Idle State Detection & Notification Feature Implementation

This document outlines the implementation of a feature that displays reminder notifications when there is no activity for a certain period. Let's dive into the details, guys!

Overview

The main goal here is to implement a reminder notification feature that pops up when the user hasn't interacted with the application for a specified duration. This can be super helpful in various scenarios, such as prompting users to take a break if they've been working continuously or suggesting alternative approaches if they seem stuck. Think of it as a friendly nudge to keep things productive and prevent burnout. The idle state detection will monitor user activity, and the notification feature will alert them based on predefined settings.

This feature enhances user experience by proactively addressing potential issues arising from prolonged inactivity. For instance, a developer staring at the screen for too long without coding might benefit from a gentle reminder to step away and refresh their mind. Similarly, a user stuck on a particular problem could use a suggestion to explore different solutions. The idle state detection mechanism ensures that these notifications are contextually relevant, appearing only when necessary. By integrating this feature, we aim to create a more supportive and user-friendly environment within the application.

From a technical perspective, the implementation involves several key components working together seamlessly. The system needs to track the user's last activity, continuously check for idle time, trigger notifications based on predefined rules, and display these notifications in a clear and unobtrusive manner. This requires careful consideration of various factors, such as the duration of inactivity, the type of notification to display, and the user's preferences. The overall architecture should be designed for flexibility and scalability, allowing for future enhancements and customizations. By focusing on these aspects, we can deliver a robust and effective idle state detection and notification feature that truly benefits our users.

Completion Conditions

To ensure we're on the right track, let's define the conditions that need to be met for this feature to be considered complete. We'll break it down into actionable items, making it easier to monitor progress and ensure nothing gets missed.

• [ ] Implementation of tracking the last activity time.
• [ ] Idle time check function (periodic polling).
• [ ] Add onIdle trigger type to TriggerRule.
• [ ] Add idleDuration setting (default: 15 minutes).
• [ ] Display support in TreeView (icon/color settings).
• [ ] TriggerDialog additional flow implementation.
• [ ] Test suite implementation.
• [ ] README update (Japanese/English).

Each of these points represents a crucial step in the development process. Tracking the last activity time is fundamental to determining when a user becomes idle. The idle time check function provides the mechanism for continuously monitoring activity levels. Adding the onIdle trigger type expands the system's ability to respond to inactivity events. The idleDuration setting allows customization of the idle timeout period. Display support in TreeView ensures visual representation of idle-related information. TriggerDialog implementation integrates idle-based triggers into the user interface. A comprehensive test suite validates the functionality and reliability of the feature. Finally, updating the README in both Japanese and English ensures clear documentation for users and developers alike. Let's nail these, guys!

By meticulously addressing each completion condition, we can confidently deliver a high-quality idle state detection and notification feature. This structured approach ensures that all aspects of the implementation are thoroughly considered and executed. Each item on the list contributes to the overall functionality and user experience, making it essential to adhere to these guidelines. Regular reviews and progress checks against these conditions will help us stay on track and ensure successful completion of the project. This comprehensive approach not only guarantees a robust feature but also fosters a disciplined development process.

Implementation Details

Now, let's get into the nitty-gritty of how we're going to implement this awesome feature. We'll break down the key components and functionalities involved. Buckle up, techies!

• onIdle: Trigger when there is no operation for a certain period.
  • API: Track the last firing time of various events (such as onDidChangeTextDocument).
  • Setting: idleDuration (in minutes, default: 15 minutes).
  • Icon: 💤 (Purple).
  • Example: Feeling stuck? Take a break!
  • Example: 15 minutes of inactivity. Try a different approach?

So, the onIdle trigger is the heart of this feature. It's designed to fire when the user hasn't done anything for a specified amount of time. The API part involves keeping an eye on different events, like when a user types something (onDidChangeTextDocument). We'll need to track the last time these events occurred. The idleDuration setting lets users customize how long they need to be inactive before the trigger fires – the default is 15 minutes, which seems like a reasonable starting point. We'll use a cool purple 💤 icon to visually represent the idle state in the UI. And, of course, we'll have some friendly messages like "Feeling stuck? Take a break!" or "15 minutes of inactivity. Try a different approach?" to give users helpful nudges. These messages are designed to be encouraging and supportive, rather than nagging.

Delving deeper into the implementation, the API tracking mechanism will likely involve event listeners that capture timestamps whenever relevant actions occur. These timestamps will then be compared against the current time to determine if the idleDuration threshold has been exceeded. The choice of events to monitor will be crucial to ensure accurate idle detection. For instance, simple mouse movements might not indicate actual activity, while text input or command execution are more reliable indicators. The idleDuration setting should be easily accessible and configurable within the application's settings panel, allowing users to tailor the behavior to their specific preferences. The purple 💤 icon will need to be integrated seamlessly into the user interface, perhaps within a status bar or notification area. The messages displayed upon idle detection should be customizable as well, allowing users to specify their own prompts or suggestions. This level of flexibility will enhance the overall user experience.

From a performance standpoint, the idle time check function should be implemented efficiently to minimize resource consumption. Periodic polling is a common approach, but the polling interval should be carefully chosen to balance responsiveness with system overhead. Too frequent polling can drain battery life or impact performance, while infrequent polling might result in delayed notifications. Techniques such as debouncing or throttling can be employed to optimize the polling mechanism. Furthermore, the triggering of notifications should be handled asynchronously to avoid blocking the main thread and maintaining a smooth user interface. Error handling and edge case scenarios, such as system sleep or network connectivity issues, should be thoroughly addressed to ensure robustness. By considering these aspects, we can create an idle state detection feature that is both effective and efficient.

Let's make this feature rock, guys! 🚀