def test_device_common_len_65(pathlist=None):
try:
d = device.Device()
d.from_pics(filename='pics_test_device_2.xml', pathlist=pathlist)
m_1 = d.models[1][0]
expected_value = 'TestDevice-2'
p = 'Md'
value = m_1.points[p].value
if value != expected_value:
raise Exception("Value '%s' mismatch: %s %s" %
(p, str(value), str(expected_value)))
m_63001 = d.models[63001][0]
expected_value = -180
p = 'int16_4'
m_63001.points[p].value = expected_value
value = m_63001.points[p].value
if value != expected_value:
raise Exception("Value '%s' mismatch: %s %s" %
(p, str(value), str(expected_value)))
except Exception, e:
print '*** Failure test_device_common_len_65: %s' % str(e)
return False
def test_device_from_pics(self):
d1 = device.Device()
d1.from_pics(filename='pics_test_device_1.xml', pathlist=self.pathlist)
d2 = create_test_device_1()
not_equal = d1.not_equal(d2)
if not_equal:
raise Exception(not_equal)
def test_sunspec_client_device_1(pathlist=None):
try:
d = client.SunSpecClientDevice(client.MAPPED,
slave_id=1,
name='mbmap_test_device_1.xml',
pathlist=pathlist)
d.read()
dp = device.Device()
dp.from_pics(filename='pics_test_device_1.xml', pathlist=pathlist)
not_equal = dp.not_equal(d.device)
if not_equal:
raise Exception(not_equal)
expected = 'SunSpecTest'
if d.common.Mn != expected:
raise Exception("'common.Mn' point mismatch: %s %s" %
(d.common.Mn, expected))
expected = 'sn-123456789'
if d.common.SN != expected:
raise Exception("'common.SN' point mismatch: %s %s" %
(d.common.SN, expected))
# int16 read and write
d.model_63001.read()
expected = -20
if d.model_63001.int16_4 != expected:
raise Exception("'model_63001.int16_4' point mismatch: %s %s" %
(d.model_63001.int16_4, expected))
value = 330
d.model_63001.int16_4 = value
d.model_63001.write()
d.model_63001.read()
value = d.model_63001.int16_4
if d.model_63001.int16_4 != value:
raise Exception("'model_63001.int16_4' write failure: %s %s" %
(d.model_63001.int16_4, value))
# string read and write
expected = '12345678'
if d.model_63001.string != expected:
raise Exception("'model_63001.string' point mismatch: %s %s" %
(d.model_63001.string, expected))
value = 'abcdefg'
d.model_63001.string = value
d.model_63001.write()
d.model_63001.read()
if d.model_63001.string != value:
raise Exception("'model_63001.string' write failure: %s %s" %
(d.model_63001.string, value))
d.close()
except Exception, e:
print '*** Failure test_sunspec_client_device_1: %s' % str(e)
return False
def test_device_to_pics(self):
d1 = device.Device()
d1.from_pics(filename='pics_test_device_1.xml', pathlist=self.pathlist)
root = ET.Element(pics.PICS_ROOT)
d1.to_pics(root, single_repeating=False)
# util.indent(root)
# print ET.tostring(root)
d = root.find(pics.PICS_DEVICE)
if d is None:
raise Exception("No '%s' elements found in '%s' element" % (pics.PICS_DEVICE, root.tag))
d2 = device.Device()
d2.from_pics(element=d)
not_equal = d1.not_equal(d2)
if not_equal:
raise Exception(not_equal)
def test_device_constant_sf(self):
d = device.Device()
d.from_pics(filename='pics_test_device_1.xml', pathlist=self.pathlist)
m = d.models[63001][0]
p = 'uint32_4'
value = m.points[p].value
expected_value = 190
if value != expected_value:
raise Exception("Value '%s' mismatch: %s %s" % (p, str(value), str(expected_value)))
def test_device_value_set(self):
d = device.Device()
d.from_pics(filename='pics_test_device_1.xml', pathlist=self.pathlist)
m = d.models[63001][0]
expected_value = -180
p = 'int16_4'
m.points[p].value = expected_value
value = m.points[p].value
if value != expected_value:
raise Exception("Value '%s' mismatch: %s %s" % (p, str(value), str(expected_value)))
def test_device_value_get(self):
d = device.Device()
d.from_pics(filename='pics_test_device_1.xml', pathlist=self.pathlist)
m = d.models[63001][0]
p = 'int16_4'
value = m.points[p].value
expected_value = -20
if value != expected_value:
raise Exception("Value '{}' mismatch: {} {}".format(
