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%%Please note this file requires PSTricks extensions
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{
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\curveto(31.29686559,101.89500456)(13.84575258,84.04652127)(13.8457479,62.12456369)
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\curveto(65.57113223,100.3782653)(59.52269945,101.89500456)(52.73079005,101.89500456)
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using System.Diagnostics;
using System.IO;
using iTextSharp.text;
using iTextSharp.text.pdf;

namespace HtmlToPdf
{
    class Program
    {
        static void Main(string[] args)
        {
            using (var pdfDoc = new Document(PageSize.A4))
            {
                var pdfWriter = PdfWriter.GetInstance(pdfDoc, new FileStream("Test.pdf", FileMode.Create));
                pdfDoc.Open();

                var cb = pdfWriter.DirectContent;
                                
                cb.MoveTo(52.73079005f, 101.89500456f);
                cb.CurveTo(31.29686559f, 101.89500456f, 13.84575258f, 84.04652127f, 13.8457479f, 62.12456369f);
                cb.CurveTo(13.8457479f, 40.20259605f, 31.29686559f, 22.35412714f, 52.73079005f, 22.35412235f);
                cb.CurveTo(74.16470983f, 22.35412235f, 91.6158322f, 40.20259605f, 91.61582751f, 62.12456369f);
                cb.CurveTo(91.61582751f, 71.60188248f, 88.48023622f, 80.07729424f, 83.15553076f, 87.02034164f);
                cb.LineTo(79.49425309f, 82.58209245f);
                cb.CurveTo(84.13622847f, 76.73639073f, 85.95313131f, 70.24630402f, 85.95313131f, 62.12456369f);
                cb.CurveTo(85.95313131f, 43.33817595f, 71.09893654f, 28.1547277f, 52.73079005f, 28.1547277f);
                cb.CurveTo(34.36263419f, 28.15473249f, 19.50844879f, 43.33817595f, 19.50844879f, 62.12456369f);
                cb.CurveTo(19.50844879f, 80.91094185f, 34.36264355f, 96.10336589f, 52.73079005f, 96.10336589f);
                cb.CurveTo(58.55122776f, 96.10336589f, 62.90459266f, 95.2476225f, 67.65721002f, 92.5630926f);
                cb.LineTo(71.13570481f, 97.23509821f);
                cb.CurveTo(65.57113223f, 100.3782653f, 59.52269945f, 101.89500456f, 52.73079005f, 101.89500456f);
                                
                cb.MoveTo(38.33889376f, 67.35513328f);
                cb.CurveTo(39.90689547f, 67.35509017f, 41.09296342f, 66.03921993f, 41.89711165f, 63.40748424f);
                cb.CurveTo(43.50531445f, 58.47289182f, 44.65118131f, 56.00562195f, 45.33470755f, 56.0056459f);
                cb.CurveTo(45.85735449f, 56.00562195f, 46.40013944f, 56.41682961f, 46.96305772f, 57.23928802f);
                cb.CurveTo(58.2608517f, 75.74384316f, 68.7143666f, 90.71198997f, 78.32362116f, 102.14379168f);
                cb.CurveTo(80.81631349f, 105.10443984f, 84.77658911f, 106.58480942f, 90.20445269f, 106.58489085f);
                cb.CurveTo(91.49097185f, 106.58480942f, 92.35539361f, 106.46145048f, 92.79773204f, 106.21480444f);
                cb.CurveTo(93.23991593f, 105.96799555f, 93.4610547f, 105.65958382f, 93.46113432f, 105.28956447f);
                cb.CurveTo(93.4610547f, 104.71379041f, 92.7976618f, 103.58294901f, 91.47094155f, 101.89705463f);
                cb.CurveTo(75.95141033f, 82.81670149f, 61.55772504f, 62.66726353f, 48.28984822f, 41.44869669f);
                cb.CurveTo(47.36506862f, 39.96831273f, 45.47540199f, 39.22812555f, 42.62081088f, 39.22813992f);
                cb.CurveTo(39.72597184f, 39.22812555f, 38.0172148f, 39.35149407f, 37.49457722f, 39.5982407f);
                cb.CurveTo(36.12755286f, 40.2150402f, 34.51931728f, 43.36081778f, 32.66987047f, 49.03557823f);
                cb.CurveTo(30.57914689f, 55.32711903f, 29.53378743f, 59.27475848f, 29.53381085f, 60.87852533f);
                cb.CurveTo(29.53378743f, 62.60558406f, 30.94099884f, 64.27099685f, 33.75542165f, 65.87476369f);
                cb.CurveTo(35.48425582f, 66.86164481f, 37.01207517f, 67.35509017f, 38.33889376f, 67.35513328f);
                
