teleren/devto huggingface dataset:
８章7
Published: 2024-04-18 03:19:25

このJavaコードは、ラムダ式を使用しています。ラムダ式は、関数的インターフェイスを簡潔に記述するための構文です。関数的インターフェイスとは、抽象メソッドを1つだけ持つインターフェイスのことを指します。

このコードにおけるラムダ式 `(str) -> { return Integer.parseInt(str); }` は、`String` を引数にとり、それを `Integer` に変換する処理を定義しています。このようなインターフェイスは `java.util.function` パッケージにある `Function<T,R>` に該当します。ここで、`T` は入力の型（この場合は `String`）、`R` は結果の型（この場合は `Integer`）です。

選択肢を見ると、以下の関数的インターフェイスが考えられます：

- `Consumer<T>`: 引数を1つ受け取り、値を返さない（消費するだけ）。
- `Function<T,R>`: 引数を1つ受け取り、何らかの値を返す。
- `Supplier<T>`: 引数を受け取らず、値を供給する。
- `Predicate<T>`: 引数を1つ受け取り、booleanを返す。

ラムダ式が `String` を受け取り、`Integer` を返しているので、これは `Function<T,R>` インターフェイスの定義に一致します。したがって、空欄には `Function` が正しい答えとなります。

それでは、コードにコメントを加えて説明します。

```java
import java.util.function.*; // java.util.functionパッケージをインポート

public class Main {
    public static void main(String[] args) {
        // Functionインターフェースの宣言。Stringを受け取り、Integerに変換する。
        Function<String, Integer> func = (str) -> {
            return Integer.parseInt(str); // StringをIntegerに変換する
        };

        // Functionインターフェースのapplyメソッドを呼び出し、"100"をIntegerに変換してから2倍する
        System.out.println(func.apply("100") * 2); 
    }
}
```

上記のコメントアウトは、コードの各部分が何をしているのかを説明するために加えました。`Function` インターフェースは `apply` メソッドを持っており、これは一つの引数を受け取って処理を行い、結果を返します。この例では、`apply` メソッドが `"100"` という `String` を受け取り、`Integer.parseInt` メソッドを使って `Integer` に変換し、それを2倍にしています。この処理は関数的インターフェイス `Function` の特性に完全に一致するため、答えはB（Function）です。
463. Island Perimeter
Published: 2024-04-18 03:07:28

https://leetcode.com/problems/island-perimeter/description/?envType=daily-question&envId=2024-04-18

```javascript
/**
 * @param {number[][]} grid
 * @return {number}
 */
var islandPerimeter = function(grid) {
    const rows = grid.length
    const cols = grid[0].length
    let perimeter  = 0

    const isWater = (r, c) => {
        return r < 0 || r >= rows || c < 0 || c >= cols || grid[r][c] === 0
    }

    for (let r = 0; r < rows; r++) {
        for (let c = 0; c < cols; c++) {
            if (grid[r][c] === 1) {
                if (isWater(r - 1, c)) perimeter++
                if (isWater(r + 1, c)) perimeter++
                if (isWater(r, c - 1)) perimeter++
                if (isWater(r, c + 1)) perimeter++
            }
        }
    }

    return perimeter

};




```
８章５と６
Published: 2024-04-18 02:54:10

このJavaコードのコメントアウト版は以下の通りです。答えがA、つまり`Predicate<Sample>`である理由も説明します。

```java
import java.util.Arrays;
import java.util.List;
import java.util.function.*;

public class Main {

    public static void main(String[] args) {
        // Sampleオブジェクトのリストを作成
        List<Sample> list = Arrays.asList(
            new Sample(10),
            new Sample(20),
            new Sample(30));

        // xに対してtestメソッドを適用し、条件を満たすかチェック
        if (x.test(new Sample(20))) {
            System.out.println("ok");
        }
    }
}

// Sampleクラスの定義
class Sample {
    private int num; // Sampleの数値を保持するフィールド

    public Sample(int num) {
        this.num = num; // コンストラクタで数値を初期化
    }

    // オブジェクトが等しいかどうかを評価するequalsメソッド
    public boolean equals(Object obj) {
        // オブジェクトがSample型ではない場合、falseを返す
        if (obj instanceof Sample == false) {
            return false;
        }
        // 数値が同じであればtrueを返す
        if (this.num == ((Sample)obj).num) {
            return true;
        }
        // 上記の条件に合致しない場合はfalseを返す
        return false;
    }
}
```

