teleren/devto huggingface dataset:
Experience the powerful charm of BitPower Loop
Published: 2024-07-12 13:56:37

In today's rapidly developing technological era, finding efficient, reliable and innovative solutions has become a common pursuit of enterprises and individuals. BitPower Loop came into being under this background and is committed to providing users with excellent services and unparalleled experience.

What is BitPower Loop?
BitPower Loop is a new, intelligent energy management system designed to optimize energy use, improve energy efficiency and reduce costs. Whether it is an enterprise or an individual user, BitPower Loop can provide customized solutions to help users achieve modern and intelligent energy management.

core advantages
1. Intelligent monitoring and analysis
BitPower Loop is equipped with advanced sensors and monitoring equipment to track and record energy usage in real time. Through powerful data analysis functions, users can clearly understand energy usage patterns and detect abnormalities in time, so that they can take appropriate measures to avoid energy waste.

2. Energy saving and consumption reduction
By optimizing energy distribution and usage strategies, BitPower Loop helps users significantly reduce energy consumption and expenses. This not only helps enterprises improve economic benefits, but also reduces carbon emissions and contributes to environmental protection.

3. Customized solutions
Each user's energy needs and usage are different, and BitPower Loop provides flexible customized services to meet users' individual needs. Whether you are a large enterprise, commercial institution, or home user, you can find a solution that suits you.

4. Convenient operation
The user interface of BitPower Loop is simple and friendly, even users without technical background can easily get started. The system supports remote operation and monitoring, allowing users to monitor energy usage dynamics anytime and anywhere.

scenes to be used
Enterprise energy management: Help enterprises optimize production processes, reduce operating costs, and improve energy utilization efficiency.
Smart home: Provide convenient energy management tools for home users to improve the quality of life.
Public facilities: Optimize energy use in public facilities, reduce public expenditures, and improve service quality.
User reviews
Since its launch, BitPower Loop has won the trust and praise of many users. Users generally believe that BitPower Loop not only has excellent performance, but also provides considerate services, helping them realize the modernization and intelligence of energy management.

Summarize
BitPower Loop has become a rising star in the field of energy management with its advanced technology, flexible solutions and excellent user experience. Whether you are an enterprise or an individual user, choosing BitPower Loop is a big step towards an efficient, environmentally friendly, and smart life.

Join BitPower Loop and let us embrace the new era of smart energy management together!@BitPower Loop
FB采集软件,FB精准引流,FB自动加好友机器人
Published: 2024-07-12 13:57:31



FB采集软件,FB精准引流,FB自动加好友机器人



 了解相关软件请登录 http://www.vst.tw 

 

FB采集软件是一款专为商家和营销人员设计的数据采集工具。它基于facebook网站，通过输入关键词，实时采集店铺数据，包括手机电话、邮箱、标题名称、网址等信息。这款软件不仅功能强大，还内置数据库保存采集到的数据，并支持库内去重，确保数据不会重复。
FB采集软件的价格实惠，半年订阅价为280元，一年订阅价为380元。它广泛应用于facebook营销领域，帮助企业快速准确地筛选和分析用户数据，提升营销效果。
随着facebook营销的不断发展，越来越多的企业选择使用FB采集软件来辅助其营销策略。它不仅提升了数据收集的效率，还为企业决策提供了有力支持。FB采集软件是商家和营销人员的得力助手，值得一试。

                
                
                
            
        
            
                
                
                
                
                
            
        
            
                
                
                
                
                
            
        
                        
                    

                    
        
    

                    
                    
                    
                        
                            
                                
            
                
                    
                
                
                    
                        
                    
                
            

            

 了解相关软件请登录 http://www.vst.tw 

 



Tag:FB营销机器人,FB营销软件,FB引流软件,FB获取软件,FB加粉软件,FB群控机器人,FB群控软件,FB群控群控,FB群控专家,FB群控大师机器人,FB群控推广软件,FB群控引流工具,FB营销大师,FB推广专家
Docker Compose Develop Watch and Syncing Files from the Host Container to a Service
Tags: docker, containers, development, productivity
Published: 2024-07-12 14:02:19

[This thread has helped me better understand the "develop" behavior with Docker Compose](https://github.com/docker/compose/issues/11102)

[The Docker Compose documentation of "Example 1" in "Use Compose Watch"](https://docs.docker.com/compose/file-watch/#example-1) does a pretty good job explaining things. Perhaps part of it should be added to [the Compose File - Develop page](https://docs.docker.com/compose/compose-file/develop/) instead of hidden by links?

