localhost -> localhost] => (item=tme-foo-m4) changed: [localhost -> localhost] => (item=tme-foo-m5) changed: [localhost -> localhost] => (item=tme-foo-m6) PLAY RECAP ********************************************************** localhost : ok=3 changed=2 unreachable=0 failed=0 skipped=0 rescued=0 ignored=0 Monday 04 November 2019 05:12:02 +0000 (0:00:15.232) 0:00:24.663 ******* ===================================================================== restore : Power On VM ---------------------------------------- 15.23s restore : Revert a VM to a snapshot --------------------------- 8.47s Gathering Facts ----------------------------------------------- 0.86s Playbook run took 0 days, 0 hours, 0 minutes, 24 seconds

Destroy Virtual Machines

I like things neat and tidy. This is how you would clean up after yourself:

$ ansible-playbook destroy.yaml PLAY [localhost] **************************************************** TASK [Gathering Facts] ********************************************************************* Monday 04 November 2019 05:13:12 +0000 (0:00:00.099) 0:00:00.099 ******* ok: [localhost] TASK [destroy : Destroy a virtual machine] ********************************************************************* Monday 04 November 2019 05:13:13 +0000 (0:00:00.870) 0:00:00.969 ******* changed: [localhost -> localhost] => (item=tme-foo-m1) changed: [localhost -> localhost] => (item=tme-foo-m2) changed: [localhost -> localhost] => (item=tme-foo-m3) changed: [localhost -> localhost] => (item=tme-foo-m4) changed: [localhost -> localhost] => (item=tme-foo-m5) changed: [localhost -> localhost] => (item=tme-foo-m6) PLAY RECAP ********************************************************** localhost : ok=2 changed=1 unreachable=0 failed=0 skipped=0 rescued=0 ignored=0 Monday 04 November 2019 05:13:37 +0000 (0:00:24.141) 0:00:25.111 ******* ===================================================================== destroy : Destroy a virtual machine -------------------------- 24.14s Gathering Facts ----------------------------------------------- 0.87s Playbook run took 0 days, 0 hours, 0 minutes, 25 seconds

Summary

I probably dissed VMware more than necessary in this post. It’s a great infrastructure platform that is being deployed by 99% of the IT shops out there (don’t quote me on that). I hope you enjoyed this tutorial on how to make vSphere useful with Ansible.

Trivia: This tutorial brought you by one of the first few HPE Nimble Storage dHCI systems ever brought up!

[rileyjamessimpson-blog]

Look at What Is Best To Suit Your Needs: Dedicated Server or VPS Server?

VPS Server:- Virtual Private Server (VPS) is really a virtual machine sold just as one administration by an Internet Hosting administration. A VPS runs its duplicate of an working framework (OS), and clients might have superuser-level entry to that working framework example, to enable them to introduce any creation that keeps running on that OS. Be that as it might, as they share the essential physical equipment with various VPSs, execution could possibly be lower, contingent upon the workload of some other executing virtual machines. Server colocation may likewise be more proficient with CPU subordinate procedures, for example, hashing calculations. An online private server incorporate different types of software program, web server software, personal files Transfer Protocol Program, a mail server program for blogging web-based business. Advantages that join VPS Hosting: Security: Unlike shared Hosting, the movement and exercises of different VPS clients won't unfavorably influence your operation. Execution: Your own apportioning of assets allows you and your guests to understand speedier loading time. Dedicated Resources: VPS Hosting furnishes you with additional plate space, CPU, and RAM. Adaptability: There is an chance to select the working framework and programming you have to introduce around the server. Server:- An avid server is, "A server which is leased by somebody or business for selective utilize yet facilitated in one individuals server farms."

At the point when someone or business leases a committed server from a hosting organization, it's normally first of two reasons: 1. To host a high-activity, asset serious site, or 2. For hosting a high-movement, asset escalated application. An avid server is often a physical server (or PC) owning a server-based programming that runs different administrations on the system. Probably the most widely known use for a server is to chance a website hosting condition where site pages are facilitated by sites. Method . a 'committed' server as it's a solitary server specialized in a solitary client or undertaking. In web facilitating terms it's conceivable to in addition have a "common" server which houses a few clients plus that capacity is much less expensive yet works together with lessened execution as framework assets are shared between the many clients on that server. In the event your internet site actually is excessively occupied and the asset prerequisites tend to be more noteworthy than shared facilitating can give, a fervent server is obviously worth putting resources into. Along creases, the many assets on the server is devoted totally to your website instead of imparted to the outsiders. Points of interest of an Server: Flexibility: the capacity to introduce the administrations and programming your small business requires. Control: you enter the driving seat and possess moment usage of your server. Resilience: together with the correct server setup you could have measures created to limit downtime. Reliability: no execution issues as a consequence of different clients about the server. Security: increase security and limit data spillage, which can be precious if you are managing clients and data. Stability: stability since you are the sole proprietor of one's devoted server, with no obstruction from various sites. It can't be savvy to state the main one alternative is superior to the remaining. The value of these alternatives altogether relies on this prerequisites of one's customer and his operating plan. For additional information about dedicated servery check out the best web portal.

