MS.SLAB_ID, MS.SLAB_NO, MS.ORDER_NO, MS.FIRST_ORDER_NO, MS.PONO, MS.SLAB_TYPE, MS.OLD_ORDER_NO, MS.MSC_LINE_NO, MS.REC_STS, MS.PROC_CD, MS.BEF_PROC_CD, MS.PROD_YEAR, MS.LOADING_TIME, MS.ORIGIN_SLAB_NO, MS.PLAN_NO, MS.ROLL_PLAN_NO, MS.PSC, MS.APN, MS.MSC, MS.PLATE_DT_CODE, MS.PROD_CODE_HP, MS.SLAB_ORIGIN_CODE, MS.SLAB_STATUS, MS.STD_SG_CODE, MS.SG_SIGN, MS.SG_STD, MS.OLD_STD_SG_CODE, MS.OLD_SG_STD, MS.OLD_SG_SIGN, MS.ST_NO, MS.OLD_PLATE_NO, MS.OLD_SLAB_NO, MS.AC_UNIT_CODE, MS.UNIT_CODE, MS.PRE_UNIT_CODE, MS.HOT_DEST1, MS.HOT_DEST2, MS.HOT_DEST3, MS.HOT_DEST4, MS.HOT_DEST5, MS.HOT_DEST, MS.SLAB_TARG_THK, MS.SLAB_TARG_WID, MS.SLAB_TARG_LEN, MS.SLAB_ACT_THK, MS.SLAB_ACT_WID, MS.SLAB_ACT_LEN, MS.SLAB_ACT_WGT, MS.SLAB_GROSS_WGT, MS.WGT_MODE, MS.PROD_TIME, MS.WHOLE_BACKLOG, MS.WHOLE_BACKLOG_SEQ, MS.WHOLE_BACKLOG_CODE, MS.NEXT_WHOLE_BACKLOG_SEQ, MS.NEXT_WHOLE_BACKLOG_CODE, MS.OUTTRUST_FLAG, MS.HOLD_FLAG, MS.HOLD_CAUSE_CODE, MS.HOLD_TIME, MS.HOLD_SHIFT_NO, MS.HOLD_MAKER, MS.REL_TIME, MS.REL_MAKER, MS.REMAIN_CAUSE_CODE, MS.REMAIN_DECIDE_TIME, MS.REMAIN_DECIDE_MAKER, MS.REMAIN_DECIDE_CODE, MS.SCRAP_CAUSE_CODE, MS.SCRAP_MAKER, MS.SCRAP_TIME, MS.SURFACE_DECIDE_CODE, MS.CONFM_FLAG, MS.SURFACE_DECIDE_TIME, MS.SURFACE_DECIDE_MAKER, MS.PCH_JUDGE_CODE, MS.PCH_JUDGE_RESULT, MS.PCH_JUDGE_ABN, MS.PCH_JUDGE_TIME, MS.PCH_JUDGE_MAKER, MS.COMPLEX_DECIDE_CODE, MS.COMPLEX_DECIDE_TIME, MS.COMPLEX_DECIDE_MAKER, MS.OLD_COMPLEX_DECIDE_CODE, MS.OLD_COMPLEX_DECIDE_TIME, MS.OLD_COMPLEX_DECIDE_MAKER, MS.PRE_ST_NO, MS.HEAT_NO, MS.SLAB_DEST, MS.HOT_CHARGE_FLAG, MS.SAMPLE_MART_NO, MS.PONO_SLAB, MS.FIX_SLAB_NUM, MS.ABNR_CODE1, MS.ABNR_CODE2, MS.ABNR_CODE3, MS.ABNR_CODE4, MS.ABNR_CODE5, MS.ABNR_CODE6, MS.ABNR_CODE7, MS.ABNR_CODE8, MS.ABNR_CODE9, MS.ABNR_CODE10, MS.SLABTOP_FLAG, MS.SLABTOP_TIME, MS.SLAB_FLAG, MS.SECUT_PLAN_NO, MS.BIG_BACKLOG_CODE, MS.SUB_BACKLOG_CODE, MS.SUB_BACKLOG_SEQ, MS.NEXT_SUB_BACKLOG_CODE, MS.NEXT_SUB_BACKLOG_SEQ, MS.BD_FLAG, MS.SLAB_RETURN_TIME, MS.SLAB_RETURN_CODE, MS.SLAB_RETURN_CAUSE_CODE, MS.SMP_GROUP, MS.REMARK, MS.SPARE_FIELD1, MS.SPARE_FIELD2, MS.SPARE_FIELD3, MS.SPARE_FIELD4, MS.SPARE_FIELD5, MS.SPARE_FIELD6, MS.SPARE_FIELD7, MS.SPARE_FIELD8, MS.SPARE_FIELD9, MS.SPARE_FIELD10, MS.TENANT_ID, MS.TRANFER_FLAG, MS.creation_date, MS.created_by, MS.last_updated_by, MS.last_update_date, MS.object_version_number QTPO.POM_ID, QTPO.PACT_NO, QTPO.ORDER_NO, QTPO.SEND_NUM, QTPO.ORDER_TYPE_CODE, QTPO.ORDER_NO_ERP, QTPO.ORDER_NO_CUSTOM, QTPO.MERG_ORDER_NO, QTPO.ORDER_CREATE_TIME, QTPO.ORDER_RECV_TIME, QTPO.DELIVY_DATE, QTPO.DELIVY_DATE_PERD, QTPO.DELIVY_DATE_ACCU, QTPO.DELIVY_DATE_USER, QTPO.PROD_READY_DATE, QTPO.URG_ORDER_FLAG, QTPO.DELIVY_QTY_FLAG, QTPO.FIN_CUST_CODE, QTPO.FIN_CUST_ENAME, QTPO.FIN_CUST_CNAME, QTPO.ORDER_CUST_CODE, QTPO.ORDER_CUST_ENAME, QTPO.ORDER_CUST_CNAME, QTPO.CONSIGN_USER_CODE, QTPO.CONSIGN_CUST_ENAME, QTPO.CONSIGN_CUST_CNAME, QTPO.BALANCE_USER_CODE, QTPO.BALANCE_USER_CNAME, QTPO.BALANCE_USER_ENAME, QTPO.PSC, QTPO.APN, QTPO.MSC, QTPO.SG_SIGN, QTPO.SG_STD, QTPO.SURFACE_ACCU, QTPO.SURFACE_ACCU_CLASS_CODE, QTPO.SURFACE_ACCU_CODE, QTPO.CUST_STD_CODE, QTPO.CUST_STD, QTPO.CUST_SG_CODE, QTPO.CUST_SG, QTPO.PROD_CODE, QTPO.PROD_ENAME, QTPO.PROD_ENAME_OTHER, QTPO.PROD_CNAME, QTPO.PROD_CNAME_OTHER, QTPO.CERTI_NUM, QTPO.METRIC_OR_ENG_FLAG, QTPO.CHN_OR_ENG_FLAG, QTPO.ORDER_THICK, QTPO.ORDER_ENG_THICK, QTPO.ORDER_WIDTH, QTPO.ORDER_ENG_WIDTH, QTPO.ORDER_LEN, QTPO.ORDER_ENG_LEN, QTPO.ORDER_MIN_LEN, QTPO.ORDER_MAX_LEN, QTPO.ORDER_ENG_MIN_LEN, QTPO.ORDER_ENG_MAX_LEN, QTPO.ORDER_WT, QTPO.DELIVY_WT_TOL_PLUS, QTPO.DELIVY_WT_TOL_MINUS, QTPO.ORDER_UNIT_AIM_WT, QTPO.ORDER_UNIT_MIN_WT, QTPO.ORDER_UNIT_MAX_WT, QTPO.ORDER_SHORT_RATE, QTPO.ORDER_SHORT_MAX, QTPO.ORDER_SHORT_MIN, QTPO.ORDER_UNIT_CODE, QTPO.ORDER_QTY, QTPO.ORDER_NUM, QTPO.DELIVY_NUM_TOL_PLUS, QTPO.DELIVY_NUM_TOL_MINUS, QTPO.WT_METHOD_CODE, QTPO.WT_METHOD_NAME, QTPO.PACK_TYPE_CODE, QTPO.MARK_TYPE_CODE, QTPO.MARK_TYPE_DESC, QTPO.MARK_POS_CODE, QTPO.MARK_POS_DESC, QTPO.ORDER_SPECIAL, QTPO.NEW_TEST_NO, QTPO.EXPORT_FLAG, QTPO.TRNP_MODE_CODE, QTPO.DELIVY_PLACE_CODE, QTPO.DELIVY_PLACE_NAME, QTPO.PROD_DIF, QTPO.PROD_CODE_HP, QTPO.PROD_DENSITY, QTPO.PROD_AUTH, QTPO.BETTER_SURF_WARD_CODE, QTPO.WT_AIM, QTPO.CHECK_METHOD_CODE, QTPO.ACCPT_MODE_CODE, QTPO.ACCP_AUTH_CODE, QTPO.ACCPT_STD, QTPO.CHECK_AUTH_CODE, QTPO.DELIVY_DATE_TRNP, QTPO.USER_APPO_THICK, QTPO.TWO_ROLL_ORDER_MARK, QTPO.TWO_ROLL_MARK, QTPO.ORDER_MODI_QMARK, QTPO.PROJECT_CODE, QTPO.PROJECT_NAME, QTPO.SHP_CODE, QTPO.WIDTH_DIV, QTPO.WIDTH_MIN, QTPO.WIDTH_MAX, QTPO.