>After the service is up, the watch mode starts monitoring the target directories and files. Then, whenever a source file in the web/ directory is changed, Compose syncs the file to the corresponding location under /src/web inside the container. For example, ./web/App.jsx is copied to /src/web/App.jsx.
>
>Once copied, the bundler updates the running application without a restart.
>
>Unlike source code files, adding a new dependency can’t be done on-the-fly, so whenever package.json is changed, Compose rebuilds the image and recreates the web service container.

This appears to be the ideal process:
1. build the image with the current state of files copied into it
run compose with watch
2. whenever a file changes, rebuild the image so it has the updated state of files within it

Alternatively, outside of Docker Compose for syncing files (and based on the suggestions in the thread):
1. build the image with the current state of files copied into it (use a "watch" or "reload" command built into whatever app you're running)
2. run compose (do not use develop or watch)
3. run `docker compose cp ./src app:/src`
this should trigger the watch/reload command within the container

Another option is to build a base image that *does not* include source code and *only* builds an environment in which the source code can be built or run. Then, a volume can be mounted into the container with the latest source code from the host environment, and the code can be run.

Something like this:
1. build the image with the environment
2. run compose with a volume mounted
3. run the steps in the container to build/run the source

It all depends on your developer workflow and what is understandable and can be used daily with minimal disruption to [the developer feedback loop](https://medium.com/hootsuite-engineering/optimizing-the-feedback-loop-a-key-to-great-developer-productivity-f567c4e80c80).

Things to consider:
- how often are dependencies changing? should they be re-installed within the container or should the image be rebuilt (since one of the steps is installing dependencies)?
- is there a "watch" or "reload" command that reloads your app based on files changes?
- how much time does it take to rebuild the image? is it acceptable to yourself and to your team to wait for a rebuild on every set of source code changes? does it slow the developer feedback loop too much?
Experience the powerful charm of BitPower Loop
Published: 2024-07-12 14:07:34

In today's rapidly developing technological era, finding efficient, reliable and innovative solutions has become a common pursuit of enterprises and individuals. BitPower Loop came into being under this background and is committed to providing users with excellent services and unparalleled experience.

What is BitPower Loop?
BitPower Loop is a new, intelligent energy management system designed to optimize energy use, improve energy efficiency and reduce costs. Whether it is an enterprise or an individual user, BitPower Loop can provide customized solutions to help users achieve modern and intelligent energy management.

core advantages
1. Intelligent monitoring and analysis
BitPower Loop is equipped with advanced sensors and monitoring equipment to track and record energy usage in real time. Through powerful data analysis functions, users can clearly understand energy usage patterns and detect abnormalities in time, so that they can take appropriate measures to avoid energy waste.

2. Energy saving and consumption reduction
By optimizing energy distribution and usage strategies, BitPower Loop helps users significantly reduce energy consumption and expenses. This not only helps enterprises improve economic benefits, but also reduces carbon emissions and contributes to environmental protection.

3. Customized solutions
Each user's energy needs and usage are different, and BitPower Loop provides flexible customized services to meet users' individual needs. Whether you are a large enterprise, commercial institution, or home user, you can find a solution that suits you.

4. Convenient operation
The user interface of BitPower Loop is simple and friendly, even users without technical background can easily get started. The system supports remote operation and monitoring, allowing users to monitor energy usage dynamics anytime and anywhere.

scenes to be used
Enterprise energy management: Help enterprises optimize production processes, reduce operating costs, and improve energy utilization efficiency.
Smart home: Provide convenient energy management tools for home users to improve the quality of life.
Public facilities: Optimize energy use in public facilities, reduce public expenditures, and improve service quality.
User reviews
Since its launch, BitPower Loop has won the trust and praise of many users. Users generally believe that BitPower Loop not only has excellent performance, but also provides considerate services, helping them realize the modernization and intelligence of energy management.

Summarize
BitPower Loop has become a rising star in the field of energy management with its advanced technology, flexible solutions and excellent user experience. Whether you are an enterprise or an individual user, choosing BitPower Loop is a big step towards an efficient, environmentally friendly, and smart life.

