NAME

       CosNaming_NamingContext  - This interface supports different bind and access functions for
       names in a context.

DESCRIPTION

       This is the object that defines name scopes, names must be unique within a naming context.
       Objects  may  have  multiple names and may exist in multiple naming contexts. Name context
       may be named in other contexts and cycles are permitted.

       The type NameComponent used below is defined as:

       -record('CosNaming_NameComponent', {id, kind=""}).

       where id and kind are strings.

       The type Binding used below is defined as:

       -record('CosNaming_Binding', {binding_name, binding_type}).

       where binding_name is a Name and binding_type is an enum which has the values nobject  and
       ncontext.

       Both these records are defined in the file CosNaming.hrl and it is included with:

       -include_lib("orber/COSS/CosNaming/CosNaming.hrl").

       There are a number of exceptions that can be returned from functions in this interface.

         * NotFound is defined as

         -record('CosNaming_NamingContext_NotFound',
                 {rest_of_name, why}).

         * CannotProceed is defined as

         -record('CosNaming_NamingContext_CannotProceed',
                 {rest_of_name, cxt}).

         * InvalidName is defined as

         -record('CosNaming_NamingContext_InvalidName', {}).

         * NotFound is defined as

         -record('CosNaming_NamingContext_NotFound', {}).

         * AlreadyBound is defined as

         -record('CosNaming_NamingContext_AlreadyBound', {}).

         * NotEmpty is defined as

         -record('CosNaming_NamingContext_NotEmpty', {}).

       These  exceptions  are  defined in the file CosNaming_NamingContext.hrl and it is included
       with:

       -include_lib("orber/COSS/CosNaming/CosNaming_NamingContext.hrl").

EXPORTS

       bind(NamingContext, Name, Object) -> Return

              Types:

                 NameContext = #objref
                 Name = [NameComponent]
                 Object = #objref
                 Return = ok

              Creates a binding of a name and an object in the naming  context.  Naming  contexts
              that are bound using bind() do not participate in name resolution.

       rebind(NamingContext, Name, Object) -> Return

              Types:

                 NamingContext = #objref
                 Name = [NameComponent]
                 Object = #objref
                 Return = ok

              Creates a binding of a name and an object in the naming context even if the name is
              already bound. Naming contexts that are bound using rebind() do not participate  in
              name resolution.

       bind_context(NamingContext1, Name, NamingContex2) -> Return

              Types:

                 NamingContext1 = NamingContext2 =#objref
                 Name = [NameComponent]
                 Return = ok

              The  bind_context  function creates a binding of a name and a naming context in the
              current context. Naming contexts that are bound using bind_context() participate in
              name resolution.

       rebind_context(NamingContext1, Name, NamingContex2) -> Return

              Types:

                 NamingContext1 = NamingContext2 =#objref
                 Name = [NameComponent]
                 Return = ok

              The rebind_context function creates a binding of a name and a naming context in the
              current context even if the name already is bound. Naming contexts that  are  bound
              using rebind_context() participate in name resolution.

       resolve(NamingContext, Name) -> Return

              Types:

                 NamingContext = #objref
                 Name = [NameComponent]
                 Return = Object
                 Object = #objref

              The resolve function is the way to retrieve an object bound to a name in the naming
              context. The given name must match exactly the bound name. The type of  the  object
              is  not  returned,  clients are responsible for narrowing the object to the correct
              type.

       unbind(NamingContext, Name) -> Return

              Types:

                 NamingContext = #objref
                 Name = [NameComponent]
                 Return = ok

              The unbind operation removes a name binding from the naming context.

       new_context(NamingContext) -> Return

              Types:

                 NamingContext = #objref
                 Return = #objref

              The new_context operation creates a new naming context.

       bind_new_context(NamingContext, Name) -> Return

              Types:

                 NamingContext = #objref
                 Name = [NameComponent]
                 Return = #objref

              The new_context operation creates a new naming context and binds it to Name in  the
              current context.

       destroy(NamingContext) -> Return

              Types:

                 NamingContext = #objref
                 Return = ok

              The  destroy  operation  disposes  the NamingContext object and removes it from the
              name server. The context must be empty e.g. not contain any bindings to be removed.

       list(NamingContext, HowMany) -> Return

              Types:

                 NamingContext = #objref
                 HowMany = int()
                 Return = {ok, BindingList, BindingIterator}
                 BindingList = [Binding]
                 BindingIterator = #objref

              The list operation returns a BindingList with a number of  bindings  up-to  HowMany
              from  the  context.  It  also  returns  a  BindinIterator which can be used to step
              through the list. If the total number of existing bindings are less than, or  equal
              to, the HowMany parameter a NIL object reference is returned.

          Note:
              One must destroy the BindingIterator, unless it is a NIL object reference, by using
              'BindingIterator':destroy(). Otherwise one can get dangling objects.