teleren/devto huggingface dataset:
AWAL TAHUN UPDATE FOOTER (MANUAL)
Tags: webdev, beginners, programming, tutorial
Published: 2024-01-10 03:35:56


![Image description](https://dev-to-uploads.s3.amazonaws.com/uploads/articles/4e3mo77uq2s4jm7bpte9.jpg)

Sengaja manual biar ada commitan ke Github😂✌🏼
https://www.instagram.com/reel/C155GtDRfGP/?utm_source=ig_web_copy_link&igsh=MzRlODBiNWFlZA==

Yuk belajar bareng serta diskusi dikolom komentar, serta di save biar ga lupa💬😝
🌱Follow : @appardana
💭Stay Young, Be Innovative and Keep Learning

#coding #programmer #code #Content #Tips #Trick #Knwoledge #Management #CSS #React #ReactJS #Frontend #JustifyContent #Javascript #Phyton #C #Web #Skills #IT #Backend #Developer #Roadmap #SelfImprovement #Growth #Aditria #Pardana #AditriaPardana #appardana #iAppTech ⚛️💻
#DEVResolutions2024
Tags: devresolutions2024
Published: 2024-01-10 03:32:01

<!-- ✨ Feel free to customize this template to suit your needs—adjust the title, structure, and wording as you see fit! ✨ -->

## Professional Goals:

1. **Goal:** <!-- State a specific professional goal for your career or skill development. -->
2. **Action Steps:** <!-- List practical steps you plan to take to achieve this goal. -->
3. **Timeline:** <!-- Set a realistic timeframe for accomplishing this goal. -->

## Personal Aspirations:

1. **Aspiration:** <!-- Share a personal growth objective or wellness goal. -->
2. **Why it Matters:** <!-- Explain why this goal is important to your overall well-being. -->
3. **Support System:** <!-- Mention how you plan to stay accountable and seek support. -->

## DEV Community Contributions:

1. **Contribution Goal:** <!-- Specify how you plan to contribute to the DEV community in 2024. -->
2. **Collaboration Plans:** <!-- Outline any collaboration ideas or community initiatives you'd like to undertake. -->
3. **Measuring Impact:** <!-- Consider how you will measure the impact of your contributions. -->
[20 Days of DynamoDB] Day 3 - UpdateItem add-on benefits
Published: 2024-01-10 03:21:33

*Posted: 10/Jan/2024*

The DynamoDB `UpdateItem` operation is quite flexible. In addition to using many types of operations, you can:

- Use multiple update expressions in a single statement
- Get the item attributes as they appear before or after they are successfully updated
- Understand which item attributes failed the condition check (no additional cost)
- Retrieve the consumed Write Capacity Units (WCU)

Here is an example (using AWS Go SDK v2):

```go
	resp, err = client.UpdateItem(context.Background(), &dynamodb.UpdateItemInput{
		TableName: aws.String(tableName),
		Key: map[string]types.AttributeValue{
			"email": &types.AttributeValueMemberS{Value: email},
		},
		UpdateExpression: aws.String("SET last_name = :ln REMOVE category"),
		ExpressionAttributeValues: map[string]types.AttributeValue{
			":ln": &types.AttributeValueMemberS{
				Value: lastName,
			},
		},
		ReturnValues:                        types.ReturnValueAllOld,
		ReturnValuesOnConditionCheckFailure: types.ReturnValuesOnConditionCheckFailureAllOld,
		ReturnConsumedCapacity:              types.ReturnConsumedCapacityTotal,
	}
```

Recommended reading:

- [UpdateItem API](https://pkg.go.dev/github.com/aws/aws-sdk-go-v2/service/dynamodb#Client.UpdateItem)
- [Update Expressions](https://docs.aws.amazon.com/amazondynamodb/latest/developerguide/Expressions.UpdateExpressions.html)
CSS and the Browser's Hardware acceleration
Published: 2024-01-10 03:17:33

We know the CSS but what's this **Hardware** **acceleration** ?

***Hardware** **acceleration** is a technique used by modern web browsers to leverage the _graphical processing unit_ (**GPU**) on a user's computer to accelerate rendering and improve performance, especially for graphics-intensive tasks like CSS animations and transitions.

Hardware acceleration offloads certain computations from the computer's central processing unit (CPU) to the GPU. The GPU is designed specifically for rendering graphics and is highly parallelized, making it well-suited for tasks that involve manipulating and displaying visual elements, such as animations, transitions, and graphics.