Join BitPower Loop and let us embrace the new era of smart energy management together!@BitPower Loop
Entendendo Ponteiros
Tags: c, cpp, tutorial
Published: 2024-07-12 14:08:50

Em graduações da área de tecnologia, existem conceitos e matérias que geralmente assustam os alunos, alguns dos principais exemplos são matérias relacionadas a Programação Orientada a Objetos e Cálculo, outro exemplo são algumas noções mais abstratas tal como ponteiros, principalmente em C, tema deste artigo.
Diferentemente de nós, os computadores não conhecem uma determinada informação por um “rótulo” ou “nome”, e sim pelo endereço onde este dado está alocado na memória. Podemos pensar na memória como um conjunto de “células” que contém um número de bits que armazenam 0 ou 1 e que cada célula está associada a um determinado endereço onde armazena alguma informação para que os programas executados pela máquina possam acessar estes dados e os manipular.
Tendo em vista que para um programa poder usar um dado ele precisa saber de seu endereço na memória, podemos conceber o conceito de ponteiro. O ponteiro é uma variável que “aponta” para algum outro dado, é como se fosse um espaço na memória destinado a guardar o endereço de outra variável ou informação para que esta possa ser manipulada.
Mas agora vem a pergunta, qual a utilidade de um ponteiro? O ponteiro permite algumas operações mais complexas envolvendo a memória, tal como alocação dinâmica com Malloc ou a criação de estruturas de dados mais complexas, etc. Além disso, há alguns detalhes que não são tão facilmente percebidas pelos estudantes em um primeiro momento, tal como o fato de o nome de um vetor ser um ponteiro. Isto mesmo, um vetor nada mais é que um “ponteiro fixo” que aponta para uma determinada posição na memória e que nós usamos o índice para manipular de acordo com a necessidade.
Outra utilidade é a manipulação de dados por referência, por exemplo: passar uma matriz como parâmetro para outra função, permitindo que a matriz original seja modificada ao invés do valor ou objeto passado ser apenas uma cópia, algo que por exemplo ocorre no Javascript onde não há conceito de ponteiro (ao menos não explicitamente), por exemplo:

```
#include <stdio.h>

int vet [5] ={10,20,3,4};

void somadez(int * ref){
    for(int i=0;i<5;i++)
        ref[i]+=10;
}

int main () {
    somadez(vet);
    for(int i=0;i<5;i++)
        printf("%i\n",vet[i]);
     
    return 0;
}

saída:
20
30
13
14

note que quem foi alterado foi o vetor original
```
Outra utilidade não tão evidente de ponteiros, desta vez para linguagens orientadas a objeto, onde podemos, por exemplo, criar objetos dinâmicos e facilitar o trabalho com herança e polimorfismo.
Temos esse exemplo a baixo com C++:

```
#include <iostream>

using namespace std;

class Animal{
public:
    virtual void som();
};

class Cachorro : public Animal{
public:
    void som(){
        cout << "auau";
    }
};

int main () {
    Animal * ClasseBase;
    Cachorro ClasseFilha;

    ClasseBase = &ClasseFilha;
    ClasseBase->som();
    //neste caso podemos usar o ponteiro para acessar métodos e atributos de uma classe derivada.
    return 0;
}
```
🚀Welcome to BitPower Loop, a new era of blockchain technology! 🎉
Published: 2024-07-12 14:12:44



![Image description](https://dev-to-uploads.s3.amazonaws.com/uploads/articles/fvr5u9yhkgrfh8jszwia.jpg)BitPower Loop is an innovative platform based on the Tron blockchain, known for its fast transactions and low gas fees. We are committed to building a strong and flexible economic ecosystem through decentralized smart contract technology and a unique alliance structure. 💡

At BitPower Loop, you can enjoy unlimited income opportunities without any restrictions on the number or amount of transactions. Whether it is building an online business or by inviting new partners to join the team, the source of profit comes from the virtuous cycle of our ecosystem. 🔄

In order to accelerate the circulation of the ecosystem and increase revenue, you can also choose to increase liquidity. We provide you with a comprehensive platform that allows you to easily manage and expand your business. 📈

Join us to explore the unlimited possibilities of blockchain technology and realize your business dreams! 🌟

Follow us for more details! #BitPowerLoop
Singly Linked List using C++
Tags: cpp, linked, datastructures, algorithms
Published: 2024-07-12 14:32:23

In this C++ program, I will show you a basic singly linked list. It begins by defining a `node` structure to store an integer (`data`) and a pointer to the next node (`next`). 




### Node Structure Definition:
```cpp
struct node {
    int data;
    node* next;
};
```
data to store the integer value.
next to store the pointer to the next node in the list.

### Head Pointer Initialization:
```cpp
node* head = NULL;
```

### Create First Node:
Creates the first node and assigns its address to the head. 
```cpp
node* temp1 = head;

node* temp = new node();
temp -> data = x;
temp -> next = NULL;

head = temp;
```

For each subsequent input, a new node is created and appended to the end of the list. The program uses a helper function, `print`, to display the entire list after each insertion, showcasing the current state of the list with the memory addresses of nodes and their data. 