A. `Predicate<Sample>` x = s -> list.contains(s);
これが正しい答えです。Predicateは、引数を取って何らかの条件で評価を行い、boolean値を返す関数型インタフェースです。ここでは、与えられた`Sample`オブジェクトがリストに含まれているかどうかを確認しています。`test`メソッドはこの確認を行い、`new Sample(20)`がリストに含まれているかどうかを評価します。含まれていれば`true`を返し、`main`メソッド内の`if`ステートメントで"ok"が出力されます。

その他の選択肢は以下の理由で不適切です：

B. `Supplier<Sample>` は結果を供給するが、条件をテストしない。
C. `Consumer<Sample>` は引数を消費するが、何かを戻すわけではなくテストもしない。
D. `Function<Sample>` は一つの型から別の型への変換を行うが、単に条件をテストするだけではない。
## 追記

画像内のテキストは以下の通りです：
---
[関数型インタフェースの特徴]

関数型インタフェース　| メソッド　| 説明
--- | --- | ---
Consumer<T> | void accept(T) | 引数を受け取って処理をする。結果を戻さない、引数の「消費者」
Supplier<T> | T get() | 何も受け取らずに結果だけを戻す「供給者」
Predicate<T> | boolean test(T) | 引数を受け取ってそれを評価する「断定」
Function<T, R> | R apply(T) | 引数を受け取って、指定された型(R) の結果を戻す「処理」

## ポイント

極簡単なコツをお伝えします。このJavaのコードにおいて、正しい関数型インタフェースを選ぶためには、以下のステップに従うとよいでしょう：

1. **メソッドのシグネチャを理解する：**
   - `boolean test(T t)`：何かを受け取り、`boolean`の結果を返す（`Predicate`）。
   - `T get()`：何も受け取らずに、何かを返す（`Supplier`）。
   - `void accept(T t)`：何かを受け取り、返り値がない（`Consumer`）。
   - `R apply(T t)`：何かを受け取り、別の型の何かを返す（`Function`）。

2. **コードが何を求めているかを理解する：**
   - この場合、`if (x.test(new Sample(20))) { ... }` は、`x`が何かの条件をテストしていることを示しています。

3. **メソッドのシグネチャとコードの要求を照合する：**
   - コードがテストを行っているので、返り値の型が`boolean`である関数型インタフェースを探します。
   - `test(T t)`メソッドを持つのは`Predicate`インタフェースだけです。

この3ステップにより、選択肢Aが`Predicate<Sample>`である理由がわかります。なぜなら、`list.contains(s)`は`boolean`値を返し、これは`Predicate`の`test`メソッドの契約に合致しているからです。他のインタフェースは、この使用方法に合致しないシグネチャを持っています。
8章4
Published: 2024-04-18 02:46:23

このJavaコードは、`Runnable`インターフェースの実装としてラムダ式を使用してスレッドを生成し、実行しています。私はこのコードにコメントを加えて、どのように動作するのかを説明し、それがなぜ答えD「コンパイルエラーが発生する」になるのかを解説します。

```java
public class Sample {
    public static void main(String[] args) {
        int cnt = 0; // メインメソッドのスコープでカウンタ変数cntを宣言して0で初期化

        // ラムダ式を使ってRunnableインターフェースの実装を作成
        Runnable r = () -> {
            // ラムダ式の中でcnt変数を再宣言している。これはスコープが異なるためエラーにはならないが、
            // このcntは外側のcnt変数とは異なる変数である。
            for (cnt = 0; cnt < 10; cnt++) {
                // このcnt++はループの中でカウンタを増やすために使われているが、
                // これが実際にはラムダ式の外側のcnt変数を変更しようとしていることになる。
                // Javaのラムダ式では、ラムダ式の外側のローカル変数を変更することは許されていない。
                // この行はコンパイルエラーを発生させる。
                System.out.println(cnt++);
            }
        };

        // 新しいスレッドを作成してラムダ式を実行
        new Thread(r).start();
    }
}
```

