The profiling results can be exported to numerous formats. The profiling overhead can be so low, that you will be able to profile your application in the production. The profiler provides a fine grained set of options to precisely regulate the amount of data you want to collect. You have full control over the profiling overhead. NET Profiler is able to restores original class, method and field names of applications obfuscated with Dotfuscator. Remote profiling will be as easy as the local one. When you need to profile a remote server, the profiler will help to create an SSH tunnel and connect to the remote application. NET Profiler is equipped with special tools to enable profiling on remote machines. NET Profiler immediately finds all the places where exception are being thrown. Massive exception throwing is a common but often hidden performance problem. The profiler provides a user-friendly and customizable interface for monitoring CPU, memory, GC activity and other performance data. It is possible to combine thread states with HTTP requests and SQL queries to get the full picture how the requests are processed by your applications. You can easily find blocked threads and understand the reasons. NET Profiler visualizes threads activity. Profiler shows inefficient collections and I/O operations. You can easily find duplicated objects, non-closed database connections, file and sockets. NET applications and automatically finds them. Profiler knows a lot about typical issues in. NET Profiler can compare performance and memory snapshots and export comparison reports in different formats.Ģ0+ comprehensive inspections are waiting to make your code faster and more efficient. Track how changes in the code affect the performance of your application. Popular databases like MongoDB and Cassandra are supported. Profiler shows slow SQL queries and ASPX requests, to help you find performance bottlenecks. This saves your time, and lets to estimate the expected memory leak fix without changing the code.ĬPU flame graph is an efficient way to visualize application performance, which allows to find performance bottlenecks quickly and easily. Profiler chooses the best way to show you a content of a Dictionary or a String value.įor each object you can see how much memory it retains, and what happens when particular reference in object graph does not exist. Objects properties are visualized in convenient form. Profiler visualizes object heap and allows traversing of object graph in any direction. Smart what if feature allows you to evaluate performance gains of the supposed optimizations without re-profiling the application. CPU profiles can be visualized as call trees or lists of hot spots. NET and Windows features to obtain information about methods and times with the minimum overhead.
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