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01 | IntroductionGet an introduction from Bob, as he kicks off the course, sets expectations, and gives you a little guidance for the road ahead.

02 | Setting Up the Development Environment

03 | Basic JavaScript Syntax

04 | Variables

05 | Data Types

06 | Type Coercion and Conversion

07 | Expressions and Operators

08 | Arrays

09 | Function Declaration

10 | Function Expressions

11 | Decision Statements

12 | Iteration Statements

13 | Basics of Scope

14 | Returning Functions from Functions

15 | Object Literals

16 | Module Pattern and Revealing Module Pattern

17 | Closures

18 | this Keyword

19 | Destructuring

20 | String Template Literals

21 | Regular Expressions

22 | Built-In Natives

23 | Constructor Function Calls with the new Keyword

24 | Objects and the Prototype Chain

25 | JavaScript Classes

26 | Arrow Functions

27 | Truthy and Falsy Values

28 | null Type

29 | Date Objects

30 | String Methods

31 | Array Methods

32 | Error Handling with Try Catch

33 | Understanding the Document Object Model

34 | Working with DOM Nodes

35 | Course Conclusion 

⭐️ Course Contents ⭐️
⌨️ (0:00:00​) Introduction
⌨️ (0:00:34​) Blazor Architecture Overview
⌨️ (0:11:59​) Blazor Architecture In Depth
⌨️ (0:24:00​) Blazor Hosting Models
⌨️ (0:32:23​) Project Structure
⌨️ (0:48:31​) Data Binding
⌨️ (1:12:21​) Components Basics
⌨️ (1:33:33​) Communication Between Components Overview
⌨️ (1:37:59​) Component Parameters
⌨️ (1:45:03​) Route Parameters
⌨️ (1:57:05​) Cascading Parameters
⌨️ (2:14:58​) EventCallBack
⌨️ (2:27:16​) Referencing Child Components
⌨️ (2:40:06​) Templated Components - RenderFragment
⌨️ (2:51:31​) Templated Components - Generic Typed Item List
⌨️ (3:07:01​) Templated Components - Generic Typed RenderFragment
⌨️ (3:27:27​) Templated Components - Generic Typed RenderFragment as a Form
⌨️ (3:37:30​) When is Rendering Triggered
⌨️ (3:59:45​) Lifecycle Events Sequence
⌨️ (4:11:39​) Avoiding Data Initialization Pitfall
⌨️ (4:16:15​) Forms and Validations
⌨️ (4:22:00​) Dependency Injection
⌨️ (4:49:34​) State Management with Flux in C#
⌨️ (5:34:37​) Authentication
⌨️ (6:04:18​) Creating a reusable DataGrid Component - Columns Configuration
⌨️ (6:36:27​) Creating a reusable DataGrid Component - Paging
⌨️ (7:16:49​) Creating a reusable DataGrid Component - Sorting
⌨️ (7:42:51​) Thank you and My Contact Info
 

WebAssembly, or Wasm, is on its way to becoming the next big thing in software development, allowing us to develop more reusable code across programming stacks. It will also enable the deployment of smaller packages more securely. This talk will focus on the view of a .NET developer using WebAssembly in their projects, whether client-side, server-side, or plugins.
Agenda
0:00:00 – Introduction
0:01:44 – Presentation Start
0:04:36 – Wasm on the client
0:08:27 – Wasm on the server
0:11:51 – ASP.NET Core in Wasi
0:21:41 – Wasm in the cloud
0:32:38 – Wasm for plugins
0:36:07 – Wasm plugins samples
0:49:05 – .NET 8 and the future
0:55:08 – Who’s working on this?
1:03:13 – Outro
 

[HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Control\TimeZoneInformation]
[HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\Windows NT\CurrentVersion\Time Zones\Iran Standard Time]