このコードの問題点は、ラムダ式内で外部のローカル変数`cnt`を変更しようとしていることです。Javaでは、ラムダ式から参照される外部のローカル変数は実質的に`final`である必要があります。つまり、ラムダ式内部で変更することはできません。しかし、ここでは`for`ループの中で`cnt++`というインクリメント演算を行っているため、コンパイルエラーが発生します。

そのため、答えは「D. コンパイルエラーが発生する」となります。


## 追記
コンパイルエラーを避けるには、ラムダ式内で外部のローカル変数を変更しないようにする必要があります。このコードでは、`Runnable`インターフェースの実装内でループ変数`cnt`を使用していますが、これが外部スコープの変数`cnt`と衝突しています。コンパイルエラーを避けるためには、ラムダ式内で使用するカウンタ変数を独立させる必要があります。

以下はそのための修正案です：

```java
public class Sample {
    public static void main(String[] args) {
        // ラムダ式から参照されるローカル変数はfinalまたは実質的finalである必要があるため、
        // ラムダ式内で変更する変数はラムダ式内で宣言する。

        Runnable r = () -> {
            for (int i = 0; i < 10; i++) {
                // ラムダ式内で独立したループカウンタiを使用。
                System.out.println(i);
            }
        };

        // Runnableの実装をThreadコンストラクタに渡してスレッドを起動
        new Thread(r).start();
    }
}
```

この変更により、`Runnable`の実装内で新しいカウンタ変数`i`を導入しました。この変数は`Runnable`の実装内でのみスコープされるため、外部の変数に干渉せず、コンパイルエラーが発生しません。また、`Runnable`実装外で宣言された`cnt`変数はもはや不要なので、削除することができます。
The Dangers of Learning Too Many Languages
Tags: webdev, beginners, programming, learning
Published: 2024-04-18 02:34:00

You are always learning new programming languages or frameworks.

I think all of us have fallen victims to this.

Whether it is the hype of a certain technology, or you just decide one day that you want to master something completely new just for the challenge of it.

It is really a vain pursuit.

Why? Well I'm all for you being a constant learner.

That is a good thing you actually have to do in this industry.

You have to always be learning.

But the question is, "What are you learning?"

It is much more beneficial to be learning and mastering the concepts of programming and how things are really working than learning many different languages.

Which to be honest, each one is just a new syntax.

It is just the new language. Why do that.

If you really understand the concepts that underline programming,

- A loop can be looked up in any language
- A switch statement can be looked up in any language

It is all just syntax!

Also read: [How I would Learn JavaScript If I was Starting Over](https://karlgusta.substack.com/p/how-i-would-learn-javascript-if-i)

So, if you are asked to build a feature in a new language or frameworks, something that you haven't used before, you should be able to:

1. Read a quick overview of that technology and how it works.
2. Be able to build that feature based on programming concepts or pseudo code even and then transforming it into whatever syntax that language speaks.

Also, and I did an article on this one recently. I will share a link.

But if you are going to learn a new language for the sake of doing so, pick a lower level language like

- C
- Rust
- Go or
- C#

If you are coming from Python or something high level like that.

And once you have put in the work of learning the deeper concepts that those languages force you to understand, you can really jump in anywhere.

Rooting for you,

Karl ⛹️

Ps. Also, don't forget to follow me here and on [Twitter/X](https://twitter.com/thekarlgusta) for more upcoming posts!
８章２
Published: 2024-04-18 02:25:15

もちろんです。アップロードされた画像に書かれた内容をテキストにして説明します。

最初の画像には以下のように書かれています：

```
関数型インタフェースの型　変数名 = ( 引数 ) -> { 処理 };
```

これは、Javaなどのプログラミング言語で使われるラムダ式の構文です。関数型インタフェースの型に対応する変数にラムダ式を代入しています。ラムダ式は、引数を取り、その引数を使って何らかの処理を行う無名関数の一種です。

