system

Detailed Description

Classes
class	SystemStats
	Contains methods for finding out about the current hardware and OS configuration. More...

Macros
#define	JUCE_NTH_ARG_(_00, _01, _02, _03, _04, _05, _06, _07, _08, _09, _10, _11, _12, _13, _14, _15, _16, _17, _18, _19, _20, _21, _22, _23, _24, _25, _26, _27, _28, _29, _30, _31, _32, _33, _34, _35, _36, _37, _38, _39, N, ...)   N
	Return the Nth argument. More...
#define	JUCE_EACH_00_(FN)
#define	JUCE_EACH_01_(FN, X)   FN(X)
#define	JUCE_EACH_02_(FN, X, ...)   FN(X) JUCE_EACH_01_(FN, __VA_ARGS__)
#define	JUCE_EACH_03_(FN, X, ...)   FN(X) JUCE_EACH_02_(FN, __VA_ARGS__)
#define	JUCE_EACH_04_(FN, X, ...)   FN(X) JUCE_EACH_03_(FN, __VA_ARGS__)
#define	JUCE_EACH_05_(FN, X, ...)   FN(X) JUCE_EACH_04_(FN, __VA_ARGS__)
#define	JUCE_EACH_06_(FN, X, ...)   FN(X) JUCE_EACH_05_(FN, __VA_ARGS__)
#define	JUCE_EACH_07_(FN, X, ...)   FN(X) JUCE_EACH_06_(FN, __VA_ARGS__)
#define	JUCE_EACH_08_(FN, X, ...)   FN(X) JUCE_EACH_07_(FN, __VA_ARGS__)
#define	JUCE_EACH_09_(FN, X, ...)   FN(X) JUCE_EACH_08_(FN, __VA_ARGS__)
#define	JUCE_EACH_10_(FN, X, ...)   FN(X) JUCE_EACH_09_(FN, __VA_ARGS__)
#define	JUCE_EACH_11_(FN, X, ...)   FN(X) JUCE_EACH_10_(FN, __VA_ARGS__)
#define	JUCE_EACH_12_(FN, X, ...)   FN(X) JUCE_EACH_11_(FN, __VA_ARGS__)
#define	JUCE_EACH_13_(FN, X, ...)   FN(X) JUCE_EACH_12_(FN, __VA_ARGS__)
#define	JUCE_EACH_14_(FN, X, ...)   FN(X) JUCE_EACH_13_(FN, __VA_ARGS__)
#define	JUCE_EACH_15_(FN, X, ...)   FN(X) JUCE_EACH_14_(FN, __VA_ARGS__)
#define	JUCE_EACH_16_(FN, X, ...)   FN(X) JUCE_EACH_15_(FN, __VA_ARGS__)
#define	JUCE_EACH_17_(FN, X, ...)   FN(X) JUCE_EACH_16_(FN, __VA_ARGS__)
#define	JUCE_EACH_18_(FN, X, ...)   FN(X) JUCE_EACH_17_(FN, __VA_ARGS__)
#define	JUCE_EACH_19_(FN, X, ...)   FN(X) JUCE_EACH_18_(FN, __VA_ARGS__)
#define	JUCE_EACH_20_(FN, X, ...)   FN(X) JUCE_EACH_19_(FN, __VA_ARGS__)
#define	JUCE_EACH_21_(FN, X, ...)   FN(X) JUCE_EACH_20_(FN, __VA_ARGS__)
#define	JUCE_EACH_22_(FN, X, ...)   FN(X) JUCE_EACH_21_(FN, __VA_ARGS__)
#define	JUCE_EACH_23_(FN, X, ...)   FN(X) JUCE_EACH_22_(FN, __VA_ARGS__)
#define	JUCE_EACH_24_(FN, X, ...)   FN(X) JUCE_EACH_23_(FN, __VA_ARGS__)
#define	JUCE_EACH_25_(FN, X, ...)   FN(X) JUCE_EACH_24_(FN, __VA_ARGS__)
#define	JUCE_EACH_26_(FN, X, ...)   FN(X) JUCE_EACH_25_(FN, __VA_ARGS__)
#define	JUCE_EACH_27_(FN, X, ...)   FN(X) JUCE_EACH_26_(FN, __VA_ARGS__)
#define	JUCE_EACH_28_(FN, X, ...)   FN(X) JUCE_EACH_27_(FN, __VA_ARGS__)
#define	JUCE_EACH_29_(FN, X, ...)   FN(X) JUCE_EACH_28_(FN, __VA_ARGS__)
#define	JUCE_EACH_30_(FN, X, ...)   FN(X) JUCE_EACH_29_(FN, __VA_ARGS__)
#define	JUCE_EACH_31_(FN, X, ...)   FN(X) JUCE_EACH_30_(FN, __VA_ARGS__)
#define	JUCE_EACH_32_(FN, X, ...)   FN(X) JUCE_EACH_31_(FN, __VA_ARGS__)
#define	JUCE_EACH_33_(FN, X, ...)   FN(X) JUCE_EACH_32_(FN, __VA_ARGS__)
#define	JUCE_EACH_34_(FN, X, ...)   FN(X) JUCE_EACH_33_(FN, __VA_ARGS__)
#define	JUCE_EACH_35_(FN, X, ...)   FN(X) JUCE_EACH_34_(FN, __VA_ARGS__)
#define	JUCE_EACH_36_(FN, X, ...)   FN(X) JUCE_EACH_35_(FN, __VA_ARGS__)
#define	JUCE_EACH_37_(FN, X, ...)   FN(X) JUCE_EACH_36_(FN, __VA_ARGS__)
#define	JUCE_EACH_38_(FN, X, ...)   FN(X) JUCE_EACH_37_(FN, __VA_ARGS__)
#define	JUCE_EACH_39_(FN, X, ...)   FN(X) JUCE_EACH_38_(FN, __VA_ARGS__)
#define	JUCE_EACH(FN, ...)
	Apply the macro FN to each of the other arguments. More...
#define	JUCE_CONCAT_(a, b)   a##b
	Concatenate two tokens to form a new token. More...
#define	JUCE_CONCAT(a, b)   JUCE_CONCAT_(a, b)
#define	JUCE_TO_STRING(x)   #x
	Quote the argument, turning it into a string. More...
#define	JUCE_BEGIN_IGNORE_WARNINGS_GCC_LIKE(...)
#define	JUCE_END_IGNORE_WARNINGS_GCC_LIKE
#define	JUCE_IGNORE_MSVC(warnings)
	Push/pop warnings on MSVC. More...
#define	JUCE_BEGIN_IGNORE_WARNINGS_LEVEL_MSVC(level, warnings)
#define	JUCE_BEGIN_IGNORE_WARNINGS_MSVC(warnings)
#define	JUCE_END_IGNORE_WARNINGS_MSVC