p, str(value), str(expected_value)))
def test_device_from_pics(pathlist=None):
try:
d1 = device.Device()
d1.from_pics(filename='pics_test_device_1.xml', pathlist=pathlist)
d2 = create_test_device_1()
not_equal = d1.not_equal(d2)
if not_equal:
raise Exception(not_equal)
except Exception, e:
raise
print '*** Failure test_device_from_pics: %s' % str(e)
return False
def test_client_device(self):
d = client.ClientDevice(client.MAPPED,
slave_id=1,
name='mbmap_test_device_1.xml',
pathlist=self.pathlist)
d.scan()
d.read_points()
dp = device.Device()
dp.from_pics(filename='pics_test_device_1.xml', pathlist=self.pathlist)
not_equal = dp.not_equal(d)
if not_equal:
raise Exception(not_equal)
def test_device_value_set_rounding(self):
d = device.Device()
d.from_pics(filename='pics_test_device_1.xml', pathlist=self.pathlist)
m = d.models[63001][0]
m.points_sf['sunssf_1'].value = -1
expected_value = 84.3
p = 'int16_1'
point = m.points[p]
point.value_sf = point.sf_point.value_base
point.value = expected_value
value = point.value
if abs(value - expected_value) > 0.1 / 100:
raise Exception("Value '%s' mismatch: %s %s" %
(p, str(value), str(expected_value)))
def test_client_device(pathlist=None):
try:
d = client.ClientDevice(client.MAPPED, slave_id=1, name='mbmap_test_device_1.xml', pathlist = pathlist)
d.scan()
d.read_points()
dp = device.Device()
dp.from_pics(filename='pics_test_device_1.xml', pathlist=pathlist)
not_equal = dp.not_equal(d)
if not_equal:
raise Exception(not_equal)
except Exception, e:
print '*** Failure test_client_device: %s' % str(e)
return False
def test_device_constant_sf(pathlist=None):
try:
d = device.Device()
d.from_pics(filename='pics_test_device_1.xml', pathlist=pathlist)
m = d.models[63001][0]
p = 'uint32_4'
value = m.points[p].value
expected_value = 190
if value != expected_value:
raise Exception("Value '%s' mismatch: %s %s" %
(p, str(value), str(expected_value)))
except Exception, e:
print '*** Failure test_device_constant_sf: %s' % str(e)
return False
def test_device_value_set(pathlist=None):
try:
d = device.Device()
d.from_pics(filename='pics_test_device_1.xml', pathlist=pathlist)
m = d.models[63001][0]
expected_value = -180
p = 'int16_4'
m.points[p].value = expected_value
value = m.points[p].value
if value != expected_value:
raise Exception("Value '%s' mismatch: %s %s" %
(p, str(value), str(expected_value)))
except Exception, e:
print '*** Failure test_device_value_get: %s' % str(e)
return False
def test_device_common_len_65(self):
d = device.Device()
d.from_pics(filename='pics_test_device_2.xml', pathlist=self.pathlist)
m_1 = d.models[1][0]
expected_value = 'TestDevice-2'
p = 'Md'
value = m_1.points[p].value
if value != expected_value:
raise Exception("Value '%s' mismatch: %s %s" % (p, str(value), str(expected_value)))
m_63001 = d.models[63001][0]
expected_value = -180
p = 'int16_4'
m_63001.points[p].value = expected_value
value = m_63001.points[p].value
if value != expected_value:
raise Exception("Value '%s' mismatch: %s %s" % (p, str(value), str(expected_value)))
def test_client_device(pathlist=None, raw_traceback=False):
try:
d = client.ClientDevice(client.MAPPED,
slave_id=1,
name='mbmap_test_device_1.xml',
pathlist=pathlist)
d.scan()
d.read_points()
dp = device.Device()
dp.from_pics(filename='pics_test_device_1.xml', pathlist=pathlist)
not_equal = dp.not_equal(d)
if not_equal:
raise Exception(not_equal)
except Exception as e:
if raw_traceback:
traceback.print_exc(file=sys.stdout)
print('*** Failure test_client_device: %s' % str(e))
return False
return True
def test_sunspec_client_device_1(self):
d = client.SunSpecClientDevice(client.MAPPED,
slave_id=1,
name='mbmap_test_device_1.xml',
pathlist=self.pathlist)
d.read()
dp = device.Device()
dp.from_pics(filename='pics_test_device_1.xml', pathlist=self.pathlist)
not_equal = dp.not_equal(d.device)
if not_equal:
raise Exception(not_equal)
expected = 'SunSpecTest'
if d.common.Mn != expected:
raise Exception("'common.Mn' point mismatch: %s %s" %
(d.common.Mn, expected))
expected = 'sn-123456789'
if d.common.SN != expected:
raise Exception("'common.SN' point mismatch: %s %s" %
(d.common.SN, expected))
# int16 read and write
d.model_63001.read()
expected = -20
if d.model_63001.int16_4 != expected:
raise Exception("'model_63001.int16_4' point mismatch: %s %s" %
(d.model_63001.int16_4, expected))
value = 330
d.model_63001.int16_4 = value
d.model_63001.write()
d.model_63001.read()
value = d.model_63001.int16_4
if d.model_63001.int16_4 != value:
raise Exception("'model_63001.int16_4' write failure: %s %s" %
(d.model_63001.int16_4, value))
# string read and write
expected = '12345678'
if d.model_63001.string != expected:
raise Exception("'model_63001.string' point mismatch: %s %s" %
(d.model_63001.string, expected))
value = 'abcdefg'
d.model_63001.string = value
d.model_63001.write()
d.model_63001.read()
if d.model_63001.string != value:
raise Exception("'model_63001.string' write failure: %s %s" %
(d.model_63001.string, value))
# write multiple
d.model_63001.read()
expected = 65524
if d.model_63001.uint16_3 != expected:
raise Exception("'model_63001.uint16_3' point mismatch: %s %s" %
(d.model_63001.uint16_3, expected))
expected = 60
if d.model_63001.uint16_4 != expected:
raise Exception("'model_63001.uint16_4' point mismatch: %s %s" %
(d.model_63001.uint16_4, expected))
expected = 7
if d.model_63001.uint16_5 != expected:
raise Exception("'model_63001.uint16_5' point mismatch: %s %s" %
(d.model_63001.uint16_5, expected))
value_3 = 65525
value_4 = 70
value_5 = 8
d.model_63001.uint16_3 = value_3
d.model_63001.uint16_4 = value_4
d.model_63001.uint16_5 = value_5
d.model_63001.write()
d.model_63001.read()
value = d.model_63001.uint16_3
if d.model_63001.uint16_3 != value_3:
raise Exception("'model_63001.int16_3' write failure: %s %s" %
(d.model_63001.uint16_3, value_3))
value = d.model_63001.uint16_4
if d.model_63001.uint16_4 != value_4:
raise Exception("'model_63001.int16_4' write failure: %s %s" %
(d.model_63001.uint16_4, value_4))
value = d.model_63001.uint16_5
if d.model_63001.uint16_5 != value_5:
raise Exception("'model_63001.int16_5' write failure: %s %s" %
(d.model_63001.uint16_5, value_5))
# write multiple
d.model_63001.read()
expected = value_3
if d.model_63001.uint16_3 != expected:
raise Exception("'model_63001.uint16_3' point mismatch: %s %s" %
(d.model_63001.uint16_3, expected))
expected = value_4
if d.model_63001.uint16_4 != expected:
raise Exception("'model_63001.uint16_4' point mismatch: %s %s" %
(d.model_63001.uint16_4, expected))
expected = value_5
if d.model_63001.uint16_5 != expected:
raise Exception("'model_63001.uint16_5' point mismatch: %s %s" %
(d.model_63001.uint16_5, expected))
value_3 = 65524
value_5 = 7
d.model_63001.uint16_3 = value_3
d.model_63001.uint16_5 = value_5
d.model_63001.write()
d.model_63001.read()
value = d.model_63001.uint16_3
if d.model_63001.uint16_3 != value_3:
raise Exception("'model_63001.int16_3' write failure: %s %s" %
(d.model_63001.uint16_3, value_3))
value = d.model_63001.uint16_4
if d.model_63001.uint16_4 != value_4:
raise Exception("'model_63001.int16_4' write failure: %s %s" %
(d.model_63001.uint16_4, value_4))
value = d.model_63001.uint16_5
if d.model_63001.uint16_5 != value_5:
raise Exception("'model_63001.int16_5' write failure: %s %s" %
(d.model_63001.uint16_5, value_5))
d.close()
def create_test_device_1():
d = device.Device()
# create model 1 with values
m1 = device.Model(device=d, mid=1)
m1.load()
d.models_list.append(m1)
b = m1.blocks[0]
b.points['Mn'].value_base = 'SunSpecTest'
b.points['Md'].value_base = 'TestDevice-1'
b.points['Opt'].value_base = 'opt_a_b_c'
b.points['Vr'].value_base = '1.2.3'
b.points['SN'].value_base = 'sn-123456789'
b.points['DA'].value_base = 1
# create model 63001 with values
m2 = device.Model(device=d, mid=63001, mlen=188)
