Base Module VST 3.7
SDK for developing VST plug-in
Macros
fstdmethods.h File Reference

Convenient macros to create setter and getter methods. More...

Macros

#define DEFINE_VARIABLE(type, varName, methodName)   DATA_MEMBER(type,varName,methodName)
 
#define DEFINE_POINTER(type, varName, methodName)   POINTER_MEMBER(type,varName,methodName)
 
#define DEFINE_MEMBER(type, varName, methodName)   CLASS_MEMBER(type,varName,methodName)
 
#define COMPARE_BY_MEMBER_METHODS(className, memberName)
 
#define COMPARE_BY_MEMORY_METHODS(className)
 
#define COMPARE_BY_COMPARE_METHOD(className, methodName)
 
Methods for flags.

Macros to create setter and getter methods for flags.

Usage example with DEFINE_STATE:

class MyClass
{
public:
MyClass () : flags (0) {}
DEFINE_FLAG (flags, isFlagged, 1<<0)
DEFINE_FLAG (flags, isMine, 1<<1)
private:
uint32 flags;
};
void someFunction ()
{
MyClass c;
if (c.isFlagged ()) // check the flag
c.isFlagged (false); // set the flag
}
DEFINE_FLAG
#define DEFINE_FLAG(flagVar, methodName, value)
Create Methods.
Definition: fstdmethods.h:82
#define DEFINE_STATE(flagVar, methodName, value)
 Create Methods with get and set prefix. More...
 
#define DEFINE_GETSTATE(flagVar, methodName, value)   bool get##methodName ()const { return (flagVar & (value)) != 0; }
 Create Methods with get prefix. More...
 
#define DEFINE_FLAG(flagVar, methodName, value)
 Create Methods. More...
 
#define DEFINE_GETFLAG(flagVar, methodName, value)   bool methodName ()const { return (flagVar & (value)) != 0; }
 Create Methods. More...
 
#define DEFINE_FLAG_STATIC(flagVar, methodName, value)
 Create static Methods. More...
 
Methods for data members.

Macros to create setter and getter methods for class members.

Examples:

class MyClass
{
public:
DATA_MEMBER (double, distance, Distance)
STRING_MEMBER (Steinberg::String, name, Name)
SHARED_MEMBER (FUnknown, userData, UserData)
CLASS_MEMBER (Steinberg::Buffer, bufferData, BufferData)
POINTER_MEMBER (Steinberg::FObject, refOnly, RefOnly)
};
Steinberg::Buffer
Buffer.
Definition: fbuffer.h:56
Steinberg::FObject
Implements FUnknown and IDependent.
Definition: fobject.h:84
Steinberg::String
String.
Definition: fstring.h:318
STRING_MEMBER
#define STRING_MEMBER(type, varName, methodName)
Build-in member (pass by value).
Definition: fstdmethods.h:150
DATA_MEMBER
#define DATA_MEMBER(type, varName, methodName)
Build-in member (pass by value).
Definition: fstdmethods.h:120
POINTER_MEMBER
#define POINTER_MEMBER(type, varName, methodName)
Build-in member (pass by value).
Definition: fstdmethods.h:132
CLASS_MEMBER
#define CLASS_MEMBER(type, varName, methodName)
Build-in member (pass by value).
Definition: fstdmethods.h:126
SHARED_MEMBER
#define SHARED_MEMBER(type, varName, methodName)
Build-in member (pass by value).
Definition: fstdmethods.h:138


#define DATA_MEMBER(type, varName, methodName)
 Build-in member (pass by value). More...
 
#define CLASS_MEMBER(type, varName, methodName)
 Build-in member (pass by value). More...
 
#define POINTER_MEMBER(type, varName, methodName)
 Build-in member (pass by value). More...
 
#define SHARED_MEMBER(type, varName, methodName)
 Build-in member (pass by value). More...
 
#define OWNED_MEMBER(type, varName, methodName)
 Build-in member (pass by value). More...
 
#define STRING_MEMBER(type, varName, methodName)
 Build-in member (pass by value). More...
 
#define STRING8_MEMBER(type, varName, methodName)
 Build-in member (pass by value). More...
 
#define STRING_MEMBER_STD(varName, methodName)   STRING_MEMBER(Steinberg::String,varName,methodName)
 Build-in member (pass by value). More...
 
#define STRING8_MEMBER_STD(varName, methodName)   STRING8_MEMBER(Steinberg::String,varName,methodName)
 Build-in member (pass by value). More...
 

Detailed Description

Convenient macros to create setter and getter methods.

Macro Definition Documentation

◆ DEFINE_STATE

#define DEFINE_STATE (   flagVar,
  methodName,
  value 
)
Value:
void set##methodName (bool state) { if (state) flagVar |= (value); else flagVar &= ~(value); }\
bool get##methodName ()const { return (flagVar & (value)) != 0; }

Create Methods with get and set prefix.

◆ DEFINE_GETSTATE

#define DEFINE_GETSTATE (   flagVar,
  methodName,
  value 
)    bool get##methodName ()const { return (flagVar & (value)) != 0; }

Create Methods with get prefix.

There is only a 'get' method.

◆ DEFINE_FLAG

#define DEFINE_FLAG (   flagVar,
  methodName,
  value 
)
Value:
void methodName (bool state) { if (state) flagVar |= (value); else flagVar &= ~(value); }\
bool methodName ()const { return (flagVar & (value)) != 0; }

Create Methods.

Same name for the getter and setter.

◆ DEFINE_GETFLAG

#define DEFINE_GETFLAG (   flagVar,
  methodName,
  value 
)    bool methodName ()const { return (flagVar & (value)) != 0; }

Create Methods.

There is only a 'get' method.

