20140220
19300100
1.0
Item Description
FALSE
CalculateField wtrValve OperDepth [LastEditor] VB #
CalculateField wtrValve Diameter [LegacyID] VB #
CalculateField wtrValve LegacyID "" VB #
CalculateField wtrValve LastEditor "" VB #
CalculateField wtrValve LegacyID [AssetID] VB #
CalculateField wtrValve AssetID autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 10000 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n"
CalculateField wtrValve AssetID ""V" & [AssetID]" VB #
ChangePrivileges 'Database Connections\CotGIS to cotgisworks.sde\cotgis10.COTGIS.wtrAccessHatch';'Database Connections\CotGIS to cotgisworks.sde\cotgis10.COTGIS.wtrAppurtenance';'Database Connections\CotGIS to cotgisworks.sde\cotgis10.COTGIS.wtrBackflowPreventer';'Database Connections\CotGIS to cotgisworks.sde\cotgis10.COTGIS.wtrChamber';'Database Connections\CotGIS to cotgisworks.sde\cotgis10.COTGIS.wtrChamberAccess';'Database Connections\CotGIS to cotgisworks.sde\cotgis10.COTGIS.wtrDrainVent';'Database Connections\CotGIS to cotgisworks.sde\cotgis10.COTGIS.wtrFitting';'Database Connections\CotGIS to cotgisworks.sde\cotgis10.COTGIS.wtrHydrant';'Database Connections\CotGIS to cotgisworks.sde\cotgis10.COTGIS.wtrHydrantLead';'Database Connections\CotGIS to cotgisworks.sde\cotgis10.COTGIS.wtrLeakDetection';'Database Connections\CotGIS to cotgisworks.sde\cotgis10.COTGIS.wtrMain';'Database Connections\CotGIS to cotgisworks.sde\cotgis10.COTGIS.wtrMasterMeter';'Database Connections\CotGIS to cotgisworks.sde\cotgis10.COTGIS.wtrNonCOTFitting';'Database Connections\CotGIS to cotgisworks.sde\cotgis10.COTGIS.wtrNonCOTHydrant';'Database Connections\CotGIS to cotgisworks.sde\cotgis10.COTGIS.wtrNonCOTMain';'Database Connections\CotGIS to cotgisworks.sde\cotgis10.COTGIS.wtrNonCOTValve';'Database Connections\CotGIS to cotgisworks.sde\cotgis10.COTGIS.wtrPumpStation';'Database Connections\CotGIS to cotgisworks.sde\cotgis10.COTGIS.wtrServiceLateral';'Database Connections\CotGIS to cotgisworks.sde\cotgis10.COTGIS.wtrServiceMeter';'Database Connections\CotGIS to cotgisworks.sde\cotgis10.COTGIS.wtrServiceValve';'Database Connections\CotGIS to cotgisworks.sde\cotgis10.COTGIS.wtrTestStation';'Database Connections\CotGIS to cotgisworks.sde\cotgis10.COTGIS.wtrValve';'Database Connections\CotGIS to cotgisworks.sde\cotgis10.COTGIS.wtrWorkZone' editor GRANT AS_IS
ChangePrivileges 'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrWorkZone';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrValve';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrTestStation';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrServiceValve';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrServiceMeter';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrServiceLateral';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrPumpStation';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrNonCOTValve';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrNonCOTMain';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrNonCOTHydrant';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrNonCOTFitting';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrMasterMeter';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrMain';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrLeakDetection';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrHydrantLead';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrHydrant';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrFitting';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrDrainVent';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrChamberAccess';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrChamber';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrBackflowPreventer';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrAppurtenance';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrAccessHatch' SDE_Viewers_All GRANT #
ChangePrivileges 'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrAccessHatch';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrAppurtenance';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrBackflowPreventer';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrChamber';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrChamberAccess';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrDrainVent';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrFitting';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrHydrant';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrHydrantLead';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrLeakDetection';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrMain';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrMasterMeter';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrNonCOTFitting';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrNonCOTHydrant';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrNonCOTMain';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrNonCOTValve';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrPumpStation';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrServiceLateral';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrServiceMeter';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrServiceValve';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrTestStation';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrValve';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrWorkZone' COTGISWORKS\SDE_Eng_Editors GRANT GRANT
