Joche Ojeda
Day 4 (the missing day): Building Data Import/Export Services for Your ERP System
In Day 4 of our ERP development series, we tackle a crucial but often overlooked feature: data import/export services. Learn how to build robust CSV import/export functionality for Chart of Accounts, including error handling, validation, and testing strategies that you can apply throughout your enterprise system.
Building a Comprehensive Accounting System Integration Test – Day 5
This article explores the implementation of a comprehensive integration test for an accounting system, demonstrating how Document and Chart of Accounts modules work together. Using a collection-based approach to simulate database interactions, the test validates double-entry accounting principles while ensuring proper transaction processing and balance verification across various business scenarios.
Understanding the Chart of Accounts Module: Day 3 – The Backbone of Financial Accounting Systems
The chart of accounts module forms the foundation of any accounting system, organizing financial transactions by categorizing accounts. A well-designed implementation includes entity definitions, type enumerations, validation logic, and balance calculation functionality—all working together to support accurate financial reporting while adhering to SOLID design principles.
Understanding the Document Module: Day 2 – The Foundation of a Financial Accounting System
The Document Module forms the foundation of financial accounting systems, organizing financial data into three interconnected components: Documents (the source records), Transactions (financial impacts), and Ledger Entries (account changes). This modular architecture ensures data integrity, maintains audit trails, supports compliance, and enables flexible integration of various financial processes.
Building an Agnostic ERP System: Day 1 – Core Architecture
Building an agnostic ERP system using SOLID design principles and C# 9 addresses recurring challenges in system design. The core architecture features foundational interfaces like IEntity, IAuditable, and IArchivable, creating a technology-independent foundation that maintains consistent performance while enabling reimplementation across various platforms like DevExpress XAF or Entity Framework.
The Anatomy of an Uno Platform Solution
Understanding the structure of an Uno Platform solution is essential for effective cross-platform development. This article examines the “black magic” behind Uno Platform’s architecture, breaking down the main components: the shared project containing cross-platform code, platform-specific head projects, and critical build configuration files. We explore the power of Uno.Sdk, which simplifies development with automatic package management through UnoFeatures, target framework specifications, and single-project configuration. By leveraging this structured approach, developers can maintain a single codebase targeting multiple platforms, dramatically reducing complexity while ensuring consistent experiences across Windows, iOS, Android, macOS, and WebAssembly.