/* Date Stamp */ -d"_lint_co_msc100_lnt=co-msc100.lnt modified 19-Sep-2013"
/* To document usage use: -message( "Using " _lint_co_msc100_lnt ) */
// ---------------------------------------------------------------------
// This file is provided by Gimpel Software (www.gimpel.com) for use with
// its products PC-lint and FlexeLint.
//
// Redistribution and use of this file, with or without modification, is
// permitted provided that any such redistribution retains this notice.
// ---------------------------------------------------------------------
//    co-msc100.lnt
//    Compiler Options for Visual Studio for C/C++ Version 10.00
//	   (Visual Studio 2010)
//    This file contains options to allow PC-lint to process source
//    files for your compiler.	It is used as follows:
//
//    lint  co-msc100.lnt  source-file(s)
//
//	    (See macros-msc.c and/or macros-msc.cpp for details.)

// Section 1: options independent of the use of the automatic macro
// generator (macros-msc.cpp)
//
-cmsc
-A(C++2011)
+compiler(search_actively_including_stack)
-si4    // integers are 4 bytes
-sp4    // pointers are 4 bytes too.

        // We now support __declspec directly so that the following
        // option is now commented out.  If trouble ensues you can
        // once again disable __declspec through this option.
        // -d__declspec()= // ignore this construct
-d_declspec=__declspec  // the single '_' version is occasionally used

            // while processing compiler (library) header files ...
-wlib(1)    // sets the warning level within library headers to 1
        // (no warnings, just syntax errors).  Comment out if you
        // are actually linting library headers.  This
        // option makes obsolete options of the form -elib(axxx) where
        // xxx >= 400 which may be retained for historical reasons.
-elib(1111) // Some VC++ headers contain explicit specializations at class
            // scope.
-elib(19)   // useless declarations (lone semicolons)
-elib(123)  // function-like macro name used as non macro
-elib(652)  // suppress message about #define of earlier declared symbols
-elib(762)  // suppress message about multiple identical declarations and
-elib(760)  // suppress message about multiple identical macro defs
-elib(514)  // allow #if <boolean> | <boolean>
-elib(553)  // undefined preprocessor variables assumed 0
-elib(1081) // suspicious object argument to an object parameter
-elib(726)  // extraneous comma in enum definition
-elib(157)  // suppress message about no data may follow an incomplete array
-elib(91)   // suppress message about line exceeds 598 characters

//  SREGS, WORDREGS, BYTEREGS are defined in both bios.h and dos.h
//  and accordingly you MAY get type differences based on 'origin'.
//  If so, use the following options:
//      -etd(origin)
//      -elib(770)

-format=%(%f(%l)\s:\s%)%t\s%n:\s%m
        // error format similar to MSC
        // Note that %c can also be used to specify column
-e46    // allows bit-fields to be other than int or unsigned
+fan    // allow anonymous unions
+fdi    // Use directory of the including file
+fbo    // enable the bool type
+fwm    // wprintf format codes are not standard
-fdh    // do not append a .h to header names
-esym(123,min,max)    // allows users to use min, max as variables
+rw(__inline)         // activate the __inline keyword
-rw_asgn(__nullptr,nullptr)
-e19 // Suppress errors about lone semicolons
+ppw(import)          // activate #import
-d_inline=__inline    // _inline is the same as __inline
-sld8                // sizeof(long double) is 8.
-function(exit,_exit)   // _exit() is like exit()
-function(exit,_assert) // _assert() is like exit()
-emacro(506,assert)     // don't warn about constant value Boolean
-emacro(734,putc)       // don't complain about items being too large.
-emacro(415,_FP_SEG)    // access of out-of-bounds pointer
-emacro(740,FP_SEG,FP_OFF)  // unusual casts
-emacro((???),va_arg)   // the va_arg() macro can yield 415, 416, 661, 662
                        // 796 and 797 (out-of-bounds errors).
-emacro((???),va_start) // the same applies to va_start
-emacro(413,offsetof)   // use of NULL pointer creates a stir
-emacro(545,offsetof)   // addressing an array member is OK
-emacro(845,RGB)        // a common use of RGB uses a operator that produces a 0
-e793             // inhibit 'ANSI limit reached' --
                  // limits are impractically low with MSVC headers
-esym(628,eof)    // failure to provide argument information for eof()
-esym(773,L_tmpnam)     // defined with an unparenthesized '+'
-esym(438,_acp)         // USES_CONVERSION assigns to _acp.
-emacro(571,__isascii)  // don't warn about the unusual cast
-emacro(522,UNREFERENCED_PARAMETER)  // don't complain about a lack of
                                     // side-effects
-emacro(648,CDN_*)      // ignore unsigned overflow
-emacro(648,OIVN_*)     // ignore unsigned overflow
-emacro(648,TTN_*)      // ignore unsigned overflow
-emacro(648,TVN_*)      // ignore unsigned overflow
-emacro(648,TBN_*)      // ignore unsigned overflow

//  The following functions exhibit variable return modes.
//  That is, they may equally-usefully be called for a value
//  as called just for their effects.  Accordingly we inhibit
//  Warning 534 for these functions.
//  Feel free to add to or subtract from this list.

