LD38 - Space Migrator Mac OS

Jan 11, 2021 Move your data from a Windows PC to your Mac Use Windows Migration Assistant to transfer your pictures, documents, and other data from a Windows PC to your Mac. Windows Migration Assistant transfers your contacts, calendars, email accounts, and more from a PC. It migrates this data to the appropriate places on your Mac.

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• Nov 19, 2020 Migration Assistant. For the rest of your data—apps, media, projects, downloads, etc.—you can use Apple's built-in Migration Assistant.During setup on your M1 MacBook, you'll be presented.
• Update 08/08/18: Windows Migration Upgrade Spotted in macOS Mojave Beta The anticipation of buying a new Mac is sometimes tempered by the realization that at some point, you're going to have to move the data from your old Mac or PC to its new home on your new Mac.
• Mar 24, 2021 Learn how to move your Photos library to another drive to save space on your Mac. Prepare your external drive You can store your library on an external storage device, such as a USB or Thunderbolt drive formatted as APFS or Mac OS Extended (Journaled).
• Aug 14, 2020 When you get a new Mac, it might be a good idea to do a clean installation; starting from scratch, with a brand-new operating system, and copy the files that you need from your old Mac manually. Here's how to migrate your files to your new Mac, or do a clean installation, and the pros and cons of both methods. How to migrate files to a new.

To create a repository

1. Navigate to the project in which you want to create a repository.

2. On the project sidebar, choose Repositories.

3. On the repositories page, click Create new repository:

4. From the drop-down menu, select one of the followng options:

   • Choose this option if you want to create a new repository and start from scratch or push some source code to it that you have locally.

   • New Migration.

     Choose this option to import a repository from another Git hosting service.

   • External Mirror.

     Choose this option if you want to create a synchronized mirror of an existing remote repository from another Git hosting. Note that mirroring works both ways, which means commits will be pushed to the remote repository when pushed to the mirror.

   • GitHub Mirror.

     Choose this option if you want to create a synchronized mirror of an existing repository hosted on GitHub with the full support for pull request sync and webhooks.

5. Fill out the form (follow the instructon below that corresponds to the option you have selected). When you're done filling out the form, click Create.

New Space Repository

• Repository name

  Give your new repository a name and optional description. The name can match or resemble the project name, however two repositories in the same project should not have the same name.

• Initialize repository

  Check this option if you have no existing code and are staring from scratch. Space will make an initial commit and create system file templates (.gitignore, README.md).

  Uncheck this option if you are going to push existing code from a local source and want your repository empty.

• Enable default push restrictions

  When enabled, the following restrictions will be applied:

  • Authenticate committer

  • How to edit pdf in macbook air. Maximum file size is 256 kb

  • Forbidden files: id_rsa

  You can disable or change these restrictions after creating the repository on the Repository Settings page.

• Default branch name

  Name your default branch (e.g. main, master, base)

New Migration

• Repository name

  Give your new Soace repository a name and optional description. The name can match or resemble the project name, however two repositories in the same project should not have the same name.

• Remote repository URL

  Enter the URL of the external repository you want to import to Space.

• Credentials

  Enter the credentials required to access the external repository. Depending on your external repository access policy, you may need to provide either an SSH key or your username/password. Choose Anonymous if no credentials are required to access your external repository.

  The credentials you provide will be used only once and will not be stored in Space.

External Mirror

• Repository name

  Give your Space mirror repository a distinctive name and optional description. The name should not necessarily match your remote source repository name.

• Remote repository URL

  Enter the URL of the target remote repository (hosted outside of Space).

• Choose updating options for your mirror:

  • Check remote repository periodically— the mirror will be synced with the remote repository and updated approximately once an hour. Actual update frequency may vary as it depends on server load.

  • Check remote repository on fetch— the mirror will be synced with the remote repository every time someone runs the git fetch command.

  Both options can be selected.

• Git refspec

  using refspec mapping, specify the branches that should be mirrored and synced. Leave the field blank to sync all branches.

• Credentials

  Enter the credentials required to access the remote repository. Depending on remote repository access rules, you may need to provide either an SSH key or your username/password. Choose Anonymous if no credentials are required.

  The credentials will be stored in Space and used to synchronize the repository.

For more information about mirroring, see Mirror a Repository

GitHub Mirror

• Repository name

  Give your Space mirror repository a distinctive name and optional description. The name should not necessarily match your GitHub repository name.

