smartsearch/src/main/resources/mapping/cquery/WellInfoCQuery.xml

<?xml version="1.0" encoding="UTF-8"?>
<!DOCTYPE mapper PUBLIC "-//mybatis.org//DTD Mapper 3.0//EN" "http://mybatis.org/dtd/mybatis-3-mapper.dtd" >
<mapper namespace="com.bowintek.practice.mapper.cquery.WellInfoCQuery">

    <select id="getWellInfo" resultType="java.util.HashMap">
        select
            well.*,
            TO_CHAR(well.create_date , 'YYYY-MM-dd') create_date_fmt,
            TO_CHAR(well.update_date , 'YYYY-MM-dd') update_date_fmt,
            TO_CHAR(well.spud_date , 'YYYY-MM-dd') spud_date_fmt,TO_CHAR(well.end_drilling_date , 'YYYY-MM-dd') end_drilling_date_fmt,
               fact_daily.fluid_prod_daily,
               fact_daily.oil_prod_daily,
               fact_daily.water_cut,
               fact_daily.oil_prod_cum,
               TO_CHAR(fact_intr.start_prod_date , 'YYYY-MM-dd') start_prod_date,
               fact_intr.prod_horizon,
               TO_CHAR(fact_intr.recent_testing_date , 'YYYY-MM-dd') recent_testing_date,
               fact_intr.recent_testing_name,
               fact_intr.construction_description,
               TO_CHAR(fact_intr.recent_prod_date , 'YYYY-MM-dd') recent_prod_date,
               fact_intr.oil_nozzle,
               fact_intr.tubing_pres,
               fact_intr.casing_pres,
               fact_intr.start_pump_liq_level,
               str.well_production_sections,
               str.t74_top_depth,
               str.ko_azimuth,
               str.ko_horizontal_dislocation,
               str.azimuth_angle,
               str.well_coordinates_x,
               str.well_coordinates_y,
            intr.well_state
        from by_dwr.fact_dwr_well_basic_information well
                 left join by_dwr.fact_dwr_well_structure str on well.well_id = str.well_id
            left join  by_dwr.fact_dwr_well_history_introduction intr on well.well_id=intr.well_id
                 left join (
            select daily.*
            from by_dwr.fact_dwr_pc_pro_well_vol_d daily
                     inner join(
                select well_id, max(prod_date) prod_date from by_dwr.fact_dwr_pc_pro_well_vol_d group by well_id
            ) maxdaily on daily.well_id = maxdaily.well_id and daily.prod_date = maxdaily.prod_date
        ) fact_daily on well.well_id = fact_daily.well_id
                 left join (
            select intr.*
            from by_dwr.fact_dwr_well_history_introduction intr
                     inner join(
                select well_id, max(start_prod_date) start_prod_date
                from by_dwr.fact_dwr_well_history_introduction
                group by well_id
            ) maxintr on intr.well_id = maxintr.well_id and intr.start_prod_date = maxintr.start_prod_date
        ) fact_intr on well.well_id = fact_intr.well_id
        where well.well_id = #{well_id}
    </select>
    <select id="getWellInfoList" parameterType="com.bowintek.practice.vo.query.WellInfoParams"
            resultType="java.util.HashMap">
        select
        well.well_id, well.well_common_name, well_purpose, well.well_type,  well.end_drilling_date, well.budgeted_md, well.completion_formation,
        well.completion_method, well.org_id_a1, well.org_id_a2,  well.org_name_a2,well.project_id, well.project_name,
        TO_CHAR(well.spud_date , 'YYYY-MM-dd') spud_date,TO_CHAR(well.end_drilling_date , 'YYYY-MM-dd') end_drilling_date,TO_CHAR(well.completion_date , 'YYYY-MM-dd') completion_date,
        station.name  org_name_a1,
        TO_CHAR(fact_daily.oil_prod_begin_date , 'YYYY-MM-dd') oil_prod_begin_date,
        TO_CHAR(fact_daily.oil_prod_recent_date , 'YYYY-MM-dd') oil_prod_recent_date,
        fact_daily.current_state,fact_daily.water_cut,fact_daily.oil_prod_cum oil_prod_year,
        fact_daily.gas_prod_cum gas_prod_year,
        fact_daily.inj_vol_cum water_prod_year,
        fact_mon.oil_prod_mon,fact_mon.gas_prod_mon,fact_mon.inj_vol_mon water_prod_mon,
        well_stt.well_coordinates_x x,
        well_stt.well_coordinates_y y,
        intr.well_state
        from by_dwr.fact_dwr_well_basic_information well
        left join  by_dwr.fact_dwr_well_history_introduction intr on well.well_id=intr.well_id
        left join (
        select daily.* from by_dwr.fact_dwr_pc_pro_well_vol_d daily
        inner join(
        select well_id, max(prod_date) prod_date from by_dwr.fact_dwr_pc_pro_well_vol_d group by well_id
        ) maxdaily on daily.well_id=maxdaily.well_id and daily.prod_date=maxdaily.prod_date
        )fact_daily on well.well_id= fact_daily.well_id
        left join (
        select mon.* from by_dwr.fact_dwr_pc_pro_well_vol_m mon
        inner join(
        select well_id, max(prod_date) prod_date from by_dwr.fact_dwr_pc_pro_well_vol_m group by well_id
        ) maxmon on mon.well_id=maxmon.well_id and mon.prod_date=maxmon.prod_date
        )fact_mon on well.well_id= fact_mon.well_id
        left join by_dwr.fact_dwr_well_structure well_stt on well.well_id = well_stt.well_id
        left join by_dim.v_plant_site_station station on well.org_id_a1=station.id
        where 1=1
        <if test="well_common_name!='' and well_common_name!=null">
            and well.well_common_name like Concat('%',#{well_common_name},'%')
        </if>
        <if test="well_id!='' and well_id!=null">
            and well.well_id like Concat('%',#{well_id},'%')
        </if>
        <if test="well_type!='' and well_type!=null">
            and well.well_type like Concat('%',#{well_type},'%')
        </if>
        <if test="well_purpose!='' and well_purpose!=null">
            and well.well_purpose like Concat('%',#{well_purpose},'%')
        </if>
        <if test="spud_date_begin!='' and spud_date_begin!=null">
            and well.spud_date <![CDATA[ >= ]]> CAST(#{spud_date_begin} AS DATE)
        </if>
        <if test="spud_date_end!='' and spud_date_end!=null">
            and well.spud_date  <![CDATA[ < ]]> (CAST(#{spud_date_end} AS DATE) + INTERVAL '1 day')
        </if>
        <if test="completion_date_begin!='' and completion_date_begin!=null">
            and well.completion_date <![CDATA[ >= ]]> CAST(#{completion_date_begin} AS DATE)
        </if>
        <if test="completion_date_end!='' and completion_date_end!=null">
            and well.completion_date  <![CDATA[ < ]]> (CAST(#{completion_date_end} AS DATE) + INTERVAL '1 day')
        </if>
        <if test="oil_prod_begin_date_begin!='' and oil_prod_begin_date_begin!=null">
            and fact_daily.oil_prod_begin_date <![CDATA[ >= ]]> CAST(#{oil_prod_begin_date_begin} AS DATE)
        </if>
        <if test="oil_prod_begin_date_end!='' and oil_prod_begin_date_end!=null">
            and fact_daily.oil_prod_begin_date  <![CDATA[ < ]]> (CAST(#{oil_prod_begin_date_end} AS DATE) + INTERVAL '1
            day')
        </if>
        <if test="oil_prod_recent_date_begin!='' and oil_prod_recent_date_begin!=null">
            and fact_daily.oil_prod_recent_date <![CDATA[ >= ]]> CAST(#{oil_prod_recent_date_begin} AS DATE)
        </if>
        <if test="oil_prod_recent_date_end!='' and oil_prod_recent_date_end!=null">
            and fact_daily.oil_prod_recent_date  <![CDATA[ < ]]> (CAST(#{oil_prod_recent_date_end} AS DATE) + INTERVAL
            '1 day')
        </if>
        <if test="org_id_a1!='' and org_id_a1!=null">
            and well.org_id_a1 =#{org_id_a1}
        </if>
        <if test="project_id!='' and project_id!=null">
            and well.project_id =#{project_id}
        </if>
        <if test="orgList!=null and orgList.size>0">
            and well.org_id_a1 in
            <foreach collection="orgList" item="orgId" index="index" open="(" close=")" separator=",">
                #{orgId}
            </foreach>
        </if>
        <if test="unitList!=null and unitList.size>0">
            and well.project_id in
            <foreach collection="unitList" item="unitId" index="index" open="(" close=")" separator=",">
                #{unitId}
            </foreach>
        </if>
        order by well.well_common_name
    </select>

    <select id="getWellMapList" parameterType="com.bowintek.practice.vo.query.WellInfoParams"
            resultType="java.util.HashMap">
        SELECT well.well_id,
            well.well_common_name,
            well.geo_description,
            structure.well_coordinates_x x,
            structure.well_coordinates_y y
        FROM by_dwr.fact_dwr_well_basic_information well
        inner join by_dwr.fact_dwr_well_structure structure on well.well_id = structure.well_id
        where 1=1
        <if test="well_common_name!='' and well_common_name!=null">
            and well.well_common_name like Concat('%',#{well_common_name},'%')
        </if>
        <if test="well_id!='' and well_id!=null">
            and well.well_id like Concat('%',#{well_id},'%')
        </if>
        <if test="well_type!='' and well_type!=null">