ChangePrivileges 'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrAccessHatch';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrAppurtenance';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrBackflowPreventer';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrChamber';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrChamberAccess';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrDrainVent';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrFitting';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrHydrant';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrHydrantLead';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrLeakDetection';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrMain';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrMasterMeter';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrNonCOTFitting';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrNonCOTHydrant';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrNonCOTMain';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrNonCOTValve';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrPumpStation';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrServiceLateral';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrServiceMeter';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrServiceValve';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrTestStation';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrValve';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrWorkZone' COTGISWORKS\SDE_Water_Editors GRANT GRANT
ChangePrivileges 'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrAccessHatch';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrAppurtenance';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrBackflowPreventer';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrChamber';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrChamberAccess';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrDrainVent';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrFitting';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrHydrant';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrHydrantLead';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrLeakDetection';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrMain';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrMasterMeter';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrNonCOTFitting';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrNonCOTHydrant';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrNonCOTMain';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrNonCOTValve';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrPumpStation';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrServiceLateral';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrServiceMeter';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrServiceValve';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrTestStation';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrValve';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrWorkZone' COTGISWORKS\SDE_Viewers_All GRANT #
ChangePrivileges 'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.ConstructionDummyLine';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.ConstructionDummyLine_1';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.DeleteMeVersionTest';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.engDateOperatedHyds';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.engpedramps';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.engSewers_BF';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.engSoil_Geo_Zones_Water';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.engTIF_District';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.engWater_Mains_COT_Ranked';'Database Connections\Connection to cotgisworks.sde\COTGIS10.COTGIS.FinalCIPprojects2013';'Database Connections\Connection to cotgisworks.sde\COTGIS10.COTGIS.FinalCIPprojects2013pnt';'Database Connections\Connection to cotgisworks.sde\COTGIS10.COTGIS.LBRScenterline';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.LC_STREETS';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.LC_StreetsAnno';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.Lucas_Streets';'Database Connections\Connection to