Latest free eBook from Syncfusion, “C Succinctly: C for C# Developers”, is available in pdf and mobi (Amazon Kindle) formats.Are you an experienced C# developer looking to ease your way into C? Author Michael McLaughlin walks you through C from types and functions to lambda expressions and the standard C library while relating these concepts to their parallels in C#. The C Modulus Operator. It's not hard to come up with a formula, but the language provides a built-in mechanism, the modulus operator ('%'), that computes the remainder that results from performing integer division. The modulus operator is useful in a variety of circumstances. It is commonly used to take a randomly generated number. Belajar Dasar ALGORITMA DAN PEMROGRAMAN DASAR C.pdf. A preview of the PDF is not available. Citations (0) References (7) ResearchGate has not been able to resolve any citations for this publication.
-->Module-definition (.def) files provide the linker with information about exports, attributes, and other information about the program to be linked. A .def file is most useful when building a DLL. Because there are MSVC Linker Options that can be used instead of module-definition statements, .def files are generally not necessary. You can also use __declspec(dllexport) as a way to specify exported functions.
You can invoke a .def file during the linker phase with the /DEF (Specify Module-Definition File) linker option.
If you are building an .exe file that has no exports, using a .def file will make your output file larger and slower loading.
For an example, see Exporting from a DLL Using DEF Files.
See the following sections for more information:
See also
C/C++ Building Reference
MSVC Linker Options
-->MSVC Linker Options
Keywords are predefined reserved identifiers that have special meanings. They cannot be used as identifiers in your program. The following keywords are reserved for Microsoft C++. Names with leading underscores, and names followed by (C++/CLI) are Microsoft extensions.
__abstract2 | __alignof Operator4 | __asm4 | __assume4 |
__based4 | __box2 | __cdecl4 | __declspec4 |
__delegate2 | __event | __except4 | __fastcall4 |
__finally4 | __forceinline4 | __gc2 | __hook3 |
__identifier | __if_exists | __if_not_exists | __inline4 |
__int164 | __int324 | __int644 | __int84 |
__interface | __leave4 | __m128 | __m128d |
__m128i | __m64 | __multiple_inheritance4 | __nogc2 |
__noop | __pin2 | __property2 | __ptr324 |
__ptr644 | __raise | __restrict4 | __sealed2 |
__single_inheritance4 | __sptr4 | __stdcall4 | __super |
__thiscall | __try_cast2 | __unaligned4 | __unhook3 |
__uptr4 | __uuidof4 | __value2 | __vectorcall4 |
__virtual_inheritance4 | __w644 | __wchar_t | abstract(C++/CLI) |
alignas | array(C++/CLI) | auto | bool |
break | case | catch | char |
char16_t | char32_t | class | const |
const_cast | constexpr | continue | decltype |
default | delegate(C++/CLI) | delete | deprecated1 |
dllexport1 | dllimport1 | do | double |
dynamic_cast | else | enum | enum class |
enum struct | event(C++/CLI) | explicit | extern |
false | finally | float | for |
for each in | friend | friend_as | gcnew(C++/CLI) |
generic(C++/CLI) | goto | if | initonly |
inline | int | interface class(C++/CLI) | interface struct(C++/CLI) |
interior_ptr(C++/CLI) | literal(C++/CLI) | long | mutable |
naked1 | namespace | new(C++/CLI) | new |
noexcept | noinline1 | noreturn1 | nothrow1 |
novtable1 | nullptr | operator | private |
property(C++/CLI) | property1 | protected | public |
ref class | ref struct | register | reinterpret_cast |
return | safecast | sealed(C++/CLI) | selectany1 |
short | signed | sizeof | static |
static_assert | static_cast | struct | switch |
template | this | thread1 | throw |
true | try | typedef | typeid |
typeid | typename | union | unsigned |
using declaration | using directive | uuid1 | value class(C++/CLI) |
value struct(C++/CLI) | virtual | void | volatile |
while |
1 Extended attributes for the __declspec keyword.
2 Applicable to Managed Extensions for C++ only. This syntax is now deprecated. See Component Extensions for Runtime Platforms for more information.
3 Intrinsic function used in event handling.
4 For backward compatibility with previous versions, these keywords are available both with two leading underscores and a single leading underscore when Microsoft extensions are enabled (the default).
Microsoft Specific
In Microsoft C++, identifiers with two leading underscores are reserved for compiler implementations. Therefore, the Microsoft convention is to precede Microsoft-specific keywords with double underscores. These words cannot be used as identifier names.
Modul Dev C Pdf Download
Microsoft extensions are enabled by default. To ensure that your programs are fully portable, you can disable Microsoft extensions by specifying the /Za (Disable language extensions) option during compilation. When you do this, some Microsoft-specific keywords are disabled.
When Microsoft extensions are enabled, you can use the Microsoft-specific keywords in your programs. For ANSI compliance, these keywords are prefaced by a double underscore. For backward compatibility, single-underscore versions of many of the double-underscored keywords are supported. In addition, __cdecl is available with no leading underscore.
The __asm keyword replaces C++
asm
syntax. asm
is reserved for compatibility with other C++ implementations, but not implemented. Use __asm.The __based keyword has limited uses for 32-bit and 64-bit target compilations.
END Microsoft Specific
See also
Lexical Conventions
C++ Built-in Operators, Precedence and Associativity
C++ Built-in Operators, Precedence and Associativity