**=> How Hardware Acceleration Works in Browsers?**
**^Graphics API:**
Browsers use graphics APIs (Application Programming Interfaces) to communicate with the GPU. Common graphics APIs include OpenGL, WebGL, and Direct3D.

**^Offloading to GPU:**
When a web page contains graphical elements, such as CSS animations or transitions, the browser can offload the rendering calculations to the GPU through the graphics API.

**^Parallel Processing:**
The GPU can process multiple tasks simultaneously (parallel processing), which is advantageous for rendering graphics quickly. This is in contrast to the more sequential processing typically performed by the CPU.

**^Smooth Animations:**
By utilizing hardware acceleration, browsers can achieve smoother animations and transitions. The GPU's parallel processing power allows for more efficient handling of graphical operations, resulting in improved frame rates and responsiveness.

**=> Advantages of Hardware Acceleration:**
**^Performance:**
Hardware acceleration improves the performance of graphics-intensive tasks, leading to smoother animations and a more responsive user experience.

**^Efficiency:**
By offloading graphical computations to the GPU, the CPU is free to handle other tasks, contributing to overall system efficiency.

So, never underestimate the OG CSS and learn advance CSS, so that for animations and all (not advanced animations) avoid JS and write CSS for that, from scratch.

Get your hands dirty on css here :
https://cssbattle.dev/

Checkout my profile:
https://cssbattle.dev/player/rounit08


Get your hands dirty on css here :
https://cssbattle.dev/

Checkout my profile:
https://cssbattle.dev/player/rounit08

Follow #rounitsinha for more
Understanding Webhooks: The Slack Notification System
Published: 2024-01-10 02:20:56

**Introduction**

In today's fast-paced digital world, efficient communication and real-time updates are crucial for effective collaboration. This is where the concept of webhooks becomes invaluable, especially in popular collaboration tools like Slack. This blog post aims to demystify webhooks, using Slack’s notification system as a practical example.

**What are Webhooks?**

At its core, a webhook is a user-defined HTTP callback. It's a mechanism where an app provides other applications with real-time information. A webhook delivers data to other applications as it happens, meaning you get data immediately. Unlike typical APIs where you need to poll for data frequently, webhooks are more efficient for both the provider and consumer.

**How Do Webhooks Work?**

Imagine a scenario where an application needs to know when a specific event happens in real time. Traditionally, this would involve regularly checking (polling) the service to see if the event has occurred. This process is not only inefficient but can also lead to delays in response. Webhooks solve this by acting like a phone call to notify when specific events occur.

**Webhooks in Action: Slack Notifications**

Slack, a popular team collaboration tool, uses webhooks extensively for its notification system. Let's break down how this works:

1. **Setting up a Webhook in Slack**: Users or administrators can create a 'webhook URL' through Slack's interface. This URL is unique to a Slack channel or workspace.

2. **Event Trigger**: An event occurs in an external service that needs to be communicated to Slack users. This could be anything from a new customer ticket, a source code push, or a sales lead.

3. **Sending Data to Slack**: The external service makes an HTTP request to the webhook URL provided by Slack. This request includes the data or information about the event.

4. **Slack Processes the Request**: Upon receiving the HTTP request, Slack processes the data and converts it into a message format suitable for the channel.

5. **Notification Delivery**: The message is then posted to the specified Slack channel, instantly notifying team members.

**Advantages of Using Webhooks**

1. **Real-time Data Transmission**: Webhooks provide immediate information, making them ideal for time-sensitive operations.

2. **Efficiency**: They eliminate the need for constant polling, reducing the load on both the server and the network.

3. **Customization and Flexibility**: Webhooks can be customized to transmit specific information based on the event, making them versatile.

**Conclusion**

Webhooks offer a powerful way to integrate different software and services, providing real-time updates and efficient data transmission. Slack's use of webhooks for notifications is a prime example of how this technology can enhance communication and productivity in a collaborative environment.

