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Found 573 Skills
Guide to implementing Syncfusion XPTaskPane component for Windows Forms. Use when user needs to create Microsoft Office XP-style task pane layouts, manage multiple task pages, configure navigation headers, reorder pages, or customize appearance. Covers container setup, page management, header controls, scrolling, and styling.
Guides implementation of the Syncfusion WinForms AutoLabel control for automatic label positioning with form controls. Use when users want to add labels that automatically reposition when controls move, create form layouts with paired label-control units, implement complex form designs with FlowLayout, or ensure labels stay synchronized with their associated controls. Covers labeling controls, positioning, spacing, size settings, theming, and events.
Customize and apply Syncfusion Blazor themes — Theme Studio color customization, CSS/SCSS integration, lightweight themes, component filtering, and Sass variable overrides
Implement Syncfusion Blazor Linear Gauge (SfLinearGauge) for data visualization with linear scales. Use this when creating thermometer displays, progress indicators, or measurement visualizations. This skill covers axis configuration, pointers, ranges, and gauge appearance customization in Blazor applications.
Guide for implementing Syncfusion Blazor ListView component. Use this when building list-based interfaces with data binding, filtering, grouping, virtual scrolling, selection modes, and custom templates. Covers installation, templating, event handling, and advanced patterns.
Implement the Syncfusion Blazor Stepper component for multi-step workflows. Use this skill when creating step-by-step navigation UI, wizards, form workflows, or progress tracking. This skill covers step-based navigation, wizard interfaces, step validation, animations, templates, and stepper customization in Blazor applications.
Implement navigation menus using Syncfusion Blazor Menu Bar component. Use this skill to create horizontal or vertical menus with submenus, icons, events, animations, and data binding. Essential for building professional menu bars in Blazor applications.
Implement Syncfusion Blazor notification components (Toast, Message, Skeleton) for user feedback and loading states. ALWAYS use this when users need toast notifications, popup messages, alert boxes, success/error/warning/info messages, loading skeletons, shimmer effects, content placeholders, or any feedback UI. Trigger immediately when users mention notifications, toasts, alerts, messages, loading states, skeleton screens, shimmer loading, user feedback, status messages, SfToast, SfMessage, SfSkeleton, notification popups, or need to show temporary messages, form validation feedback, or loading placeholders.
Implement Syncfusion Blazor button components including Button, ButtonGroup, CheckBox, Chip, DropdownMenu, FloatingActionButton, ProgressButton, SpeedDial, SplitButton, and ToggleSwitch. Use this skill when working with button-related components in Blazor applications. Covers installation, configuration, styling, accessibility, event handling, and advanced features for all button component types.
Implement and configure the Syncfusion Blazor TreeMap component (SfTreeMap) for hierarchical data visualization. Use this when working with treemaps, area-proportional visualizations, or heat-map-like block displays. This skill covers TreeMap setup, layout configuration, data binding, color mapping, drill-down navigation, and accessibility features.
Build responsive card layouts with Syncfusion Blazor Card component. Use this when creating reusable card containers with headers, images, content, action buttons, and custom styling. This skill covers setup, structure, layouts, interactivity, and advanced customization.
Implement Syncfusion React Progress Bar for visual feedback. Use this skill whenever users need to display progress indicators, loading states, file uploads, data processing, or task completion in React applications. Trigger when user mentions progress bars, loading spinners, progress indicators, determinate/indeterminate states, circular/linear progress, or any progress visualization scenario.