Class Method list used by SAP ABAP Class CL_RSR_RRK0_AGGR_NIA (Exception Aggregation NHA and NGA)
SAP ABAP Class
CL_RSR_RRK0_AGGR_NIA (Exception Aggregation NHA and NGA) is using
| # | Object Type | Object Name | Object Description | Note |
|---|---|---|---|---|
| 1 | CL_RSR - GET_CHANM | OLAP Basis | ||
| 2 | CL_RSR - SET_BIT | OLAP Basis | ||
| 3 | CL_RSR - GET_CHANM | OLAP Basis | ||
| 4 | CL_RSR_BASE - FREE | OLAP Basis | ||
| 5 | CL_RSR_BASE - FREE | OLAP Basis | ||
| 6 | CL_RSR_HIERARCHY_BINCL - HIEDIR_GET | Hierarchy with Inclusion Table | ||
| 7 | CL_RSR_HIERARCHY_BINCL - MEMBER_GET_STATELESS | Hierarchy with Inclusion Table | ||
| 8 | CL_RSR_HIERARCHY_BINCL - MEMBER_GET_FAST | Hierarchy with Inclusion Table | ||
| 9 | CL_RSR_HIERARCHY_BINCL - HIERARCHY_UNDEF_STATE_GET | Hierarchy with Inclusion Table | ||
| 10 | CL_RSR_HIERARCHY_BINCL - GET_LEAF_OF_CHARGEABLE_NODE | Hierarchy with Inclusion Table | ||
| 11 | CL_RSR_HIERARCHY_BINCL - GET_LEAF_OF_CHARGEABLE_NODE | Hierarchy with Inclusion Table | ||
| 12 | CL_RSR_HIERARCHY_BINCL - DESCENDANTS_GET_STATELESS | Hierarchy with Inclusion Table | ||
| 13 | CL_RSR_HIERARCHY_BINCL - DESCENDANTS_GET_STATELESS | Hierarchy with Inclusion Table | ||
| 14 | CL_RSR_HIERARCHY_BINCL - CHECK_CHARGEABLE_LEAF | Hierarchy with Inclusion Table | ||
| 15 | CL_RSR_HIERARCHY_BINCL - ANCESTOR_CHECK_STATELESS | Hierarchy with Inclusion Table | ||
| 16 | CL_RSR_RRK0_AGGR_NIA - _GET_NIA_SID | Exception Aggregation NHA and NGA | SOURCE r_ts_sid = _get_nia_sid( i_s_nia = i_s_nia |
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| 17 | CL_RSR_RRK0_AGGR_NIA - _GET_NIA_ID | Exception Aggregation NHA and NGA | SOURCE l_sx_nia-sid = _get_nia_id( i_s_nia = l_s_nia |
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| 18 | CL_RSR_RRK0_AGGR_NIA - _GET_NIA_SID | Exception Aggregation NHA and NGA | SOURCE i_ts_node = l_ts_node ). |
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| 19 | CL_RSR_RRK0_AGGR_NIA - _GET_NIA_SID | Exception Aggregation NHA and NGA | SOURCE i_node = i_node |
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| 20 | CL_RSR_RRK0_AGGR_NIA - _GET_NIA_SID | Exception Aggregation NHA and NGA | SOURCE r_ts_sid = _get_nia_sid( i_s_nia = i_s_nia |
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| 21 | CL_RSR_RRK0_AGGR_NIA - _GET_NIA_SID | Exception Aggregation NHA and NGA | SOURCE i_ts_node = l_ts_node ). |
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| 22 | CL_RSR_RRK0_AGGR_NIA - _GET_NIA_SID | Exception Aggregation NHA and NGA | SOURCE r_ts_sid = _get_nia_sid( i_s_nia = i_s_nia |
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| 23 | CL_RSR_RRK0_AGGR_NIA - _GET_NIA_ID | Exception Aggregation NHA and NGA | SOURCE i_id = l_sx_nia-bnr ). |
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| 24 | CL_RSR_RRK0_AGGR_NIA - _GET_NIA_ID | Exception Aggregation NHA and NGA | SOURCE i_bflk = cl_rsr_rrk0_selection=>n_c_bflk-bnr |
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| 25 | CL_RSR_RRK0_AGGR_NIA - _GET_NIA_ID | Exception Aggregation NHA and NGA | SOURCE i_node = i_sid_dyn |
