def test_ConversionShouldIncludeEndTag(self):
inputData = self.getSchematic('singleTransistor.sch')
circuit = EagleSchematic(inputData)
result = circuit.getSpiceData().split("\n")
self.assertEqual('.end', result[-1])
def test_ConversionShouldIncludeSubCircuits(self):
inputData = self.getSchematic('relayWithSubCircuit.sch')
circuit = EagleSchematic(inputData)
result = circuit.getSpiceData().split("\n")
self.assertEqual(
AnyListWithString(".model SW_OPEN SW(Ron=.1 Roff=1Meg Vt=6 )"),
result)
def test_ConvertingSingleTransistor(self):
inputData = self.getSchematic('singleTransistor.sch')
circuit = EagleSchematic(inputData)
result = circuit.getSpiceData().split("\n")
self.assertEqual(AnyListWithString("QQ1 COLLECTOR BASE EMITTER BC547"),
result)
self.assertEqual(AnyListWithString(".model BC547 NPN ()"), result)
def test_ConvertingTwoParts(self):
inputData = self.getSchematic('transistorAndResistor.sch')
circuit = EagleSchematic(inputData)
result = circuit.getSpiceData().split("\n")
self.assertEqual(AnyListWithString("QQ1 COLLECTOR BASE GND BC547"),
result)
self.assertEqual(AnyListWithString("RR1 COLLECTOR +5V 10k"), result)
self.assertEqual(AnyListWithString(".model BC547 NPN ()"), result)
def test_ConvertingWithVoltageSource(self):
inputData = self.getSchematic('transistorAndResistorWithSupply.sch')
circuit = EagleSchematic(inputData)
result = circuit.getSpiceData().split("\n")
self.assertEqual(AnyListWithString("VP5V +5V GND dc +5V ac 0V"),
result)
self.assertEqual(AnyListWithString("QQ1 COLLECTOR BASE GND BC547"),
result)
self.assertEqual(AnyListWithString("RR1 COLLECTOR +5V 10k"), result)
self.assertEqual(AnyListWithString(".model BC547 NPN ()"), result)
