Question 1

How to schedule a job to run every weekday at 9 AM with FluentScheduler?

Accepted Answer

Use the fluent API with methods like 'Run.OnceAt(9).AndEvery(1).Day().On(DayOfWeek.Monday)' or similar chaining, though you may need to combine intervals for complex schedules, as detailed in the documentation.

Question 2

FluentScheduler vs Hangfire: which one should I use?

Accepted Answer

Choose FluentScheduler for simple, in-memory scheduling with a clean API in lightweight apps. For production systems needing persistence, distributed jobs, or a dashboard, Hangfire is more feature-rich but heavier.

Question 3

Can FluentScheduler handle job failures or retries?

Accepted Answer

No, it lacks built-in error handling or retry mechanisms; developers must implement try-catch blocks manually within job actions, which can add complexity.

Question 4

How to stop or pause a scheduled job in FluentScheduler?

Accepted Answer

You can call methods like 'schedule.Stop()' on the schedule instance, but managing multiple jobs dynamically requires careful tracking since the library is designed for static definitions.

Question 5

Is FluentScheduler thread-safe for concurrent job execution?

Accepted Answer

The library handles basic concurrency, but for high-load scenarios, you should ensure job actions are thread-safe, as it may run jobs in parallel depending on the configuration.

Question 6

Does FluentScheduler support cron expressions?

Accepted Answer

No, it relies on its fluent interface for scheduling rather than cron syntax; for cron-like flexibility, you might need to use external libraries or custom logic.

FluentScheduler

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