def parse(self,
file_name: str,
format_: str,
true_path: bool = True,
circuit: cir.Circuit = None) -> cir.Circuit:
"""
Takes inn a file and appends it to a given circuit. If the file is in the data folder the filename can be given
only with the name of the file. This function can parse tsv and xml formats.
:param str file_name: Source file
:param str format_: Format of file. Accepts "tsv" and "xml".
:param bool true_path: Boolean value to indicate if object is in data folder.
:param cir.Circuit circuit: Given circuit to append. Default creates new circuit.
:return: Return a circuit with appended file content.
:rtype: cir.Circuit
:raises Exception: Invalid format.
"""
if not circuit:
circuit = cir.Circuit()
if not true_path:
file_name = pf.PathFinder.get_file_path(file_name=file_name,
folder_name="data")
with fh.File(file_name, "r") as file_source:
if format_ == "tsv":
return self._tsv_parser(file_source, circuit)
elif format_ == "xml":
return self._xml_parser(file_source, circuit)
elif format_ == "csv":
self.separator = ","
return self._tsv_parser(file_source, circuit)
else:
raise Exception("Invalid format")
def test__init__(self):
circuit = cir.Circuit()
self.assertEqual(circuit.canvas, [])
self.assertTrue(circuit._validness)
self.assertIsNone(circuit._height)
self.assertEqual(circuit._inside_diameter, 0.0)
# Extra for good measure
self.assertIs(type(circuit._inside_diameter), float)
self.assertIsInstance(circuit.canvas, list)
def example_circuit() -> cir.Circuit:
circuit = cir.Circuit()
circuit.add_tank("TI")
circuit.add_straight_pipe("P1", 0.32, 10, 0)
circuit.add_pump("Pu1", 0.76)
circuit.add_straight_pipe("P2", 0.32, 10, 0)
circuit.add_valve("V1", False)
circuit.add_bend_pipe("B1", 0.32)
circuit.add_straight_pipe("P3", 0.32, 6, 90)
circuit.add_valve("V2", True)
circuit.add_bend_pipe("B2", 0.32)
circuit.add_straight_pipe("P4", 0.32, 10, 0)
circuit.add_filter("F1", True)
circuit.add_straight_pipe("P5", 0.32, 10, 0)
circuit.add_tank("TE")
circuit.name = "Some_name"
return circuit
def setUp(self) -> None:
self.parser = par.Parser()
self.circuit = cir.Circuit()
def test_add_part(self):
circuit = cir.Circuit()
part_pipe_list_str = ["pipe", "Pipe_name_tester", "6", "0.1", "0"]
circuit.add_part_from_string(part_pipe_list_str)
self.assertIsInstance(circuit[0], cir.PipeStraight)
def setUp(self) -> None:
self.circuit = cir.Circuit()
self.parser = pars.Parser()
self.controller = circ.CircuitControl()