Category: Uncategorized

https://media.notthebee.com/articles/62e2ea4b0072362e2ea4b00724.jpg

This guy is my hero.

Not the Bee

https://i.kinja-img.com/gawker-media/image/upload/s–7eBAoX4K–/c_fit,fl_progressive,q_80,w_636/11f38abc5d54fccc46ad228c2d30a438.jpg

Lifehacker

https://laravelnews.imgix.net/images/laravel-restify.png?ixlib=php-3.3.1

1php artisan restify:repository Dream --all

 1namespace App\Restify;
 2 
 3use App\Models\Dream;
 4use Binaryk\LaravelRestify\Http\Requests\RestifyRequest;
 5 
 6class DreamRepository extends Repository
 7{
 8    public static string $model = Dream::class;
 9 
10    public function fields(RestifyRequest $request): array
11    {
12        return [
13            id(),
14            field('title')->required(),
15            field('description'),
16            field('image')->image(),
17        ];
18    }
19}

 1GET: /api/restify/users?perPage=10&page=2
 2{
 3  "meta": {
 4    "current_page": 1,
 5    "from": 1,
 6    "last_page": 1,
 7    "path": "http://localhost:8000/api/restify/users",
 8    "per_page": 15,
 9    "to": 1,
10    "total": 1
11  },
12  "links": {
13    "first": "http://localhost:8000/api/restify/users?page=1",
14    "next": null,
15    "path": "http://localhost:8000/api/restify/users",
16    "prev": null,
17    "filters": "/api/restify/users/filters"
18  },
19  "data": [
20    {
21      "id": "1",
22      "type": "users",
23      "attributes": {
24        "name": "Paul Redmond",
25        "email": "paul@example.com"
26      }
27    }
28  ]
29}

Laravel News

https://www.thefirearmblog.com/blog/wp-content/uploads/2022/07/20220701_172148-180×180.jpg

A short while back I was challenged by fellow TFB Staff member James Reeves (you may have heard of him), to build an SPR as cheap as possible. Well, myself being an unapologetic “poor”, I, of course, took him up on the challenge and started the project Special Poverty Rifle. More AR-15 Content @ TFB: […]

Read More …

The post The Special Poverty Rifle, Part 1: Buying Parts and Building appeared first on The Firearm Blog.

The Firearm Blog

https://www.pewpewtactical.com/wp-content/uploads/2019/09/1.-.22LR-Round-1024×683.jpg

When most people think of .22 long rifle, they think of plinking with a 10/22, learning as a kid, or just training with a lower-cost round.

Most people do not associate .22 LR with precision rifle shooting or rifle competitions…but they should. 

With the rising cost of ammo and limited parts availability in the firearms industry, many are rediscovering the round and pushing it to its limits. 

With a focus on competition, what are the rifles that people are running? The field varies a great deal, with some newer shooters jumping in with base model 10/22s and the like. 

But to really narrow that down, we’ve collected some of the top precision guns chambered in .22 LR. So keep reading to learn more!

Summary of Our Top Picks

1. 

   Great for Beginners

   Ruger American Rimfire Long Range Target

   Detachable rotary mags, compatible with 10/22 mags, easy to use

   $800 at Guns.com
   Jump to Details
2. 

   Most Durable

   Tikka T1x MTR

   Great to shoot regardless of the elements, durable

   $579 at Ky Gun Co
   Jump to Details
3. 

   Best Trainer .22 LR

   Bergara B-14R Steel 10+1 Threaded Rifle

   Can work as a trainer, Rem 700 accessory compatible

   $1000 at Brownells
   Jump to Details
4. 

   Most comfortable

   Ruger Precision Rimfire

   Uses pistol grip & safety that are mostly interchangeable with ARs

   $507 at Guns.com
   Jump to Details
5. 

   Best High End Option

   CZ 457 Varmint Precision

   High quality, solid reputation, but pricey

   $1149 at Palmetto State Armory
   Jump to Details

Best Precision .22 LR Rifles

1. Ruger American Rimfire Long-Range Target rifle.

One of the things Ruger does very well is .22 LR platforms. Its Mark III and Mark IV pistols are hugely popular for a reason, and the 10/22 is an iconic rifle. 