#define	JUCE_CALLTYPE
	This macro defines the C calling convention used as the standard for JUCE calls. More...
#define	JUCE_CDECL
#define	JUCE_LOG_CURRENT_ASSERTION
#define	JUCE_BREAK_IN_DEBUGGER   { ::kill (0, SIGTRAP); }
	This will try to break into the debugger if the app is currently being debugged. More...
#define	JUCE_ANALYZER_NORETURN
#define	JUCE_FALLTHROUGH
	Used to silence Wimplicit-fallthrough on Clang and GCC where available as there are a few places in the codebase where we need to do this deliberately and want to ignore the warning. More...
#define	JUCE_BLOCK_WITH_FORCED_SEMICOLON(x)   do { x } while (false)
	This is the good old C++ trick for creating a macro that forces the user to put a semicolon after it when they use it. More...
#define	DBG(textToWrite)   JUCE_BLOCK_WITH_FORCED_SEMICOLON (juce::String tempDbgBuf; tempDbgBuf << textToWrite; juce::Logger::outputDebugString (tempDbgBuf);)
	Writes a string to the standard error stream. More...
#define	jassertfalse   JUCE_BLOCK_WITH_FORCED_SEMICOLON (JUCE_LOG_CURRENT_ASSERTION; if (juce::juce_isRunningUnderDebugger()) JUCE_BREAK_IN_DEBUGGER; JUCE_ANALYZER_NORETURN)
	This will always cause an assertion failure. More...
#define	jassert(expression)   JUCE_BLOCK_WITH_FORCED_SEMICOLON (if (! (expression)) jassertfalse;)
	Platform-independent assertion macro. More...
#define	JUCE_JOIN_MACRO(item1, item2)   JUCE_JOIN_MACRO_HELPER (item1, item2)
	A good old-fashioned C macro concatenation helper. More...
#define	JUCE_STRINGIFY(item)   JUCE_STRINGIFY_MACRO_HELPER (item)
	A handy C macro for stringifying any symbol, rather than just a macro parameter. More...
#define	JUCE_DECLARE_NON_COPYABLE(className)
	This is a shorthand macro for declaring stubs for a class's copy constructor and operator=. More...
#define	JUCE_DECLARE_NON_COPYABLE_WITH_LEAK_DETECTOR(className)
	This is a shorthand way of writing both a JUCE_DECLARE_NON_COPYABLE and JUCE_LEAK_DETECTOR macro for a class. More...
#define	JUCE_PREVENT_HEAP_ALLOCATION
	This macro can be added to class definitions to disable the use of new/delete to allocate the object on the heap, forcing it to only be used as a stack or member variable. More...
#define	JUCE_COMPILER_WARNING(message)   _Pragma(JUCE_STRINGIFY (JUCE_WARNING_HELPER (message)))
	This macro allows you to emit a custom compiler warning message. More...
#define	forcedinline   inline
	A platform-independent way of forcing an inline function. More...
#define	JUCE_ALIGN(bytes)   __declspec (align (bytes))
	This can be placed before a stack or member variable declaration to tell the compiler to align it to the specified number of bytes. More...
#define	JUCE_DEPRECATED(functionDef)
	This macro can be used to wrap a function which has been deprecated. More...
#define	JUCE_DEPRECATED_WITH_BODY(functionDef, body)
#define	JUCE_DEPRECATED_STATIC(valueDef)
#define	JUCE_DECLARE_DEPRECATED_STATIC(valueDef)
#define	JUCE_NO_ASSOCIATIVE_MATH_OPTIMISATIONS   __attribute__((__optimize__("no-associative-math")))
	This can be appended to a function declaration to tell gcc to disable associative math optimisations which break some floating point algorithms. More...
#define	JUCE_MAJOR_VERSION   6
	Current JUCE version number. More...
#define	JUCE_MINOR_VERSION   0
#define	JUCE_BUILDNUMBER   4
#define	JUCE_VERSION   ((JUCE_MAJOR_VERSION << 16) + (JUCE_MINOR_VERSION << 8) + JUCE_BUILDNUMBER)
	Current JUCE version number. More...
#define	JUCE_API
	This macro is added to all JUCE public class declarations. More...
#define	JUCE_PUBLIC_IN_DLL_BUILD(declaration)   declaration;
#define	JUCE_PUBLIC_FUNCTION   JUCE_API JUCE_CALLTYPE
	This macro is added to all JUCE public function declarations. More...
#define	JUCE_ANDROID   1
#define	JUCE_DEBUG   1
#define	JUCE_BIG_ENDIAN   1
#define	JUCE_BIG_ENDIAN   1
#define	JUCE_32BIT   1
#define	JUCE_32BIT   1
#define	JUCE_INTEL   1

