mcr Namespace Reference

Libmacro, by Jonathan Pelletier, New Paradigm Software. Alpha version. More...

Classes
class	Alarm
class	AlarmRef
class	Command
class	Contract
struct	dispatch_receiver_less
struct	Dispatcher
class	DispatchReceiverMap
class	DispatchReceiverSet
class	ICommand
class	IDataMember
struct	IDispatcher
class	IInterrupt
class	IKeyProvider
class	Interrupt
class	IOnPropertyChanged
class	IProperties
class	ISerializer
	Get/Set all values of an object. More...
struct	ISignal
class	ISignalBuilder
class	ISignalMember
class	IStringKey
struct	ITrigger
class	ITriggerBuilder
class	ITriggerMember
struct	KeyDispatcher
struct	Libmacro
class	LibmacroPlatform
class	Macro
class	MacrosInterrupted
class	Reference
struct	Registry
class	SafeString
class	SerAction
class	SerAlarm
class	SerCommand
class	SerHidEcho
class	Serial
class	SerInterrupt
class	SerKey
class	SerModifier
class	SerMoveCursor
class	SerNoOp
class	SerScroll
class	SerSignal
class	SerStaged
class	SerStringKey
class	SerTrigger
struct	Signal
class	SignalBuilder
class	SignalFunctions
class	Staged
class	String
struct	string_less_ci
class	StringKey
struct	Trigger
class	TriggerBuilder
class	TriggerFunctions

Functions
template<typename T >
T &	reference (void *pointer)
template<typename rT , typename vT >
rT *	offset (vT *valuePt)
template<typename rT , typename vT >
const rT *	offset (const vT *valuePt)
template<typename T >
void *	newDataMember ()
template<typename T >
void	deleteDataMember (void *dataPt)
template<typename T >
void	resetDataMember (void *dataPt)
template<typename T >
mcr_DataMember	doufu ()
MCR_API void	throwError (const char *lineString, int errorNumber)

Detailed Description

Libmacro, by Jonathan Pelletier, New Paradigm Software. Alpha version.

1. mcr_Signal is dispatched to mcr_IDispatcher using mcr_dispatch.
   1.0.a Disable dispatch for a signal by setting mcr_Signal::dispatch_flag to false.
   1.0.b Disable dispatch for all of an ISignal type by setting mcr_ISignal.dispatcher to NULL.
   1.0.c Disable Libmacro generic dispatch (receive all types) by setting mcr_context.base.generic_dispatcher_flag to false.
   1.1 Dispatching may be received by mcr_DispatchReceiver.
   1.2 mcr_Trigger_receive may be used to dispatch into mcr_Trigger.
   1.3 Triggered action may be a mcr_Macro, which sends a list of mcr_Signal.
   
2. If signal is not blocked by dispatching, it is then sent to cause an action.
   

Function Documentation

deleteDataMember()

template<typename T >

void mcr::deleteDataMember

(

void *

dataPt

)

C++ function to deallocate C++ objects from heap with mcr_Interface

Definition at line 69 of file functions.h.

doufu()

template<typename T >

mcr_DataMember mcr::doufu

(

)

Todo:

Maybe not used */

Definition at line 85 of file functions.h.

newDataMember()

template<typename T >

void* mcr::newDataMember

(

)

C++ function to allocate data member to heap.

Definition at line 62 of file functions.h.

offset() [1/2]

template<typename rT , typename vT >

rT* mcr::offset

(

vT *

valuePt

)

Precondition

vT *value must be a member of rT named "self"

Definition at line 44 of file functions.h.

offset() [2/2]

template<typename rT , typename vT >

const rT* mcr::offset

(

const vT *

valuePt

)

Precondition

vT *value must be a member of rT named "self"

Definition at line 53 of file functions.h.

resetDataMember()

template<typename T >

void mcr::resetDataMember

(

void *

dataPt

)

C++ function to reinitialize C++ objects

Definition at line 77 of file functions.h.