How to insert gridview data in sql server: the straightforward answer is to push the edited or new rows from a GridView into a SQL Server table using a mix of data binding, parameterized commands, and careful validation. Here’s a quick, practical guide you can follow right away:

Quick fact: GridView is great for displaying tabular data, but the real magic happens when you wire up insert/update/delete operations to your SQL Server backend.
Step-by-step overview: bind your GridView to a DataSource, enable editing, capture the RowUpdating/RowCommand events, validate user input, and execute parameterized insert statements.
Tips to save time: use stored procedures for data modification, enable optimistic concurrency, and log errors for easier debugging.

Useful resources text only:
SQL Server Documentation – sql_server_documentation
ASP.NET GridView Control – asp.net_gridview_documentation
Parameterized Queries Best Practices – parameterized_queries
ADO.NET Handbook – ado.net_handbook
Stored Procedures in SQL Server – stored_procedures_sql_server

Table of Contents

Understanding the GridView and SQL Server Setup

Before you start, make sure your GridView is bound to a data source that supports editing. You’ll typically use SqlDataSource, ObjectDataSource, or manually bind using ADO.NET.
Ensure your SQL Server table has a primary key. This makes updates and deletions reliable and prevents accidental data corruption.
Use parameterized queries or stored procedures to protect against SQL injection and to simplify maintenance.

Example table structure

Customers CustomerID int primary key identity, FirstName varchar50, LastName varchar50, Email varchar100, CreatedDate datetime

Why this matters

A well-defined primary key helps track which row is being edited or inserted.
Parameterized commands prevent SQL injection and improve readability.

Setting Up the GridView for Editing

Step-by-step quick setup

Add a GridView to your ASP.NET page and enable editing:
- AllowPaging=”true” and PageSize=”10″ for better UX.
- AutoGenerateEditButton=”true” or define Edit/Update/Delete command fields manually.
Bind GridView to a data source:
- Use SqlDataSource with a select command like SELECT CustomerID, FirstName, LastName, Email, CreatedDate FROM Customers.
Enable insert by adding a FooterTemplate with input controls or a separate insert form.

Inline editing vs. separate form

Inline editing is fast and familiar for users who want to modify existing rows directly in the grid.
A separate form is cleaner for larger inputs or more validation logic.

Inserting New GridView Data: A Practical Pattern

Here’s a common, reliable approach: use a footer row for new entry, capture the input, and run a parameterized insert statement or a stored procedure.

Enable a FooterTemplate row with TextBox controls for FirstName, LastName, Email.
Create an Insert button in the footer that triggers a RowCommand event or a dedicated button event.

Pseudocode flow:

User enters data in the footer input fields.
User clicks Insert button.
Page code-behind collects values from footer controls.
Validate inputs non-empty, email format, length checks.
Execute parameterized INSERT INTO Customers FirstName, LastName, Email, CreatedDate VALUES @FirstName, @LastName, @Email, GETDATE.
Rebind the GridView to reflect the new row.

Example: Using a stored procedure

Create a stored procedure in SQL Server:
- CREATE PROCEDURE dbo.InsertCustomer
  @FirstName varchar50,
  @LastName varchar50,
  @Email varchar100
  AS
  BEGIN
  INSERT INTO Customers FirstName, LastName, Email, CreatedDate
  VALUES @FirstName, @LastName, @Email, GETDATE;
  END
Call this procedure from your GridView insert logic:
- Using ADO.NET, create a SqlConnection, SqlCommand with CommandType.StoredProcedure, add parameters, execute, then refresh.

Validation and UX tips

Validate on the client side JavaScript and server side C# to avoid extra postbacks.
Show user-friendly messages when an insert fails e.g., duplicate email, email format wrong.
Sanitize inputs to prevent invalid data from entering the database.

Handling Insert, Update, and Delete with the GridView

RowCommand and RowUpdating events

RowCommand fires for custom commands like a dedicated insert button.
RowUpdating fires when the user updates an existing row via inline editing.

Update flow

User edits a row and clicks Update.
Gather updated values from e.NewValues or e.RowIndex controls.
Validate data locally.
Run a parameterized UPDATE statement or call a stored procedure.
Rebind to show the latest data.

Delete flow

User clicks Delete on a row.
Confirm the action modal or confirm dialog.
Execute a parameterized DELETE statement.
Rebind to reflect removal.

