added LSL2 stored procedures
This commit is contained in:
Infineon\StieberD
432
LSL2/STPROC/DAILY_PERFORMANCE_REPORT_ACTIONS.txt
Normal file
432
LSL2/STPROC/DAILY_PERFORMANCE_REPORT_ACTIONS.txt
Normal file
@ -0,0 +1,432 @@
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Function Daily_Performance_Report_Actions(Action, CalcColName, FSList, Handle, Name, FMC, Record, Status, OrigRecord, Param1, Param2, Param3, Param4, Param5, Param6, Param7, Param8, Param9, Param10)
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/***********************************************************************************************************************
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This program is proprietary and is not to be used by or disclosed to others, nor is it to be copied without written
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permission from SRP Computer Solutions, Inc.
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Name : Daily_Performance_Report_Actions
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Description : Handles calculated columns and MFS calls for the current table.
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Notes : This function uses @ID, @RECORD, and @DICT to make sure {ColumnName} references work correctly.
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If called from outside of a calculated column these will need to be set and restored.
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Parameters :
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Action [in] -- Name of the action to be taken
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CalcColName [in] -- Name of the calculated column that needs to be processed. Normally this should only be
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populated when the CalcField action is being used.
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FSList [in] -- The list of MFSs and the BFS name for the current file or volume. This is an @SVM
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delimited array, with the current MFS name as the first value in the array, and the BFS
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name as the last value. Normally set by a calling MFS.
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Handle [in] -- The file handle of the file or media map being accessed. Note, this does contain the
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entire handle structure that the Basic+ Open statement would provide. Normally set by a
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calling MFS.
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Name [in] -- The name (key) of the record or file being accessed. Normally set by a calling MFS.
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FMC [in] -- Various functions. Normally set by a calling MFS.
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Record [in] -- The entire record (for record-oriented functions) or a newly-created handle (for
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"get handle" functions). Normally set by a calling MFS.
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Status [in/out] -- Indicator of the success or failure of an action. Normally set by the calling MFS but
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for some actions can be set by the action handler to indicate failure.
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OrigRecord [in] -- Original content of the record being processed by the current action. This is
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automatically being assigned by the WRITE_RECORD and DELETE_RECORD actions within
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BASE_MFS.
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Param1-10 [in/out] -- Additional request parameter holders
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ActionFlow [out] -- Used to control the action chain (see the ACTION_SETUP insert for more information.)
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Can also be used to return a special value, such as the results of the CalcField
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method.
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History : (Date, Initials, Notes)
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01/04/23 dmb Original programmer.
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***********************************************************************************************************************/
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#pragma precomp SRP_PreCompiler
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$insert LOGICAL
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$insert FILE.SYSTEM.EQUATES
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$insert ACTION_SETUP
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Declare function Epi_Part_Services, Reactor_Services, SRP_Datetime, SRP_Math, Datetime
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Declare subroutine Btree.Extract
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If KeyID then GoSub Initialize_System_Variables
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Begin Case
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Case Action _EQC 'CalculateColumn' ; GoSub CalculateColumn
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Case Action _EQC 'READ_RECORD_PRE' ; GoSub READ_RECORD_PRE
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Case Action _EQC 'READ_RECORD' ; GoSub READ_RECORD
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Case Action _EQC 'READONLY_RECORD_PRE' ; GoSub READONLY_RECORD_PRE
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Case Action _EQC 'READONLY_RECORD' ; GoSub READONLY_RECORD
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Case Action _EQC 'WRITE_RECORD_PRE' ; GoSub WRITE_RECORD_PRE
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Case Action _EQC 'WRITE_RECORD' ; GoSub WRITE_RECORD
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Case Action _EQC 'DELETE_RECORD_PRE' ; GoSub DELETE_RECORD_PRE
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Case Action _EQC 'DELETE_RECORD' ; GoSub DELETE_RECORD
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Case Otherwise$ ; Status = 'Invalid Action'
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End Case
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If KeyID then GoSub Restore_System_Variables
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Return ActionFlow OR ACTION_CONTINUE$
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////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
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// Calculated Columns
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//
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// The typical structure of a calculated column will look like this:
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//
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// Declare function Database_Services
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//
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// @ANS = Database_Services('CalculatedColumn')
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////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
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CalculateColumn:
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// Make sure the ActionFlow return variable is cleared in case nothing is calculated.
