242 docs tagged with "Application"

It guides you to active transactions.

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 guides you to active transactions.

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 guides you to active transactions.

Java Monitoring guides you to the active transaction function that monitors and analyzes active transactions in real time. You can search for the application's transaction URL, SQL, and HTTP calls, and identify the transaction status. This can help you identify the delayed areas and provide the detailed information for troubleshooting.

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.

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 guides you to active transactions.

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 guides you to the function to additionally collect data through agents.

The following guides you to additional agent configuration options that can help you tailor the level of monitoring for Java applications. It includes collection of SQL parameters, collection of HTTP parameters and header data, extraction of user IPs, selection of user count tracing method, SAP function tracking, and the like. Through these options, more granular data collection and analysis can be tailored, especially in security-critical environments.

The following provides the method how to set the communication for the application server.

The following explains how to configure the network to transmit the data collected by Java agents from the application servers to the server. The major configuration options are the collection server host, port, timeout value, network transfer size, and data transfer queue size, which are important to ensure the agent's efficient data management and reliable server communication.

The following provides the method how to set the communication for the application server.

It provides the method how to delete the PHP agent.

All the steps to install WhaTap's Java application monitoring agent are explained in detail. This section explains how to download and install the agent and how to set the configuration files including the agent's default settings.

Check the agent installation method that can be applied to the application server that runs in the PHP environment.

The following explains how to manage log data generated in the Java application environment through the agent. It includes the configuration of the path and name of the log file, retention period setting, log monitoring, and how to enable custom log tracing. It also provides various options for log management to help manage system logs efficiently.

The location and options of the PHP agent can be set.

To identify monitoring targets, the method how to set a unique identifier for the application server is provided. It is required to identify application servers among the monitoring target systems. You can see automatic naming based on the data such as server type and IP. Otherwise, you can manually set the agent name through the whatap.conf file or JVM options.

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

The following explains how to configure notifications for various events that occur in the application server through Java agents. It includes the options to configure event notifications for transaction recursive calls, denial of service, HTTPC connection errors, excess of heap and disk usage, CPU usage threshold violation, DB connection duplicate allocations, and exceptions. For each event, you can make detailed adjustments such as release interval, release status, and threshold settings.

The following guides you to the performance options for Java agents. You can check the maximum number of transactions that can be processed simultaneously and the initial size of the buffer that stores transaction data. This plays an important role in optimizing the system load and resource usage.

The following provides how to configure the settings for the application server's performance.

It provides the method how to update the PHP agent.

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

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

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

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

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

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

You can set event conditions and receive notifications in various forms.

You can set event conditions and receive notifications in various forms.

You can set event conditions and receive notifications in various forms.

You can set event conditions and receive notifications in various forms.

You can set event conditions and receive notifications in various forms.

You can set event conditions and receive notifications in various forms.

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

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

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

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

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

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

It describes the Go agent Apdex.

The following describes the Java agent options that set Apdex scores to measure the user satisfaction. Apdex metrics help you objectively evaluate the application's performance and improve user experience.

It describes the PHP agent Apdex.

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

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

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

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

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

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.

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

The following explains how to monitor key metrics for Java applications in real time and view historical data. You can find dashboard settings and usage, including information like CPU, memory usage, transaction status, and more, to help you quickly identify and analyze issues. It includes how to check the agent's connection status, monitor agents by category, edit dashboard widgets, and manage presets.

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

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

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

You can check the hitmap of the applications in the container.

It describes the application metrics.

It describes the application metrics.

It describes the application metrics.

It describes the application metrics.

It describes the application metrics.

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 performance counter.

It guides you to the performance counter.

It guides you to the performance counter.

It guides you to the performance counter.

It guides you to the performance counter.

It guides you to the application report.

It guides you to the application report.

It guides you to the application report.

It guides you to the application report.

It guides you to the application report.

It guides you to the application report.

