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This is the first post in a series where we will look at how we can use Application Insights to monitor applications other than web applications. Most application landscapes are a mix of cloud-based and on-premises applications. Some are web-based, some are desktop applications. Wouldn’t it be great if we could use one tool to track them all? Fortunately, there is Application Insights, a low-cost monitoring solution that runs on Azure.
Application Insights Apm
This post covers the first steps in implementing Application Insights and monitoring desktop applications.
Microsoft Azure Application Insights
Application Insights is a scalable application performance management (APM) service for web developers on multiple platforms. Use it to monitor your live web application. It automatically detects performance anomalies. It includes powerful analytics tools to help you identify issues and understand what users actually do with your app. It is designed to help you continuously improve performance and usability. It works for applications on various platforms, including .NET, Node.js and J2EE, hosted locally or in the cloud. It integrates with your ops process and has connection points with various production tools.
Most of the documentation and blogposts on Application Insights deal with configuring monitoring web applications. It’s really straightforward, as all that needs to be done is to add some NuGet packages, provide an instrumentation key, and add some configuration code. You then automatically trace telemetry to request, exception and application insights as they can connect to multiple extension points provided by the Asp.Net (core) framework. But unfortunately, there is no such method as a request pipeline to use, for example, when you close a desktop application using WPF or WinForms. But, as we’ll explore in this series, that doesn’t mean we can’t use Application Insights at all.
First we need to create an Application Insights resource to use. Next, we need to extract the instrumentation key that our app needs to configure the App Insights integration.
After creating the resource, review it and note the Tools key. We will use this key in our application.
New Relic Insights: Best Practices For Success
I have created a .Net 4.7.2 console application using Visual Studio 2017. To use Application Insights, we need to add a link to the Microsoft.ApplicationInsights.WindowsServer NuGet package. (This will automatically reference the Microsoft.ApplicationInsights package)
Now, we can choose to send a “hello world” message to App Insights from our app, but let’s make it a little more juicy. Wouldn’t it be great to see a real-time view of the CPU and memory usage of the machine our application is running on? Let’s try this by modifying our console application:
Now build and run the program and run it. Go to the Azure portal and navigate to the Application Insights resource. From there, open the Live Metrics Stream tab and view the app’s live feed:
That’s it for now! We have created an Application Insights resource and successfully deployed it in our console application. This will be our starting point for the next post, stay tuned.
Az 204: Developing Solutions For Microsoft Azure
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Passionate C# / .Net eloper / Architect with strong focus on Architecture, Backend and Azure Cloud Development. I love learning and sharing my knowledge through StackOverflow, GitHub and knowledge sessions.
Monitoring Non-Web Applications with Azure Application Insights (Part 2: Core Tools) # csharp # azure # ops # Monitoring Service Fabric Remoting: Interception and Custom Headers # azure # servicefabric # microservices # csharp Reporting Metrics .Net (Core and Event) EventCounter # ops # csharp # monitoring # logging
Expecho regularly posts content that violates 👩💻👨💻 community etiquette because it is harassing, abusive, or spam. Get a 360-degree view of your application with APM. Achieve end-to-end traceability by tracking key application performance metrics to monitor and optimize your application performance in real-time with a scalable, AI-powered, full-stack monitoring solution.
How To Monitor Performance Using Application Insights
Application Performance Monitoring (APM) is the process of managing software applications to ensure their optimal performance by measuring various key performance indicators and overall user experience. APM solutions help analyze application performance, gain a holistic view of how application components connect and communicate, and identify application performance issues before they affect end users.
Using an application monitoring tool or platform, you can tune into business-critical metrics, quickly identify anomalies, perform contextual debugging, and leverage AI-powered insights to proactively scale your business.
Add Application Performance Monitor to get a complete view of your applications and infrastructure. Analyze business-critical transactions, track errors in microservices, and understand the impact of external components on application performance. Act before impact with real-time application monitoring.
Gain deep insight into the health of your applications running on a variety of platforms, including .NET, Java, Ruby, Node.js, PHP, and Python.
Application Insights Logging To Monitor Business Application
Monitor key performance metrics of various services on AWS and Microsoft Azure as well as applications accessing telemetry from your cloud environment.
Get detailed performance metrics of mobile apps on iOS and Android platforms. Improve the end-user experience by resolving issues as they occur.
View production data, application logs and performance issues in the same console. No need to access the production server to troubleshoot server issues.
Troubleshoot 3 apps for $35/month. Sign up for a 30-day free trial. No credit card required. Register now
Application Performance Monitoring Software
Track individual transactions in microservices and distributed architectures. Use distributed tracing to understand the ripple effect: how a request from one service causes an error in another service. Identify and resolve errors immediately and reduce mean time to detection (MTTD) and mean time to resolution (MTTR).
Visualize your application topology and get a holistic view of your application architecture from URLs to SQL queries. Identify component failures at a glance and fix method-level errors.
Designate business-critical transactions as key transactions and track their performance at a glance. Easily analyze instrument exceptions and their performance from custom systems, components, and custom logs. Use custom dashboards to group key metrics and fix issues in context.
Prevent potential disasters with AI-powered alerts. Powered by machine learning and predictive techniques, our anomaly detection tool detects any unusual behavior or dramatic changes in your application’s performance and notifies you immediately. This helps you take corrective action before your customers are affected.
Azure Monitoring Basics
Understand how your app’s performance is perceived by end users in different geographies in real time. Improve front-end performance by fixing JS errors, AJAX calls and optimizing page load times. Integrate APM Insight with Real User Monitoring (RUM) for a unified view.
Quote is the best all-in-one monitoring solution for all types of applications. It can support any application, regardless of where it is located or what technology it uses. It provides excellent end-to-end monitoring including front-end, back-end, real user monitoring, server level, API, application code level, log monitoring, network device etc. The help documentation is helpful, with step-by-step guides to configurations. We have been using this product for over a year and have seen daily improvements. The technical team is always ready to respond to issues quickly and is always open to suggestions and improvements. We requested various features and all of them were delivered on time. We are still looking for more features in APM, RUM and other areas and expect to see them soon.
Quote: I wanted a new feature in APM Insight and guess what? done I’m not used to working with companies that deliver what they say, but different! Thank you so much for putting customers first.
Recommended – Full-stack monitoring platform to unlock performance. Get end-to-end visibility into all layers of your application and infrastructure. Learn more
Azure Monitoring Tools Explained
APM tools are often specific solutions that address specific aspects of application performance. APM tools typically help identify problems at these monitoring points.
APM platforms, on the other hand, are more comprehensive, using in-depth analysis of the overall performance of the entire infrastructure stack, root cause analysis of anomalies, and automation and artificial intelligence to help improve the overall user experience. Long-term program performance.
In today’s digital world, slow is the new down. A single second of delay can directly impact your business and affect the end-user experience. This is where application performance monitoring solutions come in handy.
Application Performance Monitor helps you monitor various metrics such as application response time, throughput, errors and exceptions in real time. Once you install a cloud-based or on-premises application performance monitoring tool, you can access real-time alerts and reports to help you evaluate and monitor your web applications.
Log Management And Apm For Application Troubleshooting And Devops
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