Docs a little off.

.bumpversion.cfg

@@ -1,3 +1,3 @@
 [bumpversion]
 tag_name = rc/v{new_version}
-current_version = 1.2.14
+current_version = 1.2.15

pytest.ini

@@ -1,6 +1,6 @@
 [pytest]
 ; faulthandler_timeout=5
-; log_cli=TRUE
+log_cli=False
 log_level=INFO
 log_format=%(asctime)s %(levelname)s [%(filename)s:%(lineno)d] %(message)s
 # **********************

setup.py

@@ -7,7 +7,7 @@
 
 setuptools.setup(
     name="edgepi-python-sdk",
-    version="1.2.14",
+    version="1.2.15",
     author="S.Park",
     author_email="spark@osensa.com",
     description="EdgePi Python SDK package",

src/edgepi/led/README.md

@@ -12,9 +12,9 @@ from edgepi.led.led_constants import LEDPins
 
 leds = EdgePiLED()
 
-leds.turn_on(LEDPins.LED1)
+leds.turn_led_on(LEDPins.LED1)
 
-leds.turn_off(LEDPins.LED1)
+leds.turn_led_off(LEDPins.LED1)
 ```
 
 # Functionalities
@@ -28,9 +28,9 @@ Currently, the LED module offers the following functionalities:
 
 ## Turn an LED on/off
 ```python
-leds.turn_on(LEDPins.LED1)
+leds.turn_led_on(LEDPins.LED1)
 