Macro Definition Documentation

JUCE_NTH_ARG_

#define JUCE_NTH_ARG_	(		_00,
			_01,
			_02,
			_03,
			_04,
			_05,
			_06,
			_07,
			_08,
			_09,
			_10,
			_11,
			_12,
			_13,
			_14,
			_15,
			_16,
			_17,
			_18,
			_19,
			_20,
			_21,
			_22,
			_23,
			_24,
			_25,
			_26,
			_27,
			_28,
			_29,
			_30,
			_31,
			_32,
			_33,
			_34,
			_35,
			_36,
			_37,
			_38,
			_39,
			N,
			...
	)		N

Return the Nth argument.

By passing a variadic pack followed by N other parameters, we can select one of those N parameter based on the length of the parameter pack.

JUCE_EACH_00_

#define JUCE_EACH_00_

(

FN

)

JUCE_EACH_01_

#define JUCE_EACH_01_	(		FN,
			X
	)		FN(X)

JUCE_EACH_02_

#define JUCE_EACH_02_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_01_(FN, __VA_ARGS__)

JUCE_EACH_03_

#define JUCE_EACH_03_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_02_(FN, __VA_ARGS__)

JUCE_EACH_04_

#define JUCE_EACH_04_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_03_(FN, __VA_ARGS__)

JUCE_EACH_05_

#define JUCE_EACH_05_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_04_(FN, __VA_ARGS__)

JUCE_EACH_06_

#define JUCE_EACH_06_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_05_(FN, __VA_ARGS__)

JUCE_EACH_07_

#define JUCE_EACH_07_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_06_(FN, __VA_ARGS__)

