select * from ( select '1' business_area_id, '0' parent_business_area_id, 'Siebel Business Component' business_area_name, 'Siebel Business Component' business_name, 'Siebel Business Component' description from dual union select DISTINCT BC.row_id business_area_id, '1' parent_business_area_id, BC.name business_area_name, BC.name business_name, BC.comments description from S_BUSCOMP BC, S_REPOSITORY REPO_1 where BC.repository_id = REPO_1.row_id and REPO_1.name = 'Siebel Repository' ) order by parent_business_area_id, business_area_name select distinct a.name object_name, b.buscomp_id parent_business_area_id, 'TABLE' type, a.desc_text description from S_TABLE a, ( select table_name, row_id as buscomp_id, repository_id from S_BUSCOMP union select distinct dest_tbl_name as table_name, buscomp_id, repository_id from S_JOIN union select distinct join_name as table_name, buscomp_id, repository_id from S_FIELD t_field where join_name is not null and not exists (select dest_tbl_name from S_JOIN t_join where t_join.name = t_field.join_name and t_join.buscomp_id = t_field.buscomp_id ) ) b, S_REPOSITORY c where a.name = b.table_name and a.repository_id = b.repository_id and a.repository_id = c.row_id and c.name = 'Siebel Repository' select a.name table_name, a.user_name business_name, a.desc_text description from .S_TABLE a, .S_REPOSITORY b where a.repository_id = b.row_id and b.NAME = 'Siebel Repository' select b.name entity_name, a.sequence position, a.name column_name, (case a.data_type when 'V' then 'VARCHAR2' when 'U' then 'DATE' when 'D' then 'DATE' when 'C' then 'CHAR' when 'X' then 'LONG' when 'T' then 'DATE' when 'N' then 'NUMBER' when 'S' then 'DATE' when 'L' then 'CLOB' end )data_type, (case a.data_type when 'V' then a.length * 4 when 'U' then 7 when 'D' then 7 when 'C' then a.length * 4 when 'X' then a.length when 'T' then 7 when 'N' then 22 when 'S' then 7 when 'L' then 4000 end) length, a.prec_num precision, a.scale scale, a.desc_text description, a.nullable isNullable, '' DATA_TYPE_OWNER, '' DATA_DEFAULT, '' CHARSET, 1 BYTES_PER_CHAR, 'N' USE_CHAR_SEMANTICS from .s_column a, .s_table b, .s_repository c where c.name = 'Siebel Repository' and c.row_id = b.repository_id and b.ROW_ID = a.tbl_id select T2.name entity_name, T1.name key_name, T1.name business_name, '' description, substr(T1.type, 1, 1) constraint_type from .s_index T1, .s_table T2, .s_repository T3 where T1.tbl_id = T2.row_id and ((T1.type = 'User Key' and T1.isunique = 'Y') or (T1.type = 'Primary Key')) and T3.row_id = T2.REPOSITORY_ID and T3.name = 'Siebel Repository' select T2.name entity_name, T2.name || '_FK_' ||T1.name foreign_key_name, T2.name || '_FK_' ||T1.name business_name, '' description, T5.name unique_key_name from .s_column T1, .s_table T2, .s_table T4, .s_index T5, .s_repository T3 where T1.tbl_id = T2.row_id and T1.fkey_tbl_id is not null and T3.row_id = T2.REPOSITORY_ID and T3.name = 'Siebel Repository' and T4.row_id = T1.fkey_tbl_id and T5.tbl_id = t4.ROW_ID and T5.type = 'Primary Key' select T2.name key_name, T1.Name column_name, T1.COL_POSTN position from .s_index_column T1, .s_index T2, .s_table T3, .s_repository T4 where T1.index_id = T2.row_id and ((T2.type = 'Primary Key' and T1.COL_POSTN = 1) or T2.type = 'User Key') and T2.tbl_id = T3.row_id and T3.repository_id = T4.row_id and T4.name = 'Siebel Repository' UNION ALL select T2.name || '_FK_' ||T1.name key_name, T1.name column_name, 1 position from .s_column T1, .s_table T2, .s_repository T3 where T1.tbl_id = T2.row_id and T1.fkey_tbl_id is not null and T3.row_id = T2.REPOSITORY_ID and T3.name = 'Siebel Repository' select distinct T1.name orig_table_name, T2.name foreign_table_name, T2.desc_text foreign_table_description from .s_table T1, .s_table T2, .s_column T3, .s_repository T4 where T3.fkey_tbl_id = T2.row_id and T3.tbl_id = T1.row_id and T3.fkey_tbl_id != T3.tbl_id and T3.fkey_tbl_id is not null and T4.row_id = T1.REPOSITORY_ID and T4.name = 'Siebel Repository' true false false true false false true true false false true false true true false