syncfusion-wpf-tabbed-mdi-form

name	syncfusion-wpf-tabbed-mdi-form
description	Implement Syncfusion WPF DocumentContainer (Tabbed MDI Form) control for creating MDI and TDI interfaces. Use this skill when working with DocumentContainer, Multiple Document Interface (MDI), Tabbed Document Interface (TDI), or Visual Studio-style document management. Covers document windows, tab groups, window switchers, state persistence for document layouts, and dockable document windows in WPF applications.
metadata	{"author":"Syncfusion Inc","version":"34.1.29"}

Implementing Syncfusion WPF DocumentContainer

The Syncfusion WPF DocumentContainer (Tabbed MDI Form) is a control for holding documents, controls, and panels within your application. It enables you to create both MDI (Multiple Document Interface) and TDI (Tabbed Document Interface) layouts, making it easy to build navigable applications similar to Visual Studio or modern IDE document management systems.

When to Use This Skill

Use the DocumentContainer control when you need to:

• Multi-document interfaces: Create applications that manage multiple documents simultaneously (like Visual Studio, Word, or Excel)
• Tabbed interfaces: Implement tab-based navigation for documents and panels
• MDI applications: Build traditional Multiple Document Interface applications with floating/resizable windows
• TDI applications: Create modern Tabbed Document Interface applications with pinnable tabs
• Document management: Handle multiple views, editors, or panels within a single application window
• Window switching: Enable easy navigation between multiple documents using keyboard shortcuts (CTRL+TAB)
• State persistence: Save and restore document layouts, positions, and states across application sessions
• Professional layouts: Create applications with Visual Studio-style document management and window organization

Component Overview

Key Capabilities:

• Dual mode support: TDI (Tabbed) and MDI (Multiple Document) interfaces
• Five window switcher styles for navigation (Immediate, List, QuickTabs, VS2005, VistaFlip)
• Window state management (minimize, maximize, resize)
• Tab groups for organizing related documents
• Pin/unpin tabs for persistent vs temporary documents
• State persistence (Registry, XML, Binary, Isolated Storage)
• Full screen mode support
• Drag and drop customization
• Keyboard navigation and shortcuts
• Theme and skin support

Assembly Requirements:

• Syncfusion.Tools.WPF
• Syncfusion.Shared.WPF

Documentation and Navigation Guide

Getting Started

📄 Read: references/getting-started.md

• Assembly deployment and NuGet packages
• Adding DocumentContainer via designer or code
• Adding document windows to the container
• Setting headers for documents
• Basic TDI/MDI setup with complete examples

Container Modes (TDI vs MDI)

📄 Read: references/container-modes.md

• Understanding TDI (Tabbed Document Interface)
• Understanding MDI (Multiple Document Interface)
• Setting the Mode property
• When to use each mode
• Switching between modes at runtime
• Mode-specific features and behavior

Window Management

📄 Read: references/window-management.md

• Minimizing MDI windows (CanMDIMinimize property)
• Maximizing MDI windows
• Setting window states (Normal, Minimized, Maximized)
• Resizing windows and setting MDI bounds
• Keyboard-based window resizing
• Window arrangement patterns

Tab Management

📄 Read: references/tab-management.md

• Adding and removing document items
• Creating and organizing tab groups
• Pin and unpin tabs
• Tab navigation and ordering
• Dynamic tab management
• Items collection operations

Window Switchers

📄 Read: references/window-switchers.md

• CTRL+TAB navigation overview
• SwitchMode property and options
• Immediate, List, QuickTabs modes
• VS2005 and VistaFlip modes
• Choosing the right switcher for your application
• Keyboard shortcuts for window navigation

State Persistence

📄 Read: references/state-persistence.md

• SaveDockState and LoadDockState methods
• Saving to Registry (Binary/SOAP formatter)
• Saving to Isolated Storage
• Saving to XML files
• Saving to Binary files
• Resetting and deleting states
• Best practices for state management

Customization and Styling

📄 Read: references/customization.md

• Setting document headers
• Custom header templates
• Theme and skin support
• Visual customization options
• Container appearance styling
• Custom layouts

Advanced Features

📄 Read: references/advanced-features.md

• Full screen mode
• Disabling drag and drop
• MDI window arrangement
• Event handling
• Integration with DockingManager
• Performance optimization
• Troubleshooting common issues

Quick Start

Basic TDI Implementation

<Window xmlns="http://schemas.microsoft.com/winfx/2006/xaml/presentation"
        xmlns:x="http://schemas.microsoft.com/winfx/2006/xaml"
        xmlns:syncfusion="http://schemas.syncfusion.com/wpf"
        Title="DocumentContainer Demo" Height="600" Width="800">
    <Grid>
        <!-- DocumentContainer in TDI mode -->
        <syncfusion:DocumentContainer x:Name="documentContainer" Mode="TDI">
            <!-- Document 1 -->
            <FlowDocumentScrollViewer syncfusion:DocumentContainer.Header="Document 1">
                <FlowDocument>
                    <Paragraph>Content of Document 1</Paragraph>
                </FlowDocument>
            </FlowDocumentScrollViewer>
            