[govindhtech]

C4A Virtual Machines: Google’s Axion CPU Powered VMs

C4A Virtual Machines

Google’s first Arm-based Axion processor powers C4A virtual machines. C4A provides regular, highmem, and highcpu machine series, and offers machine types with up to 72 vCPUs and 576 GB of DDR5 memory. Built on Titanium, it has network offloads and can achieve standard network speed of up to 50 Gbps and Tier_1 networking performance of up to 100 Gbps per virtual machine.

With up to 10% higher price performance than the newest Arm-based instances offered by top cloud providers, Google is excited to announce today the general availability of C4A virtual machines, the first Axion-based VM series. Web and app servers, containerized microservices, open-source databases, in-memory caches, data analytics engines, media processing, and AI inference applications are just a few of the general-purpose workloads that C4A virtual machines are an excellent choice for.

To provide constant performance, C4A virtual machines (VMs) are housed within a single node with Uniform Memory Access (UMA) and support sole tenant nodes. C4A makes use of the newest storage options from Google Cloud, such as Hyperdisk Extreme and Hyperdisk Balanced.

The C4A machine series, in brief:

Is driven by Titanium and the Google Axion CPU.

Supports 576 GB of DDR5 RAM and up to 72 virtual CPUs.

Provides a variety of preset machine kinds.

Supports up to 50 Gbps of bandwidth in a normal network configuration.

Supports up to 100 Gbps of bandwidth for per-VM Tier_1 networking performance.

Accepts the following choices for consumption and discounts:

Discounts for resource-based and adaptable committed use

Reservations

Spot VMs

Helps the PMU, or performance monitoring unit.

Compact placement policies are not supported.

C4A machines types

C4A virtual machines have sizes ranging from 1 vCPU to 72 vCPUs and up to 576 GB of memory as standard configurations.

standard: 4 GB memory per vCPU

highcpu: 2 GB memory per vCPU

highmem: 8 GB memory per vCPU

Supported disk types for C4A

C4A virtual machines can utilize the following Hyperdisk block storage and only support the NVMe disk interface:

Hyperdisk Balanced (hyperdisk-balanced)

Hyperdisk Extreme (hyperdisk-extreme)

C4A doesn’t support Persistent Disk.

Limits on disk and capacity

A virtual machine (VM) can have a variety of hyperdisk kinds, but the total disk capacity (in TiB) of all disk types cannot be greater than:

For machine types with less than 32 vCPUs: 257 TiB for all Hyperdisk

For machine types with 32 or more vCPUs: 512 TiB for all Hyperdisk

C4A VM network support

gVNIC network interfaces are necessary for C4A instances. For regular networking, C4A instances can handle up to 50 Gbps of network bandwidth; for VM Tier_1 networking performance, they can handle up to 100 Gbps.

Make sure the operating system image you use is fully compatible with C4A before moving to C4A or setting up C4A virtual machines. The upgraded gVNIC driver is included in fully supported images, even if the guest OS displays the gve driver version as 1.0.0. Your C4A virtual machine may not be able to reach the maximum network bandwidth for C4A VMs if it is running an operating system with limited support, which includes an outdated version of the gVNIC driver.

The latest gVNIC driver can be manually installed if you use a custom OS image with the C4A machine series. It is advised to use the gVNIC driver version v1.3.0 or later while working with C4A virtual machines. To take advantage of new features and problem improvements, Google advises using the most recent version of the gVNIC driver.

With Titanium offload, C4A is designed to handle your most demanding workloads with up to 60% more energy efficiency and 65% better price performance compared to comparable current-generation x86-based instances technology and superior maintenance capabilities.Image credit to Google Cloud

Key Google services like Bigtable, Spanner, BigQuery, F1 Query, Blobstore, Pub/Sub, Google Earth Engine, and the YouTube Ads platform have already begun implementing Axion-based servers in production due to these efficiency and performance improvements.

