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  • How do I output an individual character when using char *[] = "something"

    - by Matt
    I've been playing with pointers to better understand them and I came across something I think I should be able to do, but can't sort out how. The code below works fine - I can output "a", "dog", "socks", and "pants" - but what if I wanted to just output the 'o' from "socks"? How would I do that? char *mars[4] = { "a", "dog", "sock", "pants" }; for ( int counter = 0; counter < 4; counter++ ) { cout << mars[ counter ]; } Please forgive me if the question is answered somewhere - there are 30+ pages of C++ pointer related question, and I spent about 90 minutes looking through them, as well as reading various (very informative) articles, before deciding to ask.

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  • Does it ever make sense to make a fundamental (non-pointer) parameter const?

    - by Scott Smith
    I recently had an exchange with another C++ developer about the following use of const: void Foo(const int bar); He felt that using const in this way was good practice. I argued that it does nothing for the caller of the function (since a copy of the argument was going to be passed, there is no additional guarantee of safety with regard to overwrite). In addition, doing this prevents the implementer of Foo from modifying their private copy of the argument. So, it both mandates and advertises an implementation detail. Not the end of the world, but certainly not something to be recommended as good practice. I'm curious as to what others think on this issue. Edit: OK, I didn't realize that const-ness of the arguments didn't factor into the signature of the function. So, it is possible to mark the arguments as const in the implementation (.cpp), and not in the header (.h) - and the compiler is fine with that. That being the case, I guess the policy should be the same for making local variables const. One could make the argument that having different looking signatures in the header and source file would confuse others (as it would have confused me). While I try to follow the Principle of Least Astonishment with whatever I write, I guess it's reasonable to expect developers to recognize this as legal and useful.

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  • SWIG: C++ to C#, pointer to pointer marshalling.

    - by CaRT
    I have some legacy code I want to port to C#. I cannot modify the C++ code, I just have to make do with what I'm given. So, the situation. I'm using SwIG, and I came across this function: void MarshalMe(int iNum, FooClass** ioFooClassArray); If I ran SWIG over this, it wouldn't know what to do with the array, so it will create a SWIGTYPE_p_pFooClass. Fair enough! C# code for this would look like void MarshalMe(int iNum, SWIGTYPE_p_p_FooClass ioFooClassArray); // Not ideal! There are some techniques for marshalling this kind of code correctly, so I tried a few of them: %typemap(ctype) FooClass** "FooClass**" %typemap(cstype) FooClass** "FooClass[]" %typemap(imtype, inattributes="[In, Out, MarshalAs(UnmanagedType.LPArray)]") FooClass** "FooClass[]" %typemap(csin) FooClass** "$csinput" %typemap(in) FooClass** "$1 = $input;" %typemap(freearg) FooClass** "" %typemap(argout) FooClass** "" This effectively creates a nicer signature: void MarshalMe(int iNum, FooClass[] ioFooClassArray); // Looks good! Would it work? However, when I try to run it, I get the following error: {"Exception of type 'System.ExecutionEngineException' was thrown."} Any ideas about the actual typemap?

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  • const TypedeffedIntPointer not equal to const int *

    - by dirk
    I have the following C++ code: typedef int* IntPtr; const int* cip = new int; const IntPtr ctip4 = cip; I compile this with Visual Studio 2008 and get the following error: error C2440: 'initializing' : cannot convert from 'const int *' to 'const IntPtr' Clearly my understanding of typedefs is not what is should be. The reason I'm asking, I'm storing a pointer type in a STL map. I have a function that returns a const pointer which I would like to use to search in the map (using map::find(const key_type&). Since const MyType* and const map<MyType*, somedata>::key_type is incompatible, I'm having problems. Regards Dirk

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  • C#/.NET Little Wonders: Static Char Methods

    - by James Michael Hare
    Once again, in this series of posts I look at the parts of the .NET Framework that may seem trivial, but can help improve your code by making it easier to write and maintain. The index of all my past little wonders posts can be found here. Often times in our code we deal with the bigger classes and types in the BCL, and occasionally forgot that there are some nice methods on the primitive types as well.  Today we will discuss some of the handy static methods that exist on the char (the C# alias of System.Char) type. The Background I was examining a piece of code this week where I saw the following: 1: // need to get the 5th (offset 4) character in upper case 2: var type = symbol.Substring(4, 1).ToUpper(); 3:  4: // test to see if the type is P 5: if (type == "P") 6: { 7: // ... do something with P type... 8: } Is there really any error in this code?  No, but it still struck me wrong because it is allocating two very short-lived throw-away strings, just to store and manipulate a single char: The call to Substring() generates a new string of length 1 The call to ToUpper() generates a new upper-case version of the string from Step 1. In my mind this is similar to using ToUpper() to do a case-insensitive compare: it isn’t wrong, it’s just much heavier than it needs to be (for more info on case-insensitive compares, see #2 in 5 More Little Wonders). One of my favorite books is the C++ Coding Standards: 101 Rules, Guidelines, and Best Practices by Sutter and Alexandrescu.  True, it’s about C++ standards, but there’s also some great general programming advice in there, including two rules I love:         8. Don’t Optimize Prematurely         9. Don’t Pessimize Prematurely We all know what #8 means: don’t optimize when there is no immediate need, especially at the expense of readability and maintainability.  I firmly believe this and in the axiom: it’s easier to make correct code fast than to make fast code correct.  Optimizing code to the point that it becomes difficult to maintain often gains little and often gives you little bang for the buck. But what about #9?  Well, for that they state: “All other things being equal, notably code complexity and readability, certain efficient design patterns and coding idioms should just flow naturally from your fingertips and are no harder to write then the pessimized alternatives. This is not premature optimization; it is avoiding gratuitous pessimization.” Or, if I may paraphrase: “where it doesn’t increase the code complexity and readability, prefer the more efficient option”. The example code above was one of those times I feel where we are violating a tacit C# coding idiom: avoid creating unnecessary temporary strings.  The code creates temporary strings to hold one char, which is just unnecessary.  I think the original coder thought he had to do this because ToUpper() is an instance method on string but not on char.  What he didn’t know, however, is that ToUpper() does exist on char, it’s just a static method instead (though you could write an extension method to make it look instance-ish). This leads me (in a long-winded way) to my Little Wonders for the day… Static Methods of System.Char So let’s look at some of these handy, and often overlooked, static methods on the char type: IsDigit(), IsLetter(), IsLetterOrDigit(), IsPunctuation(), IsWhiteSpace() Methods to tell you whether a char (or position in a string) belongs to a category of characters. IsLower(), IsUpper() Methods that check if a char (or position in a string) is lower or upper case ToLower(), ToUpper() Methods that convert a single char to the lower or upper equivalent. For example, if you wanted to see if a string contained any lower case characters, you could do the following: 1: if (symbol.Any(c => char.IsLower(c))) 2: { 3: // ... 4: } Which, incidentally, we could use a method group to shorten the expression to: 1: if (symbol.Any(char.IsLower)) 2: { 3: // ... 4: } Or, if you wanted to verify that all of the characters in a string are digits: 1: if (symbol.All(char.IsDigit)) 2: { 3: // ... 4: } Also, for the IsXxx() methods, there are overloads that take either a char, or a string and an index, this means that these two calls are logically identical: 1: // check given a character 2: if (char.IsUpper(symbol[0])) { ... } 3:  4: // check given a string and index 5: if (char.IsUpper(symbol, 0)) { ... } Obviously, if you just have a char, then you’d just use the first form.  But if you have a string you can use either form equally well. As a side note, care should be taken when examining all the available static methods on the System.Char type, as some seem to be redundant but actually have very different purposes.  For example, there are IsDigit() and IsNumeric() methods, which sound the same on the surface, but give you different results. IsDigit() returns true if it is a base-10 digit character (‘0’, ‘1’, … ‘9’) where IsNumeric() returns true if it’s any numeric character including the characters for ½, ¼, etc. Summary To come full circle back to our opening example, I would have preferred the code be written like this: 1: // grab 5th char and take upper case version of it 2: var type = char.ToUpper(symbol[4]); 3:  4: if (type == 'P') 5: { 6: // ... do something with P type... 7: } Not only is it just as readable (if not more so), but it performs over 3x faster on my machine:    1,000,000 iterations of char method took: 30 ms, 0.000050 ms/item.    1,000,000 iterations of string method took: 101 ms, 0.000101 ms/item. It’s not only immediately faster because we don’t allocate temporary strings, but as an added bonus there less garbage to collect later as well.  To me this qualifies as a case where we are using a common C# performance idiom (don’t create unnecessary temporary strings) to make our code better. Technorati Tags: C#,CSharp,.NET,Little Wonders,char,string

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  • const member functions can call const member functions only?