JUCE_EACH_08_

#define JUCE_EACH_08_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_07_(FN, __VA_ARGS__)

JUCE_EACH_09_

#define JUCE_EACH_09_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_08_(FN, __VA_ARGS__)

JUCE_EACH_10_

#define JUCE_EACH_10_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_09_(FN, __VA_ARGS__)

JUCE_EACH_11_

#define JUCE_EACH_11_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_10_(FN, __VA_ARGS__)

JUCE_EACH_12_

#define JUCE_EACH_12_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_11_(FN, __VA_ARGS__)

JUCE_EACH_13_

#define JUCE_EACH_13_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_12_(FN, __VA_ARGS__)

JUCE_EACH_14_

#define JUCE_EACH_14_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_13_(FN, __VA_ARGS__)

JUCE_EACH_15_

#define JUCE_EACH_15_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_14_(FN, __VA_ARGS__)

JUCE_EACH_16_

#define JUCE_EACH_16_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_15_(FN, __VA_ARGS__)

JUCE_EACH_17_

#define JUCE_EACH_17_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_16_(FN, __VA_ARGS__)

JUCE_EACH_18_

#define JUCE_EACH_18_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_17_(FN, __VA_ARGS__)

JUCE_EACH_19_

#define JUCE_EACH_19_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_18_(FN, __VA_ARGS__)

JUCE_EACH_20_

#define JUCE_EACH_20_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_19_(FN, __VA_ARGS__)

JUCE_EACH_21_

#define JUCE_EACH_21_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_20_(FN, __VA_ARGS__)

JUCE_EACH_22_

#define JUCE_EACH_22_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_21_(FN, __VA_ARGS__)

JUCE_EACH_23_

#define JUCE_EACH_23_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_22_(FN, __VA_ARGS__)

JUCE_EACH_24_

#define JUCE_EACH_24_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_23_(FN, __VA_ARGS__)

JUCE_EACH_25_

#define JUCE_EACH_25_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_24_(FN, __VA_ARGS__)

JUCE_EACH_26_

#define JUCE_EACH_26_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_25_(FN, __VA_ARGS__)

JUCE_EACH_27_

#define JUCE_EACH_27_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_26_(FN, __VA_ARGS__)

JUCE_EACH_28_

#define JUCE_EACH_28_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_27_(FN, __VA_ARGS__)

JUCE_EACH_29_

#define JUCE_EACH_29_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_28_(FN, __VA_ARGS__)

JUCE_EACH_30_

#define JUCE_EACH_30_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_29_(FN, __VA_ARGS__)

JUCE_EACH_31_

#define JUCE_EACH_31_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_30_(FN, __VA_ARGS__)

JUCE_EACH_32_

#define JUCE_EACH_32_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_31_(FN, __VA_ARGS__)

JUCE_EACH_33_

#define JUCE_EACH_33_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_32_(FN, __VA_ARGS__)

JUCE_EACH_34_

#define JUCE_EACH_34_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_33_(FN, __VA_ARGS__)

JUCE_EACH_35_

#define JUCE_EACH_35_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_34_(FN, __VA_ARGS__)

JUCE_EACH_36_

#define JUCE_EACH_36_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_35_(FN, __VA_ARGS__)

JUCE_EACH_37_

#define JUCE_EACH_37_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_36_(FN, __VA_ARGS__)

JUCE_EACH_38_

#define JUCE_EACH_38_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_37_(FN, __VA_ARGS__)

JUCE_EACH_39_

#define JUCE_EACH_39_	(		FN,
			X,
			...
	)		FN(X) JUCE_EACH_38_(FN, __VA_ARGS__)

JUCE_EACH

#define JUCE_EACH	(		FN,
			...
	)

Apply the macro FN to each of the other arguments.

JUCE_CONCAT_

#define JUCE_CONCAT_	(		a,
			b
	)		a##b

Concatenate two tokens to form a new token.

JUCE_CONCAT

#define JUCE_CONCAT	(		a,
			b
	)		JUCE_CONCAT_(a, b)

JUCE_TO_STRING

#define JUCE_TO_STRING

(

x

)

#x

Quote the argument, turning it into a string.

JUCE_BEGIN_IGNORE_WARNINGS_GCC_LIKE

#define JUCE_BEGIN_IGNORE_WARNINGS_GCC_LIKE

(

...