Customers of Google Cloud can use C4A in various services, such as Batch, Dataproc, Google Compute Engine, and Google Kubernetes Engine (GKE). Additionally, C4A virtual machines are currently previewing in Dataflow, with support for CloudSQL, AlloyDB, and other services on the horizon. The most widely used Linux operating systems, such as Container-Optimized OS, RHEL, SUSE Linux Enterprise Server, Ubuntu, Rocky Linux, and others, are supported by C4A instances. It recently introduced support for the transfer of Arm-based instances in the Migrate to Virtual Machines service in preview, and Arm-compatible software and solutions are available on the Google Cloud Marketplace.

Additionally, C4A VMs provide the storage and connection performance that your business requires:

High-Bandwidth Networking: To accommodate high-traffic applications, Tier_1 networking can offer up to 100 Gbps of bandwidth in addition to the typical 50 Gbps.

With a throughput of up to 5 GB/s and 350k IOPS, Google Cloud’s latest iteration of balanced and extreme hyperdisk storage provides scalable, high-performance storage.

Find out more

C4A instances are now widely accessible through Committed Use Discounts (CUDs) with one- and three-year durations, reservations, Spot VMs, and FlexCUDs. As of right now, C4A virtual machines are accessible in the following regions: asia-southeast1 (Singapore), eu-west1 (Belgium), eu-west4 (Netherlands), eu-west3 (Frankfurt), us-central1 (Iowa), us-east4 (Virginia), and us-east1 (SC).

Read more on Govindhtech.com

[computingpostcom]

This is a short tutorial on how to create a Vagrant box from existing Virtual Machine. Vagrant tool gives you the best environment to manage and control your Virtual Machines. This works on any Linux Distribution. Installing Vagrant box from scratch may not be an efficient way if you already have a running Virtualbox Vm from same Base os as the vagrant box. Additionally, you’ll save bandwidth if you have updated pre-existing Vm and maybe installed additional packages that you’ll like to have on new Vagrant controlled Virtual Machine. Step 1: Create Vagrant box directory Create a directory for vagrant box to be created. mkdir -p ~/vagrant cd ~/vagrant mkdir centos7 Step 2: Create vagrant user on existing VM You current VM which you need to convert to Vagrant box need to have vagrant user created. If missing, create a username called “vagrant” with password “vagrant“. If not you can add it $ nano adduser.sh Paste the code below and save the file. # Vagrant specific date > /etc/vagrant_box_build_time # Add vagrant user /usr/sbin/groupadd vagrant /usr/sbin/useradd vagrant -g vagrant -G wheel echo "vagrant"|passwd --stdin vagrant echo "vagrant ALL=(ALL) NOPASSWD: ALL" >> /etc/sudoers.d/vagrant chmod 0440 /etc/sudoers.d/vagrant # Installing vagrant keys mkdir -pm 700 /home/vagrant/.ssh wget --no-check-certificate 'https://raw.github.com/mitchellh/vagrant/master/keys/vagrant.pub' -O /home/vagrant/.ssh/authorized_keys chmod 0600 /home/vagrant/.ssh/authorized_keys chown -R vagrant /home/vagrant/.ssh # Customize the message of the day echo 'Welcome to your Vagrant-built virtual machine.' > /etc/motd Make the script executable and run it. chmod +x adduser.sh ./adduser.sh Step 3: Create Base vagrant box Change to directory containing CentOS vagrant box you downloaded.  cd ~/vagrant/centos7 Create a file called Vagrantfile and paste below data. Vagrant.configure("2") do |config| config.vm.box = "centos/7" end Bring the added vm up vagrant up If successful in spinning up, you should be logged in by default. If you get error message  “default: Warning: Connection timeout. Retrying…”, try press CTL+C and use vagrant ssh to login. Step 4: Copy VM Virtual Disk Change directory to VirtualBox VMs directory and find the name of Virtualbox VM that we want to make newly added box use. cd  ~/VirtualBox VMs/ ls Mine is under centos-asterisk folder. With the name of vmdk as centos-asterisk-disk1.vmdk. We need to copy this file to the directory containing vagrant VM we added “centos7“. Now rename your added VM on Virtualbox Gui. Before you can rename you have to turn it off. cd ~/vagrant/centos7 vagrant halt To rename go to Virtual Machine > General > Basic > Name Next thing to do is copy centos-asterisk-disk1.vmdk to box-disk1.vmdk. Make sure the Virtual Machine is off, if not turn it off. cp ~/VirtualBox VMs/centos-asterisk/centos-asterisk-disk1.vmdk ~/VirtualBox VMs/centos7/box-disk1.vmdk Now start vagrant box cd ~/vagrant/centos7 vagrant up vagrant ssh Step 4: Install VirtualBox Guest Additions Install Virtualbox Guest Additions on the guest OS. From Host computer, copy to VBoxGuestAdditions.iso ~/vagrant/centos7. Then on Guest OS run mount -o loop /vagrant/VBoxGuestAdditions.iso /mnt sh /mnt/VBoxLinuxAdditions.run umount /mnt Enjoy your Vagrant environment.