LEN_DIV, QTPO.LEN_AIM, QTPO.WT_THICK_ADD, QTPO.GAUGE_COMP, QTPO.USER_MANAGE_NM, QTPO.SHOT_FLAG, QTPO.SHOT_PAINT_CODE, QTPO.TOP_PAINT_CODE, QTPO.BOT_PAINT_CODE, QTPO.STACK_MARK, QTPO.STACK_MARK_SIZE, QTPO.TRIM_FLAG, QTPO.PRIVATE_ROUTE_CODE, QTPO.PRIVATE_ROUTE_NAME, QTPO.GIVE_SAMPLE_FLAG, QTPO.GIVE_SAMPLE_SHARP, QTPO.GIVE_SAMPLE_LEN, QTPO.SETTLE_CODE, QTPO.MSC_LINE_NO, QTPO.CERTI_STD, QTPO.SPECIAL_PRINT, QTPO.SECTION_MANAGE, QTPO.HULL_SECTION_NO, QTPO.MIN_THICK, QTPO.MAX_THICK, QTPO.NUCEAR_PART_NO, QTPO.DELIVERY_DATE, QTPO.PUR_ORDER, QTPO.INGOT_ROLL, QTPO.SCALE_THICK, QTPO.NEED_LECQUERING, QTPO.WITNESS_PRO_NO, QTPO.WITNESS_TYPE, QTPO.START_WORK_FILE_FLAG, QTPO.THICK_TOL_MAX, QTPO.THICK_TOL_MIN, QTPO.PRODUCT_TARG_THICK, QTPO.THK_TOL_TYPE, QTPO.WIDTH_TOL_MAX, QTPO.WIDTH_TOL_MIN, QTPO.LEN_TOL_MAX, QTPO.LEN_TOL_MIN, QTPO.THICK_ADDV, QTPO.WIDTH_ADDV, QTPO.LEN_ADDV, QTPO.MAT_DESIGN_FLAG, QTPO.UOE_FLAG, QTPO.SAMPLE_LEN_HEAD, QTPO.SAMPLE_LEN_TAIL, QTPO.RAIN_DELV_FLAG, QTPO.ULT_DETECT_STD1, QTPO.ULT_DETECT_STD2, QTPO.ULT_DETECT_STD3, QTPO.ULT_DETECT_STD4, QTPO.ULT_DETECT_STD5, QTPO.BACKLOG_UT_MARK, QTPO.BACKLOG_N_MARK, QTPO.BACKLOG_Q_MARK, QTPO.BACKLOG_T_MARK, QTPO.BACKLOG_A_MARK, QTPO.BACKLOG_DEMAG_MARK, QTPO.BACKLOG_PT_MARK, QTPO.BACKLOG_MT_MARK, QTPO.BACKLOG_TMCP_MARK, QTPO.PROD_SR_MARK, QTPO.PROD_SIDE_MARK, QTPO.PROD_SHOT_MARK, QTPO.PROD_N_MARK, QTPO.PROD_Q_MARK, QTPO.PROD_T_MARK, QTPO.PROD_A_MARK, QTPO.C_DIV, QTPO.ALLOY_DIV, QTPO.SLAB_MIN_LEN_RATE, QTPO.SLAB_MAX_LEN_RATE, QTPO.SLAB_MIN_WT_RATE, QTPO.PICK_PATTERN_CODE, QTPO.SAMPLE_MODE_CODE, QTPO.PLATE_CROWN, QTPO.PLUS_FLAG, QTPO.DELIVERY_STATE, QTPO.PLANER_FLAG, QTPO.STAINLESS_THK, QTPO.COMP_BOARD_DENSITY, QTPO.PROD_CLASS_CODE, QTPO.PAY_CODE, QTPO.PROV_CODE, QTPO.PRINT_TYPE, QTPO.FACE_PRINT_DETAIL_A, QTPO.FACE_PRINT_DETAIL_B, QTPO.FACE_PRINT_DETAIL_C, QTPO.FACE_PRINT_DETAIL_D, QTPO.FACE_PRINT_DETAIL_E, QTPO.FACE_PRINT_DETAIL_F, QTPO.FACE_PRINT_DETAIL_G, QTPO.FACE_PRINT_DETAIL_H, QTPO.SIDE_PRINT_DETAIL_A, QTPO.SIDE_PRINT_DETAIL_B, QTPO.STAMP_PRINT_DETAIL_A, QTPO.STAMP_PRINT_DETAIL_B, QTPO.STAMP_PRINT_DETAIL_C, QTPO.STAMP_PRINT_DETAIL_D, QTPO.YS_STAND, QTPO.YS_REMARK, QTPO.TS_STAND, QTPO.TS_REMARK, QTPO.TS_MAX, QTPO.TS_MIN, QTPO.HARDNESS_AIM, QTPO.TENANT_ID, QTPO.ATTRIBUTE1, QTPO.ATTRIBUTE2, QTPO.ATTRIBUTE3, QTPO.ATTRIBUTE4, QTPO.ATTRIBUTE5, QTPO.RALLY_FLAG, QTPO.creation_date, QTPO.created_by, QTPO.last_updated_by, QTPO.last_update_date, QTPO.object_version_number MP.PLATE_ID, MP.MAT_NO, MP.OCCR_CD, MP.MSC_LINE_NO, MP.REC_STS, MP.PROC_CD, MP.BEF_PROC_CD, MP.PROD_CD, MP.MOTHER_NO, MP.SLAB_NO, MP.PLAN_NO, MP.ORDER_NO, MP.FIRST_ORDER_NO, MP.ORG_ORDER_NO, MP.PONO, MP.PONO_SLAB, MP.PROD_YEAR, MP.MAT_STATUS, MP.PROD_TIME, MP.DEL_TO_TIME, MP.PSC, MP.APN, MP.MSC, MP.OUTTRUST_FLAG, MP.BETTER_SURF_WARD_CODE, MP.ORD_FL, MP.SURFACE_DECIDE_CODE, MP.SURFACE_DECIDE_TIME, MP.REMAIN_CAUSE_CODE, MP.REMAIN_DECIDE_TIME, MP.REMAIN_DECIDE_MAKER, MP.REMAIN_DECIDE_CODE, MP.COMPLEX_DECIDE_CODE, MP.COMPLEX_DECIDE_TIME, MP.COMPLEX_DECIDE_MAKER, MP.COMPLEX_JUDGE_ABN, MP.PCH_JUDGE_CODE, MP.PCH_JUDGE_RESULT, MP.PCH_JUDGE_ABN, MP.PCH_JUDGE_TIME, MP.PCH_JUDGE_MAKER, MP.OLD_COMPLEX_DECIDE_CODE, MP.OLD_COMPLEX_DECIDE_TIME, MP.OLD_COMPLEX_DECIDE_MAKER, MP.HOLD_FLAG, MP.HOLD_CAUSE_CODE, MP.HOLD_TIME, MP.HOLD_SHIFT_NO, MP.HOLD_MAKER, MP.REL_TIME, MP.REL_MAKER, MP.SHIFT, MP.GROUP_CD, MP.MAT_ACT_THK, MP.MAT_ACT_WID, MP.MAT_ACT_LEN, MP.MAT_ACT_WGT, MP.WGT_MODE, MP.MAT_GROSS_WGT, MP.CONFM_FLAG, MP.ACT_SMP_FL, MP.ACT_SMP_LEN, MP.SMP_SET_FL, MP.HOT_DEST1, MP.HOT_DEST2, MP.HOT_DEST3, MP.HOT_DEST4, MP.HOT_DEST5, MP.TRANFER_FLAG, MP.HOT_DEST, MP.CAN_ASSIGN_FLAG, MP.ST_NO, MP.SG_STD, MP.SG_SIGN, MP.OLD_SG_STD, MP.OLD_SG_SIGN, MP.PROD_CODE_HP, MP.BIG_BACKLOG_CODE, MP.SUB_BACKLOG_CODE, MP.SUB_BACKLOG_SEQ, MP.NEXT_SUB_BACKLOG_CODE, MP.NEXT_SUB_BACKLOG_SEQ, MP.WHOLE_BACKLOG, MP.WHOLE_BACKLOG_SEQ, MP.WHOLE_BACKLOG_CODE, MP.NEXT_WHOLE_BACKLOG_SEQ, MP.NEXT_WHOLE_BACKLOG_CODE, MP.PLATE_DT_CODE, MP.BD_FLAG, MP.SHP_CODE, MP.PLAN_GAS_CNT, MP.HTM_CRASH_FLAG, MP.AC_UNIT_CODE, MP.FINAL_CUT_TIME, MP.FINAL_CUT_SURFACE_CODE, MP.UNIT_CODE, MP.PRE_UNIT_CODE, MP.SMP_GROUP, MP.REMARK, MP.SPARE_FIELD1, MP.SPARE_FIELD2, MP.SPARE_FIELD3, MP.SPARE_FIELD4, MP.SPARE_FIELD5, MP.SPARE_FIELD6, MP.SPARE_FIELD7, MP.SPARE_FIELD8, MP.SPARE_FIELD9, MP.SPARE_FIELD10, MP.SPARE_FIELD11, MP.SPARE_FIELD12, MP.SPARE_FIELD13, MP.SPARE_FIELD14, MP.SPARE_FIELD15, MP.SPARE_FIELD16, MP.SPARE_FIELD17, MP.SPARE_FIELD18, MP.SPARE_FIELD19, MP.SPARE_FIELD20, MP.TENANT_ID, MP.creation_date, MP.created_by, MP.last_updated_by, MP.last_update_date, MP.object_version_number