                cb.SetRGBColorFill(0, 0, 0);
                cb.Fill();
            }

            Process.Start("Test.pdf");
        }
    }
}

using System.Diagnostics;
using System.IO;
using iTextSharp.text;
using iTextSharp.text.pdf;

namespace HtmlToPdf
{
    class Program
    {
        static void Main(string[] args)
        {
            using (var pdfDoc = new Document(PageSize.A4))
            {
                var pdfWriter = PdfWriter.GetInstance(pdfDoc, new FileStream("Test.pdf", FileMode.Create));
                pdfDoc.Open();

                var cb = pdfWriter.DirectContent;
                var template = createCheckMark(cb);

                var image = Image.GetInstance(template);
                image.ScaleAbsolute(40, 40);

                var table = new PdfPTable(3);
                var cell = new PdfPCell(image) 
                {
                    HorizontalAlignment = Element.ALIGN_CENTER
                };

                for (int i = 0; i < 9; i++)
                    table.AddCell(cell);

                pdfDoc.Add(table);
            }

            Process.Start("Test.pdf");
        }

        private static PdfTemplate createCheckMark(PdfContentByte cb)
        {
            var template = cb.CreateTemplate(140, 140);

            template.MoveTo(52.73079005f, 101.89500456f);
            template.CurveTo(31.29686559f, 101.89500456f, 13.84575258f, 84.04652127f, 13.8457479f, 62.12456369f);
            template.CurveTo(13.8457479f, 40.20259605f, 31.29686559f, 22.35412714f, 52.73079005f, 22.35412235f);
            template.CurveTo(74.16470983f, 22.35412235f, 91.6158322f, 40.20259605f, 91.61582751f, 62.12456369f);
            template.CurveTo(91.61582751f, 71.60188248f, 88.48023622f, 80.07729424f, 83.15553076f, 87.02034164f);
            template.LineTo(79.49425309f, 82.58209245f);
            template.CurveTo(84.13622847f, 76.73639073f, 85.95313131f, 70.24630402f, 85.95313131f, 62.12456369f);
            template.CurveTo(85.95313131f, 43.33817595f, 71.09893654f, 28.1547277f, 52.73079005f, 28.1547277f);
            template.CurveTo(34.36263419f, 28.15473249f, 19.50844879f, 43.33817595f, 19.50844879f, 62.12456369f);
            template.CurveTo(19.50844879f, 80.91094185f, 34.36264355f, 96.10336589f, 52.73079005f, 96.10336589f);
            template.CurveTo(58.55122776f, 96.10336589f, 62.90459266f, 95.2476225f, 67.65721002f, 92.5630926f);
            template.LineTo(71.13570481f, 97.23509821f);
            template.CurveTo(65.57113223f, 100.3782653f, 59.52269945f, 101.89500456f, 52.73079005f, 101.89500456f);