-leds.turn_off(LEDPins.LED1)
+leds.turn_led_off(LEDPins.LED1)
 ```
 
 ## Toggle an LED to the opposite state

src/test_edgepi/unit_tests/test_calibration/test_protobuf_mapping.py

@@ -0,0 +1,96 @@
+'''unit test for access eeprom'''
+# pylint: disable=C0413
+# pylint: disable=no-member
+# pylint: disable=no-name-in-module
+# https://github.com/protocolbuffers/protobuf/issues/10372
+from unittest import mock
+import os
+PATH = os.path.dirname(os.path.abspath(__file__))
+import sys
+sys.modules['periphery'] = mock.MagicMock()
+
+import pytest
+from edgepi.calibration.protobuf_mapping import EdgePiEEPROMData
+from edgepi.calibration.calibration_constants import CalibParam
+from edgepi.calibration.eeprom_mapping_pb2 import EepromLayout
+
+def read_binfile():
+    """Read the dummy serializedFile and return byte string"""
+    with open(PATH+"/serializedFile","rb") as fd:
+        b_string = fd.read()
+    return b_string
+
+dac_dict_calib = {0:CalibParam(gain = 1.02383653, offset=-0.0164757),
+                  1:CalibParam(gain = 1.02283154, offset=-0.018963),
+                  2:CalibParam(gain = 1.02610898, offset=-0.0153855),
+                  3:CalibParam(gain = 1.02465811, offset=-0.0182012),
+                  4:CalibParam(gain = 1.02623188, offset=-0.0179865),
+                  5:CalibParam(gain = 1.02696733, offset=-0.0169919),
+                  6:CalibParam(gain = 1.0248366, offset=-0.0195936),
+                  7:CalibParam(gain = 1.02198715, offset=-0.0179717)}
+
+adc_dict_calib = {0:CalibParam(gain = 0.998441907, offset=0.035948182),
+                  1:CalibParam(gain = 0.998551392, offset=0.03190953),
+                  2:CalibParam(gain = 1.004123580, offset=-0.039846713),
+                  3:CalibParam(gain = 0.996197528, offset=0.05191299),
+                  4:CalibParam(gain = 1.000529260, offset=0.00375247),
+                  5:CalibParam(gain = 0.995760365, offset=0.05806301),
+                  6:CalibParam(gain = 0.993060022, offset=0.09193925),
+                  7:CalibParam(gain = 0.997010247, offset=0.04080028),
+                  8:CalibParam(gain = 0.998583581, offset=-0.004391864),
+                  9:CalibParam(gain = 0.996344494, offset=0.09228059),
+                  10:CalibParam(gain = 0.995856966, offset=0.05618589),
+                  11:CalibParam(gain = 0.997157199, offset=-0.049672102)}
+
+rtd_dict_calib = {0:CalibParam(gain = 1, offset=0)}
+rtd_dict_hw= {0:1985.60}
+tc_dict_calib = {0:CalibParam(gain = 1.024272873, offset=-0.018334615)}
+tc_dict_hw = {0:1}
+
+
+KEYS = '-----BEGIN RSA PRIVATE KEY-----\r\nMIIEpQIBAAKCAQEAnwu+S/OI3Hl0BCNQASv0HU5Jc4KUT2X4/tLykG+T\
+mZQcd6pE\r\nv7fji6ZoW/dl8dKwwdi/cfSS/J5Iv+5FwQU4KGNBbhVAnmJeLd+PMUT4bQTf9rVF\r\nHsDoIPoQLDH7jmBu8ai\
+7jQ0hY5SqPbynPGELFrk/vEpHwg/8fO4lbw1YxwgGc0SR\r\n8k1tFdi4On7NymBiv88HOsrrziAPGCd7Hc07s+SdFQF+nDPidy\
+M1pMqvUC25c5Sk\r\ncsrBlMgmcSRY8y6MJFPObg0ahLsI/YT+jT2G6AioQOz9ZJ89DSzjEfoFK9KlIzq1\r\n46THPR8Tdc9qu\
+chsqfX1zvxKdrQPbdtC7ZnMhQIDAQABAoIBAQCccv3PUpGXZzVz\r\neJUTgfwQ89iW8qUXcVS8vh7za35CvYo/QFN+T9JapefU\
+R4mVlk5fcOnpm88XBlDD\r\n1AvzskGqoPBU7DzzUAoaj+YYbiL9gqUY1vlWJiZxgep0vvoX9M5Nk1BikL7+aNgK\r\nANB1OXS\
+h9ro2as8pm3YgIlbaZcOli7doqtDM4kzxpKOhSAwtQqAS15GwMsKyhs1q\r\nvN6BqTBQE7XjdO5k1GCT4+vWEnptKMlLxi/zj1\
+uAXuAmujKHf3FcNqnrmNQ2v5+g\r\nNmuFCiknrtK5p5va67g6JgWqy45EG5CJLupIpM31xmewFXtlsfh3/fYSzkZqK9jX\r\nH\
+g/Wq7ShAoGBAMqzZTr2kjxtP0UjN4S5L0da7k4UX+4GEJRrQgG6RUgrL5eq4tfc\r\nT4DU7mp7SAb7FVwZmJ5kXZ33aQBF6UYR\
