/******************************************************************************/
/* This file was taken from STLport <www.stlport.org> and modified by         */
/* Texas Instruments.                                                         */
/******************************************************************************/

/*
 * Copyright (c) 1999
 * Boris Fomitchev
 *
 * Copyright (c) 2014-2014 Texas Instruments Incorporated
 *
 * This material is provided "as is", with absolutely no warranty expressed
 * or implied. Any use is at your own risk.
 *
 * Permission to use or copy this software for any purpose is hereby granted
 * without fee, provided the above notices are retained on all copies.
 * Permission to modify the code and to distribute modified code is granted,
 * provided the above notices are retained, and a notice that the code was
 * modified is included with the above copyright notice.
 */

/*
 * Purpose of this file :
 *
 * To hold user-definable portion of STLport settings which may be overridden
 * on per-project basis.
 * Please note that if you use STLport iostreams (compiled library) then you have
 * to use consistent settings when you compile STLport library and your project.
 * Those settings are defined in host.h and have to be the same for a given
 * STLport installation.
 */


/*==========================================================
 * User-settable macros that control compilation:
 *              Features selection
 *==========================================================*/

/*
 * Use this switch for embedded systems where no iostreams are available
 * at all. STLport own iostreams will also get disabled automatically then.
 * You can either use STLport iostreams, or no iostreams.
 * If you want iostreams, you have to compile library in ../build/lib
 * and supply resulting library at link time.
 */
/*
#define _STLP_NO_IOSTREAMS 1
*/

/*
 * Set _STLP_DEBUG to turn the "Debug Mode" on.
 * That gets you checked iterators/ranges in the manner
 * of "Safe STL". Very useful for debugging. Thread-safe.
 * Please do not forget to link proper STLport library flavor
 * (e.g libstlportstlg.so or libstlportstlg.a) when you set this flag
 * in STLport iostreams mode, namespace customization guaranty that you
 * link to the right library.
 */
/*
#define _STLP_DEBUG 1
*/
/*
 * You can also choose the debug level:
 * STLport debug level: Default value
 *                      Check only what the STLport implementation consider as invalid.
 *                      It also change the iterator invalidation schema.
 * Standard debug level: Check for all operations the standard consider as "undefined behavior"
 *                       even if STlport implement it correctly. It also invalidates iterators
 *                       more often.
 */
/*
#define   _STLP_DEBUG_LEVEL _STLP_STLPORT_DBG_LEVEL
#define   _STLP_DEBUG_LEVEL _STLP_STANDARD_DBG_LEVEL
*/
/* When an inconsistency is detected by the 'safe STL' the program will abort.
 * If you prefer an exception define the following macro. The thrown exception
 * will be the Standard runtime_error exception.
 */
/*
#define _STLP_DEBUG_MODE_THROWS
 */

/*
 * _STLP_NO_CUSTOM_IO : define this if you do not instantiate basic_xxx iostream
 * classes with custom types (which is most likely the case). Custom means types
 * other than char, wchar_t, char_traits<> and allocator<> like
 * basic_ostream<my_char_type, my_traits<my_char_type> > or
 * basic_string<char, char_traits<char>, my_allocator >
 * When this option is on, most non-inline template functions definitions for iostreams
 * are not seen by the client which saves a lot of compile time for most compilers,
 * also object and executable size for some.
 * Default is off, just not to break compilation for those who do use those types.
 * That also guarantees that you still use optimized standard i/o when you compile
 * your program without optimization. Option does not affect STLport library build; you
 * may use the same binary library with and without this option, on per-project basis.
 */
/*
#define _STLP_NO_CUSTOM_IO
*/

/*
 * _STLP_NO_RELOPS_NAMESPACE: if defined, don't put the relational
 * operator templates (>, <=, >=, !=) in namespace std::rel_ops, even
 * if the compiler supports namespaces.
 * Note : if the compiler do not support namespaces, those operators are not be provided by default,
 * to simulate hiding them into rel_ops. This was proved to resolve many compiler bugs with ambiguity.
 */
/*
#define _STLP_NO_RELOPS_NAMESPACE 1
*/

