1 karl  1.1.2.1 	$Author: karl $
  2               
  3               /*
  4               
  5               Table of the C++ CIM Objects defined in the Specification.
  6               */
  7                /** @name CIM Object Table
  8                <table border cellspacing=4 cellpadding=5>
  9                <tr>
 10                	<th colspan=4 align=center>CIM Objects anc Concepts and their Pegasus
 11                	Implementation</th>
 12                </tr>
 13               
 14                <tr><th>CIM Concept / Object</th>
 15                    <th>Pegasus Class</th>
 16                    <th>Reference</th>
 17                    <th>Description</th>
 18                </tr>
 19                <tr><td>Array</td>
 20                    <td>Array</td>
 21                    <td>\Ref{Array}</td>    <td>The Array C++ class implements a container for other objects.  It is used both in the CIM interfaces and internally.</td>
 22 karl  1.1.2.1  </tr>
 23                <tr><td>CIM Classes</td>
 24                    <td>CIMClass</td>
 25                    <td>\Ref{CIMClass}</td>
 26                <td> The CIMClass C++ class implements the CIMClass object.A CIM Class is a   collection of instances, all of which support a common
 27                	type; that is, a set of properties and methods. The common properties and methods are defined as features of the class</td>
 28                </tr>
 29                <tr>
 30                    <td>CIM DateTime</td>
 31                    <td>CIMDateTime</td>
 32                    <td>\Ref{CIMDateTime}</td>    <td>The CIM DateTime C++ Class implements the CIM DateTime object. This object defines
 33                     dates and times for CIM.</td>
 34                </tr>
 35                <tr>
 36                    <td>CIM Instance</td>
 37                    <td>CIMInstance</td>
 38                    <td>\Ref{CIMInstance}</td>    <td>The CIMInstance C++ Class implements the CIM Instance object.  A CIM InstanceAn instance is a set of property values that can be uniquely identified by a key.
 39               </td>
 40                </tr>
 41                <tr>
 42                    <td>CIM Qualifier Declaration</td>
 43 karl  1.1.2.1      <td>?????</td>
 44                    <td>ATTN</Ref{CIMQualifierDecl}>    <td>ATT: Description</td>
 45                </tr>
 46               
 47                <tr>
 48                    <td>CIM Qualifier</td>
 49                    <td>CIMQualifier</td>
 50                    <td>\Ref{CIMQualifier}</td>    <td>The CIMQualifier C++ Class implements the CIM Qualifier object. CIM Qualifiers
 51                   are values that provide additional information about classes, associations,
 52                   indications, methods, method parameters, triggers, instances, properties or
 53                   references. All qualifiers have a name, type, value, scope, flavor and default value.</td>
 54                </tr>
 55                <tr>
 56                    <td>CIM Flavor</td>
 57                    <td>CIMFlavor</td>
 58                    <td>\Ref{CIMFLAVOR}</td>
 59                    <td>Part of a qualifier spcification indicating overriding and
 60                    inheritance rules.</td>
 61                </tr>
 62                
 63                 <tr>
 64 karl  1.1.2.1       <td>CIM Method</td>
 65                     <td>CIMMethod</td>
 66                     <td>\Ref{CIMMethod}</td>    <td>ATT: Description</td>
 67                 </tr>
 68                 
 69                 <tr>
 70                      <td>CIM Name</td>
 71                      <td>CIMName</td>
 72                      <td>\Ref{CIMName}</td>    <td>ATT: Description</td>
 73                </tr>
 74                <tr>
 75                    <td>CIM Property</td>
 76                    <td>CIMProperty</td>
 77                    <td>\Ref{PROPERTY}</td>
 78                    <td>A value used to characterize an instance of a class.</td>
 79                </tr>
 80               
 81                <tr>
 82                     <td>CIM Reference</td>
 83                     <td>CIMReference</td>
 84                     <td>\Ref{CIMReference}</td>    <td>ATT: Description</td>
 85 karl  1.1.2.1  </tr>
 86                <tr>
 87                    <td>CIM Scope</td>
 88                    <td>CIMScope</td>
 89                    <td>\Ref{CIMScope}</td>    <td>ATT: Description</td>
 90                </tr>
 91                <tr>
 92                    <td>CIM ????</td>
 93                    <td>Qualifier Type</td>
 94                    <td>\Ref{???}</td>    <td>ATT: Description</td>
 95                 </tr>
 96                <tr>
 97                    <td>CIM Type</td>
 98                    <td>CIMType</td>
 99                    <td>\Ref{CIMType}</td>    <td>ATT: Description</td>
100                 </tr>
101                <tr>
102                     <td>CIM Value</td>
103                     <td>CIMValue</td>
104                     <td>\Ref{CIMValue}</td>    <td>ATT: Description</td>
105                </tr>
106 karl  1.1.2.1      
107                  <tr>
108                       <td>String</td>
109                       <td>String</td>
110                       <td>\Ref{String}</td>    <td>The Pegasus String C++ Class 
111                       implements the CIM string type.</td>
112                  </tr>
113                    
114                  tr>
115                        <td>CIM Type</td>
116                        <td>CIMType</td>
117                        <td>\Ref{CIMType}</td>    <td>ATT: Description</td>
118                  </tr>
119                  
120                 </table>
121               */