
Developed a robust timer system for the onirise/Failsafe repository, focusing on managing timed events and asynchronous operations within Unity game development. The work centered on designing an object-oriented Timer class in C# that supports starting, stopping, and periodic ticking, as well as providing a static method for running timers with configurable durations and optional callbacks. This approach improved the reliability of state management by reducing race conditions and simplifying the orchestration of asynchronous tasks. The enhancements increased testability and prepared the codebase for future timer-based automations, demonstrating a strong grasp of asynchronous programming patterns and targeted code refactoring.
Month: 2025-08 highlights for onirise/Failsafe. Key feature delivered: Timer System for Timed Events and Asynchronous Operations. Introduced a new Timer class to manage timed events and async operations, including start/stop, periodic ticks, and a static method to run a timer with a total duration and optional callbacks. Minor corrections to existing state management code to improve reliability. Impact: Enables robust scheduling and coordination of asynchronous tasks, reduces downstream complexity, improves testability, and lays the groundwork for timer-based automations. Technologies/skills: Object-oriented timer design, concurrency and async patterns, state management improvements, and code quality through targeted refactoring.
Month: 2025-08 highlights for onirise/Failsafe. Key feature delivered: Timer System for Timed Events and Asynchronous Operations. Introduced a new Timer class to manage timed events and async operations, including start/stop, periodic ticks, and a static method to run a timer with a total duration and optional callbacks. Minor corrections to existing state management code to improve reliability. Impact: Enables robust scheduling and coordination of asynchronous tasks, reduces downstream complexity, improves testability, and lays the groundwork for timer-based automations. Technologies/skills: Object-oriented timer design, concurrency and async patterns, state management improvements, and code quality through targeted refactoring.

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