teleren/devto huggingface dataset:
Cricket Gloves Market by Type, segmentation, growth and forecast 2024-2031
Published: 2024-06-26 17:56:40

Cricket Gloves Market 
The Cricket Gloves Market is expected to grow from USD 1800 Million in 2023 to USD 2800 Million by 2031, at a CAGR of 4.3% during the forecast period.
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Cricket Gloves Market Size 
Cricket gloves are protective gear worn by players in the sport of cricket to shield their hands and fingers from injuries while batting and keeping wicket. The cricket gloves market research report analyzes the market by type, application, region, and market players. Based on type, the market is segmented into gloves with sizes less than 165 mm, 165 mm to 175 mm, 175 mm to 190 mm, 190 mm to 200 mm, and greater than 210 mm. The application segment includes brand outlets, franchised sports outlets, e-commerce, and others. Geographically, the market is divided into North America, Asia Pacific, Middle East, Africa, Australia, and Europe. The major players in the market include Adidas, Nike, Puma, ASICS, MRF Limited, Gray-Nicolls, Kookaburra Sport, and Cosco (India). Additionally, the report takes into account the regulatory and legal factors specific to market conditions. These factors may include government regulations, safety standards, import/export laws, and licensing requirements. Understanding these factors is crucial in assessing the market environment and ensuring compliance with the law. Overall, this market research report provides comprehensive insights into the cricket gloves market, including its segmentation, key players, applications, and regulatory aspects.
Cricket Gloves Market Top Companies
Adidas
Nike
Puma
ASICS
MRF Limited
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Cricket Gloves Market Segment
The latest trends followed by the cricket gloves market include the adoption of lightweight materials for enhanced agility, grip, and breathability. Manufacturers are also focusing on incorporating advanced non-slip technologies to improve the overall performance and safety of the gloves. Another trend observed is the use of customizable and personalized gloves, allowing players to add their preferred features and designs.
Despite the growth prospects, the cricket gloves market also faces some challenges. One major challenge is the presence of counterfeit and low-quality gloves in the market, which affects the reputation of genuine manufacturers and hampers revenue growth. Moreover, the high cost associated with premium quality gloves may limit the affordability for some players, especially in low-income regions.

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Cricket Gloves Market by Types
Less Than 165 mm
165 mm to 175 mm
175 mm to 190 mm
190 mm to 200 mm
Greater Than 210 mm
Cricket Gloves Market by Application
Brand Outlets
Franchised Sports Outlets
E-Commerce
Others
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Global Color Measuring Instrument Market by Market growth, trend, opportunity and forecast 2023-2030
Published: 2024-06-26 17:46:52


Global Color Measuring Instrument Market 
The Color Measuring Instrument Market is expected to grow from USD 1.10 Billion in 2022 to USD 2.50 Billion by 2030, at a CAGR of 11.20% during the forecast period.
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Global Color Measuring Instrument Market Size 
The color measuring instrument is a tool used to quantify and identify colors in different materials, ranging from textiles, paints, inks, plastics, and ceramics. The market for color measuring instruments is segmented based on type, application, and region. The key types are desktop and portable. The application areas include industry and laboratory sectors. Geographically, the market is segmented across North America, Asia Pacific, Middle East, Africa, Australia, and Europe. Some of the key players in the market are ALTANA, Konica Minolta, Testronix, PCE, Michigan, X-Rite, and Datacolor. The market is regulated by specific legal and regulatory factors that impact market conditions. The report provides a detailed analysis of these factors and highlights their impact on market dynamics.
 Global Color Measuring Instrument Market Top Companies
ALTANA
Konica Minolta
Testronix
PCE
Michigan
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 Global Color Measuring Instrument Market Segment
The latest trends followed by the Color Measuring Instrument market include the development of portable and handheld color measurement devices, which offer ease of operation and convenience to the end-users. The integration of AI and machine learning algorithms in color measurement systems is another trend, which enables accurate and efficient color analysis. The growing use of non-contact color measurement techniques such as spectrophotometers, colorimeters, and imaging colorimeters is also gaining momentum.
The major challenges faced by the Color Measuring Instrument market include the high cost of advanced systems, which limits their adoption by small businesses, lack of awareness among end-users regarding the benefits of color measurement systems, and the absence of a standardized color measurement process.
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 Global Color Measuring Instrument Market by Application
Laboratory
Industry