Loop to Add More Nodes:
```cpp
for (int i=0; i<n-1; i++) {
    cout << "Data : ";
    cin >> x;

    node* temp = new node();
    temp -> data = x;
    temp -> next = NULL;

    temp1 = head;
    while(temp1->next != NULL) {
        temp1 = temp1->next;
    }
    temp1->next = temp;

    print();
}
```
Creates a new node. Finds the end of the current list. Appends the new node to the end. Then Calls the print function to display the list.




## Linked list using C++ (Full code)
```cpp
#include<bits/stdc++.h>
using namespace std;

void print();

struct node{
    int data;
    node* next;
};

node* head = NULL;

int main(){
    int x, n;
    cout << "How many data want to input: ";
    cin >> n;
    cout << "Input your 1st data: ";
    cin >> x;

    node* temp1 = head;

    node* temp = new node();
    temp -> data = x;
    temp -> next = NULL;

    head = temp;
    for (int i=0; i<n-1; i++){
        cout << "Data : ";
        cin >> x;

        node* temp = new node();
        temp -> data = x;
        temp -> next = NULL;

        temp1=head;
        while(temp1->next!=NULL){
            temp1 = temp1->next;
        }
        temp1->next = temp;

        print();
    }
}
void print(){
    node* temp=head;
    cout << "List is :" << endl;
    while (temp!=NULL){
        cout << "temp: " << temp << " Data: " << temp->data << " next: " << temp->next << endl;
        temp = temp-> next;
    }
}
```

~ Thank You
Explore the power of innovative technology: BitPower Loop
Published: 2024-07-12 14:15:24

In this era of digitalization and rapid development, power management and energy efficiency have become particularly important. As an industry leader, BitPower Loop is redefining how we think about and manage energy. Whether you are a home user or a business user, BitPower Loop provides you with efficient, reliable and intelligent power solutions.

What is BitPower Loop?
BitPower Loop is an advanced power management system that combines Internet of Things (IoT), big data and artificial intelligence technologies. Not only is it able to monitor and manage your electricity usage, it also optimizes energy consumption through intelligent algorithms, thereby reducing electricity bills and carbon emissions.

Key features and advantages
1. Real-time monitoring
With the BitPower Loop, users can see their power consumption in real time, anywhere. The system provides detailed energy consumption reports and trend analysis to help users understand their consumption habits and adjust accordingly.

2. Intelligent optimization
BitPower Loop's intelligent algorithms automatically adjust power usage strategies based on a user's historical usage data and current price fluctuations in the electricity market, ensuring maximum performance at the lowest cost.

3. Automated management
The system can automatically detect and respond to power anomalies to avoid production interruptions or equipment damage caused by power failures. In addition, it can intelligently deploy power resources according to user-set priorities, ensuring that critical equipment is always in optimal operating condition.

4. Environmental protection and energy saving
By optimizing energy use, BitPower Loop will not only significantly reduce electricity bills, but also reduce carbon emissions and help the environmental cause. For enterprises, it is also an important means to enhance their green image and fulfill their social responsibilities.

Application field
BitPower Loop is widely used in homes, commercial buildings, industrial facilities, and public infrastructure. Whether it is intelligent management of home appliances or energy efficiency optimization of large industrial equipment, BitPower Loop provides tailor-made solutions.

Customer evaluation
Many users have already benefited greatly from BitPower Loop's innovative technology. An energy manager at a large manufacturing company said: "Since the introduction of BitPower Loop, we have reduced our energy costs by 15% and increased production efficiency by 20%. This system is not only intelligent, but also very reliable and is the key to our green transformation."

Future outlook
BitPower Loop is committed to continuous innovation and optimization to provide users with smarter and more efficient power management solutions. In the future, we will continue to lead the development of the industry and help the world achieve sustainable development goals.@BitPower Loop
🌐 Discover BitPower Loop!
Tags: bitpower, btc
Published: 2024-07-12 14:15:34

A revolutionary digital currency mining solution that brings new possibilities to your crypto mining experience. Using advanced energy recovery technology, BitPower Loop not only improves efficiency but also reduces environmental impact. Join us now to explore the future of innovation!

💡 Innovative Energy Recovery: Through innovative heat recovery technology, BitPower Loop effectively utilizes energy and minimizes waste.

🔒 Safe and Reliable: Comprehensively upgraded security measures to ensure the safety of your digital assets, allowing you to mine with confidence.

🌍 Sustainable Development: We are committed to sustainable development, contributing to the environment and creating a better ecology for the future.

🚀 Join us: Join BitPower Loop now and share the exciting moments of success and innovation with miners and investors around the world!