[admingreys]

El capitan vmware fusion

#El capitan vmware fusion install#

#El capitan vmware fusion pro#

#El capitan vmware fusion mac#

This is a simple guide of installing macOS X into VmWare on macOS without a recovery partition or creating external bootable media.

#El capitan vmware fusion install#

However it is surprisingly unintuitive if you don’t have a recovery partition (in which case you can just to Add > New > Install OS X from the recovery partition) or a media, that you can convert into bootable media and use in a new custom VmWare machine.

#El capitan vmware fusion mac#

If you own a Mac and a VmWare Fusion, then you can legally create macOS virtual machines. Now you should be able to boot up the VM and have it run properly on the Linux host.How to create a macOS virtual machine in VmWare Fusion on Mac without a CD, USB drive or recovery partition VBoxManage setextradata "$VM_NAME" "VBoxInternal/Devices/smc/0/Config/GetKeyFromRealSMC" 1 VBoxManage setextradata "$VM_NAME" "VBoxInternal/Devices/smc/0/Config/DeviceKey" "ourhardworkbythesewordsguardedpleasedontsteal(c)AppleComputerInc" VBoxManage setextradata "$VM_NAME" "VBoxInternal/Devices/efi/0/Config/DmiBoardProduct" "Iloveapple" VBoxManage setextradata "$VM_NAME" "VBoxInternal/Devices/efi/0/Config/DmiSystemVersion" "1.0" VBoxManage setextradata "$VM_NAME" "VBoxInternal/Devices/efi/0/Config/DmiSystemProduct" "MacBookPro11,3" VBoxManage modifyvm "$VM_NAME" -keyboard usb Next, open up a terminal and run the following VBoxManage commands: VBoxManage modifyvm "$VM_NAME" -cpuidset 00000001 000306a9 04100800 7fbae3ff bfebfbff You'll need to set the VM OS Type to "Mac OS X" and the OS Version to "Mac OS X 10.11 El-capitan (64-bit)". Open up virtualbox on the Linux host, and import the OVF. Step Three: Import OVF into Linux host VirtualBox mf with this result.Ĭopy the OVF folder with all three files over to the Linux Machine. Take the resulting hash and replace the hash after SHA1(.ovf)= in. Since we have modified the OVF file, its SHA1 checksum will have changed. Next we need to take care of a few inconsistencies between VMWare's OVF format and VirtualBox's OVF format. This will create a folder with three files in it: In the VMWare "Virtual Machine Library" menu, select the OSX VM you just created, and then select File -> Export To OVF. Go through the OSX installation process until the point where OSX asks you to setup the installation (IE: create users, etc). Follow the instructions and soon OSX will start installing in a VMWare VM. On the "Select the Installation Method" menu, choose "Install OSX from the recovery partition".

#El capitan vmware fusion pro#

Install VMWare Fusion Pro on your OSX Host ( ).

A Linux computer to transfer the VM over to.

