This article explores the use of databases to store logs in a structured and scalable way. It covers fundamental concepts, essential operations, configuration and implementation of a database handler in MQL5. Finally, it validates the results and highlights the benefits of this approach for optimization and efficient monitoring.
This article improves the logging library by adding formatters in handlers, the CIntervalWatcher class to manage execution cycles, optimization with caching and file rotation, performance tests and practical examples. With these improvements, we ensure an efficient, scalable and adaptable logging system to different development scenarios.
In this article, I will teach you basic file operations and how to configure a flexible handler for customization. We will update the CLogifyHandlerFile class to write logs directly to the file. We will conduct a performance test by simulating a strategy on EURUSD for a week, generating logs at each tick, with a total time of 5 minutes and 11 seconds. The result will be compared in a future article, where we will implement a caching system to improve performance.
In this article, we will explore the concept of handlers in the logging library, understand how they work, and create three initial implementations: Console, Database, and File. We will cover everything from the basic structure of handlers to practical testing, preparing the ground for their full functionality in future articles.
In this article, we will explore how to create and apply log formatters in the library. We will see everything from the basic structure of a formatter to practical implementation examples. By the end, you will have the necessary knowledge to format logs within the library, and understand how everything works behind the scenes.
Welcome to the beginning of another journey! This article opens a special series where we will create, step by step, a library for log manipulation, tailored for those who develop in the MQL5 language.
In this final installment of our Connexus library series, we explored the implementation of the Observer pattern, as well as essential refactorings to file paths and method names. This series covered the entire development of Connexus, designed to simplify HTTP communication in complex applications.
In this article we continue the development of the connexus library. In this chapter we build the CHttpClient class responsible for sending a request and receiving an order. We also cover the concept of mocks, leaving the library decoupled from the WebRequest function, which allows greater flexibility for users.
In this sixth article of the Connexus library series, we will focus on a complete HTTP request, covering each component that makes up a request. We will create a class that represents the request as a whole, which will help us bring together the previously created classes.
In this article, we will understand HTTP methods and status codes, two very important pieces of communication between client and server on the web. Understanding what each method does gives you the control to make requests more precisely, informing the server what action you want to perform and making it more efficient.
In this article, we explored the concept of body in HTTP requests, which is essential for sending data such as JSON and plain text. We discussed and explained how to use it correctly with the appropriate headers. We also introduced the ChttpBody class, part of the Connexus library, which will simplify working with the body of requests.
Продолжаем разработку библиотеки Connexus. В этой главе мы исследуем концепцию заголовков в протоколе HTTP, объясняя, что это такое, для чего они предназначены и как их использовать в запросах. Мы рассмотрим основные заголовки, используемые при взаимодействии с API, а также покажем практические примеры того, как настроить их в библиотеке.
В настоящей статье рассматриваются основы протокола HTTP, описываются основные методы (GET, POST, PUT, DELETE), коды состояния, а также структура URL-адресов. Кроме того, в ней представлено начало создания библиотеки Connexus с классами CQueryParam и CURL, облегчающими манипулирование URL-адресами и параметрами запросов в HTTP-запросах.
Настоящая статья является началом серии разработок для библиотеки под названием “Connexus”, предназначенной для облегчения выполнения HTTP-запросов с помощью MQL5. Цель настоящего проекта - предоставить конечному пользователю такую возможность и показать, как использовать эту вспомогательную библиотеку. Я намеревался сделать его как можно более простым, чтобы облегчить изучение и обеспечить возможность для будущих разработок.