Concurrency considerations

Use a timestamp/rowversion column to detect edits made by others.
Implement optimistic concurrency by including the original values in the WHERE clause.

Data Binding Techniques and Code Samples

Using SqlDataSource quick but less flexible

Pros: Simple setup, minimal code.
Cons: Harder to customize validation, limited control over parameter handling.

Example snippet conceptual:
<asp:SqlDataSource ID=”SqlDataSource1″ runat=”server”
ConnectionString=”<%$ ConnectionStrings:YourConnectionString %>”
SelectCommand=”SELECT CustomerID, FirstName, LastName, Email, CreatedDate FROM Customers”
UpdateCommand=”UPDATE Customers SET FirstName=@FirstName, LastName=@LastName, Email=@Email WHERE CustomerID=@CustomerID”
InsertCommand=”INSERT INTO Customers FirstName, LastName, Email, CreatedDate VALUES @FirstName, @LastName, @Email, GETDATE”> How to Install Certificate in Windows Server 2008 R2 Step by Step Guide: SSL, CSR, IIS 2026

Note: For production, prefer stored procedures and parameterized queries rather than inline SQL strings.

Using ADO.NET more control

Key steps:

Open a SqlConnection.
Create a SqlCommand with parameters.
ExecuteNonQuery for insert/update/delete.
Use a DataTable or List to rebind.

Example C#:
using SqlConnection conn = new SqlConnectionconnString
{
string insertSql = “INSERT INTO Customers FirstName, LastName, Email, CreatedDate VALUES @FirstName, @LastName, @Email, GETDATE”;
using SqlCommand cmd = new SqlCommandinsertSql, conn
{
cmd.Parameters.AddWithValue”@FirstName”, firstName;
cmd.Parameters.AddWithValue”@LastName”, lastName;
cmd.Parameters.AddWithValue”@Email”, email;
conn.Open;
cmd.ExecuteNonQuery;
}
}

Data binding to GridView after change

Call GridView.DataBind or reset the DataSource and DataBind to refresh displayed data.
If you’re using a List, update the list and rebind.

Data Validation Strategies

Client-side: Use HTML5 input types and pattern attributes e.g., type=”email” and basic JavaScript checks.
Server-side: Check required fields, max lengths, and business rules. Validate email format with a simple regex or built-in mail address validation.
Error handling: Try-catch around database calls, log errors, show friendly messages to users.

Performance and Security Considerations

Use parameterized queries to prevent SQL injection.
Prefer stored procedures for data modifications.
Index the columns used in WHERE clauses to speed up updates and deletes.
Implement proper exception handling and logging with unique error IDs for easier support.

Quick Reference Checklist

GridView bound to a data source with editing enabled
Primary key defined on the SQL Server table
Insert controls available footer or dedicated form
Input validation both client and server side
Parameterized queries or stored procedures for all data modifications
Concurrency handling in place rowversion or timestamp
Data rebound after insert/update/delete
Clear success and error messages shown to users

Real-World Scenarios and Tips

Scenario: You’re building a contact management page. Users need to add new contacts quickly from the grid.
- Tip: Put a simple form in the GridView footer to minimize navigation. Validate email and required fields, then insert with a stored procedure.
Scenario: You’re updating addresses in bulk.
- Tip: Enable inline editing, validate with a combination of per-field checks, and use a single transaction if you’re performing multiple related updates.

Best Practices for Deploying to Production

Separate concerns: keep your UI logic in ASP.NET code-behind and data access in a dedicated data access layer or repository pattern.
Use connection pooling by keeping connections short and opening only when needed.
Implement robust error logging with user-friendly, non-technical messages for end-users.
Regularly review and optimize your SQL queries; monitor with performance tools like SQL Server Profiler or Extended Events.

Accessibility Considerations

Ensure grid controls are keyboard accessible.
Provide ARIA labels for inputs in the footer when adding new rows.
Use clear focus states and readable contrast for all text.

Performance Troubleshooting

If inserts feel slow, profile the database calls to see where the bottleneck is network latency, query execution, or binding overhead.
Check for unnecessary postbacks in WebForms that can slow down the user experience.

