stack

I'm trying to get a nasm program running. The following code: segment .data contAir: dt 1.11330e-10 constOil: dt 2.33656e-10 segment .text global calc calc: mov edx, 0 push ebp ;mov ebp, esp ;mov eax, [ebp + 8] ret I get a segmentation fault (core dump) when pushing ebp on the stack. Why is that? I'm running this code on an Ubuntu virtual machine. Funny thing is, sometimes I get an "illegal instruction" error. I get a segmentation fault (core dump) when pushing ebp on the stack. Why is that? I'm running this code on an Ubuntu virtual machine. Funny thing is, sometimes I get an "illegal

The following explanation is from the Rhino Developer Docs Empty When you declare a variable in VBScript, the variable’s value before the first assignment is undefined, or Empty . Dim varValue ' Empty value So basically, Empty says “I am an uninitialized variant.” If you need to detect whether a variable actually is an empty variant and not a string or a number, you can use IsEmpty . Alternatively, you could use TypeName or VarType , but IsEmpty is best. So Empty is used for declaring variables. If you declare a variable, you reserve storage at the stack, but what is the value of Empty on the

i want to learn more about stack. Especially, what happens when a function with parameter are called. For this, i write the following code: #include <stdio.h> int sum(int d, int e, int f){ int result = d + e + f; return result; } int main(void){ int a = 5; int b = 4; int c = 2; int erg = sum(a,b,c); printf("Result is: %d", erg); } and I get the following Assembly-Code(I will only add the part of the main function, because first I want to understand this section): push ebp, mov ebp, esp and esp, -16 sub esp, 32 mov DWORD PTR[esp+28], 5 mov DWORD PTR[esp+24], 4 mov DWORD PTR[esp+20], 2 mov eax,

Is there a way to change stack size from the Cmake ? I only found one forum thread mentioning CMAKE_CXX_STACK_SIZE but I couldn't find the documentation for this command. Ideally the command should work for both Visual Studio C++ and gcc . I don't have VS at the moment, but the following three CMake commands all work for me on MinGW/GCC (replace <target> with what you entered into add_executable() ): target_link_libraries(<target> PRIVATE "-Wl,--stack,10000000") OR set_target_properties(<target> PROPERTIES LINK_FLAGS -Wl,--stack,10000000) OR set(CMAKE_EXE_LINKER_FLAGS "${CMAKE_EXE_LINKER_FLAGS

In this this question , I give some background on a parallel language I have implemented. The compiler generates native x86-32 code. A key implementation decision is to allocate stack space from the heap for every function (call). This allows for recursion until you run out of VM, and enables a cactus stack for lexical scopes even for nested parallel children, etc. The compiler's code generator can compute how much stack space is needed by the function itself; that's messy but straightforward and it already does that well. There's no problem with stack demands from OS calls; my functions don't