So it should come as no surprise that Ruger starts our list off with the Ruger American Rimfire Long Range Target.

This rifle features an adjustable length of pull and comb, making it easy to set up for almost any shooter. Its adjustable trigger allows for pull weights from 3 to 5 pounds, lending to even more versatility with varied shooters. 

The threaded bull barrel sits snugly in an action with a 60-degree bolt, allowing for ample clearance of optics. 

Detachable rotary magazines allow for a crossover with 10/22 mags, and the extended magazine release makes reloading smooth and effortless.

All in all, this is a great starter rifle and a serious base class contender.

2. Tikka T1x MTR

Tikka rifles have long been synonymous with high-quality, and the T1x MTR embodies that. 

Based on the action of the T3x centerfire rifle platform, it will have a familiar feel when shooting the T1x. A bedded action and textured pistol grip highlight the factory stock nicely. 

Tikka made the bolt on the T1x from stainless steel. This makes it extremely resistant to the elements, something often overlooked in outdoor competitions. 

The real crown jewel of the T1x though is the barrel…something that is both a gift and a curse. 

The crossover profile Tikka used allows for all the benefits of a heavier bull barrel without all the extra bulk and weight. This truly is a huge, often overlooked benefit, especially when moving between positions on stages. 

The downside is that the barrel is currently hard to source, so in the event of damage, it may lead to a downed gun for prolonged periods. 

3. Bergara B-14R

Another familiar name in bolt-action rifles, Bergara offers up the B-14R as their entry into the precision .22 LR market.  

Available with either a steel or carbon fiber barrel, the B-14R fills a niche that many other factory rifles may not: it can serve as a trainer for a shooter’s centerfire rifle. 

This is accomplished by making the B-14R work within the dimension of a Remington 700 pattern. 

This allows shooters to utilize Rem 700 triggers, stocks, and bases, most of which can mimic their centerfire rifle setups.

Shooters can even use many of the same scopes and mounts as the optic setup is Rem 700 compatible. 

4. Ruger Precision Rimfire

Ruger is back on the list again. This time with the Ruger Precision Rimfire.

The Precision Rimfire sports a slightly different chassis than its sibling above — the American Rimfire.

Length of pull and comb are still adjustable in this model, but the Precision boasts a molded chassis and adjustable buttstock. A rear Picatinny section allows you to attach a bag rider or monopod. 

The front of the chassis features a free-floated M-LOK handguard allowing for direct attachments of bipods and other accessories. 

The Precision Rimfire also has an adjustable trigger, with pull weights as low as 2.25 pounds up to 5 pounds as the shooter sees fit. 

Some shooters will find this rifle more familiar and comfortable as it uses a pistol grip and safety that are mostly interchangeable with the AR platform rifles. 

Prices aren’t much different than the American Rimfire, which makes it another great choice for the base class.

5. CZ 457 Varmint Precision

CZ is another name in the firearms industry that is well regarded for its quality and attention to detail.

The 457 Varmint is proof that as a corporation, CZ listens to the feedback provided to them by their customer base. 

The push-to-fire safety was a huge change that CZ said customers had been requesting for years. So, they implemented it into this system. 

Additionally, CZ opted to change out their 90-degree bolts for 60 degrees, allowing shooters to use larger diameter scopes as well as possibly lowering the ring height while still clearing the bolt knob.

Combine all of this into a chassis that utilizes a Luth-AR adjustable stock and AR-style grip, and you have a high-quality precision rifle with a familiar and comfortable feel to it.

By no means is the CZ inexpensive, but for good quality, you do have to pay a premium sometimes.

6. Vudoo Actions

The first barreled action that is worth a look at is the Vudoo. It’s available in two different offerings, the Three 60 and the V-22.

These Vudoo actions are Rem 700 compatible for stocks and chassis and feature a 60-degree bolt and a double straight taper contour. 

What truly sets them apart from many other competitors, though, is their attention to detail and implanting into action.

A great example of this is the control-round-feed-protocol in all of their .22LR actions. 

From the time the round leaves the magazine until the spent casing is ejected, the bolt has full control of the round. 

You might ask why this matters. Well, the answer is two-fold. 

First, it makes the feeding and extraction of the round smoother. More importantly, it won’t degrade the accuracy of the round.

