insert into fhzg_info_breaker_svg_after(scheme_id, start_switch_id, after_p, after_q, after_i, create_time,last_time) values (#{item.schemeId},#{item.startSwitchId},#{item.afterP},#{item.afterQ},#{item.afterI},#{item.createTime},#{item.lastTime}) with recursive res_tab as ( select t.psr_id link_id, t.psr_id, t.name, t.start_kg_id from t_feeder_topo t where t.psr_id = #{startSwitchId} and t.feeder = #{lineId} union select if((t.normal_open='true' and t.psr_id != #{linkSwitchId}) or t.psr_id in #{item} ,'-',t.psr_id) link_id, t.psr_id, t.name, t.start_kg_id from t_feeder_topo t join res_tab p on t.start_kg_id = p.link_id and t.psr_type in #{item} ) select psr_id switch_id,`name` switch_name,if(link_id='-','end','mid') switch_type from res_tab where psr_id != #{startSwitchId} select t.transformer_no, t.transformer_name, max(t.is_sensitive_user) is_sensitive_user, max(t.is_critical_user) is_critical_user, max(t.is_dual_power) is_dual_power, max(if(c.protection_start_time < #{faultEndTime} and #{faultStartTime} < c.protection_end_time,'1','0')) is_protect_power from fhzg_dist_transformer_customer t left join fhzg_customer_power_protection_config c on t.transformer_no = c.transformer_no where t.transformer_no in #{item} group by t.transformer_no, t.transformer_name union all select f.join_ec transformer_no, f.join_ec transformer_name, max(t.is_sensitive_user) is_sensitive_user, max(t.is_critical_user) is_critical_user, max(t.is_dual_power) is_dual_power, max(if(c.protection_start_time < #{faultEndTime} and #{faultStartTime} < c.protection_end_time, '1','0')) is_protect_power from fhzg_dist_transformer_customer t join dwd_shb_ds_joinec_transformer_base f on t.transformer_no = f.psr_id left join fhzg_customer_power_protection_config c on t.transformer_no = c.transformer_no where f.join_ec in #{item} group by f.join_ec select cut.line_id, cut.line_name, res.fault_id, res.transfer_area_json, cut.fault_start_time, cut.fault_end_time, date_add(date(cut.create_time), interval '-7 0:0:0' day_second) period_start_time, date_add(date(cut.create_time), interval -1 second) period_end_time from fhzg_fault_power_cut cut join fhzg_fault_await_transfer_area_result res on cut.id = res.fault_id where res.fault_id = #{faultId} with recursive res_tab as ( select d.scheme_id, d.end_switch_id, t.feeder, t.feeder_name, t.psr_id, t.name, t.psr_type, t.psr_id link_id, cast(concat('scheme_id_',d.scheme_id) as char(100)) start_kg_id from t_feeder_topo t join fhzg_fault_transfer_scheme_path_detail d on t.psr_id=d.start_switch_id join fhzg_fault_transfer_scheme s on d.scheme_id = s.id and s.fault_id = #{faultId} where t.feeder = #{feeder} union all select p.scheme_id, p.end_switch_id, t.feeder, t.feeder_name, t.psr_id, t.name, t.psr_type, if(find_in_set(t.psr_id, p.end_switch_id) > 0, '-', t.psr_id) link_id, t.start_kg_id from t_feeder_topo t join res_tab p on t.start_kg_id = p.link_id where t.feeder = #{feeder} and t.psr_type in #{item} ) select x.scheme_id, x.start_kg_id pid, x.psr_type, x.psr_id id, y.transformer_name name, y.active_power after_p, y.user_reactive_power after_q, y.user_current after_i from (select distinct a.scheme_id, if(b.psr_id is null, a.psr_id, b.join_ec) psr_id, a.start_kg_id, if(b.psr_id is null, a.psr_type, 'PD_37000000') psr_type from res_tab a left join dwd_shb_ds_joinec_transformer_base b on a.psr_id = b.psr_id where a.link_id != '-') x left join fhzg_fault_transferable_scheme_users y on x.scheme_id=y.scheme_id and x.psr_id=y.transformer_no