Clone App 64-bit Support Apk

[Desiderato Chouinard]

Itsnot windows based but clonezilla live cd will do this for you. You boot off the cd and then upload the image to a network share. It is not as nice of an interface as ghost or acronis but it gets the job done.

You could just use WDS to create and deploy the images (you just need to sysprep the image before you create it - MDT has a script that syspreps it and copies the image to a network location wich makes that a bit nicer).

One great positive with using MDT is that if you want to deploy the WIM files MDT includes a GUI unatended file maker (WSIM - windows system image manager). This actually is a really nice program to use.

This part requires a different answer. Either use MDT as stated above or setup a FOG server to deploy images and make your templates. But MAKE SURE YOUR OS EULA SUPPORTS you doing this. If you are using MS Windows and an OEM license, cloning is not supported. Just be aware of this.

This is the command i am trying to work out (i know in linux it would be mkdir /home/hhh/mega then

rclone mount mega: /home/hhh/mega and the flags i need but i am unsure how to get this right on windows 10

Flags:

--allow-non-empty Allow mounting over a non-empty directory. Not supported on Windows.

--allow-other Allow access to other users. Not supported on Windows.

--allow-root Allow access to root user. Not supported on Windows.

--async-read Use asynchronous reads. Not supported on Windows. (default true)

--attr-timeout duration Time for which file/directory attributes are cached. (default 1s)

--daemon Run mount as a daemon (background mode). Not supported on Windows.

--daemon-timeout duration Time limit for rclone to respond to kernel. Not supported on Windows.

--debug-fuse Debug the FUSE internals - needs -v.

--default-permissions Makes kernel enforce access control based on the file mode. Not supported on Windows.

--dir-cache-time duration Time to cache directory entries for. (default 5m0s)

--dir-perms FileMode Directory permissions (default 0777)

--file-perms FileMode File permissions (default 0666)

--fuse-flag stringArray Flags or arguments to be passed direct to libfuse/WinFsp. Repeat if required.

-h, --help help for mount

--max-read-ahead SizeSuffix The number of bytes that can be prefetched for sequential reads. Not supported on Windows. (default 128k)

--network-mode Mount as remote network drive, instead of fixed disk drive. Supported on Windows only

--no-checksum Don't compare checksums on up/download.

--no-modtime Don't read/write the modification time (can speed things up).

--no-seek Don't allow seeking in files.

--noappledouble Ignore Apple Double (._) and .DS_Store files. Supported on OSX only. (default true)

--noapplexattr Ignore all "com.apple.*" extended attributes. Supported on OSX only.

-o, --option stringArray Option for libfuse/WinFsp. Repeat if required.

--poll-interval duration Time to wait between polling for changes. Must be smaller than dir-cache-time. Only on supported remotes. Set to 0 to disable. (default 1m0s)

--read-only Mount read-only.

--vfs-cache-max-age duration Max age of objects in the cache. (default 1h0m0s)

--vfs-cache-max-size SizeSuffix Max total size of objects in the cache. (default off)

--vfs-cache-mode CacheMode Cache mode offminimalwritesfull (default off)

--vfs-cache-poll-interval duration Interval to poll the cache for stale objects. (default 1m0s)

--vfs-case-insensitive If a file name not found, find a case insensitive match. (default true)

--vfs-read-ahead SizeSuffix Extra read ahead over --buffer-size when using cache-mode full.

--vfs-read-chunk-size SizeSuffix Read the source objects in chunks. (default 128M)

--vfs-read-chunk-size-limit SizeSuffix If greater than --vfs-read-chunk-size, double the chunk size after each chunk read, until the limit is reached. 'off' is unlimited. (default off)

--vfs-read-wait duration Time to wait for in-sequence read before seeking. (default 20ms)

--vfs-used-is-size rclone size Use the rclone size algorithm for Used size.

--vfs-write-back duration Time to writeback files after last use when using cache. (default 5s)

--vfs-write-wait duration Time to wait for in-sequence write before giving error. (default 1s)

--volname string Set the volume name. Supported on Windows and OSX only.

--write-back-cache Makes kernel buffer writes before sending them to rclone. Without this, writethrough caching is used. Not supported on Windows.