For those not familiar, .22 LR generally has a soft lead projectile that is easily marred. 

With no feed ramps and an angle that prevents the round from touching anything while it is being inserted into the chamber, the Vudoo system does everything possible to ensure that the round you fire is the same as when it left the magazine. 

For open-class shooters, the price of these barreled actions is easily justified. 

7. Zermatt RimX

Another barreled action that is hugely popular in the .22 LR precision scene is the RimX by Zermatt. 

Made to order with each one allowing for customization by the customer on bolt head type, bolt knob style, and rail MOA height, the Zermatt actions are Rem 700 scale and compatible. 

The action features a two-lug, 90 degrees bolt with a floating interchangeable bolt head. The bolts do offer a round control feed, though, in truth, there isn’t much information on how it works when compared to the Vudoo. 

Zermatt is known for the precision machining work and has partnered with another name in precision shooting, Bighorn Arms, to bring a stellar action to the market. 

As with Vudoo, the Zermatt is an easily justified purchase for those chasing the highest quality, most consistent products that are available. 

Tell Me More About Competing with a .22 LR

NRL22 is a division of the National Rifle League designed to grow the love of competing with the .22. 

Six classes within the division break it down into fairly matched groups. Think kids shooting a match against other kids instead of professional adults. 

Every month, clubs across the country compete for top spots and prizes with a slew of sponsors attached.

Each match has five stages. Some have barricades, and some may contain gear restrictions to challenge shooters. All are designed to be fun and build skills. 

Low member fees and softer shooting guns also lend these events to being more kid-friendly and less intimidating to newer shooters. 

The serious competitors, especially in the Open and Old Guns divisions, run rigs that are on par with PRS guns chambered in bigger calibers.

Choosing a Gun for Competition

If you’re thinking of competing and wondering which gun to buy, let me offer this.

There are two ways to go about a competition gun…

First, you can buy a factory complete gun, slap an optic on it and go to town. Some people do well with this, others prefer option two. 

The second option is to get an actioned barrel, drop it in a chassis or stock, and that’s your gun.

This seems to be the go-to for more serious competitors. It allows competitors more customization and control, but at the cost of, well, greater cost.

What will work best for you?

You know what I’m going to say…that depends. It all comes down to your budget and what you want to do with the gun.

Final Thoughts

Whether you are looking to shoot your first competition or a seasoned shooter looking for another match to tackle, NRL22 and PRS .22 matches present great opportunities. Once you set up your rifle, the cost of ammo is leaps and bounds less expensive than centerfire cartridges. 

Depending on how far down the rabbit hole of accuracy and quality you want to go, an inexpensive factory rifle can get you in the door. More serious competitors do opt for barreled actions that are built to their preferences. 

Find the gun that you’ll enjoy the most, can shoot well, and see where it leaves you. 

What do you think of these .22 LR options? Have others? Drop them in the comments below. Need something to feed your favorite plinker? Check out our guide to the Best .22 LR Ammo.

The post Best .22 LR Precision Rifles for Competition & Precision Shooting appeared first on Pew Pew Tactical.

Pew Pew Tactical

https://static1.makeuseofimages.com/wordpress/wp-content/uploads/2022/07/how-are-linux-kernel-versions-formed.jpg

If you’ve been a Linux user for a long time, you’d know that Linux distributions have unique versions and each version has a specific codename. The Linux kernel also has different version numbers, which act as an identifier for the series the kernel belongs to. However, there’s a difference between how kernel versions were formed earlier and how Linus Torvalds names them now.

MAKEUSEOF VIDEO OF THE DAY

By the end, you’ll be more familiar with the Linux kernel versioning scheme and will feel more comfortable reading kernel version numbers and identifying the various features associated with a specific release.

The Traditional Linux Kernel Versioning

When Linus first started developing the kernel, the versioning system used simply consisted of an incrementing variable scheme starting with zero (0.x). Initially, Linus was the only one working on the project, and this versioning system sufficed the need to document and distribute new kernel releases.

Here are some of the kernel releases that followed this naming scheme:

Later on, as more developers started contributing to the project and the number of revisions and patches increased significantly, it was decided that this versioning scheme wasn’t suitable for software such as a kernel. And starting from version 1.0, Linus adopted a new scheme with a few additional variables.