• GitHub repository name

  Provide your GitHub repository name in the format: owner/repository.

• Specify synchronization settings:

  • Check remote repository periodically— the mirror will be synced with the remote repository and updated approximately once an hour. Actual update frequency may vary as it depends on server load.

  • Check remote repository on fetch— the mirror will be synced with the remote repository every time someone runs the git fetch command.

  Both options can be selected.

  To ensure instant and accurate synchronization of pull requsts, we strongly suggest you set up a webhook on the GitHub side. The webhook should be targeted to https://your space organization.jetbrains.space/~github-push-notification

• Git refspec

  using refspec mapping, specify the branches that should be mirrored and synced. Leave the field blank to sync all branches.

• Credentials

  Enter the credentials required to access the remote GitHub repository. Depending on your GitHub repository access rules, You ca provide either your GitHub tocken or your username/password.

  The credentials you provide should be for an account with Administrator rights.

  If your GitHub account has two-factor authentication enabled, please use a personal access token to authenticate. Note that if a token is revoked, all associated keys and webhooks will be deleted.

  The credentials will be stored in Space and used to synchronize the repositories.

For more information about mirroring, see Mirror a Repository

After you created a repository, you can:

• Set up or edit Set Up Push Restrictions, Set Up Branch and Merge Restrictions, Repository Webhooks.

• Clone the repository to your local machine and start commiting to it.

Access to repositories is managed on the project level. The permissions you set in the project will apply to all repositories attached to it.

each backup is contained in a single sparse disk image bundle

if that single file is lost or damaged, you'll obviously lose all of your backups

Or did you mean 'all backups are contained in a single sparse disk image bundle'? That would make the second assertion true.

Please, grammar is important. You have to use the standard so people can understand what you mean.

• Repository name

  Give your new repository a name and optional description. The name can match or resemble the project name, however two repositories in the same project should not have the same name.

• Initialize repository

  Check this option if you have no existing code and are staring from scratch. Space will make an initial commit and create system file templates (.gitignore, README.md).

  Uncheck this option if you are going to push existing code from a local source and want your repository empty.

• Enable default push restrictions

  When enabled, the following restrictions will be applied:

  • Authenticate committer

  • How to edit pdf in macbook air. Maximum file size is 256 kb

  • Forbidden files: id_rsa

  You can disable or change these restrictions after creating the repository on the Repository Settings page.

• Default branch name

  Name your default branch (e.g. main, master, base)

New Migration

• Repository name

  Give your new Soace repository a name and optional description. The name can match or resemble the project name, however two repositories in the same project should not have the same name.

• Remote repository URL

  Enter the URL of the external repository you want to import to Space.

• Credentials

  Enter the credentials required to access the external repository. Depending on your external repository access policy, you may need to provide either an SSH key or your username/password. Choose Anonymous if no credentials are required to access your external repository.

  The credentials you provide will be used only once and will not be stored in Space.

External Mirror

• Repository name

  Give your Space mirror repository a distinctive name and optional description. The name should not necessarily match your remote source repository name.

• Remote repository URL

  Enter the URL of the target remote repository (hosted outside of Space).

• Choose updating options for your mirror:

  • Check remote repository periodically— the mirror will be synced with the remote repository and updated approximately once an hour. Actual update frequency may vary as it depends on server load.

  • Check remote repository on fetch— the mirror will be synced with the remote repository every time someone runs the git fetch command.

  Both options can be selected.

• Git refspec

  using refspec mapping, specify the branches that should be mirrored and synced. Leave the field blank to sync all branches.

• Credentials

  Enter the credentials required to access the remote repository. Depending on remote repository access rules, you may need to provide either an SSH key or your username/password. Choose Anonymous if no credentials are required.

  The credentials will be stored in Space and used to synchronize the repository.

For more information about mirroring, see Mirror a Repository

GitHub Mirror

• Repository name

  Give your Space mirror repository a distinctive name and optional description. The name should not necessarily match your GitHub repository name.

• GitHub repository name

  Provide your GitHub repository name in the format: owner/repository.

• Specify synchronization settings:

  • Check remote repository periodically— the mirror will be synced with the remote repository and updated approximately once an hour. Actual update frequency may vary as it depends on server load.