)

JUCE_END_IGNORE_WARNINGS_GCC_LIKE

#define JUCE_END_IGNORE_WARNINGS_GCC_LIKE

JUCE_IGNORE_MSVC

#define JUCE_IGNORE_MSVC

(

warnings

)

Push/pop warnings on MSVC.

These macros expand to nothing on other compilers (like clang and gcc).

JUCE_BEGIN_IGNORE_WARNINGS_LEVEL_MSVC

#define JUCE_BEGIN_IGNORE_WARNINGS_LEVEL_MSVC	(		level,
			warnings
	)

JUCE_BEGIN_IGNORE_WARNINGS_MSVC

#define JUCE_BEGIN_IGNORE_WARNINGS_MSVC

(

warnings

)

JUCE_END_IGNORE_WARNINGS_MSVC

#define JUCE_END_IGNORE_WARNINGS_MSVC

JUCE_CALLTYPE

#define JUCE_CALLTYPE

This macro defines the C calling convention used as the standard for JUCE calls.

JUCE_CDECL

#define JUCE_CDECL

JUCE_LOG_CURRENT_ASSERTION

#define JUCE_LOG_CURRENT_ASSERTION

JUCE_BREAK_IN_DEBUGGER

#define JUCE_BREAK_IN_DEBUGGER   { ::kill (0, SIGTRAP); }

This will try to break into the debugger if the app is currently being debugged.

If called by an app that's not being debugged, the behaviour isn't defined - it may crash or not, depending on the platform.

See also

jassert()

JUCE_ANALYZER_NORETURN

#define JUCE_ANALYZER_NORETURN

JUCE_FALLTHROUGH

#define JUCE_FALLTHROUGH

Used to silence Wimplicit-fallthrough on Clang and GCC where available as there are a few places in the codebase where we need to do this deliberately and want to ignore the warning.

JUCE_BLOCK_WITH_FORCED_SEMICOLON

#define JUCE_BLOCK_WITH_FORCED_SEMICOLON

(

x

)

do { x } while (false)

This is the good old C++ trick for creating a macro that forces the user to put a semicolon after it when they use it.

DBG

#define DBG

(

textToWrite

)

JUCE_BLOCK_WITH_FORCED_SEMICOLON (juce::String tempDbgBuf; tempDbgBuf << textToWrite; juce::Logger::outputDebugString (tempDbgBuf);)

Writes a string to the standard error stream.

Note that as well as a single string, you can use this to write multiple items as a stream, e.g.

DBG ("foo = " << foo << "bar = " << bar);

The macro is only enabled in a debug build, so be careful not to use it with expressions that have important side-effects!

See also

Logger::outputDebugString

jassertfalse

#define jassertfalse   JUCE_BLOCK_WITH_FORCED_SEMICOLON (JUCE_LOG_CURRENT_ASSERTION; if (juce::juce_isRunningUnderDebugger()) JUCE_BREAK_IN_DEBUGGER; JUCE_ANALYZER_NORETURN)

This will always cause an assertion failure.

It is only compiled in a debug build, (unless JUCE_LOG_ASSERTIONS is enabled for your build).

See also

jassert

jassert

#define jassert

(

expression

)

JUCE_BLOCK_WITH_FORCED_SEMICOLON (if (! (expression)) jassertfalse;)

Platform-independent assertion macro.

This macro gets turned into a no-op when you're building with debugging turned off, so be careful that the expression you pass to it doesn't perform any actions that are vital for the correct behaviour of your program!

See also

jassertfalse

JUCE_JOIN_MACRO

#define JUCE_JOIN_MACRO	(		item1,
			item2
	)		JUCE_JOIN_MACRO_HELPER (item1, item2)

A good old-fashioned C macro concatenation helper.

This combines two items (which may themselves be macros) into a single string, avoiding the pitfalls of the ## macro operator.

JUCE_STRINGIFY

#define JUCE_STRINGIFY

(

item

)

JUCE_STRINGIFY_MACRO_HELPER (item)

A handy C macro for stringifying any symbol, rather than just a macro parameter.

JUCE_DECLARE_NON_COPYABLE

#define JUCE_DECLARE_NON_COPYABLE

(

className

)

Value:

className (const className&) = delete;\
    className& operator= (const className&) = delete;

This is a shorthand macro for declaring stubs for a class's copy constructor and operator=.