cotgisworks.sde\COTGIS10.COTGIS.Parks_poly';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.police_reporting_1';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.Police_Reporting_Districts_1';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.Spatial_Domain_Template';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.stmBMPLine';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.stmBMPPoint';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.stmBMPPolygon';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.stmCatchBasin';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.stmDitch';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.stmDitchZone';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.stmEnd';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.stmFitting';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.stmLateral';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.stmMain';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.stmManhole';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.stmNonCOTMain';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.stmNonCOTStructure';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.stmOutfall';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.StreetsAnno';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.swrChamber';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.swrCombSrvcArea';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.swrCSO';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.swrFiberOptic';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.swrFitting';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.swrFlushHole';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.swrLateral';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.swrLiftStation';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.swrMain';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.swrManhole';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.swrNonCOTMain';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.swrNonCOTStructure';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.swrRegulator';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.swrSSO';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.swrTap';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.swrZone';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.TFD_Station_Locations_1';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.Toledo_Fire_Districts_1';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.Water_Tap_Data_51611';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wrpBuilding';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wrpChannel';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wrpCoolingTower';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wrpCSO';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wrpGrounds';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wrpPumpStation';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wrpRegulator';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wrpSecurityFence';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wrpSSO';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wrpStorageLocation';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wrpTank';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wrpTunnel';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wrpWaterTower';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtpBuilding';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtpClearwell';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtpElevatedTank';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtpGrounds';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtpLagoon';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtpLagoonOutfall';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtpPumpStation';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtpSecurityFence';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtpStorageLocation';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrAccessHatch';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrAppurtenance';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrBackflowPreventer';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrChamber';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrChamberAccess';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrDrainVent';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrFitting';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrHydrant';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrHydrantLead';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrLeakDetection';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrMain';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrMasterMeter';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrNonCOTFitting';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrNonCOTHydrant';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrNonCOTMain';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrNonCOTValve';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrPumpStation';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrServiceLateral';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrServiceMeter';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrServiceValve';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrTestStation';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrValve';'Database Connections\Connection to cotgisworks.sde\cotgis10.COTGIS.wtrWorkZone' Public GRANT #
CalculateField "Water\COT Water Network Structures\wtrValve" LocChSource [Comments] VB #
