Even

Dortmund, Germany, May 9th, 2024/Chainwire/--CONF3RENCE 2024 and BLOCKCHANCE are thrilled to announce their union, marking the inception of a flagship Web3 event in the Ruhr area, Europe's economic powerhouse. BLOCKCHANCE has already demonstrated the possibilities of the German Web3 ecosystem. Together, aiming to build a bridge between traditional economy and Web3, this union propels CONF3RENCE to a leading position on a global level. Scheduled for next week, May 15th and 16th at Signal Iduna Park in Dortmund, Germany's largest stadium, CONF3RENCE aims to bridge the traditional economy with the burgeoning Web3 and AI sectors. The event is set to be a pivotal moment for the blockchain community, featuring 150+ speakers and hosting more than 100 partners & exhibitors from around the globe. Highlights of CONF3RENCE 2024: Top-notch speakers from traditional enterprises, finance, science, and politics; European Central Bank, NVIDIA, Animoca Brands, IBM, Litecoin and many more
Exciting panel discussions and workshops on the most critical topics in the blockchain and AI industries
Exclusive networking opportunities for making new contacts and exchanging ideas with experts.
8 million EUR in prizes for our Startup Award, an innovative hackathon, live demos and further exciting interactive elements
Partnerships with leading industry and finance associations, significant blockchain associations and business clubs enable an unprecedented quality of visitors and opportunities
Large exhibition area for presenting products and business opportunities to promote innovation and business relationships CONF3RENCE is more than an event; it's a mission to unify stakeholders across sectors to foster the implementation of blockchain and AI technologies, showcasing existing applications and exploring new synergies. With its comprehensive program and dedication to innovation, CONF3RENCE is poised to catalyze the growth of blockchain technology and shape the future of digital economies. Join us in Dortmund for an unprecedented exploration of the potential that lies at the intersection of the traditional economy and the dynamic Web3 and AI industries. CONF3RENCE is your opportunity to be part of the conversation shaping the future of technology and society. About CONF3RENCE CONF3RENCE is a leading global forum dedicated to the exploration and promotion of blockchain and AI technologies. Situated in the heart of Europe's economic powerhouse, the Ruhr area, CONF3RENCE serves as a pivotal platform for bridging the traditional economy with the innovative realms of Web3 and AI. To learn more, visit the website, or X (Twitter), or LinkedIn. Contact Sascha Roehrer SOLV3 GmbH sascha@solv3.eu This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here. Dortmund, Germany, May 9th, 2024/Chainwire/--CONF3RENCE 2024 and BLOCKCHANCE are thrilled to announce their union, marking the inception of a flagship Web3 event in the Ruhr area, Europe's economic powerhouse. BLOCKCHANCE has already demonstrated the possibilities of the German Web3 ecosystem. Together, aiming to build a bridge between traditional economy and Web3, this union propels CONF3RENCE to a leading position on a global level. Scheduled for next week, May 15th and 16th at Signal Iduna Park in Dortmund, Germany's largest stadium, CONF3RENCE aims to bridge the traditional economy with the burgeoning Web3 and AI sectors. The event is set to be a pivotal moment for the blockchain community, featuring 150+ speakers and hosting more than 100 partners & exhibitors from around the globe. Highlights of CONF3RENCE 2024: Top-notch speakers from traditional enterprises, finance, science, and politics; European Central Bank, NVIDIA, Animoca Brands, IBM, Litecoin and many more Exciting panel discussions and workshops on the most critical topics in the blockchain and AI industries Exclusive networking opportunities for making new contacts and exchanging ideas with experts. 8 million EUR in prizes for our Startup Award, an innovative hackathon, live demos and further exciting interactive elements Partnerships with leading industry and finance associations, significant blockchain associations and business clubs enable an unprecedented quality of visitors and opportunities Large exhibition area for presenting products and business opportunities to promote innovation and business relationships Top-notch speakers from traditional enterprises, finance, science, and politics; European Central Bank, NVIDIA, Animoca Brands, IBM, Litecoin and many more Exciting panel discussions and workshops on the most critical topics in the blockchain and AI industries Exclusive networking opportunities for making new contacts and exchanging ideas with experts. 8 million EUR in prizes for our Startup Award, an innovative hackathon, live demos and further exciting interactive elements Partnerships with leading industry and finance associations, significant blockchain associations and business clubs enable an unprecedented quality of visitors and opportunities Large exhibition area for presenting products and business opportunities to promote innovation and business relationships CONF3RENCE is more than an event; it's a mission to unify stakeholders across sectors to foster the implementation of blockchain and AI technologies, showcasing existing applications and exploring new synergies. With its comprehensive program and dedication to innovation, CONF3RENCE is poised to catalyze the growth of blockchain technology and shape the future of digital economies. Join us in Dortmund for an unprecedented exploration of the potential that lies at the intersection of the traditional economy and the dynamic Web3 and AI industries. CONF3RENCE is your opportunity to be part of the conversation shaping the future of technology and society. About CONF3RENCE CONF3RENCE is a leading global forum dedicated to the exploration and promotion of blockchain and AI technologies. Situated in the heart of Europe's economic powerhouse, the Ruhr area, CONF3RENCE serves as a pivotal platform for bridging the traditional economy with the innovative realms of Web3 and AI. To learn more, visit the website , or X (Twitter) , or LinkedIn . website website X (Twitter) X (Twitter) LinkedIn LinkedIn Contact Sascha Roehrer SOLV3 GmbH sascha@solv3.eu This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here. This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here . here here

