Tasks can define an Input and an Output to pass data when calling each other.
The following examples demonstrate both cases.
In this example the Task paintingTask calls the Service Painting which returns a PaintingResult.
The other Task cuttingTask calls a Service Cutting which needs a PaintingResult as input.
To pass the variable pr from one Task to the other, cuttingTask defines in lines 41-42 a possible input.
This Task is called in the lines 35-37 by the paintingTask with parameter pr.
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49 | Struct Color
name: string
rgb: number[3]
End
Struct PaintingResult
wetness: number
End
Struct SheetPart
width: number
hight: number
End
Struct CuttingResult
parts_count: number
sheet_parts: SheetPart[]
End
Task productionTask
paintingTask
End
Task paintingTask
Painting
In
Color
{
"name": "green",
"rgb": [0, 255, 0]
}
Out
pr: PaintingResult
cuttingTask
In
pr
End
Task cuttingTask
In
pr: PaintingResult
Cutting
In
pr
Out
cr: CuttingResult
End
|
Task output
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51 | Struct Color
name: string
rgb: number[3]
End
Struct PaintingResult
wetness: number
End
Struct SheetPart
width: number
hight: number
End
Struct CuttingResult
parts_count: number
sheet_parts: SheetPart[]
End
Task productionTask
cuttingTask
End
# cuttingTask calls paintingTask and uses the output in Cutting
Task cuttingTask
paintingTask
Out
pr: PaintResult
Cutting
In
pr
Out
cr: CuttingResult
End
Task paintingTask
Painting
In
Color
{
"name": "green",
"saturation": 5,
"rgb": [0, 255, 0]
}
Out
pr: PaintingResult
Out
pr
End
|