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| 26 | CL_RSR_RRK0_AGGR_NIA - _GET_NIA_ID | Exception Aggregation NHA and NGA | SOURCE l_sx_nia-sid = _get_nia_id( i_s_nia = l_s_nia |
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| 27 | CL_RSR_RRK0_AGGR_NIA - _GET_NIA_ID | Exception Aggregation NHA and NGA | SOURCE i_id = l_bnr ). |
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| 28 | CL_RSR_RRK0_AGGR_NIA - _GET_NIA_ID | Exception Aggregation NHA and NGA | SOURCE i_bflk = cl_rsr_rrk0_selection=>n_c_bflk-bnr |
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| 29 | CL_RSR_RRK0_AGGR_NIA - _GET_NIA_ID | Exception Aggregation NHA and NGA | SOURCE i_node = i_sid_dyn |
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| 30 | CL_RSR_RRK0_AGGR_NIA - _GET_NIA_ID | Exception Aggregation NHA and NGA | SOURCE r_ts_sid = _get_nia_id( i_s_nia = l_s_nia |
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| 31 | CL_RSR_RRK0_AGGR_NIA - _GET_NIA_SID | Exception Aggregation NHA and NGA | SOURCE i_ts_node = l_ts_node ). |
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| 32 | CL_RSR_RRK0_AGGR_NIA - _GET_NIA_SID_01 | Exception Aggregation NHA and NGA | SOURCE l_sx_sid = _get_nia_sid_01( i_s_nia = i_s_nia |
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| 33 | CL_RSR_RRK0_AGGR_NIA - _GET_NIA_SID_01 | Exception Aggregation NHA and NGA | SOURCE i_node = l_node |
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| 34 | CL_RSR_RRK0_AGGR_NIA - _GET_NIA_SID_01 | Exception Aggregation NHA and NGA | SOURCE i_r_hier = |
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| 35 | CL_RSR_RRK0_AGGR_NIA - _GET_NIA_SID_NGA | Exception Aggregation NHA and NGA | SOURCE r_sx_sid-leaf = _get_nia_sid_nga( i_s_nia = i_s_nia |
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| 36 | CL_RSR_RRK0_AGGR_NIA - _GET_NIA_SID_NGA | Exception Aggregation NHA and NGA | SOURCE i_node = r_sx_sid-osid |
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| 37 | CL_RSR_RRK0_AGGR_NIA - _GET_NIA_SID_NGA | Exception Aggregation NHA and NGA | SOURCE i_r_hier = i_r_hier ). |
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| 38 | CL_RSR_RRK0_AGGR_NIA - _GET_NODE_FROM_SELDR | Exception Aggregation NHA and NGA | SOURCE _get_node_from_seldr( EXPORTING i_sx_seldr = l_sx_seldr |
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| 39 | CL_RSR_RRK0_AGGR_NIA - _GET_NODE_FROM_SELDR | Exception Aggregation NHA and NGA | SOURCE IMPORTING e_ts_node = l_ts_node |
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| 40 | CL_RSR_RRK0_AGGR_NIA - _GET_NODE_FROM_SELDR | Exception Aggregation NHA and NGA | SOURCE CHANGING c_s_nia = i_s_nia ). |
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| 41 | CL_RSR_RRK0_AGGR_NIA - _GET_THJ | Exception Aggregation NHA and NGA | SOURCE l_s_thj-chavl = _get_thj( i_s_nia = i_s_nia |
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| 42 | CL_RSR_RRK0_AGGR_NIA - _GET_THJ | Exception Aggregation NHA and NGA | SOURCE i_sid = l_s_thj-thj ). |
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| 43 | CL_RSR_RRK0_AGGR_NIA - _INTERSECT_NIA | Exception Aggregation NHA and NGA | SOURCE _intersect_nia( EXPORTING i_node = i_node |
