24.2. Primitive Type

24.2.1. Bool Type

Definition

#undef          bool
#define         bool                boolean

SFMTYPEDEFALIAS(bool, Bool)

#undef          true
#define         true                (TRUE)
#undef          false
#define         false               (FALSE)

Related Information : SFMTYPEDEFALIAS

Example

if (SFXAscii::IsDigit(ch) == true) { ... }   // wrong usage
if (SFXAscii::IsDigit(ch)) { ... }           // correct usage

	Note
	The function with return value of Bool type dose not necessarily return "1" as logical true value. Like C language, the values other than 0 are considered as logical true value in SophiaFramework.

Bool MyFunction(SIntN flag) {
    return (flag & 0x4000);   // wrong usage
}

	Note
In SophiaFramework, Bool type dose not necessarily equal int type although the logical value is of int type in C language. If Bool type is defined as unsigned char type, the return value is always false (=0).

Note

In SophiaFramework, Bool type dose not necessarily equal int type although the logical value is of int type in C language.

If Bool type is defined as unsigned char type, the return value is always false (=0).

Bool MyFunction(int flag) {
    return (flag & 0x4000 != 0);   // correct usage
}
        
// or
        
Bool MyFunction(int flag) {
    return !!(flag & 0x4000);      // correct usage
}

24.2.2. Void Type

Definition

typedef     void                     Void, *VoidPtr, **VoidHandle;
typedef     void volatile            VoidVolatile, *VoidVolatilePtr, **VoidVolatileHandle;
typedef     void const               VoidConst, *VoidConstPtr, **VoidConstHandle;
typedef     void volatile const      VoidVolatileConst, *VoidVolatileConstPtr, **VoidVolatileConstHandle;
SFMTYPEDEFPACK(VoidPtr)
SFMTYPEDEFPACK(VoidHandle)

24.2.3. Generic Pointer Type and Generic Handle Type

Definition

typedef     char                                &Ref, *Ptr, **Handle;
typedef     char volatile                       &VolatileRef, *VolatilePtr, **VolatileHandle;
typedef     char const                          &ConstRef, *ConstPtr, **ConstHandle;
typedef     char volatile const                 &VolatileConstRef, *VolatileConstPtr, **VolatileConstHandle;
SFMTYPEDEFPACK(Ptr)
SFMTYPEDEFPACK(Handle)

24.2.4. Integer Type

Definition

// signed integer
SFMTYPEDEFALIAS(signed int, SIntN)

// unsigned integer
SFMTYPEDEFALIAS(unsigned int, UIntN)

// 8-bit signed integer
SFMTYPEDEFALIAS(signed char, SInt08)

// 8-bit unsigned integer
SFMTYPEDEFALIAS(unsigned char, UInt08)

// 16-bit signed integer
SFMTYPEDEFALIAS(signed short, SInt16)

// 16-bit unsigned integer
SFMTYPEDEFALIAS(unsigned short, UInt16)

// 32-bit signed integer
SFMTYPEDEFALIAS(signed long, SInt32)

// 32-bit unsigned integer
SFMTYPEDEFALIAS(unsigned long, UInt32)

// 64-bit signed integer
#if defined TARGET_COMPILER_MSVCPP
SFMTYPEDEFALIAS(signed __int64, SInt64)
#else
SFMTYPEDEFALIAS(signed long long, SInt64)
#endif

// 64-bit unsigned integer
#if defined TARGET_COMPILER_MSVCPP
SFMTYPEDEFALIAS(unsigned __int64, UInt64)
#else
SFMTYPEDEFALIAS(unsigned long long, UInt64)
#endif

24.2.5. Floating Point Type

Definition

SFMTYPEDEFALIAS(float, Float32)
SFMTYPEDEFALIAS(double, Float64)

	Note
	Since the C/C++ floating point arithmetic operations can be used in SophiaFramework, the BREW helper functions are unnecessary.

	Using floating point arithmetic operations
	The application size increases depending on the kinds of floating point arithmetic operations used, since linked with the floating point libraries.

Example

Float64 num1(255);
Float64 num2(123.5);
Float64 num3;

num3 = (num1 + num2) / (num1 - num3);

if (num3 < num1) {
      ...
}

Note

	Note
Trigonometric, exponential, and logarithmic functions not included in the BREW API are available. The `SFXTrigonometric` class for fast trigonometric operations can be also used. Detailed Information: Mathematical functions of RealView Compilation Tools for BREW V1.2

Trigonometric, exponential, and logarithmic functions not included in the BREW API are available.

The SFXTrigonometric class for fast trigonometric operations can be also used.

Detailed Information: Mathematical functions of RealView Compilation Tools for BREW V1.2

24.2.6. Byte Type

Definition

SFMTYPEDEFALIAS(UInt08, Byte)

24.2.7. Character Type

Definition

SFMTYPEDEFALIAS(char, AChar)
SFMTYPEDEFALIAS(AECHAR, WChar)

	AChar and WChar
AChar is the type for the ANSI character (multi byte character). WChar is the type for the BREW wide character.

AChar and WChar

AChar is the type for the ANSI character (multi byte character).

WChar is the type for the BREW wide character.