right aligns the output to the right. showpos prints a +, noshowpos does the opposite. setfill lets you change the empty space characters set by setw. If you set the field width to 5 and only print 4...
Type: Posts; User: Edward
right aligns the output to the right. showpos prints a +, noshowpos does the opposite. setfill lets you change the empty space characters set by setw. If you set the field width to 5 and only print 4...
Since you probably aren't compiling from the command line, you'll probably find the command line settings under Projects->Settings. As I said, I don't think that Visual Studio defines the stdprn...
Compilers will generally use extensions by default, relying on a switch to engage pure ANSI conformance. I believe that the switch in Visual Studio is /Za to enable and /Ze to disable. However, if...
c = a + b;
Local variables aren't initialized to anything in particular, so there is no way to predict what the value of c will be after this statement. Move it down in your code to a place after...
#include <iostream>
#include <iomanip>
using namespace std;
int main()
{
// Display column header
cout<<" ";
for (int col = 0; col < 10; col++)
You shouldn't cast the return of malloc in C. It hides the error of not including stdlib.h. An accepted convention of calling malloc is to multiply the amount by the size if the dereferenced pointer...
cout determines the type of a variable you pass it and prints the appropriate representation. In this case your variables are of the type s8 and u8, which are typedef'd char types. So cout sees chars...
Yes to all three questions. Though how you can choose to go about each is different. The simplest way to go about the first is simply to print out the numbers and ignore the number that was input.
...
You're clearly imagining things. I can't find anything that even remotely resembles "troll trash remarks" in my posts. Yours on the other hand have a few. I'm reporting this thread to be closed.
You're far too sensitive. Perhaps you should go back and read my posts. You'll notice the presence of a ;) in the first one. Immediately after that you take offense and now you try to insult me. You...
How a number is represented is irrelevant when working with binary. Decimal, octal, hexadecimal are all the same when viewed as a sequence of bits. The code simply tests a single bit at a time with...
When converting your array, walk back from the end. You can find the end with strlen. Then, instead of using a calculation, a variable marking the current bit level would be much easier.
...
True. But will the size of the file be the size that you expected?
Not in your snippet unless I'm going blind (that I wear glasses suggests that this could very well be the case). However, in the...
Which one? The bug that assumes nbytes is really the size you want, the bug that results in a null pointer access if malloc fails or the bug that results in a null pointer access if fopen fails? ;)
I think it would go a long way toward making portable threaded applications less of a hassle. But don't you think this thread would be better suited to the General Discussions forum?
You're basically counting set bits in a value. This can be done easily by just testing the first bit and shifting right by one until the value is 0.
unsigned count(unsigned value)
{
int n...
c = getchar();
if (c == EOF || (c != 'P' && c != 'L' && c != 'Q')) {
// Handle bad input
}
// Use c
This situation is one of those uses. The usual suggestion of using a status variable is both wasteful and clutters the code. So many people find this to be perfectly reasonable.
while...
Yours is a common problem. If you search the web you'll find plenty of implementations in C.
You're looking at a simple assignment of pointers. With the complexity of an explicit constructor call removed, the code would look like this.
void Stack::Push(void* dat) {
Link* newLink =...
Have you written the code to read a single record from the file? Once you can do that, it's a simple matter to read multiple records with a loop. Formatting the output is equally simple when you have...
A straightforward technique for arbitrary length numbers and arithmetic on those types is to store the data as strings of characters. Each character represents a part of the number such as a digit or...
You have two distinct problems. First is that you try to use an uninitialized pointer. If you want a dynamic array then you must allocate the memory for it before using it. Your second problem is...
Post a small working example. I don't quite understand what problems you are having.
Well, it appears as if you want a simple output statement.
cout<< points <<endl;