This tutorial will go over one possible way to accomplish this task. VirtualBox only officially supports OS X guests on an OS X host, but it is possible to create one on an OS X host and transfer it over to a Linux host. How to create an OS X El Capitan VM that will run on Linux

[speedsiteoccupy]

Vmware workstation 10 windows 10

Use VMware Workstation Player to create, run, evaluate, and share software running in virtual machines: What can I do with VMware Workstation Player? An expired virtual machine will automatically suspend and will not restart without administrator intervention. When powered on, the virtual machine will query the server at specified time intervals, storing the current system time in the restricted virtual machine's policy file as the last trusted timestamp. Workstation 12 Player now improves the performance of encrypted VMs during suspend and resume operations with up to 3X faster performance over previous versions of Workstation.įor workers assigned to short-term projects, temporary employees, or software evaluations, Workstation Player allows you to run restricted virtual machines expire at a predefined date and time. Restricted virtual machines are the easiest way to secure corporate desktops with encryption, runtime password protection, USB access restriction, isolation between the host and guest OS, and time limitation. VMware Workstation Player has the ability to run restricted virtual machines created by VMware Workstation Pro or VMware Fusion Pro. In the next article, I will actually load VMware ESXi 5.1 on top of this VM.Run Restricted and Expiring Virtual Machines VM has been created and ready for guest OS installation. You can customize the virtual hardware of your future VM.Īnd that is it. You could just create a new VM, and when you come to this part, choose ‘Use and existing disk’ and VM will be already installed and ready to start. You could use this second option later if you want to use a previously configured disk (this happens when you delete a VM from a Workstation, but the virtual disk is still not yet deleted from your repository. You will choose ‘Create a new virtual disk’, but you also have the second option ‘Use an existing virtual disk’. Under Select a Disk, you have few options. Under Select I/O Controller Types and also Select a Disk type, leave the defaults again, as those are the recommended options for our VM. We want to have an Internet connection, and also the connection to other VMs. Under Network Type, leave the defaults, as you see on the screenshot. The minimum requirements is 2GB, and that is enough for our installation. It is because ESXi 5.1 requires at least two CPUs, or one dual-core CPU. I would suggest to leave the default, as you can’t lower the number of processors. Bear in mind that it should be easy recognizable. Under Name the Virtual Machine, enter your desired name for you VM. Under Select Guest OS, select VMware ESX, and leave the version 5 selected: It is really your call, but I always choose to install OS later: Under Guest Operating System section, you can choose either to point installer disk immediately, or to choose to install the guest OS later. Under Virtual Machine Hardware Compatibility, choose Workstation 10 (the default choice): Now lets create a VM which will host ESXi 5.1: Here is how VMware Workstation looks: VMware Workstation 10 OK, so lets start with Virtual Machine creation on VMware Workstation 10. I will do that by using VMware Workstation (it is really easy to work with).Ĭreating a virtual machine for my ESXi 5.1 installation is just the first part of my future articles regarding VMware products and solutions.Īfter I install ESXi 5.1 and configure it properly, I will also install vCenter Server, so you will see how powerful and good VMware is. I want to install ESXi 5.1 today, but before I could do that, I would need a valid Virtual Machine (physical server is the other option, but for this article, it is way too much better to use a virtual machine).

This is my first article regarding VMware software.

[mainsnational]

Usb network gate review

#USB NETWORK GATE REVIEW SERIAL NUMBER#

#USB NETWORK GATE REVIEW FULL#

#USB NETWORK GATE REVIEW SOFTWARE#

#USB NETWORK GATE REVIEW TRIAL#

#USB NETWORK GATE REVIEW PASSWORD#

#USB NETWORK GATE REVIEW SOFTWARE#

Not only this software allows accessing USB devices over Ethernet, but it's also suitable for servers and workstations virtualization. it will help you access and use local USB devices in a virtual session. Thanks to USB Network Gate you can easily work with USB devices on guest OS of such virtual environments as VMware ESX, Citrix XenDesktop, Microsoft Hyper-V, Windows Virtual PC. USB Network Gate also allows you to integrate its useful functionality into your own software (OEM licensing). Added: displaying the amount of data transferred in both directions for each connection.Added: displaying the data transfer speed in both directions for each connection.The USB device is now shared and is available for connection by client computers. And next you click Share after making the configuration changes. You need configure sharing options for the USB device. Select the device you wish to share and if it not visible, reconnect it and try again. The Local pane displays a list of the currently connected USB devices. Click Local pane from the top of the window. To shared devices on a macOS computer, perform the following steps. Now you can access the shared USB device from the client side. You should be able to share it at this point. Share the port first and then reattach the device. Tip: If you have problems sharing the device you may be successful by unplugging from the port. Set the TCP port that you want to be employed with the connection.

