Common information model : implementing the object model for enterprise management

목차 (Table of Contents)

• CONTENTS
• Preface = xiii
• Acknowledgments = xv
• About the Authors = xvii
• Chapter 1 CIM Introduction = 1
• CIM History = 1
• How CIM Works = 1
• CIM Specification and CIM Schema = 3
• Core Schema = 5
• Common Schema = 7
• Extension Schemas = 10
• Managed Object Format = 10
• CIM in the Management Industry = 11
• Relationship to WBEM = 11
• xmlCIM = 14
• CIM Operations over HTTP = 15
• Common Data Representation = 17
• References = 20
• Chapter 2 CIM Basics-Concepts and Models = 21
• Object-Oriented Modeling = 21
• The Purpose of OO = 21
• CIM Concepts and Terminology = 27
• Schema = 28
• Classes = 31
• Superclasses and Subclasses = 33
• Domain Range, and Type = 34
• Properties = 41
• Methods = 41
• Associations and References = 41
• Indications = 43
• Qualifiers = 44
• Override = 44
• Naming and Keys = 45
• References = 46
• Chapter 3 Schema Design Concepts = 49
• Modeling = 49
• What Is a Model? = 49
• Models as Maps = 52
• Modeling Techniques, Tools, and Methods = 60
• Design Process = 63
• Relational Models = 64
• General Goals of Relational Design = 64
• Constraints of the Relational Model = 68
• Object Models = 71
• References = 74
• Chapter 4 The Core Model = 75
• Overview of the Core Model = 75
• Modeling Methodology = 76
• The Core Model = 79
• Manageable Components = 80
• Logical and Physical Split = 84
• Consumable Capability within a System = 86
• Configurations = 89
• Products = 91
• Common Operations = 92
• Summary = 92
• References = 93
• Chapter 5 System and Device Models = 95
• Purpose of the System and Device Models = 95
• System Methodology and Design Patterns = 97
• System Names = 99
• Device Methodology and Design Patterns = 102
• Device Connections and Associations = 104
• A Sample Computer System and Its Devices = 107
• Classes, Associations, and Attributes = 110
• CIM systems = 110
• CIM Cluster and Boot Services = 114
• Operating Systems, File Systems, and Files = 115
• CIM Devices = 118
• Modeling Storage = 121
• Modeling Controllers and Network Adapters = 125
• Redundancy = 129
• Subtyping and Extending the Models = 131
• Past and Future of the System and Device Models = 132
• Physical Aspects of Systems and Devices = 133
• References = 133
• Chapter 6 The Physical Model = 135
• Goals of the Physical Model = 135
• Methodology and Design Patterns = 136
• Naming Physical Elements = 139
• Common Questions = 139
• A Sample Enclosure = 141
• Classes, Associations, and Attributes = 142
• CIM Physical Packages and Locations = 142
• Physical Capacity = 146
• Physical Components = 148
• Subtyping and Extending the Model = 148
• Past and Future of the Physical Model = 148
• References = 150
• Chapter 7 Common Model for Applications = 151
• Managing Distributed Applications = 151
• Application Fundamentals = 152
• Application Life Cycle = 154
• The Common Model = 155
• Simple application = 156
• User／Administrator Friendly Application Parts = 160
• Multiplatform Applications = 162
• Describing Operating System Dependencies = 163
• Dependencies on Other Applications = 169
• Incompatibilities = 172
• Business Systems = 172
• Common Operations = 172
• Summary = 173
• References = 174
• Chapter 8 Emerging Models = 175
• Networks : Beyond the Desktop = 176
• User and Security : Roles of Man and Machine = 178
• Policy and Service Level Agreements (SLAs) : Controlling the Enterprise = 178
• Database : Managing the Data Warehouse = 180
• Distributed Application Performance (DAP) : Monitoring the Applications = 181
• Support : Bugs and Fixes = 183
• Summary = 184
• Chapter 9 Steps in Schema Design = 185
• Application Development Cycle = 186
• Development Methodologies = 189
• Program Development = 189
• Schema Development = 189
• CIM Schema Development = 190
• Prototyping = 190
• CIM Schema Design = 191
• Overview = 191
• Step 1 : Identify Things and Their Properties = 194
• Step 2 : Generalize and Specialize = 211
• Step 3 : Add Semantics = 218
• Step 4 : Evaluate and Refine = 223
• Interface Design = 232
• CIM SQL = 232
• Step 1 : Identify Query Requirements = 234
• Step 2 : Identify Programmatic Query Requirements = 237
• Step 3 : Evaluate and Refine = 241
• Physical Design = 242
• Step 1 : Identify Capacity Requirements = 243
• Step 2 : Identify Programmatic Requirements = 245
• Step 3 : Identify Operational Requirements = 246
• Step 3 : Evaluate and Refine = 246
• The CIM Data Model : Beyond Systems Management = 247
• The Mechanics of Schema Extension = 248
• Restrictions = 250
• References = 253
• Chapter 10 Analysis = 255
• Classes = 256
• Features = 260
• Properties = 261
• Associations = 264
• Identifying Associations = 264
• Refining Associations = 264
• Types of Associations versus Types of References = 268
• Methods = 269
• Chapter 11 Methods and Events = 273
• Method Design Issues = 273
• Passing Objects versus Passing Parameters = 274
• Operations versus Functions = 276
• Overriding and Polymorphism = 276
• Fragile Base-Class Problem = 278
• Designing Event Classes = 279
• Event Representations = 280
• Intrinsic Events = 281
• Implementing Events = 282
• Aggregation, Correlation, and Throttling = 283
• References = 284
• Chapter 12 Implementation Theory = 285
• Implementation Independence = 285
• Implementation Model = 288
• Processing Flow = 289
• Data Interchange Engine Components = 290
• Types of Exchanges = 294
• Summary = 297
• Index = 299