二番目の画像には、ラムダ式の利点と欠点が以下のように書かれています：

中カッコありの場合の利点:
- 複雑な処理を記述できる。
- 処理内部で`return`文が使える。

中カッコなしの場合の欠点:
- 少し煩雑になりがち。
- 単純なロジックの場合は`return`文を使わず、式を記述しなければならない。

ラムダ式を使う際には、このような利点と欠点を考慮してコードを書く必要があります。もっと詳しい情報が必要であれば、質問してください。
Utilizando "createAsyncThunk" do Redux para fazer chamada async
Published: 2024-04-17 23:51:51



**JÁ PRECISOU INICIALIZAR O ESTADO DO REDUX COM RESULTADO DE UMA API ASYNC?**

Pois bem aqui está um exemplo de como funcionar essa chamada async da API, para inicializar o estado no **redux**.

Primeiramente criamos uma função async, nesse caso chamada de "loadCourse" e depois podemos colocar dentro do "createSlice" na propriedade **extraReducers**, quando a função criada estiver com o state como "fulfilled" recebemos o retorno no campo action.payload, como segue abaixo.


```
export const loadCourse = createAsyncThunk(
  'player/load',
  async () => {
    const response = await api.get('/courses/1')
    
    return response.data
  }
)

export const playerSlice = createSlice({
  name: 'player',
  initialState,
  reducers: { 
  // como se fosse useEffect para carregar
  extraReducers(builder) {
    builder.addCase(loadCourse.fulfilled, (state, action) =>{
      state.course = action.payload
    })
  }
})
```
Day 946 : Understand
Tags: hiphop, code, coding, lifelongdev
Published: 2024-04-18 00:36:51

_liner notes_:
- Professional : Had a meeting to discuss a project and flesh out some details so that everyone is on the same level of understanding and expectation. It was my first time in this meeting and it was cool to see the behind the scenes. Reached out to some folks about an upcoming trip to plan some other activities while I'm there. I think I've narrowed down the times I'll be out. Just need to hear back from some folks and I'll be able to start booking stuff. Spent a bunch of time trying to understand what a person from the community was asking. I think we finally got there and it turns out it has nothing to do with our software. haha. Got a little work done on my new proof of concept. Not a bad day.

- Personal : Last night, I finally figured out how to get the domain redirects working (kind of). One domain transforms into the main domain when you type it in. It's fine. Looked through some tracks for the radio show. Heard back about a question I have about the property and did a little research. Need to do more and reply with other questions. Watched a couple of X-Men animation episodes.

![The photo shows a beautiful landscape with a mountain and a lake. The sky is orange and the sun is setting. The mountain is in the background and is covered in snow. The lake is in the foreground and is surrounded by trees. There are some rocks on the shore of the lake. The location is Glacier National Park in Montana, USA.](https://dev-to-uploads.s3.amazonaws.com/uploads/articles/hcg0m5la2p10aqn1aisn.jpg)

So this morning I woke up with my brain thinking about an alternative way that I've been doing something. I think it may be a little easier that what I've done. At least of a specific use case. Going to see if I can code something up as a quick proof of concept. It'll build on the things I've been recently using and learning. Going to work tonight on my highlight clip generator, go through Bandcamp and pick up some tracks and start putting together my social media posts for Friday.

Have a great night!

peace piece
Dwane / conshus
https://dwane.io / https://HIPHOPandCODE.com
{% youtube MouC40EsCUU %}
How to dynamically import Swiper.js in Next.js?
Tags: swiper, nextjs, javascript
Published: 2024-04-17 23:20:52

The question is posted on StackOverflow, but no one has helped so far.

https://stackoverflow.com/questions/78342672/how-to-use-swiper-js-in-next-js

I am a little desperate. Could anyone take a look please?

Thanks!
Cloud
Tags: cloud, aws, azure, threatmapper
Published: 2024-04-17 23:14:18

**Guias**

- [AWS](https://dev.to/iannetta/aws-17ch)
- [Azure](https://dev.to/iannetta/azure-fnl)

---

**Tools**

- [​ThreatMapper](https://github.com/deepfence/ThreatMapper): Open source cloud native security observability platform. Linux, K8s, AWS Fargate and more.
- [​Pulumi](https://www.pulumi.com/) - IaC: Infrastructure as code using languages we already know.