CalculateField "Water\COT Water Network Structures\wtrValve" Comments "" VB #
CalculateField "Water\COT Water Network Structures\wtrValve" LocChSource [Comments] VB #
CalculateField "Water\COT Water Network Structures\wtrValve" Comments "" VB #
CalculateField "Water\COT Water Network Structures\wtrValve" LocChSource [Comments] VB #
CalculateField "Water\COT Water Network Structures\wtrValve" Comments "" VB #
CalculateField "Water\COT Water Network Structures\wtrValve" LocChSource [Comments] VB #
CalculateField "Water\COT Water Network Structures\wtrValve" Comments "" VB #
CalculateField "Water\COT Water Network Structures\wtrValve" LocChSource "SS_2011 - PARKSIDE SSO ELIMINATION" VB #
CalculateField "Water\COT Water Network Structures\wtrValve" Comments "" VB #
CalculateField "Water\COT Water Network Structures\wtrValve" Comments "" VB #
CalculateField "Water\COT Water Network Structures\wtrValve" LocChSource "BROOKFORD 2010" VB #
CalculateField "Water\COT Water Network Structures\wtrValve" Comments "" VB #
CalculateField "Water\COT Water\wtrValve" LegacyID [AssetID] VB #
CalculateField "Water\COT Water Network Structures\wtrValve" Status "A" VB #
CalculateField "Water\COT Water\wtrValve" AssetID autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 33623 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n"
CalculateField "Water\COT Water\wtrValve" AssetID ""V" + [AssetID]" VB #
CalculateField "Water\COT Water\wtrValve" AssetID autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 33751 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n"
CalculateField "Water\COT Water\wtrValve" AssetID ""V" + [AssetID]" VB #
CalculateField "Water\COT Water Network Structures\wtrValve" Status O VB #
CalculateField "Water\COT Water Network Structures\wtrValve" Status "O" VB #
CalculateField "Water\COT Water Network Structures\wtrValve" Status "A" VB #
CalculateField "Water\COT Water Network Structures\wtrValve" Status "O" VB #
CalculateField wtrValve waterzone 1 VB #
CalculateField wtrValve waterzone 2 VB #
CalculateField wtrValve waterzone 3 VB #
CalculateField wtrValve waterzone 4 VB #
CalculateField wtrValve waterzone 1 VB #
CalculateField wtrValve waterzone 2 VB #
CalculateField wtrValve waterzone 3 VB #
CalculateField wtrValve waterzone 4 VB #
CalculateField wtrValve waterzone 1 VB #
CalculateField wtrValve waterzone 2 VB #
CalculateField wtrValve waterzone 3 VB #
CalculateField wtrValve waterzone 4 VB #
CalculateField wtrValve waterzone 1 VB #
CalculateField wtrValve waterzone 2 VB #
CalculateField wtrValve waterzone 3 VB #
CalculateField wtrValve waterzone 4 VB #
CalculateField "Water\COT Water Network Structures\wtrValve" CoverSize "22IN" VB #
CalculateField "Water\COT Water Network Structures\wtrValve" CoverSize "16X20IN" VB #
CalculateField "Water\COT Water Network Structures\wtrValve" CoverSize "8IN" VB #
CalculateField "Water\COT Water Network Structures\wtrValve" CoverSize "9X9IN" VB #
CalculateField "Water\COT Water Network Structures\wtrValve" CoverSize "8X8IN" VB #
CalculateField "Water\COT Water Network Structures\wtrValve" CoverSize "5FT" VB #
CalculateField "Water\COT Water Network Structures\wtrValve" CoverSize NULL VB #
CalculateField "Water\COT Water Network Structures\wtrValve" waterzone 1 VB #
CalculateField "Water\COT Water Network Structures\wtrValve" waterzone 2 VB #
CalculateField "Water\COT Water Network Structures\wtrValve" waterzone 3 VB #
CalculateField "Water\COT Water Network Structures\wtrValve" waterzone 4 VB #
CalculateField wtrCOTvalveAssetlayer AssetID ""V" + str(autoIncrement())" PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = AssetValue #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec"
CalculateField GIS_EDIT.COTGIS.wtrValve waterzone 1 VB #
CalculateField GIS_EDIT.COTGIS.wtrValve waterzone 1 VB #
CalculateField GIS_EDIT.COTGIS.wtrValve waterzone 2 VB #
CalculateField GIS_EDIT.COTGIS.wtrValve waterzone 3 VB #
CalculateField GIS_EDIT.COTGIS.wtrValve waterzone 4 VB #
CalculateField GIS_EDIT.COTGIS.wtrValve waterzone 1 VB #
CalculateField GIS_EDIT.COTGIS.wtrValve waterzone 2 VB #
CalculateField GIS_EDIT.COTGIS.wtrValve waterzone 3 VB #
CalculateField GIS_EDIT.COTGIS.wtrValve waterzone 4 VB #
CalculateField "Water\COT Water Network Structures\wtrValve" waterzone 1 VB #
CalculateField "Water\COT Water Network Structures\wtrValve" waterzone 2 VB #
CalculateField "Water\COT Water Network Structures\wtrValve" waterzone 3 VB #
CalculateField "Water\COT Water Network Structures\wtrValve" waterzone 4 VB #
CalculateField GIS_EDIT.COTGIS.wtrValve waterzone 1 VB #
CalculateField GIS_EDIT.COTGIS.wtrValve waterzone 2 VB #
CalculateField GIS_EDIT.COTGIS.wtrValve waterzone 3 VB #
CalculateField GIS_EDIT.COTGIS.wtrValve waterzone 4 VB #
CalculateField "Water\COT Water Network Structures\wtrValve" waterzone 1 VB #
CalculateField "Water\COT Water Network Structures\wtrValve" waterzone 2 VB #
CalculateField "Water\COT Water Network Structures\wtrValve" waterzone 3 VB #
CalculateField "Water\COT Water Network Structures\wtrValve" waterzone 4 VB #
CalculateField wtrValve waterzone 1 VB #
CalculateField wtrValve waterzone 2 VB #
