{ "module": "m2", "flag": "vertical", "configs": [ { "key": "query_sp", "desc":"汇总表", "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": "province", "columnname": "", "type":"string", "format": "", "conditionid": "c3", "symbol":"" } ], "value": "SELECT DestinationIP, CategoryName, App_Type, PoorQualityType, round(DLrate,2.0) dlrate, round(responddelay,2.0) responddelay, round( RequsetSuccessRate,4.0) RequsetSuccessRate, usernumber, round(TotalFlow/1024,2.0) as totalflow, round(dlrate_500k,2.0) dlrate_500k, requestcount_500k, round(flow_500k/1024,2.0) as flow_500k, round(flowrate_500,2.0) as flowrate_500 FROM LTE_SYS.[@c0]_T_End_TO_End_Analysis_SP_PoorQuality order by DestinationIP" } }, { "key": "query_sp_p_en", "desc":"按项目汇总表数据", "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": "province", "columnname": "", "type":"string", "format": "", "conditionid": "c3", "symbol":"" }, { "name": "province", "columnname": "", "type":"string", "format": "", "conditionid": "c3", "symbol":"" }, { "name": "Threshold_data1", "columnname": "", "type":"string", "format": "", "conditionid": "t1", "symbol":"" }, { "name": "Threshold_data2", "columnname": "", "type":"string", "format": "", "conditionid": "t2", "symbol":"" }, { "name": "Threshold_data3", "columnname": "", "type":"string", "format": "", "conditionid": "t3", "symbol":"" }, { "name": "Threshold_data4", "columnname": "", "type":"string", "format": "", "conditionid": "t4", "symbol":"" }, { "name": "Threshold_data5", "columnname": "", "type":"string", "format": "", "conditionid": "t5", "symbol":"" }, { "name": "Threshold_data6", "columnname": "", "type":"string", "format": "", "conditionid": "t6", "symbol":"" }, { "name": "Threshold_data7", "columnname": "", "type":"string", "format": "", "conditionid": "t7", "symbol":"" }, { "name": "Threshold_data8", "columnname": "", "type":"string", "format": "", "conditionid": "t8", "symbol":"" }, { "name": "Threshold_data9", "columnname": "", "type":"string", "format": "", "conditionid": "t9", "symbol":"" }, { "name": "Threshold_data10", "columnname": "", "type":"string", "format": "", "conditionid": "t10", "symbol":"" }, { "name": "Threshold_data11", "columnname": "", "type":"string", "format": "", "conditionid": "t11", "symbol":"" }, { "name": "Threshold_data12", "columnname": "", "type":"string", "format": "", "conditionid": "t12", "symbol":"" }, { "name": "Threshold_data13", "columnname": "", "type":"string", "format": "", "conditionid": "t13", "symbol":"" }, { "name": "Threshold_data14", "columnname": "", "type":"string", "format": "", "conditionid": "t14", "symbol":"" }, { "name": "Threshold_data15", "columnname": "", "type":"string", "format": "", "conditionid": "t15", "symbol":"" }, { "name": "Threshold_data16", "columnname": "", "type":"string", "format": "", "conditionid": "t16", "symbol":"" } ], "value": "SELECT * FROM ( SELECT spc.DestinationIP, spc.app_type, type.categoryname, type.appsubtypename, spc.PoorQualityType, spc.DLrate , spc.responddelay, spc.RequsetSuccessRate, spc.usernumber, spc.DLData , CASE WHEN spc.dlrate_500k<2048 AND spc.PoorQualityType='速率' THEN dlrate_500k WHEN spc.PoorQualityType='成功率' THEN dlrate_500k WHEN spc.PoorQualityType='时延' THEN dlrate_500k END dlrate_500k, ROUND(spc.requestcount_500k,4.0) requestcount_500k, spc.flow_500k, ROUND(spc.flowrate_500,4.0) flowrate_500 FROM ( SELECT c.DestinationIP, sp.app_type, App_Sub_Type, c.sp1 AS PoorQualityType, ROUND(SUM(DLData)*8*1000/SUM(Businesshours)/1024,2.0) DLrate, ROUND(SUM(responddelay)/SUM(responddelaycount),2.0) AS responddelay, ROUND(SUM(RequestSuccsessCount)/SUM(RequestCount),4.0) RequsetSuccessRate, SUM(RequestCount) usernumber, SUM(DLData) DLData, ROUND( CASE WHEN (SUM(DLData_500K) IS NULL OR SUM(DLData_500K)=0 OR SUM(Businesshours_500K) IS NULL OR SUM(Businesshours_500K)=0) THEN 0 ELSE SUM(DLData_500K)*8*1000/SUM(Businesshours_500K)/1024 END,2.0) AS Dlrate_500k, CASE WHEN SUM(RequestCount_500) IS NULL THEN 0 ELSE SUM(RequestCount_500) END AS requestcount_500k, SUM( CASE WHEN DLData_500K IS NULL THEN 0 ELSE DLData_500K END) AS flow_500k, ( CASE WHEN SUM(dldata) IS NULL OR SUM(dldata)=0 OR SUM(DLData_500K) IS NULL OR SUM(DLData_500K)=0 THEN 0 ELSE SUM(DLData_500K)/SUM(DLData)*100 END) AS flowrate_500 FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP sp RIGHT JOIN ( SELECT test4.DestinationIP, test4.app_type , test4.sp1 FROM ( SELECT test1.*, test2.count1 FROM (SELECT DestinationIP, app_type, '速率' AS sp1, ROUND(SUM(DLData_500K)*8*1000/SUM (Businesshours_500K)/ 1024,2.0) AS Serverspeedavg, SUM(RequestCount_500) AS XDRcount FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE DLData_500K>[@t11] AND StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, app_type) test1 LEFT JOIN ( SELECT DestinationIP, a.App_Type, COUNT (*) AS count1 FROM (SELECT DestinationIP, App_Type, SGW_IP_Add, ROUND(SUM(DLData_500K)*8*1000/SUM (Businesshours_500K)/ 1024,2.0) AS Serverspeedavg, SUM(RequestCount_500) AS XDRcounta FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE DLData_500K>[@t11] AND StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add ) a LEFT JOIN ( SELECT SGW_IP_Add, App_Type, ROUND(SUM(DLData_500K)*8*1000/SUM (Businesshours_500K)/ 1024,2.0) AS Serverspeedavg FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE DLData_500K>[@t11] AND StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY SGW_IP_Add, App_Type) b ON a.SGW_IP_Add = b.SGW_IP_Add AND a.App_Type = b.App_Type WHERE a.XDRcounta>[@t12] AND a.Serverspeedavg[@t11] AND StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add) test3 WHERE test3.XDRcountb>[@t12] GROUP BY test3.DestinationIP, App_Type )test5 ON test4.DestinationIP=test5.DestinationIP AND test4.App_Type=test5.App_Type WHERE (test4.count1/test5.count2)>[@t15] AND test5.count2>[@t14] AND test4.Serverspeedavg<[@t16] UNION ALL SELECT test4.DestinationIP, test4.app_type, test4.sp2 FROM ( SELECT test1.*, test2.count1 FROM ( SELECT DestinationIP, app_type, '时延' AS sp2, SUM(responddelay)/SUM(responddelaycount) AS repsdelay, SUM(RequestCount) AS XDRcount FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, app_type) test1 LEFT JOIN ( SELECT DestinationIP, a.App_Type, COUNT (*) AS count1 FROM ( SELECT DestinationIP, App_Type, SGW_IP_Add, SUM(responddelay)/SUM(responddelaycount ) AS repsdelay, SUM(RequestCount) AS XDRcounta FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add ) a LEFT JOIN ( SELECT SGW_IP_Add, App_Type, SUM(responddelay)/SUM(responddelaycount ) AS repsdelay FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY SGW_IP_Add, App_Type) b ON a.SGW_IP_Add = b.SGW_IP_Add AND a.App_Type = b.App_Type WHERE a.XDRcounta>[@t1] AND a.repsdelay*[@t2]>b.repsdelay GROUP BY DestinationIP, a.App_Type) test2 ON test1.DestinationIP=test2.DestinationIP AND test1.app_type=test2.app_type)test4 LEFT JOIN ( SELECT test3.DestinationIP, App_Type, COUNT(*) AS count2 FROM ( SELECT DestinationIP, App_Type, SGW_IP_Add, SUM(RequestCount) AS XDRcountb FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add) test3 WHERE test3.XDRcountb>[@t1] GROUP BY test3.DestinationIP, App_Type)test5 ON test4.DestinationIP=test5.DestinationIP AND test4.App_Type=test5.App_Type WHERE (test4.count1/test5.count2)>[@t4] AND test5.count2>[@t3] AND test4.repsdelay>[@t5] UNION ALL SELECT test4.DestinationIP, test4.app_type, test4.sp3 FROM ( SELECT test1.*, test2.count1 FROM ( SELECT DestinationIP, app_type, '成功率' AS sp3, ROUND(SUM(RequestSuccsessCount)/SUM (RequestCount)*100 ,2.0) AS Requestsucess , SUM(RequestCount) AS XDRcount FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, app_type) test1 LEFT JOIN ( SELECT DestinationIP, a.App_Type, COUNT (*) AS count1 FROM ( SELECT DestinationIP, App_Type, SGW_IP_Add, ROUND(SUM(RequestSuccsessCount)/SUM (RequestCount),2.0) AS Requestsucess, SUM(RequestCount) AS XDRcounta FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add ) a LEFT JOIN ( SELECT SGW_IP_Add, App_Type, ROUND(SUM(RequestSuccsessCount)/SUM (RequestCount),2.0) AS Requestsucess FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY SGW_IP_Add, App_Type) b ON a.SGW_IP_Add = b.SGW_IP_Add AND a.App_Type = b.App_Type WHERE a.XDRcounta>[@t6] AND b.Requestsucess-a.Requestsucess>[@t7] GROUP BY DestinationIP, a.App_Type) test2 ON test1.DestinationIP=test2.DestinationIP AND test1.app_type=test2.app_type )test4 LEFT JOIN ( SELECT test3.DestinationIP, App_Type, COUNT(*) AS count2 FROM ( SELECT DestinationIP, App_Type, SGW_IP_Add, SUM(RequestCount) AS XDRcountb FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add) test3 WHERE test3.XDRcountb>[@t6] GROUP BY test3.DestinationIP, App_Type)test5 ON test4.DestinationIP=test5.DestinationIP AND test4.App_Type=test5.App_Type WHERE (test4.count1/test5.count2)>[@t9] AND test5.count2>[@t8] AND test4.Requestsucess<=[@t10] )c ON c.DestinationIP=sp.DestinationIP AND c.app_type=sp.app_type AND sp.StartTime>=TIMESTAMP'[@c1]' AND sp.StartTime<=TIMESTAMP'[@c2]' GROUP BY c.DestinationIP, sp.app_type, App_Sub_Type,c.sp1)spc inner join (select categoryid,categoryname,bussinessname as appsubtypename,bussinessid,city.cityname,city.city_no from lte_sys.