By embracing webhooks, developers can build more interconnected and responsive applications, fostering a more dynamic and efficient digital ecosystem.
{Insert Hacktoberfest 2021-Related Title Here}
Tags: hacktoberfest
Published: 2024-01-10 02:06:12

<!-- ✨This template is only meant to get your ideas going, so please feel free to write your own title, structure, and words! ✨ -->


### [Intro Heading]
<!-- If you are new to the DEV community, introduce yourself and share a bit about why you joined DEV and decided to participate in Hacktoberfest this year.  --> 

### Background

<!-- Are you brand new to open source? What about coding in general? Tell us about how you got here →

### Progress

<!-- Share a bit about where you’re at in your Hacktoberfest journey. What stage are you at? How has the process been?  -->

### Contributions

<!-- This is where you can list the contributions you made and explain why you chose the projects you did. Don’t forget to add links!  -->


### Reflections
<!-- Overall, how has your Hacktoberfest 2021 experience been? If you’re a first-timer, will you participate again? What have you learned? Have you made any interesting connections? What is your next step in open source?  -->
🚀 Excited to Share ApiBrew – A New Horizon in API Development! 🚀
Published: 2024-01-10 01:50:44

Hello Open Source Enthusiasts,
I'm thrilled to introduce a project that I’ve poured my heart and soul into – ApiBrew. It's an open source tool that's set to redefine the way we think about API and backend development.

🌟 What's ApiBrew All About?
ApiBrew is a revolutionary tool that embraces a declarative approach to API development. With just a few lines in a YAML file, you can define complex APIs and backends – no extensive coding required! It's a low-code solution that's perfect for both beginners and seasoned developers looking to streamline their workflow.

🔍 Why Should You Check Out ApiBrew?
It's open source – built by the community, for the community.
ApiBrew brings efficiency and simplicity to API development.
It's a great tool for learning and experimenting with modern API concepts.

🌐 I invite you all to take a look at ApiBrew on GitHub. Dive into the code, try it out, and if you believe in the project as much as I do, I'd be honored to receive a star from you!

https://github.com/apibrew/apibrew

Your feedback and contributions are what make the open source community so vibrant and innovative. Let's collaborate to make ApiBrew even better!
Thank you for your support and interest!

#OpenSource #ApiDevelopment #LowCode #TechCommunity
FC 24: Best Young Center Midfielders To Sign For Road To Glory
Published: 2024-01-10 01:07:39


Vandevoordt starts the game cycle at 20 with an overall rating of 73 and a potential rating of 84. His potential can always get higher than 84 due to [FC 24 Coins](https://www.mmoexp.com/Fc-24/Coins.html) the game dynamic potential mechanic. With his youth, an increased initial rating, high potential, and a starting price tag of euro;8 million, Maarten Vandevoordt would be an ideal signing for anyone looking to build their team from the ground up.

7 Owen Gene 
Moving a bit further up the pitch, you have Owen Gene. He is a 20-year-old French right-back who plays for Amiens in the second tier of French football. Gene is a solid defensive and offensive player. His 511 height makes him a fantastic athlete if appropriately utilized in the game.

At the start of FC 24, Gene is 19, and his overall rating is 62, which is a solid rating for any lower league side at the beginning of your road to Glory. The right-back has a potential of 79, which he can surpass through steady game time, training, and dynamic potential. Gene market value of euro;1 million and his wage demands of euro;700 make him a bargain, especially when you consider the fact that he starts the game with a three-star weak foot and two-star skill moves.

6 Leonidas Stergiou 
Leonidas Stergiounidas Stergiou is a Swiss center-back who plays for St. Gallen in the Swiss Super League. Stergiou is 21 and a solid defensive option on the back line. He is an attentive ball-playing center-back who can win the ball from the opposition attack and progress it up the pitch to trigger a counterattack.

Related: FC 24: Best Young Center Midfielders To Sign For Road To Glory

Stergiou starts the game at 20 with an overall rating of 69 and a potential 84. He would slot into any lower-league backline nicely and immediately improve it. The center back stands at 511, which is different from the ideal size of your average center back; however, he makes up for his lack of size with speed and agility. He is also a solid option to [cheap FC 24 Coins](https://www.mmoexp.com/Fc-24/Coins.html) deploy at any other position in the backline. With a value of euro;3.2 million, a three-star weak foot, and two-star skill moves for a center back, he is a solid choice to go to the top throughout your road to Glory.

5 Elliot Anderson 
Elliot Anderson is an English midfielder who plays for Newcastle in the Premier League. He is 20 years old and a solid and versatile player on any team. Anderson is 19 at the start of FC 24, but he is already an imposing player.
Understanding the Differences: Server Side Rendering (SSR) vs Static Site Generation (SSG) in Next.js
Tags: webdev, javascript, react, nextjs
Published: 2024-01-10 01:02:12

## Introduction
Next.js has rapidly become one of the most popular React frameworks, offering developers various ways to render applications. Among these, Server Side Rendering (SSR) and Static Site Generation (SSG) stand out for their distinct approaches and benefits. This article aims to demystify these two methods, providing a clear understanding of how they work, their differences, and when to use each one.