select from MM_PLATE MP MP.REC_STS = '2' and MP.PLATE_ID = #{plateId,jdbcType = INTEGER} and MP.MAT_NO = #{matNo,jdbcType = VARCHAR} and MP.OCCR_CD = #{occrCd,jdbcType = VARCHAR} and MP.MSC_LINE_NO = #{mscLineNo,jdbcType = VARCHAR} and MP.REC_STS = #{recSts,jdbcType = VARCHAR} and MP.PROC_CD = #{procCd,jdbcType = VARCHAR} and MP.BEF_PROC_CD = #{befProcCd,jdbcType = VARCHAR} and MP.PROD_CD = #{prodCd,jdbcType = VARCHAR} and MP.MOTHER_NO = #{motherNo,jdbcType = VARCHAR} and MP.SLAB_NO = #{slabNo,jdbcType = VARCHAR} and MP.PLAN_NO = #{planNo,jdbcType = VARCHAR} and MP.ORDER_NO = #{orderNo,jdbcType = VARCHAR} and MP.FIRST_ORDER_NO = #{firstOrderNo,jdbcType = VARCHAR} and MP.ORG_ORDER_NO = #{orgOrderNo,jdbcType = VARCHAR} and MP.PONO = #{pono,jdbcType = VARCHAR} and MP.PONO_SLAB = #{ponoSlab,jdbcType = VARCHAR} and MP.PROD_YEAR = #{prodYear,jdbcType = VARCHAR} and MP.MAT_STATUS = #{matStatus,jdbcType = VARCHAR} and MP.PROD_TIME = #{prodTime,jdbcType = OTHER} and MP.DEL_TO_TIME = #{delToTime,jdbcType = OTHER} and MP.PSC = #{psc,jdbcType = VARCHAR} and MP.APN = #{apn,jdbcType = VARCHAR} and MP.MSC = #{msc,jdbcType = VARCHAR} and MP.OUTTRUST_FLAG = #{outtrustFlag,jdbcType = VARCHAR} and MP.BETTER_SURF_WARD_CODE = #{betterSurfWardCode,jdbcType = VARCHAR} and MP.ORD_FL = #{ordFl,jdbcType = VARCHAR} and MP.SURFACE_DECIDE_CODE = #{surfaceDecideCode,jdbcType = VARCHAR} and MP.SURFACE_DECIDE_TIME = #{surfaceDecideTime,jdbcType = OTHER} and MP.REMAIN_CAUSE_CODE = #{remainCauseCode,jdbcType = VARCHAR} and MP.REMAIN_DECIDE_TIME = #{remainDecideTime,jdbcType = OTHER} and MP.REMAIN_DECIDE_MAKER = #{remainDecideMaker,jdbcType = VARCHAR} and MP.REMAIN_DECIDE_CODE = #{remainDecideCode,jdbcType = VARCHAR} and MP.COMPLEX_DECIDE_CODE = #{complexDecideCode,jdbcType = VARCHAR} and MP.COMPLEX_DECIDE_TIME = #{complexDecideTime,jdbcType = OTHER} and MP.COMPLEX_DECIDE_MAKER = #{complexDecideMaker,jdbcType = VARCHAR} and MP.COMPLEX_JUDGE_ABN = #{complexJudgeAbn,jdbcType = VARCHAR} and MP.PCH_JUDGE_CODE = #{pchJudgeCode,jdbcType = VARCHAR} and MP.PCH_JUDGE_RESULT = #{pchJudgeResult,jdbcType = VARCHAR} and MP.PCH_JUDGE_ABN = #{pchJudgeAbn,jdbcType = VARCHAR} and MP.PCH_JUDGE_TIME = #{pchJudgeTime,jdbcType = OTHER} and MP.PCH_JUDGE_MAKER = #{pchJudgeMaker,jdbcType = VARCHAR} and MP.OLD_COMPLEX_DECIDE_CODE = #{oldComplexDecideCode,jdbcType = VARCHAR} and MP.OLD_COMPLEX_DECIDE_TIME = #{oldComplexDecideTime,jdbcType = OTHER} and MP.OLD_COMPLEX_DECIDE_MAKER = #{oldComplexDecideMaker,jdbcType = VARCHAR} and MP.HOLD_FLAG = #{holdFlag,jdbcType = VARCHAR} and MP.HOLD_CAUSE_CODE = #{holdCauseCode,jdbcType = VARCHAR} and MP.HOLD_TIME = #{holdTime,jdbcType = OTHER} and MP.HOLD_SHIFT_NO = #{holdShiftNo,jdbcType = VARCHAR} and MP.HOLD_MAKER = #{holdMaker,jdbcType = VARCHAR} and MP.REL_TIME = #{relTime,jdbcType = OTHER} and MP.REL_MAKER = #{relMaker,jdbcType = VARCHAR} and MP.SHIFT = #{shift,jdbcType = VARCHAR} and MP.GROUP_CD = #{groupCd,jdbcType = VARCHAR} and MP.MAT_ACT_THK = #{matActThk,jdbcType = INTEGER} and MP.MAT_ACT_WID = #{matActWid,jdbcType = INTEGER} and MP.MAT_ACT_LEN = #{matActLen,jdbcType = INTEGER} and MP.MAT_ACT_WGT = #{matActWgt,jdbcType = INTEGER} and MP.WGT_MODE = #{wgtMode,jdbcType = VARCHAR} and MP.MAT_GROSS_WGT = #{matGrossWgt,jdbcType = INTEGER} and MP.CONFM_FLAG = #{confmFlag,jdbcType = VARCHAR} and MP.ACT_SMP_FL = #{actSmpFl,jdbcType = VARCHAR} and MP.ACT_SMP_LEN = #{actSmpLen,jdbcType = INTEGER} and MP.SMP_SET_FL = #{smpSetFl,jdbcType = VARCHAR} and MP.HOT_DEST1 = #{hotDest1,jdbcType = VARCHAR} and MP.HOT_DEST2 = #{hotDest2,jdbcType = VARCHAR} and MP.HOT_DEST3 = #{hotDest3,jdbcType = VARCHAR} and MP.HOT_DEST4 = #{hotDest4,jdbcType = VARCHAR} and MP.HOT_DEST5 = #{hotDest5,jdbcType = VARCHAR} and MP.TRANFER_FLAG = #{tranferFlag,jdbcType = VARCHAR} and MP.HOT_DEST = #{hotDest,jdbcType = VARCHAR} and MP.CAN_ASSIGN_FLAG = #{canAssignFlag,jdbcType = VARCHAR} and MP.ST_NO = #{stNo,jdbcType = VARCHAR} and MP.SG_STD = #{sgStd,jdbcType = VARCHAR} and MP.SG_SIGN = #{sgSign,jdbcType = VARCHAR} and MP.OLD_SG_STD = #{oldSgStd,jdbcType = VARCHAR} and MP.OLD_SG_SIGN = #{oldSgSign,jdbcType = VARCHAR} and MP.PROD_CODE_HP = #{prodCodeHp,jdbcType = VARCHAR} and MP.BIG_BACKLOG_CODE = #{bigBacklogCode,jdbcType = VARCHAR} and MP.SUB_BACKLOG_CODE = #{subBacklogCode,jdbcType = VARCHAR} and MP.SUB_BACKLOG_SEQ = #{subBacklogSeq,jdbcType = INTEGER} and MP.NEXT_SUB_BACKLOG_CODE = #{nextSubBacklogCode,jdbcType = VARCHAR} and MP.NEXT_SUB_BACKLOG_SEQ = #{nextSubBacklogSeq,jdbcType = INTEGER} and MP.WHOLE_BACKLOG = #{wholeBacklog,jdbcType = VARCHAR} and MP.WHOLE_BACKLOG_SEQ = #{wholeBacklogSeq,jdbcType = INTEGER} and MP.WHOLE_BACKLOG_CODE = #{wholeBacklogCode,jdbcType = VARCHAR} and MP.NEXT_WHOLE_BACKLOG_SEQ = #{nextWholeBacklogSeq,jdbcType = INTEGER} and MP.NEXT_WHOLE_BACKLOG_CODE = #{nextWholeBacklogCode,jdbcType = VARCHAR} and MP.PLATE_DT_CODE = #{plateDtCode,jdbcType = VARCHAR} and MP.BD_FLAG = #{bdFlag,jdbcType = VARCHAR} and MP.SHP_CODE = #{shpCode,jdbcType = VARCHAR} and MP.PLAN_GAS_CNT = #{planGasCnt,jdbcType = INTEGER} and MP.HTM_CRASH_FLAG = #{htmCrashFlag,jdbcType = VARCHAR} and MP.AC_UNIT_CODE = #{acUnitCode,jdbcType = VARCHAR} and MP.FINAL_CUT_TIME = #{finalCutTime,jdbcType = OTHER} and MP.FINAL_CUT_SURFACE_CODE = #{finalCutSurfaceCode,jdbcType = VARCHAR} and MP.UNIT_CODE = #{unitCode,jdbcType = VARCHAR} and MP.PRE_UNIT_CODE = #{preUnitCode,jdbcType = VARCHAR} and MP.SMP_GROUP = #{smpGroup,jdbcType = VARCHAR} and MP.REMARK = #{remark,jdbcType = VARCHAR} and MP.SPARE_FIELD1 = #{spareField1,jdbcType = VARCHAR} and MP.SPARE_FIELD2 = #{spareField2,jdbcType = VARCHAR} and MP.SPARE_FIELD3 = #{spareField3,jdbcType = VARCHAR} and MP.SPARE_FIELD4 = #{spareField4,jdbcType = VARCHAR} and MP.SPARE_FIELD5 = #{spareField5,jdbcType = VARCHAR} and MP.SPARE_FIELD6 = #{spareField6,jdbcType = VARCHAR} and MP.SPARE_FIELD7 = #{spareField7,jdbcType = VARCHAR} and MP.SPARE_FIELD8 = #{spareField8,jdbcType = VARCHAR} and MP.SPARE_FIELD9 = #{spareField9,jdbcType = VARCHAR} and MP.SPARE_FIELD10 = #{spareField10,jdbcType = VARCHAR} and MP.SPARE_FIELD11 = #{spareField11,jdbcType = INTEGER} and MP.SPARE_FIELD12 = #{spareField12,jdbcType = INTEGER} and MP.SPARE_FIELD13 = #{spareField13,jdbcType = INTEGER} and MP.SPARE_FIELD14 = #{spareField14,jdbcType = INTEGER} and MP.SPARE_FIELD15 = #{spareField15,jdbcType = INTEGER} and MP.SPARE_FIELD16 = #{spareField16,jdbcType = INTEGER} and MP.SPARE_FIELD17 = #{spareField17,jdbcType = INTEGER} and MP.SPARE_FIELD18 = #{spareField18,jdbcType = INTEGER} and MP.SPARE_FIELD19 = #{spareField19,jdbcType = INTEGER} and MP.SPARE_FIELD20 = #{spareField20,jdbcType = INTEGER} and MP.TENANT_ID = #{tenantId,jdbcType = INTEGER} and MP.MAT_STATUS in #{status} select from MM_PLATE MP where MP.PLATE_ID = #{plateId,jdbcType = INTEGER} select MP.REC_STS, MP.PLATE_ID, MP.MAT_NO, MP.ORDER_NO, MP.SG_SIGN, MP.MAT_ACT_THK, MP.MAT_ACT_WID, MP.MAT_ACT_LEN, MP.PROD_CODE_HP, MP.PSC, WMP.STOCK_CODE, MP.ST_NO, MP.MAT_STATUS, MP.REMAIN_CAUSE_CODE, WMP.PILE_NO, MP.COMPLEX_DECIDE_CODE, WMP.LAYER_NO, MP.MAT_ACT_WGT, MP.MSC, MP.APN, MP.FINAL_CUT_SURFACE_CODE, MP.REMAIN_CAUSE_CODE, MP.PROD_CD, LISTAGG(MUR.RSLT_LEVEL, ',') WITHIN GROUP (ORDER BY MUR.RSLT_LEVEL) AS RSLT_LEVEL, LISTAGG(MUR.DETECT_RESULT_CODE, ',') WITHIN GROUP (ORDER BY MUR.DETECT_RESULT_CODE) AS DETECT_RESULT_CODE, QTPO.SG_STD, QTPO.DELIVERY_STATE, MP.MSC_LINE_NO, MP.ORG_ORDER_NO, MP.PONO_SLAB, MP.SLAB_NO from MM_PLATE MP left join MM_UST_RSLT MUR on (MP.MAT_NO = MUR.PLATE_NO and MUR.DETECT_RESULT_CODE = '1') left join QD_TO_PO_ORDER QTPO on MP.ORDER_NO = QTPO.ORDER_NO left join WM_MAT_PILE WMP on MP.MAT_NO = WMP.MAT_NO MP.MAT_STATUS in ('33', '39') and MP.COMPLEX_DECIDE_CODE = '1' and MP.REC_STS = '2' and MP.MAT_ACT_THK #{orderThickMaxValue} and MP.MAT_ACT_THK = ]]> #{orderThickMinValue} and MP.MAT_ACT_WID #{widthMaxValue} and MP.MAT_ACT_WID = ]]> #{widthMinValue} and MP.MAT_ACT_LEN #{orderLenMaxValue} and MP.MAT_ACT_LEN = ]]> #{orderLenMinValue} and MP.PLATE_ID = #{plateId,jdbcType = INTEGER} and MP.MAT_NO = #{matNo,jdbcType = VARCHAR} and MP.ORDER_NO = #{orderNo,jdbcType = VARCHAR} and MP.PSC = #{psc,jdbcType = VARCHAR} and MP.MSC = #{msc} and MP.APN = #{apn} and WMP.STOCK_CODE = #{stockCode,jdbcType = VARCHAR} and WMP.PILE_NO = #{pileNo,jdbcType = VARCHAR} and MP.REMAIN_CAUSE_CODE = #{remainCauseCode,jdbcType = VARCHAR} and MP.REMAIN_DECIDE_CODE = #{remainDecideCode,jdbcType = VARCHAR} and MP.COMPLEX_DECIDE_CODE = #{complexDecideCode,jdbcType = VARCHAR} and MP.COMPLEX_DECIDE_TIME = #{complexDecideTime,jdbcType = OTHER} and MP.COMPLEX_DECIDE_MAKER = #{complexDecideMaker,jdbcType = VARCHAR} and MP.COMPLEX_JUDGE_ABN = #{complexJudgeAbn,jdbcType = VARCHAR} and MP.PCH_JUDGE_CODE = #{pchJudgeCode,jdbcType = VARCHAR} and MP.PCH_JUDGE_RESULT = #{pchJudgeResult,jdbcType = VARCHAR} and MP.PCH_JUDGE_ABN = #{pchJudgeAbn,jdbcType = VARCHAR} and MP.PCH_JUDGE_TIME = #{pchJudgeTime,jdbcType = OTHER} and MP.PCH_JUDGE_MAKER = #{pchJudgeMaker,jdbcType = VARCHAR} and MP.OLD_COMPLEX_DECIDE_CODE = #{oldComplexDecideCode,jdbcType = VARCHAR} and MP.OLD_COMPLEX_DECIDE_TIME = #{oldComplexDecideTime,jdbcType = OTHER} and MP.OLD_COMPLEX_DECIDE_MAKER = #{oldComplexDecideMaker,jdbcType = VARCHAR} and MP.HOLD_FLAG = #{holdFlag,jdbcType = VARCHAR} and MP.HOLD_CAUSE_CODE = #{holdCauseCode,jdbcType = VARCHAR} and MP.HOLD_TIME = #{holdTime,jdbcType = OTHER} and MP.HOLD_SHIFT_NO = #{holdShiftNo,jdbcType = VARCHAR} and MP.HOLD_MAKER = #{holdMaker,jdbcType = VARCHAR} and MP.MAT_STATUS = #{matStatus,jdbcType = VARCHAR} and MP.REL_TIME = #{relTime,jdbcType = OTHER} and MP.REL_MAKER = #{relMaker,jdbcType = VARCHAR} and MP.SHIFT = #{shift,jdbcType = VARCHAR} and MP.GROUP_CD = #{groupCd,jdbcType = VARCHAR} and MP.MAT_ACT_THK = #{matActThk,jdbcType = INTEGER} and MP.MAT_ACT_THK >= #{matActThkFrom,jdbcType = INTEGER} and MP.MAT_ACT_THK <= #{matActThkTo,jdbcType = INTEGER} and MP.MAT_ACT_WID >= #{matActWidFrom,jdbcType = INTEGER} and MP.MAT_ACT_WID <= #{matActWidTo,jdbcType = INTEGER} and MP.MAT_ACT_LEN >= #{matActLenFrom,jdbcType = INTEGER} and MP.MAT_ACT_LEN <= #{matActLenTo,jdbcType = INTEGER} and MP.MAT_ACT_WGT = #{matActWgt,jdbcType = INTEGER} and MP.WGT_MODE = #{wgtMode,jdbcType = VARCHAR} and MP.MAT_GROSS_WGT = #{matGrossWgt,jdbcType = INTEGER} and MP.CONFM_FLAG = #{confmFlag,jdbcType = VARCHAR} and MP.ACT_SMP_FL = #{actSmpFl,jdbcType = VARCHAR} and MP.ACT_SMP_LEN = #{actSmpLen,jdbcType = INTEGER} and MP.SMP_SET_FL = #{smpSetFl,jdbcType = VARCHAR} and MP.HOT_DEST1 = #{hotDest1,jdbcType = VARCHAR} and MP.HOT_DEST2 = #{hotDest2,jdbcType = VARCHAR} and MP.HOT_DEST3 = #{hotDest3,jdbcType = VARCHAR} and MP.HOT_DEST4 = #{hotDest4,jdbcType = VARCHAR} and MP.HOT_DEST5 = #{hotDest5,jdbcType = VARCHAR} and MP.TRANFER_FLAG = #{tranferFlag,jdbcType = VARCHAR} and MP.HOT_DEST = #{hotDest,jdbcType = VARCHAR} and MP.CAN_ASSIGN_FLAG = #{canAssignFlag,jdbcType = VARCHAR} and MP.ST_NO = #{stNo,jdbcType = VARCHAR} and MP.SG_STD = #{sgStd,jdbcType = VARCHAR} and MP.SG_SIGN = #{sgSign,jdbcType = VARCHAR} and MP.OLD_SG_STD = #{oldSgStd,jdbcType = VARCHAR} and MP.OLD_SG_SIGN = #{oldSgSign,jdbcType = VARCHAR} and MP.PROD_CODE_HP = #{prodCodeHp,jdbcType = VARCHAR} and MP.BIG_BACKLOG_CODE = #{bigBacklogCode,jdbcType = VARCHAR} and MP.SUB_BACKLOG_CODE = #{subBacklogCode,jdbcType = VARCHAR} and MP.SUB_BACKLOG_SEQ = #{subBacklogSeq,jdbcType = INTEGER} and MP.NEXT_SUB_BACKLOG_CODE = #{nextSubBacklogCode,jdbcType = VARCHAR} and MP.NEXT_SUB_BACKLOG_SEQ = #{nextSubBacklogSeq,jdbcType = INTEGER} and MP.WHOLE_BACKLOG = #{wholeBacklog,jdbcType = VARCHAR} and MP.WHOLE_BACKLOG_SEQ = #{wholeBacklogSeq,jdbcType = INTEGER} and MP.WHOLE_BACKLOG_CODE = #{wholeBacklogCode,jdbcType = VARCHAR} and MP.NEXT_WHOLE_BACKLOG_SEQ = #{nextWholeBacklogSeq,jdbcType = INTEGER} and MP.NEXT_WHOLE_BACKLOG_CODE = #{nextWholeBacklogCode,jdbcType = VARCHAR} and MP.PLATE_DT_CODE = #{plateDtCode,jdbcType = VARCHAR} and MP.BD_FLAG = #{bdFlag,jdbcType = VARCHAR} and MP.SHP_CODE = #{shpCode,jdbcType = VARCHAR} and MP.PLAN_GAS_CNT = #{planGasCnt,jdbcType = INTEGER} and MP.HTM_CRASH_FLAG = #{htmCrashFlag,jdbcType = VARCHAR} and MP.UNIT_CODE = #{unitCode,jdbcType = VARCHAR} GROUP BY MP.REC_STS, MP.PLATE_ID, MP.MAT_NO, MP.ORDER_NO, MP.SG_SIGN, MP.MAT_ACT_THK, MP.MAT_ACT_WID, MP.MAT_ACT_LEN, MP.PROD_CODE_HP, MP.PSC, WMP.STOCK_CODE, MP.ST_NO, MP.MAT_STATUS, MP.REMAIN_CAUSE_CODE, WMP.PILE_NO, MP.COMPLEX_DECIDE_CODE, WMP.LAYER_NO, MP.MAT_ACT_WGT, MP.MSC, MP.APN, MP.FINAL_CUT_SURFACE_CODE, MP.REMAIN_CAUSE_CODE, MP.PROD_CD, QTPO.SG_STD, QTPO.DELIVERY_STATE, MP.MSC_LINE_NO, MP.ORG_ORDER_NO, MP.PONO_SLAB, MP.SLAB_NO select count(*) from (select distinct(t3.second_str) from (select SUBSTR(t1.sub_backlog_code, 2, 1) as second_str from MM_PLATE_SMALL_PRO t1 left join MM_HTMRSLT t2 on t1.SUB_BACKLOG_SEQ = t2.SUB_BACKLOG_SEQ and t1.MAT_NO = t2.MAT_NO where t1.backlog_add_div = '0' and t1.sub_backlog_code like '_N%' or t1.sub_backlog_code like '_T%' and t1.MAT_NO in #{matNo} ) t3) t4 select count(*) from (select distinct(t3.second_str) from (select SUBSTR(t1.sub_backlog_code, 2, 1) as second_str from MM_PLATE_SMALL_PRO t1 left join MM_HTMRSLT t2 on t1.SUB_BACKLOG_SEQ = t2.SUB_BACKLOG_SEQ and t1.MAT_NO = t2.MAT_NO where t1.backlog_add_div = '0' and t1.sub_backlog_code like '_Q%' or t1.sub_backlog_code like '_T%' and t1.MAT_NO in #{matNo} ) t3) t4 select max(t1.PROD_SEQ_NO) as MAX_PROD_SEQ_NO from MM_HTMRSLT t1 where t1.MAT_NO in #{matNo} ) select t1.HOT_TREAT_METHOD_CODE from MM_HTMRSLT