            and well.well_type like Concat('%',#{well_type},'%')
        </if>
        <if test="spud_date_begin!='' and spud_date_begin!=null">
            and well.spud_date <![CDATA[ >= ]]> CAST(#{spud_date_begin} AS DATE)
        </if>
        <if test="spud_date_end!='' and spud_date_end!=null">
            and well.spud_date  <![CDATA[ < ]]> (CAST(#{spud_date_end} AS DATE) + INTERVAL '1 day')
        </if>
        <if test="completion_date_begin!='' and completion_date_begin!=null">
            and well.completion_date <![CDATA[ >= ]]> CAST(#{completion_date_begin} AS DATE)
        </if>
        <if test="completion_date_end!='' and completion_date_end!=null">
            and well.completion_date  <![CDATA[ < ]]> (CAST(#{completion_date_end} AS DATE) + INTERVAL '1 day')
        </if>
        <if test="org_id_a1!='' and org_id_a1!=null">
            and well.org_id_a1 =#{org_id_a1}
        </if>
        <if test="project_id!='' and project_id!=null">
            and well.project_id =#{project_id}
        </if>
        order by well.well_common_name
    </select>

    <select id="selectBoreholeInterList" resultType="java.util.HashMap">
        select
            bi.interp_borehole_id,
            bi.interp_id,
            bi.well_id,
            bi.wellbore_id,
            bi.zone_id,
            bi.zone_no,
            bi.borehole_inter_type,
            bi.start_depth,
            bi.end_depth,
            bi.thickness,
            bi.lithology_class,
            bi.spontaneous_potential,
            bi.sp_gamma_radiant_intensity,
            bi.well_diameter,
            bi.formation_volume_density,
            bi.sonic_differential_time,
            bi.compensated_neutron,
            bi.laterolog_shallow,
            bi.laterolog_deep,
            bi.laterolog_flushed_zone,
            bi.density_porosity,
            bi.sonic_porosity,
            bi.neutron_porosity,
            bi.effective_porosity,
            bi.total_porosity,
            bi.permeability,
            bi.oil_gas_saturation,
            bi.irreducible_water_saturation,
            bi.shale_content,
            bi.sandy_content,
            bi.lime_content,
            bi.dolomitic_content,
            bi.carbonate_content,
            bi.idx_type,
            case when bi.interpretation_result like 'c%' then ''
                 else bi.interpretation_result
                end  interpretation_result,
            bi.start_tvd,
            bi.end_tvd,
            bi.tvd_thickness,
            bi.remarks,
            TO_CHAR(bi.create_date , 'YYYY-MM-dd') create_date,
            bi.create_user_id,
            bi.create_app_id,
            TO_CHAR(bi.update_date , 'YYYY-MM-dd') update_date,
            bi.update_user_id,
            bi.check_date,
            bi.check_user_id,
            bi.unify_task_id,
            bi.source
        from by_dwr.fact_dwr_wl_ach_borehole_inter bi
        where bi.well_id = 'HBe6JDZ9rt'
        order by zone_no asc
    </select>
    <select id="selectTestHistoryList" resultType="java.util.HashMap">
        select *
        from by_dm.dws_dm_test_history th
        where th.well_id = #{well_id}
        order by testing_date desc
        limit 100
    </select>
    <select id="selectTestHistorySummary" resultType="java.util.HashMap">
        select testing_name, count(1) as testing_num
        from by_dm.dws_dm_test_history th
        where th.well_id = #{well_id}
        group by th.testing_name
    </select>
    <select id="getLastTestHistory" resultType="java.util.HashMap">
        select *
        from by_dm.dws_dm_test_history th
        where th.well_id = #{well_id}
        order by th.testing_date desc limit 1
    </select>
    <select id="selectAnalyticalAssaysList" resultType="java.util.HashMap">
        select *
        from by_dm.dws_dm_analytical_assays_new aa
        where aa.well_id = #{well_id}
        order by item_code
        limit 100
    </select>
    <select id="selectAnalyticalAssaysSummary" resultType="java.util.HashMap">
        SELECT item_code,
               SUM(CASE WHEN item_code = '井裸眼井基本解释成果' THEN 1 ELSE 0 END)  AS 井裸眼井基本解释成果,
               SUM(CASE WHEN item_code = '岩石力学参数解释成果' THEN 1 ELSE 0 END)  AS 岩石力学参数解释成果,
               SUM(CASE WHEN item_code = '储层孔隙结构评价' THEN 1 ELSE 0 END)    AS 储层孔隙结构评价,
               SUM(CASE WHEN item_code = '裂缝型地层测井解释成果' THEN 1 ELSE 0 END) AS 裂缝型地层测井解释成果,