 Global Color Measuring Instrument Market by Types
Desktop
Portable
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How to install Anaconda on Arch Linux
Tags: anaconda, python, archlinux, jupyter
Published: 2024-06-26 17:36:15

**Links:**
- Anaconda: [Anaconda AUR Package](https://aur.archlinux.org/packages/anaconda)
- Miniconda: [Miniconda AUR Package](https://aur.archlinux.org/packages/miniconda3)

## Step 1: Clone the Package to Your System

1. Click on the `Git Clone URL` and copy the repository link.
2. Open your terminal and navigate to your desired directory. Here, I'm moving to the `/Downloads/` directory.

```bash
git clone https://aur.archlinux.org/packages/anaconda
```

Once the cloning process completes successfully, proceed to the next step.

## Step 2: Install the Package into Your System

1. Open a terminal and change directory to where you cloned the repository.

```bash
cd /Downloads/anaconda
```

2. Build and install the package using `makepkg`.

```bash
makepkg -si
```

This process will take some time. Once it finishes, proceed to the next steps.

3. Locate the installation script, typically named `anaconda_xxxxxx.sh`. Make it executable from the terminal.

```bash
sudo chmod +x anaconda_xxxxxx.sh
```

4. Execute the installation script.

```bash
sudo ./anaconda_xxxxxx.sh
```

Follow the on-screen prompts, including reading the agreement and typing `yes` to proceed with the setup.

## Creating Environment and Example

To activate the base environment:

```bash
conda activate base
```

You'll see `(base)` in front of your terminal prompt indicating the base environment is active.

For those who installed Anaconda, you can launch Anaconda Navigator using:

```bash
anaconda-navigator
```

That's it for Anaconda installation.

### Miniconda Verification

Verify the Miniconda installation by checking its version:

```bash
conda --version
```

#### Checking Miniconda Path

To ensure Miniconda's binaries are in your PATH:

```bash
echo $PATH
```

Look for a directory like `/path/to/miniconda3/bin` in the output. If it's missing, you'll need to add it to your PATH.

Assuming everything is correct, activate the base environment again:

```bash
conda activate base
```

#### Opening Jupyter Notebook

Install Jupyter Notebook:

```bash
conda install jupyter notebook
```

Then, launch Jupyter Notebook:

```bash
jupyter-notebook
```

You've successfully run Jupyter Notebook with Miniconda.

## Extra Perks

### 1. Creating a New Conda Environment

Create a new environment specifying Python version and install packages:

```bash
conda create -n <env_name> python=<version>
conda activate <env_name>
```

For example:

```bash
conda create -n myenv python=3.9
conda activate myenv
conda install numpy
```

### 2. Listing and Deleting Environments

List all environments:

```bash
conda env list
```

Delete an environment:

```bash
conda env remove -n <env_name>
```

### 3. Deactivating an Environment

Deactivate the current environment:

```bash
conda deactivate
```

For more information on managing environments, refer to [this link](https://askubuntu.com/questions/1026383/why-does-base-appear-in-front-of-my-terminal-prompt).
Are PRs effective in the code review process? 👩‍💻
Tags: webdev, devops, learning, career
Published: 2024-06-26 17:44:28

Well, love them or hate them, but you can't escape them! 😥

Dive deep into today's compelling discussion on enhancing DevEx, code reviews, leading Gen Zs, AI dev tools & more in hashtag#ep43 of the groCTO podcast featuring Jacob Singh, CTO in Residence at Alpha Wave Global 🎙

[](https://grocto.substack.com/p/ep-43-enhancing-devex-code-review)

Jacob's passionate views on PRs have sparked an interesting debate.
What are your thoughts? We'd love to hear from you in the comments! ✍ 

Key Takeaways 👇 

💻 What separates the tech cultures in India & the West?

