Application crash analysis techniques when memory dump and debug symbols are not co-located

A non-transitory computer-readable medium comprising instructions that, in response to execution, cause a system comprising a processor to perform operations, comprising:

• prior to receiving, from a customer device at a customer site, crash report data representative of a portion of memory dump data, compiling source code of an application, resulting in an executable file of the application and debug symbols associated with the application;
• receiving the crash report data, wherein the crash report data is generated in response to the debug symbols not being locally available to the customer device;
• extracting, from the crash report data, a name and a machine code offset of a function being executed at a time that a crash event occurred;
• and
• in response to applying the debug symbols to the crash report data, annotating the crash report data with source file location information that specifies a line of the source code of the application being executed at the time of the crash event.

A method, comprising:

• prior to receiving crash report data, compiling, by a device comprising a processor, source code, the compiling resulting in generation of an executable file of an application and debug symbols associated with the application;
• receiving, by the device, the crash report data from a customer site, wherein the crash report is representative of a portion of memory dump data and the crash report data is generated in response to the debug symbols not being locally available to the customer device;
• extracting, by the device and from the crash report data, a name and a machine code offset of a function being executed at a time that a crash event occurred;
• and
• in response to applying the debug symbols to the crash report data, annotating, by the device, the crash report data with source file location information that specifies a line of the source code of the application being executed at the time of the crash event.