Windows Registry Editor Version 5.00

[HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\Windows NT\CurrentVersion\Time Zones\Iran Standard Time]
"Display"="(GMT+03:30) Tehran"
"Dlt"="Iran Daylight Time"
"Std"="Iran Standard Time"
"MapID"="-1,72"
"Index"=dword:000000a0
"TZI"=hex:2e,ff,ff,ff,00,00,00,00,c4,ff,ff,ff,00,00,09,00,04,00,03,00,17,00,3b,\
  00,3b,00,00,00,00,00,03,00,02,00,03,00,17,00,3b,00,3b,00,00,00

using System.Runtime.InteropServices;

namespace TimeZoneInfo.Core
{
    [StructLayout(LayoutKind.Sequential)]
    public struct TZI
    {
        public int Bias;
        public int StandardBias;
        public int DaylightBias;
        public SystemTime StandardDate;
        public SystemTime DaylightDate;
    }
}

using System;
using System.Runtime.InteropServices;

namespace TimeZoneInfo.Core
{
    [StructLayoutAttribute(LayoutKind.Sequential)]
    public struct SystemTime
    {
        public short Year;
        public short Month;
        public short DayOfWeek;
        public short Day;
        public short Hour;
        public short Minute;
        public short Second;
        public short Milliseconds;
    }
}

2C 01 00 00 00 00 00 00
C4 FF FF FF 00 00 0A 00
00 00 05 00 02 00 00 00
00 00 00 00 00 00 04 00
00 00 01 00 02 00 00 00
00 00 00 00

(little-endian)   => (big-endian)
  2C 01 00 00     => 00 00 01 2C = 300 Bias
  00 00 00 00     => 00 00 00 00 = 0 Std Bias
  C4 FF FF FF     => FF FF FF C4 = 4294967236 Dlt Bias
( SYSTEM TIME ) StandardDate
  00 00           => 00 00 = Year
  0A 00           => 00 0A = Month
  00 00           => 00 00 = Day of Week
  05 00           => 00 05 = Day
  02 00           => 00 02 = Hour
  00 00           => 00 00 = Minutes
  00 00           => 00 00 = Seconds
  00 00           => 00 00 = Milliseconds
( SYSTEM TIME ) DaylightDate
  00 00           => 00 00 = Year
  04 00           => 00 04 = Month
  00 00           => 00 00 = Day of Week
  01 00           => 00 01 = Day
  02 00           => 00 02 = Hour
  00 00           => 00 00 = Minutes
  00 00           => 00 00 = Seconds
  00 00           => 00 00 = Milliseconds

        public static SystemTime ToSystemTime(DateTime time)
        {
            var result = new SystemTime
            {
                Year = 0, // سال نسبی وارد می‌شود نه مطلق
                Month = (short)time.Month,
                DayOfWeek = (short)time.DayOfWeek,
                Hour = (short)time.Hour,
                Minute = (short)time.Minute,
                Second = (short)time.Second,
                Milliseconds = (short)time.Millisecond
            };

            int weekdayOfMonth = 1; // شماره هفته است نه شماره روز
            for (int dd = time.Day; dd > 7; dd -= 7)
                weekdayOfMonth++;

            result.Day = (short)weekdayOfMonth;

            return result;
        }

using System;
using System.Runtime.InteropServices;

namespace TimeZoneInfo.Core
{
    public static class ByteUtils
    {
        public static Byte[] SerializeByteArray<T>(T msg) where T : struct
        {
            int objsize = Marshal.SizeOf(typeof(T));
            Byte[] ret = new Byte[objsize];

            IntPtr buff = Marshal.AllocHGlobal(objsize);
            Marshal.StructureToPtr(msg, buff, true);
            Marshal.Copy(buff, ret, 0, objsize);
            Marshal.FreeHGlobal(buff);

            return ret;
        }
    }
}

CREATE TABLE Samples
(
[date] SMALLDATETIME,
selling SMALLMONEY
);
  
INSERT  Samples
VALUES
('2010-12-01 00:00:00', 10),
('2010-12-02 00:00:00', 12),
('2010-12-03 00:00:00', 13),
('2010-12-04 00:00:00', 16),
('2010-12-05 00:00:00', 19),
('2010-12-06 00:00:00', 23),
('2010-12-07 00:00:00', 26),
('2010-12-08 00:00:00', 27),
('2010-12-09 00:00:00', 20),
('2010-12-10 00:00:00', 18),
('2010-12-11 00:00:00', 19);

SELECT [date],
       selling,
       CASE WHEN rnk < 4 THEN NULL ELSE mv END AS SimpleMovingAverage
  FROM (SELECT *,
               AVG(selling) OVER(ORDER BY [date]
                                 ROWS BETWEEN 3 PRECEDING AND 1 PRECEDING) AS mv,
               ROW_NUMBER() OVER(ORDER BY [date]) AS rnk
          FROM Samples
       ) AS d;