            template.MoveTo(38.33889376f, 67.35513328f);
            template.CurveTo(39.90689547f, 67.35509017f, 41.09296342f, 66.03921993f, 41.89711165f, 63.40748424f);
            template.CurveTo(43.50531445f, 58.47289182f, 44.65118131f, 56.00562195f, 45.33470755f, 56.0056459f);
            template.CurveTo(45.85735449f, 56.00562195f, 46.40013944f, 56.41682961f, 46.96305772f, 57.23928802f);
            template.CurveTo(58.2608517f, 75.74384316f, 68.7143666f, 90.71198997f, 78.32362116f, 102.14379168f);
            template.CurveTo(80.81631349f, 105.10443984f, 84.77658911f, 106.58480942f, 90.20445269f, 106.58489085f);
            template.CurveTo(91.49097185f, 106.58480942f, 92.35539361f, 106.46145048f, 92.79773204f, 106.21480444f);
            template.CurveTo(93.23991593f, 105.96799555f, 93.4610547f, 105.65958382f, 93.46113432f, 105.28956447f);
            template.CurveTo(93.4610547f, 104.71379041f, 92.7976618f, 103.58294901f, 91.47094155f, 101.89705463f);
            template.CurveTo(75.95141033f, 82.81670149f, 61.55772504f, 62.66726353f, 48.28984822f, 41.44869669f);
            template.CurveTo(47.36506862f, 39.96831273f, 45.47540199f, 39.22812555f, 42.62081088f, 39.22813992f);
            template.CurveTo(39.72597184f, 39.22812555f, 38.0172148f, 39.35149407f, 37.49457722f, 39.5982407f);
            template.CurveTo(36.12755286f, 40.2150402f, 34.51931728f, 43.36081778f, 32.66987047f, 49.03557823f);
            template.CurveTo(30.57914689f, 55.32711903f, 29.53378743f, 59.27475848f, 29.53381085f, 60.87852533f);
            template.CurveTo(29.53378743f, 62.60558406f, 30.94099884f, 64.27099685f, 33.75542165f, 65.87476369f);
            template.CurveTo(35.48425582f, 66.86164481f, 37.01207517f, 67.35509017f, 38.33889376f, 67.35513328f);

            template.SetRGBColorFill(0, 0, 0);
            template.Fill();

            return template;
        }
    }
}

using System.Collections.Generic;
using System.Linq;

namespace NumberToWordsLib
{
 /// <summary>
 /// Number to word languages
 /// </summary>
 public enum Language
 {
  /// <summary>
  /// English Language
  /// </summary>
  English,

  /// <summary>
  /// Persian Language
  /// </summary>
  Persian
 }

 /// <summary>
 /// Digit's groups
 /// </summary>
 public enum DigitGroup
 {
  /// <summary>
  /// Ones group
  /// </summary>
  Ones,

  /// <summary>
  /// Teens group
  /// </summary>
  Teens,

  /// <summary>
  /// Tens group
  /// </summary>
  Tens,

  /// <summary>
  /// Hundreds group
  /// </summary>
  Hundreds,

  /// <summary>
  /// Thousands group
  /// </summary>
  Thousands
 }

 /// <summary>
 /// Equivalent names of a group 
 /// </summary>
 public class NumberWord
 {
  /// <summary>
  /// Digit's group
  /// </summary>
  public DigitGroup Group { set; get; }

  /// <summary>
  /// Number to word language
  /// </summary>
  public Language Language { set; get; }

  /// <summary>
  /// Equivalent names
  /// </summary>
  public IList<string> Names { set; get; }
 }

 /// <summary>
 /// Convert a number into words
 /// </summary>
 public static class HumanReadableInteger
 {
  #region Fields (4)

  private static readonly IDictionary<Language, string> And = new Dictionary<Language, string>
  {
   { Language.English, " " },
   { Language.Persian, " و " } 
  };
  private static readonly IList<NumberWord> NumberWords = new List<NumberWord>
  {
   new NumberWord { Group= DigitGroup.Ones, Language= Language.English, Names=
    new List<string> { string.Empty, "One", "Two", "Three", "Four", "Five", "Six", "Seven", "Eight", "Nine" }},
   new NumberWord { Group= DigitGroup.Ones, Language= Language.Persian, Names=
    new List<string> { string.Empty, "یک", "دو", "سه", "چهار", "پنج", "شش", "هفت", "هشت", "نه" }},