For example, instead of

class MyClass
{
    etc..
 
private:
    MyClass (const MyClass&);
    MyClass& operator= (const MyClass&);
};

..you can just write:

class MyClass
{
    etc..
 
private:
    JUCE_DECLARE_NON_COPYABLE (MyClass)
};

JUCE_DECLARE_NON_COPYABLE_WITH_LEAK_DETECTOR

#define JUCE_DECLARE_NON_COPYABLE_WITH_LEAK_DETECTOR

(

className

)

Value:

JUCE_DECLARE_NON_COPYABLE(className) \
    JUCE_LEAK_DETECTOR(className)

This is a shorthand way of writing both a JUCE_DECLARE_NON_COPYABLE and JUCE_LEAK_DETECTOR macro for a class.

JUCE_PREVENT_HEAP_ALLOCATION

#define JUCE_PREVENT_HEAP_ALLOCATION

Value:

private: \
    static void* operator new (size_t) = delete; \
    static void operator delete (void*) = delete;

This macro can be added to class definitions to disable the use of new/delete to allocate the object on the heap, forcing it to only be used as a stack or member variable.

JUCE_COMPILER_WARNING

#define JUCE_COMPILER_WARNING

(

message

)

_Pragma(JUCE_STRINGIFY (JUCE_WARNING_HELPER (message)))

This macro allows you to emit a custom compiler warning message.

Very handy for marking bits of code as "to-do" items, or for shaming code written by your co-workers in a way that's hard to ignore.

GCC and Clang provide the #warning directive, but MSVC doesn't, so this macro is a cross-compiler way to get the same functionality as #warning.

forcedinline

#define forcedinline   inline

A platform-independent way of forcing an inline function.

Use the syntax:

forcedinline void myfunction (int x)

JUCE_ALIGN

#define JUCE_ALIGN

(

bytes

)

__declspec (align (bytes))

This can be placed before a stack or member variable declaration to tell the compiler to align it to the specified number of bytes.

JUCE_DEPRECATED

#define JUCE_DEPRECATED

(

functionDef

)

This macro can be used to wrap a function which has been deprecated.

JUCE_DEPRECATED_WITH_BODY

#define JUCE_DEPRECATED_WITH_BODY	(		functionDef,
			body
	)

JUCE_DEPRECATED_STATIC

#define JUCE_DEPRECATED_STATIC

(

valueDef

)

JUCE_DECLARE_DEPRECATED_STATIC

#define JUCE_DECLARE_DEPRECATED_STATIC

(

valueDef

)

JUCE_NO_ASSOCIATIVE_MATH_OPTIMISATIONS

#define JUCE_NO_ASSOCIATIVE_MATH_OPTIMISATIONS   __attribute__((__optimize__("no-associative-math")))

This can be appended to a function declaration to tell gcc to disable associative math optimisations which break some floating point algorithms.

JUCE_MAJOR_VERSION

#define JUCE_MAJOR_VERSION   6

Current JUCE version number.

See also SystemStats::getJUCEVersion() for a string version.

JUCE_MINOR_VERSION

#define JUCE_MINOR_VERSION   0

JUCE_BUILDNUMBER

#define JUCE_BUILDNUMBER   4

JUCE_VERSION

#define JUCE_VERSION   ((JUCE_MAJOR_VERSION << 16) + (JUCE_MINOR_VERSION << 8) + JUCE_BUILDNUMBER)

Current JUCE version number.

Bits 16 to 32 = major version. Bits 8 to 16 = minor version. Bits 0 to 8 = point release.

See also SystemStats::getJUCEVersion() for a string version.

JUCE_API

#define JUCE_API

This macro is added to all JUCE public class declarations.

JUCE_PUBLIC_IN_DLL_BUILD

#define JUCE_PUBLIC_IN_DLL_BUILD

(

declaration

)

declaration;

JUCE_PUBLIC_FUNCTION

#define JUCE_PUBLIC_FUNCTION   JUCE_API JUCE_CALLTYPE

This macro is added to all JUCE public function declarations.

JUCE_ANDROID

#define JUCE_ANDROID   1

JUCE_DEBUG

#define JUCE_DEBUG   1

JUCE_BIG_ENDIAN [1/2]

#define JUCE_BIG_ENDIAN   1

JUCE_BIG_ENDIAN [2/2]

#define JUCE_BIG_ENDIAN   1

JUCE_32BIT [1/2]

#define JUCE_32BIT   1

JUCE_32BIT [2/2]

#define JUCE_32BIT   1

JUCE_INTEL

#define JUCE_INTEL   1