SELECT S.[date], S.selling, CASE WHEN COUNT(*) < 3 THEN NULL ELSE AVG(s) END AS SimpleMovingAverage
  FROM Samples AS S
       OUTER APPLY (SELECT TOP(3) selling
                      FROM Samples
                     WHERE [date] < S.[date]
                     ORDER BY [date] DESC) AS D(s)
 GROUP BY S.[date], S.selling
 ORDER BY S.[date];

select [date],
       selling,
       (
       lag(selling, 1) over(order by [date]) +
       lag(selling, 2) over(order by [date]) +
       lag(selling, 3) over(order by [date])
       ) / 3
  from Samples;

Webinar agenda:

0:00 – Introduction
0:55 – OSS in the .NET Community
3:00 – Welcome, Jeremy and FluentValidation
6:17 – OSS Power-Ups
8:11 – Rider plugin for FluentValidation
9:07 – Introduction to FluentValidation
13:36 – Custom validation messages and placeholders
18:33 – Cross-property validation
21:17 – Nested and compositional validation
25:57 – Validator extensions
31:40 – Unit testing validators
51:25 – ASP.NET Core integration
1:03:35 – Synchronous and asynchronous validation
1:07:33 – Q&A and wrap-up
 

In this video we perform a full step by step build of a .NET MAUI App that we test on both Windows and Android. The app interacts with a separate .NET 6 API that we also build step by step.

Level: Beginner

⏲️ Time Codes ⏲️

Theory

- 0:48 Welcome
- 03:13 App demo
- 06:07 Course overview
- 09:14 Ingedients
- 10:10 What is .NET MAUI?
- 12:48 How MAUI works
- 15:14 MAUI project anatomy
- 19:47 MAUI App start up sequence
- 22:29 UI Conepts
- 28:21 XAML vs C#
- 30:29 Solution Architecture
- 31:41 Application Architecture


API Build

- 35:31 API Project Set up
- 42:41 API Model definition
- 44:47 API Db Context
- 47:13 Connection String
- 52:19 Migrations
- 56:31 API Read Endpoint
- 1:01:58 API Create Endpoint
- 1:08:15 API Update Endpoint
- 1:12:57 API Delete Endpoint

MAUI App Build

- 1:17:21 MAUI App Project Set up
- 1:21:00 Android Device Manager
- 1:25:08 MAUI Model definition
- 1:31:16 Data Service Interface
- 1:35:40 Data Service Implementation
- 1:47:27 Data Service Read Method
- 1:53:34 Data Service Create Method
- 1:58:48 Data Service Delete Method
- 2:01:53 Data Service Update Method
- 2:05:41 Android environment config
- 2:11:00 Architecture check point
- 2:11:54 Register MainPage for DI
- 2:14:13 MainPage code-behind
- 2:21:03 MainPage XAML Layout
- 2:30:19 Re-work MainPage layout
- 2:35:12 Add another page (ManagePage)
- 2:38:01 Adding a Route
- 2:30:01 Regiter ManagePage for DI
- 2:40:29 Complete MainPage code-behind
- 2:45:12 ManagePage code-behind
- 2:51:16 QueryProperty
- 2:57:34 ManagePage XMAL
- 3:07:56 Run on Windows
- 3:09:30 Re-work ManagePage layout
- 3:16:26 Using HttpClientFactory

Outro

- 3:21:02 Wrap up and thanks
- 3:21:31 Supporter Credits 

Here’s a summary of what’s new in this preview release:

• Improved ASP.NET Core debugging experience
• Servers & middleware
  • IHttpSysRequestTimingFeature
  • SNI hostname in ITlsHandshakeFeature
  • IExceptionHandler
• Blazor
  • New Blazor Web App project template
  • Blazor router integration with endpoint routing
  • Enable interactivity for individual components with Blazor Server
  • Improved packaging of Webcil files
  • Blazor Content Security Policy (CSP) compatibility
• API authoring
  • Support for generic attributes
• SignalR
  • SignalR seamless reconnect
• Native AOT
  • Support for AsParameters and automatic metadata generation in compile-timed generated minimal APIs
• Authentication and authorization
  • Authentication updates in ASP.NET Core SPA templates
  • New analyzer for recommended AuthorizationBuilder usage