  • Check remote repository on fetch— the mirror will be synced with the remote repository every time someone runs the git fetch command.

  Both options can be selected.

  To ensure instant and accurate synchronization of pull requsts, we strongly suggest you set up a webhook on the GitHub side. The webhook should be targeted to https://your space organization.jetbrains.space/~github-push-notification

• Git refspec

  using refspec mapping, specify the branches that should be mirrored and synced. Leave the field blank to sync all branches.

• Credentials

  Enter the credentials required to access the remote GitHub repository. Depending on your GitHub repository access rules, You ca provide either your GitHub tocken or your username/password.

  The credentials you provide should be for an account with Administrator rights.

  If your GitHub account has two-factor authentication enabled, please use a personal access token to authenticate. Note that if a token is revoked, all associated keys and webhooks will be deleted.

  The credentials will be stored in Space and used to synchronize the repositories.

For more information about mirroring, see Mirror a Repository

After you created a repository, you can:

• Set up or edit Set Up Push Restrictions, Set Up Branch and Merge Restrictions, Repository Webhooks.

• Clone the repository to your local machine and start commiting to it.

Access to repositories is managed on the project level. The permissions you set in the project will apply to all repositories attached to it.

each backup is contained in a single sparse disk image bundle

if that single file is lost or damaged, you'll obviously lose all of your backups

Or did you mean 'all backups are contained in a single sparse disk image bundle'? That would make the second assertion true.

Please, grammar is important. You have to use the standard so people can understand what you mean.

Each state is part of the United States, all states are part of the United States;
Each state has a capital city, all states have a capital city.
The problem isn't grammar, it's quantifier-scope ambiguity. In context, only one of the two meanings makes sense, which in fact is usually true, so syntactic disambiguation is less important here than in contexts where both meanings could make sense. If you really needed to use syntax to disambiguate that sentence, you could go for something like '{Each backup|All backups} of a given computer {is|are} stored in the sparse image associated with that computer's internal ethernet adapter's address' (I don't actually know if that's true, it's just an example for syntactic purposes).
I think that 'each' was used here (by the way) because the writer was focusing on the fact that there is a sequence of individual backups, each of which goes into the same image file. If you were focusing primarily on the aggregate all at once ('all of the backups in the image file were corrupted') then perhaps he would have used 'all'.
Greg Shenaut

'Use Disk Utility's Repair Disk feature on the mounted .sparsebundle'
How do you do this? Specifically, I guess, how do you mount the .sparsebundle file?

If you copy a TM sparsebundle while TM is running, the copy may be in an inconsistent state. You should stop TM while the copy is made.
Also, TM is designed to be a backup solution, not an archival solution. If you need to keep archives of old files, you should treat them as original data, not backups, and back them up in the same way as the rest of your data. Copying a backup onto the same storage device that's being backed up doesn't make a lot of sense. You should make a redundant copy onto a third device.

one sentence is missing from original post: 'As minimal steps and without additional hardware, ..'
The sparse bundle contains more (including old changes) than the main harddisk, there is still benefit to keep the copy even on the same harddisk.
If no attached firewire HD is available, backup to the main HD is better than nothing :) The drawback of here is it takes a lot of time to do the copying.
Paint net vs photoshop elements. You are right that we need to stop TM before copying the bundle. That's critical.

The 'bundle' in sparsebundle lets you know that it's not a single file. Actually, its a whole bunch of 5MB files containing data, a few metadata/index files, all wrapped up in a bundle that Finder sees as one file.
This makes it much harder for it to be corrupted than say, a sparseimage file. It also makes it MUCH MUCH faster to sync two sparsebundles with rsync, unison, or other differential-backup utilites.

Another advantage of a sparsebundle being many files, is it can be copied onto multiple hard drives in a pinch, or even file systems that don't support large files (like Windows FAT32 with its 4GB limit).
I also assume it improves the performance of image files on RAID and ZFS.

Correct, yet in reality, alas my sparsebundles end up being corrupted nonetheless.
Your post did hint me to an approach I might still adopt; create the sparse bundle on the local HD and use time machine to keep that loaded with the latest backups, confining the space the sparsebundle eventually grows to by limiting the max size at the creation of it.
THEN using a scheduled rsync to copy the sparsebundle to the NAS, instead of writing to the NAS directly. THAT would indeed be much faster. (I was using a home grown rsync script prior to time machine that mounted/unmounted the NAS volume)
Needless to say, it's a waste of HD space on the local machine, may need to upgrade the good ol' iMac with a bigger one finally.