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ActionFlow = ''
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Begin Case
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Case CalcColName EQ 'MIN_PER_WAFER' ; GoSub MIN_PER_WAFER
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Case CalcColName EQ 'OEE' ; GoSub OEE
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Case CalcColName EQ 'PERCENT_ON_PART' ; GoSub PERCENT_ON_PART
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Case CalcColName EQ 'PROJECTED_OUT' ; GoSub PROJECTED_OUT
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Case CalcColName EQ 'REACTOR_TYPE' ; GoSub REACTOR_TYPE
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Case CalcColName EQ 'TIME_ADJ_PROJECTED_OUT' ; GoSub TIME_ADJ_PROJECTED_OUT
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Case CalcColName EQ 'PROJECTED_OUT_ALT' ; GoSub PROJECTED_OUT_ALT
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Case CalcColName EQ 'TOTAL_DELTA' ; GoSub TOTAL_DELTA
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Case CalcColName EQ 'TOTAL_WAFERS_OUT' ; GoSub TOTAL_WAFERS_OUT
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Case CalcColName EQ 'WAFERS_PER_DAY' ; GoSub WAFERS_PER_DAY
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Case CalcColName EQ 'TOTAL_UPTIME_PERCENT' ; GoSub TOTAL_UPTIME_PERCENT
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Case CalcColName EQ 'OEE_CALCULATION' ; GoSub OEE_CALCULATION
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Case CalcColName EQ 'TOTAL_DELTA_ALT' ; GoSub TOTAL_DELTA_ALT
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End Case
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return
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MIN_PER_WAFER:
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ReactorType = {REACTOR_TYPE}
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If ReactorType EQ 'EPP' then ReactorType = 'EPIPRO'
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ActionFlow = Epi_Part_Services('GetMinutesPerWaferScheduler', {PART_NO}, ReactorType)
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return
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OEE:
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ReactType = {REACTOR_TYPE}
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If ReactType NE '' then
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ActionFlow = Xlate('APP_INFO', 'OEE*':ReactType, 1, 'X')
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end else
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ActionFlow = ''
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end
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return
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PERCENT_ON_PART:
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ActionFlow = OConv(IConv({HOURS_ON_PART} / 24, 'MD2'), 'MD2')
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return
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PROJECTED_OUT:
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ActionFlow = OConv(IConv({WAFERS_PER_DAY} * {OEE}, 'MD2'), 'MD2')
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return
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PROJECTED_OUT_ALT:
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MinutesPerWafer = {MIN_PER_WAFER}
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StartDTM = XLATE('DAILY_PERFORMANCE_REPORT', @ID, 'START_DTM', 'X')
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StopDTM = XLATE('DAILY_PERFORMANCE_REPORT', @ID, 'STOP_DTM', 'X')
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TotalMinutesOnPart = SRP_Datetime('MinuteSpan', StartDTM, StopDTM)
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TotalMinutesUptime = {TOTAL_PROD_MIN}
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IF MinutesPerWafer GT 0 then
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ExpectedWafers = SRP_MATH('ROUND', TotalMinutesUptime / MinutesPerWafer, 2)
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end else
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ExpectedWafers = 0
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end
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ActionFlow = ExpectedWafers
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return
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REACTOR_TYPE:
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ActionFlow = Xlate('REACTOR', {REACTOR}, 'REACT_TYPE', 'X')
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return
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TIME_ADJ_PROJECTED_OUT:
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ActionFlow = OConv(IConv({PROJECTED_OUT} * {PERCENT_ON_PART}, 'MD2'), 'MD2')
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return
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TOTAL_DELTA:
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TempDict = @DICT
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TempID = @ID
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TempRecord = @RECORD
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TempFileError = @FILE.ERROR
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SearchString = 'REACTOR':@VM:{REACTOR}:@FM:'DATE_OUT':@VM:OConv({DATE_OUT}, 'D4/')
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Table = 'DAILY_PERFORMANCE_REPORT'
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Keys = ''
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Option = 'S' ; // Suppress informational messages
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Flag = ''
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Dict = @Dict
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Btree.Extract(SearchString, Table, Dict, Keys, Option, Flag)
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If Flag EQ 0 then
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TotalTimeAdjProjOut = Sum(Xlate(Table, Keys, 'TIME_ADJ_PROJECTED_OUT', 'X'))
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TotalProjOut = Sum(Xlate(Table, Keys, 'PROJECTED_OUT_ALT', 'X'))
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TotalWafersOut = Sum(Xlate(Table, Keys, 'ACTUAL_OUT', 'X'))
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ActionFlow = TotalWafersOut - TotalTimeAdjProjOut
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end else
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ActionFlow = ''
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end
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@DICT = TempDict
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@ID = TempID
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@RECORD = TempRecord
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@FILE.ERROR = TempFileError
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return
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TOTAL_DELTA_ALT:
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TempDict = @DICT
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TempID = @ID
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TempRecord = @RECORD
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TempFileError = @FILE.ERROR