Introduction of a More Descriptive Versioning System

In 1994, with the release of Linux kernel 1.00, Linus started using a new versioning system that employed three variables in the syntax: “a.b.c“. These variables (a, b, and c) represent the major release, minor release, and revision number for the specific kernel release, respectively.

Take Linux kernel 1.1.95 as an example. You can decode it as the first major release, first minor release, and 95th revision.

At the time, even minor version numbers denoted stable kernel releases, while odd ones represented development releases. It was important to have separate branches so that developers could add and test new features in the kernel without affecting the stable branch.

Kernel developers add and improve new features in the development branch until it gets stable enough to be released as an LTS kernel. The LTS kernel 3.2 was developed by stabilizing the new features in version 3.1, and similarly, a new development kernel 3.3 branched out of 3.2 to make way for new features that would be then introduced in Linux 3.4.

Starting from Linux kernel 2.4, a fourth variable in the kernel name denoted the patch releases. You can say that version 2.4.37.10 is the tenth patch release for kernel 2.4.37.

A patch release doesn’t mean the number of issues patched in a kernel release. Instead, it counts the number of times an updated kernel was released after patching the issues found.

Up until Linux 2.6, this versioning system was used, and it was effective in distinguishing a specific version from others. Adding revision counts and patch releases in the version number was descriptive, but it meant having lengthier and more complex kernel versions. And yet again, a new and better scheme was required.

How Are Linux Kernel Versions Named Now?

With Linux version 3.0, Linus dropped the fourth variable from the version number. Now, the kernel version is formed according to the syntax: a.b.c, where a, b, and c are the major release, minor release, and revision count, respectively. This versioning scheme is similar to the one used between the 1.0 and 2.4 kernel releases.

Due to advancements in version control systems, contributors could now seamlessly work on stable branches and add new features without accidentally busting the already-working, stable releases. Therefore, the usage of even and odd minor version numbers for stable and production branches of the kernel became superfluous after the introduction of kernel version 4.0, and the first LTS release (4.1) in the 4.x series had an odd minor version number.

You might also notice some characters at the end of the version number, like rcX. Review candidates (or “rc” for short) are preview releases and pre-patch versions of the kernel that the developers need to patch to remove bugs and other issues. These are a replacement for the development releases that were previously denoted by an odd minor version number.

Although these releases are specifically reserved for kernel developers so they can fix the reported issues and implement new features, you can also download and test these kernel review candidates if you want, but it’s generally not recommended considering this is where most of the development happens. The latest preview version of the kernel at the time of this writing is 5.19-rc6.

To create new versions, the preceding variable is incremented when the value of a variable reaches a specific number. For example, the major version is updated to the next digit whenever the minor version count gets close to 20.

Linus mentioned in his 5.0 kernel development mail that he simply updated the major number to five because the minor release count got too large to count on fingers and toes (20!). Similarly, according to kernel.org, the major version number is incremented when the number after the first dot starts looking “too big.” The final kernel version in the 3.x series was 3.19 and the last major 4.x kernel series was 4.20, which was then bumped up to 5.0.

Since version 3.0, the Linux kernel has been following this versioning scheme and it has proved to be efficient for as long as three major kernel releases (versions 3.x, 4.x, and 5.x).

Identifying a Linux Kernel Release Using Version Numbers

Considering the sheer number of Linux kernel versions released, there’s a need for a proper system to identify and differentiate a specific version from the others. With the new kernel versioning scheme, kernel versions can now be effectively identified and compared, and it’s easy to know which kernel version is the latest and which one was released earlier.

If you want to check the Linux kernel version currently installed on your system, you can do that using uname, a Linux command that lets you list system-related information. Depending on the distro you’re running, the version number displayed by uname might be different than actual Linux kernel versions.

MUO – Feed

https://media.notthebee.com/articles/62d74295b463462d74295b4635.jpg

Legend.

Not the Bee

https://s3files.core77.com/blog/images/1299117_81_116356_Fm3uOqgwM.jpg

A UK-based company called Hubs sells these geodesic dome kits.

They contain all of the hardware, but not the rods, for which you can use inexpensive materials; they recommend roof battens, hardwood dowels, broom handles or whatever you can get your hands on.

