stackframe

In Java, is there any way to view the complete, untruncated stack trace (e.g. by increasing the number of frames recorded), or otherwise get at the bottom of a stack trace? Normally the stack trace is truncated from the top at 1024 frames worth, but for a stack overflow problem this is fairly worthless as you really need to see who made the call that triggered the recursion, down near the bottom. Much better would truncation in the middle of the stack, but evidently Sun's JVM isn't smart enough to do this. Perhaps even some special Sun-specific flags? I tried reducing the stack size to the

Following my previous question, in which I wanted to dump all the variables in the stack (from the current and all the previous frame) that can be seen here: Is there a way to examine the stack variables at runtime in C#? I was suggested to intercept the calls manually or use AOP framework like PostSharp to simplify such a task. I looked at PostSharp and the interception arguments don't include the variables in the current stack frame. I wonder if there is a simple way to automatically get all the local variables in the current stack frame. I suppose I can perform code analysis and generate

Linux x86_64. gcc 5.x I was studying the output of two codes, with -fomit-frame-pointer and without (gcc at "-O3" enables that option by default). pushq %rbp movq %rsp, %rbp ... popq %rbp My question is : If I globally disable that option, even for, at the extreme, compiling an operating system, is there a catch ? I know that interrupts use that information, so is that option good only for user space ? The compilers always generate self consistent code, so disabling the frame pointer is fine as long as you don't use external/hand crafted code that makes some assumption about it (e.g. by

Assembly.GetEntryAssembly() does not work for web applications. But... I really need something like that. I work with some deeply-nested code that is used in both web and non-web applications. My current solution is to browse the StackTrace to find the first called assembly. /// <summary> /// Version of 'GetEntryAssembly' that works with web applications /// </summary> /// <returns>The entry assembly, or the first called assembly in a web application</returns> public static Assembly GetEntyAssembly() { // get the entry assembly var result = Assembly.GetEntryAssembly(); // if none (ex: web

I've recently been looking at The Java Virtual Machine Specifications (JVMS) to try to better understand the what makes my programs work, but I've found a section that I'm not quite getting... Section 4.7.4 describes the StackMapTable Attribute, and in that section the document goes into details about stack map frames. The issue is that it's a little wordy and I learn best by example; not by reading. I understand that the first stack map frame is derived from the method descriptor, but I don't understand how (which is supposedly explained here .) Also, I don't entirely understand what the