   new NumberWord { Group= DigitGroup.Teens, Language= Language.English, Names=
    new List<string> { "Ten", "Eleven", "Twelve", "Thirteen", "Fourteen", "Fifteen", "Sixteen", "Seventeen", "Eighteen", "Nineteen" }},
   new NumberWord { Group= DigitGroup.Teens, Language= Language.Persian, Names=
    new List<string> { "ده", "یازده", "دوازده", "سیزده", "چهارده", "پانزده", "شانزده", "هفده", "هجده", "نوزده" }},

   new NumberWord { Group= DigitGroup.Tens, Language= Language.English, Names=
    new List<string> { "Twenty", "Thirty", "Forty", "Fifty", "Sixty", "Seventy", "Eighty", "Ninety" }},
   new NumberWord { Group= DigitGroup.Tens, Language= Language.Persian, Names=
    new List<string> { "بیست", "سی", "چهل", "پنجاه", "شصت", "هفتاد", "هشتاد", "نود" }},

   new NumberWord { Group= DigitGroup.Hundreds, Language= Language.English, Names=
    new List<string> {string.Empty, "One Hundred", "Two Hundred", "Three Hundred", "Four Hundred", 
     "Five Hundred", "Six Hundred", "Seven Hundred", "Eight Hundred", "Nine Hundred" }},
   new NumberWord { Group= DigitGroup.Hundreds, Language= Language.Persian, Names=
    new List<string> {string.Empty, "یکصد", "دویست", "سیصد", "چهارصد", "پانصد", "ششصد", "هفتصد", "هشتصد" , "نهصد" }},

   new NumberWord { Group= DigitGroup.Thousands, Language= Language.English, Names=
     new List<string> { string.Empty, " Thousand", " Million", " Billion"," Trillion", " Quadrillion", " Quintillion", " Sextillian",
   " Septillion", " Octillion", " Nonillion", " Decillion", " Undecillion", " Duodecillion", " Tredecillion",
   " Quattuordecillion", " Quindecillion", " Sexdecillion", " Septendecillion", " Octodecillion", " Novemdecillion",
   " Vigintillion", " Unvigintillion", " Duovigintillion", " 10^72", " 10^75", " 10^78", " 10^81", " 10^84", " 10^87",
   " Vigintinonillion", " 10^93", " 10^96", " Duotrigintillion", " Trestrigintillion" }},
   new NumberWord { Group= DigitGroup.Thousands, Language= Language.Persian, Names=
     new List<string> { string.Empty, " هزار", " میلیون", " میلیارد"," تریلیون", " Quadrillion", " Quintillion", " Sextillian",
   " Septillion", " Octillion", " Nonillion", " Decillion", " Undecillion", " Duodecillion", " Tredecillion",
   " Quattuordecillion", " Quindecillion", " Sexdecillion", " Septendecillion", " Octodecillion", " Novemdecillion",
   " Vigintillion", " Unvigintillion", " Duovigintillion", " 10^72", " 10^75", " 10^78", " 10^81", " 10^84", " 10^87",
   " Vigintinonillion", " 10^93", " 10^96", " Duotrigintillion", " Trestrigintillion" }},
  };
  private static readonly IDictionary<Language, string> Negative = new Dictionary<Language, string>
  {
   { Language.English, "Negative " },
   { Language.Persian, "منهای " } 
  };
  private static readonly IDictionary<Language, string> Zero = new Dictionary<Language, string>
  {
   { Language.English, "Zero" },
   { Language.Persian, "صفر" } 
  };

  #endregion Fields

  #region Methods (7)

  // Public Methods (5) 