Code Snippets by Scenario

Snippet: Insert with ADO.NET and a Stored Procedure C#

Using SqlConnection conn = new SqlConnectionconnString
{
using SqlCommand cmd = new SqlCommand”dbo.InsertCustomer”, conn
{
cmd.CommandType = CommandType.StoredProcedure;
cmd.Parameters.AddWithValue”@FirstName”, firstName;
cmd.Parameters.AddWithValue”@LastName”, lastName;
cmd.Parameters.AddWithValue”@Email”, email;
conn.Open;
cmd.ExecuteNonQuery;
}
}

Snippet: Update with Parameterized Query C#

String updateSql = “UPDATE Customers SET FirstName = @FirstName, LastName = @LastName, Email = @Email WHERE CustomerID = @CustomerID”;
using SqlConnection conn = new SqlConnectionconnString
{
using SqlCommand cmd = new SqlCommandupdateSql, conn
{
cmd.Parameters.AddWithValue”@FirstName”, firstName;
cmd.Parameters.AddWithValue”@LastName”, lastName;
cmd.Parameters.AddWithValue”@Email”, email;
cmd.Parameters.AddWithValue”@CustomerID”, customerId;
conn.Open;
cmd.ExecuteNonQuery;
}
}

Snippet: Delete with Parameterized Query C#

String deleteSql = “DELETE FROM Customers WHERE CustomerID = @CustomerID”;
using SqlConnection conn = new SqlConnectionconnString
{
using SqlCommand cmd = new SqlCommanddeleteSql, conn
{
cmd.Parameters.AddWithValue”@CustomerID”, customerId;
conn.Open;
cmd.ExecuteNonQuery;
}
} How to insert default value in stored procedure sql server 2026

Frequently Asked Questions

How do I enable editing in GridView?

You enable editing by setting AutoGenerateEditButton to true or adding CommandField with ShowEditButton. Then handle RowEditing, RowUpdating, and RowCanceling events to manage the lifecycle.

Yes. Add a footer template with input controls and a command button that triggers an insert operation against the database.

What about data validation?

Validate both on the client side and server side. Use input types and constraints to enforce formats and lengths, and validate server-side before hitting the database.

Should I use stored procedures?

If possible, yes. Stored procedures offer better security, performance, and maintainability compared to embedding SQL in your application code.

How do I prevent SQL injection in GridView operations?

Always use parameterized queries or stored procedures. Never concatenate user input directly into SQL commands. How To Index A Column In Sql Server A Step By Step Guide: Indexing, Performance, And Best Practices 2026

How can I handle concurrency issues?

Add a rowversion/timestamp column and include it in your UPDATE and DELETE WHERE clause to detect conflicts. Provide user feedback if a concurrent edit occurred.

How do I handle errors gracefully?

Catch exceptions, log details with a unique error ID, and show a friendly message to users. Consider retry logic for transient failures.

How can I improve performance for large grids?

Enable paging, virtual scrolling where possible, and load data in chunks. Optimize queries with proper indexing and avoid loading unnecessary columns.

What are common pitfalls?

Forgetting to bind after insert/update, not validating input, skipping parameterization, and ignoring security best practices.

How do I test the insert flow?

Create a separate test environment with a test database. Use unit tests for data access methods and manual UX tests for the GridView workflow. How to host your own roblox server a comprehensive guide to private servers, Roblox Studio, Team Create, and hosting tips 2026

How to insert gridview data in sql server: insert gridview data into sql server, gridview insert, ado.net, sqlserver, ef, database bound controls

Yes, you insert gridview data in SQL Server by collecting input from a GridView usually via a footer row or a separate form and executing a parameterized INSERT statement against SQL Server. This guide walks you through a practical, step-by-step approach to inserting GridView data into SQL Server, with code samples, validation tips, and alternative methods. Whether you’re maintaining a legacy ASP.NET Web Forms app or prototyping a new one, you’ll come away with a solid pattern that’s both safe and scalable.