    - by Abhi
    Hi all. Do const member functions call only const member functions? class Transmitter{ const static string msg; mutable int size; public: void xmit() const{ size = compute(); cout<<msg; } private: int compute() const{return 5;} }; string const Transmitter::msg = "beep"; int main(){ Transmitter t; t.xmit(); return EXIT_SUCCESS; } If i dont make compute() a const, then the compiler complains. Is it because since a const member function is not allowed to modify members, it wont allow any calls to non-consts since it would mean that the const member function would be 'indirectly' modifying the data members?

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  • Higher order function « filter » in C++

    - by Red Hyena
    Hi all. I wanted to write a higher order function filter with C++. The code I have come up with so far is as follows: #include <iostream> #include <string> #include <functional> #include <algorithm> #include <vector> #include <list> #include <iterator> using namespace std; bool isOdd(int const i) { return i % 2 != 0; } template < template <class, class> class Container, class Predicate, class Allocator, class A > Container<A, Allocator> filter(Container<A, Allocator> const & container, Predicate const & pred) { Container<A, Allocator> filtered(container); container.erase(remove_if(filtered.begin(), filtered.end(), pred), filtered.end()); return filtered; } int main() { int const a[] = {23, 12, 78, 21, 97, 64}; vector<int const> const v(a, a + 6); vector<int const> const filtered = filter(v, isOdd); copy(filtered.begin(), filtered.end(), ostream_iterator<int const>(cout, " ")); } However on compiling this code, I get the following error messages that I am unable to understand and hence get rid of: /usr/include/c++/4.3/ext/new_allocator.h: In instantiation of ‘__gnu_cxx::new_allocator<const int>’: /usr/include/c++/4.3/bits/allocator.h:84: instantiated from ‘std::allocator<const int>’ /usr/include/c++/4.3/bits/stl_vector.h:75: instantiated from ‘std::_Vector_base<const int, std::allocator<const int> >’ /usr/include/c++/4.3/bits/stl_vector.h:176: instantiated from ‘std::vector<const int, std::allocator<const int> >’ Filter.cpp:29: instantiated from here /usr/include/c++/4.3/ext/new_allocator.h:82: error: ‘const _Tp* __gnu_cxx::new_allocator<_Tp>::address(const _Tp&) const [with _Tp = const int]’ cannot be overloaded /usr/include/c++/4.3/ext/new_allocator.h:79: error: with ‘_Tp* __gnu_cxx::new_allocator<_Tp>::address(_Tp&) const [with _Tp = const int]’ Filter.cpp: In function ‘Container<A, Allocator> filter(const Container<A, Allocator>&, const Predicate&) [with Container = std::vector, Predicate = bool ()(int), Allocator = std::allocator<const int>, A = const int]’: Filter.cpp:30: instantiated from here Filter.cpp:23: error: passing ‘const std::vector<const int, std::allocator<const int> >’ as ‘this’ argument of ‘__gnu_cxx::__normal_iterator<typename std::_Vector_base<_Tp, _Alloc>::_Tp_alloc_type::pointer, std::vector<_Tp, _Alloc> > std::vector<_Tp, _Alloc>::erase(__gnu_cxx::__normal_iterator<typename std::_Vector_base<_Tp, _Alloc>::_Tp_alloc_type::pointer, std::vector<_Tp, _Alloc> >, __gnu_cxx::__normal_iterator<typename std::_Vector_base<_Tp, _Alloc>::_Tp_alloc_type::pointer, std::vector<_Tp, _Alloc> >) [with _Tp = const int, _Alloc = std::allocator<const int>]’ discards qualifiers /usr/include/c++/4.3/bits/stl_algo.h: In function ‘_FIter std::remove_if(_FIter, _FIter, _Predicate) [with _FIter = __gnu_cxx::__normal_iterator<const int*, std::vector<const int, std::allocator<const int> > >, _Predicate = bool (*)(int)]’: Filter.cpp:23: instantiated from ‘Container<A, Allocator> filter(const Container<A, Allocator>&, const Predicate&) [with Container = std::vector, Predicate = bool ()(int), Allocator = std::allocator<const int>, A = const int]’ Filter.cpp:30: instantiated from here /usr/include/c++/4.3/bits/stl_algo.h:821: error: assignment of read-only location ‘__result.__gnu_cxx::__normal_iterator<_Iterator, _Container>::operator* [with _Iterator = const int*, _Container = std::vector<const int, std::allocator<const int> >]()’ /usr/include/c++/4.3/ext/new_allocator.h: In member function ‘void __gnu_cxx::new_allocator<_Tp>::deallocate(_Tp*, size_t) [with _Tp = const int]’: /usr/include/c++/4.3/bits/stl_vector.h:150: instantiated from ‘void std::_Vector_base<_Tp, _Alloc>::_M_deallocate(_Tp*, size_t) [with _Tp = const int, _Alloc = std::allocator<const int>]’ /usr/include/c++/4.3/bits/stl_vector.h:136: instantiated from ‘std::_Vector_base<_Tp, _Alloc>::~_Vector_base() [with _Tp = const int, _Alloc = std::allocator<const int>]’ /usr/include/c++/4.3/bits/stl_vector.h:286: instantiated from ‘std::vector<_Tp, _Alloc>::vector(_InputIterator, _InputIterator, const _Alloc&) [with _InputIterator = const int*, _Tp = const int, _Alloc = std::allocator<const int>]’ Filter.cpp:29: instantiated from here /usr/include/c++/4.3/ext/new_allocator.h:98: error: invalid conversion from ‘const void*’ to ‘void*’ /usr/include/c++/4.3/ext/new_allocator.h:98: error: initializing argument 1 of ‘void operator delete(void*)’ /usr/include/c++/4.3/bits/stl_algobase.h: In function ‘_OI std::__copy_move_a(_II, _II, _OI) [with bool _IsMove = false, _II = const int*, _OI = const int*]’: /usr/include/c++/4.3/bits/stl_algobase.h:435: instantiated from ‘_OI std::__copy_move_a2(_II, _II, _OI) [with bool _IsMove = false, _II = __gnu_cxx::__normal_iterator<const int*, std::vector<const int, std::allocator<const int> > >, _OI = __gnu_cxx::__normal_iterator<const int*, std::vector<const int, std::allocator<const int> > >]’ /usr/include/c++/4.3/bits/stl_algobase.h:466: instantiated from ‘_OI std::copy(_II, _II, _OI) [with _II = __gnu_cxx::__normal_iterator<const int*, std::vector<const int, std::allocator<const int> > >, _OI = __gnu_cxx::__normal_iterator<const int*, std::vector<const int, std::allocator<const int> > >]’ /usr/include/c++/4.3/bits/vector.tcc:136: instantiated from ‘__gnu_cxx::__normal_iterator<typename std::_Vector_base<_Tp, _Alloc>::_Tp_alloc_type::pointer, std::vector<_Tp, _Alloc> > std::vector<_Tp, _Alloc>::erase(__gnu_cxx::__normal_iterator<typename std::_Vector_base<_Tp, _Alloc>::_Tp_alloc_type::pointer, std::vector<_Tp, _Alloc> >, __gnu_cxx::__normal_iterator<typename std::_Vector_base<_Tp, _Alloc>::_Tp_alloc_type::pointer, std::vector<_Tp, _Alloc> >) [with _Tp = const int, _Alloc = std::allocator<const int>]’ Filter.cpp:23: instantiated from ‘Container<A, Allocator> filter(const Container<A, Allocator>&, const Predicate&) [with Container = std::vector, Predicate = bool ()(int), Allocator = std::allocator<const int>, A = const int]’ Filter.cpp:30: instantiated from here /usr/include/c++/4.3/bits/stl_algobase.h:396: error: no matching function for call to ‘std::__copy_move<false, true, std::random_access_iterator_tag>::__copy_m(const int*&, const int*&, const int*&)’ Please tell me what I am doing wrong here and what is the correct way to achieve the kind of higher order polymorphism I want. Thanks.

