We gathered additional metrics during the database migrations, and observed considerable performance improvements after the upgrade was complete

We chose an upgrade window when Hydra had the lowest request volume per second to minimize lost token writes

we decided to do two smaller sequential upgrades rather than doing one large upgrade

If I follow the new examples and implement them in my code (e.g. Passkeys), how will I know if a security issue is found in the examples in the future? Currently, libraries get updated and I pull in the new version. Unless I remember to check back occasionally, I'll never know if the example code is updated or fixed.

Many customers are reluctant to upgrade unless they have compelling new features, having been burned by upgrades that fail.

Easy fix, but your argument cuts both ways: Many people update Vim regularly alongside their distro, but never bother to manually update their plugins.

The upgrade instructions recommend yarn upgrade @rails/webpacker --latest

sudo apt-get autoclean sudo apt-get autoremove sudo apt-get clean sudo apt update sudo apt-get dist-upgrade --fix-missing sudo apt-get dist-upgrade --fix-broken sudo apt full-upgrade sudo apt -f install dpkg --configure -a

ruby2_keywords might be removed in the future after Ruby 2.6 reaches end-of-life. At that point, we recommend to explicitly delegate keyword arguments

Seamless transitions; changes made to the old repositories after they were migrated must be imported to the new monorepository.

A major update usually means breaking changes in the API therefore a bit of learning is required in order to embrace it in your projects.

What happens to my functions? I encourage you to migrate your workloads to OpenFaaS.

We have fully documented the migration path to 2.1 while upgrading several complex apps. It worked.

Sass variables, like all Sass identifiers, treat hyphens and underscores as identical. This means that $font-size and $font_size both refer to the same variable. This is a historical holdover from the very early days of Sass, when it only allowed underscores in identifier names. Once Sass added support for hyphens to match CSS’s syntax, the two were made equivalent to make migration easier.

Keep in mind that third party code with references to other files also processed by the asset Pipeline (images, stylesheets, etc.), will need to be rewritten to use helpers like asset_path.

As you installed a development release (17.04) that had only a 9-month life span and had an End of Life (EOL) in Jan 2018, there is no way to upgrade it to 17.10 as that went EOL back in July 2018. So as you're stuck with a release without an upgrade path (as you cannot skip versions)

Users want work be done. Not struggling about how allowing access to removable medias or such a file on another partition… Not breaking their habits or workflows each time a snap replaces a deb.

wph-acronis-agent-maintenance --install-latest

The default backup plans are created with a default schedule and frequency, default backup data retention, and available backup data storage location and encryption.

In the next major, we'll start copying the ref onto both the props and the element.ref. React will now use the props.ref as the source of truth for forwardRef and classes and it will still create a shallow copy of props that excludes the ref in these cases. At the same time, we'll add a getter for element.ref in DEV that warns if you access it. The upgrade path is now to just access it off props if you need it from the element.

The backwards compatible implementation of jsx(...), we would still support key passed as props. We'd just pull it off props and issue a warning that this pattern is deprecated. The upgrade path is to just pass it to JSX separately if you need it.

This would be a breaking change, but we could always clone in the call in a minor and then make the breaking change later in a major.

It's much easier to iterate on new versions by deploying npm packages than updates to the compiler toolchain. Therefore, it might be best if the actual implementation still lives in the react package.

the actual upgrade path should be very simple for most people since the deprecated things are mostly edge cases and any common ones can be codemodded

Unfortunately, many third party libraries, even though they are written in ESM, are published to npm as CJS modules, so we still need to concatenate them.

Upgrading LineageOS

select proprietary or out-of-tree modules (ex. vitualbox, nvidia, fglrx, bcmwl, etc.)

From my car passing under the stars,