[@c0]_t_base_categorytype t inner join lte_sys.t_base_city city on t.city_no=city.city_no )type on spc.App_Type=type.categoryid and spc.App_Type||'-'||spc.App_Sub_Type=type.bussinessid )t WHERE t.dlrate_500k IS NOT NULL order by DestinationIP" } }, { "key": "query_sp_poorqualit", "desc":"SP质差类型柱状图", "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": "province", "columnname": "", "type":"string", "format": "", "conditionid": "c3", "symbol":"" } ], "value": "SELECT CategoryName , sum(case when PoorQualityType='时延' then 1 when PoorQualityType='速率' then 1 when PoorQualityType='成功率' then 1 end) poorcount FROM LTE_SYS.[@c0]_T_End_TO_End_Analysis_SP_PoorQuality group by CategoryName" } }, { "key": "query_sp_poorqualit_p_en", "desc":"SP质差类型柱状图_p_en", "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": "province", "columnname": "", "type":"string", "format": "", "conditionid": "c3", "symbol":"" }, { "name": "province", "columnname": "", "type":"string", "format": "", "conditionid": "c3", "symbol":"" }, { "name": "Threshold_data1", "columnname": "", "type":"string", "format": "", "conditionid": "t1", "symbol":"" }, { "name": "Threshold_data2", "columnname": "", "type":"string", "format": "", "conditionid": "t2", "symbol":"" }, { "name": "Threshold_data3", "columnname": "", "type":"string", "format": "", "conditionid": "t3", "symbol":"" }, { "name": "Threshold_data4", "columnname": "", "type":"string", "format": "", "conditionid": "t4", "symbol":"" }, { "name": "Threshold_data5", "columnname": "", "type":"string", "format": "", "conditionid": "t5", "symbol":"" }, { "name": "Threshold_data6", "columnname": "", "type":"string", "format": "", "conditionid": "t6", "symbol":"" }, { "name": "Threshold_data7", "columnname": "", "type":"string", "format": "", "conditionid": "t7", "symbol":"" }, { "name": "Threshold_data8", "columnname": "", "type":"string", "format": "", "conditionid": "t8", "symbol":"" }, { "name": "Threshold_data9", "columnname": "", "type":"string", "format": "", "conditionid": "t9", "symbol":"" }, { "name": "Threshold_data10", "columnname": "", "type":"string", "format": "", "conditionid": "t10", "symbol":"" }, { "name": "Threshold_data11", "columnname": "", "type":"string", "format": "", "conditionid": "t11", "symbol":"" }, { "name": "Threshold_data12", "columnname": "", "type":"string", "format": "", "conditionid": "t12", "symbol":"" }, { "name": "Threshold_data13", "columnname": "", "type":"string", "format": "", "conditionid": "t13", "symbol":"" }, { "name": "Threshold_data14", "columnname": "", "type":"string", "format": "", "conditionid": "t14", "symbol":"" }, { "name": "Threshold_data15", "columnname": "", "type":"string", "format": "", "conditionid": "t15", "symbol":"" }, { "name": "Threshold_data16", "columnname": "", "type":"string", "format": "", "conditionid": "t16", "symbol":"" } ], "value": "WITH tmp AS (SELECT * FROM ( SELECT spc.DestinationIP, spc.app_type, type.categoryname, type.appsubtypename, spc.PoorQualityType, spc.DLrate , spc.responddelay, spc.RequsetSuccessRate, spc.usernumber, spc.DLData , CASE WHEN spc.dlrate_500k<2048 AND spc.PoorQualityType='速率' THEN dlrate_500k WHEN spc.PoorQualityType='成功率' THEN dlrate_500k WHEN spc.PoorQualityType='时延' THEN dlrate_500k END dlrate_500k, ROUND(spc.requestcount_500k,4.0) requestcount_500k, spc.flow_500k, ROUND(spc.flowrate_500,4.0) flowrate_500 FROM ( SELECT c.DestinationIP, sp.app_type, App_Sub_Type, c.sp1 AS PoorQualityType, ROUND(SUM(DLData)*8*1000/SUM(Businesshours)/1024,2.0) DLrate, ROUND(SUM(responddelay)/SUM(responddelaycount),2.0) AS responddelay, ROUND(SUM(RequestSuccsessCount)/SUM(RequestCount),4.0) RequsetSuccessRate, SUM(RequestCount) usernumber, SUM(DLData) DLData, ROUND( CASE WHEN (SUM(DLData_500K) IS NULL OR SUM(DLData_500K)=0 OR SUM(Businesshours_500K) IS NULL OR SUM(Businesshours_500K)=0) THEN 0 ELSE SUM(DLData_500K)*8*1000/SUM(Businesshours_500K)/1024 END,2.0) AS Dlrate_500k, CASE WHEN SUM(RequestCount_500) IS NULL THEN 0 ELSE SUM(RequestCount_500) END AS requestcount_500k, SUM( CASE WHEN DLData_500K IS NULL THEN 0 ELSE DLData_500K END) AS flow_500k, ( CASE WHEN SUM(dldata) IS NULL OR SUM(dldata)=0 OR SUM(DLData_500K) IS NULL OR SUM(DLData_500K)=0 THEN 0 ELSE SUM(DLData_500K)/SUM(DLData)*100 END) AS flowrate_500 FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP sp RIGHT JOIN ( SELECT test4.DestinationIP, test4.app_type , test4.sp1 FROM ( SELECT test1.*, test2.count1 FROM (SELECT DestinationIP, app_type, '速率' AS sp1, ROUND(SUM(DLData_500K)*8*1000/SUM (Businesshours_500K)/ 1024,2.0) AS Serverspeedavg, SUM(RequestCount_500) AS XDRcount FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE DLData_500K>[@t11] AND StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, app_type) test1 LEFT JOIN ( SELECT DestinationIP, a.App_Type, COUNT (*) AS count1 FROM (SELECT DestinationIP, App_Type, SGW_IP_Add, ROUND(SUM(DLData_500K)*8*1000/SUM (Businesshours_500K)/ 1024,2.0) AS Serverspeedavg, SUM(RequestCount_500) AS XDRcounta FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE DLData_500K>[@t11] AND StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add ) a LEFT JOIN ( SELECT SGW_IP_Add, App_Type, ROUND(SUM(DLData_500K)*8*1000/SUM (Businesshours_500K)/ 1024,2.0) AS Serverspeedavg FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE DLData_500K>[@t11] AND StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY SGW_IP_Add, App_Type) b ON a.SGW_IP_Add = b.SGW_IP_Add AND a.App_Type = b.App_Type WHERE a.XDRcounta>[@t12] AND a.Serverspeedavg[@t11] AND StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add) test3 WHERE test3.XDRcountb>[@t12] GROUP BY test3.DestinationIP, App_Type )test5 ON test4.DestinationIP=test5.DestinationIP AND test4.App_Type=test5.App_Type WHERE (test4.count1/test5.count2)>[@t15] AND test5.count2>[@t14] AND test4.Serverspeedavg<[@t16] UNION ALL SELECT test4.DestinationIP, test4.app_type, test4.sp2 FROM ( SELECT test1.*, test2.count1 FROM ( SELECT DestinationIP, app_type, '时延' AS sp2, SUM(responddelay)/SUM(responddelaycount) AS repsdelay, SUM(RequestCount) AS XDRcount FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, app_type) test1 LEFT JOIN ( SELECT DestinationIP, a.App_Type, COUNT (*) AS count1 FROM ( SELECT DestinationIP, App_Type, SGW_IP_Add, SUM(responddelay)/SUM(responddelaycount ) AS repsdelay, SUM(RequestCount) AS XDRcounta FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add ) a LEFT JOIN ( SELECT SGW_IP_Add, App_Type, SUM(responddelay)/SUM(responddelaycount ) AS repsdelay FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY SGW_IP_Add, App_Type) b ON a.SGW_IP_Add = b.SGW_IP_Add AND a.App_Type = b.App_Type WHERE a.XDRcounta>[@t1] AND a.repsdelay*[@t2]>b.repsdelay GROUP BY DestinationIP, a.App_Type) test2 ON test1.DestinationIP=test2.DestinationIP AND test1.app_type=test2.app_type)test4 LEFT JOIN ( SELECT test3.DestinationIP, App_Type, COUNT(*) AS count2 FROM ( SELECT DestinationIP, App_Type, SGW_IP_Add, SUM(RequestCount) AS XDRcountb FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add) test3 WHERE test3.XDRcountb>[@t1] GROUP BY test3.DestinationIP, App_Type)test5 ON test4.DestinationIP=test5.DestinationIP AND test4.App_Type=test5.App_Type WHERE (test4.count1/test5.count2)>[@t4] AND test5.count2>[@t3] AND test4.repsdelay>[@t5] UNION ALL SELECT test4.DestinationIP, test4.app_type, test4.sp3 FROM ( SELECT test1.*, test2.count1 FROM ( SELECT DestinationIP, app_type, '成功率' AS sp3, ROUND(SUM(RequestSuccsessCount)/SUM (RequestCount)*100 ,2.0) AS Requestsucess , SUM(RequestCount) AS XDRcount FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, app_type) test1 LEFT JOIN ( SELECT DestinationIP, a.App_Type, COUNT (*) AS count1 FROM ( SELECT DestinationIP, App_Type, SGW_IP_Add, ROUND(SUM(RequestSuccsessCount)/SUM (RequestCount),2.0) AS Requestsucess, SUM(RequestCount) AS XDRcounta FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add ) a LEFT JOIN ( SELECT SGW_IP_Add, App_Type, ROUND(SUM(RequestSuccsessCount)/SUM (RequestCount),2.0) AS Requestsucess FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY SGW_IP_Add, App_Type) b ON a.SGW_IP_Add = b.SGW_IP_Add AND a.App_Type = b.App_Type WHERE a.XDRcounta>[@t6] AND b.Requestsucess-a.Requestsucess>[@t7] GROUP BY DestinationIP, a.App_Type) test2 ON test1.DestinationIP=test2.DestinationIP AND test1.app_type=test2.app_type )test4 LEFT JOIN ( SELECT test3.DestinationIP, App_Type, COUNT(*) AS count2 FROM ( SELECT DestinationIP, App_Type, SGW_IP_Add, SUM(RequestCount) AS XDRcountb FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add) test3 WHERE test3.XDRcountb>[@t6] GROUP BY test3.DestinationIP, App_Type)test5 ON test4.DestinationIP=test5.DestinationIP AND test4.App_Type=test5.App_Type WHERE (test4.count1/test5.count2)>[@t9] AND test5.count2>[@t8] AND test4.Requestsucess<=[@t10] )c ON c.DestinationIP=sp.DestinationIP AND c.app_type=sp.app_type AND sp.StartTime>=TIMESTAMP'[@c1]' AND sp.StartTime<=TIMESTAMP'[@c2]' GROUP BY c.DestinationIP, sp.app_type, App_Sub_Type,c.sp1)spc inner join (select categoryid,categoryname,bussinessname as appsubtypename,bussinessid,city.cityname,city.city_no from lte_sys.[@c0]_t_base_categorytype t inner join lte_sys.t_base_city city on t.city_no=city.city_no )type on spc.App_Type=type.categoryid and spc.App_Type||'-'||spc.App_Sub_Type=type.bussinessid )t WHERE t.dlrate_500k IS NOT NULL order by DestinationIP) SELECT CategoryName , SUM( CASE WHEN PoorQualityType='时延' THEN 1 WHEN PoorQualityType='速率' THEN 1 WHEN PoorQualityType='成功率' THEN 1 END) poorcount FROM tmp GROUP BY CategoryName" } }, { "key": "query_sp_poorqualit_details", "desc":"SP质差类型柱状图_详细_默认", "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": "province", "columnname": "", "type":"string", "format": "", "conditionid": "c3", "symbol":"" } ], "value": "SELECT b.categoryname categoryname, a.spcount spcount, b.poorcount poorcount, round(b.poorcount/a.spcount*100,2.0) as poorsprate FROM ( SELECT App_Type, COUNT(DISTINCT DestinationIP) spcount FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP sp where sp.StartTime>=TIMESTAMP'[@c1]' and sp.StartTime<=TIMESTAMP'[@c2]' GROUP BY App_Type)a LEFT JOIN ( SELECT typeid, CategoryName, COUNT(0) poorcount FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP_PoorQuality GROUP BY CategoryName, typeid)b ON a.App_Type=b.typeid where b.categoryname is not null order by spcount desc" } }, { "key": "query_sp_poorqualit_details_p_en", "desc":"SP质差类型柱状图_详细_按条件", "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": "province", "columnname": "", "type":"string", "format": "", "conditionid": "c3", "symbol":"" }, { "name": "Threshold_data1", "columnname": "", "type":"string", "format": "", "conditionid": "t1", "symbol":"" }, { "name": "Threshold_data2", "columnname": "", "type":"string", "format": "", "conditionid": "t2", "symbol":"" }, { "name": "Threshold_data3", "columnname": "", "type":"string", "format": "", "conditionid": "t3", "symbol":"" }, { "name": "Threshold_data4", "columnname": "", "type":"string", "format": "", "conditionid": "t4", "symbol":"" }, { "name": "Threshold_data5", "columnname": "", "type":"string", "format": "", "conditionid": "t5", "symbol":"" }, { "name": "Threshold_data6", "columnname": "", "type":"string", "format": "", "conditionid": "t6", "symbol":"" }, { "name": "Threshold_data7", "columnname": "", "type":"string", "format": "", "conditionid": "t7", "symbol":"" }, { "name": "Threshold_data8", "columnname": "", "type":"string", "format": "", "conditionid": "t8", "symbol":"" }, { "name": "Threshold_data9", "columnname": "", "type":"string", "format": "", "conditionid": "t9", "symbol":"" }, { "name": "Threshold_data10", "columnname": "", "type":"string", "format": "", "conditionid": "t10", "symbol":"" }, { "name": "Threshold_data11", "columnname": "", "type":"string", "format": "", "conditionid": "t11", "symbol":"" }, { "name": "Threshold_data12", "columnname": "", "type":"string", "format": "", "conditionid": "t12", "symbol":"" }, { "name": "Threshold_data13", "columnname": "", "type":"string", "format": "", "conditionid": "t13", "symbol":"" }, { "name": "Threshold_data14", "columnname": "", "type":"string", "format": "", "conditionid": "t14", "symbol":"" }, { "name": "Threshold_data15", "columnname": "", "type":"string", "format": "", "conditionid": "t15", "symbol":"" }, { "name": "Threshold_data16", "columnname": "", "type":"string", "format": "", "conditionid": "t16", "symbol":"" } ], "value": "WITH tmp AS (SELECT * FROM ( SELECT spc.DestinationIP, spc.app_type, type.categoryname, type.appsubtypename, spc.PoorQualityType, spc.DLrate , spc.responddelay, spc.RequsetSuccessRate, spc.usernumber, spc.DLData , CASE WHEN spc.dlrate_500k<2048 AND spc.PoorQualityType='速率' THEN dlrate_500k WHEN spc.PoorQualityType='成功率' THEN dlrate_500k WHEN spc.PoorQualityType='时延' THEN dlrate_500k END dlrate_500k, ROUND(spc.requestcount_500k,4.0) requestcount_500k, spc.flow_500k, ROUND(spc.flowrate_500,4.0) flowrate_500 FROM ( SELECT c.DestinationIP, sp.app_type, App_Sub_Type, c.sp1 AS PoorQualityType, ROUND(SUM(DLData)*8*1000/SUM(Businesshours)/1024,2.0) DLrate, ROUND(SUM(responddelay)/SUM(responddelaycount),2.0) AS responddelay, ROUND(SUM(RequestSuccsessCount)/SUM(RequestCount),4.0) RequsetSuccessRate, SUM(RequestCount) usernumber, SUM(DLData) DLData, ROUND( CASE WHEN (SUM(DLData_500K) IS NULL OR SUM(DLData_500K)=0 OR SUM(Businesshours_500K) IS NULL OR SUM(Businesshours_500K)=0) THEN 0 ELSE SUM(DLData_500K)*8*1000/SUM(Businesshours_500K)/1024 END,2.0) AS Dlrate_500k, CASE WHEN SUM(RequestCount_500) IS NULL THEN 0 ELSE SUM(RequestCount_500) END AS requestcount_500k, SUM( CASE WHEN DLData_500K IS NULL THEN 0 ELSE DLData_500K END) AS flow_500k, ( CASE WHEN SUM(dldata) IS NULL OR SUM(dldata)=0 OR SUM(DLData_500K) IS NULL OR SUM(DLData_500K)=0 THEN 0 ELSE SUM(DLData_500K)/SUM(DLData)*100 END) AS flowrate_500 FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP sp RIGHT JOIN ( SELECT test4.DestinationIP, test4.app_type , test4.sp1 FROM ( SELECT test1.*, test2.count1 FROM (SELECT DestinationIP, app_type, '速率' AS sp1, ROUND(SUM(DLData_500K)*8*1000/SUM (Businesshours_500K)/ 1024,2.0) AS Serverspeedavg, SUM(RequestCount_500) AS XDRcount FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE DLData_500K>[@t11] AND StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, app_type) test1 LEFT JOIN ( SELECT DestinationIP, a.App_Type, COUNT (*) AS count1 FROM (SELECT DestinationIP, App_Type, SGW_IP_Add, ROUND(SUM(DLData_500K)*8*1000/SUM (Businesshours_500K)/ 1024,2.0) AS Serverspeedavg, SUM(RequestCount_500) AS XDRcounta FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE DLData_500K>[@t11] AND StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add ) a LEFT JOIN ( SELECT SGW_IP_Add, App_Type, ROUND(SUM(DLData_500K)*8*1000/SUM (Businesshours_500K)/ 1024,2.0) AS Serverspeedavg FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE DLData_500K>[@t11] AND StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY SGW_IP_Add, App_Type) b ON a.SGW_IP_Add = b.SGW_IP_Add AND a.App_Type = b.App_Type WHERE a.XDRcounta>[@t12] AND a.Serverspeedavg[@t11] AND StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add) test3 WHERE test3.XDRcountb>[@t12] GROUP BY test3.DestinationIP, App_Type )test5 ON test4.DestinationIP=test5.DestinationIP AND test4.App_Type=test5.App_Type WHERE (test4.count1/test5.count2)>[@t15] AND test5.count2>[@t14] AND test4.Serverspeedavg<[@t16] UNION ALL SELECT test4.DestinationIP, test4.app_type, test4.sp2 FROM ( SELECT test1.*, test2.count1 FROM ( SELECT DestinationIP, app_type, '时延' AS sp2, SUM(responddelay)/SUM(responddelaycount) AS repsdelay, SUM(RequestCount) AS XDRcount FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, app_type) test1 LEFT JOIN ( SELECT DestinationIP, a.App_Type, COUNT (*) AS count1 FROM ( SELECT DestinationIP, App_Type, SGW_IP_Add, SUM(responddelay)/SUM(responddelaycount ) AS repsdelay, SUM(RequestCount) AS XDRcounta FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add ) a LEFT JOIN ( SELECT SGW_IP_Add, App_Type, SUM(responddelay)/SUM(responddelaycount ) AS repsdelay FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY SGW_IP_Add, App_Type) b ON a.SGW_IP_Add = b.SGW_IP_Add AND a.App_Type = b.App_Type WHERE a.XDRcounta>[@t1] AND a.repsdelay*[@t2]>b.repsdelay GROUP BY DestinationIP, a.App_Type) test2 ON test1.DestinationIP=test2.DestinationIP AND test1.app_type=test2.app_type)test4 LEFT JOIN ( SELECT test3.DestinationIP, App_Type, COUNT(*) AS count2 FROM ( SELECT DestinationIP, App_Type, SGW_IP_Add, SUM(RequestCount) AS XDRcountb FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add) test3 WHERE test3.XDRcountb>[@t1] GROUP BY test3.DestinationIP, App_Type)test5 ON test4.DestinationIP=test5.DestinationIP AND test4.App_Type=test5.App_Type WHERE (test4.count1/test5.count2)>[@t4] AND test5.count2>[@t3] AND test4.repsdelay>[@t5] UNION ALL SELECT test4.DestinationIP, test4.app_type, test4.sp3 FROM ( SELECT test1.*, test2.count1 FROM ( SELECT DestinationIP, app_type, '成功率' AS sp3, ROUND(SUM(RequestSuccsessCount)/SUM (RequestCount)*100 ,2.0) AS Requestsucess , SUM(RequestCount) AS XDRcount FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, app_type) test1 LEFT JOIN ( SELECT DestinationIP, a.App_Type, COUNT (*) AS count1 FROM ( SELECT DestinationIP, App_Type, SGW_IP_Add, ROUND(SUM(RequestSuccsessCount)/SUM (RequestCount),2.0) AS Requestsucess, SUM(RequestCount) AS XDRcounta FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add ) a LEFT JOIN ( SELECT SGW_IP_Add, App_Type, ROUND(SUM(RequestSuccsessCount)/SUM (RequestCount),2.0) AS Requestsucess FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY SGW_IP_Add, App_Type) b ON a.SGW_IP_Add = b.SGW_IP_Add AND a.App_Type = b.App_Type WHERE a.XDRcounta>[@t6] AND b.Requestsucess-a.Requestsucess>[@t7] GROUP BY DestinationIP, a.App_Type) test2 ON test1.DestinationIP=test2.DestinationIP AND test1.app_type=test2.app_type )test4 LEFT JOIN ( SELECT test3.DestinationIP, App_Type, COUNT(*) AS count2 FROM ( SELECT DestinationIP, App_Type, SGW_IP_Add, SUM(RequestCount) AS XDRcountb FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add) test3 WHERE test3.XDRcountb>[@t6] GROUP BY test3.DestinationIP, App_Type)test5 ON test4.DestinationIP=test5.DestinationIP AND test4.App_Type=test5.App_Type WHERE (test4.count1/test5.count2)>[@t9] AND test5.count2>[@t8] AND test4.Requestsucess<=[@t10] )c ON c.DestinationIP=sp.DestinationIP AND c.app_type=sp.app_type AND sp.StartTime>=TIMESTAMP'[@c1]' AND sp.StartTime<=TIMESTAMP'[@c2]' GROUP BY c.DestinationIP, sp.app_type, App_Sub_Type,c.sp1)spc inner join (select categoryid,categoryname,bussinessname as appsubtypename,bussinessid,city.cityname,city.city_no from lte_sys.[@c0]_t_base_categorytype t inner join lte_sys.t_base_city city on t.city_no=city.city_no )type on spc.App_Type=type.categoryid and spc.App_Type||'-'||spc.App_Sub_Type=type.bussinessid )t WHERE t.dlrate_500k IS NOT NULL order by DestinationIP) SELECT b.categoryname categoryname, a.spcount spcount, b.poorcount poorcount, ROUND(b.poorcount/a.spcount*100,2.0) AS poorsprate FROM ( SELECT App_Type, COUNT(DISTINCT DestinationIP) spcount FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP sp WHERE sp.StartTime>=TIMESTAMP'[@c1]' AND sp.StartTime<=TIMESTAMP'[@c2]' GROUP BY App_Type)a LEFT JOIN ( SELECT app_type AS typeid, CategoryName, COUNT(0) poorcount FROM tmp GROUP BY CategoryName, app_type)b ON a.App_Type=b.typeid WHERE b.categoryname IS NOT NULL order by spcount desc" } }, { "key": "query_sp_poorqualit_left", "desc":"SP质差类型", "config": { "parameters": [ { "name": "categoryname", "columnname": "categoryname", "type":"string", "format": "", "conditionid": "s0", "symbol":"=" }, { "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": "province", "columnname": "", "type":"string", "format": "", "conditionid": "c3", "symbol":"" } ], "value": "SELECT CategoryName ,round(sum(case when PoorQualityType='时延' then 1 end)/sum(case when PoorQualityType='时延' then 1 when PoorQualityType='速率' then 1 when PoorQualityType='成功率' then 1 end)*100,2.0) delay,round(sum (case when PoorQualityType='速率' then 1 end)/sum(case when PoorQualityType='时延' then 1 when PoorQualityType='速率' then 1 when PoorQualityType='成功率' then 1 end)*100,2.0) DLdata, round(sum(case when PoorQualityType='成功率' then 1 end)/sum(case when PoorQualityType='时延' then 1 when PoorQualityType='速率' then 1 when PoorQualityType='成功率' then 1 end)*100,2.0) successrate FROM LTE_SYS.[@c0]_T_End_TO_End_Analysis_SP_PoorQuality where ([@s0]) group by CategoryName " } }, { "key": "query_sp_poorqualit_left_p_en", "desc":"SP质差类型饼图", "config": { "parameters": [ { "name": "categoryname", "columnname": "categoryname", "type":"string", "format": "", "conditionid": "s0", "symbol":"=" }, { "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": "province", "columnname": "", "type":"string", "format": "", "conditionid": "c3", "symbol":"" }, { "name": "Threshold_data1", "columnname": "", "type":"string", "format": "", "conditionid": "t1", "symbol":"" }, { "name": "Threshold_data2", "columnname": "", "type":"string", "format": "", "conditionid": "t2", "symbol":"" }, { "name": "Threshold_data3", "columnname": "", "type":"string", "format": "", "conditionid": "t3", "symbol":"" }, { "name": "Threshold_data4", "columnname": "", "type":"string", "format": "", "conditionid": "t4", "symbol":"" }, { "name": "Threshold_data5", "columnname": "", "type":"string", "format": "", "conditionid": "t5", "symbol":"" }, { "name": "Threshold_data6", "columnname": "", "type":"string", "format": "", "conditionid": "t6", "symbol":"" }, { "name": "Threshold_data7", "columnname": "", "type":"string", "format": "", "conditionid": "t7", "symbol":"" }, { "name": "Threshold_data8", "columnname": "", "type":"string", "format": "", "conditionid": "t8", "symbol":"" }, { "name": "Threshold_data9", "columnname": "", "type":"string", "format": "", "conditionid": "t9", "symbol":"" }, { "name": "Threshold_data10", "columnname": "", "type":"string", "format": "", "conditionid": "t10", "symbol":"" }, { "name": "Threshold_data11", "columnname": "", "type":"string", "format": "", "conditionid": "t11", "symbol":"" }, { "name": "Threshold_data12", "columnname": "", "type":"string", "format": "", "conditionid": "t12", "symbol":"" }, { "name": "Threshold_data13", "columnname": "", "type":"string", "format": "", "conditionid": "t13", "symbol":"" }, { "name": "Threshold_data14", "columnname": "", "type":"string", "format": "", "conditionid": "t14", "symbol":"" }, { "name": "Threshold_data15", "columnname": "", "type":"string", "format": "", "conditionid": "t15", "symbol":"" }, { "name": "Threshold_data16", "columnname": "", "type":"string", "format": "", "conditionid": "t16", "symbol":"" } ], "value": "with tmp as (SELECT * FROM ( SELECT spc.DestinationIP, spc.app_type, type.categoryname, type.appsubtypename, spc.PoorQualityType, spc.DLrate , spc.responddelay, spc.RequsetSuccessRate, spc.usernumber, spc.DLData , CASE WHEN spc.dlrate_500k<2048 AND spc.PoorQualityType='速率' THEN dlrate_500k WHEN spc.PoorQualityType='成功率' THEN dlrate_500k WHEN spc.PoorQualityType='时延' THEN dlrate_500k END dlrate_500k, ROUND(spc.requestcount_500k,4.0) requestcount_500k, spc.flow_500k, ROUND(spc.flowrate_500,4.0) flowrate_500 FROM ( SELECT c.DestinationIP, sp.app_type, App_Sub_Type, c.sp1 AS PoorQualityType, ROUND(SUM(DLData)*8*1000/SUM(Businesshours)/1024,2.0) DLrate, ROUND(SUM(responddelay)/SUM(responddelaycount),2.0) AS responddelay, ROUND(SUM(RequestSuccsessCount)/SUM(RequestCount),4.0) RequsetSuccessRate, SUM(RequestCount) usernumber, SUM(DLData) DLData, ROUND( CASE WHEN (SUM(DLData_500K) IS NULL OR SUM(DLData_500K)=0 OR SUM(Businesshours_500K) IS NULL OR SUM(Businesshours_500K)=0) THEN 0 ELSE SUM(DLData_500K)*8*1000/SUM(Businesshours_500K)/1024 END,2.0) AS Dlrate_500k, CASE WHEN SUM(RequestCount_500) IS NULL THEN 0 ELSE SUM(RequestCount_500) END AS requestcount_500k, SUM( CASE WHEN DLData_500K IS NULL THEN 0 ELSE DLData_500K END) AS flow_500k, ( CASE WHEN SUM(dldata) IS NULL OR SUM(dldata)=0 OR SUM(DLData_500K) IS NULL OR SUM(DLData_500K)=0 THEN 0 ELSE SUM(DLData_500K)/SUM(DLData)*100 END) AS flowrate_500 FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP sp RIGHT JOIN ( SELECT test4.DestinationIP, test4.app_type , test4.sp1 FROM ( SELECT test1.*, test2.count1 FROM (SELECT DestinationIP, app_type, '速率' AS sp1, ROUND(SUM(DLData_500K)*8*1000/SUM (Businesshours_500K)/ 1024,2.0) AS Serverspeedavg, SUM(RequestCount_500) AS XDRcount FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE DLData_500K>[@t11] AND StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, app_type) test1 LEFT JOIN ( SELECT DestinationIP, a.App_Type, COUNT (*) AS count1 FROM (SELECT DestinationIP, App_Type, SGW_IP_Add, ROUND(SUM(DLData_500K)*8*1000/SUM (Businesshours_500K)/ 1024,2.0) AS Serverspeedavg, SUM(RequestCount_500) AS XDRcounta FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE DLData_500K>[@t11] AND StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add ) a LEFT JOIN ( SELECT SGW_IP_Add, App_Type, ROUND(SUM(DLData_500K)*8*1000/SUM (Businesshours_500K)/ 1024,2.0) AS Serverspeedavg FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE DLData_500K>[@t11] AND StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY SGW_IP_Add, App_Type) b ON a.SGW_IP_Add = b.SGW_IP_Add AND a.App_Type = b.App_Type WHERE a.XDRcounta>[@t12] AND a.Serverspeedavg[@t11] AND StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add) test3 WHERE test3.XDRcountb>[@t12] GROUP BY test3.DestinationIP, App_Type )test5 ON test4.DestinationIP=test5.DestinationIP AND test4.App_Type=test5.App_Type WHERE (test4.count1/test5.count2)>[@t15] AND test5.count2>[@t14] AND test4.Serverspeedavg<[@t16] UNION ALL SELECT test4.DestinationIP, test4.app_type, test4.sp2 FROM ( SELECT test1.*, test2.count1 FROM ( SELECT DestinationIP, app_type, '时延' AS sp2, SUM(responddelay)/SUM(responddelaycount) AS repsdelay, SUM(RequestCount) AS XDRcount FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, app_type) test1 LEFT JOIN ( SELECT DestinationIP, a.App_Type, COUNT (*) AS count1 FROM ( SELECT DestinationIP, App_Type, SGW_IP_Add, SUM(responddelay)/SUM(responddelaycount ) AS repsdelay, SUM(RequestCount) AS XDRcounta FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add ) a LEFT JOIN ( SELECT SGW_IP_Add, App_Type, SUM(responddelay)/SUM(responddelaycount ) AS repsdelay FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY SGW_IP_Add, App_Type) b ON a.SGW_IP_Add = b.SGW_IP_Add AND a.App_Type = b.App_Type WHERE a.XDRcounta>[@t1] AND a.repsdelay*[@t2]>b.repsdelay GROUP BY DestinationIP, a.App_Type) test2 ON test1.DestinationIP=test2.DestinationIP AND test1.app_type=test2.app_type)test4 LEFT JOIN ( SELECT test3.DestinationIP, App_Type, COUNT(*) AS count2 FROM ( SELECT DestinationIP, App_Type, SGW_IP_Add, SUM(RequestCount) AS XDRcountb FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add) test3 WHERE test3.XDRcountb>[@t1] GROUP BY test3.DestinationIP, App_Type)test5 ON test4.DestinationIP=test5.DestinationIP AND test4.App_Type=test5.App_Type WHERE (test4.count1/test5.count2)>[@t4] AND test5.count2>[@t3] AND test4.repsdelay>[@t5] UNION ALL SELECT test4.DestinationIP, test4.app_type, test4.sp3 FROM ( SELECT test1.*, test2.count1 FROM ( SELECT DestinationIP, app_type, '成功率' AS sp3, ROUND(SUM(RequestSuccsessCount)/SUM (RequestCount)*100 ,2.0) AS Requestsucess , SUM(RequestCount) AS XDRcount FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, app_type) test1 LEFT JOIN ( SELECT DestinationIP, a.App_Type, COUNT (*) AS count1 FROM ( SELECT DestinationIP, App_Type, SGW_IP_Add, ROUND(SUM(RequestSuccsessCount)/SUM (RequestCount),2.0) AS Requestsucess, SUM(RequestCount) AS XDRcounta FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add ) a LEFT JOIN ( SELECT SGW_IP_Add, App_Type, ROUND(SUM(RequestSuccsessCount)/SUM (RequestCount),2.0) AS Requestsucess FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY SGW_IP_Add, App_Type) b ON a.SGW_IP_Add = b.SGW_IP_Add AND a.App_Type = b.App_Type WHERE a.XDRcounta>[@t6] AND b.Requestsucess-a.Requestsucess>[@t7] GROUP BY DestinationIP, a.App_Type) test2 ON test1.DestinationIP=test2.DestinationIP AND test1.app_type=test2.app_type )test4 LEFT JOIN ( SELECT test3.DestinationIP, App_Type, COUNT(*) AS count2 FROM ( SELECT DestinationIP, App_Type, SGW_IP_Add, SUM(RequestCount) AS XDRcountb FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add) test3 WHERE test3.XDRcountb>[@t6] GROUP BY test3.DestinationIP, App_Type)test5 ON test4.DestinationIP=test5.DestinationIP AND test4.App_Type=test5.App_Type WHERE (test4.count1/test5.count2)>[@t9] AND test5.count2>[@t8] AND test4.Requestsucess<=[@t10] )c ON c.DestinationIP=sp.DestinationIP AND c.app_type=sp.app_type AND sp.StartTime>=TIMESTAMP'[@c1]' AND sp.StartTime<=TIMESTAMP'[@c2]' GROUP BY c.DestinationIP, sp.app_type, App_Sub_Type,c.sp1)spc inner join (select categoryid,categoryname,bussinessname as appsubtypename,bussinessid,city.cityname,city.city_no from lte_sys.[@c0]_t_base_categorytype t inner join lte_sys.t_base_city city on t.city_no=city.city_no )type on spc.App_Type=type.categoryid and spc.App_Type||'-'||spc.App_Sub_Type=type.bussinessid )t WHERE t.dlrate_500k IS NOT NULL order by DestinationIP) SELECT CategoryName ,round(sum(case when PoorQualityType='时延' then 1 end)/sum(case when PoorQualityType='时延' then 1 when PoorQualityType='速率' then 1 when PoorQualityType='成功率' then 1 end)*100,2.0) delay,round(sum (case when PoorQualityType='速率' then 1 end)/sum(case when PoorQualityType='时延' then 1 when PoorQualityType='速率' then 1 when PoorQualityType='成功率' then 1 end)*100,2.0) DLdata, round(sum(case when PoorQualityType='成功率' then 1 end)/sum(case when PoorQualityType='时延' then 1 when PoorQualityType='速率' then 1 when PoorQualityType='成功率' then 1 end)*100,2.0) successrate FROM tmp where ([@s0]) group by CategoryName " } }, { "key": "query_sp_poorqualit_left_details", "desc":"SP质差类型_默认", "config": { "parameters": [ { "name": "categoryname", "columnname": "categoryname", "type":"string", "format": "", "conditionid": "s0", "symbol":"=" }, { "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": "province", "columnname": "", "type":"string", "format": "", "conditionid": "c3", "symbol":"" } ], "value": "select a.PoorQualityType,a.poorcount,sum(a.poorcount) over() sptotal,round(a.poorcount/sum(a.poorcount) over()*100,2.0) as poorrate from (select PoorQualityType,count(0) poorcount,sum(0) over() from LTE_SYS.[@c0]_T_End_TO_End_Analysis_SP_PoorQuality where ([@s0]) group by PoorQualityType)a" } }, { "key": "query_sp_poorqualit_left_details_p_en", "desc":"SP质差类型饼图_按条件", "config": { "parameters": [ { "name": "categoryname", "columnname": "categoryname", "type":"string", "format": "", "conditionid": "s0", "symbol":"=" }, { "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": "province", "columnname": "", "type":"string", "format": "", "conditionid": "c3", "symbol":"" }, { "name": "province", "columnname": "", "type":"string", "format": "", "conditionid": "c3", "symbol":"" }, { "name": "Threshold_data1", "columnname": "", "type":"string", "format": "", "conditionid": "t1", "symbol":"" }, { "name": "Threshold_data2", "columnname": "", "type":"string", "format": "", "conditionid": "t2", "symbol":"" }, { "name": "Threshold_data3", "columnname": "", "type":"string", "format": "", "conditionid": "t3", "symbol":"" }, { "name": "Threshold_data4", "columnname": "", "type":"string", "format": "", "conditionid": "t4", "symbol":"" }, { "name": "Threshold_data5", "columnname": "", "type":"string", "format": "", "conditionid": "t5", "symbol":"" }, { "name": "Threshold_data6", "columnname": "", "type":"string", "format": "", "conditionid": "t6", "symbol":"" }, { "name": "Threshold_data7", "columnname": "", "type":"string", "format": "", "conditionid": "t7", "symbol":"" }, { "name": "Threshold_data8", "columnname": "", "type":"string", "format": "", "conditionid": "t8", "symbol":"" }, { "name": "Threshold_data9", "columnname": "", "type":"string", "format": "", "conditionid": "t9", "symbol":"" }, { "name": "Threshold_data10", "columnname": "", "type":"string", "format": "", "conditionid": "t10", "symbol":"" }, { "name": "Threshold_data11", "columnname": "", "type":"string", "format": "", "conditionid": "t11", "symbol":"" }, { "name": "Threshold_data12", "columnname": "", "type":"string", "format": "", "conditionid": "t12", "symbol":"" }, { "name": "Threshold_data13", "columnname": "", "type":"string", "format": "", "conditionid": "t13", "symbol":"" }, { "name": "Threshold_data14", "columnname": "", "type":"string", "format": "", "conditionid": "t14", "symbol":"" }, { "name": "Threshold_data15", "columnname": "", "type":"string", "format": "", "conditionid": "t15", "symbol":"" }, { "name": "Threshold_data16", "columnname": "", "type":"string", "format": "", "conditionid": "t16", "symbol":"" } ], "value": "WITH tmp AS (SELECT * FROM ( SELECT spc.DestinationIP, spc.app_type, type.categoryname, type.appsubtypename, spc.PoorQualityType, spc.DLrate , spc.responddelay, spc.RequsetSuccessRate, spc.usernumber, spc.DLData , CASE WHEN spc.dlrate_500k<2048 AND spc.PoorQualityType='速率' THEN dlrate_500k WHEN spc.PoorQualityType='成功率' THEN dlrate_500k WHEN spc.PoorQualityType='时延' THEN dlrate_500k END dlrate_500k, ROUND(spc.requestcount_500k,4.0) requestcount_500k, spc.flow_500k, ROUND(spc.flowrate_500,4.0) flowrate_500 FROM ( SELECT c.DestinationIP, sp.app_type, App_Sub_Type, c.sp1 AS PoorQualityType, ROUND(SUM(DLData)*8*1000/SUM(Businesshours)/1024,2.0) DLrate, ROUND(SUM(responddelay)/SUM(responddelaycount),2.0) AS responddelay, ROUND(SUM(RequestSuccsessCount)/SUM(RequestCount),4.0) RequsetSuccessRate, SUM(RequestCount) usernumber, SUM(DLData) DLData, ROUND( CASE WHEN (SUM(DLData_500K) IS NULL OR SUM(DLData_500K)=0 OR SUM(Businesshours_500K) IS NULL OR SUM(Businesshours_500K)=0) THEN 0 ELSE SUM(DLData_500K)*8*1000/SUM(Businesshours_500K)/1024 END,2.0) AS Dlrate_500k, CASE WHEN SUM(RequestCount_500) IS NULL THEN 0 ELSE SUM(RequestCount_500) END AS requestcount_500k, SUM( CASE WHEN DLData_500K IS NULL THEN 0 ELSE DLData_500K END) AS flow_500k, ( CASE WHEN SUM(dldata) IS NULL OR SUM(dldata)=0 OR SUM(DLData_500K) IS NULL OR SUM(DLData_500K)=0 THEN 0 ELSE SUM(DLData_500K)/SUM(DLData)*100 END) AS flowrate_500 FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP sp RIGHT JOIN ( SELECT test4.DestinationIP, test4.app_type , test4.sp1 FROM ( SELECT test1.*, test2.count1 FROM (SELECT DestinationIP, app_type, '速率' AS sp1, ROUND(SUM(DLData_500K)*8*1000/SUM (Businesshours_500K)/ 1024,2.0) AS Serverspeedavg, SUM(RequestCount_500) AS XDRcount FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE DLData_500K>[@t11] AND StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, app_type) test1 LEFT JOIN ( SELECT DestinationIP, a.App_Type, COUNT (*) AS count1 FROM (SELECT DestinationIP, App_Type, SGW_IP_Add, ROUND(SUM(DLData_500K)*8*1000/SUM (Businesshours_500K)/ 1024,2.0) AS Serverspeedavg, SUM(RequestCount_500) AS XDRcounta FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE DLData_500K>[@t11] AND StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add ) a LEFT JOIN ( SELECT SGW_IP_Add, App_Type, ROUND(SUM(DLData_500K)*8*1000/SUM (Businesshours_500K)/ 1024,2.0) AS Serverspeedavg FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE DLData_500K>[@t11] AND StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY SGW_IP_Add, App_Type) b ON a.SGW_IP_Add = b.SGW_IP_Add AND a.App_Type = b.App_Type WHERE a.XDRcounta>[@t12] AND a.Serverspeedavg[@t11] AND StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add) test3 WHERE test3.XDRcountb>[@t12] GROUP BY test3.DestinationIP, App_Type )test5 ON test4.DestinationIP=test5.DestinationIP AND test4.App_Type=test5.App_Type WHERE (test4.count1/test5.count2)>[@t15] AND test5.count2>[@t14] AND test4.Serverspeedavg<[@t16] UNION ALL SELECT test4.DestinationIP, test4.app_type, test4.sp2 FROM ( SELECT test1.*, test2.count1 FROM ( SELECT DestinationIP, app_type, '时延' AS sp2, SUM(responddelay)/SUM(responddelaycount) AS repsdelay, SUM(RequestCount) AS XDRcount FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, app_type) test1 LEFT JOIN ( SELECT DestinationIP, a.App_Type, COUNT (*) AS count1 FROM ( SELECT DestinationIP, App_Type, SGW_IP_Add, SUM(responddelay)/SUM(responddelaycount ) AS repsdelay, SUM(RequestCount) AS XDRcounta FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add ) a LEFT JOIN ( SELECT SGW_IP_Add, App_Type, SUM(responddelay)/SUM(responddelaycount ) AS repsdelay FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY SGW_IP_Add, App_Type) b ON a.SGW_IP_Add = b.SGW_IP_Add AND a.App_Type = b.App_Type WHERE a.XDRcounta>[@t1] AND a.repsdelay*[@t2]>b.repsdelay GROUP BY DestinationIP, a.App_Type) test2 ON test1.DestinationIP=test2.DestinationIP AND test1.app_type=test2.app_type)test4 LEFT JOIN ( SELECT test3.DestinationIP, App_Type, COUNT(*) AS count2 FROM ( SELECT DestinationIP, App_Type, SGW_IP_Add, SUM(RequestCount) AS XDRcountb FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add) test3 WHERE test3.XDRcountb>[@t1] GROUP BY test3.DestinationIP, App_Type)test5 ON test4.DestinationIP=test5.DestinationIP AND test4.App_Type=test5.App_Type WHERE (test4.count1/test5.count2)>[@t4] AND test5.count2>[@t3] AND test4.repsdelay>[@t5] UNION ALL SELECT test4.DestinationIP, test4.app_type, test4.sp3 FROM ( SELECT test1.*, test2.count1 FROM ( SELECT DestinationIP, app_type, '成功率' AS sp3, ROUND(SUM(RequestSuccsessCount)/SUM (RequestCount)*100 ,2.0) AS Requestsucess , SUM(RequestCount) AS XDRcount FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, app_type) test1 LEFT JOIN ( SELECT DestinationIP, a.App_Type, COUNT (*) AS count1 FROM ( SELECT DestinationIP, App_Type, SGW_IP_Add, ROUND(SUM(RequestSuccsessCount)/SUM (RequestCount),2.0) AS Requestsucess, SUM(RequestCount) AS XDRcounta FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add ) a LEFT JOIN ( SELECT SGW_IP_Add, App_Type, ROUND(SUM(RequestSuccsessCount)/SUM (RequestCount),2.0) AS Requestsucess FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY SGW_IP_Add, App_Type) b ON a.SGW_IP_Add = b.SGW_IP_Add AND a.App_Type = b.App_Type WHERE a.XDRcounta>[@t6] AND b.Requestsucess-a.Requestsucess>[@t7] GROUP BY DestinationIP, a.App_Type) test2 ON test1.DestinationIP=test2.DestinationIP AND test1.app_type=test2.app_type )test4 LEFT JOIN ( SELECT test3.DestinationIP, App_Type, COUNT(*) AS count2 FROM ( SELECT DestinationIP, App_Type, SGW_IP_Add, SUM(RequestCount) AS XDRcountb FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add) test3 WHERE test3.XDRcountb>[@t6] GROUP BY test3.DestinationIP, App_Type)test5 ON test4.DestinationIP=test5.DestinationIP AND test4.App_Type=test5.App_Type WHERE (test4.count1/test5.count2)>[@t9] AND test5.count2>[@t8] AND test4.Requestsucess<=[@t10] )c ON c.DestinationIP=sp.DestinationIP AND c.app_type=sp.app_type AND sp.StartTime>=TIMESTAMP'[@c1]' AND sp.StartTime<=TIMESTAMP'[@c2]' GROUP BY c.DestinationIP, sp.app_type, App_Sub_Type,c.sp1)spc inner join (select categoryid,categoryname,bussinessname as appsubtypename,bussinessid,city.cityname,city.city_no from lte_sys.[@c0]_t_base_categorytype t inner join lte_sys.t_base_city city on t.city_no=city.city_no )type on spc.App_Type=type.categoryid and spc.App_Type||'-'||spc.App_Sub_Type=type.bussinessid )t WHERE t.dlrate_500k IS NOT NULL order by DestinationIP) select a.PoorQualityType,a.poorcount,sum(a.poorcount) over() sptotal,round(a.poorcount/sum(a.poorcount) over()*100,2.0) as poorrate from (select PoorQualityType,count(0) poorcount,sum(0) over() from tmp where ([@s0]) group by PoorQualityType)a" } }, { "key": "query_sp_poorqualit_right", "desc":"SP质差类型_散点图", "config": { "parameters": [ { "name": "cloum", "columnname": "", "type":"", "format": "", "conditionid": "s0", "symbol":"" }, { "name": "category", "columnname": "categoryname", "type":"string", "format": "", "conditionid": "s1", "symbol":"=" },{ "name": "columname", "columnname": "PoorQualityType", "type":"string", "format": "", "conditionid": "s2", "symbol":"=" }, { "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": "province", "columnname": "", "type":"string", "format": "", "conditionid": "c3", "symbol":"" } ], "value": " select DestinationIP,round((case when '[@s0]'='requsetsuccessrate' then ([@s0]*100) when '[@s0]'='responddelay' then ([@s0]) when '[@s0]'='dlrate' then ([@s0]) end),2.0) [@s0],usernumber from LTE_SYS.[@c0]_T_End_TO_End_Analysis_SP_PoorQuality where ([@s1]) [@and] [@s2]" } }, { "key": "query_sp_poorqualit_right_p_en", "desc":"SP质差类型", "config": { "parameters": [ { "name": "cloum", "columnname": "", "type":"", "format": "", "conditionid": "s0", "symbol":"" }, { "name": "category", "columnname": "categoryname", "type":"string", "format": "", "conditionid": "s1", "symbol":"=" },{ "name": "columname", "columnname": "PoorQualityType", "type":"string", "format": "", "conditionid": "s2", "symbol":"=" }, { "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": "province", "columnname": "", "type":"string", "format": "", "conditionid": "c3", "symbol":"" }, { "name": "province", "columnname": "", "type":"string", "format": "", "conditionid": "c3", "symbol":"" }, { "name": "Threshold_data1", "columnname": "", "type":"string", "format": "", "conditionid": "t1", "symbol":"" }, { "name": "Threshold_data2", "columnname": "", "type":"string", "format": "", "conditionid": "t2", "symbol":"" }, { "name": "Threshold_data3", "columnname": "", "type":"string", "format": "", "conditionid": "t3", "symbol":"" }, { "name": "Threshold_data4", "columnname": "", "type":"string", "format": "", "conditionid": "t4", "symbol":"" }, { "name": "Threshold_data5", "columnname": "", "type":"string", "format": "", "conditionid": "t5", "symbol":"" }, { "name": "Threshold_data6", "columnname": "", "type":"string", "format": "", "conditionid": "t6", "symbol":"" }, { "name": "Threshold_data7", "columnname": "", "type":"string", "format": "", "conditionid": "t7", "symbol":"" }, { "name": "Threshold_data8", "columnname": "", "type":"string", "format": "", "conditionid": "t8", "symbol":"" }, { "name": "Threshold_data9", "columnname": "", "type":"string", "format": "", "conditionid": "t9", "symbol":"" }, { "name": "Threshold_data10", "columnname": "", "type":"string", "format": "", "conditionid": "t10", "symbol":"" }, { "name": "Threshold_data11", "columnname": "", "type":"string", "format": "", "conditionid": "t11", "symbol":"" }, { "name": "Threshold_data12", "columnname": "", "type":"string", "format": "", "conditionid": "t12", "symbol":"" }, { "name": "Threshold_data13", "columnname": "", "type":"string", "format": "", "conditionid": "t13", "symbol":"" }, { "name": "Threshold_data14", "columnname": "", "type":"string", "format": "", "conditionid": "t14", "symbol":"" }, { "name": "Threshold_data15", "columnname": "", "type":"string", "format": "", "conditionid": "t15", "symbol":"" }, { "name": "Threshold_data16", "columnname": "", "type":"string", "format": "", "conditionid": "t16", "symbol":"" } ], "value": "with tmp as (SELECT * FROM ( SELECT spc.DestinationIP, spc.app_type, type.categoryname, type.appsubtypename, spc.PoorQualityType, spc.DLrate , spc.responddelay, spc.RequsetSuccessRate, spc.usernumber, spc.DLData , CASE WHEN spc.dlrate_500k<2048 AND spc.PoorQualityType='速率' THEN dlrate_500k WHEN spc.PoorQualityType='成功率' THEN dlrate_500k WHEN spc.PoorQualityType='时延' THEN dlrate_500k END dlrate_500k, ROUND(spc.requestcount_500k,4.0) requestcount_500k, spc.flow_500k, ROUND(spc.flowrate_500,4.0) flowrate_500 FROM ( SELECT c.DestinationIP, sp.app_type, App_Sub_Type, c.sp1 AS PoorQualityType, ROUND(SUM(DLData)*8*1000/SUM(Businesshours)/1024,2.0) DLrate, ROUND(SUM(responddelay)/SUM(responddelaycount),2.0) AS responddelay, ROUND(SUM(RequestSuccsessCount)/SUM(RequestCount),4.0) RequsetSuccessRate, SUM(RequestCount) usernumber, SUM(DLData) DLData, ROUND( CASE WHEN (SUM(DLData_500K) IS NULL OR SUM(DLData_500K)=0 OR SUM(Businesshours_500K) IS NULL OR SUM(Businesshours_500K)=0) THEN 0 ELSE SUM(DLData_500K)*8*1000/SUM(Businesshours_500K)/1024 END,2.0) AS Dlrate_500k, CASE WHEN SUM(RequestCount_500) IS NULL THEN 0 ELSE SUM(RequestCount_500) END AS requestcount_500k, SUM( CASE WHEN DLData_500K IS NULL THEN 0 ELSE DLData_500K END) AS flow_500k, ( CASE WHEN SUM(dldata) IS NULL OR SUM(dldata)=0 OR SUM(DLData_500K) IS NULL OR SUM(DLData_500K)=0 THEN 0 ELSE SUM(DLData_500K)/SUM(DLData)*100 END) AS flowrate_500 FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP sp RIGHT JOIN ( SELECT test4.DestinationIP, test4.app_type , test4.sp1 FROM ( SELECT test1.*, test2.count1 FROM (SELECT DestinationIP, app_type, '速率' AS sp1, ROUND(SUM(DLData_500K)*8*1000/SUM (Businesshours_500K)/ 1024,2.0) AS Serverspeedavg, SUM(RequestCount_500) AS XDRcount FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE DLData_500K>[@t11] AND StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, app_type) test1 LEFT JOIN ( SELECT DestinationIP, a.App_Type, COUNT (*) AS count1 FROM (SELECT DestinationIP, App_Type, SGW_IP_Add, ROUND(SUM(DLData_500K)*8*1000/SUM (Businesshours_500K)/ 1024,2.0) AS Serverspeedavg, SUM(RequestCount_500) AS XDRcounta FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE DLData_500K>[@t11] AND StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add ) a LEFT JOIN ( SELECT SGW_IP_Add, App_Type, ROUND(SUM(DLData_500K)*8*1000/SUM (Businesshours_500K)/ 1024,2.0) AS Serverspeedavg FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE DLData_500K>[@t11] AND StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY SGW_IP_Add, App_Type) b ON a.SGW_IP_Add = b.SGW_IP_Add AND a.App_Type = b.App_Type WHERE a.XDRcounta>[@t12] AND a.Serverspeedavg[@t11] AND StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add) test3 WHERE test3.XDRcountb>[@t12] GROUP BY test3.DestinationIP, App_Type )test5 ON test4.DestinationIP=test5.DestinationIP AND test4.App_Type=test5.App_Type WHERE (test4.count1/test5.count2)>[@t15] AND test5.count2>[@t14] AND test4.Serverspeedavg<[@t16] UNION ALL SELECT test4.DestinationIP, test4.app_type, test4.sp2 FROM ( SELECT test1.*, test2.count1 FROM ( SELECT DestinationIP, app_type, '时延' AS sp2, SUM(responddelay)/SUM(responddelaycount) AS repsdelay, SUM(RequestCount) AS XDRcount FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, app_type) test1 LEFT JOIN ( SELECT DestinationIP, a.App_Type, COUNT (*) AS count1 FROM ( SELECT DestinationIP, App_Type, SGW_IP_Add, SUM(responddelay)/SUM(responddelaycount ) AS repsdelay, SUM(RequestCount) AS XDRcounta FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add ) a LEFT JOIN ( SELECT SGW_IP_Add, App_Type, SUM(responddelay)/SUM(responddelaycount ) AS repsdelay FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY SGW_IP_Add, App_Type) b ON a.SGW_IP_Add = b.SGW_IP_Add AND a.App_Type = b.App_Type WHERE a.XDRcounta>[@t1] AND a.repsdelay*[@t2]>b.repsdelay GROUP BY DestinationIP, a.App_Type) test2 ON test1.DestinationIP=test2.DestinationIP AND test1.app_type=test2.app_type)test4 LEFT JOIN ( SELECT test3.DestinationIP, App_Type, COUNT(*) AS count2 FROM ( SELECT DestinationIP, App_Type, SGW_IP_Add, SUM(RequestCount) AS XDRcountb FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add) test3 WHERE test3.XDRcountb>[@t1] GROUP BY test3.DestinationIP, App_Type)test5 ON test4.DestinationIP=test5.DestinationIP AND test4.App_Type=test5.App_Type WHERE (test4.count1/test5.count2)>[@t4] AND test5.count2>[@t3] AND test4.repsdelay>[@t5] UNION ALL SELECT test4.DestinationIP, test4.app_type, test4.sp3 FROM ( SELECT test1.*, test2.count1 FROM ( SELECT DestinationIP, app_type, '成功率' AS sp3, ROUND(SUM(RequestSuccsessCount)/SUM (RequestCount)*100 ,2.0) AS Requestsucess , SUM(RequestCount) AS XDRcount FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, app_type) test1 LEFT JOIN ( SELECT DestinationIP, a.App_Type, COUNT (*) AS count1 FROM ( SELECT DestinationIP, App_Type, SGW_IP_Add, ROUND(SUM(RequestSuccsessCount)/SUM (RequestCount),2.0) AS Requestsucess, SUM(RequestCount) AS XDRcounta FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add ) a LEFT JOIN ( SELECT SGW_IP_Add, App_Type, ROUND(SUM(RequestSuccsessCount)/SUM (RequestCount),2.0) AS Requestsucess FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY SGW_IP_Add, App_Type) b ON a.SGW_IP_Add = b.SGW_IP_Add AND a.App_Type = b.App_Type WHERE a.XDRcounta>[@t6] AND b.Requestsucess-a.Requestsucess>[@t7] GROUP BY DestinationIP, a.App_Type) test2 ON test1.DestinationIP=test2.DestinationIP AND test1.app_type=test2.app_type )test4 LEFT JOIN ( SELECT test3.DestinationIP, App_Type, COUNT(*) AS count2 FROM ( SELECT DestinationIP, App_Type, SGW_IP_Add, SUM(RequestCount) AS XDRcountb FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add) test3 WHERE test3.XDRcountb>[@t6] GROUP BY test3.DestinationIP, App_Type)test5 ON test4.DestinationIP=test5.DestinationIP AND test4.App_Type=test5.App_Type WHERE (test4.count1/test5.count2)>[@t9] AND test5.count2>[@t8] AND test4.Requestsucess<=[@t10] )c ON c.DestinationIP=sp.DestinationIP AND c.app_type=sp.app_type AND sp.StartTime>=TIMESTAMP'[@c1]' AND sp.StartTime<=TIMESTAMP'[@c2]' GROUP BY c.DestinationIP, sp.app_type, App_Sub_Type,c.sp1)spc inner join (select categoryid,categoryname,bussinessname as appsubtypename,bussinessid,city.cityname,city.city_no from lte_sys.[@c0]_t_base_categorytype t inner join lte_sys.t_base_city city on t.city_no=city.city_no )type on spc.App_Type=type.categoryid and spc.App_Type||'-'||spc.App_Sub_Type=type.bussinessid )t WHERE t.dlrate_500k IS NOT NULL order by DestinationIP) select DestinationIP,round((case when '[@s0]'='requsetsuccessrate' then ([@s0]*100) when '[@s0]'='responddelay' then ([@s0]) when '[@s0]'='dlrate' then ([@s0]) end),2.0) [@s0],usernumber from tmp where ([@s1]) [@and] [@s2]" } }, { "key": "query_sp_poorqualit_right_details", "desc":"SP质差类型_散点图", "config": { "parameters": [ { "name": "cloum", "columnname": "", "type":"", "format": "", "conditionid": "s0", "symbol":"" }, { "name": "category", "columnname": "categoryname", "type":"string", "format": "", "conditionid": "s1", "symbol":"=" },{ "name": "columname", "columnname": "PoorQualityType", "type":"string", "format": "", "conditionid": "s2", "symbol":"=" }, { "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": "province", "columnname": "", "type":"string", "format": "", "conditionid": "c3", "symbol":"" } ], "value": "SELECT DestinationIP,TypeID,CategoryName,App_Type,PoorQualityType,round(DLrate,2.0) DLrate,round(responddelay,2.0) responddelay,round(RequsetSuccessRate*100,4.0) as RequsetSuccessRate,usernumber,round(TotalFlow/1024,2.0) TotalFlow,round(dlrate_500k,2.0) dlrate_500k,requestcount_500k,round(flow_500k/1024,2.0) as flow_500k,round(flowrate_500,2.0) flowrate_500 FROM LTE_SYS.[@c0]_T_End_TO_End_Analysis_SP_PoorQuality where ([@s1]) [@and] [@s2]" } }, { "key": "query_sp_poorqualit_right_details_p_en", "desc":"SP质差类型", "config": { "parameters": [ { "name": "cloum", "columnname": "", "type":"", "format": "", "conditionid": "s0", "symbol":"" }, { "name": "category", "columnname": "categoryname", "type":"string", "format": "", "conditionid": "s1", "symbol":"=" },{ "name": "columname", "columnname": "PoorQualityType", "type":"string", "format": "", "conditionid": "s2", "symbol":"=" }, { "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": "province", "columnname": "", "type":"string", "format": "", "conditionid": "c3", "symbol":"" }, { "name": "province", "columnname": "", "type":"string", "format": "", "conditionid": "c3", "symbol":"" }, { "name": "Threshold_data1", "columnname": "", "type":"string", "format": "", "conditionid": "t1", "symbol":"" }, { "name": "Threshold_data2", "columnname": "", "type":"string", "format": "", "conditionid": "t2", "symbol":"" }, { "name": "Threshold_data3", "columnname": "", "type":"string", "format": "", "conditionid": "t3", "symbol":"" }, { "name": "Threshold_data4", "columnname": "", "type":"string", "format": "", "conditionid": "t4", "symbol":"" }, { "name": "Threshold_data5", "columnname": "", "type":"string", "format": "", "conditionid": "t5", "symbol":"" }, { "name": "Threshold_data6", "columnname": "", "type":"string", "format": "", "conditionid": "t6", "symbol":"" }, { "name": "Threshold_data7", "columnname": "", "type":"string", "format": "", "conditionid": "t7", "symbol":"" }, { "name": "Threshold_data8", "columnname": "", "type":"string", "format": "", "conditionid": "t8", "symbol":"" }, { "name": "Threshold_data9", "columnname": "", "type":"string", "format": "", "conditionid": "t9", "symbol":"" }, { "name": "Threshold_data10", "columnname": "", "type":"string", "format": "", "conditionid": "t10", "symbol":"" }, { "name": "Threshold_data11", "columnname": "", "type":"string", "format": "", "conditionid": "t11", "symbol":"" }, { "name": "Threshold_data12", "columnname": "", "type":"string", "format": "", "conditionid": "t12", "symbol":"" }, { "name": "Threshold_data13", "columnname": "", "type":"string", "format": "", "conditionid": "t13", "symbol":"" }, { "name": "Threshold_data14", "columnname": "", "type":"string", "format": "", "conditionid": "t14", "symbol":"" }, { "name": "Threshold_data15", "columnname": "", "type":"string", "format": "", "conditionid": "t15", "symbol":"" }, { "name": "Threshold_data16", "columnname": "", "type":"string", "format": "", "conditionid": "t16", "symbol":"" } ], "value": "WITH tmp AS (SELECT * FROM ( SELECT spc.DestinationIP, spc.app_type, type.categoryname, type.appsubtypename, spc.PoorQualityType, spc.DLrate , spc.responddelay, spc.RequsetSuccessRate, spc.usernumber, spc.DLData , CASE WHEN spc.dlrate_500k<2048 AND spc.PoorQualityType='速率' THEN dlrate_500k WHEN spc.PoorQualityType='成功率' THEN dlrate_500k WHEN spc.PoorQualityType='时延' THEN dlrate_500k END dlrate_500k, ROUND(spc.requestcount_500k,4.0) requestcount_500k, spc.flow_500k, ROUND(spc.flowrate_500,4.0) flowrate_500 FROM ( SELECT c.DestinationIP, sp.app_type, App_Sub_Type, c.sp1 AS PoorQualityType, ROUND(SUM(DLData)*8*1000/SUM(Businesshours)/1024,2.0) DLrate, ROUND(SUM(responddelay)/SUM(responddelaycount),2.0) AS responddelay, ROUND(SUM(RequestSuccsessCount)/SUM(RequestCount),4.0) RequsetSuccessRate, SUM(RequestCount) usernumber, SUM(DLData) DLData, ROUND( CASE WHEN (SUM(DLData_500K) IS NULL OR SUM(DLData_500K)=0 OR SUM(Businesshours_500K) IS NULL OR SUM(Businesshours_500K)=0) THEN 0 ELSE SUM(DLData_500K)*8*1000/SUM(Businesshours_500K)/1024 END,2.0) AS Dlrate_500k, CASE WHEN SUM(RequestCount_500) IS NULL THEN 0 ELSE SUM(RequestCount_500) END AS requestcount_500k, SUM( CASE WHEN DLData_500K IS NULL THEN 0 ELSE DLData_500K END) AS flow_500k, ( CASE WHEN SUM(dldata) IS NULL OR SUM(dldata)=0 OR SUM(DLData_500K) IS NULL OR SUM(DLData_500K)=0 THEN 0 ELSE SUM(DLData_500K)/SUM(DLData)*100 END) AS flowrate_500 FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP sp RIGHT JOIN ( SELECT test4.DestinationIP, test4.app_type , test4.sp1 FROM ( SELECT test1.*, test2.count1 FROM (SELECT DestinationIP, app_type, '速率' AS sp1, ROUND(SUM(DLData_500K)*8*1000/SUM (Businesshours_500K)/ 1024,2.0) AS Serverspeedavg, SUM(RequestCount_500) AS XDRcount FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE DLData_500K>[@t11] AND StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, app_type) test1 LEFT JOIN ( SELECT DestinationIP, a.App_Type, COUNT (*) AS count1 FROM (SELECT DestinationIP, App_Type, SGW_IP_Add, ROUND(SUM(DLData_500K)*8*1000/SUM (Businesshours_500K)/ 1024,2.0) AS Serverspeedavg, SUM(RequestCount_500) AS XDRcounta FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE DLData_500K>[@t11] AND StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add ) a LEFT JOIN ( SELECT SGW_IP_Add, App_Type, ROUND(SUM(DLData_500K)*8*1000/SUM (Businesshours_500K)/ 1024,2.0) AS Serverspeedavg FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE DLData_500K>[@t11] AND StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY SGW_IP_Add, App_Type) b ON a.SGW_IP_Add = b.SGW_IP_Add AND a.App_Type = b.App_Type WHERE a.XDRcounta>[@t12] AND a.Serverspeedavg[@t11] AND StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add) test3 WHERE test3.XDRcountb>[@t12] GROUP BY test3.DestinationIP, App_Type )test5 ON test4.DestinationIP=test5.DestinationIP AND test4.App_Type=test5.App_Type WHERE (test4.count1/test5.count2)>[@t15] AND test5.count2>[@t14] AND test4.Serverspeedavg<[@t16] UNION ALL SELECT test4.DestinationIP, test4.app_type, test4.sp2 FROM ( SELECT test1.*, test2.count1 FROM ( SELECT DestinationIP, app_type, '时延' AS sp2, SUM(responddelay)/SUM(responddelaycount) AS repsdelay, SUM(RequestCount) AS XDRcount FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, app_type) test1 LEFT JOIN ( SELECT DestinationIP, a.App_Type, COUNT (*) AS count1 FROM ( SELECT DestinationIP, App_Type, SGW_IP_Add, SUM(responddelay)/SUM(responddelaycount ) AS repsdelay, SUM(RequestCount) AS XDRcounta FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add ) a LEFT JOIN ( SELECT SGW_IP_Add, App_Type, SUM(responddelay)/SUM(responddelaycount ) AS repsdelay FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY SGW_IP_Add, App_Type) b ON a.SGW_IP_Add = b.SGW_IP_Add AND a.App_Type = b.App_Type WHERE a.XDRcounta>[@t1] AND a.repsdelay*[@t2]>b.repsdelay GROUP BY DestinationIP, a.App_Type) test2 ON test1.DestinationIP=test2.DestinationIP AND test1.app_type=test2.app_type)test4 LEFT JOIN ( SELECT test3.DestinationIP, App_Type, COUNT(*) AS count2 FROM ( SELECT DestinationIP, App_Type, SGW_IP_Add, SUM(RequestCount) AS XDRcountb FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add) test3 WHERE test3.XDRcountb>[@t1] GROUP BY test3.DestinationIP, App_Type)test5 ON test4.DestinationIP=test5.DestinationIP AND test4.App_Type=test5.App_Type WHERE (test4.count1/test5.count2)>[@t4] AND test5.count2>[@t3] AND test4.repsdelay>[@t5] UNION ALL SELECT test4.DestinationIP, test4.app_type, test4.sp3 FROM ( SELECT test1.*, test2.count1 FROM ( SELECT DestinationIP, app_type, '成功率' AS sp3, ROUND(SUM(RequestSuccsessCount)/SUM (RequestCount)*100 ,2.0) AS Requestsucess , SUM(RequestCount) AS XDRcount FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, app_type) test1 LEFT JOIN ( SELECT DestinationIP, a.App_Type, COUNT (*) AS count1 FROM ( SELECT DestinationIP, App_Type, SGW_IP_Add, ROUND(SUM(RequestSuccsessCount)/SUM (RequestCount),2.0) AS Requestsucess, SUM(RequestCount) AS XDRcounta FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add ) a LEFT JOIN ( SELECT SGW_IP_Add, App_Type, ROUND(SUM(RequestSuccsessCount)/SUM (RequestCount),2.0) AS Requestsucess FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY SGW_IP_Add, App_Type) b ON a.SGW_IP_Add = b.SGW_IP_Add AND a.App_Type = b.App_Type WHERE a.XDRcounta>[@t6] AND b.Requestsucess-a.Requestsucess>[@t7] GROUP BY DestinationIP, a.App_Type) test2 ON test1.DestinationIP=test2.DestinationIP AND test1.app_type=test2.app_type )test4 LEFT JOIN ( SELECT test3.DestinationIP, App_Type, COUNT(*) AS count2 FROM ( SELECT DestinationIP, App_Type, SGW_IP_Add, SUM(RequestCount) AS XDRcountb FROM lte_sys.[@c0]_T_End_TO_End_Analysis_SP WHERE StartTime>=TIMESTAMP'[@c1]' AND StartTime<=TIMESTAMP'[@c2]' GROUP BY DestinationIP, App_Type, SGW_IP_Add) test3 WHERE test3.XDRcountb>[@t6] GROUP BY test3.DestinationIP, App_Type)test5 ON test4.DestinationIP=test5.DestinationIP AND test4.App_Type=test5.App_Type WHERE (test4.count1/test5.count2)>[@t9] AND test5.count2>[@t8] AND test4.Requestsucess<=[@t10] )c ON c.DestinationIP=sp.DestinationIP AND c.app_type=sp.app_type AND sp.StartTime>=TIMESTAMP'[@c1]' AND sp.StartTime<=TIMESTAMP'[@c2]' GROUP BY c.DestinationIP, sp.app_type, App_Sub_Type,c.sp1)spc inner join (select categoryid,categoryname,bussinessname as appsubtypename,bussinessid,city.cityname,city.city_no from lte_sys.[@c0]_t_base_categorytype t inner join lte_sys.t_base_city city on t.city_no=city.city_no )type on spc.App_Type=type.categoryid and spc.App_Type||'-'||spc.App_Sub_Type=type.bussinessid )t WHERE t.dlrate_500k IS NOT NULL order by DestinationIP) SELECT DestinationIP, CategoryName, App_Type, PoorQualityType, ROUND(DLrate,2.0) DLrate, ROUND(responddelay,2.0) responddelay, ROUND(RequsetSuccessRate*100,4.0) AS RequsetSuccessRate, usernumber, ROUND(DLData/1024,2.0) TotalFlow, ROUND(dlrate_500k,2.0) dlrate_500k, requestcount_500k, ROUND(flow_500k/1024,2.0) AS flow_500k, ROUND(flowrate_500,2.0) flowrate_500 FROM tmp WHERE ( [@s1]) [@and] [@s2]" } } ] }