//========= Copyright Valve Corporation, All rights reserved. ============//
//
// Purpose:
//
// $NoKeywords: $
//
//=============================================================================//
#ifndef JM_OPT_H
#define JM_OPT_H
/* #define JM_AUTO_CONFIGURE */
#ifdef JM_AUTO_CONFIGURE
/* Namespace Options: */
/* JM_NO_NAMESPACES Define if your compiler does not support namespaces */
/* #define JM_NO_NAMESPACES */
/* __JM Defines the namespace used for this library,
defaults to "jm", but can be changed by defining
__JM on the command line. */
/* #define __JM */
/* __JM_STD Defines the namespace used by the underlying STL
(if any), defaults to "std", can be changed by
defining __JM_STD on the command line. */
/* #define __JM_STD */
/* __JM_STDC Defines the namespace used by the C Library defs.
Defaults to "std" as recomended by the latest
draft standard, can be redefined by defining
__JM_STDC on the command line. */
/* #define __JM_STDC */
/* Compiler options: */
/* JM_NO_EXCEPTIONS Disables exception handling support. */
/* #define JM_NO_EXCEPTIONS */
/* JM_NO_MUTABLE Disables use of mutable keyword. */
/* #define JM_NO_MUTABLE */
/* JM_INT32 The type for 32-bit integers - what C calls intfast32_t */
/* #define JM_INT32 */
/* JM_NO_DEFAULT_PARAM If templates can not have default parameters. */
/* #define JM_NO_DEFAULT_PARAM */
/* JM_NO_TRICKY_DEFAULT_PARAM If templates can not have derived default parameters. */
/* #define JM_NO_TRICKY_DEFAULT_PARAM */
/* JM_NO_TEMPLATE_TYPENAME If class scope typedefs of the form:
typedef typename X<T> Y;
where T is a template parameter to this,
do not compile unless the typename is omitted. */
/* #define JM_NO_TEMPLATE_TYPENAME */
/* JM_NO_TEMPLATE_FRIEND If template friend declarations are not supported */
/* #define JM_NO_TEMPLATE_FRIEND */
/* JM_PLATFORM_WINDOWS Platform is MS Windows. */
/* #define JM_PLATFORM_WINDOWS */
/* JM_PLATFORM_DOS Platform if MSDOS. */
/* #define JM_PLATFORM_DOS */
/* JM_PLATFORM_W32 Platform is MS Win32 */
/* #define JM_PLATFORM_W32 */
/* JM_NO_WIN32 Disable Win32 support even when present */
/* #define JM_NO_WIN32 */
/* JM_NO_BOOL If bool is not a distict type. */
/* #define JM_NO_BOOL */
/* JM_NO_WCHAR_H If there is no <wchar.h> */
/* #define JM_NO_WCHAR_H */
/* JM_NO_WCTYPE_H If there is no <wctype.h> */
/* #define JM_NO_WCTYPE_H */
/* JM_NO_WCSTRING If there are no wcslen and wcsncmp functions available. */
/* #define JM_NO_WCSTRING */
/* JM_NO_SWPRINTF If there is no swprintf available. */
/* #define JM_NO_SWPRINTF */
/* JM_NO_WSPRINTF If there is no wsprintf available. */
/* #define JM_NO_WSPRINTF */
/* JM_NO_MEMBER_TEMPLATES If member function templates or nested template classes are not allowed. */
/* #define JM_NO_MEMBER_TEMPLATES */
/* JM_NO_TEMPLATE_RETURNS If template functions based on return type are not supported. */
/* #define JM_NO_TEMPLATE_RETURNS */
/* JM_NO_PARTIAL_FUNC_SPEC If partial template function specialisation is not supported */
/* #define JM_NO_PARTIAL_FUNC_SPEC */
/* JM_NO_INT64 If 64bit integers are not supported. */
/* JM_INT64t The type of a 64-bit signed integer if available. */
/* JM_IMM64(val) Declares a 64-bit immediate value by appending any
necessary suffix to val. */
/* JM_INT64_T 0 = NA
1 = short
2 = int
3 = long
4 = int64_t
