tests/psoc6/dut/signal: Removed unsupported signal.value() from test.

Signed-off-by: enriquezgarc <enriquezgarcia.external@infineon.com>

tests/psoc6/dut/signal.py

@@ -15,6 +15,9 @@
 # Pin out and pin in must be connected
 # together in the board
 
+# value() as get is not supported,
+# same as undefined for pin.value() for output
+
 pin_out = Pin(pin1_name, mode=Pin.OUT, value=True)
 pin_in = Pin(pin2_name, Pin.IN)
 
@@ -25,19 +28,15 @@
 
 signal.on()
 print("signal is high when on(): ", pin_in.value() == 1)
-print("signal is active when on(): ", signal.value() == True)
 
 signal.value(0)
-print("signal is high when value(0): ", pin_in.value() == 0)
-print("signal is inactive when value(0): ", signal.value() == False)
+print("signal is low when value(0): ", pin_in.value() == 0)
 
 signal.value(1)
 print("signal is high when value(1): ", pin_in.value() == 1)
-print("signal is active when value(1): ", signal.value() == True)
 
 signal.off()
 print("signal is low when off(): ", pin_in.value() == 0)
-print("signal is inactive when off(): ", signal.value() == False)
 
 print("\n")
 
@@ -47,16 +46,12 @@
 
 signal.on()
 print("signal is low when on(): ", pin_in.value() == 0)
-print("signal is active when on(): ", signal.value() == True)
 
 signal.value(0)
 print("signal is high when value(0): ", pin_in.value() == 1)
-print("signal is inactive when value(0): ", signal.value() == False)
 
 signal.value(1)
 print("signal is low when value(1): ", pin_in.value() == 0)
-print("signal is active when value(1): ", signal.value() == True)
 
 signal.off()
 print("signal is high when off(): ", pin_in.value() == 1)
-print("signal is inactive when off(): ", signal.value() == False)

tests/psoc6/dut/signal.py.exp

@@ -1,20 +1,12 @@
 non-inverted
 signal is high when on():  True
-signal is active when on():  False
-signal is high when value(0):  True
-signal is inactive when value(0):  True
+signal is low when value(0):  True
 signal is high when value(1):  True
-signal is active when value(1):  False
 signal is low when off():  True
-signal is inactive when off():  True
 
 
 inverted
 signal is low when on():  True
-signal is active when on():  True
 signal is high when value(0):  True
-signal is inactive when value(0):  False
 signal is low when value(1):  True
-signal is active when value(1):  True
-signal is high when off():  True
-signal is inactive when off():  False
+signal is high when off():  True