def test_getters_and_setters(self):
assert self.s32out.get() == 42
assert self.s32in.get() == 42
assert self.s32io.get() == 42
assert self.u32out.get() == 123
assert self.u32in.get() == 123
assert self.u32io.get() == 123
assert self.bitout.get() == True
assert self.bitin.get() == True
assert self.bitio.get() == True
assert fnear(self.floatout.get(), 3.14)
assert fnear(self.floatin.get(), 3.14)
assert fnear(self.floatio.get(), 3.14)
assert self.s32out.set(4711) == 4711
assert self.s32in.set(4711) == 4711
assert self.s32io.set(4711) == 4711
assert self.u32out.set(815) == 815
assert self.u32in.set(815) == 815
assert self.u32io.set(815) == 815
assert self.bitout.set(False) == False
assert self.bitin.set(False) == False
assert self.bitio.set(False) == False
assert fnear(self.floatout.set(2.71828),2.71828)
assert fnear(self.floatin.set(2.71828) ,2.71828)
assert fnear(self.floatio.set(2.71828) ,2.71828)
def test_getters_and_setters(self):
assert self.s32out.get() == 42
assert self.s32in.get() == 42
assert self.s32io.get() == 42
assert self.u32out.get() == 123
assert self.u32in.get() == 123
assert self.u32io.get() == 123
assert self.bitout.get() == True
assert self.bitin.get() == True
assert self.bitio.get() == True
assert fnear(self.floatout.get(), 3.14)
assert fnear(self.floatin.get(), 3.14)
assert fnear(self.floatio.get(), 3.14)
assert self.s32out.set(4711) == 4711
assert self.s32in.set(4711) == 4711
assert self.s32io.set(4711) == 4711
assert self.u32out.set(815) == 815
assert self.u32in.set(815) == 815
assert self.u32io.set(815) == 815
assert self.bitout.set(False) == False
assert self.bitin.set(False) == False
assert self.bitio.set(False) == False
assert fnear(self.floatout.set(2.71828),2.71828)
assert fnear(self.floatin.set(2.71828) ,2.71828)
assert fnear(self.floatio.set(2.71828) ,2.71828)
def test_pin_attributes():
n = c.pins() # pin names of this comp
assert len(n) == 1
# access properties through wrapper:
global p
p = n[0]
assert p.name == fqpname
assert p.type == hal.HAL_S32
assert p.dir == hal.HAL_OUT
assert p.eps == epsindex
assert fnear(p.epsilon, hal.epsilon[epsindex])
assert p.handle > 0
assert p.linked is False