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  • A mysterious compilation error: cannot convert from 'const boost::shared_ptr<T>' to 'const boost::shared_ptr<T>'

    - by Stephane Rolland
    I wanted to protect the access to a log file that I use for multithreaded logging with boostlog library. I tried this stream class class ThreadSafeStream { public: template <typename TInput> const ThreadSafeStream& operator<< (const TInput &tInput) const { // some thread safe file access return *this; } }; using it this way (text_sink is a boostlog object): //... m_spSink.reset(new text_sink); text_sink::locked_backend_ptr pBackend = m_spSink->locked_backend(); const boost::shared_ptr< ThreadSafeStream >& spFileStream = boost::make_shared<ThreadSafeStream>(); pBackend->add_stream(spFileStream); // this causes the compilation error and I get this mysterious error: cannot convert from 'const boost::shared_ptr<T>' to 'const boost::shared_ptr<T>' the whole compile error: Log.cpp(79): error C2664: 'boost::log2_mt_nt5::sinks::basic_text_ostream_backend<CharT>::add_stream' : cannot convert parameter 1 from 'const boost::shared_ptr<T>' to 'const boost::shared_ptr<T> &' 1> with 1> [ 1> CharT=char 1> ] 1> and 1> [ 1> T=ThreadSafeStream 1> ] 1> and 1> [ 1> T=std::basic_ostream<char,std::char_traits<char>> 1> ] 1> Reason: cannot convert from 'const boost::shared_ptr<T>' to 'const boost::shared_ptr<T>' 1> with 1> [ 1> T=ThreadSafeStream 1> ] 1> and 1> [ 1> T=std::basic_ostream<char,std::char_traits<char>> 1> ] 1> No user-defined-conversion operator available that can perform this conversion, or the operator cannot be called I suspect that I am not well defining the operator<<()... but I don't find what is wrong.

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  • Allow member to be const while still supporting operator= on the class

    - by LeopardSkinPillBoxHat
    I have several members in my class which are const and can therefore only be initialised via the initialiser list like so: class MyItemT { public: MyItemT(const MyPacketT& aMyPacket, const MyInfoT& aMyInfo) : mMyPacket(aMyPacket), mMyInfo(aMyInfo) { } private: const MyPacketT mMyPacket; const MyInfoT mMyInfo; }; My class can be used in some of our internally defined container classes (e.g. vectors), and these containers require that operator= is defined in the class. Of course, my operator= needs to do something like this: MyItemT& MyItemT::operator=(const MyItemT& other) { mMyPacket = other.mPacket; mMyInfo = other.mMyInfo; return *this; } which of course doesn't work because mMyPacket and mMyInfo are const members. Other than making these members non-const (which I don't want to do), any ideas about how I could fix this?

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  • const return value and template instantiation

    - by Rimo
    From Herb Sutter's GotW #6 Return-by-value should normally be const for non-builtin return types. .... Note: Lakos (pg. 618) argues against returning const value, and notes that it is redundant for builtins anyway (for example, returning "const int"), which he notes may interfere with template instantiation. .... While Sutter seems to disagree on whether to return a const value or non-const value when returning an object of a non-built type by value with Lakos, he generally agrees that returning a const value of a built-in type (e.g const int) is not a good idea. While I understand why that is useless because the return value cannot be modified as it is an rvalue, I cannot find an example of how that might interfere with template instantiation. Please give me an example of how having a const qualifier for a return type might interfere with template instantiation.

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  • g++ linker can't find const member function

    - by Max
    I have a Point class (with integer members x and y) that has a member function withinBounds that is declared like so: bool withinBounds(const Point&, const Point&) const; and defined like this: bool Point::withinBounds(const Point& TL, const Point& BR) const { if(x < TL.getX()) return false; if(x > BR.getX()) return false; if(y < TL.getY()) return false; if(y > BR.getY()) return false; // Success return true; } and then in another file, I call withinBounds like this: Point pos = currentPlayer->getPosition(); if(pos.withinBounds(topleft, bottomright)) { // code block } This compiles fine, but it fails to link. g++ gives me this error: /home/max/Desktop/Development/YARL/yarl/src/GameData.cpp:61: undefined reference to 'yarl::utility::Point::withinBounds(yarl::utility::Point const&, yarl::utility::Point const&)' When I make the function not const, it links fine. Anyone know the reason why? The linker error looks like it's looking for a non-const version of the function, but I don't know why it would.

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  • Is it appropriate to set a value to a "const char *" in the header file

    - by sud
    I have seen people using 2 methods to declare and define char * Medhod-1: The header file has the below const char* COUNTRY_NAME_USA = "USA"; Medhod-2: The header file has the below declaration const char* COUNTRY_NAME_USA; The cpp file has the below defintion : const char* COUNTRY_NAME_USA = "USA"; Is method-2 wrong in some way ? What is the difference between the two ? I understand the difference between "const char * const var" , and "const char * var". If in the above methods if a "const char * const var" is declared and defined in the header as in method 1 will it make sense ?

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  • Simplifying const Overloading?

    - by templatetypedef
    Hello all- I've been teaching a C++ programming class for many years now and one of the trickiest things to explain to students is const overloading. I commonly use the example of a vector-like class and its operator[] function: template <typename T> class Vector { public: T& operator[] (size_t index); const T& operator[] (size_t index) const; }; I have little to no trouble explaining why it is that two versions of the operator[] function are needed, but in trying to explain how to unify the two implementations together I often find myself wasting a lot of time with language arcana. The problem is that the only good, reliable way that I know how to implement one of these functions in terms of the other is with the const_cast/static_cast trick: template <typename T> const T& Vector<T>::operator[] (size_t index) const { /* ... your implementation here ... */ } template <typename T> T& Vector<T>::operator[] (size_t index) { return const_cast<T&>(static_cast<const Vector&>(*this)[index]); } The problem with this setup is that it's extremely tricky to explain and not at all intuitively obvious. When you explain it as "cast to const, then call the const version, then strip off constness" it's a little easier to understand, but the actual syntax is frightening,. Explaining what const_cast is, why it's appropriate here, and why it's almost universally inappropriate elsewhere usually takes me five to ten minutes of lecture time, and making sense of this whole expression often requires more effort than the difference between const T* and T* const. I feel that students need to know about const-overloading and how to do it without needlessly duplicating the code in the two functions, but this trick seems a bit excessive in an introductory C++ programming course. My question is this - is there a simpler way to implement const-overloaded functions in terms of one another? Or is there a simpler way of explaining this existing trick to students? Thanks so much!

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  • C++: combine const with template arguments

    - by awn
    The following example is working when I manualy replace T wirh char *, but why is not working as it is: template <typename T> class A{ public: A(const T _t) { } }; int main(){ const char * c = "asdf"; A<char *> a(c); } When compiling with gcc, I get this error: test.cpp: In function 'int main()': test.cpp:10: error: invalid conversion from 'const char*' to 'char*' test.cpp:10: error: initializing argument 1 of 'A<T>::A(T) [with T = char*]'

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  • C++: get const or non-const reference type from trait

    - by maciekp
    I am writing a functor F which takes function of type void (*func)(T) and func's argument arg. Then functor F calls func with arg. I would like F not to copy arg, just to pass it as reference. But then I cannot simply write "void F(void (*func)(T), T&)" because T could be a reference. So I am trying to write a trait, which allows to get proper reference type of T: T -> T& T& -> T& const T -> const T& const T& -> const T& I come up with something like this: template<typename T> struct type_op { typedef T& valid_ref_type; }; template<typename T> struct type_op<T&> { typedef typename type_op<T>::valid_ref_type valid_ref_type; }; template<typename T> struct type_op<const T> { typedef const T& valid_ref_type; }; template<typename T> struct type_op<const T&> { typedef const T& valid_ref_type; }; Which doesn't work for example for void a(int x) { std::cout << x << std::endl; } F(&a, 7); Giving error: invalid initialization of non-const reference of type ‘int&’ from a temporary of type ‘int’ in passing argument 2 of ‘void f(void (*)(T), typename type_op::valid_ref_type) [with T = int]’ How to get this trait to work?

