I am copying the following lines as it is, from Stanley Lippman's C++
Primer 4th edition, page 418(First paragraph).

It says:
"Although the map and set types provide bidirectional iterators, we
can use only a subset of the algorithms on associative containers. The
problem is that key in an associative container is const. Hence, any
algorithm that writes to elements in the sequence cannot be used on an
associative container. We may use iterators bound to associative
containers only to supply arguments that will be read."

Here, consider the line "any algorithm that writes to elements in the
sequence cannot be used on an associative container".

Consider the code fragment:

typedef set s_type;
s_type s1;
s_type s2;

// store some values into s1 and s2.

s_type dest;

merge(s1.begin(), s1.end(), s2.begin(), s2.end(),
inserter(dest, dest.end()));

On Wed, 30 Apr 2008 08:00:38 -0700 (PDT), Isaac Gouy
yahoo.com> wrote:

Let's continue. Next we deal with sum-file...

http://shootout.alioth.debian.org/gp4/benchmark.php?test=sumcol&lang=all#about

"Programs should use built-in line-oriented I/O functions rather than
custom-code. No line will exceed 128 characters, including newline.
Reading one line at a time, the programs should run in constant
space."

According to Haskel people,

"Those guys tell us these benchmarks don't favor C and then impose a
limit on line length? What's the purpose of that if not to allow the
use of C's getline() primitive?"

That's a valid point that you need to address. Why 128 characters
limit if not to help C and C++ guys?

In any case,
C++
http://shootout.alioth.debian.org/debian/benchmark.php?test=sumcol&lang=gpp&id=2

Dear my friend
It is our pleasure to meet you here.
we are Sunrise East Asia Sporting Goods Co.,Ltd in Fujian of China.
our website: http://www.trade-in-putian.cn

Hi,

What does it mean for an object to be binary compatible? And why
aren't STL objects binary compatible? Any insights, links, resources
for further reading are greatly appreciated.

Thanks.

In the example below, possible_number is a string of one or more
digit(s). For example, it may be 4 or 4444. However, when I attempt to
perform the times 2 calculation, the ASCII value of 4 (which is 52) is
used instead of 4 itself. I need to be able to easily reverse the order
of the digits and to only perform this calculation on even positioned
digits... that's why I'm using string instead of int. Any suggestions on
how to make 4*2 = 8 I've tried atoi() type casting, etc. I'm stuck.
Still learning c++.

Thanks for any help!

int position = 0;

I have a Binary Search Tree and a function called inOrder

void inOrder (TreeNode*, ostream& out)

which is being called like this: a.inOrder(cout);

But it will not work because the parameters are not the same. The
function call has to be the same but what can I change in the function
to allow this?

Acheter xenical en ligne sur internet xenical suisse soft bon marche
xenical canada soft sans prescription Achat xenical canada france
generique pharmacie en France acquerir xenical canada soft

+++ PERTE DE POIDS +++ PERTE DE POIDS +++ PERTE DE POIDS +++
+
ACHETER ACOMPLIA BON MARCHE (ALL CARD ACCEPTED)
http://jhku.net/ACHETER-ACOMPLIA-BON-MARCHE/

ACHETER ACOMPLIA BON MARCHE (Western Union, Diners, AMEX)
http://WWW.ACHETER-ACOMPLIA.TK/
+
+
+
ACHETER XENICAL BON MARCHE (ALL CARD ACCEPTED)
http://jhku.net/ACHETER-XENICAL-BON-MARCHE/

Would someone be able to tell me why this isn't working. The nested
for loops seem correctly coded to me. I would appreciate any input.

#include
#include

int main ()
{
int a, b, c, d;

cout << "Enter two integers ";
cin >> a >> b;

for (c=a; c==b; c++)
{
for(d=2; d<=sqrt(c); d++)
{
if(c%%d==0)
continue;

Hi,

I have the following program,

void dfs(struct node * root)
{
if(root == NULL) return;
std::stack s;
s.push(root);

while(!s.empty())
{
struct node * temp = s.pop();
printf("%%d ",temp->data);
s.push(temp->rptr);
s.push(temp->lptr);
}
}

and i get a error saying,

ro.c: In function `void dfs(node*)':
ro.c:419: `stack' undeclared in namespace `std'

Am i missing something?

[insert ya favorite greetin' here;-)]

guess you have the following classes...
___________________________________
class {
//..a couple of methods ...//
};

class A {
public:
//...//
B* GetB() // <- this we'll talk about
private:
B* m_pB;
};

A::GetB() {
//..some code..//
return m_pB;
};
___________________________________

when some does a...