#USB NETWORK GATE REVIEW SERIAL NUMBER#

In this window, you can obtain supplemental information concerning the USB devices such as its serial number and manufacturer. If you are certain that you know which port is free, you can share it before attaching a peripheral device. Best results are achieved by sharing a port after plugging in the device you want to access remotely. The first step in sharing a USB device remotely is to connect it to a shared interface on the USB redirector server. The newly attached device immediately appears and is available for client use with no configuration necessary. This enables you to freely disconnect one device and connect a different one. USB Redirector Server is sharing your USB ports rather than the devices. You should now be able to access the shared USB device from the client side. Share the interface through the application and plug the device back into the port. Tip: Sharing problems may be resolved by physically disconnecting the device from its port.

#USB NETWORK GATE REVIEW PASSWORD#

You can also password protect a port or device to limit access to authorized users. Some of the connection settings that can be modified include encryption, compression, and TCP port. Various settings can be customized to provide a configuration that fits your requirements. Customizing USB Redirector Server’s settings The only requirement is that you know which is the available port. You can share the port before plugging in a device. You will obtain the best results by using a port that is already connected to a device you wish to share. The first step in sharing a USB device remotely is to connect it directly to a port on the USB Redirector Server. Let’s investigate a server implementation of USB Redirector running on a Windows machine. Share devices attached to any type of server with all supported clients without compatibility issues. It offers a true cross-platform solution supporting any combination of servers and clients. This USB Redirector software can be run on the Windows, Linux or macOS operating systems. The server that shares the devices does need to be registered.

#USB NETWORK GATE REVIEW TRIAL#

Clients don’t need to be registered and they can continue to be used to access devices after the trial period ends. Internally, USB Network Gate is comprised of a server and client component which are combined in a single application.

#USB NETWORK GATE REVIEW FULL#

Connecting through the USB Redirector Server enables the remote computers to use the USB peripherals with the full functionality of a local connection. Using an IP-based network such as your LAN, VPN, WAN or the Internet, remote client computers can gain access to shared USB devices. You can use this communication solution to share multiple USB ports and devices with remote users over a network. USB Network Gate is a professional USB redirector application developed by Electronic Team Inc.

[longreno]

Usb network gate key

#Usb network gate key install#

#Usb network gate key software#

#Usb network gate key trial#

#Usb network gate key download#

#Usb network gate key trial#

freeload trial version of USB Network Gate here.One of the chief features of virtualization is the abstraction of the hardware. No need of any additional hardware or software. You'll only need USB Network Gate and of course USB dongle you're going to share.

#Usb network gate key install#

Simply install USB Network Gate on host OS and on guest OS, and USB devices will be redirected to virtual machine just as if they were present there physically. USB Network Gate brilliantly solves the task of redirecting a device connected to a host OS for usage on a guest OS on the same computer. Redirecting USB device from host OS to guest OS However it is impossible to test all existing models, so in case you are experiencing issues we'll be glad to help you. USB Network Gate was successfully tested with various models of USB dongles. Customize firewall to let them do so by adding UsbService.exe and UsbConfig.exe to the list of allowed processes. USB Network Gate and configurator need to communicate with each other. Perform the search for available (shared) device and connect to it.Īfter successful connection, USB dongle will appear in a virtual session as if it was connected there physically. This way you'll be able to access and work with USB devices shared on the server machine. Install USB Network Gate on the client machines (this time as a client of course). Note: that sometimes you may be required to change firewall settings to allow such services as UsbService.exe and UsbConfig.exe.Ģ. No need of additional hardware - it is just USB Network Gate for all redirecting. Install USB Network Gate (server side enabled) on the computer with USB devices connected. With USB Network Gate you can use any computer connected to the network as a server for sharing devices: Windows, Mac or Linux. Other virtual machines may be having the same problem. In the latest versions of VMware there is a mechanism to connect USB devices to virtual servers, but for the users of earlier versions the task of redirecting USB devices in virtual sessions is still strong. There is no full-blown mechanism for connecting USB devices to virtual machine in Hyper-V, so when server is virtualized, all references with USB bus and USB devices connected to it are gone. Click the “Connect” button below the selected key to complete the connection.A list will be displayed showing the remote dongles available for a connection.Start the program and use the same credentials used when sharing the device to log into your Donglify account.

#Usb network gate key download#

Download and install Donglify on the VM that will connect to the shared USB dongle.

Dongles that can only be used by one machine at a time will display a “Single-connect” icon. Note: If a “ Multi-connect ” icon is displayed with a USB dongle, it indicates the device can be shared simultaneously with multiple network-connected machines.

Check the radio button next to the selected USB security key and click “Share”.

Create a Donglify account on the software’s website.