  /// <summary>
  /// display a numeric value using the equivalent text
  /// </summary>
  /// <param name="number">input number</param>
  /// <param name="language">local language</param>
  /// <returns>the equivalent text</returns>
  public static string NumberToText(this int number, Language language)
  {
   return NumberToText((long)number, language);
  }


  /// <summary>
  /// display a numeric value using the equivalent text
  /// </summary>
  /// <param name="number">input number</param>
  /// <param name="language">local language</param>
  /// <returns>the equivalent text</returns>
  public static string NumberToText(this uint number, Language language)
  {
   return NumberToText((long)number, language);
  }

  /// <summary>
  /// display a numeric value using the equivalent text
  /// </summary>
  /// <param name="number">input number</param>
  /// <param name="language">local language</param>
  /// <returns>the equivalent text</returns>
  public static string NumberToText(this byte number, Language language)
  {
   return NumberToText((long)number, language);
  }

  /// <summary>
  /// display a numeric value using the equivalent text
  /// </summary>
  /// <param name="number">input number</param>
  /// <param name="language">local language</param>
  /// <returns>the equivalent text</returns>
  public static string NumberToText(this decimal number, Language language)
  {
   return NumberToText((long)number, language);
  }

  /// <summary>
  /// display a numeric value using the equivalent text
  /// </summary>
  /// <param name="number">input number</param>
  /// <param name="language">local language</param>
  /// <returns>the equivalent text</returns>
  public static string NumberToText(this double number, Language language)
  {
   return NumberToText((long)number, language);
  }

  /// <summary>
  /// display a numeric value using the equivalent text
  /// </summary>
  /// <param name="number">input number</param>
  /// <param name="language">local language</param>
  /// <returns>the equivalent text</returns>
  public static string NumberToText(this long number, Language language)
  {
   if (number == 0)
   {
    return Zero[language];
   }

   if (number < 0)
   {
    return Negative[language] + NumberToText(-number, language);
   }

   return wordify(number, language, string.Empty, 0);
  }
  // Private Methods (2) 

  private static string getName(int idx, Language language, DigitGroup group)
  {
   return NumberWords.Where(x => x.Group == group && x.Language == language).First().Names[idx];
  }

  private static string wordify(long number, Language language, string leftDigitsText, int thousands)
  {
   if (number == 0)
   {
    return leftDigitsText;
   }

   var wordValue = leftDigitsText;
   if (wordValue.Length > 0)
   {
    wordValue += And[language];
   }

   if (number < 10)
   {
    wordValue += getName((int)number, language, DigitGroup.Ones);
   }
   else if (number < 20)
   {
    wordValue += getName((int)(number - 10), language, DigitGroup.Teens);
   }
   else if (number < 100)
   {
    wordValue += wordify(number % 10, language, getName((int)(number / 10 - 2), language, DigitGroup.Tens), 0);
   }
   else if (number < 1000)
   {
    wordValue += wordify(number % 100, language, getName((int)(number / 100), language, DigitGroup.Hundreds), 0);
   }
   else
   {
    wordValue += wordify(number % 1000, language, wordify(number / 1000, language, string.Empty, thousands + 1), 0);
   }

   if (number % 1000 == 0) return wordValue;
   return wordValue + getName(thousands, language, DigitGroup.Thousands);
  }

  #endregion Methods
 }
}

using System.Collections.Generic;
namespace CustomerOrdersSample.Domain
{
   public class Customer
   {
       public virtual int Id { get; set; }
       public virtual string Name { get; set; }
       public virtual IList<Order> Orders { get; set; }
   }
}

using System;
using System.Collections.Generic;
namespace CustomerOrdersSample.Domain
{
   public class Order
   {
       public virtual int Id { get; set; }
       public virtual DateTime OrderDate { set; get; }
       public virtual Customer Customer { get; set; }
       public virtual IList<OrderItem> OrderItems { set; get; }
   }
}