5 = long long
6 = __int64 */
/* #define JM_INT64_T */
/* JM_NO_CAT Define if the compiler does not support POSIX style
message categories (catopen catgets catclose). */
/* #define JM_NO_CAT */
/* JM_THREADS Define if the compiler supports multiple threads in
the current translation mode. */
/* #define JM_THREADS */
/* JM_TEMPLATE_SPECIALISE Defaults to template<> , ie the template specialisation
prefix, can be redefined to nothing for older compilers. */
/* #define JM_TEMPLATE_SPECIALISE */
/* JM_NESTED_TEMPLATE_DECL Defaults to template, the standard prefix when accessing
nested template classes, can be redefined to nothing if
the compiler does not support this. */
/* #define JM_NESTED_TEMPLATE_DECL */
/* JM_NO_TEMPLATE_INST If explicit template instantiation with the "template class X<T>"
syntax is not supported */
/* #define JM_NO_TEMPLATE_INST */
/* JM_NO_TEMPLATE_MERGE If template in separate translation units don't merge at link time */
/* #define JM_NO_TEMPLATE_MERGE */
/* JM_NO_TEMPLATE_MERGE_A If template merging from library archives is not supported */
/* #define JM_NO_TEMPLATE_MERGE_A */
/* JM_NO_TEMPLATE_SWITCH_MERGE If merging of templates containing switch statements is not supported */
/* #define JM_NO_TEMPLATE_SWITCH_MERGE */
/* RE_CALL Optionally define a calling convention for C++ functions */
/* #define RE_CALL */
/* RE_CCALL Optionally define a calling convention for C functions */
/* #define RE_CCALL */
/* JM_SIZEOF_SHORT sizeof(short) */
/* #define JM_SIZEOF_SHORT */
/* JM_SIZEOF_INT sizeof(int) */
/* #define JM_SIZEOF_INT */
/* JM_SIZEOF_LONG sizeof(long) */
/* #define JM_SIZEOF_LONG */
/* JM_SIZEOF_WCHAR_T sizeof(wchar_t) */
/* #define JM_SIZEOF_WCHAR_T */
/* STL options: */
/* JM_NO_EXCEPTION_H Define if you do not a compliant <exception>
header file. */
/* #define JM_NO_EXCEPTION_H */
/* JM_NO_ITERATOR_H Define if you do not have a version of <iterator>. */
/* #define JM_NO_ITERATOR_H */
/* JM_NO_MEMORY_H Define if <memory> does not fully comply with the
latest standard, and is not auto-recognised,
that means nested template classes
which hardly any compilers support at present. */
/* #define JM_NO_MEMORY_H */
/* JM_NO_LOCALE_H Define if there is no verion of the standard
<locale> header available. */
/* #define JM_NO_LOCALE_H */
/* JM_NO_STL Disables the use of any supporting STL code. */
/* #define JM_NO_STL */
/* JM_NO_NOT_EQUAL Disables the generation of operator!= if this
clashes with the STL version. */
/* JM_NO_STRING_H Define if <string> not available */
/* #define JM_NO_STRING_H */
/* JM_NO_STRING_DEF_ARGS Define if std::basic_string<charT> not allowed - in
other words if the template is missing its required
default arguments. */
/* #define JM_NO_STRING_DEF_ARGS */
/* JM_NO_TYPEINFO Define if <typeinfo> is absent or non-standard */
/* #define JM_NO_TYPEINFO */
/* JM_USE_ALGO If <algo.h> not <algorithm> is present */
/* #define JM_USE_ALGO */
/* JM_OLD_IOSTREAM If the new iostreamm classes are not available */
/* #define JM_OLD_IOSTREAM */
/* JM_DISTANCE_T For std::distance:
0 = NA
1 = std::distance(i, j, n)
2 = n = std::distance(i, j) */
/* #define JM_DISTANCE_T */
/* JM_ITERATOR_T Defines generic standard iterator type if available, use this as
a shortcut to define all the other iterator types.
