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The Apple M1 chip with built-in Secure Enclave brings the same powerful security capabilities of iPhone to Mac — protecting your login password, automatically encrypting your data, and powering file-level encryption so you stay safe. And the Apple M1 chip keeps macOS secure while it’s running, just as iOS has protected iPhone for years. Mac OS X Leopard (version 10.5) is the sixth major release of macOS, Apple's desktop and server operating system for Macintosh computers. Leopard was released on October 26, 2007 as the successor of Mac OS X 10.4 Tiger, and is available in two editions: a desktop version suitable for personal computers, and a server version, Mac OS X Server.It retailed for $129 for the desktop version and $499. Mac users should update immediately. Justin Sullivan/Getty One reason why Apple scrambled to fix the issue in about 24 hours is because the bug really does expose users to basically anything. Which Mac operating systems (OS) do these antiviruses protect? In general, most antivirus products will be available for OS X 10.10 and later. There are certain instances where newer Macs and operating systems benefit from better service. For instance, my top free antivirus for Mac, Avira, is only available for OS X 10.13 and later.

Upgrade to macOS Big Sur

Before installing this upgrade, make sure that your Mac is ready.

Check compatibility

macOS Big Sur supports most Mac models introduced in 2013 and later.

Make a backup

Before you upgrade, make a complete backup with Time Machine, or store your files in iCloud.

Free up space

If the installer needs more storage space to upgrade, you can free up space using tools that come with your Mac.

Download macOS Big Sur

If you’re using macOS Mojave or later, choose Apple menu  > System Preferences, then click Software Update. If you’re using an earlier macOS, use the App Store instead.

Get to know macOS Big Sur

Learn about some of the new features of macOS Big Sur.

Control Center

Control Center brings favorite controls such as Bluetooth, Wi-Fi, Do Not Disturb, and Sound together in a single place—so you can easily adjust them at any time.

Notification Center

Notification Center puts notifications and>

Safari

Customize your start page, navigate with ease using the new tab bar, and access a new privacy report to see just how Safari protects your privacy as you browse.

Messages

Send messages to friends and family using new tools that make it easier to keep track of group conversations and give you fun, engaging ways to express yourself.

Photos

Use the expanded editing capabilities in Photos to easily make simple changes and more advanced adjustments to your photos.

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This documentation is for version 5 of the Bugsnag macOS notifier. We recommend upgrading to the latest release using our Upgrade guide. Documentation for the current release can be found here.

Stacktraces from Apple platforms include backtraces with memory addresses, butsymbolication is required to replace the memory addresses with human-readablefunction names, file paths, and line numbers. Bugsnag supports symbolicatingcrash reports using the contents of your debug symbol (dSYM) files, which aregenerated by compiling your app.

With Bitcode

If you haveBitcodeenabled in your application’s project settings, the dSYM files available on yourMac will not contain the information needed to symbolicate crash reports.Instead, dSYM files are generated by the App Store when your app is recompiledafter upload and will need to be downloaded using Xcode or App Store Connector with tools like Fastlane.

Using Fastlane

Fastlane is a suite of tools for automating mobile development tasks. Ithandles authentication with App Store Connect to ease downloading dSYM files.

Bugsnag provides an action to upload debugging symbols. See our Fastlane plugin docs for details.

Using manual downloads

To get started, download the dSYM ZIP archive using Xcode or App Store Connect.It may take time for the download to become available, as the App Store needs torecompile the your app. Once downloaded, the file can be uploaded to Bugsnag usingbugsnag-dsym-upload, ascript for validating and uploading your dSYM files. Bugsnag-dsym-upload is availablefor download using Homebrewor by downloading the source.

If you are using Bugsnag On-premise, you should supply your Bugsnag Upload API endpoint by specifying the following option:

For more information on the Bitcode recompilation process and downloading dSYMs,see the Apple developer documentation on understanding crash reports.

Without Bitcode

After completing each app build, the dSYM files are available on your localmachine and ready to be uploaded to Bugsnag. This process can be automated byadding a build phase to your project which uploads any generated dSYM files toBugsnag after each build.

With Fastlane

Fastlane is a suite of tools for automating mobile development tasks.

Bugsnag provides an action to upload debugging symbols. See our Fastlane plugin docs for details.

Using CocoaPods plugin

If you are using CocoaPods, installing the cocoapods-bugsnag plugin will add a Run Script build phase to your project workspace to upload your dSYM files so the Bugsnag service can provide you with symbolicated stack traces. To install, run:

Add pod 'Bugsnag', and plugin 'cocoapods-bugsnag' to your Podfile:

Then, install with:

Once added, uploading your dSYM files to Bugsnag will occur automatically.

Adding a build phase manually

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If using neither Fastlane, nor the CocoaPods plugin, adding a build phase toyour project can be configured manually.

1. From the “Build Phases” screen, click the plus in the bottom right ofthe screen labelled “Add Build Phase”, then select “Add Run Script”
2. Expand the newly added “Run Script” section, and set the shell to/usr/bin/ruby
3. Copy the following script into the text box:

Once added, uploading your dSYM files to Bugsnag will occur automatically.

Troubleshooting missing dSYM files

When Bugsnag receives an error and dSYM files are not available to symbolicatethe error, the error’s stacktrace displays raw memory addresses. Finding anduploading the missing files automatically triggers symbolication of recordederrors in Bugsnag, revealing human-readable function names, file paths, and linenumbers in place of memory addresses.

Following the guide above for configuring dSYM file uploads should resolveissues in future builds, however the following steps should help withtroubleshooting issues with missing dSYM files in existing app builds witherrors in Bugsnag.

Troubleshooting for Bitcode-enabled apps

If Bitcode is enabled in your application settings, your dSYM files aregenerated by the App Store when your app is recompiled after upload. It ispossible that your dSYM files are not yet available as recompilation has notcompleted, or that errors or failure occurred while the files were beinguploaded. To fix, configure or retry the steps for uploading dSYM files forBitcode-enabled apps above.

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Contact support if you have questions or further issues persist after dSYM fileupload has been successfully configured.

Troubleshooting for apps without Bitcode

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When not using Bitcode, the dSYM files for a particular build of an app areavailable on the machine where it was compiled. Resolving this issue requiresfinding and uploading those files.

1. A list of missing dSYM files is available within a Bugsnag project’ssettings on a page named “Missing dSYMs”. The missing files can be locatedusing mdfind and the UUIDs listed in the table on that page.

2. Once a required dSYM file has been located, usebugsnag-dsym-uploadto upload all dSYM files in the same directory. Bugsnag-upload is availablefor download using Homebrewor by downloading the source.

Completing these steps for all missing dSYM files should resolve the issue,however if issues persist or you have further questions, please contact support.

Troubleshooting hidden symbols

If you have enabled bitcode and opted not to send the app symbols to Apple, thedSYMs uploaded to Bugsnag will not contain the original symbols so the file andclass will be displayed as hidden, for example __hidden#231_.

This can be fixed by combining the dSYMs downloaded from Apple with symbol mapsthat were generated at build time.

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If you are using Fastlane, set the symbol_maps_path parameter to the directorycontaining the symbol maps:

If you are using bugsnag-dsym-upload set the --symbol-map argument to thedirectory containing the symbol maps:

The symbol maps can be found in the BCSymbolMaps directory of your archive, for example: