{ "module": "Test.tb4_sceneData", "flag": "vertical", "configs": [ { "key": "Test.tb4_sceneData", "desc": "LTE室内外场景分析", "config": { "parameters": [ { "name": "p_en", "columnname": "", "type": "string", "format": "", "conditionid": "c0", "symbol": "" }, { "name": "starttime", "columnname": "", "type": "string", "format": "", "conditionid": "c1", "symbol": "" }, { "name": "endtime", "columnname": "", "type": "string", "format": "", "conditionid": "c2", "symbol": "" }, { "name": "scenename", "columnname": "", "type": "string", "format": "", "conditionid": "c3", "symbol": "" }, { "name": "fieldname", "columnname": "", "type": "string", "format": "", "conditionid": "c4", "symbol": "" }, { "name": "scenevalue", "columnname": "", "type": "string", "format": "", "conditionid": "c5", "symbol": "" }, { "name": "province", "columnname": "", "type":"string", "format": "", "conditionid": "c6", "symbol":"" } ], "value": "SELECT DISTINCT '[@c6]' AS data1, '[@c3]' AS data2, 0 data3, 0 data4, 0 data5, 0 data6, 0 data49, 0 data50, t.* FROM ( SELECT t4.data7, t4.data8, t4.data9, t4.data10, t4.data11, t4.data12, t4.data13, t4.data14, t4.data15, t4.data16, t4.data17, t4.data18, t4.data19, t4.data20, t4.data21, t4.data22, t4.data23, t4.data24, t4.data25, t4.data26, t4.data27, t4.data28, t4.data29, t4.data30, t4.data31, t4.data32, t4.data33, t4.data34, t4.data35, t4.data36, t4.data37, t4.data38, t4.data39, t4.data40, t4.data41, t4.data42, t4.data43, t4.data44, t4.data45, t4.data46, t4.data47, t4.data48, t5.data53, t5.data54, t5.data55, t5.data56, t5.data57, t5.data58, t5.data59, t5.data60, t5.data61, t5.data62, t5.data63, t5.data64, t5.data65, t5.data66, t5.data67, t5.data68, t5.data69, t5.data70, t5.data71, t5.data72, t5.data73, t5.data74, t5.data75, t5.data76, t5.data77, t5.data78, t5.data79, t5.data80, t5.data81, t5.data82, t5.data83 FROM ( SELECT '[@c3]' AS data2, SUM( CASE WHEN nettype=1 THEN xdr_count ELSE 0 END) AS data7, ROUND(SUM( CASE WHEN nettype=1 THEN xdr_count ELSE 0 END)/MAX(tb1.sumcnt),2.0) AS data8 , SUM( CASE WHEN nettype=2 THEN xdr_count ELSE 0 END) AS data9, ROUND(SUM( CASE WHEN nettype=2 THEN xdr_count ELSE 0 END)/MAX(tb1.sumcnt),2.0) AS data10 , SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END) AS data11, ROUND( SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data12 , SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END) AS data13, ROUND( SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data14 , SUM( CASE WHEN nettype=1 THEN dl_flow ELSE 0 END) AS data15, ROUND(SUM( CASE WHEN nettype=1 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow) ,2.0)AS data16 , SUM( CASE WHEN nettype=2 THEN dl_flow ELSE 0 END) AS data17, ROUND( SUM( CASE WHEN nettype=2 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow),2.0) AS data18 , SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END) AS data19, SUM( CASE WHEN nettype=1 THEN dl_flow ELSE 0 END) AS data20 , ROUND(SUM( CASE WHEN nettype=1 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END)*8000/1024,2.0) AS data21, SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END) AS data22, SUM( CASE WHEN nettype=1 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data23 , ROUND(SUM( CASE WHEN nettype=1 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data24, SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END) AS data25, SUM( CASE WHEN nettype=1 THEN satisfied_speed_xdr_count ELSE 0 END) AS data26 , ROUND( SUM( CASE WHEN nettype=1 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data27, ROUND(SUM( CASE WHEN nettype=1 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data28, SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END) AS data29, SUM( CASE WHEN nettype=2 THEN dl_flow ELSE 0 END) AS data30, ROUND(SUM( CASE WHEN nettype=2 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)*8000/1024,2.0) AS data31, SUM( CASE WHEN nettype=2 THEN satisfied_xdr_count ELSE 0 END) AS data32, SUM( CASE WHEN nettype=2 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data33 , ROUND( SUM( CASE WHEN nettype=2 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 THEN satisfied_xdr_count ELSE 0 END) ,2.0)AS data34, SUM( CASE WHEN nettype=2 THEN satisfied_xdr_count ELSE 0 END) AS data35, SUM( CASE WHEN nettype=2 THEN satisfied_speed_xdr_count ELSE 0 END) AS data36 , ROUND(SUM( CASE WHEN nettype=2 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 THEN satisfied_xdr_count ELSE 0 END) ,2.0)AS data37, ROUND(SUM( CASE WHEN nettype=2 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=2 