#BitPowerLoop #DigitalCurrency #Mining #SustainableDevelopment #InnovativeTechnology
Telegram采集附近人,Telegram拉群助手,Telegram行销助手
Published: 2024-07-12 14:19:21



Telegram采集附近人,Telegram拉群助手,Telegram行销助手



 了解相关软件请登录 http://www.vst.tw 

 

在Telegram这款广受欢迎的即时通讯应用中，用户不仅可以与全球各地的朋友保持联系，还能利用其独特的“附近的人”功能，发现周围的Telegram用户。通过开启该功能，用户可以浏览到与自己地理位置相近的其他Telegram用户，从而扩大社交圈，结识新朋友。
然而，在使用“附近的人”功能时，用户需要注意保护个人隐私和安全。首先，避免在公共场合透露过多个人信息，如家庭住址、工作单位等敏感信息。其次，谨慎与陌生人交流，避免陷入网络诈骗或其他不良行为。最后，定期检查和更新账户安全设置，确保账户安全。
总之，Telegram的“附近的人”功能为用户提供了更多社交机会，但用户在使用时也需保持警惕，确保个人信息安全。

                
                
                
            
        
            
                
                
                
                
                
            
        
                        
                    

                    
        
    

                    
                    
                    
                        
                            
                                
            
                
                    
                
                
                    
                        
                    
                
            

            

 了解相关软件请登录 http://www.vst.tw 

 



Tag:Telegram营销机器人,Telegram营销软件,Telegram引流软件,Telegram获取软件,Telegram加粉软件,Telegram群控机器人,Telegram群控软件,Telegram群控群控,Telegram群控专家,Telegram群控大师机器人,Telegram群控推广软件,Telegram群控引流工具,Telegram营销大师,Telegram推广专家
Telegram商海客营销,Telegram改资料软件,Telegram营销机器人
Published: 2024-07-12 14:22:03



Telegram商海客营销,Telegram改资料软件,Telegram营销机器人



 了解相关软件请登录 http://www.vst.tw 

 

在当今数字化时代，社交媒体平台的崛起改变了商业营销的面貌，其中Telegram作为一个全球性的即时通讯应用，不仅仅是个人交流的工具，也逐渐成为了企业营销的重要平台之一。本文将探讨Telegram在商业营销中的应用以及其优势。

Telegram在商业营销中的应用
1. 直接沟通和客户服务

Telegram提供了即时通讯的功能，企业可以通过创建公共频道或私密聊天与客户直接互动。这种直接的沟通方式不仅有助于建立客户关系，还可以快速响应客户的问题和需求，提升客户满意度和忠诚度。

2. 信息推送和内容营销

通过Telegram频道，企业可以定期推送最新的产品信息、促销活动、行业资讯等内容。这种方式可以帮助企业建立品牌声誉，吸引和保持用户的注意力，从而增加销售和转化率。

3. 社群建设和用户参与

Telegram群组是用户互动和参与的重要场所。企业可以通过创建群组或加入相关群组，与潜在客户和现有客户进行交流和讨论。在群组中，企业可以进行市场调研、产品测试、客户反馈收集等活动，有效地提升品牌的市场竞争力。

4. 机器人应用和自动化服务

Telegram支持机器人应用的开发，企业可以利用机器人提供自动化的客户服务、订单处理、信息查询等功能。这不仅可以提升工作效率，还可以为客户提供更加便捷和即时的服务体验。

Telegram的优势

全球覆盖和多平台支持,Telegram作为一个跨国的通讯平台，可以覆盖全球各地的用户，无论是在哪个国家或地区，企业都可以通过Telegram触达到目标受众。

安全和隐私保护,Telegram提供端到端的加密通讯，保障用户和企业的信息安全，这使得用户更愿意在Telegram上与企业进行沟通和交流。

灵活的互动方式,通过频道、群组和机器人，Telegram提供了多样化的互动方式，使得企业可以根据自身的需求和策略来选择合适的营销手段，灵活应对市场变化。

结语

综上所述，Telegram作为一个强大的社交媒体平台，在商业营销中展现出了巨大的潜力和优势。通过其直接沟通、信息推送、社群建设和机器人应用等功能，企业可以实现更加精准和有效的营销策略，提升品牌影响力和市场竞争力。随着数字化营销的发展，Telegram无疑将继续在商业领域中扮演着重要角色。

 了解相关软件请登录 http://www.vst.tw 

 



Tag:Telegram营销机器人,Telegram营销软件,Telegram引流软件,Telegram获取软件,Telegram加粉软件,Telegram群控机器人,Telegram群控软件,Telegram群控群控,Telegram群控专家,Telegram群控大师机器人,Telegram群控推广软件,Telegram群控引流工具,Telegram营销大师,Telegram推广专家