-esym(534,close,creat,fclose,fflush,_flsbuf,fprintf,fputc)
-esym(534,fputs,fscanf,fseek,fwrite,lseek,memcpy,memmove,memset)
-esym(534,printf,puts,scanf,sprintf,sscanf,strcat,strcpy)
-esym(534,strncat,strncpy,unlink,write)

//  These are the wide char variants of printf-scanf family

-wprintf( 1, wprintf )
-wprintf( 3, fwprintf, swprintf )
-wscanf( 1, wscanf )
-wscanf( 2, fwscanf, swscanf )

//  These are substitutions for sprintf

-printf( 3, StringCbPrintfA )
-printf( 3, StringCchPrintfA )
-wprintf( 3, StringCbPrintfW )
-wprintf( 3, StringCchPrintfW )

// The following options are used to adjust our function mimicry to
// the actual library as provided by MS.

-function( wcstombs(1) )  // remove the check for a NULL first arg to wcstombs()

// The following options are required by most compilers to
// noiselessly process iostream.h

-elib(1717) // empty prototypes
-elib(522)  // function return value ignored
-elib(1053) // prototypes cannot be distinguished
-elib(1721) // unusual operator =() declaration
-elib(1720) // assignment op has non-const parameter
-elib(655)  // bitwise operator combining compatible enum's
-elib(641)  // converting enum's to int
-elib(537)  // repeated include file (ios.h)
-elib(1511) // member (rdbuf) hides nonvirtual member
-elib(1712) // default constructor not defined for class
-elib(1736) // redundant access specifier
-esym(1702,operator<<,operator>>)  // both a member and an ordinary function

// These functions return things that are frequently ignored.

-esym(534,*operator<<,*operator>>)

// The following additional options seem to be needed.

-elib(506) // constant value Boolean
-elib(620) // el or one? (some constants end in 'l' not 'L')
-elib(648) // overflow in computing constant (3<<16)
-elib(659) // nothing fold_NATIVE_WCHAR_T_DEFINEDlows '}' on some line
-elib(723) // suspicious use of '='
-elib(747) // significant prototype coercion
-elib(740) // unusual pointer casts
-elib(1007) // virtual functions within extern "C" block
-elib(1029) // default argument repeated -- can't dist. char, signed char
-elib(1055) // call to rdbuf() questioned?
-elib(1504) // apparently useless structs
-elib(1708,1709) // minor C/C++ declaration conflict
-elib(1707) // operator new declared w/o 'static'
-elib(1722) // assignment op does not return reference
-elib(149)  // default argument found in C code.
-elib(578)  // declaration of time hides delaration of global time().
-elib(761)  // two equivalent typedef declarations
-elib(1065) // same name declared as "C" and not "C"
-elib(1066) // same name declared as "C" and not "C"
-elib(1704) // constructor with private access declaration
-elib(1735) // default parameter within virtual function
-elib(773)  // macros that look like unparenthesized expressions
-elib(806)  // 1-bit bitfields typed int
-elib(1501) // 0-length data members
-elib(1510) // base class has no destructor
-elib(1516) // data member hides inherited member
-elib(1509) // base class destructor is not virtual

// Special Notice:  You may be receiving mysterious 1058 errors
//   when you use "iomanipulator"s.  For example:
//   cout << setw(4) << 4;
//   results in Error 1058 (assigning a const to a ref) because the
//   manipulator setw returns a non-lvalue which is assigned to a reference.
//   This reflects an oversight in the Microsoft header file: iomanip.h
//   Therein you may change the declaration:
//     friend ostream& operator<<(iostream& s, IOMANIP(T) & sm) { ...
//   to:
//     friend ostream& operator<<(iostream& s, const IOMANIP(T) & sm) { ...
//   to reflect the fact that sm is not modified by this function.