Using Donglify requires a two-step process that touches the computer hosting the physical dongle and the virtual machine that needs to access the device. Donglify is a lightweight application that employs advanced port virtualization technology to enable USB security dongles to be redirected to a virtual machine over a wired or wireless network. When using earlier versions of VMware or other virtualization platforms, successfully connecting to USB devices can still pose problems.ĭonglify offers users a simple and efficient method of connecting a physical USB security key to virtualized servers in VMware and other virtualization solutions. The most recent versions of VMware address this shortcoming and provide the means to connect USB devices and virtual servers. When servers are virtualized, any references to connected USB buses and devices are deleted. There is no reliable, native method of connecting virtual machines to USB devices in Hyper-V. This can result in connectivity issues when working in a virtual environment.

#Usb network gate key software#

Many commercial software applications require the user to verify authorization to run the program using a physical USB dongle.

[emporiummains]

Bochs for android.akp

#Bochs for android.akp apk#

#Bochs for android.akp update#

#Bochs for android.akp portable#

#Bochs for android.akp apk#

Simple install APK on PC by drag and drop file _261102_13414518.

Download And Install one Emulator Softwares (Ex: Bluestacks, GenyMotion, NoxPlayer).

How to install Bochs APK on Windows 7/8/10 or MAC PC? ĭownload Bochs APK file(_261102_13414518.apk) from to your PC (ex: /Users/xxx/Downloads/(_261102_13414518.apk)), then follow these steps: Files are stored in /Android/data//files/ Requires Android version 4.2+.

Tap Install when prompted, the APK file you downloaded will be installed on your device.

Open Downloads on your device by going to My Files or Files.

Tap Security or Applications (varies with device).

The first model equipped with an Intel Atom will be fine for VNs, the second model with an Intel Core m3 is more likely to be in stock though. Using the program is very simple, which is rare for these types of applications.

#Bochs for android.akp portable#

If you want a portable PC visual novel experience, I recommend you pick up a GPD Win. WindowsAndroid is an Android emulator for Windows that allows you to run a virtual machine with the Android operating system, from which you can perform any activity that you normally would on a smartphone running this operating system. How to install Bochs APK for Android ĭownload Bochs APK file (_261102_13414518.apk) from, then follow these steps: QEMU/Limbo/Bochs PC Emulator¶ This way is dreadfully slow and I recommend you stay FAR away from this. LibSDL port by Sergii Pylypenko (aka pelya) Bochs will allow you to run Win 95 and associated software on your Unix/X11 workstation, displaying a window on your workstation, simulating a monitor on a PC.Īndroid port by Lyubomyr Lisen & Maxim Voloshin For instance, let's say your workstation is a Unix/X11 workstation, but you want to run Win'95 applications. This allows you to run OS's and software within the emulator on your workstation, much like you have a machine inside of a machine. The 'typical' use of bochs is to provide complete x86 PC emulation, including the x86 processor, hardware devices, and memory. Starting with version 6.0.0 all APKs are multiarchitecture that means that they work on multiple Android devices whether they run ARM 32, ARM 64bit, or x86 CPU. The download links are pointing to our Github repository so they are safe to download. Bochs was originally written by Kevin Lawton and is currently maintained by this project.īochs can be compiled and used in a variety of modes, some which are still in development. Below is a list of download links for Limbo Emulator for different guest architectures. Bochs can be compiled to emulate many different x86 CPUs, from early 386 to the most recent x86-64 Intel and AMD processors which may even not reached the market yet.īochs is capable of running most Operating Systems inside the emulation including Linux, DOS or Microsoft Windows. It includes emulation of the Intel x86 CPU, common I/O devices, and a custom BIOS.

#Bochs for android.akp update#

Bochs APK version 2.6.11 poster Latest update įile selector related fixes, added possibility to use old in-app file selectorīochs is a highly portable open source IA-32 (x86) PC emulator written in C++, that runs on most popular platforms.

[nahaswinner]

Mac os x vmware esxi unlocker

MAC OS X VMWARE ESXI UNLOCKER HOW TO

MAC OS X VMWARE ESXI UNLOCKER MAC OS X

MAC OS X VMWARE ESXI UNLOCKER MAC OS

MAC OS X VMWARE ESXI UNLOCKER INSTALL

MAC OS X VMWARE ESXI UNLOCKER PATCH

You can also use an alternative method and enable SSH directly on the ESXi server by going to System Customization > Troubleshooting options > Enable SSH. Click Host, then click Actions > Services > Enable Secure Shell (SSH). Enabling Remote Access via SSHĮnter the IP address of your ESXi host in the browser to access the VMware Host Client.

