tests/psoc6/hw_ext/adc.py: Generalized without pin info.

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

tests/psoc6/hw_ext/adc.py

@@ -21,15 +21,15 @@
  adc_pin_max = "P10_0"
  adc_wrong_pin_name = "P13_7"
  # Enable after DUT setup
- print("SKIP")
- raise SystemExit
+ # print("SKIP")
+ # raise SystemExit
 elif "CY8CPROTO-063-BLE" in machine:
- adc_pin_gnd = "P10_1"
+ adc_pin_gnd = "P10_2"
  adc_pin_mid = "P10_3"
- adc_pin_max = "P10_0"
+ adc_pin_max = "P10_4"
  adc_wrong_pin_name = "P13_7"
- print("SKIP")
- raise SystemExit
+ # print("SKIP")
+ # raise SystemExit
 
 # 0.35V
 tolerance_uv = 350000
@@ -41,22 +41,18 @@
 
 def validate_adc_uv_value(adc_pin, exp_volt, act_volt):
  print(
- "\nExpected voltage - ",
+ "Expected voltage - ",
  exp_volt,
- "(uV) on pin ",
- adc_pin,
- "is approx same as obtained voltage(uV): ",
+ "(uV) is approx same as obtained voltage(uV): ",
  (exp_volt - tolerance_uv) < act_volt < (exp_volt + tolerance_uv),
  )
 
 
 def validate_adc_raw_value(adc_pin, exp_volt, act_volt):
  print(
- "\nExpected voltage - ",
+ "Expected voltage - ",
  exp_volt,
- "(raw) on pin ",
- adc_pin,
- "is approx same as obtained voltage(raw): ",
+ "(raw) is approx same as obtained voltage(raw): ",
  (exp_volt - tolerance_raw) < act_volt < (exp_volt + tolerance_raw),
  )
 
@@ -67,30 +63,24 @@ def validate_adc_raw_value(adc_pin, exp_volt, act_volt):
 except:
  print("Invalid ADC Pin\n")
 
-adc0 = ADC(adc_pin_gnd, sample_ns=1000)
-print(adc0)
 
 block = ADCBlock(0, bits=12)
 # ADCBlock.connect(channel)
 adc1 = block.connect(3)
-print("\nADCBlock.connect(channel): ", adc1)
 block.deinit()
-print("ADCBlock.deinit(): ", block)
 
 # ADCBlock.connect(source)
 block = ADCBlock(0, bits=12)
 adc1 = block.connect(adc_pin_mid)
-print("ADCBlock.connect(source): ", adc1)
 block.deinit()
-print("ADCBlock.deinit(): ", block)
+
+adc0 = ADC(adc_pin_gnd, sample_ns=1000)
 
 # ADCBlock.connect(channel,source)
 block = ADCBlock(0, bits=12)
 adc1 = block.connect(3, adc_pin_mid)
-print("ADCBlock.connect(channel,source)", adc1)
 
 adc2 = ADC(adc_pin_max, sample_ns=1000)
-print("\n", adc2)
 
 adc0_value_uv = adc0.read_uv()
 validate_adc_uv_value(adc_pin_gnd, 0, adc0_value_uv)
@@ -108,8 +98,5 @@ def validate_adc_raw_value(adc_pin, exp_volt, act_volt):
 validate_adc_raw_value(adc_pin_max, 32767, adc2_value_raw)
 
 adc0.deinit()
-print("\n", adc0)
 adc1.deinit()
-print(adc1)
 adc2.deinit()
-print(adc2)

tests/psoc6/hw_ext/adc.py.exp

@@ -1,27 +1,8 @@
 Invalid ADC Pin
 
-<ADC Pin=81, ADCBlock_id=0, sampling_time_ns=1000>
-
-ADCBlock.connect(channel): <ADC Pin=83, ADCBlock_id=0, sampling_time_ns=1000>
-ADCBlock.deinit(): ADCBlock(0, bits=12)
-ADCBlock.connect(source): <ADC Pin=83, ADCBlock_id=0, sampling_time_ns=1000>
-ADCBlock.deinit(): ADCBlock(0, bits=12)
-ADCBlock.connect(channel,source) <ADC Pin=83, ADCBlock_id=0, sampling_time_ns=1000>
-
- <ADC Pin=80, ADCBlock_id=0, sampling_time_ns=1000>
-
-Expected voltage - 0 (uV) on pin P10_1 is approx same as obtained voltage(uV): True
-
-Expected voltage - 0 (raw) on pin P10_1 is approx same as obtained voltage(raw): True
-
-Expected voltage - 1650000 (uV) on pin P10_3 is approx same as obtained voltage(uV): True
-
-Expected voltage - 16385 (raw) on pin P10_3 is approx same as obtained voltage(raw): True
-
-Expected voltage - 3300000 (uV) on pin P10_0 is approx same as obtained voltage(uV): True
-
-Expected voltage - 32767 (raw) on pin P10_0 is approx same as obtained voltage(raw): True
-
- <ADC Pin=81, ADCBlock_id=0, sampling_time_ns=1000>
-<ADC Pin=83, ADCBlock_id=0, sampling_time_ns=1000>
-<ADC Pin=80, ADCBlock_id=0, sampling_time_ns=1000>
+Expected voltage - 0 (uV) is approx same as obtained voltage(uV): True
+Expected voltage - 0 (raw) is approx same as obtained voltage(raw): True
+Expected voltage - 1650000 (uV) is approx same as obtained voltage(uV): True
+Expected voltage - 16385 (raw) is approx same as obtained voltage(raw): True
+Expected voltage - 3300000 (uV) is approx same as obtained voltage(uV): True
+Expected voltage - 32767 (raw) is approx same as obtained voltage(raw): True