What you’ll learn in this guide:
- How to set up a SQL Server table and a clean connection from ASP.NET Web Forms
- How to display data in a GridView and capture new rows via a footer template
- How to perform a safe, parameterized INSERT from GridView input
- How to validate user input and handle errors gracefully
- How to explore alternative approaches Entity Framework, Dapper and when to use them
- Practical tips for deployment, security, and performance

Useful Resources text only

SQL Server Official Documentation – learn.microsoft.com
ASP.NET Web Forms Overview – learn.microsoft.com/aspnet/web-forms
ADO.NET Data Access Overview – docs.microsoft.com/dotnet/framework/data/adonet
SQL Server Configuration and Security Best Practices – learn.microsoft.com/sql
Entity Framework Core Documentation – learn.microsoft.com/ef/core
SQL Server Sample Databases – github.com/microsoft/sql-server-samples
C# Parameterized Queries Guide – docs.microsoft.com/dotnet/csharp/programming-guide/types/how-to-use-parameters
SQL Injection Prevention in .NET – learn.microsoft.com/aspnet/identity
Paging and Sorting in GridView – articles and tutorials from reputable dev blogs
Troubleshooting ASP.NET Data Binding – stackoverflow.com and community blogs

Introduction
In this article, you’ll get a real-world, hands-on approach to inserting gridview data into SQL Server. We’ll cover a complete pattern using a GridView with a FooterRow for new entries and a button to insert, with robust parameterized queries and validation. You’ll also see an alternative using Entity Framework if you prefer a higher-level abstraction. This guide is designed to be practical, not theory-heavy, so you can implement this in your project today.

Why GridView? GridView is a familiar, flexible control for displaying tabular data in Web Forms. When you pair it with a footer row or a dedicated form, it becomes a natural place for users to add new records directly from the UI.
Key concepts you’ll see: data binding, parameterized SQL commands, input validation, error handling, and safe DB connectivity.
Quick roadmap:
- Set up a sample SQL Server table
- Create a simple ASP.NET Web Forms page with a GridView
- Add a FooterTemplate with input controls for a new row
- Implement the insert logic in the code-behind using ADO.NET
- Validate input and handle exceptions
- Optional: show how to do the same with Entity Framework
Real-world tips: use a dedicated stored procedure for insert when possible, enable proper error messages for users, and always sanitize and validate inputs before hitting the database.

Body

Prerequisites and planning How to host your own assetto corsa server the ultimate guide: Setup, Private Server, SteamCMD, Plugins & Performance 2026

Tools you’ll need:
- Visual Studio Community edition is fine
- SQL Server Express or full and SQL Server Management Studio SSMS
- A basic ASP.NET Web Forms project
Core design choices:
- Use a simple table with a primary key and a few fields for demonstration e.g., Employees: EmployeeID int identity, Name varchar100, Email varchar100, Department varchar50.
- Decide whether to insert via GridView Footer inline insert or via a separate form more flexible, often cleaner for complex forms.
- Choose your data access path: ADO.NET for fine-grained control and performance, EF if you want rapid development and easier maintenance.
Security note: always use parameterized queries or EF to prevent SQL injection. Never concatenate user input into SQL strings.

Database setup example

Create a simple table in SQL Server:

CREATE TABLE Employees
EmployeeID INT IDENTITY1,1 PRIMARY KEY,
Name VARCHAR100 NOT NULL,
Email VARCHAR100 NOT NULL,
Department VARCHAR50 NOT NULL
.

Basic indexes help with lookups but keep insert performance in mind. for a small demo table like this, a simple primary key is enough.

ASP.NET Web Forms page setup front-end

Markup overview: a GridView that displays current data plus a FooterRow with inputs for a new row. A Button in the footer triggers the insert.
Sample .aspx markup simplified:

<%@ Page Language=”C#” AutoEventWireup=”true” CodeBehind=”GridInsert.aspx.cs” Inherits=”YourNamespace.GridInsert” %>

GridView Insert Demo How to host a video game server a complete guide: Setup, Security, Latency, Costs, and Maintenance 2026

Code-behind: insert logic ADO.NET

In GridInsert.aspx.cs, implement the insert path with a parameterized query.

using System.
using System.Data.
using System.Data.SqlClient.
using System.Configuration.
using System.Web.UI.WebControls.

namespace YourNamespace
{
public partial class GridInsert : System.Web.UI.Page
{
private string ConnectionString => ConfigurationManager.ConnectionStrings.ConnectionString.

     protected void Page_Loadobject sender, EventArgs e
     {
         if !IsPostBack
         {
             BindGrid.
         }
     }

     protected void GridView1_RowCommandobject sender, GridViewCommandEventArgs e
         if e.CommandName == "Insert"
             // Retrieve input controls from the FooterRow
             var footerRow = GridView1.FooterRow.
             var txtName = TextBoxfooterRow.FindControl"txtName".
             var txtEmail = TextBoxfooterRow.FindControl"txtEmail".
             var txtDepartment = TextBoxfooterRow.FindControl"txtDepartment".

             string name = txtName?.Text ?? string.Empty.Trim.
             string email = txtEmail?.Text ?? string.Empty.Trim.
             string department = txtDepartment?.Text ?? string.Empty.Trim.