The design of the hardware is clever. Basically, you screw these ball connectors into the ends of whatever you’re using as rods.

The ball connectors then snap into the injection-molded hubs, and have a range of motion to them. This simplifies and speeds construction as you don’t have to have everything lined up dead-nuts.

Both five- and six-way hubs are included.

On Instagram and Facebook they’ve got fun galleries of user-provided projects. People have built everything from raised-bed greenhouses to chicken coops to music festival breakrooms.

Here’s a highly-satisfying time-lapse video that shows you just how quickly one of these goes up:

Core77

https://cdn0.thetruthaboutguns.com/wp-content/uploads/2019/05/sutherland-springs-AP-feat.jpg

Next Post Coming Soon…▶

By Deepah Bharath and Luis Andres Henao, AP

The Rev. Steven Marsh never thought he would see the day his church in Laguna Woods, California — a town of 16,500 populated largely by retirees — would be spending $20,000 a month for security.

Then a gunman opened fire on May 15 during a luncheon at Geneva Presbyterian Church, where Marsh is senior pastor, killing one and injuring five other members of a Taiwanese congregation that met there. Officials said the man, who was motivated by political hatred against Taiwan, chained the church’s doors shut and hid firebombs inside before shooting at the gathering of elderly church members.

Houses of worship are meant to be places of shelter, reflection and peace, where strangers are welcome. But the recent string of high-profile mass shootings in the U.S. is a reminder violence can happen anywhere, prompting some faith leaders to ramp up security.

At Geneva Presbyterian, armed security guards now stand watch every weekday and during Sunday services. The church also is adding more security cameras, developing an active shooter plan and applying for Department of Homeland Security funding.

“We’re not trying to militarize the church,” Marsh said. “We prayed about it and made a decision to have armed security as an act of faith.”

Without the new security measures, Marsh predicted that a mass exodus by the congregation and the schools on the church’s campus would have followed the shooting.

Creating a space that is both safe and welcoming is possible, said Rabbi Charlie Cytron-Walker, the former spiritual leader of Congregation Beth Israel in Colleyville, Texas.

In January, he and three others were taken hostage by a pistol-wielding man during a Shabbat service. Cytron-Walker threw a chair at the gunman — a courageous act that helped them safely escape — after a nearly 11-hour standoff. He credits the several rounds of active shooter training he has taken.

“When you are unable to run away or find a hiding place, you need to find a way to act and to fight back,” Cytron-Walker said. “When we were most afraid he was going to kill us, I saw a moment I had been looking for all day long.”

Cytron-Walker now leads Temple Emanuel in Winston-Salem, North Carolina. As he works on a security plan with his new congregation, he is being mindful of how a welcoming synagogue can enhance safety “because someone who wants to do harm can see that they are not going to be able to walk in anonymous.”

Historically, sanctuaries have been vulnerable to violent attacks — from bombings at black churches during the civil rights era to more recent shootings in the U.S. at mosques and Sikh gurdwaras. In the U.S., FBI hate crime statistics show that incidents in churches, synagogues, temples and mosques increased 34.8% between 2014 and 2018.

“All faiths are under attack in America by radicals and extremists,” said Alon Stivi, a security consultant for synagogues, Jewish community centers and day schools. Some congregants are reticent to show up.

“They’re asking a lot more questions: ‘Should I come to the weekly services or just come for the holidays? And if I come, should I bring my kids?’”

Religious leaders who once preferred to leave security in the hands of the divine are taking precautions that seemed unthinkable years prior, Stivi said. More congregants are carrying concealed handguns to services, too, he said.

From $25 million in 2016 to $180 million last year, the federal government has steadily increased the amount of funding it sets aside to help the faith community with security costs, Stivi said. But not all faith leaders are aware they can apply for it, he said.

Past attacks on houses of worship and other public spaces have prompted faith leaders to evaluate — sometimes for the first time — if there is more that can be done to keep their flocks safe.

Today an armed police officer watches over Sunday services at Mt. Zion African Methodist Episcopal Church in Charleston, South Carolina, said the Rev. Kylon Middleton, who leads the congregation. When an officer is unable to be on campus for church events, members carrying concealed weapons keep watch.

“It is sad, but we are in such times where we must have armed security to protect our people,” he said.