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SearchString = 'REACTOR':@VM:{REACTOR}:@FM:'DATE_OUT':@VM:OConv({DATE_OUT}, 'D4/')
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Table = 'DAILY_PERFORMANCE_REPORT'
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Keys = ''
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Option = 'S' ; // Suppress informational messages
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Flag = ''
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Dict = @Dict
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Btree.Extract(SearchString, Table, Dict, Keys, Option, Flag)
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If Flag EQ 0 then
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*TotalTimeAdjProjOut = Sum(Xlate(Table, Keys, 'TIME_ADJ_PROJECTED_OUT', 'X'))
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TotalProjOut = Sum(Xlate(Table, Keys, 'PROJECTED_OUT_ALT', 'X'))
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TotalWafersOut = Sum(Xlate(Table, Keys, 'ACTUAL_OUT', 'X'))
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ActionFlow = TotalWafersOut - TotalProjOut
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end else
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ActionFlow = ''
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end
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@DICT = TempDict
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@ID = TempID
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@RECORD = TempRecord
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@FILE.ERROR = TempFileError
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return
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TOTAL_WAFERS_OUT:
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TempDict = @DICT
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TempID = @ID
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TempRecord = @RECORD
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TempFileError = @FILE.ERROR
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SearchString = 'REACTOR':@VM:{REACTOR}:@FM:'DATE_OUT':@VM:OConv({DATE_OUT}, 'D4/')
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Table = 'DAILY_PERFORMANCE_REPORT'
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Keys = ''
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Option = 'S' ; // Suppress informational messages
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Flag = ''
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Dict = @Dict
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Btree.Extract(SearchString, Table, Dict, Keys, Option, Flag)
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If Flag EQ 0 then
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ActionFlow = Sum(Xlate(Table, Keys, 'ACTUAL_OUT', 'X'))
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end else
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ActionFlow = ''
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end
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@DICT = TempDict
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@ID = TempID
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@RECORD = TempRecord
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@FILE.ERROR = TempFileError
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return
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TOTAL_UPTIME_PERCENT:
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ToolModeData = Reactor_Services('GetReactorUptimePercentageByTimeSpan', {REACTOR}, {START_DTM}, {STOP_DTM})
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ActionFlow = ToolModeData<1,1>
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return
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WAFERS_PER_DAY:
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ReactorType = {REACTOR_TYPE}
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If ReactorType EQ 'EPP' then ReactorType = 'EPIPRO'
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ActionFlow = Epi_Part_Services('GetIdealWafersPerDayScheduler', {PART_NO}, ReactorType, {MIN_PER_WAFER})
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return
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OEE_CALCULATION:
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TotalUptimePercent = XLATE('DAILY_PERFORMANCE_REPORT', @ID, 'TOTAL_PROD_PERCENT', 'X')
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TotalUptimeMin = XLATE('DAILY_PERFORMANCE_REPORT', @ID, 'TOTAL_PROD_MIN', 'X')
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TotalUnschedDownPercent = XLATE('DAILY_PERFORMANCE_REPORT', @ID, 'TOTAL_UNSCHED_PERCENT', 'X')
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TotalUnschedDownMin = XLATE('DAILY_PERFORMANCE_REPORT', @ID, 'TOTAL_UNSCHED_MIN', 'X')
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TotalSchedDownPercent = XLATE('DAILY_PERFORMANCE_REPORT', @ID, 'TOTAL_SCHED_PERCENT', 'X')
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TotalSchedDownMin = XLATE('DAILY_PERFORMANCE_REPORT', @ID, 'TOTAL_SCHED_MIN', 'X')
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IF {DATE_OUT} EQ Date()then
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IF SRP_Datetime('AddMinutes', {START_DTM}, {HOURS_ON_PART} * 60) LT Datetime() then
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MinutesOnPart = {HOURS_ON_PART} * 60
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end else
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MinutesOnPart = SRP_Datetime('MinuteSpan', {START_DTM}, Datetime())
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end
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end else
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MinutesOnPart = SRP_Datetime('MinuteSpan', {START_DTM}, {STOP_DTM})
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end
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//Begin Builidng Availability
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PlannedProdTime = MinutesOnPart - TotalSchedDownMin
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OperatingTime = PlannedProdTime - TotalUnschedDownMin
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IF SRP_MATH('EXPONENT',OperatingTime) LT 0 then OperatingTime = 0
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IF PlannedProdTime GT 0 then
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Availability = OperatingTime / PlannedProdTime
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end else
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Availability = 0
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end
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//Begin Building Performance
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IF {MIN_PER_WAFER} GT 0 then
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Capacity = (1 / {MIN_PER_WAFER}) * OperatingTime
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IF Capacity GT 0 then
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Performance = {ACTUAL_OUT} / Capacity
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end else
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Performance = 1
