Ok smartass what about the OP's question.
Hmm very interesting! I wonder why this doesn't compile: struct Square { static int f(int n) { return n*n; } static int f2(int...
Or use a compile flag that tells the compiler to stop being so whiny about a simple function address assignment. Or tell us you weren't trying to...
Is cfg.cb of type 'void (__clrcall sept05::Form1::* )(pjsua_call_id)'? I can't tell, because pjsua_config is defined in code you haven't posted....
That isn't assembly language; that's C. It also won't compile due to an error on line 1 (you didn't tell the preprocess what to include).
It represents the fact that you haven't returned a value. The values are meaningless; you should not try to use them if the program doesn't...
If you want to insert an item into the middle of the list, it's easy with a linked list cos you just redirect a couple of pointers. With an array...
Why does it have to be SWF?
One way is to use the xor operation, although it doesn't always work: a^=b; b^=a; a^=b; You should find out under what circumstances it doesn't...
What operating system and API are you using?
Yes, that's why I said "You'll have to look in your platform-specific documentation". I can't do that because you've given no clues as to what...
It's a stupid way of doing sizeof. p is a pointer to MyStruct so p+1 (using pointer semantics) points to the next MyStruct in memory, i.e....
You'll have to look in your platform-specific documentation. As you have discovered, the C standard library doesn't cover such large numbers....
Easy assignment! Where are you stuck? *Why* are you stuck? Are you just being lazy?
Here's one that will do the trick: void test29() { char *ch=" ****************"; for (int i=1; i<ch[0]; i++) { for (int j=ch[0]/2; j; j>>=1)...
If you already know how to use 1D arrays, 2D and higher are easy. A 2D array is basically a one-dimensional array of pointers to one-dimensional...
Depends on the CPU. Some processors can't access multibyte types at all addresses so two-byte types need to be at even addresses, four-byte types...
This isn't a hard and fast rule that must be followed no matter what. It's purely a guideline. The point is that the function should do what is...
Any code that's common to all classes would be best placed in the base class. Any code that's specific to a derived class would be best placed in...
Yes (assuming you mean "can a reference point to memory that is dynamically allocated"). If you allocate memory with new or malloc, it is ALWAYS...
Separate names with a comma.