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  • std::cin >> *aa results in a bus error

    - by Koning Baard XIV
    I have this a class called PPString: PPString.h #ifndef __CPP_PPString #define __CPP_PPString #include "PPObject.h" class PPString : public PPObject { char *stringValue[]; public: char *pointerToCharString(); void setCharString(char *charString[]); void setCharString(const char charString[]); }; #endif PPString.cpp #include "PPString.h" char *PPString::pointerToCharString() { return *stringValue; } void PPString::setCharString(char *charString[]) { *stringValue = *charString; } void PPString::setCharString(const char charString[]) { *stringValue = (char *)charString; } I'm trying to set the stringValue using std::cin: main.cpp PPString myString; myString.setCharString("LOLZ"); std::cout << myString.pointerToCharString() << std::endl; char *aa[1000]; std::cin >> *aa; myString.setCharString(aa); std::cout << myString.pointerToCharString() << std::endl; The first one, which uses a const char works, but the second one, with a char doesn't, and I get this output: copy and paste from STDOUT LOLZ im entering a string now... Bus error where the second line is what I entered, followed by pressing the return key. Can anyone help me fixing this? Thanks...

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  • I can't get that `bus error` to stop sucking.

    - by Koning Baard XIV
    I have this a class called PPString: PPString.h #ifndef __CPP_PPString #define __CPP_PPString #include "PPObject.h" class PPString : public PPObject { char *stringValue[]; public: char *pointerToCharString(); void setCharString(char *charString[]); void setCharString(const char charString[]); }; #endif PPString.cpp #include "PPString.h" char *PPString::pointerToCharString() { return *stringValue; } void PPString::setCharString(char *charString[]) { *stringValue = *charString; } void PPString::setCharString(const char charString[]) { *stringValue = (char *)charString; } I'm trying to set the stringValue using std::cin: main.cpp PPString myString; myString.setCharString("LOLZ"); std::cout << myString.pointerToCharString() << std::endl; char *aa[1000]; std::cin >> *aa; myString.setCharString(aa); std::cout << myString.pointerToCharString() << std::endl; The first one, which uses a const char works, but the second one, with a char doesn't, and I get this output: copy and paste from STDOUT LOLZ im entering a string now... Bus error where the second line is what I entered, followed by pressing the return key. Can anyone help me fixing this? Thanks...

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  • Passing const CName as this argument discards qualifiers

    - by Geno Diaz
    I'm having trouble with passing a constant class through a function. // test the constructors auto CName nameOne("Robert", "Bresson"); const CName nameTwo = nameOne; auto CName nameThree; // display the contents of each newly-constructed object... // should see "Robert Bresson" cout << "nameOne = "; nameOne.WriteFullName(); cout << endl; // should see "Robert Bresson" again cout << "nameTwo = "; nameTwo.WriteFullName(); cout << endl; As soon as the compiler hits nameTwo.WriteFullName() I get the error of abandoning qualifiers. I know that the class is a constant however I can't figure out how to work around it. The function is in a header file written as so: void const WriteFullName(ostream& outstream = cout) { outstream << m_first << ' ' << m_last; } I receive this error when const is put in back of the function header main.cpp:(.text+0x51): undefined reference to CName::CName()' main.cpp:(.text+0x7c): undefined reference toCName::WriteFullName(std::basic_ostream &) const' main.cpp:(.text+0xbb): undefined reference to CName::WriteFullName(std::basic_ostream<char, std::char_traits<char> >&) const' main.cpp:(.text+0xf7): undefined reference toCName::WriteFullName(std::basic_ostream &) const' main.cpp:(.text+0x133): undefined reference to operator>>(std::basic_istream<char, std::char_traits<char> >&, CName&)' main.cpp:(.text+0x157): undefined reference tooperator<<(std::basic_ostream &, CName const&)' main.cpp:(.text+0x1f4): undefined reference to operator<<(std::basic_ostream<char, std::char_traits<char> >&, CName const&)' main.cpp:(.text+0x22b): undefined reference tooperator<<(std::basic_ostream &, CName const&)' main.cpp:(.text+0x25f): undefined reference to operator<<(std::basic_ostream<char, std::char_traits<char> >&, CName const&)' main.cpp:(.text+0x320): undefined reference tooperator<<(std::basic_ostream &, CName const&)' main.cpp:(.text+0x347): undefined reference to `operator(std::basic_istream &, CName&)'

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  • Why is passing a string literal into a char* arguament only sometimes a compiler error?

    - by Brian Postow
    I'm working in a C, and C++ program. We used to be compiling without the make-strings-writable option. But that was getting a bunch of warnings, so I turned it off. Then I got a whole bunch of errors of the form "Cannot convert const char* to char* in argmuent 3 of function foo". So, I went through and made a whole lot of changes to fix those. However, today, the program CRASHED because the literal "" was getting passed into a function that was expecting a char*, and was setting the 0th character to 0. It wasn't doing anything bad, just trying to edit a constant, and crashing. My question is, why wasn't that a compiler error? In case it matters, this was on a mac compiled with gcc-4.0.

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  • Python to C/C++ const char question

    - by tsukemonoki
    I am extending Python with some C++ code. One of the functions I'm using has the following signature: int PyArg_ParseTupleAndKeywords(PyObject *arg, PyObject *kwdict, char *format, char **kwlist, ...); (link: http://docs.python.org/release/1.5.2p2/ext/parseTupleAndKeywords.html) The parameter of interest is kwlist. In the link above, examples on how to use this function are given. In the examples, kwlist looks like: static char *kwlist[] = {"voltage", "state", "action", "type", NULL}; When I compile this using g++, I get the warning: warning: deprecated conversion from string constant to ‘char*’ So, I can change the static char* to a static const char*. Unfortunately, I can't change the Python code. So with this change, I get a different compilation error (can't convert char** to const char**). Based on what I've read here, I can turn on compiler flags to ignore the warning or I can cast each of the constant strings in the definition of kwlist to char *. Currently, I'm doing the latter. What are other solutions? Sorry if this question has been asked before. I'm new.

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  • C++, function pointer to the template function pointer

    - by Ian
    I am having a pointer to the common static method class MyClass { private: static double ( *pfunction ) ( const Object *, const Object *); ... }; pointing to the static method class SomeClass { public: static double getA ( const Object *o1, const Object *o2); ... }; Initialization: double ( *MyClass::pfunction ) ( const Object *o1, const Object *o2 ) = &SomeClass::getA; I would like to convert this pointer to the static template function pointer: template <class T> static T ( *pfunction ) ( const Object <T> *, const Object <T> *); //Compile error where: class SomeClass { public: template <class T> static double getA ( const Object <T> *o1, const Object <T> *o2); ... }; But there is some error... Thanks for your help...

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  • Undefined symbols after installing new xcode 3.2.3 build