CalculateField wtrValve waterzone 3 VB #
CalculateField wtrValve waterzone 4 VB #
CalculateField "Water\COT Water Network Structures\wtrValve" DateLastOper [InstallationDate] VB #
CalculateField "Water & Sewer\COT Water\wtrValve" Status "[Status] = abandoned" VB #
CalculateField "Water\COT Water\wtrValve" AssetID autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 33824 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n"
CalculateField "Water\COT Water\wtrValve" AssetID ""V" + [AssetID]" VB #
CalculateField "Water\COT Water\wtrValve" AssetID autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 33896 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n"
CalculateField "Water\COT Water\wtrValve" AssetID ""V" & [AssetID]" VB #
CalculateField "Water\COT Water\wtrValve" AssetID autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 34021 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n"
CalculateField "Water\COT Water\wtrValve" AssetID ""V" & [AssetID]" VB #
CalculateField "Water\COT Water\wtrValve" AssetID autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 34057 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n"
CalculateField "Water\COT Water\wtrValve" AssetID ""V" & [AssetID]" VB #
CalculateField Water\wtrValve Source "CAD DWG" VB #
CalculateField "Water\COT Water\wtrValve" AssetID autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 34081 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n"
CalculateField "Water\COT Water\wtrValve" AssetID ""V" & [AssetID]" VB #
CalculateField "Water\COT Water\wtrValve" AssetID autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 34844 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n"
CalculateField "Water\COT Water\wtrValve" AssetID ""V" & [AssetID]" VB #
CalculateField "Water\COT Water\wtrValve" AssetID autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 35050 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n"
CalculateField "Water\COT Water\wtrValve" AssetID ""V" & [AssetID]" VB #
CalculateField "New Group Layer\Water Points\GIS_EDIT.COTGIS.wtrValve" AssetID autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 35176 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n"
CalculateField "New Group Layer\Water Points\GIS_EDIT.COTGIS.wtrValve" AssetID ""V" & [AssetID]" VB #
CalculateField "SDE DATA\Water\valve no def query" AssetID autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 35455 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n"
CalculateField "SDE DATA\Water\valve no def query" AssetID ""V" & [AssetID]" VB #
CalculateField Water\GIS_EDIT.COTGIS.wtrValve AssetID autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 35520 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n"
CalculateField Water\GIS_EDIT.COTGIS.wtrValve AssetID ""V" & [AssetID]" VB #
CalculateField "Water\COT Water\wtrValve" AssetID autoIncrement() PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 35780 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n"
CalculateField "Water\COT Water\wtrValve" AssetID ""V" & [AssetID]" VB #
CalculateField "All COT Valves selection" WO Len( [Comments] ) VB #
CalculateField "All COT Valves selection" WO Len( [Comments] ) VB #
CalculateField "All COT Valves selection" WO ""0" + [WO]" VB #
CalculateField "All COT Valves selection" WO ""00" + [WO]" VB #
CalculateField "Water\COT Water Network Structures\wtrValve" NumbOfTurns "[NumOfTurns] ',' [NumbOfTurns]" VB #
CalculateField "Water\COT Water Network Structures\wtrValve" NumbOfTurns "[NumOfTurns] ',' [NumbOfTurns]" VB #
CalculateField "Water\COT Water Network Structures\wtrValve" NumbOfTurns [NumbOfTurns] VB #
CalculateField "Water\COT Water Network Structures\wtrValve" NumbOfTurns "[NumOfTurns] + [NumbOfTurns]" VB #
CalculateField "Water\COT Water Network Structures\wtrValve" NumbOfTurns "[NumOfTurns] + [NumbOfTurns]" VB #
CalculateField "Water\COT Water Network Structures\wtrValve" NumbOfTurns "[NumOfTurns] & [NumbOfTurns]" VB #
CalculateField "Water\COT Water Network Structures\wtrValve" NumbOfTurns "[NumOfTurns] & "," & [NumbOfTurns]" VB #
CalculateField "Water\COT Water Network Structures\wtrValve" NumbOfTurns "[NumOfTurns] & " " & [NumbOfTurns]" VB #
CalculateField "Water\COT Water Network Structures\wtrValve" NumbOfTurns "[NumOfTurns] & " " & [NumbOfTurns]" VB #
CalculateField "Water\COT Water Network Structures\wtrValve" NumbOfTurns "[NumOfTurns] & ", " & [NumbOfTurns]" VB #
CalculateField "Water\COT Water Network Structures\wtrValve" NumbOfTurns "[NumOfTurns] & ", " & [NumbOfTurns]" VB #
CalculateField "Water\COT Water Network Structures\wtrValve" NumbOfTurns [NumOfTurns] VB #
CalculateField "Water\COT Water Network Structures\wtrValve" NumbOfTurns "[NumOfTurns] & ", " & [NumbOfTurns]" VB #
CalculateField "Water\COT Water Network Structures\wtrValve" NumbOfTurns "[NumOfTurns] & ", " & [NumbOfTurns]" VB #
CalculateField "Water\COT Water Network Structures\wtrValve" NumbOfTurns "[NumOfTurns] & ", " & [NumbOfTurns]" VB #
CalculateField "Valves\(C, PR) Valves" AssetID ""V" + str(autoIncrement()) #add .zfill(n) at end to pad length" PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 37043 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n"
