Shifts | Use Script to find and print shifts configured for an Equipment

Find and Print Shifts for Equipment via Script

To use a script to find the Shift that has been configured for Equipment, follow the steps below:

  • Use this function/code

    Copy Code
    Python
    eqObj= system.mes.loadMESObjectByEquipmentPath('<Enterprise>\\<Site>\\<Area>\\<Line>')  
    eqObj.getIgnitionSchedule()

  • If you wanted to get all your Equipment shifts assignments, use this code:

Get Shifts For Equipment

Copy Code
Python
def visitChildren(root, list):
    validEquipment = ['Line','LineCell','LineCellGroup','Location']

    for child in root.getChildCollection().values():
        mesObject = child.getMESObject()
        if mesObject.getMESObjectTypeName() in validEquipment:
            print mesObject.getEquipmentPath(),mesObject.getIgnitionSchedule()
        visitChildren(mesObject, list)
    return
 
filter = system.mes.object.filter.createFilter()
filter.setMESObjectTypeName('Enterprise')
filter.setEnableStateName('Enabled')
root = system.mes.searchMESObjects(filter).get(0).getMESObject()

visitChildren(root, None)
  • If you wanted for example to find the Shift Available for a given Date/Time Window for a given Equipment, another option would be:
Copy Code
Python
begin = system.date.now()
anotherBegin = system.date.addDays(begin, 4)
end = system.date.addDays(begin, 5)

print begin
print anotherBegin
print end
   
analysis = system.mes.analysis.createMESAnalysisSettings('analysis')
analysis.setDataPoints("Line Schedule Available,Scheduled Shift")
analysis.setFilterExpression("Equipment Path = 'Enterprise\El Dorado Hills\Packaging Area\Packaging Line 1'")
analysis.setGroupBy("Scheduled Shift")
analysis.setSettingValues("Include Future=True")
 
# system.mes.analysis.executeAnalysis() returns an MES Analysis Results object
 
# For documentation, see: https://help.sepasoft.com/docs/display/MHD/MES+Analysis+Results
results = system.mes.analysis.executeAnalysis(anotherBegin, end, analysis)
 
if results.hasMessage():
    count = results.getMessageCount()
    message_list = [str(results.getMessage(index)) for index in range(count)]
 
# getDataset() returns an Ignition Dataset
# For documentation, see: https://docs.inductiveautomation.com/display/DOC79/Datasets
dataset = results.getDataset()
sep = ",\t"
print sep.join(dataset.getColumnNames())
for row in range(dataset.getRowCount()):
    print sep.join(map(str, dataset.getRow(row)))