💟 Creating good DevEx for Gen Z & younger generations

✅ Advice for leaders in misaligned organizations

📈 How Grofers improved their developer experience

🤖 Jacob on PRs, code reviews & utilizing AI tools for development

Find links to the full episode in the comments ✨
Meanwhile, Check out the sneak peek of our discussion below 👇

groCTO aims to bring the best tech leaders across the globe to empower you with their practical experiences and learnings in the realm of engineering management and leadership 🌍

Do let us know in the comments below what you’d like to see more of in our future podcast episodes 😁
Aggregation query in Cosmos DB
Published: 2024-06-26 17:40:40

Aggregation Queries in Cosmos DB with Ternary: A Workaround for Performance Concerns
Due to potential performance issues, I understand it's not typical to write aggregation queries like SUM and AVG on NoSQL databases. However, sometimes it's necessary to find a workaround for temporary situations. With my extensive experience in database development and providing SQL reports in operational and data warehouse databases, I know how useful aggregation queries can be.

In my special case, I needed a combination of SUM and CASE, common in Oracle and SQL Server databases. For example:

```
SELECT SUM(CASE WHEN status = 'approved' THEN 1 ELSE 0 END) AS approved FROM orders;
```
However, Cosmos DB does not support the CASE operation. Instead, it introduces the `Ternary` operator. `Ternary` works like `iif` :
```<bool_expr> ?  
    <expr_true> : 
    <expr_false>```

Here's how I constructed my query to get the sum of orders for today and this month:

