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Found 1,440 Skills
Implement Syncfusion React TimePicker component for user time selection, scheduling interfaces, and appointment booking. Use this skill whenever users need to add time picker inputs for appointment systems, scheduling apps, time-based filtering, shift management, or time range selection. Covers installation, time format customization, min/max constraints, event handling, form integration, validation patterns, and mobile responsive behavior.
Comprehensive guide for Syncfusion Angular DatePicker component implementation. Use this when building date selection interfaces with Angular, implementing date validation, applying date formatting, or handling user date input. Covers calendar-based date picking, date range selection, form integration, and locale-aware date handling.
Comprehensive guide for implementing Syncfusion Angular NumericTextBox component. Use this when building numeric input controls with validation, formatting, spin buttons, adornments, and accessibility features. This skill covers number formatting, spinners, numeric form validation, and advanced patterns for Angular applications.
Use when validating that implementation meets specification requirements — applies acceptance-driven backpressure with behavioral validation gates that prevent completion claims without passing tests. Triggers: spec-to-code validation, feature completion verification, pre-merge acceptance gate, release readiness check.
Learn to implement Syncfusion WinForms PercentTextBox control for collecting and displaying percentage values with validation, formatting, and data binding. Covers installation, value management, constraints, formatting options, and event handling for robust percentage input forms.
Comprehensive guide for implementing and managing Syncfusion Windows Forms licensing. Use this when troubleshooting license validation errors, generating or registering license keys, or configuring CI/CD license validation. This skill covers license key management, trial vs licensed versions, NuGet package licensing, and build server scenarios.
Top-tier software architect agent for complex multi-stage project development. This skill embodies the role of a senior software architect who decomposes complex tasks into structured sub-modules, iterates each component until excellence is achieved, enforces strict quality gates between phases, and produces documentation compliant with all skill standards. Core Philosophy: "Design once, iterate until perfect, then move forward." Triggers when: You need to design architecture for a complex multi-stage project, decompose requirements into modules, or establish quality gates for development phases. Commands: - /architect design <task> - Full architecture design for a task - /architect phase <n> - Execute specific phase - /architect iterate <module> - Iterate on a specific module - /architect status - Show current architecture status - /architect review - Review and validate architecture Six phases: Requirement Analysis, Architecture Design, Task Decomposition, Iterative Development, Integration & Validation, Documentation Generation. Each phase has strict exit criteria.
Create a high-quality pull request: branch, focused changes, lint/build, conventional commit, and a clear PR description with validation steps. Use when the user asks to open or prepare a PR.
Comprehensive validation patterns for ASP.NET Core applications. Covers FluentValidation integration, DataAnnotations, IValidatableObject, IValidateOptions<T>, MediatR pipeline behavior, and client-side validation. Use when implementing validation in ASP.NET Core applications, setting up FluentValidation, creating custom validators, configuring options validation, or implementing cross-field validation.
Enforces complete execution, mode-aware delivery, compact sub-agent communication, independent agent-review gating, validation, and reporting for implementation, bugfix, hardening, documentation, specification, architecture, design, review, and post-mortem tasks. Use whenever work must be completed, reviewed, validated, or documented through an explicit execution mode instead of handled ad hoc.
Apply when implementing asynchronous payment methods (Boleto, Pix, bank redirects) or working with callback URLs in payment connector code. Covers undefined status response, callbackUrl notification, X-VTEX-signature validation, sync vs async handling, and correct delayToCancel configuration for each async method.
Run the standard post-change validation flow after a fix, refactor, or new feature. Use when implementation work is done and you should validate the latest changes by invoking the repo's review skills, starting with review-changes and then repo-doc-maintainer, before giving the final close-out.