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muh
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@ -67,20 +67,20 @@ It should implement the following methods and define the following fields:
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6) **_Implementation:_**
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**--> ** Implement 2 concrete classes for two models of the abstract class you specified in task 5.
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** --> ** Implement 2 concrete classes for two models of the abstract class you specified in task 5.
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7) **_Using polymorphism:_**
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**--> ** Now write a class CsvWriter that reads readings from one of these sensors at a given time interval and writes them to a file. (File name, interval and sensor should be configurable).
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** --> ** Now write a class CsvWriter that reads readings from one of these sensors at a given time interval and writes them to a file. (File name, interval and sensor should be configurable).
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- Tip: Create an object of a child class of Sensor and pass it to the constructor of CsvWriter as a parameter together with the interval and the filename.
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File format: each line is Comma Separated Value (CSV) i.e. something like _time stamp_,_name of sensor_,_unit_,_measurement_. Each line corresponds to one measurement.
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- Implement a method "public void run()" which you then call to actually take the measurements and write them to the file.
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8) **--> ** **_Create the CsvWriter in a main class_** and allow the user to select the sensor, the interval and the file name.
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8) ** --> ** **_Create the CsvWriter in a main class_** and allow the user to select the sensor, the interval and the file name.
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9) **--> ** **_Optional:_** Think about how you would write the same data into a database.
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9) ** --> ** **_Optional:_** Think about how you would write the same data into a database or into a .json format file.
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