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

The following explains how to trace activities of asynchronous applications through the Java agent settings. It includes the methods for collecting CompletableFuture methods and hooking those methods into user applications. It provides the options to add to the whatap.conf file along with configuration examples, to help enhance performance monitoring for asynchronous calls.

The following explains how to apply WhaTap's Java agent to batch applications. It also describes how the batch applications differ from web applications due to unique repetitive start and stop operations, and provides the methods for downloading the required agents, configuring agents and batch hosts, running batch jobs with agents, and monitoring the execution times by setting the time_limits.

It guides you to changes to Trace Analysis.

The following explains how the Java agent collects CPU, memory, and disk usage. Java's JMX library is basically used. If necessary, you can see how to collect performance metrics through Linux's proc directory or oshi and sigar libraries.

It guides you to the agent configuration for each Go library.

Check the list of containerized applications.

The following explains how to fine-tune the agent functionality for monitoring Java application servers. It includes the functions such as enabling/disabling agents, tracing transactions and performance counters, and collecting OS data. You can see various setting options that control each function.

The following provides the method how to control the functions of the application server.

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.

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

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

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

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

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

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

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

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

The following guides you to the dashboard functions for Java application monitoring provided by WhaTap monitoring service and the information that can be obtained. The dashboard allows you to see the overall status of the project at a glance and provides real-time visual information for response time, transaction status, and system resource usage. The dashboard allows administrators to intuitively understand service status and immediately recognize failures.

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

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

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

The following guides you to the DBC delay issue (one of application performance failures) and the connection pool.

The following provides various options for Java agents to handle the database and collect SQL performance data. They can trace various DB connection pools such as DBCP, Hikari, and Tomcat and record SQL execution details. Additionally, it provides information collection options for performance optimization, such as recording SQL parameters and tracing DB connection leaks.

It provides the configuration for PHP agent DB and SQL.

The step-by-step instructions on how to apply the WhaTap Java monitoring agent to Java applications in the Docker environment are provided. Users can add more Whatap Java agent settings to the existing Docker image to see the processes for building a new image, creating the whatap.conf file, writing a Dockerfile, and modifying JAVA_OPT. Additional JVM options for Java 17 or later and the method how to configure the heap histogram lookup for various Java versions are also provided.

The following explains users who run Java applications on the AWS Elastic Beanstalk environment on how to set JVM options to effectively apply WhaTap's Java monitoring agent. You can check the processes of installing and configuring WhaTap's Java agent in the Elastic Beanstalk and adding and configuring the required JVM options. Additionally, it includes the histogram query method.

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

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

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

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

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

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.

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

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

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

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

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

The following describes the analysis of the chart type widget in the application dashboard menu, one of the application performance monitoring functions.

It explains how to use the hitmap transaction menu to recognize problems in the web application server and respond to failures.

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 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 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 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 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 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.

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

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

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

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

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

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.

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

The following explains how to analyze transactions and their sub steps at a glance through the hitmap widget on the application dashboard under Java Monitoring. You can drag the desired area to view an analysis window with a list of transactions and detailed steps. Through this, you can classify transactions in which errors occurred and analyze transaction performance in detail.

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

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

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

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

The following explains how to set options for the Java agent to collect and analyze data for HTTP outbound calls and API calls. Various options for fine monitoring are provided such as TOO SLOW error handling, CPU and memory usage tracing, stack trace recording upon each call, and URL normalization. This allows developers to efficiently manage their applications' external dependencies and identify performance issues.

It provides the settings for HTTPC and API calls of the PHP agent.

The following explains users who run Java applications on the IBM Bluemix cloud platform on how to set JVM options to effectively apply WhaTap's Java monitoring agent. Through this document, users can check step by step the processes of installing WhaTap's Java agent in the IBM Bluemix environment, configuring the agent, and adding the required JVM options. Additionally, it includes the histogram query method.

The applications in the .NET environment can monitor the performance and status of the Internet Information Services (IIS) in real time.