             // Basic validation
            if string.IsNullOrWhiteSpacename || string.IsNullOrWhiteSpaceemail || string.IsNullOrWhiteSpacedepartment
             {
                 // You can show a user-friendly message here
                 // For simplicity, just return
                 return.
             }

             InsertEmployeename, email, department.
             // Clear inputs after insert
             if txtName != null txtName.Text = "".
             if txtEmail != null txtEmail.Text = "".
             if txtDepartment != null txtDepartment.Text = "".

     private void InsertEmployeestring name, string email, string department
         using SqlConnection conn = new SqlConnectionConnectionString
             string sql = @"
                 INSERT INTO Employees Name, Email, Department
                 VALUES @Name, @Email, @Department.
             ".
             using SqlCommand cmd = new SqlCommandsql, conn
                 cmd.Parameters.Add"@Name", SqlDbType.VarChar, 100.Value = name.
                 cmd.Parameters.Add"@Email", SqlDbType.VarChar, 100.Value = email.
                 cmd.Parameters.Add"@Department", SqlDbType.VarChar, 50.Value = department.

                 conn.Open.
                 cmd.ExecuteNonQuery.

     private void BindGrid
             string sql = "SELECT EmployeeID, Name, Email, Department FROM Employees ORDER BY EmployeeID DESC".
                 using SqlDataAdapter adapter = new SqlDataAdaptercmd
                 {
                     DataTable dt = new DataTable.
                     adapter.Filldt.
                     GridView1.DataSource = dt.
                     GridView1.DataBind.
                 }
 }

}

Key considerations and tips How to host r shiny on your own server a step by step guide: Deploy R Shiny with Shiny Server, Docker, and Kubernetes 2026

Parameterized queries are your friend. They protect you from SQL injection and also handle data types properly.
FooterTemplate approach is straightforward for quick demos, but for more complex forms or many fields, a dedicated editing page or modal dialog can improve UX and maintainability.
Validation: Add RequiredFieldValidator, RegularExpressionValidator, or custom server-side validation to ensure data integrity before insert. Client-side validation improves responsiveness but never replaces server-side checks.
Concurrency and consistency: Keep single-source-of-truth rules. If multiple users insert concurrently, you may want to wrap inserts in a transaction if you’re performing multi-step operations.
Error handling: Wrap DB calls in try/catch blocks. log errors. show user-friendly messages. Don’t reveal raw exception details to users.
Security: Use a dedicated SQL account with minimal permissions insert/select on the Employees table rather than an admin account. Disable SQL Server threat vectors like SQL injection through proper parameterization and stored procedures when feasible.
Performance considerations: For large datasets, enable paging in GridView to keep the UI responsive, and consider server-side filtering if users will search or sort a lot of rows.
Accessibility: Ensure input controls have accessible labels and keyboard support. Provide meaningful error messages for screen readers.
Alternative: Entity Framework
- If you prefer an ORM, you can implement the same pattern using EF. Create a DbContext with a DbSet, and use context.Employees.Addnew Employee { Name = name, Email = email, Department = dept }. context.SaveChanges.
- EF simplifies mapping and can reduce boilerplate code, but you sacrifice a bit of raw control and can encounter performance quirks on very large grids. Use EF Core for modern projects and consider explicit loading for better performance.

Table-style recap quick reference

Pros of the ADO.NET approach shown above:
- Fine-grained control over SQL and parameters
- Very predictable performance, especially for simple inserts
- Easy to diagnose with explicit SQL and parameter values
Pros of EF approach:
- Faster development for standard CRUD
- Cleaner code, better maintainability in large projects
Cons you should watch out for:
- ADO.NET: more boilerplate, but explicit and fast
- EF: potential n+1 queries if not careful, larger learning curve for complex scenarios

Frequently Asked Questions

Enable the footer by setting ShowFooter to true and place input controls inside the GridView’s FooterTemplate. You’ll typically add a Button in the footer with CommandName=”Insert” and handle it in RowCommand.

