It turns out after restarting my computer again, there was a prompt requesting escalated admin privileges and then agreeing to new license terms. I didn't seem to see this the last 2 reboots. After both those steps, it's now working again as expected.

Something very similar https://forum.zorin.com/t/steam-has-small-font/8218 about a year ago (September 2021), and was https://forum.zorin.com/t/steam-has-small-font/8218/6 few days later: The problem was the fractional scale, i resolved the problem changing from 125% to 100% scale (and toggle off the fractional scale) and then steam and wine apps are more readable, and for the apps and system fonts that get too small in 100% scale, with the GNOME Tweaks put the system fonts scaling in 1,30 and the panel size from the zorin appearance from 48px to 64px. Worth giving this a try in your case as well.

The games have a similar premise, but there are some differences. The Mac/ios game is a F2P game with advertising. The steam game is a paid product. The gameplay has a lot of similarities but some divergent features as noted by Timmy. In terms of intellectual property, the companies involved are intertwined. Playway SA and Games Incubator are listed as creators of the Steam version, and Digital Melody the ios/mac version. All three companies are involved together, with Playway investing in other "Games Incubator" titles. One developer at Games Incubator tweets about both games.

Usually a game is developed for Windows and then it receives a port to macOS, so it's reasonable to think that you should be able to play them all. There are rare cases of low end indie titles that were Mac-exclusive over the years, according to Reddit.

Head to a third-party Minecraft skin website like Minecraft Skins and download the skin you’d like to apply to your character. Make a note of where the downloaded file is stored (usually the Downloads folder). Head to the Minecraft website. Click the Menu icon and select Profile to log in with the account associated with Minecraft on your PC. Click the Browse button, select the file you downloaded earlier and click Open. Click Save to upload your custom skin.

By migrating you have removed your purchase from Mojang's minecraft.net and moved it to Microsoft's XBox Store. In the launcher use the 'add account' function, choose Microsoft account, and use your Microsoft account login and password to link it up to the pre-existing purchase present on your M$ account.

Old versions of MacOS have some issues with certificate verification for Minecraft- Even if the root cert should be valid. Mojang only supports MacOS 10.14+. Sometimes macOS’s built-in updater breaks, check out this page for upgrade instructions: https://support.apple.com/en-us/HT211683

Minecraft does not by default use any externally-installed Java installation on Mac. Instead, when you first run it, it downloads its own copy of the Java runtime. The java executable itself is at: ~/Library/Application Support/minecraft/runtime/java-runtime-beta/mac-os/java-runtime-beta/jre.bundle/Contents/Home/bin/java where ~ is the user account's home directory. The Library directory is hidden by default by Finder to help users avoid making changes which could break their programs, but you can get to it by selecting "Go > Go to Folder…" from the Finder's menu bar and entering "~/Library" in the box that appears. If you have a hard time finding the runtime, just launch Minecraft (the game itself, not just the launcher), then in the macOS dock, find the "java" icon in the Dock (the list of icons which usually runs horizontally at the bottom of the screen - try using Command-Tab to switch to the Finder and then move your pointer all the way to the bottom of the screen if you don't see it), and Control-Click (or right-click) it and select "Options > Show in Finder" from the contextual menu that appears. Incidentally, if what you're trying to do is get Minecraft to use an M1-optimized build of Java for better performance, the instructions in https://infotoast.org/site/index.php/2021/06/19/how-to-optimize-minecraft-1-17-for-m1/ worked great for me.

You should be able to close Minecraft from the Force Quit menu (Option + Command + Escape). If you are trying to delete Minecraft completely, moving the launcher to the trash will not do so. To completely delete Minecraft please follow these steps: Open a Finder window Click the Go Menu item and Click Go to Folder Type ~/Library/Application Support/minecraft into the text field and click Go Drag the saves folder to your desktop Drag everything else in the minecraft folder to the trash Drag the saves folder back into the minecraft folder Close the Finder window and launch the Minecraft App just like you would normally.