CalculateField "Valves\(C, PR) Valves" AssetID ""V" + str(autoIncrement()) #add .zfill(n) at end to pad length" PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 37035 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n"
CalculateField "Valves\(C, PR) Valves" AssetID ""V" + str(autoIncrement()) #add .zfill(n) at end to pad length" PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 37075 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n"
CalculateField "Valves\(C, PR) Valves" AssetID ""V" + str(autoIncrement()) #add .zfill(n) at end to pad length" PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 37109 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n"
CalculateField "Valves\(C, PR) Valves" AssetID ""V" + str(autoIncrement()) #add .zfill(n) at end to pad length" PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 37127 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n"
CalculateField "Valves\(C, PR) Valves" AssetID ""V" + str(autoIncrement())" PYTHON_9.3 "rec=0\ndef autoIncrement():\n global rec\n pStart = 37152 #adjust start value, if req'd \n pInterval = 1 #adjust interval value, if req'd\n if (rec == 0): \n rec = pStart \n else: \n rec = rec + pInterval \n return rec\n\n"
CalculateField "Valves\(C, PR) Valves" AssetID autoIncrement() PYTHON3 "rec = 0
def autoIncrement():
global rec
pStart = 37252 # Adjust start value if needed
pInterval = 1 # Adjust interval value if needed
if rec == 0:
rec = pStart
else:
rec += pInterval
return f"V{rec:06d}" # Prefix "PD" and format with leading zeros" TEXT NO_ENFORCE_DOMAINS
CalculateField "Valves\(C, PR) Valves" AssetID autoIncrement() PYTHON3 "rec = 0
def autoIncrement():
global rec
pStart = 37261 # Adjust start value if needed
pInterval = 1 # Adjust interval value if needed
if rec == 0:
rec = pStart
else:
rec += pInterval
return f"V{rec:05d}" # Prefix "PD" and format with leading zeros" TEXT NO_ENFORCE_DOMAINS
CalculateField "Valves\(C, PR) Valves" AssetID autoIncrement() PYTHON3 "rec = 0
def autoIncrement():
global rec
pStart = 37299 # Adjust start value if needed
pInterval = 1 # Adjust interval value if needed
if rec == 0:
rec = pStart
else:
rec += pInterval
return f"V{rec:05d}" # Prefix "PD" and format with leading zeros" TEXT NO_ENFORCE_DOMAINS
CalculateField "Valves\(C, PR) Valves" AssetID autoIncrement() PYTHON3 "rec = 0
def autoIncrement():
global rec
pStart = 37342 # Adjust start value if needed
pInterval = 1 # Adjust interval value if needed
if rec == 0:
rec = pStart
else:
rec += pInterval
return f"V{rec:05d}" # Prefix "PD" and format with leading zeros" TEXT NO_ENFORCE_DOMAINS
CalculateField "Valves\(C, PR) Valves" AssetID autoIncrement() PYTHON3 "rec = 0
def autoIncrement():
global rec
pStart = 37354 # Adjust start value if needed
pInterval = 1 # Adjust interval value if needed
if rec == 0:
rec = pStart
else:
rec += pInterval
return f"V{rec:05d}" # Prefix "PD" and format with leading zeros" TEXT NO_ENFORCE_DOMAINS
Server=cotgiscluster; Service=sde:sqlserver:cotgiscluster\gis_db; Database=GIS_EDIT; Version=dbo.DEFAULT
ArcSDE Connection
GIS_EDIT.COTGIS.wtrValve
002
1599227.449339
1707641.345432
694096.513401
754258.773926
1
Projected
GCS_North_American_1983
Linear Unit: Foot_US (0.304801)
NAD_1983_StatePlane_Ohio_North_FIPS_3401_Feet
<ProjectedCoordinateSystem xsi:type='typens:ProjectedCoordinateSystem' xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance' xmlns:xs='http://www.w3.org/2001/XMLSchema' xmlns:typens='http://www.esri.com/schemas/ArcGIS/10.8'><WKT>PROJCS["NAD_1983_StatePlane_Ohio_North_FIPS_3401_Feet",GEOGCS["GCS_North_American_1983",DATUM["D_North_American_1983",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Lambert_Conformal_Conic"],PARAMETER["False_Easting",1968500.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",-82.5],PARAMETER["Standard_Parallel_1",40.43333333333333],PARAMETER["Standard_Parallel_2",41.7],PARAMETER["Latitude_Of_Origin",39.66666666666666],UNIT["Foot_US",0.3048006096012192],AUTHORITY["EPSG",3734]]</WKT><XOrigin>-450359962737.0495</XOrigin><YOrigin>-450359962737.0495</YOrigin><XYScale>10000</XYScale><ZOrigin>0</ZOrigin><ZScale>1</ZScale><MOrigin>0</MOrigin><MScale>1</MScale><XYTolerance>0.0010240000009536746</XYTolerance><ZTolerance>2</ZTolerance><MTolerance>2</MTolerance><HighPrecision>true</HighPrecision><WKID>102722</WKID><LatestWKID>3734</LatestWKID></ProjectedCoordinateSystem>
20240315
13092800
20240315
13092800
150000000
5000
FGDC
Version 6.2 (Build 9200) ; Esri ArcGIS 10.8.0.12790
GIS_EDIT_COTGIS_wtrValve
1
-83.852844
-83.453295
41.732976
41.563953
<div style='text-align:Left;'><p><span><span>Source:</span></span></p><p><span><span>Data Owner:</span></span></p><p><span><span>Projection: NAD_1983_StatePlane_Ohio_North_FIPS_3401_Feet</span></span></p><p><span><span>Date Created:</span></span></p><p><span><span>Description: </span></span></p><p><span>Maintenance Cycle:</span></p></div>
SDE Feature Class
dataset
EPSG
6.13(9.3.0.0)
26059
Simple
FALSE
26059
TRUE
FALSE
GIS_EDIT.COTGIS.wtrValve
Feature Class
26059
OBJECTID
OBJECTID
OID
4
10
0
Internal feature number.
Esri
Sequential unique whole numbers that are automatically generated.