◆ DEFINE_FLAG_STATIC

#define DEFINE_FLAG_STATIC (   flagVar,
  methodName,
  value 
)
Value:
static void methodName (bool __state) { if (__state) flagVar |= (value); else flagVar &= ~(value); }\
static bool methodName () { return (flagVar & (value)) != 0; }

Create static Methods.

Same name for the getter and setter.

◆ DATA_MEMBER

#define DATA_MEMBER (   type,
  varName,
  methodName 
)
Value:
public:void set##methodName (type v) { varName = v;}\
type get##methodName ()const { return varName; }\
protected: type varName; public:

Build-in member (pass by value).

◆ CLASS_MEMBER

#define CLASS_MEMBER (   type,
  varName,
  methodName 
)
Value:
public:void set##methodName (const type& v){ varName = v;}\
const type& get##methodName () const { return varName; }\
protected: type varName; public:

Build-in member (pass by value).

◆ POINTER_MEMBER

#define POINTER_MEMBER (   type,
  varName,
  methodName 
)
Value:
public:void set##methodName (type* ptr){ varName = ptr;}\
type* get##methodName ()const { return varName; }\
private: type* varName; public:

Build-in member (pass by value).

◆ SHARED_MEMBER

#define SHARED_MEMBER (   type,
  varName,
  methodName 
)
Value:
public:void set##methodName (type* v){ varName = v;}\
type* get##methodName ()const { return varName; }\
private: IPtr<type> varName; public:

Build-in member (pass by value).

◆ OWNED_MEMBER

#define OWNED_MEMBER (   type,
  varName,
  methodName 
)
Value:
public:void set##methodName (type* v){ varName = v;}\
type* get##methodName ()const { return varName; }\
private: OPtr<type> varName; public:

Build-in member (pass by value).

◆ STRING_MEMBER

#define STRING_MEMBER (   type,
  varName,
  methodName 
)
Value:
public:void set##methodName (const tchar* v){ varName = v;}\
const type& get##methodName () const { return varName; }\
protected: type varName; public:

Build-in member (pass by value).

◆ STRING8_MEMBER

#define STRING8_MEMBER (   type,
  varName,
  methodName 
)
Value:
public:void set##methodName (const char8* v){ varName = v;}\
const type& get##methodName () const { return varName; }\
protected: type varName; public:

Build-in member (pass by value).

◆ STRING_MEMBER_STD

#define STRING_MEMBER_STD (   varName,
  methodName 
)    STRING_MEMBER(Steinberg::String,varName,methodName)

Build-in member (pass by value).

◆ STRING8_MEMBER_STD

#define STRING8_MEMBER_STD (   varName,
  methodName 
)    STRING8_MEMBER(Steinberg::String,varName,methodName)

Build-in member (pass by value).

◆ DEFINE_VARIABLE

#define DEFINE_VARIABLE (   type,
  varName,
  methodName 
)    DATA_MEMBER(type,varName,methodName)

◆ DEFINE_POINTER

#define DEFINE_POINTER (   type,
  varName,
  methodName 
)    POINTER_MEMBER(type,varName,methodName)

◆ DEFINE_MEMBER

#define DEFINE_MEMBER (   type,
  varName,
  methodName 
)    CLASS_MEMBER(type,varName,methodName)

◆ COMPARE_BY_MEMBER_METHODS

#define COMPARE_BY_MEMBER_METHODS (   className,
  memberName 
)
Value:
bool operator == (const className& other) const {return (memberName == other.memberName);} \
bool operator != (const className& other) const {return (memberName != other.memberName);} \
bool operator < (const className& other) const {return (memberName < other.memberName);} \
bool operator > (const className& other) const {return (memberName > other.memberName);} \
bool operator <= (const className& other) const {return (memberName <= other.memberName);} \
bool operator >= (const className& other) const {return (memberName >= other.memberName);}
Steinberg::operator>=
bool operator>=(const ConstString &s1, const ConstString &s2)
Definition: fstring.h:694
Steinberg::operator!=
bool operator!=(const ConstString &s1, const ConstString &s2)
Definition: fstring.h:696
Steinberg::operator>
bool operator>(const ConstString &s1, const ConstString &s2)
Definition: fstring.h:693
Steinberg::operator<
bool operator<(const ConstString &s1, const ConstString &s2)
Definition: fstring.h:691
Steinberg::operator==
bool operator==(const ConstString &s1, const ConstString &s2)
Definition: fstring.h:695
Steinberg::operator<=
bool operator<=(const ConstString &s1, const ConstString &s2)
Definition: fstring.h:692

◆ COMPARE_BY_MEMORY_METHODS

#define COMPARE_BY_MEMORY_METHODS (   className)
Value:
bool operator == (const className& other) const {return memcmp (this, &other, sizeof (className)) == 0;} \
bool operator != (const className& other) const {return memcmp (this, &other, sizeof (className)) != 0;} \
bool operator < (const className& other) const {return memcmp (this, &other, sizeof (className)) < 0;} \
bool operator > (const className& other) const {return memcmp (this, &other, sizeof (className)) > 0;} \
bool operator <= (const className& other) const {return memcmp (this, &other, sizeof (className)) <= 0;} \
bool operator >= (const className& other) const {return memcmp (this, &other, sizeof (className)) >= 0;}

◆ COMPARE_BY_COMPARE_METHOD

#define COMPARE_BY_COMPARE_METHOD (   className,
  methodName 
)
Value:
bool operator == (const className& other) const {return methodName (other) == 0;} \
bool operator != (const className& other) const {return methodName (other) != 0;} \
bool operator < (const className& other) const {return methodName (other) < 0;} \
bool operator > (const className& other) const {return methodName (other) > 0;} \
bool operator <= (const className& other) const {return methodName (other) <= 0; } \
bool operator >= (const className& other) const {return methodName (other) >= 0; }
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