update query mbak ayu
This commit is contained in:
adekurniawan
parent
de4173606a
commit
390a53ef75
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SELECT yearweek AS week
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, 'PUMA' as regional
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, SUM(num_hosr) AS z_hosr_num
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, SUM(denum_hosr) AS z_hosr_denum
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, case when SUM(denum_hosr) = 0 then 0 else SUM(num_hosr) / SUM(denum_hosr) * 100 end as hosr
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, SUM(num_sdsr) AS z_sdsr_num
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, SUM(denum_sdsr) AS z_sdsr_denum
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, case when SUM(denum_sdsr) = 0 then 0 else SUM(num_sdsr) / SUM(denum_sdsr) * 100 end as sdsr
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, SUM(num_tch_drop) AS z_tchdrop_num
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, SUM(denum_tch_drop) AS z_tchdrop_denum
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, case when SUM(denum_tch_drop) = 0 then 0 else SUM(num_tch_drop) / SUM(denum_tch_drop) * 100 end as tchdrop
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, SUM(num_tbf_ul_est_sr) AS z_tbful_est_sr_num
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, SUM(denum_tbf_ul_est_sr) AS z_tbful_est_sr_denum
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, case when SUM(denum_tbf_ul_est_sr) = 0 then 0 else SUM(num_tbf_ul_est_sr) / SUM(denum_tbf_ul_est_sr) * 100 end as tbful_est_sr
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, SUM(num_tbf_comp_sr) AS z_tbfcomp_sr_num
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, SUM(denum_tbf_comp_sr) AS z_tbfcomp_sr_denum
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, case when SUM(denum_tbf_comp_sr) = 0 then 0 else SUM(num_tbf_comp_sr) / SUM(denum_tbf_comp_sr) * 100 end as tbfcomp_sr
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, SUM(num_tch_block) AS z_tch_block_num
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, SUM(denum_tch_blok) AS z_tch_block_denum
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, case when SUM(denum_tch_blok) = 0 then 0 else SUM(num_tch_block) / SUM(denum_tch_blok) * 100 end as tch_block
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, SUM(num_sdcch_block) AS z_sdblock_num
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, SUM(denum_sdcch_block) AS z_sdblock_denum
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, case when SUM(denum_sdcch_block) = 0 then 0 else SUM(num_sdcch_block) / SUM(denum_sdcch_block) * 100 end as sdblock
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, AVG(edge_dl_throughput_kbps) AS EDGE_Throughput
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, AVG(gprs_dl_throughput_kbps) AS GPRS_Throughput
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, SUM(gprs_payload_mbyte) AS GPRS_Payload_mbyte
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, SUM(edge_payload_ul_mbyte) + SUM(edge_payload_dl_mbyte) AS EDGE_Payload_mbyte
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, SUM(tch_traffic_erlang) AS z_tch_traffic
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, SUM(sdcch_traffic_erlang) AS z_sdcch_traffic
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, sum(num_tch_availability) AS Availability_2G_NUM
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, sum(denum_tch_availability) AS Availability_2G_DENUM
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, coalesce(sum(num_tch_availability) / nullif(sum(denum_tch_availability), 0) * 100, 0) AS Availability_2G
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, SUM(num_tbf_dl_est_sr) AS z_tbfdl_est_sr_num
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, SUM(denum_tbf_dl_est_sr) AS z_tbfdl_est_sr_denum
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, case when SUM(denum_tbf_dl_est_sr) = 0 then 0 else SUM(num_tbf_dl_est_sr) / SUM(denum_tbf_dl_est_sr) * 100 end as tbfdl_est_sr
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, SUM(num_icm_interference) AS z_inter_vrnc_num
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, SUM(denum_icm_interference) AS z_inter_vrnc_denum
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, case when SUM(denum_icm_interference) = 0 then 0 else SUM(num_icm_interference) / SUM(denum_icm_interference) * 100 end as interference
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, SUM(num_dl_qual_0_5) AS z_dlqual5_num
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, SUM(denum_dl_qual_0_5) AS z_dlqual5_denum
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, case when SUM(denum_dl_qual_0_5) = 0 then 0 else SUM(num_dl_qual_0_5) / SUM(denum_dl_qual_0_5) * 100 end as z_dlqual5
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, SUM(num_ul_qual_0_5) AS z_ulqual5_num
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, SUM(denum_ul_qual_0_5) AS z_ulqual5_denum
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, case when SUM(denum_ul_qual_0_5) = 0 then 0 else SUM(num_ul_qual_0_5) / SUM(denum_ul_qual_0_5) * 100 end as z_ulqual5
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, SUM(payload_mbyte) AS Total_Payload
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FROM r11.meas_2g_daily m
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where date between date_from('202332') and date_to('202349')
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group by yearweek
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order by yearweek
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;
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SELECT yearweek AS week
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, 'PUMA' as regional
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, SUM(payload_mbyte) AS Total_Payload
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, SUM(dl_traffic_volume_mbyte) AS Downlink_Traffic_Volume2
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, SUM(ul_traffic_volume_mbyte) AS Uplink_Traffic_Volume2
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, SUM(num_rrc_setup_sr) AS rrc_setup_success_rate_service_num
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, SUM(denum_rrc_setup_sr) AS rrc_setup_success_rate_service_den
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, ndp(sum(num_rrc_setup_sr), sum(denum_rrc_setup_sr)) AS rrc_setup_success_rate_service
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, SUM(num_e_rab_setup_sr) AS E_Rab_Setup_SR_Numnew