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| 44 | CL_RSR_RRK0_AGGR_NIA - _INTERSECT_NIA | Exception Aggregation NHA and NGA | SOURCE i_ts_node = i_ts_node |
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| 45 | CL_RSR_RRK0_AGGR_NIA - _INTERSECT_NIA | Exception Aggregation NHA and NGA | SOURCE IMPORTING e_ts_node = i_ts_node |
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| 46 | CL_RSR_RRK0_AGGR_NIA - _INTERSECT_NIA | Exception Aggregation NHA and NGA | SOURCE CHANGING c_sx_nia = l_sx_nia ). |
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| 47 | CL_RSR_RRK0_AGGR_NIA - _GET_NIA_ID | Exception Aggregation NHA and NGA | SOURCE i_bflk = I_bflk |
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| 48 | CL_RSR_RRK0_AGGR_NIA - _CHECK_CP | Exception Aggregation NHA and NGA | SOURCE _check_cp( exporting I_S_cp = L_S_cp |
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| 49 | CL_RSR_RRK0_AGGR_NIA - _CHECK_CP | Exception Aggregation NHA and NGA | SOURCE I_R_hier = c_sx_nia-hier |
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| 50 | CL_RSR_RRK0_AGGR_NIA - _CHECK_CP | Exception Aggregation NHA and NGA | SOURCE importing e_i2 = L_I |
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| 51 | CL_RSR_RRK0_AGGR_NIA - _CHECK_CP | Exception Aggregation NHA and NGA | SOURCE changing c_TS_Cp = c_sx_nia-cp ). |
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| 52 | CL_RSR_RRK0_AGGR_NIA - _CHECK_CP | Exception Aggregation NHA and NGA | SOURCE _check_cp( exporting I_S_cp = L_S_cp |
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| 53 | CL_RSR_RRK0_AGGR_NIA - _CHECK_CP | Exception Aggregation NHA and NGA | SOURCE I_R_hier = c_sx_nia-hier |
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| 54 | CL_RSR_RRK0_AGGR_NIA - _CHECK_CP | Exception Aggregation NHA and NGA | SOURCE importing E_I1 = L_i |
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| 55 | CL_RSR_RRK0_AGGR_NIA - _CHECK_CP | Exception Aggregation NHA and NGA | SOURCE changing c_TS_Cp = c_sx_nia-cp ). |
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| 56 | CL_RSR_RRK0_AGGR_NIA - _CHECK_CP | Exception Aggregation NHA and NGA | SOURCE _check_cp( exporting I_S_cp = L_S_cp |
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| 57 | CL_RSR_RRK0_AGGR_NIA - _CHECK_CP | Exception Aggregation NHA and NGA | SOURCE I_R_hier = c_sx_nia-hier |
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| 58 | CL_RSR_RRK0_AGGR_NIA - _CHECK_CP | Exception Aggregation NHA and NGA | SOURCE importing e_i1 = L_I |
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| 59 | CL_RSR_RRK0_AGGR_NIA - _CHECK_CP | Exception Aggregation NHA and NGA | SOURCE changing c_TS_Cp = c_sx_nia-cp ). |
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| 60 | CL_RSR_RRK0_AGGR_NIA - _CHECK_CP | Exception Aggregation NHA and NGA | SOURCE _check_cp( exporting I_S_cp = L_S_cp |
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| 61 | CL_RSR_RRK0_AGGR_NIA - _CHECK_CP | Exception Aggregation NHA and NGA | SOURCE I_R_hier = c_sx_nia-hier |