m2.load()
d.models_list.append(m2)
# fixed block
b = m2.blocks[0]
b.points_sf['sunssf_1'].value_base = -10
b.points_sf['sunssf_2'].value_base = 10
b.points_sf['sunssf_3'].value_base = 0
b.points_sf['sunssf_4'].value_base = 1
b.points_sf['sunssf_5'].value_base = 2
b.points_sf['sunssf_6'].value_base = 3
b.points_sf['sunssf_7'].value_base = 4
b.points['int16_1'].value_base = 1
b.points['int16_2'].value_base = -1
b.points['int16_3'].value_base = 2
b.points['int16_4'].value_base = -2
b.points['int16_5'].value_base = 3
b.points['int16_u'].value_base = None
b.points['uint16_1'].value_base = 4
b.points['uint16_2'].value_base = 5
b.points['uint16_3'].value_base = 65524
b.points['uint16_4'].value_base = 6
b.points['uint16_5'].value_base = 7
b.points['uint16_u'].value_base = None
b.points['acc16'].value_base = 8
b.points['acc16_u'].value_base = None
b.points['enum16'].value_base = 9
b.points['enum16_u'].value_base = None
b.points['bitfield16'].value_base = 10
b.points['bitfield16_u'].value_base = None
b.points['int32_1'].value_base = 11
b.points['int32_2'].value_base = 12
b.points['int32_3'].value_base = 13
b.points['int32_4'].value_base = 14
b.points['int32_5'].value_base = 15
b.points['int32_u'].value_base = None
b.points['uint32_1'].value_base = 16
b.points['uint32_2'].value_base = 17
b.points['uint32_3'].value_base = 18
b.points['uint32_4'].value_base = 19
b.points['uint32_5'].value_base = 20
b.points['uint32_u'].value_base = None
b.points['acc32'].value_base = 21
b.points['acc32_u'].value_base = None
b.points['enum32'].value_base = 22
b.points['enum32_u'].value_base = None
b.points['bitfield32'].value_base = 23
b.points['bitfield32_u'].value_base = None
b.points['ipaddr'].value_base = 0x01020304
b.points['ipaddr_u'].value_base = None
b.points['int64'].value_base = 24
b.points['int64_u'].value_base = None
b.points['acc64'].value_base = 25
b.points['acc64_u'].value_base = None
b.points['ipv6addr'].value_base = None
b.points['ipv6addr_u'].value_base = None
b.points['float32'].value_base = 26
b.points['float32_u'].value_base = None
b.points['string'].value_base = '12345678'
b.points['string_u'].value_base = None
# repeating block 1
b = m2.blocks[1]
b.points_sf['sunssf_8'].value_base = -2
b.points_sf['sunssf_9'].value_base = -3
b.points['int16_11'].value_base = 30
b.points['int16_12'].value_base = 31
b.points['int16_u'].value_base = None
b.points['uint16_11'].value_base = 32
b.points['uint16_12'].value_base = 33
b.points['uint16_13'].value_base = 34
b.points['uint16_u'].value_base = None
b.points['int32'].value_base = 35
b.points['int32_u'].value_base = None
b.points['uint32'].value_base = 36
b.points['uint32_u'].value_base = None
# repeating block 2
b = m2.blocks[2]
b.points_sf['sunssf_8'].value_base = -4
b.points_sf['sunssf_9'].value_base = -5
b.points['int16_11'].value_base = 40
b.points['int16_12'].value_base = 41
b.points['int16_u'].value_base = None
b.points['uint16_11'].value_base = 42
b.points['uint16_12'].value_base = 43
b.points['uint16_13'].value_base = 44
b.points['uint16_u'].value_base = None
b.points['int32'].value_base = 45
b.points['int32_u'].value_base = None
b.points['uint32'].value_base = 46
b.points['uint32_u'].value_base = None
# repeating block 3
b = m2.blocks[3]
b.points_sf['sunssf_8'].value_base = 2
b.points_sf['sunssf_9'].value_base = 3
b.points['int16_11'].value_base = 50
b.points['int16_12'].value_base = 51
b.points['int16_u'].value_base = None
b.points['uint16_11'].value_base = 52
b.points['uint16_12'].value_base = 53
b.points['uint16_13'].value_base = 54
b.points['uint16_u'].value_base = None
b.points['int32'].value_base = 55
b.points['int32_u'].value_base = None
b.points['uint32'].value_base = 56
b.points['uint32_u'].value_base = None
# update scale factor values in points
for block in m2.blocks:
for point in block.points_list:
if point.sf_point is not None:
point.value_sf = point.sf_point.value_base
return d
