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Technical Component Comparison Across Scenarios

Architecture Component	Scenario 1: Phased Essential	Scenario 2: Hybrid Solution	Scenario 3: Full Solution	Notes
Middleware Layer
API Integration	Basic endpoints only	Full integration	Comprehensive with optimizations	2w, 3w, 5w
Data Synchronization	Essential data only	Standard synchronization	Advanced with delta updates	1w, 2w, 6w
Data Transformation	Removed	Simplified	Full implementation	??
Business Logic	Removed

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Experienced Team

Experienced professionals never proceed directly to completion, but follow from the starting point along an arc, consisting of points equidistant from both the starting point and the result point (circumference).

After traveling halfway, the team usually stops to think and rushes toward completing the task. (fig. 1) Thus, the formula for expected execution time looks like this:

t = R × (π + 1) + β

where t is the time spent to achieve the goal, and R is correctly estimated initial timeframes for project completion.

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Why DateTime is a problem

If you’ve ever worked on a C# application that handles dates and times, chances are you’ve run into some frustrating issues with DateTime. It might seem simple at first—just store the date and time, right? But as your app grows and starts dealing with users across different time zones, things can get messy fast.

A Simple Example

Let's start with a simple example. Your app has to create an appointment and show it to the user on some webpage. The model for it may look like that:

public class AppointmentEntity
{

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DuckInterface

I was playing with new .Net 5 and the Source Generator lately and got an idea that it is possible to add "duck typing" support to C#. I would say it is purely academic(no one will use it in production I hope), but it is fun stuff so I decided to try.

The nuget package with results you can find here

The repository is here: https://github.com/byme8/DuckInterface