    - by toofah
    I want to move to the new XCode 3.2.3 GM Seed build for development, but when I bring up my project I get 'base sdk missing' because my project is set to use iPhone SDK 3.0. If I change 'base SDK' to iPhone 3.2 or 4.0 and then compile I get a lot of errors that I don't understand. I dumped a few of them below. Can anyone tell me what I am missing? Also, can someone confirm that if I choose 'base sdk' of iPhone 3.2 or 4.0 that I can still choose 'target device' of iPhone 3.0 and not force my customers to install the new SDK. I really don't want to be the app that forces my customers to upgrade their OS. Thanks! Undefined symbols: ".objc_class_name_NSObject", referenced from: .objc_class_name_FlurryAPI in libFlurry.a(FlurryAPI.o) .objc_class_name_FlurrySession in libFlurry.a(FlurrySession.o) .objc_class_name_FlurryHTTPEater in libFlurry.a(FlurryHTTPEater.o) .objc_class_name_FlurryHTTPResponse in libFlurry.a(FlurryHTTPResponse.o) .objc_class_name_FlurryConnectionDelegate in libFlurry.a(FlurryConnectionDelegate.o) .objc_class_name_FlurryAd in libFlurry.a(FlurryAd.o) .objc_class_name_FlurryAdParser in libFlurry.a(FlurryAdParser.o) literal-pointer@_OBJC@_cls_refs@NSObject in libFlurry.a(FlurryAdView.o) .objc_class_name_FlurryAdImage in libFlurry.a(FlurryAdImage.o) .objc_class_name_FlurryAdImpression in libFlurry.a(FlurryAdImpression.o) .objc_class_name_FlurryPageViewDelegate in libFlurry.a(FlurryPageViewDelegate.o) .objc_class_name_FlurryAdTheme in libFlurry.a(FlurryAdTheme.o) .objc_class_name_FlurryAdHook in libFlurry.a(FlurryAdHook.o) .objc_class_name_FlurryAdProperties in libFlurry.a(FlurryAdProperties.o) .objc_class_name_FlurryFileCache in libFlurry.a(FlurryFileCache.o) .objc_class_name_FlurryEvent in libFlurry.a(FlurryEvent.o) .objc_class_name_FlurryProtocolData in libFlurry.a(FlurryProtocolData.o) .objc_class_name_FlurryAdAssignment in libFlurry.a(FlurryAdAssignment.o) .objc_class_name_FlurryAdAppStoreConnectionDelegate in libFlurry.a(FlurryAdAppStoreConnectionDelegate.o) .objc_class_name_FlurryHeartBeater in libFlurry.a(FlurryHeartBeater.o) .objc_class_name_FlurryImageCache in libFlurry.a(FlurryImageCache.o) .objc_class_name_FlurryUtil in libFlurry.a(FlurryUtil.o) .objc_class_name_FlurryAdNavigationDelegate in libFlurry.a(FlurryAdNavigationDelegate.o) .objc_class_name_FlurryAdLocation in libFlurry.a(FlurryAdLocation.o) .objc_class_name_FlurryAdDimension in libFlurry.a(FlurryAdDimension.o) .objc_class_name_FlurryAdTextStyle in libFlurry.a(FlurryAdTextStyle.o) ".objc_class_name_NSFileManager", referenced from: literal-pointer@_OBJC@_cls_refs@NSFileManager in libFlurry.a(FlurrySession.o) literal-pointer@_OBJC@_cls_refs@NSFileManager in libFlurry.a(FlurryFileCache.o) ".objc_class_name_NSString", referenced from: literal-pointer@_OBJC@_cls_refs@NSString in libFlurry.a(FlurrySession.o) literal-pointer@_OBJC@_cls_refs@NSString in libFlurry.a(FlurryHTTPEater.o) literal-pointer@_OBJC@_cls_refs@NSString in libFlurry.a(FlurryHTTPResponse.o) literal-pointer@_OBJC@_cls_refs@NSString in libFlurry.a(FlurryAd.o) literal-pointer@_OBJC@_cls_refs@NSString in libFlurry.a(FlurryAdParser.o) literal-pointer@_OBJC@_cls_refs@NSString in libFlurry.a(FlurryAdCanvasViewController.o) literal-pointer@_OBJC@_cls_refs@NSString in libFlurry.a(FlurryFileCache.o) literal-pointer@_OBJC@_cls_refs@NSString in libFlurry.a(FlurryImageCache.o) ".objc_class_name_NSError", referenced from: literal-pointer@_OBJC@_cls_refs@NSError in libFlurry.a(FlurryUtil.o) "_OBJC_METACLASS_$_FlurryAPI", referenced from: _OBJC_METACLASS_$_NFlurryAPI in NFlurryAPI.o ".objc_class_name_UIWindow", referenced from: literal-pointer@_OBJC@_cls_refs@UIWindow in libFlurry.a(FlurryAdCanvasViewController.o) ".objc_class_name_NSException", referenced from: literal-pointer@_OBJC@_cls_refs@NSException in libFlurry.a(FlurrySession.o) literal-pointer@_OBJC@_cls_refs@NSException in libFlurry.a(FlurryUtil.o) ".objc_class_name_UIColor", referenced from: literal-pointer@_OBJC@_cls_refs@UIColor in libFlurry.a(FlurryAdParser.o) literal-pointer@_OBJC@_cls_refs@UIColor in libFlurry.a(FlurryAdView.o) literal-pointer@_OBJC@_cls_refs@UIColor in libFlurry.a(FlurryAdCanvasViewController.o) literal-pointer@_OBJC@_cls_refs@UIColor in libFlurry.a(FlurryAdCanvasView.o) "_OBJC_CLASS_$_FlurryAPI", referenced from: _OBJC_CLASS_$_NFlurryAPI in NFlurryAPI.o ".objc_class_name_NSMutableSet", referenced from: literal-pointer@_OBJC@_cls_refs@NSMutableSet in libFlurry.a(FlurryAdAssignment.o) ".objc_class_name_UIFont", referenced from: literal-pointer@_OBJC@_cls_refs@UIFont in libFlurry.a(FlurryAdView.o) literal-pointer@_OBJC@_cls_refs@UIFont in libFlurry.a(FlurryAdCanvasView.o) ".objc_class_name_UIImage", referenced from: literal-pointer@_OBJC@_cls_refs@UIImage in libFlurry.a(FlurryAdParser.o) literal-pointer@_OBJC@_cls_refs@UIImage in libFlurry.a(FlurryAdImage.o) ".objc_class_name_UIApplication", referenced from: literal-pointer@_OBJC@_cls_refs@UIApplication in libFlurry.a(FlurryAdView.o) literal-pointer@_OBJC@_cls_refs@UIApplication in libFlurry.a(FlurryAdCanvasViewController.o) literal-pointer@_OBJC@_cls_refs@UIApplication in libFlurry.a(FlurryAdAppStoreConnectionDelegate.o) ".objc_class_name_UILabel", referenced from: literal-pointer@_OBJC@_cls_refs@UILabel in libFlurry.a(FlurryAdView.o) literal-pointer@_OBJC@_cls_refs@UILabel in libFlurry.a(FlurryAdCanvasViewController.o) literal-pointer@_OBJC@_cls_refs@UILabel in libFlurry.a(FlurryAdCanvasView.o) ".objc_class_name_UIView", referenced from: literal-pointer@_OBJC@_cls_refs@UIView in libFlurry.a(FlurryAdView.o) .objc_class_name_FlurryAdView in libFlurry.a(FlurryAdView.o) literal-pointer@_OBJC@_cls_refs@UIView in libFlurry.a(FlurryAdCanvasViewController.o) .objc_class_name_FlurryAdListView in libFlurry.a(FlurryAdListView.o) ".objc_class_name_NSMutableString", referenced from: literal-pointer@_OBJC@_cls_refs@NSMutableString in libFlurry.a(FlurrySession.o) literal-pointer@_OBJC@_cls_refs@NSMutableString in libFlurry.a(FlurryHTTPEater.o) literal-pointer@_OBJC@_cls_refs@NSMutableString in libFlurry.a(FlurryAdView.o) ".objc_class_name_NSTimer", referenced from: literal-pointer@_OBJC@_cls_refs@NSTimer in libFlurry.a(FlurryHeartBeater.o) ".objc_class_name_NSMutableData", referenced from: literal-pointer@_OBJC@_cls_refs@NSMutableData in libFlurry.a(FlurrySession.o) literal-pointer@_OBJC@_cls_refs@NSMutableData in libFlurry.a(FlurryConnectionDelegate.o) literal-pointer@_OBJC@_cls_refs@NSMutableData in libFlurry.a(FlurryAdImpression.o) literal-pointer@_OBJC@_cls_refs@NSMutableData in libFlurry.a(FlurryEvent.o) ".objc_class_name_NSNumber", referenced from: literal-pointer@_OBJC@_cls_refs@NSNumber in libFlurry.a(FlurryAPI.o) literal-pointer@_OBJC@_cls_refs@NSNumber in libFlurry.a(FlurrySession.o) literal-pointer@_OBJC@_cls_refs@NSNumber in libFlurry.a(FlurryAdParser.o) literal-pointer@_OBJC@_cls_refs@NSNumber in libFlurry.a(FlurryAdView.o) literal-pointer@_OBJC@_cls_refs@NSNumber in libFlurry.a(FlurryAdImpression.o) literal-pointer@_OBJC@_cls_refs@NSNumber in libFlurry.a(FlurryAdCanvasViewController.o) "_objc_exception_match", referenced from: +[FlurrySession createActiveFlurrySession:] in libFlurry.a(FlurrySession.o) +[FlurrySession dataForSessions:requestAds:] in libFlurry.a(FlurrySession.o) +[FlurrySession initialTimestamp] in libFlurry.a(FlurrySession.o) ".objc_class_name_UINavigationItem", referenced from: literal-pointer@_OBJC@_cls_refs@UINavigationItem in libFlurry.a(FlurryAdCanvasViewController.o) ".objc_class_name_UIViewController", referenced from: literal-pointer@_OBJC@_cls_refs@UIViewController in libFlurry.a(FlurryAdView.o) .objc_class_name_FlurryAdCanvasViewController in libFlurry.a(FlurryAdCanvasViewController.o) ".objc_class_name_NSMutableArray", referenced from: literal-pointer@_OBJC@_cls_refs@NSMutableArray in libFlurry.a(FlurrySession.o) literal-pointer@_OBJC@_cls_refs@NSMutableArray in libFlurry.a(FlurryHTTPEater.o) literal-pointer@_OBJC@_cls_refs@NSMutableArray in libFlurry.a(FlurryAdParser.o) literal-pointer@_OBJC@_cls_refs@NSMutableArray in libFlurry.a(FlurryImageCache.o) literal-pointer@_OBJC@_cls_refs@NSMutableArray in libFlurry.a(FlurryAdNavigationDelegate.o) ".objc_class_name_UIScreen", referenced from: literal-pointer@_OBJC@_cls_refs@UIScreen in libFlurry.a(FlurryAdCanvasViewController.o) ".objc_class_name_NSURLCache", referenced from: literal-pointer@_OBJC@_cls_refs@NSURLCache in libFlurry.a(FlurryHTTPEater.o) ".objc_class_name_NSNotificationCenter", referenced from: literal-pointer@_OBJC@_cls_refs@NSNotificationCenter in libFlurry.a(FlurryAPI.o) literal-pointer@_OBJC@_cls_refs@NSNotificationCenter in libFlurry.a(FlurryAdParser.o) literal-pointer@_OBJC@_cls_refs@NSNotificationCenter in libFlurry.a(FlurryAdView.o) literal-pointer@_OBJC@_cls_refs@NSNotificationCenter in libFlurry.a(FlurryHeartBeater.o) ".objc_class_name_NSInvocation", referenced from: literal-pointer@_OBJC@_cls_refs@NSInvocation in libFlurry.a(FlurryPageViewDelegate.o) ".objc_class_name_NSURL", referenced from: literal-pointer@_OBJC@_cls_refs@NSURL in libFlurry.a(FlurrySession.o) literal-pointer@_OBJC@_cls_refs@NSURL in libFlurry.a(FlurryHTTPEater.o) literal-pointer@_OBJC@_cls_refs@NSURL in libFlurry.a(FlurryAdView.o) literal-pointer@_OBJC@_cls_refs@NSURL in libFlurry.a(FlurryAdCanvasViewController.o) "_objc_exception_extract", referenced from: +[FlurryAPI startSession:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI startSession:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI endSession] in libFlurry.a(FlurryAPI.o) +[FlurryAPI endSession] in libFlurry.a(FlurryAPI.o) +[FlurryAPI pauseSession] in libFlurry.a(FlurryAPI.o) +[FlurryAPI pauseSession] in libFlurry.a(FlurryAPI.o) +[FlurryAPI resumeSession] in libFlurry.a(FlurryAPI.o) +[FlurryAPI resumeSession] in libFlurry.a(FlurryAPI.o) +[FlurryAPI logEvent:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI logEvent:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI logEvent:withParameters:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI logEvent:withParameters:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI logEvent:timed:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI logEvent:timed:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI logEvent:withParameters:timed:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI logEvent:withParameters:timed:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI endTimedEvent:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI endTimedEvent:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI logError:message:exception:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI logError:message:exception:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI logError:message:error:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI logError:message:error:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI countPageViews:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI countPageViews:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI countPageView] in libFlurry.a(FlurryAPI.o) +[FlurryAPI countPageView] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setUserID:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setUserID:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setEventLoggingEnabled:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setEventLoggingEnabled:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setServerURL:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setServerURL:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setCanvasURL:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setCanvasURL:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setLandscapeCanvasURL:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setLandscapeCanvasURL:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setAppStoreURL:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setAppStoreURL:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setSessionReportsOnCloseEnabled:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setSessionReportsOnCloseEnabled:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setAppVersion:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setAppVersion:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setGender:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setGender:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setAge:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setAge:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI getHook:xLoc:yLoc:view:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI getHook:xLoc:yLoc:view:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI getHook:xLoc:yLoc:view:attachToView:orientation:canvasOrientation:autoRefresh:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI getHook:xLoc:yLoc:view:attachToView:orientation:canvasOrientation:autoRefresh:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI updateHook:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI updateHook:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI removeHook:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI removeHook:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI openCatalog:canvasOrientation:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI openCatalog:canvasOrientation:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setAppCircleDelegate:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setAppCircleDelegate:] in libFlurry.a(FlurryAPI.o) +[FlurrySession createActiveFlurrySession:] in libFlurry.a(FlurrySession.o) +[FlurrySession createActiveFlurrySession:] in libFlurry.a(FlurrySession.o) +[FlurrySession sendSessionsToServerWithTimeout:useWebView:requestAds:] in libFlurry.a(FlurrySession.o) +[FlurrySession sendSessionsToServerWithTimeout:useWebView:requestAds:] in libFlurry.a(FlurrySession.o) +[FlurrySession dataForSessions:requestAds:] in libFlurry.a(FlurrySession.o) +[FlurrySession dataForSessions:requestAds:] in libFlurry.a(FlurrySession.o) +[FlurrySession initialTimestamp] in libFlurry.a(FlurrySession.o) +[FlurrySession initialTimestamp] in libFlurry.a(FlurrySession.o) +[FlurryAdParser oldInstance] in libFlurry.a(FlurryAdParser.o) +[FlurryAdParser instance] in libFlurry.a(FlurryAdParser.o) -[FlurryAdView