71 docs tagged with "Node.js"

You can quickly recognize abnormal transactions by using URLs, SQLs, and HTTP calls of the active transactions, and can analyze the delayed sections in detail through the transaction trace details.

It describes additional functions available in the Topology menu.

It describes the connection settings between the agent and the server.

The options of the agent log can be set.

The following explains how to set the agent name in order to identify the monitoring target.

Alerts are sent automatically after recognizing application execution distribution patterns through machine learning.

You can set various functions related to reception of alerts by project members.

You can analyze the application performance in the Node.js environment and respond to any issues that may happen.

It guides you to the transaction-related menus.

Alerts can be set to detect a series of behaviors looking for unexpected patterns.

Agent installation steps to monitor applications such as Java, Python, and Node.js in containers.

Alerts are sent through the resource usage, active transactions, and event conditions of error conditions of the application.

You can monitor resources of your web application server in real time.

It describes the application metrics.

The following guides you to the preset templates that help you quickly build custom dashboards on Flex Board. You can easily perform initial configuration and change the settings. From selecting a template to naming it, adjusting its layout, and saving the settings, you can effectively create monitoring dashboards.

It guides you to the performance counter.

It guides you to the application report.

Let's learn the basic operations in the topology menu.

The Node.js application server's functions can be controlled.

The following explains how to create a dashboard from the Flex Board menu and place widgets to create a custom dashboard. You can select the fixed layout or responsive layout, add metric widgets, and use predefined widget templates. You can reposition and resize widgets to create your own dashboard layout.

It guides you to the cube analysis.

You can check the status of key daily metrics by the time zone for applications in the Node.js environment.

The WhaTap monitoring dashboard provides functions to understand the overall status of a project at a glance.

The following provides the options related to the Node.js agent DB and SQL.

You can see the history of alerts that occurred through Event History.

Learn about the event reception format of the alerts provided by Application Monitoring.

Alerts are sent through the resource usage, active transactions, and event conditions of error conditions of the application.

The following guides you to the custom integrated dashboard. You can create real-time dashboards with the data for applications, servers, databases, containers, and more. It provides pre-configured templates. Through the features such as adding various data widgets, data filtering, and setting time ranges, you can easily summarize desired monitoring targets and check important data.

The following explains how to edit and manage dashboards in Flex Board. It includes changing the dashboard name, selecting a project, and adjusting the layout for you to see how to add, move, resize, and delete widgets. It also provides the features to select data source for the widget and to export data to json format for the dashboard.

Let's learn the provided functions according to the screen mode of the Flex board.

You can see the transaction list and steps under each transaction at once by opening the trace analysis window through the Hitmap widget.

It provides the HTTPC and API call related options of the Node.js agent.

The items must be checked after installing the agent.

The following explains how to configure the Custom Server for monitoring the Node.js applications in the server-side rendering (SSR) framework such as Next.js.

The following explains how to install an agent on the application server in the Node.js environment.

The following explains how to configure the Custom Server for monitoring the Node.js applications in the server-side rendering (SSR) framework such as Nuxt.js.

This step allows you to install the agent to monitor Node.js applications in the container.

It guides you how to create a DockerFile in the Docker environment to install and run the Node.js agent.

You can see the Node.js application environment along with the performance-related settings.

It guides you to the integrated report.

The following describes the main menus of the application monitoring service.

It explains how to update or delete the Node.js agent.

The following explains how to add, change, copy, and delete widgets placed on the Flex Board. You can customize the dashboard by adding widgets or adjusting the properties of existing widgets. You can configure a dashboard that suits your monitoring needs through detailed controls such as changing widget data search conditions, setting the time, and setting the data merge options.

You can compare the patterns of various metrics with the expected patterns learned by the AI.

It describes an overview of metrics.

Use the metrics event settings to set specific and complex events.

The following explains how to add metrics data that represents project performance metrics to the dashboard in the form of widget. Metrics are classified into categories, data can be explored using tags, and are available in two types: table widget and series widget.

It guides you to the multi transaction tracing.

The transactions and trace data are provided so that you can see various call relationships at a glance within or between systems, and identify where problems occurred for improvement.

The following explains how to configure the default settings of the Node.js agent.

You can monitor the application server that runs in the Node.js environment.

It provides the basic specifications of the Node.js application server in which the WhaTap Monitoring service runs.

It provides the customization function to modify the alert notification messages that are delivered to project members.

It guides you to the performance trend.

It guides you to the report.

It explains how to apply the options to an agent for using the topology functions.

Configure necessary settings in whatap.conf for monitoring the applications in the container. Let's learn about available options.

It guides you to the transaction endpoint setting.

The Flex board can be shared and reused by the users with other accounts.

The following options are related to the statistics collection for the data collected by the agent.

Through various metrics collected from the Node.js application environment, statistical data is provided.

Let's learn about the functions provided by the type-based topology.

Through the real-time data collected from the monitored servers, you can easily understand the correlation between application servers.

This option creates the topology map by using the data collected by the agents.

Transaction map is a chart that expresses the response time of each individual completed transaction in the form of distribution chart.

You can search for the desired transaction based on the individual transaction's performance properties.

It guides you to the transaction step collection method.

It guides you to the transaction tracing.

The agent traces the transaction performance and provides the following configurable options.

It guides you to the overview of transaction.

It aggregates the numbers of real-time users connected to WAS.