AssetID
AssetID
String
20
0
0
LegacyID
LegacyID
String
20
0
0
InstallationDate
InstallationDate
Date
8
0
0
Location
Location
String
250
0
0
Owner
Ownership
String
10
0
0
Status
Status
String
10
0
0
Source
Source
String
20
0
0
Comments
Comments
String
250
0
0
ValveType
Type
String
10
0
0
ValveFunc
Function
String
10
0
0
Direction
Open Direction
String
5
0
0
Diameter
Diameter
Double
8
38
8
OperDepth
Operating Depth
Double
8
38
8
ValveStatus
Valve Position
String
10
0
0
CoverSize
Cover Dimensions
String
10
0
0
Manufacturer
Manufacturer
String
25
0
0
GPSCoordX
GPS X Coordinate
Double
8
38
8
GPSCoordY
GPS Y Coordinate
Double
8
38
8
LocChSource
Location Change Source
String
50
0
0
Shape
Shape
Geometry
4
0
0
Feature geometry.
Esri
Coordinates defining the features.
NumOfTurns
Number of Turns
Single
4
5
2
DateLastOper
Date Last Operated
Date
8
0
0
created_user
created_user
String
255
0
0
created_date
created_date
Date
8
0
0
last_edited_user
last_edited_user
String
255
0
0
last_edited_date
last_edited_date
Date
8
0
0
GlobalID
GlobalID
GlobalID
38
0
0
NumbOfTurns
NumbOfTurns
String
10
0
0
waterzone
waterzone
String
50
0
0
WO
WO
String
8
0
0
Valve_Field_Status
VlvFldStatus
String
50
0
0
OperatedBy
OperatedBy
String
55
0
0
OperatedStatus
OperatedStatus
String
55
0
0
20240315
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jPM5J7OasCzMfggCB6/jNF73IkzInLFg4RTwFGq+UMI6n3+2YIEsRaKj/MwEJS1c5vgQYc1GyTpT
Ifr5YHJcigdOXjWQoiihhfMyky3leSo0TcO8MAktH8jkYOU+WZgPJG5luluwYGFeYE4oLAuzF5Tx
YJM+nPNgpaRYmHHCsmzsuYt8Pj9jhOU4A2GRP1RRlBnZDwuXB8SLdYJZsEBpVlamu4WZgGUSWrho
5DUrSmjhEuVhzSZYfpC5D3IrWFFeE1am+5kJa7L3+qwmLCuJdX7A8oVamCrMasKyMPtBD0anjZ6Q
l3pP5h4sIj9/WIRl4SLBQZ59xRFzgqwswjoVdD4o0Hc2y0qcS34Qy0Q8N6bjHJ3rxsoqBmIZqzRn
Ks+phTlOWBYuHWFlYnno2tlbxFg/kYWZwJwgLAsWLFg4LWFReJGGHrKSRi1MBuRsJ1E30eduhfAt
TAcshTVPMVMlMURYXjuNkDMjX2dhHuJ88i0twppqkDOHSproR7iEvcVm2u9n+bAsXCisFsmXEiMj
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a67iInfd8odamCzO9XATZ2tr4kvV7veCEYsBmzYB+/aZr/fuBTweYOtW4Mc/Bvx+zFXY3TIEKzvU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TE5DOqfCgAR6Np6OtqzSnHFYhHVxEL/73e8imUwiHo8zv8OWLVtQUlJykR9rYb6jdySNo31JLG/0
YWm9E8/vzyGbN+CQuVkbvLEw9yH+/d9/nVXaNzX50dubwA9+8F94+ulnxjbI5XJ4/fXXkcmkGLHR
AJ02mx25XBZ+fwCSJMLn86O5uQXbt7+NRCKGuroGNDY2oavrBLLZDILBUnR0HGH/W1lZhaGhIRiG
hqVL27F48WIcP34c3d0n4PMFcPJkD/tsUZTQ1tZ+SU+OhTOjtc6LZE7F09tPwu0ugabLLNfLwuQw
G0almosQFy704+DBMNasqcDAgI777//kKSf1mWeewfe//5fo7x+B2y2gvb0M27b1or7egwMHQmht
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71fhdusoL3diz54Qtm59AJ/85Pj+TJevZ3BwEJIkIRqNMskeCATYsbtcLqTTaTYn9PX1sYusurqa
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