initWithAd:hook:xLoc:yLoc:parent:attachToView:orientation:canvasOrientation:autoRefresh:] in libFlurry.a(FlurryAdView.o) -[FlurryAdView initWithAd:hook:xLoc:yLoc:parent:attachToView:orientation:canvasOrientation:autoRefresh:] in libFlurry.a(FlurryAdView.o) -[FlurryAdView refreshWithAd] in libFlurry.a(FlurryAdView.o) -[FlurryAdView refreshWithAd] in libFlurry.a(FlurryAdView.o) -[FlurryAdView updateToOrientation] in libFlurry.a(FlurryAdView.o) -[FlurryAdView updateToOrientation] in libFlurry.a(FlurryAdView.o) -[FlurryAdView touchesEnded:withEvent:] in libFlurry.a(FlurryAdView.o) -[FlurryAdView touchesEnded:withEvent:] in libFlurry.a(FlurryAdView.o) -[FlurryAdView alertView:clickedButtonAtIndex:] in libFlurry.a(FlurryAdView.o) -[FlurryAdView alertView:clickedButtonAtIndex:] in libFlurry.a(FlurryAdView.o) -[FlurryAdView checkBannerLocation] in libFlurry.a(FlurryAdView.o) -[FlurryAdView checkBannerLocation] in libFlurry.a(FlurryAdView.o) -[FlurryAdView dealloc] in libFlurry.a(FlurryAdView.o) -[FlurryAdView dealloc] in libFlurry.a(FlurryAdView.o) -[FlurryPageViewDelegate navigationController:didShowViewController:animated:] in libFlurry.a(FlurryPageViewDelegate.o) -[FlurryPageViewDelegate navigationController:didShowViewController:animated:] in libFlurry.a(FlurryPageViewDelegate.o) -[FlurryPageViewDelegate navigationController:willShowViewController:animated:] in libFlurry.a(FlurryPageViewDelegate.o) -[FlurryPageViewDelegate navigationController:willShowViewController:animated:] in libFlurry.a(FlurryPageViewDelegate.o) -[FlurryPageViewDelegate tabBarController:shouldSelectViewController:] in libFlurry.a(FlurryPageViewDelegate.o) -[FlurryPageViewDelegate tabBarController:shouldSelectViewController:] in libFlurry.a(FlurryPageViewDelegate.o) -[FlurryPageViewDelegate tabBarController:didSelectViewController:] in libFlurry.a(FlurryPageViewDelegate.o) -[FlurryPageViewDelegate tabBarController:didSelectViewController:] in libFlurry.a(FlurryPageViewDelegate.o) -[FlurryPageViewDelegate tabBarController:willBeginCustomizingViewControllers:] in libFlurry.a(FlurryPageViewDelegate.o) -[FlurryPageViewDelegate tabBarController:willBeginCustomizingViewControllers:] in libFlurry.a(FlurryPageViewDelegate.o) -[FlurryPageViewDelegate tabBarController:willEndCustomizingViewControllers:changed:] in libFlurry.a(FlurryPageViewDelegate.o) -[FlurryPageViewDelegate tabBarController:willEndCustomizingViewControllers:changed:] in libFlurry.a(FlurryPageViewDelegate.o) -[FlurryPageViewDelegate tabBarController:didEndCustomizingViewControllers:changed:] in libFlurry.a(FlurryPageViewDelegate.o) -[FlurryPageViewDelegate tabBarController:didEndCustomizingViewControllers:changed:] in libFlurry.a(FlurryPageViewDelegate.o) -[FlurryAdCanvasViewController dealloc] in libFlurry.a(FlurryAdCanvasViewController.o) -[FlurryAdCanvasViewController dealloc] in libFlurry.a(FlurryAdCanvasViewController.o) +[FlurryFileCache createInstanceWithApiKey:] in libFlurry.a(FlurryFileCache.o) +[FlurryAdAssignment createInstance] in libFlurry.a(FlurryAdAssignment.o) +[FlurryHeartBeater createAndStartInstance:] in libFlurry.a(FlurryHeartBeater.o) +[FlurryImageCache createInstanceWithFileCache:] in libFlurry.a(FlurryImageCache.o) ".objc_class_name_NSMutableURLRequest", referenced from: literal-pointer@_OBJC@_cls_refs@NSMutableURLRequest in libFlurry.a(FlurryHTTPEater.o) ".objc_class_name_NSRunLoop", referenced from: literal-pointer@_OBJC@_cls_refs@NSRunLoop in libFlurry.a(FlurryHTTPEater.o) ".objc_class_name_NSKeyedUnarchiver", referenced from: literal-pointer@_OBJC@_cls_refs@NSKeyedUnarchiver in libFlurry.a(FlurrySession.o) literal-pointer@_OBJC@_cls_refs@NSKeyedUnarchiver in libFlurry.a(FlurryFileCache.o) ".objc_class_name_NSData", referenced from: literal-pointer@_OBJC@_cls_refs@NSData in libFlurry.a(FlurrySession.o) literal-pointer@_OBJC@_cls_refs@NSData in libFlurry.a(FlurryAdParser.o) ".objc_class_name_NSDate", referenced from: literal-pointer@_OBJC@_cls_refs@NSDate in libFlurry.a(FlurrySession.o) literal-pointer@_OBJC@_cls_refs@NSDate in libFlurry.a(FlurryHTTPEater.o) literal-pointer@_OBJC@_cls_refs@NSDate in libFlurry.a(FlurryAdView.o) literal-pointer@_OBJC@_cls_refs@NSDate in libFlurry.a(FlurryAdImpression.o) literal-pointer@_OBJC@_cls_refs@NSDate in libFlurry.a(FlurryEvent.o) ".objc_class_name_UIBarButtonItem", referenced from: literal-pointer@_OBJC@_cls_refs@UIBarButtonItem in libFlurry.a(FlurryAdCanvasViewController.o) ".objc_class_name_NSURLRequest", referenced from: literal-pointer@_OBJC@_cls_refs@NSURLRequest in libFlurry.a(FlurryAdCanvasViewController.o) literal-pointer@_OBJC@_cls_refs@NSURLRequest in libFlurry.a(FlurryAdAppStoreConnectionDelegate.o) ".objc_class_name_UIDevice", referenced from: literal-pointer@_OBJC@_cls_refs@UIDevice in libFlurry.a(FlurrySession.o) literal-pointer@_OBJC@_cls_refs@UIDevice in libFlurry.a(FlurryAdView.o) ".objc_class_name_UIImageView", referenced from: literal-pointer@_OBJC@_cls_refs@UIImageView in libFlurry.a(FlurryAdView.o) literal-pointer@_OBJC@_cls_refs@UIImageView in libFlurry.a(FlurryAdCanvasViewController.o) literal-pointer@_OBJC@_cls_refs@UIImageView in libFlurry.a(FlurryAdCanvasView.o) "_objc_exception_try_exit", referenced from: +[FlurryAPI startSession:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI endSession] in libFlurry.a(FlurryAPI.o) +[FlurryAPI pauseSession] in libFlurry.a(FlurryAPI.o) +[FlurryAPI resumeSession] in libFlurry.a(FlurryAPI.o) +[FlurryAPI logEvent:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI logEvent:withParameters:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI logEvent:timed:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI logEvent:withParameters:timed:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI endTimedEvent:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI logError:message:exception:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI logError:message:error:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI countPageViews:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI countPageView] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setUserID:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setEventLoggingEnabled:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setServerURL:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setCanvasURL:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setLandscapeCanvasURL:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setAppStoreURL:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setSessionReportsOnCloseEnabled:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setAppVersion:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setGender:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setAge:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI getHook:xLoc:yLoc:view:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI getHook:xLoc:yLoc:view:attachToView:orientation:canvasOrientation:autoRefresh:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI updateHook:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI removeHook:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI openCatalog:canvasOrientation:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setAppCircleDelegate:] in libFlurry.a(FlurryAPI.o) +[FlurrySession createActiveFlurrySession:] in libFlurry.a(FlurrySession.o) +[FlurrySession createActiveFlurrySession:] in libFlurry.a(FlurrySession.o) +[FlurrySession sendSessionsToServerWithTimeout:useWebView:requestAds:] in libFlurry.a(FlurrySession.o) +[FlurrySession dataForSessions:requestAds:] in libFlurry.a(FlurrySession.o) +[FlurrySession dataForSessions:requestAds:] in libFlurry.a(FlurrySession.o) +[FlurrySession initialTimestamp] in libFlurry.a(FlurrySession.o) +[FlurrySession initialTimestamp] in libFlurry.a(FlurrySession.o) +[FlurrySession initialTimestamp] in libFlurry.a(FlurrySession.o) +[FlurryAdParser oldInstance] in libFlurry.a(FlurryAdParser.o) +[FlurryAdParser instance] in libFlurry.a(FlurryAdParser.o) -[FlurryAdView initWithAd:hook:xLoc:yLoc:parent:attachToView:orientation:canvasOrientation:autoRefresh:] in libFlurry.a(FlurryAdView.o) -[FlurryAdView refreshWithAd] in libFlurry.a(FlurryAdView.o) -[FlurryAdView updateToOrientation] in libFlurry.a(FlurryAdView.o) -[FlurryAdView touchesEnded:withEvent:] in libFlurry.a(FlurryAdView.o) -[FlurryAdView alertView:clickedButtonAtIndex:] in libFlurry.a(FlurryAdView.o) -[FlurryAdView checkBannerLocation] in libFlurry.a(FlurryAdView.o) -[FlurryAdView dealloc] in libFlurry.a(FlurryAdView.o) -[FlurryPageViewDelegate navigationController:didShowViewController:animated:] in libFlurry.a(FlurryPageViewDelegate.o) -[FlurryPageViewDelegate navigationController:willShowViewController:animated:] in libFlurry.a(FlurryPageViewDelegate.o) -[FlurryPageViewDelegate tabBarController:shouldSelectViewController:] in libFlurry.a(FlurryPageViewDelegate.o) -[FlurryPageViewDelegate tabBarController:didSelectViewController:] in libFlurry.a(FlurryPageViewDelegate.o) -[FlurryPageViewDelegate tabBarController:willBeginCustomizingViewControllers:] in libFlurry.a(FlurryPageViewDelegate.o) -[FlurryPageViewDelegate tabBarController:willEndCustomizingViewControllers:changed:] in libFlurry.a(FlurryPageViewDelegate.o) -[FlurryPageViewDelegate tabBarController:didEndCustomizingViewControllers:changed:] in libFlurry.a(FlurryPageViewDelegate.o) -[FlurryAdCanvasViewController dealloc] in libFlurry.a(FlurryAdCanvasViewController.o) +[FlurryFileCache createInstanceWithApiKey:] in libFlurry.a(FlurryFileCache.o) +[FlurryAdAssignment createInstance] in libFlurry.a(FlurryAdAssignment.o) +[FlurryHeartBeater createAndStartInstance:] in libFlurry.a(FlurryHeartBeater.o) +[FlurryImageCache createInstanceWithFileCache:] in libFlurry.a(FlurryImageCache.o) ".objc_class_name_NSDateFormatter", referenced from: literal-pointer@_OBJC@_cls_refs@NSDateFormatter in libFlurry.a(FlurrySession.o) "_objc_exception_try_enter", referenced from: +[FlurryAPI startSession:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI startSession:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI endSession] in libFlurry.a(FlurryAPI.o) +[FlurryAPI endSession] in libFlurry.a(FlurryAPI.o) +[FlurryAPI pauseSession] in libFlurry.a(FlurryAPI.o) +[FlurryAPI pauseSession] in libFlurry.a(FlurryAPI.o) +[FlurryAPI resumeSession] in libFlurry.a(FlurryAPI.o) +[FlurryAPI resumeSession] in libFlurry.a(FlurryAPI.o) +[FlurryAPI logEvent:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI logEvent:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI logEvent:withParameters:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI logEvent:withParameters:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI logEvent:timed:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI logEvent:timed:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI logEvent:withParameters:timed:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI logEvent:withParameters:timed:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI endTimedEvent:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI endTimedEvent:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI logError:message:exception:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI logError:message:exception:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI logError:message:error:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI logError:message:error:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI countPageViews:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI countPageViews:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI countPageView] in libFlurry.a(FlurryAPI.o) +[FlurryAPI countPageView] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setUserID:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setUserID:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setEventLoggingEnabled:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setEventLoggingEnabled:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setServerURL:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setServerURL:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setCanvasURL:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setCanvasURL:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setLandscapeCanvasURL:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setLandscapeCanvasURL:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setAppStoreURL:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setAppStoreURL:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setSessionReportsOnCloseEnabled:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setSessionReportsOnCloseEnabled:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setAppVersion:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setAppVersion:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setGender:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setGender:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setAge:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setAge:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI getHook:xLoc:yLoc:view:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI getHook:xLoc:yLoc:view:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI getHook:xLoc:yLoc:view:attachToView:orientation:canvasOrientation:autoRefresh:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI getHook:xLoc:yLoc:view:attachToView:orientation:canvasOrientation:autoRefresh:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI updateHook:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI updateHook:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI removeHook:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI removeHook:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI openCatalog:canvasOrientation:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI openCatalog:canvasOrientation:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setAppCircleDelegate:] in libFlurry.a(FlurryAPI.o) +[FlurryAPI setAppCircleDelegate:] in libFlurry.a(FlurryAPI.o) +[FlurrySession createActiveFlurrySession:] in libFlurry.a(FlurrySession.o) +[FlurrySession createActiveFlurrySession:] in libFlurry.a(FlurrySession.o) +[FlurrySession sendSessionsToServerWithTimeout:useWebView:requestAds:] in libFlurry.a(FlurrySession.o)