The church is two blocks away from Emmanuel African Methodist Episcopal Church. In 2015, a self-proclaimed white supremacist opened fire during Bible study and killed nine worshippers, including the senior pastor. Middleton said the late pastor was like a brother to him.

In the wake of the massacre, security discussions at Mt. Zion factor worship style into the equation, including the need for some to always keep their eyes open, especially when most have theirs closed in prayer, Middleton said.

“No one ever thought mass shootings would happen in churches, which are sacred sanctuaries where you can escape the world and seek spiritual refuge,” he said. “When that space has been violated, it creates a restlessness of spirit.”

After the 2018 massacre at the Tree of Life synagogue in Pittsburgh, Rabbi Jon Leener met with local New York police to discuss safety for Base BKLYN, his home-based ministry that has welcomed thousands.

For years, he and his wife, Faith, would unlock their front door right before Shabbat dinners, believing in a Judaism where no door is shut or locked. That changed after Tree of Life — the deadliest antisemitic attack in U.S. history. Leener also installed a security camera and a buzz-in system for visitors. He hired an armed guard after this year’s hostage situation in Texas.

“It’s terribly unfortunate that we live in an age when we need to compromise our value of openness for the threat of violence, but that is just the reality at the moment,” Leener said.

It is a balancing act for many. Marsh said the shooting in his church happened because members of the Taiwanese congregation were welcoming to the shooter — a person they didn’t know.

“The church needs to be welcoming to all people, and we cannot lose that,” he said.

“Are there ways an active shooter could get on our campus again? Yes. But we have to be willing to have this happen again. Otherwise, we would all have to go through metal detectors. It would no longer be a church.”

Next Post Coming Soon…▶

The Truth About Guns

https://s.w.org/images/core/emoji/14.0.0/72×72/1f30e.png

Do you want to go deep into databases?

The following career paths for coders interested in the broad database space are ordered alphabetically. The table shows the annual income of different job descriptions in the database space:

Let’s dive into each of those job descriptions next!

Cassandra Developer

Cassandra is a free, open-source, distributed, NoSQL database management system (DBMS) for large amounts of data that may be distributed across many commodity servers.

A Cassandra developer manages the Cassandra system and integrates applications with the database storage solution and API.

The average annual income of a Cassandra Developer is between $110,000 and $145,500, according to Glassdoor (source).

Do you want to become a Cassandra Developer? Here’s a learning path I’d propose in five steps to get started:

• Step 1: Introduction to Computer Science (~40 hours)
• Step 2: Introduction to Databases (~20 hours)
• Step 2: Introduction to Distributed Systems (~10 hours)
• Step 3: Introduction to Apache Cassandra (~20 hours)

Learn More: Feel free to read my full guide on this career role on this Finxter blog article.

Couchbase Developer

Couchbase is an open-source, distributed NoSQL database infrastructure for interactive applications to serve concurrent users.

A Couchbase developer creates applications using this infrastructure—mostly for business clients.

The average Couchbase salary ranges from approximately $87,504 per year for an Inside Sales Representative to $212,621 per year for a Senior Software Engineer (source).

Learn More: Feel free to read my full guide on this career role in this Finxter blog article.

Database Administrator

A database administrator (DBA) is an IT professional responsible for maintaining the reliable, efficient, and secure execution of a database management system (DBMS).

In this way, a database administrator is responsible for providing the data infrastructure of a company or organization. This involves installing, configuring, debugging, optimizing, securing, troubleshooting, and managing database systems.

DBAs can either work as employees or as freelancers remotely or onsite.

The average annual income of a Database Administrator in the United States is between $83,533 and $131,056, with an average of $100,920 and a statistical median of $98,860 per year.

Learn More: Feel free to read my full guide on this career role in this Finxter blog article.

Database Developer

A database engineer is responsible for providing the data infrastructure of a company or organization. This involves designing, creating, installing, configuring, debugging, optimizing, securing, and managing databases.

Database engineers can either work as employees or as freelancers remotely or onsite.