t1 where t1.PROD_SEQ_NO = #{maxProdSeqNo} select max(t1.PROD_SEQ_NO) as MAX_PROD_SEQ_NO from MM_HTMRSLT t1 where t1.PLATE_NO in #{matNo} ) select t1.UST_VALUE_LAST from MM_HTMRSLT t1 where t1.PROD_SEQ_NO = #{maxProdSeqNo} select distinct SG_SIGN from (select SG_SIGN FROM PM_PD_SLAB_INFO where PD_STATUS_HP = '27' and SG_SIGN is not null and PD_PROGRAM is not null and LAST_UPDATE_DATE >= #{timeFrom} AND LAST_UPDATE_DATE <= #{timeTo} and CREATED_BY = #{createdBy} union all select SG_SIGN FROM PM_PD_PLATE_INFO where PD_STATUS_HP = '27' and SG_SIGN is not null and PD_PROGRAM is not null and LAST_UPDATE_DATE >= #{timeFrom} AND LAST_UPDATE_DATE <= #{timeTo} and CREATED_BY = #{createdBy} union all select SG_SIGN FROM PM_CD_CONT_LOG where SG_SIGN is not null and LAST_UPDATE_DATE >= #{timeFrom} AND LAST_UPDATE_DATE <= #{timeTo} and CREATED_BY = #{createdBy} ) t order by SG_SIGN ASC select COUNT(*) FROM PM_PD_PLATE_INFO where PD_STATUS_HP = '27' and SG_SIGN is not null and PD_PROGRAM is not null and LAST_UPDATE_DATE BETWEEN #{timeFrom} AND #{timeTo} and SG_SIGN in #{sgSign} select SUM(MAT_ACT_WT) FROM PM_PD_PLATE_INFO where PD_STATUS_HP = '27' and SG_SIGN is not null and PD_PROGRAM is not null and LAST_UPDATE_DATE BETWEEN #{timeFrom} AND #{timeTo} and SG_SIGN in #{sgSign} select t1.PLATE_NO from PM_PD_CONT_SUM t1 join QD_TO_PO_ORDER t2 on t1.ORDER_NO = t2.ORDER_NO where t2.ORDER_TYPE_CODE != 'YZA' and t1.PLATE_NO is not null select COUNT(*) as hpouupn, SUM(MAT_ACT_WT) as hpouup FROM PM_PD_PLATE_INFO where PD_STATUS_HP = '27' and SG_SIGN is not null and PD_PROGRAM is not null and LAST_UPDATE_DATE BETWEEN #{timeFrom} AND #{timeTo} and SG_SIGN in #{sgSign} and SLAB_NO in #{slabNo} select COUNT(*) as hpouupn, COALESCE(SUM(MAT_ACT_WT), 0) as hpouup FROM PM_PD_PLATE_INFO where PD_STATUS_HP = '27' and SG_SIGN is not null and PD_PROGRAM is not null and LAST_UPDATE_DATE BETWEEN #{timeFrom} AND #{timeTo} and SG_SIGN = #{sgSign} and SLAB_NO in #{slabNo} select COUNT(*) as hpouupn5m, COALESCE(SUM(MAT_ACT_WT), 0) as hpouup5m FROM PM_PD_PLATE_INFO where PD_STATUS_HP = '27' and SG_SIGN is not null and PD_PROGRAM is not null and SUBSTR(PLATE_NO, 5, 1) IN ('K','L','M','N','O','P','Q','R','S','T') and LAST_UPDATE_DATE BETWEEN #{timeFrom} AND #{timeTo} and SG_SIGN in #{sgSign} select COUNT(*) as hpouupn5m, COALESCE(SUM(MAT_ACT_WT), 0) as hpouup5m FROM PM_PD_PLATE_INFO where PD_STATUS_HP = '27' and SG_SIGN is not null and PD_PROGRAM is not null and SUBSTR(PLATE_NO, 5, 1) IN ('K','L','M','N','O','P','Q','R','S','T') and LAST_UPDATE_DATE BETWEEN #{timeFrom} AND #{timeTo} and SG_SIGN = #{sgSign} and SLAB_NO in #{slabNo} select COUNT(*) as hpouupn3m, SUM(MAT_ACT_WT) as hpouup3m FROM PM_PD_PLATE_INFO where PD_STATUS_HP = '27' and SG_SIGN is not null and PD_PROGRAM is not null and SUBSTR(PLATE_NO, 5, 1) NOT IN ('K','L','M','N','O','P','Q','R','S','T') and LAST_UPDATE_DATE BETWEEN #{timeFrom} AND #{timeTo} and SG_SIGN in #{sgSign} select COUNT(*) as hpouupn3m, COALESCE(SUM(MAT_ACT_WT), 0) as hpouup3m FROM PM_PD_PLATE_INFO where PD_STATUS_HP = '27' and SG_SIGN is not null and PD_PROGRAM is not null and SUBSTR(PLATE_NO, 5, 1) NOT IN ('K','L','M','N','O','P','Q','R','S','T') and LAST_UPDATE_DATE BETWEEN #{timeFrom} AND #{timeTo} and SG_SIGN = #{sgSign} and SLAB_NO in #{slabNo} select COUNT(*) as sghpoaupnSign, SUM(WT) as hpoaup FROM PM_CD_CONT_LOG where FUNC_ID = 'pmoahp02_putup' and SG_SIGN is not null and LAST_UPDATE_DATE BETWEEN #{timeFrom} AND #{timeTo} and SG_SIGN in #{sgSign} and MAT_NO NOT IN #{matNo} and ORDER_NO in #{orderNo} select COUNT(*) as sghpoaupnSign, COALESCE(SUM(WT), 0) as hpoaup FROM PM_CD_CONT_LOG where FUNC_ID = 'pmoahp02_putup' and SG_SIGN is not null and LAST_UPDATE_DATE BETWEEN #{timeFrom} AND #{timeTo} and SG_SIGN = #{sgSign} and MAT_NO NOT IN #{matNo} and ORDER_NO in #{orderNo} select MAT_NO from PM_CD_CONT_LOG where FUNC_ID = 'pmoahp02_putup' and LAST_UPDATE_DATE >= #{timeFrom} AND LAST_UPDATE_DATE <= #{timeTo} select order_no from QD_TO_PO_ORDER where ORDER_TYPE_CODE != 'YZA' AND ORDER_TYPE_CODE NOT LIKE 'N%' select COUNT(*) as hpoaupn5m, SUM(WT) as hpoaup5m FROM PM_CD_CONT_LOG where FUNC_ID = 'pmoahp02_putup' and SG_SIGN is not null and SUBSTR(PLATE_NO, 5, 1) IN ('K','L','M','N','O','P','Q','R','S','T') and LAST_UPDATE_DATE BETWEEN #{timeFrom} AND #{timeTo} and SG_SIGN in #{sgSign} and MAT_NO NOT IN #{matNo} and ORDER_NO in #{orderNo} select COUNT(*) as hpoaupn5m, COALESCE(SUM(WT), 0) as hpoaup5m FROM PM_CD_CONT_LOG where FUNC_ID = 'pmoahp02_putup' and SG_SIGN