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  • berkeley DB: can't compile c++ codes

    - by Brian
    When I compiled the sample codes of C++, I got following info: c++ excxx_example_database_read.cpp -o dbApp -I /usr/local/BerkeleyDB.5.0/include/ Undefined symbols: "Dbt::Dbt(void*, unsigned int)", referenced from: show_vendor(MyDb&, char const*)in ccnaWItX.o show_item(MyDb&, MyDb&, std::basic_string<char, std::char_traits<char>, std::allocator<char> >&)in ccnaWItX.o "Dbc::get(Dbt*, Dbt*, unsigned int)", referenced from: show_all_records(MyDb&, MyDb&) in ccnaWItX.o show_item(MyDb&, MyDb&, std::basic_string<char, std::char_traits<char>, std::allocator<char> >&)in ccnaWItX.o show_item(MyDb&, MyDb&, std::basic_string<char, std::char_traits<char>, std::allocator<char> >&)in ccnaWItX.o "Dbc::close()", referenced from: show_all_records(MyDb&, MyDb&) in ccnaWItX.o show_all_records(MyDb&, MyDb&) in ccnaWItX.o show_all_records(MyDb&, MyDb&) in ccnaWItX.o show_item(MyDb&, MyDb&, std::basic_string<char, std::char_traits<char>, std::allocator<char> >&)in ccnaWItX.o show_item(MyDb&, MyDb&, std::basic_string<char, std::char_traits<char>, std::allocator<char> >&)in ccnaWItX.o show_item(MyDb&, MyDb&, std::basic_string<char, std::char_traits<char>, std::allocator<char> >&)in ccnaWItX.o "Dbt::~Dbt()", referenced from: show_vendor(MyDb&, char const*)in ccnaWItX.o show_vendor(MyDb&, char const*)in ccnaWItX.o show_vendor(MyDb&, char const*)in ccnaWItX.o show_vendor(MyDb&, char const*)in ccnaWItX.o show_all_records(MyDb&, MyDb&) in ccnaWItX.o show_all_records(MyDb&, MyDb&) in ccnaWItX.o show_all_records(MyDb&, MyDb&) in ccnaWItX.o show_all_records(MyDb&, MyDb&) in ccnaWItX.o show_item(MyDb&, MyDb&, std::basic_string<char, std::char_traits<char>, std::allocator<char> >&)in ccnaWItX.o show_item(MyDb&, MyDb&, std::basic_string<char, std::char_traits<char>, std::allocator<char> >&)in ccnaWItX.o show_item(MyDb&, MyDb&, std::basic_string<char, std::char_traits<char>, std::allocator<char> >&)in ccnaWItX.o show_item(MyDb&, MyDb&, std::basic_string<char, std::char_traits<char>, std::allocator<char> >&)in ccnaWItX.o "Db::~Db()", referenced from: MyDb::~MyDb() in ccnaWItX.o MyDb::~MyDb() in ccnaWItX.o "typeinfo for DbException", referenced from: GCC_except_table3 in ccnaWItX.o GCC_except_table4 in ccnaWItX.o GCC_except_table5 in ccnaWItX.o GCC_except_table6 in ccnaWItX.o __ZTI11DbException$non_lazy_ptr in ccnaWItX.o "DbException::~DbException()", referenced from: __ZN11DbExceptionD1Ev$non_lazy_ptr in ccnaWItX.o "MyDb::close()", referenced from: MyDb::~MyDb() in ccnaWItX.o "MyDb::MyDb(std::basic_string<char, std::char_traits<char>, std::allocator<char> >&, std::basic_string<char, std::char_traits<char>, std::allocator<char> >&, bool)", referenced from: _main in ccnaWItX.o _main in ccnaWItX.o _main in ccnaWItX.o "Dbt::Dbt()", referenced from: show_vendor(MyDb&, char const*)in ccnaWItX.o show_all_records(MyDb&, MyDb&) in ccnaWItX.o show_all_records(MyDb&, MyDb&) in ccnaWItX.o show_item(MyDb&, MyDb&, std::basic_string<char, std::char_traits<char>, std::allocator<char> >&)in ccnaWItX.o "DbException::get_errno() const", referenced from: show_vendor(MyDb&, char const*)in ccnaWItX.o show_all_records(MyDb&, MyDb&) in ccnaWItX.o show_item(MyDb&, MyDb&, std::basic_string<char, std::char_traits<char>, std::allocator<char> >&)in ccnaWItX.o _main in ccnaWItX.o "DbException::DbException(DbException const&)", referenced from: show_vendor(MyDb&, char const*)in ccnaWItX.o show_all_records(MyDb&, MyDb&) in ccnaWItX.o show_item(MyDb&, MyDb&, std::basic_string<char, std::char_traits<char>, std::allocator<char> >&)in ccnaWItX.o ld: symbol(s) not found collect2: ld returned 1 exit status I have no idea what is the problem. Please help!