CONF3RENCE 2024 The Web3 Flagship Event In Germany Is Just Around The Corner

CONF3RENCE 2024 জার্মানিতে ওয়েব3 ফ্ল্যাগশিপ ইভেন্টটি একেবারে কোণায় রয়েছে

CONF3RENCE 2024 Das Web3-Flaggschiff-Event in Deutschland steht vor der Tür

CONF3RENCE 2024 El evento insignia de Web3 en Alemania está a la vuelta de la esquina

CONF3RENCE 2024 L'événement phare du Web3 en Allemagne approche à grands pas

जर्मनी में वेब3 फ्लैगशिप इवेंट कॉन्फ़्रेंस 2024 बस आने ही वाला है

CONF3RENCE 2024 ドイツにおける Web3 のフラッグシップ イベントが間もなく開催されます

CONF3RENCE 2024 독일의 Web3 플래그십 이벤트가 곧 다가옵니다.

CONF3RENCE 2024 O principal evento da Web3 na Alemanha está chegando

CONF3RENCE 2024 Флагманское мероприятие Web3 в Германии уже не за горами

CONF3RENCE 2024 Almanya'daki Web3 Amiral Gemisi Etkinliği Çok Yakında

CONF3RENCE 2024 Sự kiện hàng đầu của Web3 ở Đức sắp diễn ra

德国 Web3 旗舰盛会 CONF3RENCE 2024 即将召开

Artisanal Power: How to Avert a Threatened Mass Casualty Event

Real-Time Event Monitoring with Redpanda, OpenTelemetry, and Grafana

Using MinIO and Python to Create Scalable and Efficient Event-driven Applications

স্কেলযোগ্য এবং দক্ষ ইভেন্ট-চালিত অ্যাপ্লিকেশন তৈরি করতে MinIO এবং Python ব্যবহার করে

Verwenden von MinIO und Python zum Erstellen skalierbarer und effizienter ereignisgesteuerter Anwendungen

Uso de MinIO y Python para crear aplicaciones basadas en eventos escalables y eficientes

Utiliser MinIO et Python pour créer des applications événementielles évolutives et efficaces

स्केलेबल और कुशल इवेंट-संचालित एप्लिकेशन बनाने के लिए मिनियो और पायथन का उपयोग करना

MinIO と Python を使用してスケーラブルで効率的なイベント駆動型アプリケーションを作成する

MinIO 및 Python을 사용하여 확장 가능하고 효율적인 이벤트 기반 애플리케이션 만들기

Usando MinIO e Python para criar aplicativos orientados a eventos escalonáveis e eficientes

