OEE | Scheduling OEE Production Runs by Material via Scripting

####User edit
woName = 'WO123'
eqPath = 'JR Brews\\EDH\\Packaging\\Packaging Line 1'
newStartDate = system.date.addHours(system.date.now(),2)
quantity = 1000
####End user edit

woObj = system.mes.workorder.getMESWorkOrder(woName)
matObj = system.mes.loadMESObject(woObj.getMaterialRefUUID())

#all oee operations are structured as materialname-enterprise:site:area:line
searchPattern = matObj.getName() + '-*' + eqPath.replace('\\',':')

#https://help.sepasoft.com/docs/display/SEPA/system.mes.getAvailableOperations
results = system.mes.getAvailableOperations(eqPath,searchPattern, False, True)

if results.size() == 1:
    opDef = results.get(0).getMESObject()
    allowOverlapping = False
    category = 'Active'
    schedule = system.mes.createSchedule(opDef)
    
    #https://help.sepasoft.com/docs/display/MHD/system.mes.scheduleOperations
    scheduleList = system.mes.scheduleOperations(schedule, newStartDate, allowOverlapping, category)
    
    for ndx in range(scheduleList.size()):
        scheduleOperations = scheduleList.get(ndx)
        objTypeName = scheduleOperations.getMESObjectType().getName()
        
        ##Set the schedule production count on the Operations Schedule object (top level)
        if objTypeName == 'OperationsSchedule':
            #https://help.sepasoft.com/docs/display/SEPA/Operations+Schedule
            scheduleOperations.setScheduleProductionCount(quantity)
                      
        ##Set the Material Qty on the Production Request Segment
        elif objTypeName == 'RequestSegment' and (scheduleOperations.getComplexPropertyCount('ResponseMaterial') > 0):
            #https://help.sepasoft.com/docs/display/SEPA/Request+Segment
            if scheduleOperations.getAvailableMaterialOptions('Material Out').size() > 0:
                scheduleOperations.setMaterial('Material Out', matObj.getName(), eqPath, quantity)
    #save all objects
    system.mes.saveSchedule(scheduleList)

def scheduleMatRun(matName, line, startDate, startTime, qty):
    lineObj = system.mes.loadMESObject(line, 'Line')
    eqPath = lineObj.getEquipmentPath()
    matList = system.mes.oee.getEquipmentAvailableMaterial(eqPath, matName)
    matLink = matList.get(0)
    searchString = matName + '-' + eqPath.replace('\\', ':')
    opList = system.mes.getAvailableOperations(eqPath, searchString, True, True)
    opDef = opList.get(0).getMESObject()
    
    schedule = system.mes.createSchedule(opDef)
    
    startDate = startDate.split('-')
    startTime = startTime.split(':')
    startDate = system.date.getDate(int(startDate[0]), int(startDate[1])-1, int(startDate[2]))       
    startDate = system.date.setTime(startDate, int(startTime[0]), int(startTime[1]), int(startTime[2])) 
    dueDate = system.date.addDays(startDate, 5)           
    scheduleList = system.mes.scheduleOperations(schedule, startDate, dueDate, True, 'Active')
 
    for ndx in range(scheduleList.size()):
        scheduleOperations = scheduleList.get(ndx)
        print scheduleOperations
        objTypeName = scheduleOperations.getMESObjectType().getName()
         
        ##Sort the schedule items in the list by their object type.
        ##Set the schedule production count on the Operations Schedule object (top level)
        if objTypeName == 'OperationsSchedule':
            scheduleOperations.setScheduleProductionCount(qty)
                     
        ##Set the Material Qty on the Production Request Segment
        elif objTypeName == 'RequestSegment' and (scheduleOperations.getComplexPropertyCount('ResponseMaterial') > 0):
            if scheduleOperations.getAvailableMaterialOptions('Material Out').size() > 0:
                scheduleOperations.setMaterial('Material Out', matName, eqPath, qty)
                print 'set work order scheduled qty', scheduleOperations
    
    system.mes.saveSchedule(scheduleList)
    
scheduleMatRun('PC_01', 'Line 1', '2017-05-24', '17:02:01', 150)