            <!-- Document 2 -->
            <FlowDocumentScrollViewer syncfusion:DocumentContainer.Header="Document 2">
                <FlowDocument>
                    <Paragraph>Content of Document 2</Paragraph>
                </FlowDocument>
            </FlowDocumentScrollViewer>
            
            <!-- Document 3 -->
            <FlowDocumentScrollViewer syncfusion:DocumentContainer.Header="Document 3">
                <FlowDocument>
                    <Paragraph>Content of Document 3</Paragraph>
                </FlowDocument>
            </FlowDocumentScrollViewer>
        </syncfusion:DocumentContainer>
    </Grid>
</Window>

Basic MDI Implementation (C#)

using Syncfusion.Windows.Tools.Controls;
using System.Windows;
using System.Windows.Controls;

namespace DocumentContainerDemo
{
    public partial class MainWindow : Window
    {
        public MainWindow()
        {
            InitializeComponent();
            
            // Create DocumentContainer in MDI mode
            DocumentContainer documentContainer = new DocumentContainer();
            documentContainer.Mode = DocumentContainerMode.MDI;
            documentContainer.SwitchMode = SwitchMode.VS2005;
            
            // Add document windows
            Button doc1 = new Button { Content = "Document 1 Content" };
            Button doc2 = new Button { Content = "Document 2 Content" };
            Button doc3 = new Button { Content = "Document 3 Content" };
            
            // Set headers
            DocumentContainer.SetHeader(doc1, "Document 1");
            DocumentContainer.SetHeader(doc2, "Document 2");
            DocumentContainer.SetHeader(doc3, "Document 3");
            
            // Add to container
            documentContainer.Items.Add(doc1);
            documentContainer.Items.Add(doc2);
            documentContainer.Items.Add(doc3);
            
            // Set as window content
            this.Content = documentContainer;
        }
    }
}

Common Patterns

Pattern 1: TDI with QuickTabs Switcher

Ideal for modern tabbed applications with Visual Studio-style navigation.

<syncfusion:DocumentContainer Name="DocContainer" 
                              Mode="TDI" 
                              SwitchMode="QuickTabs">
    <!-- Add documents here -->
</syncfusion:DocumentContainer>

Pattern 2: MDI with Window Management

Enable minimize, maximize, and resize for traditional MDI applications.

<syncfusion:DocumentContainer Name="DocContainer" 
                              Mode="MDI" 
                              CanMDIMinimize="True"
                              SwitchMode="VS2005">
    <!-- Add documents here -->
</syncfusion:DocumentContainer>

Pattern 3: State Persistence (XML)

Save and restore document layouts across sessions.

using System.Runtime.Serialization.Formatters.Binary;

// Save state to XML
BinaryFormatter formatter = new BinaryFormatter();
documentContainer.SaveDockState(formatter, StorageFormat.Xml, @"layout.xml");

// Load state from XML
BinaryFormatter formatter = new BinaryFormatter();
documentContainer.LoadDockState(formatter, StorageFormat.Xml, @"layout.xml");

Pattern 4: Dynamic Document Management

Add and remove documents programmatically.

// Add a new document
TextBox newDoc = new TextBox { Text = "New Document Content" };
DocumentContainer.SetHeader(newDoc, "New Document");
documentContainer.Items.Add(newDoc);

// Remove all documents
documentContainer.Items.Clear();

// Remove specific document
documentContainer.Items.Remove(newDoc);

Key Properties

Property	Type	Description
Mode	DocumentContainerMode	Sets TDI or MDI mode
SwitchMode	SwitchMode	Window switcher style (Immediate, List, QuickTabs, VS2005, VistaFlip)
CanMDIMinimize	bool	Enables MDI window minimization
Items	ItemCollection	Collection of documents in the container

Key Methods

Method	Description
SaveDockState()	Saves document state to storage (Registry, XML, Binary)
LoadDockState()	Loads document state from storage
ResetState()	Resets the container to default state
DeleteDockState()	Deletes saved state from storage
Items.Add()	Adds a document to the container
Items.Clear()	Removes all documents from the container

Common Use Cases

1. Code Editors and IDEs: Create multi-document code editing environments with tabbed or MDI layouts
2. Data Entry Applications: Manage multiple data entry forms simultaneously
3. Document Viewers: Display multiple documents (PDF, images, text) in a tabbed interface
4. Dashboard Applications: Organize multiple dashboard panels and charts
5. Reporting Tools: Manage multiple report views and editors
6. Configuration Tools: Handle multiple configuration panels or property editors
7. Medical Applications: Manage patient records with multiple document views
8. Financial Applications: Display multiple charts, reports, and data grids simultaneously

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Next Steps: Choose the appropriate reference file above based on your specific implementation needs. Start with getting-started.md for initial setup, then explore specific features as needed.