1 = __JM_STD::iterator<__JM_STD::tag_type, T, D, T*, T&>
2 = __JM_STD::iterator<__JM_STD::tag_type, T, D> */
/* #define JM_ITERATOR_T */
/* JM_OI_T For output iterators:
0 = NA
1 = __JM_STD::iterator<__JM_STD::output_iterator_tag, T, D, T*, T&>
2 = __JM_STD::iterator<__JM_STD::output_iterator_tag, T, D>
3 = __JM_STD::output_iterator */
/* #define JM_OI_T */
/* JM_II_T For input iterators:
0 = NA
1 = __JM_STD::iterator<__JM_STD::input_iterator_tag, T, D, T*, T&>
2 = __JM_STD::iterator<__JM_STD::input_iterator_tag, T, D>
3 = __JM_STD::input_iterator<T, D>
4 = __JM_STD::input_iterator<T> */
/* #define JM_II_T */
/* JM_FI_T For forward iterators:
0 = NA
1 = __JM_STD::iterator<__JM_STD::forward_iterator_tag, T, D, T*, T&>
2 = __JM_STD::iterator<__JM_STD::forward_iterator_tag, T, D>
3 = __JM_STD::forward_iterator<T, D> */
/* #define JM_FI_T */
/* JM_BI_T For bidirectional iterators:
0 = NA
1 = __JM_STD::iterator<__JM_STD::bidirectional_iterator_tag, T, D, T*, T&>
2 = __JM_STD::iterator<__JM_STD::bidirectional_iterator_tag, T, D>
3 = __JM_STD::bidirectional_iterator<T, D> */
/* #define JM_BI_T */
/* JM_RI_T For random access iterators:
0 = NA
1 = __JM_STD::iterator<__JM_STD::random_access_iterator_tag, T, D, T*, T&>
2 = __JM_STD::iterator<__JM_STD::random_access_iterator_tag, T, D>
3 = __JM_STD::random_access_iterator<T, D> */
/* #define JM_RI_T */
/* JM_NO_OI_ASSIGN If output iterators ostream_iterator<>, back_insert_iterator<> and
front_insert_iterator<> do not have assignment operators */
/* #define JM_NO_OI_ASSIGN */
#if JM_INT64_T == 0
#define JM_NO_INT64
#elif JM_INT64_T == 1
#define JM_INT64t short
#define JM_IMM64(val) val
#elif JM_INT64_T == 2
#define JM_INT64t int
#define JM_IMM64(val) val
#elif JM_INT64_T == 3
#define JM_INT64t long
#define JM_IMM64(val) val##L
#elif JM_INT64_T == 4
#define JM_INT64t int64_t
#define JM_IMM64(val) INT64_C(val)
#elif JM_INT64_T == 5
#define JM_INT64t long long
#define JM_IMM64(val) val##LL
#elif JM_INT64_T == 6
#define JM_INT64t __int64
#define JM_IMM64(val) val##i64
#else
syntax error: unknown value for JM_INT64_T
#endif
#if JM_DISTANCE_T == 0
# define JM_DISTANCE(i, j, n) n = j - i
#elif JM_DISTANCE_T == 1
# define JM_DISTANCE(i, j, n) n = __JM_STD::distance(i, j)
#elif JM_DISTANCE_T == 2
# define JM_DISTANCE(i, j, n) (n = 0, __JM_STD::distance(i, j, n))
#else
syntax erorr
#endif
#ifdef JM_ITERATOR_T
#ifndef JM_OI_T
#define JM_OI_T JM_ITERATOR_T
#endif
#ifndef JM_II_T
#define JM_II_T JM_ITERATOR_T
#endif
#ifndef JM_FI_T
#define JM_FI_T JM_ITERATOR_T
#endif
#ifndef JM_BI_T
#define JM_BI_T JM_ITERATOR_T
#endif
#ifndef JM_RI_T
#define JM_RI_T JM_ITERATOR_T
#endif
#endif
#if JM_OI_T == 0
# define JM_OUTPUT_ITERATOR(T, D) dummy_iterator_base<T>
#elif JM_OI_T == 1
# define JM_OUTPUT_ITERATOR(T, D) __JM_STD::iterator<__JM_STD::output_iterator_tag, T, D, T*, T&>
#elif JM_OI_T == 2