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, SUM(denum_e_rab_setup_sr) AS E_Rab_Setup_SR_Denumnew
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, ndp(sum(num_e_rab_setup_sr), sum(denum_e_rab_setup_sr)) AS E_Rab_Setup_SR
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, sum(num_rrc_setup_sr) * sum(num_e_rab_setup_sr) * sum(s1_signal_connection_est_sr_num) as cssr_ver_1_num
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, sum(denum_rrc_setup_sr) * sum(denum_e_rab_setup_sr) * sum(s1_signal_connection_est_sr_denum) as cssr_ver_1_denum
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, ndp(sum(num_rrc_setup_sr) * sum(num_e_rab_setup_sr) * sum(s1_signal_connection_est_sr_num),
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sum(denum_rrc_setup_sr) * sum(denum_e_rab_setup_sr) *
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sum(s1_signal_connection_est_sr_denum)) AS CSSR
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, SUM(num_e_rab_drop_rate_percent) AS sdr_ver_1_num
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, SUM(denum_e_rab_drop_rate_percent) AS sdr_ver_1_denum
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, ndp(sum(num_e_rab_drop_rate_percent), sum(num_e_rab_drop_rate_percent)) AS SDR
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, SUM(num_ifho_sr) AS Intra_Frequency_Handover_SR_NUM
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, SUM(denum_ifho_sr) AS Intra_Frequency_Handover_SR_DENUM
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, ndp(sum(num_ifho_sr), sum(denum_ifho_sr)) AS Intra_Frequency_Handover_SR
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, SUM(cell_availability_num) AS Radio_Network_Availability_Rate_NUM
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, SUM(cell_availability_denum) AS Radio_Network_Availability_Rate_DENUM
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, CASE
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WHEN SUM(cell_availability_denum) = 0 THEN 0
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ELSE SUM(cell_availability_num) / SUM(cell_availability_denum) * 100
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END AS Radio_Network_Availability_Rate
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, AVG(cell_dl_throughput_kbps) AS cell_dl_throughput_kbps
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, AVG(cell_ul_throughput_kbps) AS cell_ul_throughput_kbps
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, AVG(user_dl_throughput_kbps) AS user_dl_throughput_kbps_v1
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, AVG(user_ul_throughput_kbps) AS user_ul_throughput_kbps
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, 0 AS z_avg_ulrssi_pucch_num
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, 0 AS z_ulrssi_pucch_denum
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, AVG(average_ni_of_carrier_dbm) AS average_cell_rssi_dbm
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, SUM(maximum_number_of_rrc_connection_user_unit) AS Maximum_Active_User
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, SUM(num_csfb_sr) AS SWAP_4G_CSFB_NUM
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, SUM(denum_csfb_sr) AS SWAP_4G_CSFB_DENUM
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, CASE
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WHEN SUM(denum_csfb_sr) = 0 THEN 0
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ELSE SUM(num_csfb_sr) / SUM(denum_csfb_sr) * 100
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END AS CSFB
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, SUM(successful_outgoing_handovers_execution_over_x2_times) AS successful_inter_enb_ho
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, SUM(attempted_outgoing_handovers_execution_over_x2_times) AS attempted_inter_enb_ho
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, CASE
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WHEN SUM(attempted_outgoing_handovers_execution_over_x2_times) = 0 THEN 0
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ELSE SUM(successful_outgoing_handovers_execution_over_x2_times) / SUM(attempted_outgoing_handovers_execution_over_x2_times) *
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100 END AS inter_enb_ho
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, SUM(successful_outgoing_handovers_execution_over_s1_times) AS successful_inter_enb_s1_ho
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, SUM(attempted_outgoing_handovers_execution_over_s1_times) AS attempted_inter_enb_s1_ho
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, CASE
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WHEN SUM(attempted_outgoing_handovers_execution_over_s1_times) = 0 THEN 0
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ELSE SUM(successful_outgoing_handovers_execution_over_s1_times) / SUM(attempted_outgoing_handovers_execution_over_s1_times) *
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100 END AS nter_enb_s1_ho
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, SUM(num_dl_prb_utilization_percent) AS z_prbdl_num
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, SUM(denum_dl_prb_utilization_percent) AS z_prbdl_denum
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, CASE
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WHEN SUM(denum_dl_prb_utilization_percent) = 0 THEN 0
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ELSE SUM(num_dl_prb_utilization_percent) / SUM(denum_dl_prb_utilization_percent) * 100 END AS prb_dl_util
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, SUM(num_ul_prb_utilization_percent) AS z_prbul_num
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, SUM(denum_ul_prb_utilization_percent) AS z_prbul_denum
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, CASE
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WHEN SUM(denum_ul_prb_utilization_percent) = 0 THEN 0
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ELSE SUM(num_ul_prb_utilization_percent) / SUM(denum_ul_prb_utilization_percent) * 100 END AS prb_ul_util
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, SUM(the_ratio_of_cqi_ge_7_monitor_num) AS z_CQI7SR_Num
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, SUM(the_ratio_of_cqi_ge_7_monitor_denum) AS z_CQI7SR_denum
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, CASE
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WHEN SUM(the_ratio_of_cqi_ge_7_monitor_denum) = 0 THEN 0
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ELSE SUM(the_ratio_of_cqi_ge_7_monitor_num) / SUM(the_ratio_of_cqi_ge_7_monitor_denum) * 100 END AS z_CQI7SR
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, SUM(dl_64qam_modulation_scheme_usage_num) AS z_64qamdl_num