is not null and SUBSTR(MAT_NO, 5, 1) IN ('K','L','M','N','O','P','Q','R','S','T') and LAST_UPDATE_DATE BETWEEN #{timeFrom} AND #{timeTo} and SG_SIGN = #{sgSign} and MAT_NO NOT IN #{matNo} and ORDER_NO in #{orderNo} select COUNT(*) as hpoaupn3m, SUM(WT) as hpoaup3m FROM PM_CD_CONT_LOG where FUNC_ID = 'pmoahp02_putup' and SG_SIGN is not null and SUBSTR(PLATE_NO, 5, 1) NOT IN ('K','L','M','N','O','P','Q','R','S','T') and LAST_UPDATE_DATE BETWEEN #{timeFrom} AND #{timeTo} and SG_SIGN in #{sgSign} and MAT_NO NOT IN #{matNo} and ORDER_NO in #{orderNo} select COUNT(*) as hpoaupn3m, COALESCE(SUM(WT), 0) as hpoaup3m FROM PM_CD_CONT_LOG where FUNC_ID = 'pmoahp02_putup' and SG_SIGN is not null and SUBSTR(MAT_NO, 5, 1) NOT IN ('K','L','M','N','O','P','Q','R','S','T') and LAST_UPDATE_DATE BETWEEN #{timeFrom} AND #{timeTo} and SG_SIGN = #{sgSign} and MAT_NO NOT IN #{matNo} and ORDER_NO in #{orderNo} select COUNT(*) as smouupn, SUM(WT) as smouup FROM PM_PD_SLAB_INFO where PD_STATUS_HP = '27' and SG_SIGN is not null and PD_PROGRAM is not null and LAST_UPDATE_DATE BETWEEN #{timeFrom} AND #{timeTo} and SG_SIGN in #{sgSign} and SLAB_NO in #{slabNo} select COUNT(*) as smouupn, COALESCE(SUM(MAT_ACT_WT), 0) as smouup FROM PM_PD_SLAB_INFO where PD_STATUS_HP = '27' and SG_SIGN is not null and PD_PROGRAM is not null and LAST_UPDATE_DATE BETWEEN #{timeFrom} AND #{timeTo} and SG_SIGN = #{sgSign} and SLAB_NO in #{slabNo} select PM_PD_CONT_SUM.SLAB_NO from PM_PD_CONT_SUM join QD_TO_PO_ORDER on PM_PD_CONT_SUM.ORDER_NO = QD_TO_PO_ORDER.ORDER_NO where QD_TO_PO_ORDER.ORDER_TYPE_CODE != 'YZA' select COUNT(*) as smoaupn, SUM(WT) as smoaup FROM PM_CD_CONT_LOG where FUNC_ID = 'pmoasm01_putup' and SG_SIGN is not null and LAST_UPDATE_DATE BETWEEN #{timeFrom} AND #{timeTo} and SG_SIGN in #{sgSign} and SLAB_NO in #{slabNo} select COUNT(*) as smoaupn, COALESCE(SUM(WT), 0) as smoaup FROM PM_CD_CONT_LOG where FUNC_ID = 'pmoasm01_putup' and SG_SIGN is not null and LAST_UPDATE_DATE BETWEEN #{timeFrom} AND #{timeTo} and SG_SIGN = #{sgSign} and MAT_NO in #{slabNo} select ORDER_STATUS, ORDER_NO FROM CT_MAIN where ORDER_NO in #{orderNo} and TENANT_ID = #{tenantId} select GIVE_SAMPLE_FLAG, ORDER_NO FROM QD_TO_PO_ORDER where ORDER_NO in #{orderNo} and TENANT_ID = #{tenantId} select ORDER_STATUS FROM CT_MAIN where ORDER_NO = #{orderNo} select from MM_SLAB MS where MS.SLAB_NO in #{slabNo} select LACK_WGT FROM CT_DET WHERE ORDER_NO = #{orderNo} and WHOLE_BACKLOG_CODE = '9A' and SUB_BACKLOG_CODE is null select STOCK_CODE FROM WM_MAT_PILE WHERE MAT_NO in #{slabNo} select from MM_PLATE MP where MP.MAT_STATUS = #{matStatus} and MP.MAT_NO in #{matNo} and MP.REC_STS ='2' select from QD_TO_PO_ORDER QTPO where QTPO.ORDER_NO in #{orderNo} and QTPO.TENANT_ID = #{tenantId} select DISTINCT MSC_LINE_NO, ROLL_DIRECT_CODE, CTRL_ROLL_CODE FROM QD_TO_LINEUP_RESULT_ROLLING where ORDER_NO = #{orderNo} and TENANT_ID = #{tenantId} and MSC_LINE_NO in #{mscLineNo} select ULT_CODE FROM QD_TO_LINEUP_RESULT_SIZING where ORDER_NO in #{orgOrderNo} select MSC_LINE_NO FROM QD_TO_PO_LINE_COMB where ORDER_NO = #{orderNo} select COMPLEX_DECIDE_CODE from MM_PLATE where MAT_NO = #{ponoSlabNo} and REC_STS = '2' select ORD_REM_NUM from CT_MAIN where ORDER_NO = #{orderNo} select ORD_REM_WGT from CT_MAIN where ORDER_NO = #{orderNo} select mrm.ROLL_DIRECT_CODE, mrm.AD_MODE_CODE, mrm.CTRL_ROLL_CODE from MM_ROLLING_M1 mrm MM_ROLLING_M2 mrm MM_ROLLING_M3 mrm where mrm.TENANT_ID = #{tenantId} and mrm.MAT_NO = #{matNo} and mrm.PROD_YEAR = #{prodYear} select COUNT(*) as hpouupn, COALESCE(SUM(MAT_ACT_WT), 0) as hpouup, SG_SIGN FROM PM_PD_PLATE_INFO where PD_STATUS_HP = '27' and SG_SIGN is not null and PD_PROGRAM is not null and LAST_UPDATE_DATE >= #{timeFrom} AND LAST_UPDATE_DATE <= #{timeTo} and SG_SIGN in #{sgSign} and PLATE_NO in #{slabNo} group by SG_SIGN select COUNT(*) as hpouupn5m, COALESCE(SUM(MAT_ACT_WT), 0) as hpouup5m, SG_SIGN FROM PM_PD_PLATE_INFO where PD_STATUS_HP = '27' and SG_SIGN is not null and PD_PROGRAM is not null and MSC_LINE_NO LIKE '10%' and LAST_UPDATE_DATE >= #{timeFrom} AND LAST_UPDATE_DATE <= #{timeTo} and SG_SIGN in #{sgSign} and PLATE_NO in #{slabNo} group by SG_SIGN select COUNT(*) as hpouupn3m, COALESCE(SUM(MAT_ACT_WT), 0) as hpouup3m, SG_SIGN FROM PM_PD_PLATE_INFO where PD_STATUS_HP = '27' and SG_SIGN is not null and PD_PROGRAM is not null and MSC_LINE_NO LIKE '00%' and LAST_UPDATE_DATE >= #{timeFrom} AND LAST_UPDATE_DATE <= #{timeTo} and SG_SIGN in #{sgSign} and PLATE_NO in #{slabNo} group by SG_SIGN select count (1) AS sghpoaupnSign, COALESCE( SUM( t.WT ), 0 ) AS hpoaup, t.SG_SIGN from (SELECT MAT_NO, SG_SIGN, WT, ROW_NUMBER ( ) OVER ( PARTITION BY MAT_NO,SG_SIGN ORDER BY CREATION_DATE DESC ) AS row_num FROM PM_CD_CONT_LOG where FUNC_ID = 'pmoahp02_putup' and SG_SIGN is not null and LAST_UPDATE_DATE >= #{timeFrom} AND LAST_UPDATE_DATE <= #{timeTo} and SG_SIGN in #{sgSign} and ORDER_NO in #{orderNo} ) t where t.row_num = 1 GROUP BY t.SG_SIGN select COUNT(1) as hpoaupn5m, COALESCE(SUM(t.WT), 0) as hpoaup5m, t.SG_SIGN from (SELECT MAT_NO, SG_SIGN, WT, ROW_NUMBER ( ) OVER ( PARTITION BY MAT_NO,SG_SIGN ORDER BY CREATION_DATE DESC ) AS row_num FROM PM_CD_CONT_LOG where FUNC_ID = 'pmoahp02_putup' and SG_SIGN is not null and MSC_LINE_NO LIKE '10%' and LAST_UPDATE_DATE >= #{timeFrom} AND LAST_UPDATE_DATE <= #{timeTo} and SG_SIGN in #{sgSign} and ORDER_NO in #{orderNo} ) t where t.row_num = 1 GROUP BY t.SG_SIGN select COUNT(1) as hpoaupn3m, COALESCE(SUM(t.WT), 0) as hpoaup3m, t.SG_SIGN from (SELECT MAT_NO, SG_SIGN, WT, ROW_NUMBER ( ) OVER ( PARTITION BY MAT_NO,SG_SIGN ORDER BY CREATION_DATE DESC ) AS row_num FROM PM_CD_CONT_LOG where FUNC_ID = 'pmoahp02_putup' and SG_SIGN is not null and MSC_LINE_NO LIKE '00%' and LAST_UPDATE_DATE >= #{timeFrom} AND LAST_UPDATE_DATE <= #{timeTo} and SG_SIGN in #{sgSign} and ORDER_NO in #{orderNo} ) t where t.row_num = 1 GROUP BY t.SG_SIGN select COUNT(*) as smouupn, COALESCE(SUM(MAT_ACT_WT), 0) as smouup, SG_SIGN FROM PM_PD_SLAB_INFO where PD_STATUS_HP = '27' and SG_SIGN is not null and PD_PROGRAM is not null and LAST_UPDATE_DATE >= #{timeFrom} AND LAST_UPDATE_DATE <= #{timeTo} and SG_SIGN in #{sgSign} and SLAB_NO in #{slabNo} group by SG_SIGN select COUNT(1) as smoaupn, COALESCE(SUM(t.WT), 0) as smoaup, t.SG_SIGN FROM ( SELECT MAT_NO, SG_SIGN, WT, ROW_NUMBER ( ) OVER ( PARTITION BY MAT_NO,SG_SIGN ORDER BY CREATION_DATE DESC ) AS row_num FROM PM_CD_CONT_LOG where FUNC_ID = 'pmoasm01_putup' and SG_SIGN is not null and LAST_UPDATE_DATE >= #{timeFrom} AND LAST_UPDATE_DATE <= #{timeTo} and SG_SIGN in #{sgSign} and MAT_NO in #{slabNo} ) t where t.row_num = 1 group by t.SG_SIGN select GIVE_SAMPLE_FLAG from QD_TO_PO_ORDER where ORDER_NO = #{orderNo} select MAT_NO, MSC_LINE_NO from WM_CONFM_PLAN_MAT where MAT_NO in #{matNo} select MSC, PSC , APN FROM QD_TO_PO_ORDER where ORDER_NO = #{orderNo} select DISTINCT ROLL_DIRECT_CODE from QD_TO_LINEUP_RESULT_ROLLING where ORDER_NO = #{orderNo} and TENANT_ID = #{tenantId} select DISTINCT ORDER_NO, ROLL_DIRECT_CODE, ctrl_roll_code, MSC_LINE_NO from QD_TO_LINEUP_RESULT_ROLLING where ORDER_NO in #{orderNo} and MSC_LINE_NO in #{mscLineNo} and TENANT_ID = #{tenantId} select ORDER_NO, ORDER_TYPE_CODE from QD_TO_PO_ORDER where ORDER_NO in #{orderNo} select cm.ORDER_NO, cm.ORDER_STATUS FROM CT_MAIN cm and cm.TENANT_ID = #{tenantId} and cm.ORDER_NO in #{orderNo} select qtpo.ORDER_NO, qtpo.GIVE_SAMPLE_FLAG, qtpo.ORDER_TYPE_CODE from QD_TO_PO_ORDER qtpo and qtpo.TENANT_ID = #{tenantId} and qtpo.ORDER_NO in #{orderNo} SELECT mpsp.MAT_NO, SUBSTR( mpsp.SUB_BACKLOG_CODE, 2, 1 ) as SUB_BACKLOG_CODE, mpsp.SUB_BACKLOG_SEQ FROM MM_PLATE_SMALL_PRO mpsp mpsp.BACKLOG_ADD_DIV = '0' and BACKLOG_PASS_TIME is not null and SUBSTR( mpsp.SUB_BACKLOG_CODE, 2, 1 ) IN ( 'A', 'Q', 'N', 'T' ) and mpsp.TENANT_ID = #{tenantId} and mpsp.MAT_NO in #{matNo} SELECT t.ORDER_NO, t.HEAT_TREATMENT_TYPE, t.MSC_LINE_NO FROM ( SELECT qlrh.ORDER_NO, qlrh.HEAT_TREATMENT_TYPE, qlrh.MSC_LINE_NO, ROW_NUMBER ( ) OVER ( PARTITION BY qlrh.ORDER_NO ORDER BY qlrh.CREATION_DATE ASC ) AS rn FROM QD_TO_LINEUP_RESULT_HEATTREAT qlrh and qlrh.TENANT_ID = #{tenantId} and qlrh.ORDER_NO in #{orderNo} and qlrh.MSC_LINE_NO in #{mscLineNo} ) t WHERE t.rn = 1 SELECT DISTINCT qtru.ORDER_NO, qtru.UT_CODE, qtru.UT_STDNAME, qtru.UT_GRADE FROM QD_TO_LINEUP_RESULT_UT qtru and qtru.TENANT_ID = #{tenantId} and (qtru.ORDER_NO in NULL ) OR qtru.ORDER_NO in ( #{orderNo} ) SELECT mur.PLATE_NO, mur.DETECT_RESULT_CODE FROM MM_UST_RSLT mur and mur.TENANT_ID = #{tenantId} and mur.PLATE_NO in #{matNo} and mur.UST_STAND in #{utCode} SELECT DISTINCT wmp.MAT_NO, wsi.STOCK_LINE, wsi.STOCK_CODE FROM WM_MAT_PILE wmp JOIN WM_STOCK_INFO wsi ON wmp.STOCK_CODE = wsi.STOCK_CODE and wmp.TENANT_ID = #{tenantId} and wmp.MAT_NO in #{matNo} SELECT mp.PROD_YEAR, mp.MAT_NO, mp.PROD_CD, mp.PROC_CD, mp.MAT_STATUS, mp.WHOLE_BACKLOG_CODE, mp.rec_sts FROM MM_PLATE mp and mp.TENANT_ID = #{tenantId} and mp.MAT_NO in #{matNo} select from MM_PLATE MP where MP.TENANT_ID = #{tenantId} and MP.PLATE_ID in #{plateId}