![Image description](https://dev-to-uploads.s3.amazonaws.com/uploads/articles/hu25z1j5v68o882pkfdi.png)On the left, you’ll see a server room symbolizing the dynamic nature of SSR, and on the right, a calm library representing the pre-built static content of SSG.

## What is Server Side Rendering (SSR)?
Server Side Rendering refers to the process of rendering web pages on the server instead of the client’s browser. In Next.js, SSR enables dynamic content rendering, ensuring each user request receives a unique, up-to-date HTML page. This is particularly beneficial for content-rich applications and situations where real-time data is crucial.

## What is Static Site Generation (SSG)?
Static Site Generation is a method where HTML pages are pre-rendered at build time. Next.js supports SSG through methods like getStaticProps and getStaticPaths. This approach is ideal for sites with content that doesn't change often, leading to faster load times and better performance.

## Comparing SSR and SSG in Next.js
While SSR dynamically generates content per request, SSG serves pre-built pages, making it generally faster. However, SSR’s real-time rendering is more suitable for frequently updated content. SEO-wise, both methods are effective, but SSG can have an edge due to faster load times. Scalability also differs: SSG sites are easier to scale due to their static nature.

## Best Practices and Recommendations
When implementing SSR or SSG in Next.js, consider the nature of your content and user experience. SSR is ideal for dynamic, user-specific content, while SSG suits static websites like blogs or documentation sites. Avoid common pitfalls such as over-fetching data in SSR or under-utilizing static optimizations in SSG.

## Conclusion
SSR and SSG in Next.js offer flexible solutions for different web development needs. Understanding their differences and use cases is key to leveraging their full potential. Experiment with both to discover which best suits your project’s requirements.

## References
Include references to [official Next.js documentation](https://nextjs.org/docs), and other credible sources.
Navigating the cloud: your gateway to professional insights
Tags: cloud, cloudcomputing, newsletter, learning
Published: 2024-01-10 00:47:10

In an era defined by technological advancement, staying ahead in the realm of cloud technology is not just an option; it's a necessity. 

At the forefront of this ever-evolving landscape is the Cloud Computing Examiner, a beacon for professionals seeking in-depth insights and the latest trends in cloud technology.

Picture this: a meticulously curated newsletter tailored to keep you professionally informed. The Cloud Computing Examiner understands that knowledge is power, especially in the dynamic world of cloud computing.

By subscribing to our newsletter, you embark on a journey where each piece of information is carefully chosen to elevate your industry knowledge.

What sets us apart? It's not just about staying updated; it's about gaining a profound understanding of the industry. Our professional insights delve deep into the intricacies of cloud technology, providing you with a comprehensive view that goes beyond the surface.

Why wait for trends to become common knowledge when you can be the first to know? Subscribing to Cloud Computing Examiner means being on the cutting edge, anticipating shifts, and adapting to the future of cloud technology.

Ready to take the plunge into a world of unparalleled knowledge?

Subscribe today and become part of a community that values staying ahead. The Cloud Computing Examiner offers multiple avenues for you to connect with us. 

Subscribe via LinkedIn at https://lnkd.in/dqGNtNk

join the conversation on WhatsApp at https://whatsapp.com/channel/0029VaCoGVO0Vyc7sOOJot0i

or drop us an email at https://clurebyte.com/newsletter

Don't miss out on the cloud technology revolution. Join us, and let's navigate the cloud together!
Introduction to Ruby's Enumerable Module
Tags: ruby, beginners, programming, tutorial
Published: 2024-01-10 00:31:34

## Introduction

Ruby is a popular programming language known for its simple and easy-to-use syntax. It also has a powerful built-in module called 'Enumerable' that provides a collection of methods for working with arrays, hashes, and other enumerable objects. This module makes it easier and more efficient to manipulate and iterate through data structures in Ruby. In this article, we will explore the basics of the Enumerable module and its advantages and disadvantages.

## Advantages

The Enumerable module offers a wide range of methods for iterating, filtering, and transforming data structures. These methods include `each`, `map`, `select`, `reduce`, and many more. By using these methods, developers can write shorter and more readable code. Additionally, the Enumerable module is integrated with Ruby's built-in iterators and can be used together with blocks, making it a powerful tool for data manipulation.

