Where Used List (Class) for SAP ABAP Class CL_MI_OBJECT_GRAPH (Superclass for debugger and memory snapshot object graphs)
SAP ABAP Class
CL_MI_OBJECT_GRAPH (Superclass for debugger and memory snapshot object graphs) is used by
| # | Object Type | Object Name | Object Description | Package | Structure Package | Software Component |
|---|---|---|---|---|---|---|
| 1 |
CL_MI_DEBUGGER_GRAPH Method: GET_REFERENCES_OF_NODES_LIST
|
Handling of Debugger Object Graphs | ||||
| 2 |
CL_MI_DEBUGGER_GRAPH Method: GET_REFERENCES
|
Handling of Debugger Object Graphs | ||||
| 3 | CL_MI_DEBUGGER_GRAPH | Handling of Debugger Object Graphs | ||||
| 4 |
CL_MI_DEBUGGER_GRAPH Method: IF_MI_TRAVERSE_GRAPH~GET_NODE_INFO
|
Handling of Debugger Object Graphs | ||||
| 5 |
CL_MI_DEBUGGER_GRAPH Method: IF_MI_TRAVERSE_GRAPH~GET_TABLE_COMPONENTS
|
Handling of Debugger Object Graphs | ||||
| 6 |
CL_MI_DEBUGGER_GRAPH Method: GET_TABLE_LINES
|
Handling of Debugger Object Graphs | ||||
| 7 | CL_MI_DEBUGGER_GRAPH | Handling of Debugger Object Graphs | ||||
| 8 |
CL_MI_DOMINATOR_TREE Method: IF_MI_DISPLAY_TREE~GET_TRAVERSE_GRAPH
|
Interface to the kernel for the dominator tree | ||||
| 9 |
CL_MI_DOMINATOR_TREE Method: IF_MI_DISPLAY_TREE~GET_DOMINATOR_ROOT_NODES
|
Interface to the kernel for the dominator tree | ||||
| 10 |
CL_MI_DOMINATOR_TREE Method: FACTORY
|
Interface to the kernel for the dominator tree | ||||
| 11 |
CL_MI_DOMINATOR_TREE Method: IF_MI_DISPLAY_TREE~GET_REFERENCES_OF_NODES_LIST
|
Interface to the kernel for the dominator tree | ||||
| 12 | CL_MI_DOMINATOR_TREE | Interface to the kernel for the dominator tree | ||||
| 13 |
CL_MI_DOMINATOR_TREE Method: IF_MI_DISPLAY_TREE~GET_REFERENCES
|
Interface to the kernel for the dominator tree | ||||
| 14 |
CL_MI_DOMINATOR_TREE Method: IF_MI_DISPLAY_TREE~GET_DOMINATED_NODES
|
Interface to the kernel for the dominator tree | ||||
| 15 | CL_MI_DOMINATOR_TREE | Interface to the kernel for the dominator tree | ||||
| 16 |
CL_MI_SEMANTIC_GRAPH Method: IF_MI_TRAVERSE_GRAPH~GET_NODE_COMPONENTS
|
Access to semantic and technical nodes | ||||
| 17 |
CL_MI_SEMANTIC_GRAPH Method: IF_MI_TRAVERSE_GRAPH~GET_CLASS_COMPONENT_NODE
|
Access to semantic and technical nodes | ||||
| 18 |
CL_MI_SEMANTIC_GRAPH Method: IF_MI_TRAVERSE_GRAPH~GET_TABLE_COMPONENTS
|
Access to semantic and technical nodes | ||||
| 19 |
CL_MI_SEMANTIC_GRAPH Method: CONSTRUCTOR
|
Access to semantic and technical nodes | ||||
| 20 |
CL_MI_SEMANTIC_GRAPH Method: IF_MI_TRAVERSE_GRAPH~GET_CLASS_COMPONENT_VALUE
|
Access to semantic and technical nodes | ||||
| 21 |
CL_MI_SEMANTIC_GRAPH Method: IF_MI_TRAVERSE_GRAPH~GET_PROGRAM_COMPONENT_NODE
|