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  • How to provide stl like container with public const iterator and private non-const iterator?

    - by WilliamKF
    Hello, I am deriving a class privately from std::list and wish to provide public begin() and end() for const_iterator and private begin() and end() for just plain iterator. However, the compiler is seeing the private version and complaining that it is private instead of using the public const version. I understand that C++ will not overload on return type (in this case const_iterator and iterator) and thus it is choosing the non-const version since my object is not const. Short of casting my object to const before calling begin() or not overloading the name begin is there a way to accomplish this? I would think this is a known pattern that folks have solved before and would like to follow suit as to how this is typically solved. class myObject; class myContainer : private std::list<myObject> { public: typedef std::list<myObject>::const_iterator myContainer::const_iterator; private: typedef std::list<myObject>::iterator myContainer::iterator; public: myContainer::const_iterator begin() const { return std::list<myObject>::begin(); } myContainer::const_iterator end() const { return std::list<myObject>::end(); } private: myContainer::iterator begin() { return std::list<myObject>::begin(); } myContainer::iterator end() { return std::list<myObject>::end(); } }; void myFunction(myContainer &container) { myContainer::const_iterator aItr = container.begin(); myContainer::const_iterator aEndItr = container.end(); for (; aItr != aEndItr; ++aItr) { const myObject &item = *aItr; // Do something const on container's contents. } } The error from the compiler is something like this: ../../src/example.h:447: error: `std::_List_iterator<myObject> myContainer::begin()' is private caller.cpp:2393: error: within this context ../../src/example.h:450: error: `std::_List_iterator<myObject> myContainer::end()' is private caller.cpp:2394: error: within this context Thanks. -William

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