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Found 188 Skills
Guide for optimizing MSBuild build parallelism and multi-project scheduling. Only activate in MSBuild/.NET build context. Use when builds are not utilizing all CPU cores, when looking to speed up multi-project builds, or when evaluating graph build mode. Covers /maxcpucount, project dependency graphs, graph build (/graph), BuildInParallel, and reducing unnecessary project references.
Deploy and configure MetaClaw — an agent that meta-learns and evolves from live conversations using skills injection, RL training, and smart scheduling.
Use this skill when planning social media strategy, creating platform-specific content, scheduling posts, or analyzing engagement metrics. Triggers on social media strategy, content scheduling, engagement tactics, platform analytics, community building, hashtag strategy, and any task requiring social media planning or optimization.
Personal AI assistant framework supporting multiple chat channels (DingTalk, Feishu, QQ, Discord, etc.) with extensible skills, local/cloud deployment, and cron scheduling.
Enables agents to register, manage, and execute scheduled tasks using OS native scheduler (crontab for Linux/WSL, launchd for macOS). No git, no dangerous flags, no session dependency. Tasks run headless, output to log files, user reads when ready. Use this skill when: - User wants to schedule recurring tasks with natural language - User mentions "every day at", "cada hora", "schedule", "programar", "automatizar" - User needs tasks to run without open session (headless) - User wants OS-level scheduling (crontab/launchd) - User mentions "cada minuto durante la próxima hora" or temporal intervals ACTIVATE when user mentions: "schedule", "programar", "cron", "cada día", "every hour", "automate", "tarea programada", "ejecutar automáticamente", "recordatorio", "cada minuto durante", "durante la próxima", "intervalo", "task scheduler", "opencode headless", "kiro scheduled", "background task", "tarea en segundo plano" DO NOT USE for: git operations, dangerous permissions, MCP sampling dependency.
Technical Solution Design SKILL, including technical implementation of requirements, process design, database table design, interface design, task breakdown, estimated man-hours and scheduling, etc.
.NET timezone handling guidance for C# applications. Use when working with TimeZoneInfo, DateTimeOffset, NodaTime, UTC conversion, daylight saving time, scheduling across timezones, cross-platform Windows/IANA timezone IDs, or when a .NET user needs the timezone for a city, address, region, or country and copy-paste-ready C# code.
Deterministic audit of cron/scheduled job scripts for reliability, error handling, logging, cleanup, and concurrency safety. Use when user says "audit cron", "check cron script", "cron best practices", "scheduled job review", or "bash script audit". Do NOT use for crontab scheduling syntax, systemd timers, or general shell linting without a cron/scheduled-job context.
Implement Syncfusion WPF Scheduler (SfScheduler) for managing appointments and calendar views in desktop applications. Use this when building scheduling interfaces, appointment management systems, or resource booking applications. This skill covers calendar views, appointment handling, resource scheduling, timeline customization, and Outlook-style calendar functionality.
Implement Syncfusion WPF Gantt control for project management and task scheduling in Windows Presentation Foundation applications. Use this when building project planning tools, task timeline visualizations, or resource management systems. This skill covers Gantt chart configuration, task dependencies, drag-drop interactions, resource allocation, baseline tracking, and customization options.
Guide to using the Syncfusion WPF CalendarEdit control for date selection and navigation. Use this skill whenever the user needs to implement calendar functionality, select dates, restrict date ranges, customize calendar appearance, or work with multi-date selection. Essential for building date picker interfaces, booking systems, scheduling applications, and any WPF project requiring calendar controls.
Industrial AI literature research with mandatory intake questions, venue-aware source prioritization, structured report outputs, and survey draft generation. Use when the user needs up-to-date research on predictive maintenance, intelligent scheduling, industrial anomaly detection, smart manufacturing, cyber-physical systems, edge AI for automation, or crossover robotics-for-industry topics. Also trigger for adjacent terms: "digital twin", "industrial IoT", "Industry 4.0", "manufacturing AI", "factory automation", "process optimization", or "survey draft" in industrial contexts.