I don't see the purpose in backing up the backup file for most users. If the backup file goes bad, you just start over with a new Time Machine backup. For persons who need more security, instead of making a backup of the Time Machine sparsebundle, they should make a full clone of their main drive. That gives you two full backups of different types (which should reside on two different drives so a single drive failure doesn't kill both backups).

Sparse bundle? My time machine backups are not in a sparse bundle. They're in a folder called 'Backups.backupsdb' and I can navigate that folder just like any other folder. The drive used for my time machine backups is a second internal drive on my desktop computer.
Maybe sparse images are used somewhere else but not on my machine. I'm not sure what you guys are talking about.

Sorry, my mistake. I now see that this is for time capsule and network backups.

Ld38 - Space Migrator Mac Os Update

sparse bundles are only required when you're backing up to a non-mac formatted drive. This could be a networked drive with a linux device, exposing the linux formatted drive through SMB share. Obviously not up to Apple's standards and for sure not good enough for Time Machine to accept. The sparse bundle then is a good bunch of files that represent a virtual drive on top of a different file system. Quite neat. Yet network access does make the approach not entirely feasible in my experience.

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The value in this hint is saving the time of an initial TM backup which is quite long. This hint assumes that all the daily change backups have some value and must be retained. Granted, TM goes into that territory by it's frequent backups: I edited a file, screwed it up, and want to revert to the one I had two hours ago.
TM's main declared purpose is backup. Backup from what? I'm concerned about 1. Drive or computer failure, 2. disasters like fire, theft, or flood. The only way to accomplish that is to TM to a device in another building. What good does it do to have 10 copies of TM backups if they all go in the same fire?
I backup TM in another building over my local network. I also backup using .Me for settings, the i apps data, and my documents. That gives me redundancy for all critical files.
I'm still missing a strategy I like for archiving, where I remove the files from my hard drive because they aren't relevant currently. I want to make two copies on separate hard drives and store them in different places. I hate manual tasks. I just can't make myself do it.
TM for archiving is a non-starter for me. I don't want to, or expect to, have TM backups for all time. Their size will become unmanageable and Apple will eventually break these with new updates or a change in technology. I don't want an archive of every revision of a file anyway.

The smaller the number of logical disks (ie, a RAID would be one logical disk), the easier it is to backup and archive and keep track of things. If you cannot fit all your data on the your current harddisk, get the biggest available drive and try again. If if still does not fit, consider pooled drives (RAID, Drobo).

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I found out that the option of using sparse bundles can go wrong too easily. Essentially, the sparsebundle consists of thousands of small files that together are mounted as a file system. After trying rigorously to make my nslu2 work as NAS that, through mounting the sparsebundle files were trusted, I found that solution not reliable; every two weeks I had to restart as the sparsebundle to back up my iMac would go south, requiring me to start .. again and again.
This hint could help the restart process, picking up from a particular incremental backup. It is obviously not a good idea to copy a backup back to the backed-up drive as when that drive is lost, so are the files. In case your sparsebundle happens to be crippled at the same time, you're in shit.
As for the one big file comment; the backup itsself is written to the Volume that you mount from the sparsebundle. The backup of all the files is written to this volume, which in turn is persisted as thousands of files that represent that Volume. In theory, this would reduce the chances of loosing data due to unreliable network access.
In theory, yes. I had to move away from the NAS approach; sadly it's not reliable enough. I found that checking the volume with even ONE missing file-segment would cripple the entire bundle.
Each back up looks like it is a complete copy of all the files. Instead this is so called hard-links at work. Very smart way of double using unchanged files; the entire directory structure is indeed replicated in each backup, instead of being incremental. Yet, all of the unchanged files are only on the bundle once, with a use-counter. Once the last reference to that file is removed, so will the file be. Very smart IF your files are small, rather than big binaries.
Good thing iPhoto library looks like a single file, but actually is a package comprised of the underlying photos and metadata. Also Mail uses many many small files. So where M$ Outlook would touch the OST or PST file of 500mb and change it, Apple actually made its persistance very lean to back up incrementally.
I ended up using a plain hard disk in the neighborhood. I have no idea how the time capsule circumvents the above issue.