Использование MinIO и Python для создания масштабируемых и эффективных приложений, управляемых событиями

Ölçeklenebilir ve Verimli Olay Odaklı Uygulamalar Oluşturmak için MinIO ve Python'u Kullanmak

Sử dụng MinIO và Python để tạo các ứng dụng hướng sự kiện có khả năng mở rộng và hiệu quả

使用 MinIO 和 Python 创建可扩展且高效的事件驱动应用程序

The Most Anticipated GameFi Opportunity - $FURY IDO - Unites Three Major Fundraisers. Engines of Fury has captured Gamefi interest as the first top-down extraction shooter developed by a AAA gaming team in the Web3, and now the hype is off the charts as the team announces an upcoming $FURY (Single game token)  IDO with an elite lineup of launchpads accelerating & backing it. Power of multiple fundraisers For the first time ever, three major powerhouses—ChainGPT Pad, SidusPad, and Ape Terminal—are teaming up for a token launch event. This collaboration will lead to an expansive reach, tapping into a combined community of over 2 million alongside a 400+ KOLs network for maximum visibility & hype for the event. Lead Fundraiser & #1 crypto AI infrastructure ChainGPT (launchpad & accelerator) Total raise: 250,000 USDT or 1,250,000 $FURYThis accelerator is like the Usain Bolt of the crypto world, selling out IDO allocations faster than you can say “blockchain.” With a network of top industry KOLs and a whopping 1M+ active community, they’re not just participants; they’re pioneers leading the charge.📖 Research page:https://pad.chaingpt.org/buy-token/75 GameFi legend & one of the most successful IDO breakers - SidusPad (launchpad & accelerator) Total raise: 150,000 USDT or 750,000 $FURYFounded by top industry pros behind SIDUS Heroes (!) — one of the most successful GameFi IDOs that raised over $21M, SidusPad combines token launch savvy with deep gaming industry insights.📖 Research page:https://www.siduspad.io/project/engines-of-furyBold ROI makers - Ape Terminal (launchpad) Total raise: 150,000 USDT or 750,000 $FURYHere’s where the magic happens. Known for their picky project selection and ROI-driven strategy, Ape Terminal is like the Midas touch of launchpads. Boasting an average ROI of 17x and peaks of 39x, with launch day volumes sometimes hitting the $100M mark, they’re the heavyweight champion in the ring of IDOs. Connecting the strengths of multiple fundraisers to promote a single TGE can be an ultimate accelerator for the ROI & after-TGE performance and is increasingly becoming an industry standard. Engines of Fury is a F2P post-apocalyptic top-down extraction shooter, powered by a single deflationary token $FURY & NFTs. Built by a team of talents from top web3 projects, AAA titles, Blizzard, Activision, Ubisoft & Unity. Backed by industry leaders: Animoca Brands, Metavest Capital, Maven Capital, Double Peek Group & many more. 🐦 Twitter 🎮 Discord 📺 Twitch 🕺 Tiktok 💬 Telegram 🖼️ Instagram ▶️ Youtube This story was distributed under HackerNoon’s Brand As An Author Program. Learn more about the program here. The Most Anticipated GameFi Opportunity - $FURY IDO - Unites Three Major Fundraisers. The Most Anticipated GameFi Opportunity - $FURY IDO - Unites Three Major Fundraisers. Engines of Fury has captured Gamefi interest as the first top-down extraction shooter developed by a AAA gaming team in the Web3, and now the hype is off the charts as the team announces an upcoming $FURY (Single game token)  IDO with an elite lineup of launchpads accelerating & backing it. Engines of Fury Power of multiple fundraisers Power of multiple fundraisers For the first time ever, three major powerhouses—ChainGPT Pad, SidusPad, and Ape Terminal—are teaming up for a token launch event. This collaboration will lead to an expansive reach, tapping into a combined community of over 2 million alongside a 400+ KOLs network for maximum visibility & hype for the event. Lead Fundraiser & #1 crypto AI infrastructure ChainGPT (launchpad & accelerator) Lead Fundraiser & #1 crypto AI infrastructure ChainGPT (launchpad & accelerator) Total raise: 250,000 USDT or 1,250,000 $FURY This accelerator is like the Usain Bolt of the crypto world, selling out IDO allocations faster than you can say “blockchain.” With a network of top industry KOLs and a whopping 1M+ active community, they’re not just participants; they’re pioneers leading the charge. 📖 Research page: https://pad.chaingpt.org/buy-token/75 https://pad.chaingpt.org/buy-token/75 GameFi legend & one of the most successful IDO breakers - SidusPad (launchpad & accelerator) GameFi legend & one of the most successful IDO breakers - SidusPad (launchpad & accelerator) Total raise: 150,000 USDT or 750,000 $FURY Founded by top industry pros behind SIDUS Heroes (!) — one of the most successful GameFi IDOs that raised over $21M, SidusPad combines token launch savvy with deep gaming industry insights. 📖 Research page: https://www.siduspad.io/project/engines-of-fury Bold ROI makers - Ape Terminal (launchpad) https://www.siduspad.io/project/engines-of-fury Bold ROI makers - Ape Terminal (launchpad) Total raise: 150,000 USDT or 750,000 $FURY Here’s where the magic happens. Known for their picky project selection and ROI-driven strategy, Ape Terminal is like the Midas touch of launchpads. Boasting an average ROI of 17x and peaks of 39x, with launch day volumes sometimes hitting the $100M mark, they’re the heavyweight champion in the ring of IDOs. Connecting the strengths of multiple fundraisers to promote a single TGE can be an ultimate accelerator for the ROI & after-TGE performance and is increasingly becoming an industry standard. Engines of Fury is a F2P post-apocalyptic top-down extraction shooter, powered by a single deflationary token $FURY & NFTs. Engines of Fury is a F2P post-apocalyptic top-down extraction shooter, powered by a single deflationary token $FURY & NFTs. Built by a team of talents from top web3 projects, AAA titles, Blizzard, Activision, Ubisoft & Unity. Backed by industry leaders: Animoca Brands, Metavest Capital, Maven Capital, Double Peek Group & many more. 🐦 Twitter 🎮 Discord 📺 Twitch 🕺 Tiktok 💬 Telegram 🖼️ Instagram ▶️ Youtube Twitter Twitter Discord Discord Twitch Twitch Tiktok Tiktok Telegram Telegram Instagram Youtube Youtube This story was distributed under HackerNoon’s Brand As An Author Program. Learn more about the program here. This story was distributed under HackerNoon’s Brand As An Author Program. Learn more about the program here. This story was distributed under HackerNoon’s Brand As An Author Program. Learn more about the program here . here