## Disadvantages

One of the major disadvantages of the Enumerable module is its lack of support for non-enumerable objects. This means that developers cannot use Enumerable methods on objects that are not enumerable, such as strings or integers. This can be limiting and require developers to find alternative solutions for data manipulation.

## Features

Aside from its numerous methods, the Enumerable module also has several powerful features. One of these is laziness, which means that methods like `each` do not evaluate the entire collection unless it is necessary. This improves performance and saves memory. Another feature is the `to_a` method, which allows developers to convert an iterable object into an array, providing more flexibility in data manipulation.

### Example: Using `select` and `reduce`

Consider an example where we use the `select` method to filter an array of numbers for those that are even, and then use `reduce` to sum these numbers:

```ruby
numbers = [1, 2, 3, 4, 5, 6]
even_numbers_sum = numbers.select { |n| n.even? }.reduce(:+)
puts even_numbers_sum  # Outputs: 12
```

This example demonstrates how Enumerable methods can be chained to perform complex data manipulation in a concise and readable manner.

## Conclusion

In conclusion, the Enumerable module is a valuable tool for Ruby developers. Its advantages, such as providing a wide range of methods and improving code readability, outweigh its disadvantages. Its features also make it a versatile and efficient module for working with data structures. As you continue to explore and experiment with Ruby's Enumerable module, you will discover its potential to make your coding experience more efficient and enjoyable.
Gratitude Practices: Positive Effects on Health?
Tags: discuss, devresolutions2024
Published: 2024-01-10 00:00:00

---
published_at : 2024-01-10 00:00 +0000
---
How has practicing gratitude positively affected your health, and what gratitude rituals do you plan to adopt or enhance in the coming year?
<br>
Follow the DEVteam for more discussions and online camaraderie!
{% embed https://dev.to/devteam %}
Industry Disruption: Preventing Product Irrelevance?
Published: 2024-01-10 00:00:00

---
published_at : 2024-01-10 00:00 +0000
---
In a fast-evolving industry, how do you prevent your product from becoming irrelevant? Share insights on staying innovative and disrupting your own product before others do.
<br>
Follow the [CodeNewbie Org](https://dev.to/codenewbieteam) and [#codenewbie](https://dev.to/t/codenewbie) for more discussions and online camaraderie!

*{% embed* https://dev.to/codenewbieteam *%}*
Better Navigation Experience With ZSH cdpath Variable
Published: 2024-01-11 16:20:32

---
title: Better Navigation Experience With ZSH cdpath Variable
published: true
date: 2024-01-10 00:00:00 UTC
tags: 
canonical_url: https://blog.waysoftware.dev/blog/better-navigation-zsh-cdpath/
---

In \*nix systems, the `cd` command lets us navigate the filesystem. There are a few places that I visit most frequently though. For me, it's my `Projects` directory, my `Brain` directory (obsidian), and then a `Playground` directory is where I throw experimentation or throw away code. That, and my `$HOME`. You can add or experiment with these changes and they can be added to your `.zshrc` or `.bashrc`.

## Aliases

I use these aliases as navigation helpers to go backward in the filesystem.

```
alias ..="cd .."
alias ..2="cd ../.."
alias ..3="cd ../../.."
alias ..4="cd ../../../.."

```

They should be pretty straight forward, but these basically say go backward `..` n levels. Of course it's just hard coded but I'm never really needing much more than that. In combination with the cdpath modification, system navigation becomes beautiful 🤌.

## cdpath OR $CDPATH

In linux, when a `cd` gets executed, the $CDPATH environment variable is consulted. The $CDPATH is similar to the $PATH variable in structure and behavior. If it's not set explicitly, the behavior just defaults to operating from the current directory. However, you can customize it for much prosperity, good fortune, and good times. I use ZSH so my example will use ZSH's cdpath which takes a list instead of a string, but the example can be easily modified to bash or your shell of choice.

```
cdpath=(. $HOME $HOME/Projects $HOME/Brain $HOME/Playground)

```

This extends the cdpath to include all of these additions. What this means in practice is that I can still have normal cd behavior from the current directory, but I can also `cd` directly into anything in any of the other paths. For example, if I have a project at `$HOME/Projects/blog`, from anywhere on the system, I can`cd blog`, or I could `cd Projects/blog`.