What’s the safest way to insert data from GridView into SQL Server?

Use parameterized queries or an ORM like EF to insert data. Never concatenate user input into SQL strings. Validate data on both client and server sides before executing the insert.

Can I insert multiple rows at once from GridView?

Yes, but it’s more common to allow one row at a time via the footer, or switch to a separate form or batch processing screen for multiple rows. For batch inserts, use a stored procedure that accepts a table-valued parameter TVP.

How do I handle validation errors gracefully?

Display user-friendly messages near the input controls, and use validation controls or server-side checks before attempting the insert. Clear messages help users correct issues quickly. How to Hide Your DNS Server The Ultimate Guide To DNS Privacy, DoH, DoT, And VPNs 2026

How can I prevent duplicate entries?

Add a unique constraint at the database level e.g., on Email and check for duplicates before inserting, or use a try/catch around the insert with a specific handler for primary key or unique constraint violations.

Should I use EF or ADO.NET for insert?

If you want quick development and easier maintenance, EF is a solid choice. If you need maximum performance and control, ADO.NET with parameterized queries is often best. In many projects you’ll start with EF and optimize hot paths with ADO.NET later.

How can I retrieve the inserted ID after an insert?

In ADO.NET, you can append SELECT SCOPE_IDENTITY to your INSERT statement or use OUTPUT INSERTED.EmployeeID to capture the new ID. In EF, after SaveChanges, the entity’s key property is populated automatically.

How do I handle paging while inserting?

In a simple footer-insert scenario, paging doesn’t affect the insert itself. After you insert, rebind the grid to reflect the new row on the current page, or navigate to the page that shows the newly added row.

What about security for the connection string?

Store the connection string securely web.config with proper encryption for production and avoid embedding credentials in code. Use Windows Authentication when possible, or a least-privilege SQL login with only the needed permissions. How to host a solo rust server step by step guide 2026

How can I test this pattern in a real project?

Set up a small test page with your grid, a test table in a separate test database, and a simple insert flow. Validate that the data shows up correctly in the grid and the database, and then extend to production scenarios with more fields and complex validation.

Conclusion
As requested, this article does not include a final conclusion section. If you’d like a quick wrap-up in a future draft, I can add a concise recap and a checklist for quick implementation.

Sources:

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Understanding the GridView and SQL Server Setup

Example table structure

Why this matters

Setting Up the GridView for Editing

Step-by-step quick setup

Inline editing vs. separate form

Inserting New GridView Data: A Practical Pattern

Example: Inline insert via GridView footer

Example: Using a stored procedure

Validation and UX tips

Handling Insert, Update, and Delete with the GridView

RowCommand and RowUpdating events

Update flow

Delete flow

Concurrency considerations

Data Binding Techniques and Code Samples

Using SqlDataSource quick but less flexible

Using ADO.NET more control

Data binding to GridView after change

Data Validation Strategies

Performance and Security Considerations

Quick Reference Checklist

Real-World Scenarios and Tips

Best Practices for Deploying to Production

Accessibility Considerations

Performance Troubleshooting

Code Snippets by Scenario

Snippet: Insert with ADO.NET and a Stored Procedure C#

Snippet: Update with Parameterized Query C#

Snippet: Delete with Parameterized Query C#

Frequently Asked Questions

How do I enable editing in GridView?

Can I insert new rows directly from the GridView footer?

What about data validation?

Should I use stored procedures?

How do I prevent SQL injection in GridView operations?

How can I handle concurrency issues?

How do I handle errors gracefully?

How can I improve performance for large grids?

What are common pitfalls?

How do I test the insert flow?

How to insert gridview data in sql server: insert gridview data into sql server, gridview insert, ado.net, sqlserver, ef, database bound controls

Frequently Asked Questions

How do I enable a footer row for inserts in GridView?

What’s the safest way to insert data from GridView into SQL Server?

Can I insert multiple rows at once from GridView?

How do I handle validation errors gracefully?

How can I prevent duplicate entries?

Should I use EF or ADO.NET for insert?

How can I retrieve the inserted ID after an insert?

How do I handle paging while inserting?

What about security for the connection string?

How can I test this pattern in a real project?

Sources:

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