Yes, you can.You'll need: Target platform (Windows, Mac, Linux). Target architecture (32 or 64-bit). https://gaming.stackexchange.com/questions/149837/how-do-i-find-the-id-for-a-game-on-steam . With Steam fully closed, run it with the -console startup option, or click steam://open/console (Steam Browser Protocol shortcut). Go to the Console tab and type the following commands (and press Enter at the end of each): 2a. @sSteamCmdForcePlatformType type (where type is windows, macos, or linux) 2b. @sSteamCmdForcePlatformBitness bitness (where bitness is 32 or 64) Download the app or game normally. 3a. If you need to close the Steam client for any reason, try pausing the download and removing it from the download queue to attempt to prevent the issue in 3b. 3b. If the download is active while the Steam client is restarted it will switch to downloading for the default system, likely destroying some downloaded data. In my test years ago this caused Payday 2 for Windows to become the PD2 Soundtrack for Mac. Running the commands in step 2 again and pausing and continuing the download fixed it. Notes After step 2 you're running the target machine as far as the local Steam client is concerned. Any games you have installed for your default system may not start (missing executable error) or may not run well or even break something if you try to run them. When you move the install data also move the appmanifest_#.acf (where # is the Steam appid), unless the machine you're moving it to has internet and can handle having to verify the installed app (by starting the install and letting Steam find and verify the existing data). The Steam client console essentially uses https://developer.valvesoftware.com/wiki/SteamCMD internally, which is a bare-bones Steam client for the terminal that could also be used for this purpose.

The culprit was pgbouncer and the .ini file, which needs individual entries for each listed database. Creating the database was ok, but then the .ini file didn't recognize the new database name.

No. From https://docs.microsoft.com/en-us/azure/azure-sql-edge/features in the documentation: Azure SQL Edge is built on the latest version of the SQL Database Engine. It supports a subset of the features supported in SQL Server 2019 on Linux, in addition to some features that are currently not supported or available in SQL Server 2019 on Linux (or in SQL Server on Windows). https://docs.microsoft.com/en-us/azure/azure-sql-edge/features#operating-system Azure SQL Edge containers are based on Ubuntu 18.04, and as such are only supported to run on Docker hosts running either Ubuntu 18.04 LTS (recommended) or Ubuntu 20.04 LTS. It's possible to run Azure SQL Edge containers on other operating system hosts, for example, it can run on other distributions of Linux or on Windows (using Docker CE or Docker EE), however Microsoft does not recommend that you do this, as this configuration may not be extensively tested. https://docs.microsoft.com/en-us/azure/azure-sql-edge/features#hardware-support Azure SQL Edge requires a 64-bit processor (either x64 or ARM64), with a minimum of one processor and one GB RAM on the host. https://docs.microsoft.com/en-us/azure/azure-sql-edge/features#unsupported-features Area Unsupported feature or service Database Engine CLR assemblies, and related DDL commands and Transact-SQL functions, catalog views, and dynamic management views. CLR-dependent T-SQL functions, such as ASSEMBLYPROPERTY, FORMAT, PARSE, and TRY_PARSE. CLR-dependent date and time catalog views, functions, and query clauses.

An easy somewhat hacky solution is to disable split tunneling on your VPN, which will force all traffic from your host to go through the VPN itself. How to do it depends on your specific client. In some cases, you may need to ask the VPN's administrator (i.e. your company's IT department) to enable this option on the VPN appliance itself.

It would be hacky, but you could sed it in with a wrapper script. #! /usr/bin/env bash platform=$(uname -p) if [[ $platform == "arm64" ]]; then sed -i 's/FROM swift:5.5.2/FROM swiftarm/swift/' Dockerfile fi docker build ...