namespace CustomerOrdersSample.Domain
{
   public class OrderItem
   {
       public virtual int Id { get; set; }
       public virtual Product Product { get; set; }
       public virtual int Quntity { get; set; }
       public virtual Order Order { set; get; }
   }
}

namespace CustomerOrdersSample.Domain
{
   public class Product
   {
       public virtual int Id { set; get; }
       public virtual string Name { get; set; }
       public virtual decimal UnitPrice { get; set; }
   }
}

    create table Customers (
      CustomerId INT IDENTITY NOT NULL,
      Name NVARCHAR(255) null,
      primary key (CustomerId)
   )

   create table Orders (
      OrderId INT IDENTITY NOT NULL,
      OrderDate DATETIME null,
      CustomerId INT null,
      primary key (OrderId)
   )

   create table OrderItems (
      OrderItemId INT IDENTITY NOT NULL,
      Quntity INT null,
      ProductId INT null,
      OrderId INT null,
      primary key (OrderItemId)
   )

   create table Products (
      ProductId INT IDENTITY NOT NULL,
      Name NVARCHAR(255) null,
      UnitPrice NUMERIC(19,5) null,
      primary key (ProductId)
   )

   alter table Orders
       add constraint fk_Customer_Order
       foreign key (CustomerId)
       references Customers

   alter table OrderItems
       add constraint fk_Product_OrderItem
       foreign key (ProductId)
       references Products

   alter table OrderItems
       add constraint fk_Order_OrderItem
       foreign key (OrderId)
       references Orders

SET IDENTITY_INSERT [Customers] ON;
GO
INSERT INTO [Customers] ([CustomerId],[Name]) VALUES (1,N'Customer1');
GO
SET IDENTITY_INSERT [Customers] OFF;
GO
SET IDENTITY_INSERT [Products] ON;
GO
INSERT INTO [Products] ([ProductId],[Name],[UnitPrice]) VALUES (1,N'Product1',1000.00000);
GO
INSERT INTO [Products] ([ProductId],[Name],[UnitPrice]) VALUES (2,N'Product2',2000.00000);
GO
INSERT INTO [Products] ([ProductId],[Name],[UnitPrice]) VALUES (3,N'Product3',3000.00000);
GO
SET IDENTITY_INSERT [Products] OFF;
GO
SET IDENTITY_INSERT [Orders] ON;
GO
INSERT INTO [Orders] ([OrderId],[OrderDate],[CustomerId]) VALUES (1,{ts '2011-01-07 11:25:20.000'},1);
GO
SET IDENTITY_INSERT [Orders] OFF;
GO
SET IDENTITY_INSERT [OrderItems] ON;
GO
INSERT INTO [OrderItems] ([OrderItemId],[Quntity],[ProductId],[OrderId]) VALUES (1,10,1,1);
GO
INSERT INTO [OrderItems] ([OrderItemId],[Quntity],[ProductId],[OrderId]) VALUES (2,5,2,1);
GO
INSERT INTO [OrderItems] ([OrderItemId],[Quntity],[ProductId],[OrderId]) VALUES (3,20,3,1);
GO
SET IDENTITY_INSERT [OrderItems] OFF;
GO

var list = session.QueryOver<Customer>().List();

foreach (var customer in list)
{
      foreach (var order in customer.Orders)
      {
          foreach (var orderItem in order.OrderItems)
          {
                Console.WriteLine("{0}:{1}:{2}", customer.Name, order.OrderDate, orderItem.Product.Name);
           }
       }
}

Customer1:2011/01/07 11:25:20 :Product1
Customer1:2011/01/07 11:25:20 :Product2
Customer1:2011/01/07 11:25:20 :Product3

var list = session
                   .QueryOver<Customer>()
                   .Fetch(c => c.Orders).Eager
                   .Fetch(c => c.Orders.First().OrderItems).Eager
                   .Fetch(c => c.Orders.First().OrderItems.First().Product).Eager
                   .List();

foreach (var customer in list)
{
     foreach (var order in customer.Orders)
     {
           foreach (var orderItem in order.OrderItems)
           {
               Console.WriteLine("{0}:{1}:{2}", customer.Name, order.OrderDate, orderItem.Product.Name);
            }
      }
}