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data38, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN delay ELSE 0 END) AS data39, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN dl_flow ELSE 0 END) AS data40, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) THEN dl_flow ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) THEN delay ELSE 0 END)*8000/1024,2.0) AS data41, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END) AS data42, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_sucess_xdr_count ELSE 0 END) AS data43 , ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN(nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END),2.0) AS data44, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END) AS data45, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_speed_xdr_count ELSE 0 END) AS data46 , ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END),2.0) AS data47, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data48 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER tb2 , ( SELECT SUM(xdr_count) sumcnt, SUM(delay) sumdelay, SUM(dl_flow) sumdl_flow FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_ALLUSER tt WHERE tt.nettype IN (1,2) AND tt.hour>='[@c1]' AND tt.hour<='[@c2]' AND tt.[@c4])tb1 WHERE tb2.hour>='[@c1]' AND tb2.hour<='[@c2]' AND tb2.[@c4])t4 LEFT JOIN ( SELECT '[@c3]' AS data2, SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END) AS data53, ROUND( SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data54 , SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END) AS data55, ROUND(SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)/MAX(tb1.sumdelay),2.0) AS data56 , SUM( CASE WHEN nettype=1 THEN dl_flow ELSE 0 END) AS data57, ROUND( SUM( CASE WHEN nettype=1 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow),2.0) AS data58 , SUM( CASE WHEN nettype=2 THEN dl_flow ELSE 0 END) AS data59, ROUND(SUM( CASE WHEN nettype=2 THEN dl_flow ELSE 0 END)/MAX(tb1.sumdl_flow),2.0) AS data60 , SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END) AS data61, SUM( CASE WHEN nettype=1 THEN dl_flow ELSE 0 END) AS data62 , ROUND(SUM( CASE WHEN nettype=1 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN delay ELSE 0 END)*8000/1024,2.0) AS data63, SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END) AS data64, SUM( CASE WHEN nettype=1 THEN satisfied_sucess_xdr_count ELSE 0 END) AS data65 , ROUND( SUM( CASE WHEN nettype=1 THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data66, SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END) AS data67, SUM( CASE WHEN nettype=1 THEN satisfied_speed_xdr_count ELSE 0 END) AS data68 , ROUND(SUM( CASE WHEN nettype=1 THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count ELSE 0 END),2.0) AS data69, ROUND(SUM( CASE WHEN nettype=1 THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data70, SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END) AS data71, SUM( CASE WHEN nettype=2 THEN dl_flow ELSE 0 END) AS data72, ROUND( SUM( CASE WHEN nettype=2 THEN dl_flow ELSE 0 END)/SUM( CASE WHEN nettype=2 THEN delay ELSE 0 END)*8000/1024,2.0) AS data73, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN delay ELSE 0 END) AS data74, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN dl_flow ELSE 0 END) AS data75, ROUND(SUM( CASE WHEN (nettype=1 OR nettype=2) THEN dl_flow ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) THEN delay ELSE 0 END)*8000/1024,2.0) AS data76, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END) AS data77, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_sucess_xdr_count ELSE 0 END) AS data78 , ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_sucess_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END),2.0) AS data79, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END) AS data80, SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_speed_xdr_count ELSE 0 END) AS data81 , ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_xdr_count ELSE 0 END) ,2.0)AS data82, ROUND( SUM( CASE WHEN (nettype=1 OR nettype=2) THEN satisfied_sucess_xdr_count*satisfied_speed_xdr_count ELSE 0 END)/SUM( CASE WHEN nettype=1 THEN satisfied_xdr_count*satisfied_xdr_count ELSE 0 END),2.0) AS data83 FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_SHAREUSER tb2 , ( SELECT SUM(xdr_count) sumcnt, SUM(delay) sumdelay, SUM(dl_flow) sumdl_flow FROM lte_sys.[@c0]_T_QUALITYSTATISTICS_SHAREUSER tt WHERE tt.nettype IN (1,2) AND tt.hour>='[@c1]' AND tt.hour<='[@c2]' AND tt.[@c4])tb1 WHERE tb2.hour>='[@c1]' AND tb2.hour<='[@c2]' AND tb2.[@c4])t5 ON t4.data2=t5.data2)T" } } ] }