MonitorableIter4Read< ITyp > Class Template Reference

base class for const MonitoredObject iterator. More...

Inheritance diagram for MonitorableIter4Read< ITyp >:

Public Member Functions
	MonitorableIter4Read (const MonitorableIter4Read &)
	MonitorableIter4Read (const MonitoredObject &, ITyp startidx, ITyp stopidx)
virtual void	reInit ()
virtual void	retire ()
Public Member Functions inherited from MonitorableIterBase< ITyp >
	MonitorableIterBase (const MonitorableIterBase &)
	MonitorableIterBase (const MonitoredObject &, idx_type start, idx_type stop)
virtual	~MonitorableIterBase ()
bool	atFirst () const
bool	atLast () const
idx_type	curIdx () const
bool	isEmpty () const
bool	isForward () const
bool	isPresent (idx_type) const
bool	isValid () const
const MonitoredObject &	monitored () const
bool	next ()
size_type	size () const

Protected Member Functions
MonitorableIter4Read &	operator= (const MonitorableIter4Read &)=delete
Protected Member Functions inherited from MonitorableIterBase< ITyp >
MonitorableIterBase &	operator= (const MonitorableIterBase &)=delete

Protected Attributes
MonitorLock	ml_
Protected Attributes inherited from MonitorableIterBase< ITyp >
idx_type	curidx_
const Direction	dir_
const MonitoredObject &	obj_
const idx_type	startidx_
const idx_type	stopidx_

Additional Inherited Members
Public Types inherited from MonitorableIterBase< ITyp >
enum	Direction { Forward , Backward }
typedef ITyp	idx_type
typedef idx_type	size_type

Detailed Description

template<class ITyp>
class MonitorableIter4Read< ITyp >

base class for const MonitoredObject iterator.

Will MonitorLock, so when done before going out of scope, calling retire() will lift the lock early (this is what you want).

<>

Constructor & Destructor Documentation

MonitorableIter4Read() [1/2]

template<class ITyp >

MonitorableIter4Read< ITyp >::MonitorableIter4Read ( const MonitoredObject &  obj, ITyp  startidx, ITyp  stopidx  )

inline

MonitorableIter4Read() [2/2]

template<class ITyp >

MonitorableIter4Read< ITyp >::MonitorableIter4Read ( const MonitorableIter4Read< ITyp > &  oth )

inline

Member Function Documentation

operator=()

template<class ITyp >

MonitorableIter4Read& MonitorableIter4Read< ITyp >::operator= ( const MonitorableIter4Read< ITyp > &  )

protecteddelete

reInit()

template<class ITyp >

void MonitorableIter4Read< ITyp >::reInit

inlinevirtual

Reimplemented from MonitorableIterBase< ITyp >.

retire()

template<class ITyp >

void MonitorableIter4Read< ITyp >::retire

inlinevirtual

Reimplemented from MonitorableIterBase< ITyp >.

Member Data Documentation

ml_

template<class ITyp >

MonitorLock MonitorableIter4Read< ITyp >::ml_

protected