...
.TransformUsing(NHibernate.Transform.Transformers.DistinctRootEntity)
.List();

var list = session
                   .Query()
                   .FetchMany(c => c.Orders)
                   .ThenFetchMany(o => o.OrderItems)
                   .ThenFetch(p => p.Product)
                   .ToList();

public class HomeViewModel
{
     public string Id { get; set; }
     public string Message { get; set; }
     public DateTime DateTime { get; set; }
}

using AspNetCoreDependencyInjection.Services;

namespace AspNetCoreDependencyInjection.ServicesImplentaions
{
    public class MessageServiceAA 
    {
        public string Message()
        {
            return "A message from MessageServiceAA";
        }
    }
}

private readonly ILogger<HomeController> _logger;
private readonly MessageServiceAA _messageService;
private readonly GuidProvider _ guidProvider;

public HomeController(ILogger<HomeController> logger)
{
            _logger = logger;
            _messageService = new MessageServiceAA();
            _guidProvider = new GuidProvider();
}

public IActionResult Index()
{
            var model = new HomeViewModel()
            {
                Id = _ guidProvider.GetGuidAsFormatedString(),
                Message = _messageService.Message(),
                DateTime = DateTime.Now,
            };
            return View(model);
}

namespace AspNetCoreDependencyInjection.Services
{
    public interface IMessageServiceA
    {
        string Message();
    }
}

private readonly ILogger<HomeController> _logger;
private readonly IMessageServiceA _messageService;
private readonly GuidProvider _guidHelper;
public HomeController(ILogger<HomeController> logger , IMessageServiceA messageService)
{
        _logger = logger;
        _messageService = messageService;
        _messageService = new MessageServiceAA();
        _guidHelper = new GuidProvider();
}

public class Startup
    {
        public Startup(IConfiguration configuration)
        {
            Configuration = configuration;
        }

        public IConfiguration Configuration { get; }

        // This method gets called by the runtime. Use this method to add services to the container.
        public void ConfigureServices(IServiceCollection services)
        {
            services.AddControllersWithViews();
        }

        // This method gets called by the runtime. Use this method to configure the HTTP request pipeline.
        public void Configure(IApplicationBuilder app, IWebHostEnvironment env)
        {
            //  کدها جهت خوانایی بیشتر مخفی شده اند
        }
    }

        public void ConfigureServices(IServiceCollection services)
        {
            services.AddControllersWithViews();
            services.AddTransient<IMessageServiceA, MessageServiceAA>();
        }

public static IServiceCollection AddTransient<TService, TImplementation>(this IServiceCollection services)

• وارد کردن تنظیمات به صورت ثابت (استاتیک)
• تنظیم به صورت داینامیک (برای مثال استفاده از یک منبع، مانند پایگاه داده وب سایت شما)
• تنظیم توسط اینترفیس مایکروسافت IConfiguration
  

• تنظیم برای پروژه‌هایی که از تزریق وابستگی‌های مایکروسافت استفاده میکنند (مانند اپلیکیشن‌های ASP.NET CORE ).
  
• تنظیم برای پروژه‌هایی که از تزریق وابستگی‌های مایکروسافت استفاده نمی‌کنند (مانند Autofac) و یا اینکه اصلا از هیچ تزریق وابستگی‌ای استفاده نمی‌کنند.
  

• ASP.NET WebForms
• ASP.NET MVC
• ASP.NET CORE

• پَرباد - اموزش پیاده‌سازی پرداخت آنلاین در دات نت - مقدمه
• پَرباد - آموزش پیاده‌سازی پرداخت آنلاین در دات نت - آموزش پایه
• پَرباد - آموزش پیاده‌سازی پرداخت آنلاین در دات نت - آموزش پیشرفته