TL;DR : you need a shared integration environment There are a lot of moving parts here, so giving explicit advice on what to do might be quite impossible. When you're faced with a complex situation, the trick is to know how to think, rather than what to do. This question will invite the criticism of generating opinionated answers, because there are many ways to provide a more stable development environment. A guiding principle may be however the idea of https://12factor.net/dev-prod-parity from the https://12factor.net app which states: Keep development, staging, and production as similar as possible If the development teams on the various components follow independent release cycles (which they should, if the application is properly composed of microservices), then it would make sense to have a shared integration environment to develop against. This could be hosted remotely and provide a single environment for all developers. Of course, this means you need to have access to that shared environment, and hence the network, so you will lose some offline capabilities. However, it seems like the only way to maintain offline development capability would be upgrading each individual member's hardware, so I'm guessing that you will be forced one way or another to do development connected to the network. If you're going to have network access, you might as well have access to a shared integration environment. The tricky part of course is ensuring that this environment stays current and correct. This is where the practice of continuous delivery comes in. If you have, say, 4 teams working on 4 separate components of the application, then changes to each of those 4 components should be properly versioned and continuously delivered to the shared environment. A good starting discussion for for developing robust APIs, I found is https://increment.com/apis/web-api-versioning/ .

The YubiKey models will lock out the user after a few failed attempts, so it is reasonable to conclude that a brute force attack is not possible through any known means. https://support.yubico.com/hc/en-us/articles/360013779219-Smart-Card-PIN-Unlock-Reset-Operational-Approaches : When working with the YubiKey as a smart card, by default, the PIN is locked after three unsuccessful attempts. In this case, the smart card is disabled until the user’s PIN is unlocked and the correct PIN value is entered.

Your friend is wrong for two reasons. First, as its name says, System Integrity Protection protects the integrity, not the confidentiality of the system. In other words, it prevents unauthorized modification but not unauthorized reading. And second, it protects the integrity of the system, not the users. That is, it prevents unauthorized modification of specific critical system-owned files and directories, but the protection does not extend to files on a user's desktop.

While I can't address the questions about Apple's security hardware in particular, a few considerations: Simple passwords are easier to shoulder-surf. While your login password and FileVault password don't need to be the same, they are by default, and having a weak login password has its own problems: On a shared machine, somebody else can log in as you. If you have any password-based remote access (SSH, screen sharing, etc.) enabled, an attacker can easily remotely access your machine while it's on.

There are essentially two possible scenarios: The server will only ever be reachable via the local network, or it will be reachable via the internet by a proxy application (e.g. a web service connecting to the database) Internal Network Only In this case, running the server as your local user is fine. It's not ideal, but it's not the end of the world either. It assumes that you control the devices in your local network, and can be reasonably certain that none of them are compromised. If one of your local home devices is compromised, then you got bigger problems to deal with than which user your Prostrgres server is rnning under. Reachable by Internet For example, your Postgres server is running on your Mac, together with a web application, which is accessible from the internet, and the web application is accessing the Postgres server. In this case, the risk is quite a bit higher. In your case, I would invest in what I call a "low-end home server". A https://www.raspberrypi.org/ would be a good choice, as it has enough power to act as a low-end home server, while still costing less than 100 USD and consuming very little power. You can, of course, also do a DIY solution with mode modular hardware, but that'll cost more and can be a hassle. Since a low-end home server would just run a Linux distro of your choice, you can just set it up like you would any other server, with separate users per server process.

I'm not certain, but I can imagine a scenario where someone poisons a popular source code repo with the log4j2 exploit string, understanding that said string will get logged with log4j2 via Xcode. Xcode user downloads the source code, unknowingly executes the exploit, and....then it's less clear. Assuming I can get a shell via poisoned code with the exploit (haven't played with it, but the nickname "log4shell" seems instructive), then I (some attacker) need to be able to do something with it. Perhaps this same poisoned code could enter keystrokes macro-style, or do something else with the acquired shell. If the vulnerability can be executed through Xcode, I'd assume someone can code up the follow-on steps to make it useful. Perhaps the greater question is: in a target-rich environment (like, nearly every enterprise web service online), is it worth someone's time to target Xcode this way. Probably more lucrative to place APTs in all these compromised enterprises.