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View All on GitHubAn AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
AI Summary: This GitHub issue requests the addition of support for monitoring Synology NAS devices, leveraging the SNMP protocol which Synology's DSM operating system supports. The user has successfully monitored some metrics locally on a DS918+ device and provides a link to Synology's SNMP MIB Guide for reference. The request aims to provide comprehensive metric monitoring for these widely adopted NAS solutions.
An AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
An AI-powered next-generation open source real-time observability system.
AI Summary: The task is to enhance Apache HertzBeat's user interface to include a more comprehensive list of time zones in its dropdown menu. Currently, the selection is limited, causing users to manually edit the database to select their desired time zone. The solution involves expanding the time zone options within the application's configuration.
An AI-powered next-generation open source real-time observability system.
AI Summary: Implement self-monitoring in Apache HertzBeat (incubating) using OpenTelemetry to expose internal metrics (collection count, duration) via a /metrics endpoint, improving observability and alerting capabilities for failed monitoring tasks. This involves adding OpenTelemetry dependencies, initializing the SDK, creating a metrics service, and instrumenting the core collection logic to record metrics with relevant labels.
An AI-powered next-generation open source real-time observability system.
AI Summary: Debug and fix a NullPointerException in the Apache HertzBeat (incubating) monitoring system's GroupAlert functionality. The error occurs when commonLabels has a null value, preventing subsequent WeChat notifications. The task involves analyzing the provided log, identifying the root cause of the NullPointerException within the AlarmInhibitReduce class (line 159), and implementing a solution to handle null values gracefully.
An AI-powered next-generation open source real-time observability system.
AI Summary: Update the Apache HertzBeat (incubating) project to use the latest BouncyCastle jars (bcprov-jdk18on) instead of the outdated bcprov-jdk15on jars to address multiple reported CVEs (Common Vulnerabilities and Exposures). This involves replacing the outdated dependency in the project's build configuration and verifying the functionality remains unchanged.
An AI-powered next-generation open source real-time observability system.
AI Summary: Enhance Apache HertzBeat's monitor export functionality to allow exporting all monitors at once, and also exporting monitors based on existing search filters.
An AI-powered next-generation open source real-time observability system.
AI Summary: Debug an inconsistency between alarm data and hit data in Apache HertzBeat (version 1.7.1). The issue involves mismatched metrics data returned by the system compared to the data shown in the Prometheus UI. The task requires analyzing the provided Prometheus query results, HertzBeat alarm configuration, notification settings, and debug logs to identify the root cause of the discrepancy and propose a solution.
An AI-powered next-generation open source real-time observability system.