/*
 * If STLport use its own namespace, see _STLP_NO_OWN_NAMESPACE in host.h, it will try
 * by default to rename std:: for the user to stlport::. If you do not want this feature,
 * please define the following switch and then use stlport::
 */
/*
#define _STLP_DONT_REDEFINE_STD 1
*/

/*
 * _STLP_WHOLE_NATIVE_STD : only meaningful if STLport uses its own namespace.
 * Normally, STLport only imports necessary components from native std:: namespace.
 * You might want everything from std:: being available in std:: namespace when you
 * include corresponding STLport header (like STLport <map> provides std::map as well, etc.),
 * if you are going to use both stlport:: and std:: components in your code.
 * Otherwise this option is not recommended as it increases the size of your object files
 * and slows down compilation.
 * Beware, if you do not use STLport iostream (_STLP_NO_IOSTREAMS above), ask STLport to
 * not rename std:: in stlport:: and try to have access to whole native Standard stuff then
 * STLport will only throw exceptions from the std namespace and not from stlport.
 * For instance a problem in stlport::vector::at will throw a std::out_of_range exception
 * and not a stlport::out_of_range.
 * Notice that STLport exceptions inherits from std::exception.
 */
/*
#define _STLP_WHOLE_NATIVE_STD
*/

/*
 * Use this option to catch uninitialized members in your classes.
 * When it is set, construct() and destroy() fill the class storage
 * with _STLP_SHRED_BYTE (see below).
 * Note : _STLP_DEBUG and _STLP_DEBUG_ALLOC don't set this option automatically.
 */
/*
#define _STLP_DEBUG_UNINITIALIZED 1
#define _STLP_DEBUG_ALLOC 1
*/

/*
 * Uncomment and provide a definition for the byte with which raw memory
 * will be filled if _STLP_DEBUG_ALLOC or _STLP_DEBUG_UNINITIALIZED is defined.
 * Choose a value which is likely to cause a noticeable problem if dereferenced
 * or otherwise abused. A good value may already be defined for your platform.
 */
/*
#define _STLP_SHRED_BYTE 0xA3
*/

/*
 *  This option is for gcc users only and only affects systems where native linker
 *  does not let gcc to implement automatic instantiation of static template data members/
 *  It is being put in this file as there is no way to check if we are using GNU ld automatically,
 *  so it becomes user's responsibility.
 */
/*
#define _STLP_GCC_USES_GNU_LD
*/

/*==========================================================
 * Compatibility section
 *==========================================================*/

/*
 *  Define this macro to disable anachronistic constructs (like the ones used in HP STL and
 *  not included in final standard, etc.
 */
/*
#define _STLP_NO_ANACHRONISMS 1
*/

/*
 *  Define this macro to disable STLport extensions (for example, to make sure your code will
 *  compile with some other implementation )
 */
/*
#define _STLP_NO_EXTENSIONS 1
*/

/*
 * You should define this macro if compiling with MFC - STLport <stl/config/_windows.h>
 * then include <afx.h> instead of <windows.h> to get synchronisation primitives
 */
/*
#define _STLP_USE_MFC 1
*/

/*
 * boris : this setting is here as we cannot detect precense of new Platform SDK automatically
 * If you are using new PSDK with VC++ 6.0 or lower,
 * please define this to get correct prototypes for InterlockedXXX functions
 */
/*
#define _STLP_NEW_PLATFORM_SDK 1
*/

/*
 * For the same reason as the one above we are not able to detect easily use
 * of the compiler coming with the Platform SDK instead of the one coming with
 * a Microsoft Visual Studio release. This change native C/C++ library location
 * and implementation, please define this to get correct STLport configuration.
 */
/*
#define _STLP_USING_PLATFORM_SDK_COMPILER 1
*/