I want to clone both OS with clonezilla live, but in the Clonezilla-live page appears me different download options, and I dont know what of all options are correct and make a right choice for optimal cloning of these operating systems, the options to appears me in the download clonezilla-live page, are these:

The version depends on your hardware, not on the operating systems you have installed. for example, you have Windows Vista 32 Bit and Ubuntu 12.10 64 Bit, which means that you have hardware that can either use 32 bit or 64 bit software. With that in mind let us look into your list:

Since you have a system that supports 64 Bit you can use the clonezilla-live-2.1.1-7-amd64.iso version. You can also use the i686-pae but it is better to use a 64 Bit version of a 64 Bit supported hardware.

Now, after downloading the 64 bit iso, do not worry about cloning a 32 bit Windows or Linux OS. Like I said before, the version to download depends on the hardware. So with the 64 Bit version you can clone either a 32 Bit version or a 64 Bit version of an OS installed without any problem.

These "clones" duplicated almost all the significant features of the original IBM PC architectures. This was facilitated by IBM's choice of commodity hardware components, which were cheap, and by various manufacturers' ability to reverse-engineer the BIOS firmware using a "clean room design" technique. Columbia Data Products built the first clone of the IBM personal computer, the MPC 1600[1] by a clean-room reverse-engineered implementation of its BIOS. Other rival companies, Corona Data Systems, Eagle Computer, and the Handwell Corporation were threatened with legal action by IBM, who settled with them. Soon after in 1982, Compaq released the very successful Compaq Portable, also with a clean-room reverse-engineered BIOS, and also not challenged legally by IBM.

Early IBM PC compatibles used the same computer buses as their IBM counterparts, switching from the 8-bit IBM PC and XT bus to the 16-bit IBM AT bus with the release of the AT. IBM's introduction of the proprietary Micro Channel architecture (MCA) in its PS/2 series resulted in the establishment of the Extended Industry Standard Architecture bus open standard by a consortium of IBM PC compatible vendors, redefining the 16-bit IBM AT bus as the Industry Standard Architecture (ISA) bus.[2] Additional bus standards were subsequently adopted to improve compatibility between IBM PC compatibles, including the VESA Local Bus (VLB), Peripheral Component Interconnect (PCI), and the Accelerated Graphics Port (AGP).

Descendants of the x86 IBM PC compatibles, namely 64-bit computers based on "x86-64/AMD64" chips comprise the majority of desktop computers on the market as of 2021, with the dominant operating system being Microsoft Windows. Interoperability with the bus structure and peripherals of the original PC architecture may be limited or non-existent. Many modern computers are unable to use old software or hardware that depends on portions of the IBM PC compatible architecture which are missing or do not have equivalents in modern computers. For example, computers which boot using Unified Extensible Firmware Interface-based firmware that lack a Compatibility Support Module, or CSM, required to emulate the old BIOS-based firmware interface, or have their CSMs disabled, cannot natively run MS-DOS since MS-DOS depends on a BIOS interface to boot.

Only the Macintosh had kept significant market share without having compatibility with the IBM PC, although that changed during the Intel Macs era running Mac OS X, often dual-booting Windows with Boot Camp.

IBM decided in 1980 to market a low-cost single-user computer as quickly as possible. On August 12, 1981, the first IBM PC went on sale. There were three operating systems (OS) available for it. The least expensive and most popular was PC DOS made by Microsoft. In a crucial concession, IBM's agreement allowed Microsoft to sell its own version, MS-DOS, for non-IBM computers. The only component of the original PC architecture exclusive to IBM was the BIOS (Basic Input/Output System).

IBM at first asked developers to avoid writing software that addressed the computer's hardware directly and to instead make standard calls to BIOS functions that carried out hardware-dependent operations.[3] This software would run on any machine using MS-DOS or PC DOS. Software that directly addressed the hardware instead of making standard calls was faster, however; this was particularly relevant to games. Software addressing IBM PC hardware in this way would not run on MS-DOS machines with different hardware (for example, the PC-98). The IBM PC was sold in high enough volumes to justify writing software specifically for it, and this encouraged other manufacturers to produce machines that could use the same programs, expansion cards, and peripherals as the PC. The x86 computer marketplace rapidly excluded all machines which were not hardware-compatible or software-compatible with the PC. The 640 KB barrier on "conventional" system memory available to MS-DOS is a legacy of that period; other non-clone machines, while subject to a limit, could exceed 640 KB.

Rumors of "lookalike," compatible computers, created without IBM's approval, began almost immediately after the IBM PC's release.[4][5] InfoWorld wrote on the first anniversary of the IBM PC that[6]

3a8082e126