A database engineer has the following responsibilities:

1. Creating a new database system.
2. Finding a database system tailored to the needs of an organization.
3. Designing the data models.
4. Accessing the data with scripting languages including SQL-like syntax.
5. Installing an existing database software system onsite.
6. Configuring a database system.
7. Optimizing a database management system for performance, speed, or reliability.
8. Consulting management regarding data management issues.
9. Keeping databases secure and providing proper access control to users.
10. Monitoring and managing an existing database system to keep it running smoothly.
11. Debugging potential bugs, errors, and security issues detected at runtime.
12. Testing and deploying a database system on a public cloud infrastructure such as AWS.
13. Handling distribution issues in the case of a distributed database management system.
14. Ensuring budget adherence when running on a public cloud and estimating costs for private database solutions.
15. Communicating and negotiating with salespeople (e.g., from Oracle).

The average annual income of a Database Engineer in the United States is between $72,536 and $135,000, with an average of $103,652 and a statistical median of $106,589 per year.

Learn More: Feel free to read my full guide on this career role in this Finxter blog article.

DynamoDB Developer

Amazon’s DynamoDB is a NoSQL, serverless, key-value database for high-performance applications. It is fully managed so a DynamoDB developer usually helps clients set up and connect to the database—and provides minimal maintenance support.

As a DynamoDB Developer, you can expect to earn between $70,000 and $160,000 per year according to Google (source).

Do you want to become a DynamoDB Developer?

Here’s a learning path I’d propose in five steps to get started:

• Step 1: Introduction to Computer Science (~40 hours)
• Step 2: Introduction to Distributed Systems (~20 hours)
• Step 3: Introduction to Databases (~10 hours)
• Step 4: Introduction to DynamoDB (~10 hours)
• Step 5: Introduction to Web Services (~10 hours)

Learn More: Feel free to read my full guide on this career role in this Finxter blog article.

IBM DB2 Developer

Note: If I may be so blunt—I don’t recommend this career path anymore due to the “dying” interest in IBM DB2 technology.

IBM DB2 is a data processing and storage solution that helps developers quickly build and deploy applications such as natural language querying and AI. An IBM DB2 developer creates apps for and integrates them into this system.

The average annual income of an IBM DB2 Developer is $132,000 according to Glassdoor (source).

Learn More: Feel free to read my full guide on this career role on this Finxter blog article.

MariaDB Developer

MariaDB is a database framework focusing on relational databases that are compatible with Oracle. MariaDB developers provide value to clients by integrating their applications with new or existing MariaDB databases. (Source)

The average annual income of a MariaDB Developer is $85,000 according to Payscale (source).

Learn More: Feel free to read my full guide on this career role on this Finxter blog article.

Microsoft SQL Server Developer

Microsoft SQL Server is a relational database management system (RDBMS) to store and retrieve data on the same computer or across a network. A Microsoft SQL Server Developer creates and connects applications that access the Microsoft SQL Server API. (Source)

The average annual income of a Microsoft SQL Server Developer is between $74,000 and $137,500 according to Ziprecruiter (source):

Learn More: Feel free to read my full guide on this career role in this Finxter blog article.

MongoDB Developer

The average annual income of a MongoDB Developer is $92,414 with a most likely range between $59,000 and $146,000 and a top earner income of $222,000 according to Glassdoor (source).

MongoDB is a source-available cross-platform document-oriented database program. As a NoSQL database program, MongoDB uses JSON-like documents with optional schemas.

A MongoDB developer implements, maintains, and designs MongoDB database applications. (Source)

Learn More: Feel free to read my full guide on this career role in this Finxter blog article.

MS Access Developer

The average annual income of an MS Access Developer is between $45,000 (25th percentile) and $75,000 (75th percentile) according to Ziprecruiter with top developers making $122,000 and more (source).

A Microsoft Access Developer developer creates, edits, analyzes, debugs, and supervises the development of software written in the MS Access programming language.

MS Access is a database system. Although it isn’t used that much anymore, it is still a great tool for small projects. And there is a huge number of legacy systems that depend upon MS Access. (Source)

Learn More: Feel free to read my full guide on this career role in this Finxter blog article.

MySQL Developer

A MySQL Developer is responsible for database administration, such as performance optimization, troubleshooting, problem-solving, and customer support.

The average annual income of a MySQL Developer is between $87,828 and $149,975, according to Glassdoor (source).

Learn More: Feel free to read my full guide on this career role in this Finxter blog article.