Access to semantic and technical nodes | ||||
| 22 |
CL_MI_SEMANTIC_GRAPH Method: IF_MI_TRAVERSE_GRAPH~GET_NODE_COMPONENT_VALUE
|
Access to semantic and technical nodes | ||||
| 23 |
CL_MI_SEMANTIC_GRAPH Method: IF_MI_TRAVERSE_GRAPH~GET_CLASS_COMPONENTS
|
Access to semantic and technical nodes | ||||
| 24 |
CL_MI_SEMANTIC_GRAPH Method: IF_MI_TRAVERSE_GRAPH~GET_NODE_INFO_LONG
|
Access to semantic and technical nodes | ||||
| 25 |
CL_MI_SEMANTIC_GRAPH Method: IF_MI_TRAVERSE_GRAPH~GET_PROGRAM_COMPONENT_VALUE
|
Access to semantic and technical nodes | ||||
| 26 |
CL_MI_SEMANTIC_GRAPH Method: IF_MI_TRAVERSE_GRAPH~GET_NODE_COMPONENT_NODE
|
Access to semantic and technical nodes | ||||
| 27 | CL_MI_SEMANTIC_GRAPH | Access to semantic and technical nodes | ||||
| 28 |
CL_MI_SEMANTIC_GRAPH Method: IF_MI_TRAVERSE_GRAPH~GET_NODE_INFO
|
Access to semantic and technical nodes | ||||
| 29 | CL_MI_SEMANTIC_GRAPH | Access to semantic and technical nodes | ||||
| 30 |
CL_MI_SEMANTIC_GRAPH Method: IF_MI_TRAVERSE_GRAPH~GET_CLASS_OBJECT_NODES
|
Access to semantic and technical nodes | ||||
| 31 |
CL_MI_SEMANTIC_GRAPH Method: IF_MI_TRAVERSE_GRAPH~GET_PROGRAM_COMPONENTS
|
Access to semantic and technical nodes | ||||
| 32 | CL_MI_SEMANTIC_TREE | Representation of semantic tree | ||||
| 33 |
CL_MI_SEMANTIC_TREE Method: IF_MI_DISPLAY_TREE~GET_REFERENCES_OF_NODES_LIST
|
Representation of semantic tree | ||||
| 34 |
CL_MI_SEMANTIC_TREE Method: CREATE_ROOT_NODE
|
Representation of semantic tree | ||||
| 35 |
CL_MI_SEMANTIC_TREE Method: CONSTRUCTOR
|
Representation of semantic tree | ||||
| 36 | CL_MI_SEMANTIC_TREE | Representation of semantic tree | ||||
| 37 |
CL_MI_SEMANTIC_TREE Method: IF_MI_DISPLAY_TREE~GET_REFERENCES
|
Representation of semantic tree | ||||
| 38 |
CL_MI_SNAPSHOT_GRAPH Method: GET_TABLE_LINES
|
Object graph from a memory snapshot | ||||
| 39 |
CL_MI_SNAPSHOT_GRAPH Method: GET_REFERENCES_OF_NODES_LIST
|
Object graph from a memory snapshot | ||||
| 40 | CL_MI_SNAPSHOT_GRAPH | Object graph from a memory snapshot | ||||
| 41 | CL_MI_SNAPSHOT_GRAPH | Object graph from a memory snapshot | ||||
| 42 | CL_TPDA_OBJECT_GRAPH_CACHE | Semantic Trees in the Debugger | ||||
| 43 | CL_TPDA_OBJECT_GRAPH_CACHE | Semantic Trees in the Debugger | ||||
| 44 |
CL_TPDA_OBJECT_GRAPH_CACHE Method: INSERT_TREE
|
Semantic Trees in the Debugger | ||||
| 45 | CL_TPDA_TOOL_MEMORY | TPDA: Memory Display | ||||
| 46 |
CL_TPDA_TOOL_MEMORY_EXPLORER Method: REFRESH
|
TPDA: Memory Object Explorer | ||||
| 47 |
CL_TPDA_TOOL_WEBDYNPROMEM Method: INIT_TREE
|
CL_TPDA_TOOL_WEBDYNPROMEM | ||||
| 48 |
CL_TPDA_TOOL_WEBDYNPROMEM Method: INIT_DISPLAY_INT
|
CL_TPDA_TOOL_WEBDYNPROMEM |