```
SELECT
    SUM((c.orderDate > '{yesterday:O}' AND c.orderDate <= '{today:O}') ? c.price : 0) AS todayPrice,
    SUM((c.orderDate >= '{thisMonthStart:O}' AND c.orderDate < '{thisMonthStart.AddMonths(1):O}') ? c.price : 0) AS thisMonthPrice
FROM c
```
Explanation:
- Ternary Operator: Used to replace the CASE statement in Cosmos DB.
- todayPrice: Sums the prices of orders placed today.
- thisMonthPrice: Sums the prices of orders placed this month.
 I eliminate real date calue but you can provide them if you need a direct query or use placeholders if you run the code from an API.
Process Scheduling
Tags: webdev, beginners, programming, tutorial
Published: 2024-06-26 17:39:04

During my recent exploration of "Operating System Concepts with Java," I delved into Chapter 4, focusing on process scheduling—an area integral to our work as software developers. This chapter provides a comprehensive view of how operating systems manage this critical task.

It's always enriching to deepen your understanding of familiar topics. I'll be sharing a summary and a diagram illustrating the process, along with a snapshot of the book. Join me in exploring these insights, fellow programmers!
 
![Image description](https://dev-to-uploads.s3.amazonaws.com/uploads/articles/5f9m2bnm0v13w0wjxqwq.png)

**4.2 Process Scheduling**

Process scheduling is a fundamental aspect of operating systems that aims to maximize CPU utilization and provide efficient execution of processes. Here’s an overview of the key concepts related to process scheduling:

 
Objectives of Process Scheduling:

1.Multiprogramming: Ensure that at least one process is running at all times to maximize CPU utilization.
 
2. Time Sharing: Switch the CPU among processes frequently enough to allow users to interact with each program effectively.

Scheduling Queues:
As processes enter the system, they are managed through various queues:

1. Job Queue: Contains all processes in the system, including those waiting to be admitted to the system.

2. Ready Queue: Contains processes that are residing in main memory and are ready and waiting to execute. This queue is typically implemented as a linked list, where each PCB points to the next PCB in the queue.

3. Device Queues: Each I/O device has its own queue containing processes waiting for access to that device. For example, a disk device queue would hold processes waiting for disk I/O operations to complete.

Process State Transitions:

- Dispatching: When a process is selected from the ready queue to be executed on the CPU.
 
- I/O Request: If a process issues an I/O request, it moves from the running state to the waiting state and enters the corresponding device queue.
 
- Subprocess Creation: If a process spawns a new subprocess, it may wait for the new subprocess to terminate before returning to the ready queue.

- Interrupt Handling: Processes can be forcibly removed from the CPU due to interrupts (e.g., timer interrupts, I/O interrupts), causing them to be put back into the ready queue after handling the interrupt.

Process Lifecycle:
- Execution: A process executes on the CPU until it either completes its task, waits for an event (e.g., I/O completion), or is interrupted.

- Terminatio: When a process finishes its execution, it is removed from all queues, its PCB and resources are deallocated, and it transitions to the terminated state.

**Queueing Diagram:**

![Image description](https://dev-to-uploads.s3.amazonaws.com/uploads/articles/as53n5us1vqi99n8p6v8.png)
A queueing diagram illustrates the flow of processes between different queues (ready queue, device queues) and the resources that serve them (CPUs, I/O devices). This visual representation helps in understanding how processes move through the system during scheduling.
Finding the Best Leather Minimalist Wallet in the USA
Published: 2024-06-26 17:27:14

Hi everyone,

I'm on the hunt for a Leather Minimalist Wallet here in the USA, and despite the multitude of options available, I still haven't been able to pinpoint the best one. I'm looking for a wallet that combines both style and functionality, with a sleek design that doesn't compromise on quality. Ideally, it should be made from high-quality leather, offer enough space for a few cards and some cash, and be durable enough to withstand daily use.

I've come across a few brands like Debin Leather and few others for this type of [leather minimalist wallet](https://debinleather.com/collections/leather-minimalist-wallets) but I'm not entirely sure if these are the best choices. I've read mixed reviews about each, and it's hard to know which one truly stands out in terms of craftsmanship and longevity.

Has anyone here had any great experiences with a particular brand or model? Any recommendations would be greatly appreciated. Additionally, if you know of any lesser-known brands that offer excellent minimalist wallets, I'd love to hear about those as well.
40 Days Of Kubernetes (5/40)
Tags: kubernetes, 40daysofkubernetes
Published: 2024-06-26 17:24:42

## Day 5/40
# What is Kubernetes
[Video Link](https://www.youtube.com/watch?v=SGGkUCctL4I)
@piyushsachdeva 
[Git Repository](https://github.com/piyushsachdeva/CKA-2024/)
[My Git Repo](https://github.com/sina14/40daysofkubernetes)

We're going to look at `Kubernetes` architecture in depth.
1. `Control Plane` components.
2. Why it's needed.
3. How do they work?


![Kubernetes_arch](https://dev-to-uploads.s3.amazonaws.com/uploads/articles/hrumznwa567ftsmdmlo6.png)

---
- `Node` is nothing but a virtual machine.
- `Control Plane` is a virtual machine that hosts many administrative components, like board in companies!

- Actual works are done by `Worker Node`.
- `POD` is the smallest deployable unit that can be managed by `Kubernetes` which can include one or multiple containers.

- `API Server` acts as the central management point of the entire `Kubernetes` cluster.
- `Schedular` is that it automatically decides how to distribute workloads across a cluster of servers.

- `Controller Manager` which handles all interactions with `node controller`, `namespace controller`, `deployment controller`,  `replication controller` and so on, and make sure everything is up & running and monitored.
- `etcd` is a key-value datastore which stores the data required to manage clusters. Importantly.

- `kubelet` functions as an agent within nodes and is responsible for the running of pod cycles within each node.
- `kube-proxy` controls traffic routing and network connectivity for services within the cluster.

- `kubectl` is a command-line tool which command communicates with the `kube-apiserver` and sends orders to the `control plane` node.

---
### Work Flow
1. `kubectl` to `api-server`: Please create the `pod`
2. `api-server` validate and authenticate the user with `etcd` and notify the `controller-manager`.
3. `controller-manager` tells the `api-server` it's ok to have a `POD`
4. `api-server` write the request in `etcd` database.
5. `etcd` says to `api-server` yes it's done.
6. `api-server` says to `scheduler` to watch the new request.
7. `schedular` monitors and find out there's a `pod` creation request.
8. `schedular` says to `api-server` that I found a very special node for deploying the new `pod`.
9. `api-server` interacts with the `kubelet` of the selection `node`.
10. `kubelet` asks `docker` (or other alternative) to build the `container` with requeted `image`.
11. `docker` says to `'kubelet`, hey deploy what I built.
12. `kubelet` run the `pod` and sends back the detail to `api-server` that the `pod` is deployed.
13. `api-server` update the related record in `etcd` database.
14. `api-server` sends the detail to `kubectl` and the `user`.


![Image description](https://dev-to-uploads.s3.amazonaws.com/uploads/articles/53okd63k478f28j2h2eu.png)
Dynamic DOM Element Creation : <template>
Tags: javascript, dom, template
Published: 2024-06-26 17:19:35

### In HTML 
1. Create parent div
```
    <!---------------  Parent div -------------->
    <div id="parent" class="card m-5 mx-auto" >
        <h1>Hello Template</h1>
    </div>
```
2. Create template:

```
<!----------------- Template tag ------------>
    <template id="template">
        <div class="card d-flex">
            <img id="temp-img" src="https://picsum.photos/id/293/100/100" alt="smth">
            <h1>Template title</h1>
            <p>Lorem ipsum dolor sit amet, consectetur adipisicing elit. Animi, architecto dolor eius fugiat incidunt ipsa iure iusto officiis recusandae rerum!</p>
        </div>
    </template>
```
### In CSS:

```
#parent{
    width: 43%;
}
.card {
    width:500px;
    padding: 20px;
}
.card h1{
    font-size: 50px;
}
#temp-img {
    margin: 0 auto;
    width: 400px;
    height: 300px;
}
```

### In Javascript:
- **Call from HTML**
```
const parent = document.querySelector('#parent');
const template = document.querySelector('#template');
```
- **Clone the template**
```
clonedTemplate = template.content.cloneNode(true);
```
- **Append the new cloned template to the parent**

```
parent.prepend(clonedTemplate);
```
Who's the real boss? - Lead vs Manager
Tags: lead, manager, teamleadership, management
Published: 2024-06-26 14:44:28

[Lead vs Manager](https://bluebirdinternational.com/lead-vs-manager/) in the workplace: Who is who?

## Distinct Paths in Team Leadership

The distinction between leads and managers is marked by their focus and scope of authority.

**Leads** go deep into technical details, steering projects with their expertise.

**Managers** cast a wider strategic net, aligning team efforts with overarching business goals.

## Technical Direction vs. Strategic Vision

Leads are the technical compasses of a project, often remaining hands-on with the work and mentoring others in their craft. Managers, holding the reins of project direction and resource allocation.

## Comparing Leadership Roles

**Leads** concentrate on technical proficiency and day-to-day mentoring.

**Managers** handle strategic planning and have the final say in decision-making.

## The Responsibilities Divide

Leads are in the trenches with their team, assigning tasks and ensuring technical quality. Managers have a bird’s-eye view, orchestrating multiple teams, managing budgets, and fostering stakeholder relations.

## Skill Sets for Success

Leads must possess deep technical knowledge and strong communication skills.

Managers require a mix of strategic insight, project management, and interpersonal savvy.

## Who Guides the Team’s Course?

Leads may need managerial green lights for broader decisions, whereas managers are the decision-makers shaping the project’s journey.

## The Influence on Culture and Growth

Both leads and managers influence team dynamics, with managers typically setting the cultural tone and leads nurturing the technical skill growth of the team.