Oracle Developer

An Oracle developer creates or maintains the database components of an Oracle application. They often develop new applications or convert existing applications to run in an Oracle Database environment. (Source)

The average annual income of an Oracle Developer in the United States is between $86,074 and $107,675, according to Salary.com, with an average of $97,941. (source)

Learn More: Feel free to read my full guide on this career role in this Finxter blog article.

PL/SQL Developer

A PL-/SQL Developer developer creates, edits, analyzes, debugs, and supervises the development of software written in the PL/SQL programming language.

PL/SQL is a procedural language built on top of SQL for programming Oracle databases. (Source)

The average annual income of a PL/SQL Developer is between $72,000 and $103,000 according to Glassdoor (source).

Learn More: Feel free to read my full guide on this career role in this Finxter blog article.

PostgreSQL Developer

PostgreSQL calls itself “The World’s Most Advanced Open Source Relational Database”.

A PostgreSQL database developer works on the PostgreSQL project whereas a PostgreSQL developer works with PostgreSQL on a third-party application. Most will take the second route, for which you need to know how to access the API. (Source)

Do you want to become a PostgreSQL developer? Here’s a learning path I’d propose in five steps to get started:

• Step 1: Introduction to Computer Science (~40 hours)
• Step 2: Introduction to Databases (~10 hours)
• Step 3: Introduction to SQL (~10 hours)
• Step 4: Introduction to PostgreSQL (~10 hours)

According to ZipRecruiter, the annual income of PostgreSQL developers is between $104,000 for the bottom 25th percentile, $133,000 for the 75th Percentile, and $171,500 for the top earners.

The monthly pay ranges from $8,666 to $14,291 with an average monthly income of $10,052.

Learn More: Feel free to read my full guide on this career role in this Finxter blog article.

RavenDB Developer

The average annual income of a RavenDB Developer is hard to estimate given the limited data availability. However, RavenDB developers are NoSQL developers who earn between $101,000 (25th percentile) and $130,500 (75th percentile) with an average of $119,105 per year in the US according to Ziprecruiter (source).

A RavenDB Developer developer creates, edits, analyzes, debugs, and supervises the development of software written in the RavenDB programming language. RavenDB is a NoSQL document-oriented database written especially for the .NET framework. (Source)

Learn More: Feel free to read my full guide on this career role in this Finxter blog article.

Redis Developer

Redis (Remote Dictionary Server) is a fast, open source, in-memory, key-value data store.

As a Redis developer, you will apply and develop Redis solutions for databases, caches, message brokers, and queues.

Other use cases are chat apps, gaming leaderboards, session stores, streaming apps, and handling geospatial data sources — to name just a few. (Source)

The average annual income of a Redis developer is $113,000 in the US according to PayScale (source).

Learn More: Feel free to read my full guide on this career role in this Finxter blog article.

SQL Developer

An SQL Developer creates, among other things, SQL code for database access. SQL is short for Structured Query Language that is designed to manage data stored in relational databases. (Source)

The average annual income of a SQL Developer in the US is $76,110 according to PayScale and $87,489 according to Indeed.com.

Learn More: Feel free to read my full guide on this career role in this Finxter blog article.

SQLite Developer

SQLite is the most used database engine in the world. SQLite implements a small, fast, self-contained, high-reliability, full-featured, SQL database engine.

SQLite developers help clients set up, maintain, and manage an SQLite database for their applications. (Source)

The average annual income of a SQLite Developer is between $49,000 and $107,000 with an average of $64,977 per year according to PayScale (source).

Learn More: Feel free to read my full guide on this career role in this Finxter blog article.

Summary

The most attractive, common, or interesting career paths as a database enthusiast are (top 18):

1. Cassandra Developer
2. Couchbase Developer
3. Database Administrator
4. Database Developer
5. DynamoDB Developer
6. IBM DB2 Developer
7. MariaDB Developer
8. Microsoft SQL Server Developer
9. MongoDB Developer
10. MS Access Developer
11. MySQL Developer
12. Oracle Developer
13. PL-SQL Developer
14. PostgreSQL Developer
15. RavenDB Developer
16. Redis Developer
17. SQL Developer
18. SQLite Developer

Feel free to check out our full career guide on the Finxter blog and the free Finxter email academy with never-ending free content!