Unlocking IDO Event ROI Potential with Multi-Launchpad Strategy.

মাল্টি-লঞ্চপ্যাড কৌশল সহ IDO ইভেন্ট ROI সম্ভাব্যতা আনলক করা।

Freisetzung des ROI-Potenzials von IDO-Events mit der Multi-Launchpad-Strategie.

Liberación del potencial de retorno de la inversión (ROI) del evento IDO con una estrategia de plataforma de lanzamiento múltiple.

Libérer le potentiel de retour sur investissement des événements IDO avec la stratégie multi-lancement.

मल्टी-लॉन्चपैड रणनीति के साथ IDO इवेंट ROI क्षमता को अनलॉक करना।

マルチ ランチパッド戦略で IDO イベントの ROI の可能性を最大限に引き出します。

멀티 런치패드 전략을 통해 IDO 이벤트 ROI 잠재력을 실현합니다.

Desbloqueando o potencial de ROI do evento IDO com estratégia multi-launchpad.

Раскрытие потенциала рентабельности инвестиций в мероприятия IDO с помощью стратегии с несколькими панелями запуска.

Çoklu Başlatma Paneli Stratejisi ile IDO Etkinliği Yatırım Getirisi Potansiyelinin Kilidini Açın.

Khai thác tiềm năng ROI của sự kiện IDO bằng Chiến lược nhiều bệ phóng.

