PUBLIC

InheritIterC::InheritIterC(ObjectC &,ScopeAccessT,bool) InheritIterC::Next(void) InheritIterC::operator ++(int) InheritIterC::Data(void) InheritIterC::Data(void) const InheritIterC::operator *(void) InheritIterC::operator *(void) const InheritIterC::operator ->(void) InheritIterC::operator ->(void) const InheritIterC::IsElm(void) const InheritIterC::operator bool(void) const InheritIterC::CurrentScope(void) InheritIterC::TemplateSubs(void) InheritIterC::NextValid(void) InheritIterC::ListNext(InstanceDefT &)

typedef Tuple2C<ObjectC,RCHashC<StringC,ObjectC>> InstanceDefT;

bool localOnly;

Restrict search to local scope.

DLIterC at;

Iterate objects in current scope.

DListC toDo;

Scopes yet to be processed.

HSetC done;

Scopes that have been handled already.

ScopeC currentScope;

Info about current scope.

RCHashC currentTSubs;

current template substitutions.

ScopeAccessT incAccess;

InheritIterC(ObjectC & start,ScopeAccessT nIncAccess = SAProtected,bool localOnly = false)

Constructor.
start = inital context.
nIncAccess = Access level to use. i.e. SAPublic means only look at the public interface.
if localOnly is true don't look at inherited scopes.

bool Next()

Goto next.
Returns true if there is a next element.

void operator ++(int)

Goto next object.

ObjectC & Data()

Get current object.

const ObjectC & Data() const

Get current object.

ObjectC & operator *()

Get current object.

const ObjectC & operator *() const

Get current object.

ObjectC * operator ->()

Get current object.

const ObjectC * operator ->() const

Get current object.

bool IsElm() const

Is element in list ?

operator bool() const

Is element in list ?

ScopeC & CurrentScope()

Get current scope.

RCHashC<StringC,ObjectC> & TemplateSubs()

Access current template subsitutions.

bool NextValid()

Goto next valid element.

bool ListNext(InstanceDefT & start)

Goto next valid element.