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end
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end else
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Performance = 0
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end
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//Quality ***TODO
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//(Total Parts Produced - Total Scrap) / Total Parts Produced = Quality %
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Quality = 1
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OEE = SRP_MATH('ROUND',Availability * Performance * Quality, 2)
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ActionFlow = OEE
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return
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////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
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// MFS Actions
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////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
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READ_RECORD_PRE:
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// In order to stop a record from being read in this action these lines of code must be used:
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//
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// OrigFileError = 100 : @FM : KeyID
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// Status = 0
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// Record = ''
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// ActionFlow = ACTION_STOP$
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return
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READ_RECORD:
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// In order to stop a record from being read in this action these lines of code must be used:
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//
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// OrigFileError = 100 : @FM : KeyID
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// Status = 0
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// Record = ''
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return
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READONLY_RECORD_PRE:
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// In order to stop a record from being read in this action these lines of code must be used:
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//
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// OrigFileError = 100 : @FM : KeyID
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// Status = 0
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// Record = ''
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// ActionFlow = ACTION_STOP$
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return
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READONLY_RECORD:
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// In order to stop a record from being read in this action these lines of code must be used:
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//
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// OrigFileError = 100 : @FM : KeyID
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// Status = 0
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// Record = ''
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return
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WRITE_RECORD_PRE:
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return
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WRITE_RECORD:
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return
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DELETE_RECORD_PRE:
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return
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DELETE_RECORD:
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return
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////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
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// Internal GoSubs
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////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
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Initialize_System_Variables:
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// Save these for restoration later
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SaveDict = @DICT
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SaveID = @ID
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SaveRecord = @RECORD
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OrigFileError = @FILE.ERROR
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// Now make sure @DICT, ID, and @RECORD are populated
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CurrentDictName = ''
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If @DICT then
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DictHandle = @DICT<1, 2>
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Locate DictHandle in @TABLES(5) Using @FM Setting fPos then
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CurrentDictName = Field(@TABLES(0), @FM, fPos, 1)
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end
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end
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If CurrentDictName NE DictName then
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Open DictName to @DICT else Status = 'Unable to initialize @DICT'
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end
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@ID = KeyID
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If Record else
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// Record might not have been passed in. Read the record from the database table just to make sure.
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@FILE.ERROR = ''
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Open TableName to hTable then
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FullFSList = hTable[1, 'F' : @VM]
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BFS = FullFSList[-1, 'B' : @SVM]
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LastHandle = hTable[-1, 'B' : \0D\]
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FileHandle = \0D\ : LastHandle[1, @VM]
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Call @BFS(READO.RECORD, BFS, FileHandle, KeyID, FMC, Record, ReadOStatus)
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end
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end
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@RECORD = Record
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return
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Restore_System_Variables:
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Transfer SaveDict to @DICT
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Transfer SaveID to @ID
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Transfer SaveRecord to @RECORD
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@FILE.ERROR = OrigFileError
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return
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Reference in New Issue
Block a user