Capgo Plugin for Custom Event Tracking

Capgo’s Capacitor plugin is a tool for real-time custom event tracking and instant analytics. It helps developers monitor user behavior and app performance effectively, ensuring a smooth user experience. With 95% of updates delivered within 24 hours and 1.6 trillion updates already served, Capgo is trusted by developers for its speed and reliability.

Key Features:

• Fast Updates: 95% of active users updated within 24 hours.
• Instant Analytics: API response time averages 434ms globally.
• Security: End-to-end encryption ensures data safety.
• Custom Event Tracking: Monitor user actions, screen views, and app performance.

Setup Requirements:

• Capacitor: Version 5.0+.
• Node.js: v20.0.0+.
• System Specs: Minimum 8GB RAM, 256GB storage, Intel i5/AMD Ryzen 5 processor.

Installation Steps:

1. Install the plugin:

   npm install @capgo/capacitor-updater

2. Configure your API key:

   npx @capgo/cli init

3. Sync your project:

   npx cap sync

Why It Matters:

• 79% of users expect instant responses. Capgo helps meet this demand.
• Poor app experiences lead to 80% user abandonment. Real-time tracking can prevent this.

Capgo is already powering 1.7K apps and improving customer satisfaction by 25%. If you’re a developer, this plugin simplifies event tracking while ensuring your app stays fast, secure, and user-friendly.

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Setup Requirements

To get started with the Capgo plugin, you’ll need to ensure your system is properly configured to support its functionality.

System Requirements

Make sure your development environment meets the following specifications:

Platform-Specific Requirements:

• For iOS Development (macOS only):

  • macOS 13.0 (Ventura) or newer
  • Xcode 16.0+
  • CocoaPods 1.12.0+
  • An active Apple Developer account

• For Android Development:

  • Android Studio Hedgehog (2023.1.1) or newer
  • Android SDK API level 23+
  • JDK 17
  • Gradle 8.0+

Plugin Installation Steps

Once your environment is ready, follow these steps to install and configure the Capgo plugin:

1. Install the Capgo plugin:

   Run the following command in your project directory:

   npm install @capgo/capacitor-updater

2. Set up your API key:

   Initialize the plugin and configure your API key with:

   npx @capgo/cli init

3. Verify the plugin installation:

   Check if the plugin is properly installed by running:

   npm list @capgo/capacitor-updater

Project Sync

After installing the plugin, synchronize your project with the native platforms. This step ensures everything is aligned and up to date. The sync process includes:

To perform the sync, execute the following command:

npx cap sync

Custom Event Setup

The Capgo plugin offers a reliable way to track custom events, helping you monitor user actions and app performance effectively.

Event Structure

Every event you track is made up of two main parts:

Tips for naming your events:

• Always start with a letter.
• Use snake_case and maintain case sensitivity.
• Keep names short but meaningful.
• Avoid using reserved keywords.

Once you’ve defined your event format, you can start logging events using the methods below.

Event Logging Methods

To track events, use the logEvent method. Here’s how to log basic events and transactions:

await CapacitorUpdater.logEvent({
  name: "feature_accessed",
  data: {
    feature_name: "live_updates",
    access_time: Date.now()
  }
});

await CapacitorUpdater.logEvent({
  name: "purchase_completed",
  data: {
    plan: "MAKER",
    amount: 33.00,
    currency: "USD",
    subscription_period: "annual"
  }
});

Screen Tracking

You can also track screen views to gain insights into how users navigate through your app:

await CapacitorUpdater.logScreenView({
  screen_name: "settings_page",
  screen_class: "SettingsComponent",
  parameters: {
    source: "main_menu",
    user_type: "admin"
  }
});

Best practices for screen tracking:

• Stick to consistent naming conventions across platforms.
• Add relevant context parameters for better insights.
• Track both entry and exit times for screens.
• Use this data to analyze user navigation patterns effectively.

Monitoring and Testing

Capgo offers tools to monitor custom events and troubleshoot implementation issues in real-time, making it easier to ensure your app runs smoothly.

Debug Tools

Keep track of your event streams with these debugging options:

Using the Capgo CLI Debug Command:

npx @capgo/cli@latest app debug

This command gives you a live view of your event tracking, showing event names, parameters, and transmission status as they happen.

For more advanced debugging, you can rely on platform-specific tools:

If you need even more detailed logs, you can enable verbose logging with this command:

npx cap run ios --verbose

Once you’ve confirmed your event flow is working as expected, it’s time to fine-tune data transfer settings for better performance.

Data Transfer Settings

After verifying your events using debugging tools, you can optimize data transfer settings to ensure smooth and efficient performance. For example, Capgo’s CDN can transfer a 5MB bundle in just 114ms, with an API response time of 434ms.

Security Configuration Example:

await CapacitorUpdater.configure({
  encryption: true,
  compressionLevel: "high",
  retryAttempts: 3,
  batchSize: 50
});

For apps handling a high volume of data, consider these best practices:

• Use batch processing to minimize overhead.
• Implement retry logic with exponential backoff to handle network issues.
• Apply compression to reduce the size of large payloads.

