def __init__(self, testname, testdescription=''):
super(TestSerialMuxer, self).__init__(testname)
self.timeout = 1
self.gpio19 = gpiolib.QGpio(19)
self.gpio22 = gpiolib.QGpio(22)
# Overwrite test description
if testdescription:
self._testMethodDoc = testdescription
def test_board_id(self):
""" Test Board ID : Check for board identification pins.
Type: Functional
Description:
Just read the board identification pins and check if they are
correctly.
GPIOS 135 134 133
Value 1 0 0
"""
self.failUnless(
gpiolib.QGpio(135).get_value() == 1,
"failed: Invalid value for gpio 135 (should be 1)")
self.failUnless(
gpiolib.QGpio(134).get_value() == 0,
"failed: Invalid value for gpio 134 (should be 0)")
self.failUnless(
gpiolib.QGpio(133).get_value() == 0,
"failed: Invalid value for gpio 133 (should be 0)")
def setUp(self):
self.port_enable = gpiolib.QGpio(137)
self.port_enable.set_value(1)
time.sleep(1)
self.port.flushInput()
self.port.flushOutput()
def setUp(self):
self.port_enable = gpiolib.QGpio(137)
self.port_enable.set_value(0)
# a small delay to be sure port switched
time.sleep(1)
'test_loopback', 138, 158,
'Test GPIOs : Loopback, between gpio 138 (in) and gpio 158 (out)'))
suite.addTest(
TestGpio(
'test_loopback', 137, 162,
'Test GPIOs : Loopback, between gpio 137 (in) and gpio 162 (out)'))
suite.addTest(
TestSysfs(
'test_sysfs_entry',
'/sys/bus/spi/devices/spi1.0/input',
testdescription='Test TSC2046: Check for TOUCH controller at spi1.0'
))
return suite
# The main program just runs the test suite in verbose mode
if __name__ == '__main__':
# Setup test environment, these gpios should be inverted
gpiolib.QGpio(139).set_active_low(1)
# By default run using the dbmysql runner.
suite = dbmysql.dbmysqlTestRunner(verbosity=2)
# retval = unittest.TestResult()
retval = suite.run(testsuite_SLNK0010())
# retval = unittest.TextTestRunner(verbosity=2).run(testsuite_SLNK0010())
# return 0 if all is ok, otherwise return the number of failures + errors
sys.exit(len(retval.failures) + len(retval.errors))