+fll            // enable long long

// In the following option we define __uuidof() and suppress
// Errors 50 and 69 and 1924 in exprs. containing same
-d"__uuidof()= /*lint --e(50,69,1924) */ (_GUID)0"

-esym(123,FD_SET)        // defined as macro and as typedef
-esym(1726,endl,ends)    // taking the address of an overloaded function
-esym(18,Data_t::Data_t) // definition not matching declaration

-elib(10)       // expecting ')' -- comdef.h has a: #if defined( id
-elib(43)       // vacuous array within _MIDL_FORMAT_STRING
-elib(602)      // benign comment within comment
-elib(657)      // declaring "anonymous struct" in union _LARGE_INTEGER
-elib(799)      // long numerical constant for max. __int64
-elib(1502)     // nothrow has no data members
-elib(1505)     // no access specifier in base class specifier
-elib(1515)     // AFX_THREAD_STATE member has no default constructor
-elib(1706)     // Unusual declaration with a scope operator
-elib(1725)     // data member is a reference
-elib(1548)     // conflicting exception specifications
-elib(1737)     // hiding global operator new
-elib(1739)     // binary operator should be non-member function
-elib(1748)     // non-virtual base class included twice
-elib(1759)     // post-fix operator returns a reference

//  Add elements of ole automation

lib-ole.lnt

//  Options required for .net

-d_stdcall=__stdcall    // make _stdcall equivalent to __stdcall
-d__interface=class     // treat an interface the same as a class
-d__unaligned=          // pass over the __unaligned keyword
-d__w64=                // ignore this identifier
-esym(40,DLGPROC)       // used before being defined
-elib(146)              // assuming binary constant
-elib(1015)             // GetDefaultThreads not found in class
+ppw(using)             // ignore #using for now.

-d__pragma(x)=          // ignore the pragma extension
+rw(__ptr64)            // additional qualifier
+rw_asgn(__thiscall,fortran) // additional qualifier

-"d__identifier(x)=___identifier x"
                        // treat C++ keyword x as an identifier

-elibsym(1512)          // base class destructor not virtual

-d__TIMESTAMP__="Mon Jan 01 00:00:00 2010"
-d__COUNTER__=__lint__COUNTER__
-d__FUNCDNAME__="MyFunc"
-d__FUNCSIG__="MyFunc"
-d__FUNCTION__=___function___

-dinitonly= // Compiler should catch miss-uses.
            // Lint can just skip over it.
-"dliteral=static const"    // Documentation says they are
                            // equivalent for member data.

// __try_cast is like dynamic_cast (except the former throws where
// the latter returns 0).

-d__try_cast=dynamic_cast

+rw(__restrict)         // reserved word

// Partial support for the "old" (VC++ 2003) Managed Extensions
// syntax:
+rw( __gc, __value, __nogc, __pin, __ptr32, __ptr64 )

-$  // $ can be used in identifiers
+rw( __allowed_on_parameter )
+rw(  __allowed_on_function )
+rw(  __allowed_on_typedecl )
+rw(  __allowed_on_return )
+rw(  __allowed_on_struct )
+rw( __allowed_on_function_or_typedecl )
+rw( __allowed_on_field )
+rw( __allowed_on_parameter_or_return )
+rw( __allowed_on_function )
+rw( *type_traits ) //type traits support

+e1942      // This Elective Note alerts the user to the non-standard
            // way in which MS handles originally-dependent base classes.
            // E.g.  template<class T> class A : T { ... x ... };
            // Should T be searched for "x" during instantiation?
            // the standard says "no", MS does.


-header(co-msc100.h) // implicitly includes <typeinfo>. (Needed because
                    // MSVC 9 implicitly declares class type_info.)


// Section 2: options that should be commented out if you use the
// automatic macro generator (macros-msc.cpp)

// Note, a macro option of the form:
//   -dA{1}
// has the same effect as:
//   -dA=1
// or:
//   -d"A=1"
// The curly-brace version of the syntax is appropriate for
// macro-scavenging (the method we used to generate the macro options
// below).  For details, see notes on the -scavenge() option in section
// 5.8.3 in the Lint manual.  See also the macro generator file,
// macros-msc.cpp, which follows the form of -scavenge() output.

// We generated the options in this section with the following commands:
//    %VSInstallDir%\vc\bin\vcvars32.bat
//    cl /EP /C macros-msc.cpp
// The options for other build configurations will probably differ (which
// is why you should comment out the following if you use the macro
// generator).

// Also note: some of the following are defined for C++ mode but not for C
// mode; but there's no need to comment them out here because they are
// conditionally #undef'd in co-msc100.h.