+uIpzUWRT+QOfzeTeJSQGAR8Ng/STNaUt\r\nD9XalRJSYn49LMGTgFebKJakIUC7lZ0ZZxpP1yFZbmYtJN1xFB/jhfGdAoGBAMj\
+d\r\nwuzc5VPJV5fQte6lTcnTzkqnPXnSvpf4sK+22i/1xGi0kbdimQiXHPj2xnwQmygN\r\n3a+l2ysChimOx2qqVdeFQbAveK\
+wYYSk41R10PmsQE14CgREN3r1XcXGz4mqXpL8l\r\n7Ry2HOIDQjTRVye2YdRO0zu3+egdFz4UTnxE8yYJAoGBAIM5+MNfdfTg1\
+SExV3P5\r\nX35WhAjQb/psurcbaTQtH0VFkB4kZ49P9bh2IZOWFF9Qldd2SrPgTitCTRv8JrVS\r\nK6KWXY8SPhf2kRkmJ+1W\
+ZctwuIjR9Nzme2X7iJ6/7zvC5wK7N0+AB5rezxhVWNrH\r\n41PJdIEGoM5NU5x45IpwhfqRAoGANpYdbOUy5SwoQ7eSWYJOu3R\
+18U+1oy+kYART\r\nb80PSk1NzO6VUvLWh8EZPIdDtV+F6sKp5hv6jZun/g8xHkmf/mvWSBz+fDY74Uny\r\nkIiQlePOf5PKo2\
+nTiD0FNVMfSrxfJxsVbuIGw10DVvs05jPoLhwlx2rd3ThaoqI+\r\nGgNa2JECgYEAwEEEq7dxGXYmlIhTs5IiEleLjBydQ9B1P\
+8zIIApLJdHuu50K7ifq\r\nVYWC0QMrAr4lWmJ3ZAmewtrgDh4/6JBWKdpKfX6qm88MpID0arS+jJkQBuMNIafI\r\nGqnLR1sn\
+5N91UjPItE3NPhYX5LvQMjIuHt8AiyNepTxS32VzVTx2z+A=\r\n-----END RSA PRIVATE KEY-----\r\n'
+
+def test_edgepi_eeprom_data():
+    memory_map = EepromLayout()
+    memory_map.ParseFromString(read_binfile())
+    eeprom_data = EdgePiEEPROMData(memory_map)
+    for key, value in eeprom_data.dac_calib_params.items():
+        assert value.gain == pytest.approx(dac_dict_calib[key].gain)
+        assert value.offset == pytest.approx(dac_dict_calib[key].offset)
+    for key, value in eeprom_data.adc_calib_params.items():
+        assert value.gain == pytest.approx(adc_dict_calib[key].gain)
+        assert value.offset == pytest.approx(adc_dict_calib[key].offset)
+    for key, value in eeprom_data.tc_calib_params.items():
+        assert value.gain == pytest.approx(tc_dict_calib[key].gain)
+        assert value.offset == pytest.approx(tc_dict_calib[key].offset)
+    for key, value in eeprom_data.tc_hw_params.items():
+        assert value == pytest.approx(tc_dict_hw[key])
+    for key, value in eeprom_data.rtd_calib_params.items():
+        assert value.gain == pytest.approx(rtd_dict_calib[key].gain)
+        assert value.offset == pytest.approx(rtd_dict_calib[key].offset)
+    for key, value in eeprom_data.rtd_hw_params.items():
+        assert value == pytest.approx(rtd_dict_hw[key])
+    assert eeprom_data.serial == '20221110-021'
+    assert eeprom_data.model == 'EdgePi-Bearbone'
+    assert eeprom_data.client_id == 'SO-2022-1023'
+    assert eeprom_data.config_key.certificate == KEYS
+    assert eeprom_data.config_key.private == KEYS
+    assert eeprom_data.data_key.certificate == KEYS
+    assert eeprom_data.data_key.certificate == KEYS

tests/integration_tests/test_digital_out/test_digital_out.py

@@ -0,0 +1,36 @@
+'''Integration tests for edgepi_digital_output.py module'''
+
+import time
+import pytest
+from edgepi.digital_output.edgepi_digital_output import EdgePiDigitalOutput
+from edgepi.gpio.gpio_constants import GpioPins
+
+@pytest.mark.parametrize("pin_name", [
+    (GpioPins.DOUT1),
+    (GpioPins.DOUT2),
+    (GpioPins.DOUT3),
+    (GpioPins.DOUT4),
+    (GpioPins.DOUT5),
+    (GpioPins.DOUT6),
+    (GpioPins.DOUT7),
+    (GpioPins.DOUT8),
+])
+def test_output_high(pin_name):
+    dout=EdgePiDigitalOutput()
+    dout.digital_output_state(pin_name, True)
+    time.sleep(1)
+
+@pytest.mark.parametrize("pin_name", [
+    (GpioPins.DOUT1),
+    (GpioPins.DOUT2),
+    (GpioPins.DOUT3),
+    (GpioPins.DOUT4),
+    (GpioPins.DOUT5),
+    (GpioPins.DOUT6),
+    (GpioPins.DOUT7),
+    (GpioPins.DOUT8),
+])
+def test_output_low(pin_name):
+    dout=EdgePiDigitalOutput()
+    dout.digital_output_state(pin_name, False)
+    time.sleep(1)