MAC OS X VMWARE ESXI UNLOCKER PATCH

You need to enable SSH access, download the patch, copy the patch to the file system of the ESXi server, and patch the ESXi server. Now that your bootable ISO image with the macOS installer is ready, you should prepare your ESXi host for the installation of macOS as a guest OS on VMs. NAKIVO Backup & Replication delivers high-end data protection for SMBs and enterprises with multiple backup, replication and recovery features, including VMware Backup, Hyper-V Backup, Office 365 Backup and more. Mount the InstallESD.dmg installer image of macOS Sierra to the /Volumes/install_app mount point. The DiskImages framework is used by hdiutil to manipulate the disk images. Hdiutil is a built-in console utility that is available on macOS it is used to work with disk images as data containers that emulate disks. In this example, hdiutil is used to create the ISO image. The InstallESD.dmg file must be converted to a bootable in order for it to be compatible for inserting into the virtual DVD drive of a virtual machine that is running on VMware ESXi. A DMG file is a mountable Apple disk image file that is widely used in the macOS world for distributing software. Go to Contents > SharedSupport and find the InstallESD.dmg file. Right click the “Install macOS Sierra.app” file and select “Show package contents” in the context menu. You should find the “Install macOS Sierra.app” file there. Go to the Finder and click Applications in the left pane of the window. Once the macOS Sierra installation package has been downloaded, you can find the appropriate file in the Applications directory. After resuming the download of a file, the download speed increases for the appropriate period of time. Then left click the icon once more to resume the download. If this method does not increase the download speed, left click the Downloading icon to pause your download. Sometimes, temporary changing the DNS settings in your network configuration may help you to increase the download speed. Downloading the installation package of macOS Sierra may be a time-consuming process (the slow downloading of macOS Sierra is a common issue). Once the downloading process has begun, you should be able to see the progress of the download in the Launchpad. Click the Download button to begin downloading the installation package. Once the App Store window with macOS Sierra is open, you can read the operating system information.

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A machine with Mac OS is required for this process, as you will be redirected to the App Store after entering these links in the browser (browsers on Windows or Linux are not able to recognize App Store links).

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This blog post explains the installation process by using Mac OS X 10.12 Sierra as an example. If you do not already have the ISO image, you can create the installation ISO image manually by downloading a package from Apple’s official website. To start, you must have the ISO image of the macOS installer. For this purpose, you can start 15-day free trial of NAKIVO Backup & Replication and access its full-fledged functionality right away without any limitations. What's more, learn how you can safeguard virtual, physical, and cloud workloads using a single solution-NAKIVO Backup & Replication. This blog post explores the ways of running Mac OS on a VMware ESXi VM. By default, Mac OS cannot be installed on VMware ESXi or VMware Workstation.

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In some cases you may be required to install Mac OS on a virtual machine, for example, if you need to test applications that can only be run on Mac OS. Hardware virtualization allows you to run virtual machines with various operating systems including Windows, Linux, and FreeBSD on different hosts, while providing you with the ability to migrate VMs between hosts. In present day, VMware is one of the leading providers in virtualization technologies.

MAC OS X VMWARE ESXI UNLOCKER HOW TO

By Michael Bose How to Run Mac OS on VMware ESXi

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It is a free and powerful x86 and AMD64/Intel64 virtualization product available for most of the operating systems such as Linux, Microsoft Windows, Mac OS X, Solaris and ported version for FreeBSD. VirtualBox is the most easiest way to run secondary OS on your primary operating system, If your hardware doesn’t allow you to install any other operating system then VirtualBox comes in hand. We do not install ‘Guest Additions’ in the OS or add any kind of stuff, read our privacy policy.

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Here you can follow the guide how to attach/configure VDI image with VirtualBox. You can check FAQs for Credentials( Username & Password) for VDI images. At the moment we have plans to offer you 30+ Linux/Unix distributions, we may add more to our list in near future, you can also send us suggestions if we are missing any popular distribution from our list.

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We offer images for both architectures 32bit and 64bit, you can download for free for both architectures. From here you can download and attach the VDI image to your VirtualBox and use it. We offer open-source (Linux/Unix) virtual machines (VDIs) for VirtualBox, we install and make them ready-to-use VirtualBox images for you.

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