---

**Usefull links**

- [Github :: Awesome Cloud Security by 4ndersonLin](https://github.com/4ndersonLin/awesome-cloud-security?utm_content=buffere7268&utm_medium=social&utm_source=linkedin.com&utm_campaign=buffer)
Understanding the Flag Register in x86 Assembly Language
Tags: assembly, discuss, computerscience
Published: 2024-04-17 23:07:41


![Image description](https://dev-to-uploads.s3.amazonaws.com/uploads/articles/dxjv2qb9crxm54sb3riz.PNG)

In assembly language, understanding the processor status and flags register is very crucial part. Flag register is the special purpose of register. There are total 9 flags register. In this article, we will describe all this status flag registers. So, lets start….

.

We can divided the 9 flags into two category, those are

## **_Status Flags_**

There are 6 flag registers in 8086 microprocessor which become set (1) or reset (0) depending upon condition after either 8-bit or 16-bit operation. These flags are conditional/status flags.

The 6 status flags are:

a. Sign Flag (SF)

b. Zero Flag (ZF)

c. Carry Flag (CF)

d. Auxiliary Carry Flag (AF)

e. Parity Flag (PF)

f. Overflow Flag (OF)

.



## Control Flags

The control flags enable or disable certain operations of the microprocessor.

There are 3 control flags…

a. Directional Flag (DF)

b. Interrupt Flag (IF)

c. Trap Flag (TF)

.

.

Sign Flag (SF): If the MSB of a result is 1 than the sign flag will be 1. If the MSB of the result is 0 than the sign flag will be 0.


Zero Flag (ZF): For zero result, it will be 1. For non-zero result it will be 0. 


Carry Flag (CF): If there is a carry out from the most significant bit (MSB) on addition, or there is a borrow into the MSB on subtraction, CF will be 1. Otherwise, CF will be 0.


Auxiliary Carry Flag (AF): If there is a carry out from bit 3 on addition, or a borrow into bit 3 on subtraction, AF will be 1. Otherwise, AF will be 0.


Parity Flag (PF): If the low byte of a result has an even number, PF will be 1. Otherwise, PF will be 0.


Overflow Flag (OF): If signed overflow occurred, OF will be 1. Otherwise OF will be 0.


**_Effect of Instructions on Flags_**
Different instructions in assembly language may affect the flags differently. For example, arithmetic instructions like ADD and SUB directly affect all flags. INC and DEC flag affects all except CF. On the other hand, MOV and XCHG affects no flags.



**_References:_**
Y. Y. Yu and C. Marut, Assembly Language Programming and Organization of the IBM PC, illustrated ed. Mitchell McGraw-Hill, 1992
DevLog #13 - Role of the Product owner
Tags: productowner, agile, scrum
Published: 2024-04-17 21:53:24

Product owner plays a key role in the team that follows Agile Scrum methodology and has more responsibilities to handle in the team. Mainly, product owner should represent the stakeholders to communicate the requirements to the team and should ensure that team delivers the value to the customer, acting role like 'Man in the middle' between stakeholders an the development team. Therefore, product owner is the person who maintains the product backlog adding new items, removing useless items, refine existing items according the priorities. 

In the context of our project, I am the product owner and I could practise above mentioned tasks with the help of my team members. As my point of view, product owner should be a good listener, analytical thinker and good team player as well as having previous experience is added advantage because he needs to communicate and balance both stakeholders and development team to deliver correct value to the customer. If the product owner understands a requirement wrong way or sets the priorities wrong way, it will be added to the product backlog same way and development team develops it the same wrong way and will be delivered it to the customer without proper value. 

Finally, I needed to emphasise that we need to more careful while selecting a team member as a product owner.
configure a single network interface in CentOS
Published: 2024-04-17 22:54:58

To configure a single network interface in CentOS to automatically adapt to corresponding static IP addresses in different network environments, you can utilize the NetworkManager tool and a script.

Here's an overview of the steps:

Create a Script: First, create a script file to configure the network interface with the desired static IP addresses. This script will modify the IP address and gateway settings based on the input parameters.

Grant Execution Permission: Make the script executable by assigning execution permissions.