The following explains how to check the PHP agent installation.

In the Docker environment, it allows you to install the agent to monitor Go applications in the container.

In the Docker environment, it allows you to install the agent to monitor PHP applications in the container.

It guides you how to install the Java agent using the buildpack.

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

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

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

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

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

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

All application servers running in the Java environment can be monitored. This document page is used to introduce Java monitoring products.

The following provides the detailed guide on how to add Java Virtual Machine (JVM) options to integrate the WhaTap monitoring solution into JBoss applications. Through this document, users can learn step by step how to apply the required JVM settings to monitor the performance and availability of JBoss applications after installing the Java agent. It includes the configuration of essential JVM options during agent installation, optimal configuration for smooth integration with JBoss, and histogram query.

We provide detailed instructions on how to add the Java Virtual Machine (JVM) option to integrate the WhaTap monitoring solution into the Jetty applications. Through this document, you can learn step by step how to apply the required JVM settings to monitor the performance and availability for Jetty applications after installing the Java agent. It includes the configuration of required JVM options during agent installation, optimal configuration for smooth integration with Jetty, and histogram query methods.

The following provides the detailed guide on how to add Java Virtual Machine (JVM) options to integrate the WhaTap monitoring solution into JEUS applications. Through this document, users can learn step by step how to apply the required JVM settings to monitor the performance and availability of JEUS applications after installing the Java agent. It includes the configuration of essential JVM options during agent installation, optimal configuration for smooth integration with JEUS, and histogram query.

We provide detailed instructions on how to add the Java Virtual Machine (JVM) option to integrate the WhaTap monitoring solution into the Liberty applications. Through this document, you can learn step by step how to apply the required JVM settings to monitor the performance and availability for Liberty applications after installing the Java agent. It includes the configuration of required JVM options during agent installation, optimal configuration for smooth integration with Liberty, and histogram query methods.

This guide describes the agent options that configure the traffic throttling options for Java application servers. The following includes the features to limit the maximum number of concurrent requests for applications and control service accesses based on specific users or URLs. It provides various options such as sending custom messages, setting URL redirections, and enabling event notifications, to ensure stability of applications under overload situations.

Alerts can be set by filtering the log messages.

Alerts can be set by filtering the log messages.

Alerts can be set by filtering the log messages.

Alerts can be set by filtering the log messages.

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.

It describes an overview of metrics.

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.

You can see the hitmap chart for multiple services and compare and analyze the status of each service.

It guides you to the multi transaction tracing.

It guides you to the multi transaction tracing.

It guides you to the multi transaction tracing.

It guides you to the multi transaction tracing.

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 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 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 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 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 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.

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

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

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

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

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

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

It describes the open API specifications.

It provides the method how to pause the PHP agent monitoring.

It guides you to the performance trend.

It guides you to the performance trend.

It guides you to the performance trend.

It guides you to the performance trend.

It guides you to the performance trend.

It guides you to the performance trend.

The following describes the components of the PHP agent configuration file.

You can monitor the application server that runs in the PHP environment.

The following explains how to add the Java Virtual Machine (JVM) option to integrate the WhaTap monitoring solution into the Play2 applications. Through this document, you can learn step by step how to apply the required JVM settings to monitor the performance and availability of Play2 applications after installing the Java agent. It includes the configuration of required JVM options during agent installation, optimal configuration for smooth integration with Play2, and how to view the histogram.

We provide detailed instructions on how to add the Java Virtual Machine (JVM) option to integrate the WhaTap monitoring solution into the Resin applications. Through this document, you can learn step by step how to apply the required JVM settings to monitor the performance and availability for Resin applications after installing the Java agent. It includes the configuration of required JVM options during agent installation, optimal configuration for smooth integration with Resin, and histogram query methods.

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

It describes the PHP agent's shared memory.

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

It provides the description of the open API for spot information API (Application).