    -d_CPPRTTI{1}
    //
    // Defined for code compiled with /GR (Enable Run-Time Type
    // Information).
    //

    -d_INTEGRAL_MAX_BITS{64}
    //
    // Reports the maximum size (in bits) for an integral type.
    //

    // NOTE:
    // When generating 64-bit code, the definition for _M_IX86 must be
    // commented out.
    -d_M_IX86{600}
    //
    // Defined for x86 processors. See the "Values for _M_IX86 table" (in
    // Microsoft's preprocessor documentation) for more information. This
    // is not defined for x64 processors.
    //

    -d_M_IX86_FP{0}
    //
    // Expands to a value indicating which /arch compiler option was used:
    //
    // 0 if /arch was not used.
    //
    // 1 if /arch:SSE was used.
    //
    // 2 if /arch:SSE2 was used.
    //
    // See /arch (Minimum CPU Architecture) for more information.
    //

    -d_MSC_BUILD{1}
    //
    // Evaluates to the revision number component of the compiler's
    // version number. The revision number is the fourth component of the
    // period-delimited version number. For example, if the version number
    // of the Visual C++ compiler is 15.00.20706.01, the _MSC_BUILD macro
    // evaluates to 1.
    //

    -d_MSC_EXTENSIONS{1}
    //
    // This macro is defined when you compile with the /Ze compiler option
    // (the default). Its value, when defined, is 1.
    //

    -d_MSC_FULL_VER{160030319}
    //
    // Evaluates to the major, minor, and build number components of the
    // compiler's version number. The major number is the first component
    // of the period-delimited version number, the minor number is the
    // second component, and the build number is the third component. For
    // example, if the version number of the Visual C++ compiler is
    // 15.00.20706.01, the _MSC_FULL_VER macro evaluates to 150020706.
    // Type cl /? at the command line to view the compiler's version
    // number.
    //

    -d_MSC_VER{1600}
    //
    // Evaluates to the major and minor number components of the
    // compiler's version number. The major number is the first component
    // of the period-delimited version number and the minor number is the
    // second component.
    //
    // For example, if the version number of the Visual C++ compiler is
    // 15.00.20706.01, the _MSC_VER macro evaluates to 1500.
    //
    // In Visual Studio 2010, _MSC_VER is defined as 1600.
    //

    -d_MT{1}
    //
    // Defined when /MD or /MDd (Multithreaded DLL) or /MT or /MTd
    // (Multithreaded) is specified.
    //

    -d_NATIVE_WCHAR_T_DEFINED{1}
    //
    // Defined when /Zc:wchar_t is used.
    //

    -d_WCHAR_T_DEFINED{1}
    //
    // Defined when /Zc:wchar_t is used or if wchar_t is defined in a
    // system header file included in your project.
    //

    -d_WIN32{1}
    //
    // Defined for applications for Win32 and Win64. Always defined.
    //

  /**** Undocumented predefined macros follow ****/

    -d_NATIVE_NULLPTR_SUPPORTED{1}

// Section 3: options that should remain commented out if you use the
// automatic macro generator (macros-msc.cpp)

// When compiling with /J, use:
    //+fcu                      // Plain char is unsigned
    //-d_CHAR_UNSIGNED

// When compiling with /clr, /clr:pure or /clr:safe, use:
    //-d__cplusplus_cli=200406  // for all 3
    //-d_M_CEE_PURE             // for /clr:pure
    //-d_M_CEE_SAFE             // for /clr:safe
    //-d_MANAGED                // for /clr

// When using any /clr form, use:
    //-d_M_CEE


// When compiling with /GX or /EH, use:
    //-d_CPPUNWIND      // Enable Exception Handling

// When compiling for Win64, use:
    //-d_WIN64

// When compiling with /Wp64, use:
    //-d_Wp64           // 64-bit portability

// Be sure to define your platform if any of the following apply:
    //-d_M_ALPHA    // For DEC ALPHA platforms
    //-d_M_IA64     // For Itanium 64-bit processors
    //-d_M_X64      // For x64 processors

// When compiling with the /RTC option, use:
    //-d__MSVC_RUNTIME_CHECKS  // Using such checks

// When compiling with /openmp, use:
    //-d_OPENMP=200203         // OpenMP specification date

// When compiling with /Zl, use:
    //-d_VC_NODEFAULTLIB       // Omit default library name in *.obj file

/*  DLL's  or Multithreads?  Enable the following:

    -d_AFXDLL   // making a DLL
    -d_DLL      // ditto

 */