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| 62 | CL_RSR_RRK0_AGGR_NIA - _CHECK_CP | Exception Aggregation NHA and NGA | SOURCE importing E_I2 = L_i |
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| 63 | CL_RSR_RRK0_AGGR_NIA - _CHECK_NIA_WGR | Exception Aggregation NHA and NGA | SOURCE _check_nia_wgr( i_sx_wgr ). |
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| 64 | CL_RSR_RRK0_AGGR_NIA - _GET_NIA_ID | Exception Aggregation NHA and NGA | SOURCE i_id = i_index ). |
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| 65 | CL_RSR_RRK0_AGGR_NIA - _GET_NIA_ID | Exception Aggregation NHA and NGA | SOURCE i_node = i_sid_dyn |
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| 66 | CL_RSR_RRK0_AGGR_NIA - _GET_NIA_HIER | Exception Aggregation NHA and NGA | SOURCE e_rest = |
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| 67 | CL_RSR_RRK0_AGGR_NIA - _GET_NIA_HIER | Exception Aggregation NHA and NGA | SOURCE IMPORTING e_r_hier = |
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| 68 | CL_RSR_RRK0_AGGR_NIA - _GET_NIA_HIER | Exception Aggregation NHA and NGA | SOURCE _get_nia_hier( EXPORTING i_s_nia = i_s_nia |
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| 69 | CL_RSR_RRK0_AGGR_NIA - _GET_NGA_LEAF | Exception Aggregation NHA and NGA | SOURCE CHANGING c_ts_sid = r_ts_sid ). |
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| 70 | CL_RSR_RRK0_AGGR_NIA - _GET_NGA_LEAF | Exception Aggregation NHA and NGA | SOURCE i_ts_node = i_ts_node |
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| 71 | CL_RSR_RRK0_AGGR_NIA - _GET_NGA_LEAF | Exception Aggregation NHA and NGA | SOURCE i_r_hier = |
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| 72 | CL_RSR_RRK0_AGGR_NIA - _GET_NGA_LEAF | Exception Aggregation NHA and NGA | SOURCE _get_nga_leaf( EXPORTING i_aggrid = i_s_nia-aggrid |
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| 73 | CL_RSR_RRK0_AGGR_NIA - _CHECK_THJ | Exception Aggregation NHA and NGA | SOURCE CHANGING c_ts_thj = |
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| 74 | CL_RSR_RRK0_AGGR_NIA - _CHECK_THJ | Exception Aggregation NHA and NGA | SOURCE IMPORTING e_ts_sid = r_ts_sid |
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| 75 | CL_RSR_RRK0_AGGR_NIA - _CHECK_THJ | Exception Aggregation NHA and NGA | SOURCE i_ts_sid = r_ts_sid |
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| 76 | CL_RSR_RRK0_AGGR_NIA - _CHECK_THJ | Exception Aggregation NHA and NGA | SOURCE _check_thj( EXPORTING i_s_nia = i_s_nia |
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| 77 | CL_RSR_RRK0_AGGR_NIA - _CHECK_CP | Exception Aggregation NHA and NGA | SOURCE changing c_TS_Cp = c_sx_nia-cp ). |
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| 78 | CL_RSR_RRK0_SELECTION - GET_UNIQUE_SELDR | Management of Dyn. Filter for OLAP | ||
| 79 | CL_RS_BASE - X_MESSAGE | BW Basis | ||
| 80 | CL_RS_BASE - X_MESSAGE | BW Basis | ||
| 81 | CL_RS_BASE - X_MESSAGE | BW Basis | ||
| 82 | CL_RS_BASE - X_MESSAGE | BW Basis | ||
| 83 | CL_RS_BASE - X_MESSAGE | BW Basis | ||
| 84 | CL_RS_BASE - X_MESSAGE | BW Basis | ||
| 85 | CL_RS_BASE - X_MESSAGE | BW Basis | ||
| 86 | CL_RS_BASE - X_PROPAGATE | BW Basis |