The following provides the detailed guide on how to add Java Virtual Machine (JVM) options to integrate the WhaTap monitoring solution into Spring Boot applications. Through this document, users can learn step by step how to apply the required JVM settings to monitor the performance and availability of Spring Boot applications after installing the Java agent. It includes the configuration of essential JVM options during agent installation, optimal configuration for smooth integration with Spring Boot, and histogram query.

It guides you to the application analysis.

It guides you to the application analysis.

It guides you to the application analysis.

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

It describes the Go agent statistics.

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

The following guides you to the agent options for various statistics collections to monitor Java applications. It includes performance counter extensions, transaction collection by domain, multi-server transaction dependency analysis, statistics collection by login type and referral, and more. You can also check the maximum record limit settings for collecting SQLs, HTTP calls, error statistics, and user agent information.

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

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

It describes the PHP agent statistics.

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

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

The detailed information about the WhaTap Java agent support environment is provided. It contains the data for applications running on the JVM on all operating systems between Java 6 and Java 20, limited supports for Java 1.5 or earlier, and the lists of supported operating systems, application servers, frameworks/libraries, and databases.

PHP agent support environment

The following provides the detailed guide on how to add Java Virtual Machine (JVM) options to integrate the WhaTap monitoring solution into Tomcat applications. Through this document, users can learn step by step how to apply the required JVM settings to monitor the performance and availability of Tomcat applications after installing the Java agent. It includes the configuration of essential JVM options during agent installation, optimal configuration for smooth integration with Tomcat, and histogram query.

The following guides you to the agent configuration options that use the data collected by the Java agent to create a topology map for applications. You can visualize and analyze the topology of your system through various metrics, such as transaction callers, database connection information, HTTPC outbound information, and active transaction status.

It describes the PHP agent topology map.

The following guides you to the agent configuration options that detect errors during transactions in Java applications and display stack traces. It collects errors from various areas such as transactions, methods, SQLs, HTTP calls, and SOCKET calls, and includes methods how to set the error stack length, title length, and such. It helps you improve error handling through agent settings and support more efficient error diagnosis for applications.

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

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

In Java monitoring, the following explains the transaction map function, which provides visualization of response times of individual transactions in the form of distribution chart. Real-time and history data inquiry allows you to analyze transaction details that are useful for identifying and analyzing problems. Unlike hitmaps, it can display individual transactions for more detailed analysis.

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

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

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.

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

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

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

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

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

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

The following explains how to set an agent to trace and analyze performance data for each transaction within Java applications. It evaluates the application performance by tracing transaction requests, response time, and resource usage.

It provides the settings for the PHP transactions.

You can check the problems that may occur during PHP agent installation.

The following explains how to count the number of users connected to the Java web application server through agent settings. It includes the setting whether to enable real-time user counting, setting of the cookie limit to count users, the method how to count users based on the IP address or specific HTTP header values, and setting of HTTP headers to trace client IPs.

The following describes the number of PHP agent users.

The following explains how to apply the Java agent in versions lower than Java 1.6. You can see the agent installation and setup procedures for Java 1.5 and 1.4 respectively, as well as restrictions related to the -javaagent option.

It provides the description of the open API for statistical data API (Application).

The following provides the detailed guide on how to add Java Virtual Machine (JVM) options to integrate the WhaTap monitoring solution into WebLogic application. Through this document, users can learn step by step how to apply the required JVM settings to monitor the performance and availability of WebLogic applications after installing the Java agent. It includes the configuration of essential JVM options during agent installation, optimal configuration for smooth integration with WebLogic, and histogram query.

The following provides the detailed guide on how to add Java Virtual Machine (JVM) options to integrate the WhaTap monitoring solution into WebSphere applications. Through this document, users can learn step by step how to apply the required JVM settings to monitor the performance and availability of WebSphere applications after installing the Java agent. It includes the configuration of essential JVM options during agent installation, optimal configuration for smooth integration with WebSphere, and histogram query.