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Hello
The problem with your code is that you can not have lengthy unicode string. You have to split it up in parts like..
If you have a string defined as follows, it generates C2026:1char sz[] ="imagine a really, really long string here";You could break it up as follows:
1char sz[] ="imagine a really, really long string here";
So you try it like ….1if ( theApp.m_bRTL ) strText = _T('x''20''2B') + strText;May be it can resolve your problem.
When I searched the web for Integrators in C++ I found this class that solves differential equations using the adaptive stepsize Runge-Kutta integrators.
And here is the link to that class. http://www.ddj.com/184409680
See if it helpyou out…If you open the Torbo C++ Compiler help it will give you the following details about these functions.
getchar is a macro defined as getc(stdin) getchar returns the next character on the input stream stdin.
Return Value:
On success
– getchar returns the character read, after converting it to an int without sign extension.
On error (and on end-of-file for getchar), both macros return EOF.getc returns the next character on the given input stream and increments the stream’s file pointer to point to the next character.
Return Value:
On success
– getc returns the character read, after converting it to an int without sign extension.
On error (and on end-of-file for getc), both functions return EOF.I hope you can now wel understand this.
To generalize the type universe of smart pointers, we distinguish three potentially distinct types in a smart pointer:
The storage type. This is the type of pointee_. By “default”—in regular smart pointers—it is a raw pointer.
The pointer type. This is the type returned by operator->. It can be different from the storage type if you want to return a proxy object instead of just a pointer. (You will find an example of using proxy objects later in this chapter.)
The reference type. This is the type returned by operator*.
It would be useful if SmartPtr supported this generalization in a flexible way. Thus, the three types mentioned here ought to be abstracted in a policy called Storage.
In conclusion, smart pointers can, and should, generalize their pointee type. To do this, SmartPtr abstracts three types in a Storage policy: the stored type, the pointer type, and the reference type. Not all types necessarily make sense for a given SmartPtr instantiation. Therefore, in rare cases (handles), a policy might disable access to operator-> or operator* or both.
