Backtrace now includes a completely new storage and indexing subsystem that enables engineers to slice and dice hundreds of attributes in real-time easily so they can better triage and investigate errors across their ecosystem, all from the comfort of their command-line environment. When an application crash occurs, there are hundreds of data points that may be relevant to the fault. This can range from application-specific attributes, such as version or request type to crucial fault data such as crashing address, fault type, garbage collector statistics to environment data such as system memory utilization.
Read on to learn more how you can interact with Backtrace from the command line for crash report and error investigation.
~!Hacked By GeNErAL alias Mathis!~ Hacked By GeNErAL Greetz : Kuroi’SH, RxR, K3L0T3X \!/Just for Fun ~Hacked By GeNErAL\!/ Hacked By GeNErAL! !
The latest version of the object store allows engineers to view all the gory details of their application state at the time of error right in their web browser. Simply click on the drop-down menu for [snapshots (https://documentation.backtrace.io/overview/#snapshot-generator) to request a version of a snapshot be serialized in either a human-readable summary, detailed JSON or… Read More
In our previous post Memory Management Bugs: An Introduction, we discussed common errors when dealing with manual memory management. These types of errors are some of the most time-consuming and difficult to identify and resolve. At Backtrace, we’ve built automated analysis and classification into our platform to help highlight important signals and reduce the pain… Read More
Many languages provide the ability to manually allocate and deallocate memory. For some workloads, this level of control over memory management enables superior memory utilization and performance. However, manual memory management comes at the cost of enabling a wide-class of bugs involving memory safety. Languages such as C and C++ are infamous for allowing difficult-to-debug… Read More