利用多启动板策略释放 IDO 活动 ROI 潜力。

In C#, an event is a mechanism that allows a class or object to notify other classes or objects when something happens. It is essentially a way of implementing the observer design pattern. Here's a Basic Breakdown of How Events Work in C#: Declaration of the Event: An event is declared using the event keyword followed by a delegate type. This delegate type defines the signature of the event handler method that will be called when the event is raised. Declaration of the Event: Syntax public event EventHandler MyEvent; Subscription of the Event: Other classes or objects can subscribe to the event by adding event handler methods to the event. Subscription of the Event: Syntax instance.MyEvent += SomeMethod; // Subscribe Raising the Event: The class that declares the event can raise it, typically within a method or property setter where the appropriate conditions are met. Raising the Event: Syntax if (MyEvent != null) { MyEvent(this, EventArgs.Empty); } Event Handler: The event handler method is a method that matches the signature of the delegate type associated with the event. This method will be invoked when the event is raised. Event Handler: Syntax void SomeMethod(object sender, EventArgs e) { // Handle the event } Unsubscription: Subscribed event handlers can be unsubscribed from the event. Unsubscription: Syntax instance.MyEvent -= SomeMethod; // Unsubscribe Event in C# With Example using System; public class Program { public class EventPublisher { // Define an event delegate public event EventHandler<CustomEventArgs> CustomEvent; // Method to raise the event
public void RaiseEvent() { OnCustomEvent(new CustomEventArgs("Event raised!")); } // Method to invoke the event protected virtual void OnCustomEvent(CustomEventArgs e) { CustomEvent?.Invoke(this, e); } }
public class CustomEventArgs : EventArgs { public string Message { get; } public CustomEventArgs(string message) { Message = message; } }
public class EventSubscriber { public void HandleEvent(object sender, CustomEventArgs e) { Console.WriteLine($"Event handled: {e.Message}"); } } public static void Main(string[] args) {
EventPublisher publisher = new EventPublisher(); EventSubscriber subscriber = new EventSubscriber(); // Subscribe to the event publisher.CustomEvent += subscriber.HandleEvent; // Raise the event publisher.RaiseEvent(); // Unsubscribe from the event publisher.CustomEvent -= subscriber.HandleEvent; } } Output Event handled: Event raised! In This Above Example: EventPublisher defines an event named CustomEvent of type EventHandler. EventPublisher also has a method RaiseEvent() which raises the CustomEvent. CustomEventArgs is a custom class derived from EventArgs which contains additional data to be passed along with the event. EventSubscriber has a method HandleEvent() which serves as the event handler. In the Main method, an instance of EventPublisher and EventSubscriber is created. The HandleEvent method of EventSubscriber is subscribed to the CustomEvent event of the CustomEvent EventPublisher. The RaiseEvent() method is called on the EventPublisher triggering the event and invoking the HandleEvent method in EventSubscriber. Finally, the HandleEvent method is unsubscribed from the CustomEvent. Why Use Event in C# Events are widely used in C# for implementing various patterns such as the observer pattern, implementing callbacks, and handling user interface interactions in GUI applications. They provide a way for objects to communicate without needing to have direct knowledge of each other. In C#, events are used to implement the observer design pattern, also known as the publish-subscribe pattern. They provide a way for objects to communicate and react to changes or actions that occur in other objects without needing to have direct knowledge of each other. Events are extensively used in user interface programming (e.g., Windows Forms, WPF, ASP.NET) to handle user interactions such as button clicks, mouse movements, and keyboard inputs. Events help in decoupling components of an application. Publishers (objects that raise events) do not need to know about the subscribers (objects that handle events), and vice versa Events enable extensibility by allowing new event handlers to be added without modifying existing code. This makes it easier to add new functionalities or behaviors to an application without having to modify the existing codebase. Where Use Event in C# User Interface (UI) Programming: Events are extensively used in UI programming frameworks like Windows Forms, WPF (Windows Presentation Foundation), ASP.NET, Xamarin, and others. Examples include handling button clicks, mouse movements, keyboard inputs, and other user interactions. Asynchronous Programming: Events are used in asynchronous programming to notify subscribers when asynchronous operations are completed. This is common in scenarios such as handling the completion of asynchronous I/O operations, asynchronous processing in multi-threaded applications, or handling events in asynchronous event-driven programming models. Observer Design