# define JM_OUTPUT_ITERATOR(T, D) __JM_STD::iterator<__JM_STD::output_iterator_tag, T, D>
#elif JM_OI_T == 3
# define JM_OUTPUT_ITERATOR(T, D) __JM_STD::output_iterator
#else
syntax error
#endif
#if JM_II_T == 0
# define JM_INPUT_ITERATOR(T, D) dummy_iterator_base<T>
#elif JM_II_T == 1
#define JM_INPUT_ITERATOR(T, D) __JM_STD::iterator<__JM_STD::input_iterator_tag, T, D, T*, T&>
#elif JM_II_T == 2
#define JM_INPUT_ITERATOR(T, D) __JM_STD::iterator<__JM_STD::input_iterator_tag, T, D>
#elif JM_II_T == 3
# define JM_INPUT_ITERATOR(T, D) __JM_STD::input_iterator<T, D>
#elif JM_II_T == 4
# define JM_INPUT_ITERATOR(T, D) __JM_STD::input_iterator<T>
#else
syntax error
#endif
#if JM_FI_T == 0
# define JM_FWD_ITERATOR(T, D) dummy_iterator_base<T>
#elif JM_FI_T == 1
# define JM_FWD_ITERATOR(T, D) __JM_STD::iterator<__JM_STD::forward_iterator_tag, T, D, T*, T&>
#elif JM_FI_T == 2
# define JM_FWD_ITERATOR(T, D) __JM_STD::iterator<__JM_STD::forward_iterator_tag, T, D>
#elif JM_FI_T == 3
# define JM_FWD_ITERATOR(T, D) __JM_STD::forward_iterator<T, D>
#else
syntax error
#endif
#if JM_BI_T == 0
# define JM_BIDI_ITERATOR(T, D) dummy_iterator_base<T>
#elif JM_BI_T == 1
# define JM_BIDI_ITERATOR(T, D) __JM_STD::iterator<__JM_STD::bidirectional_iterator_tag, T, D, T*, T&>
#elif JM_BI_T == 2
# define JM_BIDI_ITERATOR(T, D) __JM_STD::iterator<__JM_STD::bidirectional_iterator_tag, T, D>
#elif JM_BI_T == 3
# define JM_BIDI_ITERATOR(T, D) __JM_STD::bidirectional_iterator<T, D>
#else
syntax error
#endif
#if JM_RI_T == 0
# define JM_RA_ITERATOR(T, D) dummy_iterator_base<T>
#elif JM_RI_T == 1
# define JM_RA_ITERATOR(T, D) __JM_STD::iterator<__JM_STD::random_access_iterator_tag, T, D, T*, T&>
#elif JM_RI_T == 2
# define JM_RA_ITERATOR(T, D) __JM_STD::iterator<__JM_STD::random_access_iterator_tag, T, D>
#elif JM_RI_T == 3
# define JM_RA_ITERATOR(T, D) __JM_STD::random_access_iterator<T, D>
#else
syntax error
#endif
#ifndef JM_NO_EXCEPTION_H
#include <exception>
#endif
#ifndef JM_NO_ITERATOR_H
#include <iterator>
#ifdef JM_USE_ALGO
#include <algo.h>
#else
#include <algorithm>
#endif
#endif
#ifdef JM_NO_MEMORY_H
#define JM_OLD_ALLOCATORS
#define REBIND_INSTANCE(x, y, inst) re_alloc_binder<x, y>(inst)
#define REBIND_TYPE(x, y) re_alloc_binder<x, y>
#define JM_DEF_ALLOC_PARAM(x) JM_DEFAULT_PARAM( jm_def_alloc )
#define JM_DEF_ALLOC(x) jm_def_alloc
#define JM_NEED_BINDER
#define JM_NEED_ALLOC
#else
#include <memory>
#define REBIND_INSTANCE(x, y, inst) y::JM_NESTED_TEMPLATE_DECL rebind<x>::other(inst)
#define REBIND_TYPE(x, y) y::JM_NESTED_TEMPLATE_DECL rebind<x>::other
#define JM_DEF_ALLOC_PARAM(x) JM_TRICKY_DEFAULT_PARAM( __JM_STD::allocator<x> )
#define JM_DEF_ALLOC(x) __JM_STD::allocator<x>
#endif
#endif // JM_AUTO_CONFIGURE
#endif /* JM_OPT_H */