/*
 * Some compilers support the automatic linking feature.
 * Uncomment the following if you prefer to specify the STLport library
 * to link with yourself.
 * For the moment, this feature is only supported and implemented within STLport
 * by the Microsoft compilers.
 */
/*
#define _STLP_DONT_USE_AUTO_LINK 1
*/

/*
 * If you customize the STLport generated library names don't forget to give
 * the motif you used during configuration here if you still want the auto link
 * to work. (Do not remove double quotes in the macro value)
 */
/*
#define _STLP_LIB_NAME_MOTIF "???"
 */

/*
 * Uncomment to get feedback at compilation time about result of build environment
 * introspection.
 */
/*
#define _STLP_VERBOSE 1
*/

/*
 * Use minimum set of default arguments on template classes that have more
 * than one - for example map<>, set<>.
 * This has effect only if _STLP_LIMITED_DEFAULT_TEMPLATES is on.
 * If _STLP_MINIMUM_DEFAULT_TEMPLATE_PARAMS is set, you'll be able to compile
 * set<T> with those compilers, but you'll have to use __set__<T, less<T>>
 *
 * Affects : map<>, multimap<>, set<>, multiset<>, hash_*<>,
 * queue<>, priority_queue<>, stack<>, istream_iterator<>
 */
/*
#define _STLP_MINIMUM_DEFAULT_TEMPLATE_PARAMS 1
*/

/*
 * The agregation of strings using the + operator is an expensive operation
 * as it requires construction of temporary objects that need memory allocation
 * and deallocation. The problem can be even more important if you are adding
 * several strings together in a single expression. To avoid this problem STLport
 * implement expression template. With this technique addition of 2 strings is not
 * a string anymore but a temporary object having a reference to each of the
 * original strings involved in the expression. This object carry information
 * directly to the destination string to set its size correctly and only make
 * a single call to the allocator. This technique also works for the addition of
 * N elements where elements are basic_string, C string or a single character.
 * The drawback can be longer compilation time and bigger executable size.
 * Another problem is that some compilers (gcc) fail to use string proxy object
 * if do with class derived from string (see unit tests for details).
 * STLport rebuild: Yes
 */
#define _STLP_USE_TEMPLATE_EXPRESSION 1


/*
 * By default the STLport basic_string implementation use a little static buffer
 * (of 16 chars when writing this doc) to avoid systematically memory allocation
 * in case of little basic_string. The drawback of such a method is bigger
 * basic_string size and some performance penalty for method like swap. If you
 * prefer systematical dynamic allocation turn on this macro.
 * STLport rebuild: Yes
 */
/*
#define _STLP_DONT_USE_SHORT_STRING_OPTIM 1
*/

/*
 * To reduce the famous code bloat trouble due to the use of templates STLport grant
 * a specialization of some containers for pointer types. So all instanciations
 * of those containers with a pointer type will use the same implementation based on
 * a container of void*. This feature has shown very good result on object files size
 * but after link phase and optimization you will only experiment benefit if you use
 * many container with pointer types.
 * There are however a number of limitation to use this option:
 *   - with compilers not supporting partial template specialization feature, you won't
 *     be able to access some nested container types like iterator as long as the
 *     definition of the type used to instanciate the container will be incomplete
 *     (see IncompleteClass definition in test/unit/vector_test.cpp).
 *   - you won't be able to use complex Standard allocator implementations which are
 *     allocators having pointer nested type not being a real C pointer.
 */
//#define _STLP_USE_PTR_SPECIALIZATIONS 1

/*
 * To achieve many different optimizations within the template implementations STLport
 * uses some type traits technique. With this macro you can ask STLport to use the famous
 * boost type traits rather than the internal one. The advantages are more compiler
 * integration and a better support. If you only define this macro once the STLport has been
 * built you just have to add the boost install path within your include path. If you want
 * to use this feature at STLport built time you will have to define the
 * STLP_BUILD_BOOST_PATH enrironment variable with the value of the boost library path.
 */

/*
#define _STLP_USE_BOOST_SUPPORT 1
*/


/*==========================================================*/

/*
  Local Variables:
  mode: C++
  End:
*/