Pattern: Events are often used to implement the Observer design pattern, where an object (the subject or publisher) maintains a list of dependent objects (observers or subscribers) and notifies them of changes in its state. This pattern is widely used in scenarios such as event-driven architectures, GUI programming, and reactive programming. Custom Event Handling: Developers define custom events in their classes to provide a way for other objects to respond to specific actions or state changes. For example, a class representing a data model might raise events when data is updated, allowing other components to react accordingly. Delegates and Callbacks: Events are frequently used in conjunction with delegates and callback functions to provide a mechanism for callback-based programming, where one object calls a method on another object in response to some event or condition. Decoupling Components: Events are used to decouple components in an application, enabling loosely coupled architecture. This allows components to interact without having direct dependencies on each other's implementations, leading to better modularity, maintainability, and extensibility. Logging and Monitoring: Events are often used for logging and monitoring purposes in applications to record significant events, errors, or exceptions for debugging, analysis, or audit trail purposes. For more useful tutorials, please visit the site: C-Sharp Tutorial In C#, an event is a mechanism that allows a class or object to notify other classes or objects when something happens. It is essentially a way of implementing the observer design pattern. Here's a Basic Breakdown of How Events Work in C#: Declaration of the Event: An event is declared using the event keyword followed by a delegate type. This delegate type defines the signature of the event handler method that will be called when the event is raised. Declaration of the Event: Syntax public event EventHandler MyEvent; public event EventHandler MyEvent; Subscription of the Event: Other classes or objects can subscribe to the event by adding event handler methods to the event. Subscription of the Event: Syntax instance.MyEvent += SomeMethod; // Subscribe instance.MyEvent += SomeMethod; // Subscribe Raising the Event: The class that declares the event can raise it, typically within a method or property setter where the appropriate conditions are met. Raising the Event: Syntax if (MyEvent != null) { MyEvent(this, EventArgs.Empty); } if (MyEvent != null) { MyEvent(this, EventArgs.Empty); } Event Handler: The event handler method is a method that matches the signature of the delegate type associated with the event. This method will be invoked when the event is raised. Event Handler: Syntax void SomeMethod(object sender, EventArgs e) { // Handle the event } void SomeMethod(object sender, EventArgs e) { // Handle the event } Unsubscription: Subscribed event handlers can be unsubscribed from the event. Unsubscription: Syntax instance.MyEvent -= SomeMethod; // Unsubscribe instance.MyEvent -= SomeMethod; // Unsubscribe Event in C# With Example using System; public class Program { public class EventPublisher { // Define an event delegate public event EventHandler<CustomEventArgs> CustomEvent; // Method to raise the event public void RaiseEvent() { OnCustomEvent(new CustomEventArgs("Event raised!")); } // Method to invoke the event protected virtual void OnCustomEvent(CustomEventArgs e) { CustomEvent?.Invoke(this, e); } } public class CustomEventArgs : EventArgs { public string Message { get; } public CustomEventArgs(string message) { Message = message; } } public class EventSubscriber { public void HandleEvent(object sender, CustomEventArgs e) { Console.WriteLine($"Event handled: {e.Message}"); } } public static void Main(string[] args) { EventPublisher publisher = new EventPublisher(); EventSubscriber subscriber = new EventSubscriber(); // Subscribe to the event publisher.CustomEvent += subscriber.HandleEvent; // Raise the event publisher.RaiseEvent(); // Unsubscribe from the event publisher.CustomEvent -= subscriber.HandleEvent; } } using System; public class Program { public class EventPublisher { // Define an event delegate public event EventHandler<CustomEventArgs> CustomEvent; // Method to raise the event public void RaiseEvent() { OnCustomEvent(new CustomEventArgs("Event raised!")); } // Method to invoke the event protected virtual void OnCustomEvent(CustomEventArgs e) { CustomEvent?.Invoke(this, e); } } public class CustomEventArgs : EventArgs { public string Message { get; } public CustomEventArgs(string message) { Message = message; } } public class EventSubscriber { public void HandleEvent(object sender, CustomEventArgs e) { Console.WriteLine($"Event handled: {e.Message}"); } } public static void Main(string[] args) { EventPublisher publisher = new EventPublisher(); EventSubscriber subscriber = new EventSubscriber(); // Subscribe to the event publisher.CustomEvent += subscriber.HandleEvent; // Raise the event publisher.RaiseEvent(); // Unsubscribe from the event publisher.CustomEvent -= subscriber.HandleEvent; } } Output Event handled: Event raised! Event handled: Event raised! In This Above Example: EventPublisher defines an event named CustomEvent of type EventHandler. EventPublisher defines an event named CustomEvent of type EventHandler. EventPublisher also has a method RaiseEvent() which raises the CustomEvent. EventPublisher also has a method RaiseEvent() which raises the CustomEvent. CustomEventArgs is a custom class derived from EventArgs which contains additional data to be passed along with the event. CustomEventArgs is a custom class derived from EventArgs which contains additional data to be passed along with the event. EventSubscriber has a method HandleEvent() which serves as the event handler. EventSubscriber has a method HandleEvent() which serves as the event handler. In the Main method, an instance of EventPublisher and EventSubscriber is created. In the Main method, an instance of EventPublisher and EventSubscriber is created. The HandleEvent method of EventSubscriber is subscribed to the CustomEvent event of the CustomEvent EventPublisher. The HandleEvent method of EventSubscriber is subscribed to the CustomEvent event of the CustomEvent EventPublisher. The RaiseEvent() method is called on the EventPublisher triggering the event and invoking the HandleEvent method in EventSubscriber. The RaiseEvent() method is called on the EventPublisher triggering the event and invoking the HandleEvent method in EventSubscriber. Finally, the HandleEvent method is unsubscribed from the CustomEvent. Finally, the HandleEvent method is unsubscribed from the CustomEvent. Why Use Event in C# Events are widely used in C# for implementing various patterns such as the observer pattern, implementing callbacks, and handling user interface interactions in GUI applications. They provide a way for objects to communicate without needing to have direct knowledge of each other. In C#, events are used to implement the observer design pattern, also known as the publish-subscribe pattern. They provide a way for objects to communicate and react to changes or actions that occur in other objects without needing to have direct knowledge of each other. Events are extensively used in user interface programming (e.g., Windows Forms, WPF, ASP.NET) to handle user interactions such as button clicks, mouse movements, and keyboard inputs. Events help in decoupling components of an application. Publishers (objects that raise events) do not need to know about the subscribers (objects that handle events), and vice versa Events enable extensibility by allowing new event handlers to be added without modifying existing code. This makes it easier to add new functionalities or behaviors to an application without having to modify the existing codebase. Where Use Event in C# User Interface (UI) Programming: Events are extensively used in UI programming frameworks like Windows Forms, WPF (Windows Presentation Foundation), ASP.NET, Xamarin, and others. Examples include handling button clicks, mouse movements, keyboard inputs, and other user interactions. User Interface (UI) Programming: Asynchronous Programming: Events are used in asynchronous programming to notify subscribers when asynchronous operations are completed. This is common in scenarios such as handling the completion of asynchronous I/O operations, asynchronous processing in multi-threaded applications, or handling events in asynchronous event-driven programming models. Asynchronous Programming: Observer Design Pattern: Events are often used to implement the Observer design pattern, where an object (the subject or publisher) maintains a list of dependent objects (observers or subscribers) and notifies them of changes in its state. This pattern is widely used in scenarios such as event-driven architectures, GUI programming, and reactive programming. Observer Design Pattern: Custom Event Handling: Developers define custom events in their classes to provide a way for other objects to respond to specific actions or state changes. For example, a class representing a data model might raise events when data is updated, allowing other components to react accordingly. Custom Event Handling: Delegates and Callbacks: Events are frequently used in conjunction with delegates and callback functions to provide a mechanism for callback-based programming, where one object calls a method on another object in response to some event or condition. Delegates and Callbacks: Decoupling Components: Events are used to decouple components in an application, enabling loosely coupled architecture. This allows components to interact without having direct dependencies on each other's implementations, leading to better modularity, maintainability, and extensibility. Decoupling Components: Logging and Monitoring: Events are often used for logging and monitoring purposes in applications to record significant events, errors, or exceptions for debugging, analysis, or audit trail purposes. Logging and Monitoring: For more useful tutorials, please visit the site: C-Sharp Tutorial C-Sharp Tutorial

