On 2/27/2011 10:39 PM, Steven Schveighoffer wrote:
On Sat, 26 Feb 2011 19:46:18 -0500, Tyro[a.c.edwards]
wrote:
On 2/27/2011 8:52 AM, Simen kjaeraas wrote:
Tyro[a.c.edwards] wrote:
I'm trying to convert some c++ code that defines
T func(par...)
{
Controller * pCtrl = WinGetLong (hwnd);
.
On Sat, 26 Feb 2011 19:46:18 -0500, Tyro[a.c.edwards]
wrote:
On 2/27/2011 8:52 AM, Simen kjaeraas wrote:
Tyro[a.c.edwards] wrote:
I'm trying to convert some c++ code that defines
T func(par...)
{
Controller * pCtrl = WinGetLong (hwnd);
.
.
.
switch(msg)
{
case FirstMatch:
pCtrl = new Con
On 2/26/2011 5:33 PM, Tyro[a.c.edwards] wrote:
Ok, that's essentially what I have, except that I used Controller pCtrl
vice auto. WinGetLong however, is a template that calls
GetWindowLongPtrA() and casts it's result (in this case) to Controller.
GetWindowLongPtrA() returns LONG_PTR (aka int) and
On 2/27/2011 9:46 AM, Tyro[a.c.edwards] wrote:
On 2/27/2011 8:52 AM, Simen kjaeraas wrote:
Tyro[a.c.edwards] wrote:
I'm trying to convert some c++ code that defines
T func(par...)
{
Controller * pCtrl = WinGetLong (hwnd);
.
.
.
switch(msg)
{
case FirstMatch:
pCtrl = new Controller (hwnd, rei
On 2/27/2011 8:52 AM, Simen kjaeraas wrote:
Tyro[a.c.edwards] wrote:
I'm trying to convert some c++ code that defines
T func(par...)
{
Controller * pCtrl = WinGetLong (hwnd);
.
.
.
switch(msg)
{
case FirstMatch:
pCtrl = new Controller (hwnd, reinterpret_cast (lParam));
break;
}
}
I'm not sur
Tyro[a.c.edwards] wrote:
I'm trying to convert some c++ code that defines
T func(par...)
{
Controller * pCtrl = WinGetLong (hwnd);
.
.
.
switch(msg)
{
case FirstMatch:
pCtrl = new Controller (hwnd, reinterpret_cast
(lParam));
break;
}
}
I'm not su
On 2/27/2011 8:10 AM, Simen kjaeraas wrote:
Tyro[a.c.edwards] wrote:
class Class{}
void main()
{
Class myClass;
Class* pClass0 = &myClass; // OK
Class* pClass1 = new Class; // Error: cannot implicitly convert [8]
// expression (new Class) of type t.Class
// to test.Class*
Class* pClass2 = &
Tyro[a.c.edwards] wrote:
class Class{}
void main()
{
Class myClass;
Class* pClass0 = &myClass; // OK
Class* pClass1 = new Class; // Error: cannot implicitly convert [8]
// expression (new Class) of type t.Class
// to test.Class*