Use the Script: Whenever you need to switch to a different network environment, run the script with the appropriate IP address as a parameter. The script will configure the network interface accordingly.

By following these steps, your CentOS host should be able to automatically adapt to the specified static IP addresses in different network environments.
Thinnes Transport, Inc.
Published: 2024-04-17 22:32:16


![Image description](https://dev-to-uploads.s3.amazonaws.com/uploads/articles/yiqyfvzhfspb3bjd4tty.png)

Thinnes is a family-owned 3PL business that's been providing FTL & LTL freight transportation and logistics services along with warehousing and distribution since 1975. We're committed to creating continuous improvements that meet our customers' expectations through implementing changes with a consistent, high level of exceptional transportation and distribution service tailored to fit your unique shipping needs with dependability, integrity, and excellence.

Customer satisfaction is our top priority. We have your best interests at heart and understand how important it is to get your freight delivered on time. We've earned a great reputation among our valued customers for our dedication and commitment to you and your supply chain.

We'd like to invite your company to experience the great services we offer! Each and every customer is valuable to us. Communication and growth in our partnership with you is the key to success.

Thinnes has operated out of Lake in the Hills, IL and Crystal Lake, IL for over 40 years. We're conveniently located 30 miles west of Chicago, IL, 75 miles south of Milwaukee, WI. Our warehouse is close to rail, three major airports, and Great Lakes shipping lanes. We serve the US, Canada, Mexico and International.
Come explore how Thinnes can help you improve your freight transportation and logistics needs. With our expertise, dedication, and commitment to excellence, you're sure to get the best service possible.

Thinnes Transport, Inc.
Address: [450 Congress Pkwy, Crystal Lake, IL, 60014, US](https://www.google.com/maps?cid=15790352199713618475)
Phone: 312-659-4809
Website: [https://thinnestransport.com/](https://thinnestransport.com/)

Visit us:
[Thinnes Transport, Inc. Facebook](https://www.facebook.com/THINNES.TRANSPORT)
[Thinnes Transport, Inc. Instagram](https://www.instagram.com/thinnestransport/)
[Thinnes Transport, Inc. LinkedIn](https://www.linkedin.com/company/thinnes-transport-inc)

Our Transport Services:
Full Trailer Load Services
Less-than-truckload Services
Warehouse & Distribution Solutions
Worldwide Transport Services
Instalando o Tensorflow com suporte a GPU no Windows com WSL2
Tags: tutorial
Published: 2024-04-17 22:23:09

Depois de passar horas tentando resolver, lendo vários posts, vou resumir aqui o que certo pra mim.

Dado que: já tenho WSL2 instalado e tenho rtx 4070

**1: Instalar os drivers no windows**

baixar o driver: search e download - https://www.nvidia.com/drivers 
baixar cuda toolkit https://developer.nvidia.com/cuda-downloads?target_os=Windows
baixar e instalar cudnn driver https://developer.nvidia.com/cudnn

obs: não instale nada pelo terminal do wsl, pode dar problema

**2. Variáveis de ambiente!!! Muito importante**

export PATH=/usr/local/cuda/bin:$PATH
CUDNN_PATH=$(dirname $(python -c "import nvidia.cudnn;print(nvidia.cudnn.__file__)"))
export LD_LIBRARY_PATH=$LD_LIBRARY_PATH:$CONDA_PREFIX/lib/:$CUDNN_PATH/lib

**3. instalar tensorflow**

 pip install tensorflow[and-cuda]

se estiver usando zsh

 pip install "tensorflow[and-cuda]"

**4. testar no terminal do ubuntu os comandos**
nvidia-smi.exe 

nvcc -V

python3 -c "import tensorflow as tf; print(len(tf.config.list_physical_devices('GPU')))"

**5. Para tirar um warning**

export TF_CPP_MIN_LOG_LEVEL=2

sudo apt-get install numactl
numactl --show


https://discuss.tensorflow.org/t/tensorflow-installation-error/15889/3
https://medium.com/@jessicaisri/instalando-o-tensorflow-com-suporte-a-gpu-no-windows-com-wsl2-2858f4df08e5
Cashback
Tags: sale, cash, cashback, webdev
Published: 2024-04-17 22:17:27


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