Events in C#: An Easy-to-Understand Guide

Last weekend, the whole world was focused on the escalation in the Middle East. Iran carried out its long-promised attack on Israel. This event was special due to the following factors: — Everyone knew that this attack would happen as it was widely announced in the press. — Most markets are closed on weekends. Crypto markets are the only global markets that trade 24/7. Thus, it is possible to monitor investor reaction and evaluate whether Bitcoin served as a safe-haven asset in this situation. The result was quite predictable. With just one available market, traders rushed to sell crypto to raise cash, which led to a short-term drop in the price of Bitcoin. More speculative coins suffered stronger sell-offs. This is not surprising as such coins have a larger percentage of short-term holders, who are extremely sensitive to the news agenda. Investors quickly found out that Iran’s attack was limited (compared to market horror stories that preceded the attack), so crypto prices started to recover on Sunday. Nevertheless, the initial reaction was a sell-off. So, has Bitcoin failed the “safe-haven asset test”? The answer is no. Let’s look at the classic safe-haven asset, gold, during a major risk event – the beginning of the coronavirus pandemic. Back in March 2020, when markets realized that humanity faced a global pandemic, gold prices fell for half a month and then started to rebound. No matter how safe the asset is, it may face a wave of sales in the first days of panic, as investors sell everything to raise cash. It should be noted that price action in the first days of turbulence has no impact on the longer-term trends of the asset. Those who are worried about short-term fluctuations of Bitcoin may use Bitbanker’s capital protection product for investments in BTC. Last weekend, the whole world was focused on the escalation in the Middle East. Iran carried out its long-promised attack on Israel. This event was special due to the following factors: — Everyone knew that this attack would happen as it was widely announced in the press. — Most markets are closed on weekends. Crypto markets are the only global markets that trade 24/7. Thus, it is possible to monitor investor reaction and evaluate whether Bitcoin served as a safe-haven asset in this situation. The result was quite predictable. With just one available market, traders rushed to sell crypto to raise cash, which led to a short-term drop in the price of Bitcoin. More speculative coins suffered stronger sell-offs. This is not surprising as such coins have a larger percentage of short-term holders, who are extremely sensitive to the news agenda. Investors quickly found out that Iran’s attack was limited (compared to market horror stories that preceded the attack), so crypto prices started to recover on Sunday. Nevertheless, the initial reaction was a sell-off. So, has Bitcoin failed the “safe-haven asset test”? The answer is no. Let’s look at the classic safe-haven asset, gold, during a major risk event – the beginning of the coronavirus pandemic. Back in March 2020, when markets realized that humanity faced a global pandemic, gold prices fell for half a month and then started to rebound. No matter how safe the asset is, it may face a wave of sales in the first days of panic, as investors sell everything to raise cash. It should be noted that price action in the first days of turbulence has no impact on the longer-term trends of the asset. Those who are worried about short-term fluctuations of Bitcoin may use Bitbanker’s capital protection product for investments in BTC.

How Crypto Markets Reacted to the Recent Events in the Middle East

Enabling Acoustic Audience Feedback in Large Virtual Events: Conclusions & References

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