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, SUM(dl_64qam_modulation_scheme_usage_denum) AS z_64qamdl_denum
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, CASE
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WHEN SUM(dl_64qam_modulation_scheme_usage_denum) = 0 THEN 0
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ELSE SUM(dl_64qam_modulation_scheme_usage_num) / SUM(dl_64qam_modulation_scheme_usage_denum) * 100 END AS z_64qam_dl_usage
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, SUM(ul_16qam_modulation_scheme_usage_num) AS z_16qamul_num
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, SUM(ul_16qam_modulation_scheme_usage_denum) AS z_16qamul_denum
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, CASE
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WHEN SUM(ul_16qam_modulation_scheme_usage_denum) = 0 THEN 0
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ELSE SUM(ul_16qam_modulation_scheme_usage_num) / SUM(ul_16qam_modulation_scheme_usage_denum) * 100 END AS z_16qam_ul_usage
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, SUM(s1_signal_connection_est_sr_num) AS z_NumS1
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, SUM(s1_signal_connection_est_sr_denum) AS z_DenumS1
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, CASE
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WHEN SUM(s1_signal_connection_est_sr_denum) = 0 THEN 0
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ELSE SUM(s1_signal_connection_est_sr_num) / SUM(s1_signal_connection_est_sr_denum) * 100 END AS S1_Signalling_SR
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, SUM(num_csfb_sr) as z_csfb_prep_num
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, SUM(denum_csfb_sr) as z_csfb_prep_denum
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, CASE
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WHEN SUM(denum_csfb_sr) = 0 THEN 0
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ELSE SUM(num_csfb_sr) / SUM(denum_csfb_sr) *
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100 END AS z_csfb_prep
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, SUM(number_of_redirection_requests_from_lte_to_utran_csfb_times) AS number_of_redirection_requests_from_lte_to_utran_csfb
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FROM r11.meas_4g_daily m
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where date between date_from('202332') and date_to('202349')
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group by yearweek
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order by yearweek
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;
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with ref_sites (site_id) as (values (array ['AMB002'])),
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ref_date as (select array_agg(date::date) as date
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from w
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where date between '2023-12-01' and '2023-12-07');
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@ -0,0 +1,47 @@
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with master as (select n.tech
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, m.yearweek
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, r.branch
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, sum(tch_traffic_erlang) as traffic
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, sum(payload_mbyte) as payload_mbyte
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from r11.meas_2g_daily m
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join network_cell n on m.network_cell_id = n.id
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join ref_site r on n.site_id = r.site_id
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where date between date_from('202332') and date_to('202349')
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group by n.tech
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, m.yearweek
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, r.branch
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union
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select n.tech
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, m.yearweek
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, r.branch
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, 0 AS traffic
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, sum(m.payload_mbyte) AS payload_mbyte
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from r11.meas_4g_daily m
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join network_cell n on m.network_cell_id = n.id
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join ref_site r on n.site_id = r.site_id
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where date between date_from('202332') and date_to('202349')
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group by n.tech
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, m.yearweek
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, r.branch),
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result as (select yearweek as week
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, branch as zone
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, sum(case when tech = '2G' then traffic end) as traffic_2g
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, 0 as traffic_3g
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, sum(case when tech = '2G' then payload_mbyte end) as payload_mbyte_2g
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, 0 as payload_mbyte_3g
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, sum(case when tech = '4G' then payload_mbyte end) as payload_mbyte_4g
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, sum(case when tech = '2G' then traffic end) as traffic_total
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, sum(case when tech = '2G' then payload_mbyte end) + sum(case when tech = '4G' then payload_mbyte end) as payload_mbyte_total
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from master
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group by yearweek
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, branch
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order by yearweek
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, branch)
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select *
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from result
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order by week, zone;
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