To keep your data secure while maintaining speed, Capgo includes built-in validation checks and encryption protocols. These features ensure your event tracking remains both reliable and efficient.

Advanced Configuration

User Properties

With the Capgo plugin, you can set up persistent user properties to monitor user behavior effectively across sessions. Here’s an example:

await CapgoPlugin.setUserProperties({
  subscriptionTier: "premium",
  deviceType: "mobile",
  region: "US-West",
  lastLoginDate: new Date().toISOString()
});

For enterprise-level apps, you might want to include additional role-based details, such as user roles and permissions, to refine user segmentation. Once configured, ensure sensitive user data is protected by implementing strong privacy measures.

Data Privacy Settings

Privacy compliance is critical, especially with regulations like GDPR and CCPA. The Capgo plugin simplifies this with built-in privacy controls:

await CapgoPlugin.configurePrivacy({
  dataRetention: 90, // Days to retain event data
  piiEncryption: true,
  gdprCompliance: true,
  dataMinimization: true
});

Best practices for privacy management:

Performance Settings

Once privacy is secured, it’s time to fine-tune performance for efficient tracking. Use the following configuration to optimize resource usage:

await CapgoPlugin.configurePerformance({
  batchSize: 50,
  batchInterval: 30000, // milliseconds
  retryStrategy: {
    maxAttempts: 3,
    backoffMultiplier: 1.5
  },
  compressionThreshold: 1024 // bytes
});

For environments with unreliable network connections, adaptive batching can help:

await CapgoPlugin.setNetworkPolicy({
  lowBandwidthMode: true,
  maxPayloadSize: 100000, // bytes
  priorityEvents: ["purchase", "error", "crash"]
});

These settings ensure a balance between real-time tracking and efficient resource management, even under challenging network conditions.

Summary

The Capgo plugin stands out for its ability to provide real-time monitoring and quick user feedback, making it a powerful tool for custom event tracking and advanced configurations. By offering real-time analytics, it simplifies the process of tracking custom events, allowing developers to stay on top of app performance and update deployments.

With an impressive reach - up to 95% of active users receiving updates within 24 hours [1] - the plugin delivers key insights through the following metrics:

These metrics highlight the plugin’s role in simplifying app updates and improving the overall user experience. Its combination of advanced configuration options, privacy controls, and real-time analytics empowers developers to anticipate and resolve issues before they affect users [1].

When setting up custom event tracking, prioritize the following:

• Data Privacy: Take advantage of built-in encryption and compliance tools.
• User Property Tracking: Use persistent properties to analyze user behavior effectively.
• Real-Time Monitoring: Gain immediate insights into updates and installations.

FAQs

::: faq

How does the Capgo plugin protect user data and comply with privacy regulations like GDPR?

Capgo places a strong emphasis on data privacy and adherence to regulations like GDPR. By utilizing end-to-end encryption, the platform ensures that user data remains secure during transmission. It also requires users to provide explicit consent before any data is collected, giving them full control over how their information is managed.

To reinforce its commitment to privacy, Capgo conducts regular evaluations to identify and address potential risks. This proactive approach aligns with the strict data protection standards set by the European Union, helping to protect user trust while staying fully compliant with privacy laws. :::

::: faq

How can I improve event tracking performance with the Capgo plugin?

To get better results with event tracking using the Capgo plugin, try a few smart approaches. First, focus on minimizing the size of the data you send. Break down large datasets into smaller, manageable pieces and compress them. This not only speeds up the process but also helps reduce memory consumption.

Another tip: use caching for data that’s accessed frequently. This can make a noticeable difference in performance. On top of that, tools like Firebase and Sentry are great for keeping an eye on app performance, resource usage, and response times. These tools give you real-time insights, allowing you to make quick adjustments and keep your Capacitor app running smoothly.

By using these strategies, you can improve event tracking performance without compromising the user experience. :::

::: faq

How can I troubleshoot and resolve issues with custom event tracking using Capgo tools?

To address custom event tracking issues in your Capacitor app, several tools and strategies from Capgo can come in handy. Start by using web debugging tools like Chrome DevTools or Safari Web Inspector. These are great for inspecting API calls, tracking resource loading, and identifying JavaScript errors. For native components, rely on platform-specific tools such as Xcode for iOS or Android Studio for Android to dig deeper into potential problems.

Running key Capacitor CLI commands is another effective approach. For example, npx cap doctor helps diagnose configuration issues, while npx cap sync ensures plugins are correctly integrated into your project.

For a more robust debugging process, you might also integrate error tracking platforms like Sentry or LogRocket. These tools monitor real-time errors and user interactions, making them especially useful during over-the-air (OTA) updates. By combining these methods, you can streamline the debugging process and improve the performance of your custom event tracking. :::