               SUM(CASE WHEN item_code = '煤层气测井解释成果' THEN 1 ELSE 0 END)   AS 煤层气测井解释成果,
               SUM(CASE WHEN item_code = '录井综合解释' THEN 1 ELSE 0 END)      AS 录井综合解释,
               SUM(CASE WHEN item_code = '气测解释' THEN 1 ELSE 0 END)        AS 气测解释,
               SUM(CASE WHEN item_code = '定量荧光解释' THEN 1 ELSE 0 END)      AS 定量荧光解释
        FROM by_dm.dws_dm_analytical_assays_new
        where well_id = #{well_id}
        GROUP BY item_code;
    </select>
    <select id="selectHistoryAssignmentList" resultType="java.util.HashMap">
        select   well_common_name, well_id, wellbore_id, event_id, test_id, TO_CHAR(start_time , 'YYYY-MM-dd') start_time,TO_CHAR(end_time , 'YYYY-MM-dd') end_time , constr_description, remarks, well_production_sections, formation_name, top_md, btm_md, thickness, layer_no,
                 working_type, test_processes_name, worksummary, construct_no, work_team, pump_depth
        from by_dwr.fact_dwr_brief_history_assignment ha
        where ha.well_id = #{well_id}
        order by start_time desc
    </select>
    <select id="selectHistoryAssignmentSummary" resultType="java.util.HashMap">
        select test_processes_name, count(1) as testing_num
        from by_dwr.fact_dwr_brief_history_assignment bha
        where bha.well_id = #{well_id}
        group by bha.test_processes_name
    </select>
    <select id="getLastHistoryAssignment" resultType="java.util.HashMap">
        select
            well_common_name, well_id, wellbore_id, event_id, test_id, TO_CHAR(start_time , 'YYYY-MM-dd') start_time,TO_CHAR(end_time , 'YYYY-MM-dd') end_time , constr_description, remarks, well_production_sections, formation_name, top_md, btm_md, thickness, layer_no,
               working_type, test_processes_name, worksummary, construct_no, work_team, pump_depth
        from by_dwr.fact_dwr_brief_history_assignment bha
        where bha.well_id = #{well_id}
        order by bha.start_time desc limit 1
    </select>
    <select id="selectDataIndexList" resultType="java.util.HashMap">
        select di.*,well.well_id
        from by_dwr.fact_dwr_well_data_index di
                 inner join by_dwr.fact_dwr_well_basic_information well on di.well_common_name=well.well_common_name
        where well.well_id = #{well_id}
    </select>
    <select id="selectDimProjectTypeList" resultType="java.util.HashMap">
        select name as title,value_id as key
        from BY_DIM.dim_project_type
        where is_effect = 1
    </select>
    <select id="selectConstructUnitList" resultType="java.util.HashMap">
        select lv.*,
               desc1.name as project_name_1,
               desc2.name as project_name_2,
               desc3.name as project_name_3,
               desc4.name as project_name_4,
               desc5.name as project_name_5
        from BY_DIM.dim_construct_unit_level lv
                 left join BY_DIM.dim_construct_unit_desc desc1 on lv.project_id_1 = desc1.id
                 left join BY_DIM.dim_construct_unit_desc desc2 on lv.project_id_2 = desc2.id
                 left join BY_DIM.dim_construct_unit_desc desc3 on lv.project_id_3 = desc3.id
                 left join BY_DIM.dim_construct_unit_desc desc4 on lv.project_id_4 = desc4.id
                 left join BY_DIM.dim_construct_unit_desc desc5 on lv.project_id_5 = desc5.id
        where lv.is_effect = 1
    </select>
    <select id="selectOilgasUnitList" resultType="java.util.HashMap">
        select lv.*, desc1.name as project_name_1,
               desc2.name as project_name_2,
               desc3.name as project_name_3,
               desc4.name as project_name_4,
               desc5.name as project_name_5,
               desc6.name as project_name_6,
               desc7.name as project_name_7
        from BY_DIM.dim_oilgas_unit_level lv
                 left join BY_DIM.dim_oilgas_unit_desc desc1 on lv.project_id_1 = desc1.id
                 left join BY_DIM.dim_oilgas_unit_desc desc2 on lv.project_id_2 = desc2.id
                 left join BY_DIM.dim_oilgas_unit_desc desc3 on lv.project_id_3 = desc3.id
                 left join BY_DIM.dim_oilgas_unit_desc desc4 on lv.project_id_4 = desc4.id
                 left join BY_DIM.dim_oilgas_unit_desc desc5 on lv.project_id_5 = desc5.id
                 left join BY_DIM.dim_oilgas_unit_desc desc6 on lv.project_id_6 = desc6.id
                 left join BY_DIM.dim_oilgas_unit_desc desc7 on lv.project_id_7 = desc7.id
        where lv.is_effect = 1
    </select>
</mapper>