def test_ScalarArray(self):
value = TestUtility.getRandomInt()
size = TestUtility.getRandomListSize()
valueList = [value] * size
pv = PvObject({'vl': [INT]}, {'vl': valueList})
vl = pv['vl']
assert (len(vl) == len(valueList))
assert (vl[0] == valueList[0])
assert (vl[-1] == valueList[-1])
value = TestUtility.getRandomInt()
size = TestUtility.getRandomListSize()
valueList = [value] * size
pv['vl'] = valueList
vl = pv['vl']
assert (len(vl) == len(valueList))
assert (vl[0] == valueList[0])
assert (vl[-1] == valueList[-1])
value = TestUtility.getRandomInt()
size = TestUtility.getRandomListSize()
valueList = [value] * size
pv.setScalarArray(valueList)
vl = pv.getScalarArray()
assert (len(vl) == len(valueList))
assert (vl[0] == valueList[0])
assert (vl[-1] == valueList[-1])
def test_StructureArray(self):
STRUCTURE = {
's': STRING,
'i': INT,
'ru': ({
'i': INT,
'd': DOUBLE,
's': STRING
}, ),
'vu': (),
'st': {
'i': INT,
'd': DOUBLE,
's': STRING
},
}
size = TestUtility.getRandomListSize()
pv = PvObject({'v': [STRUCTURE]})
structureList = []
for i in range(0, size):
pv2 = PvObject(STRUCTURE)
value = TestUtility.getRandomString()
pv2['s'] = value
value = TestUtility.getRandomInt()
pv2['i'] = value
value = TestUtility.getRandomInt()
unionPv = PvObject({'i': INT}, {'i': value})
pv2['ru'] = unionPv
value = TestUtility.getRandomString()
pv2['vu'] = PvString(value)
value = TestUtility.getRandomInt()
pv2['st.i'] = value
value = TestUtility.getRandomString()
pv2['st.s'] = value
value = TestUtility.getRandomDouble()
pv2['st.d'] = value
structureList.append(pv2)
pv['v'] = structureList
sa = pv['v']
for i in range(0, size):
pv2 = sa[i]
assert (pv2['s'] == structureList[i]['s'])
assert (pv2['i'] == structureList[i]['i'])
ru = pv2['ru'][0]
assert (ru['i'] == structureList[i]['ru'][0]['i'])
vu = pv2['vu'][0]
assert (vu['value'] == structureList[i]['vu'][0]['value'])
assert (pv2['st']['i'] == structureList[i]['st.i'])
assert (pv2['st']['s'] == structureList[i]['st.s'])
assert (pv2['st']['d'] == structureList[i]['st.d'])
def test_Int(self):
value = TestUtility.getRandomInt()
pv = PvObject({'v': INT}, {'v': value})
assert (pv['v'] == value)
value = TestUtility.getRandomInt()
pv['v'] = value
assert (pv['v'] == value)
value = TestUtility.getRandomInt()
pv.setInt(value)
assert (pv.getInt() == value)
def test_NtTable(self):
print()
nColumns = random.randint(3, 10)
dim = random.randint(10, 100)
print('Using {} columns of size: {}'.format(nColumns, dim))
maxInt = int(math.fabs(TestUtility.getRandomInt()))
print('Using Max Int for array element: {}'.format(maxInt))
ntTable = NtTable(nColumns, INT)
labels = []
columns = []
for i in range(0, nColumns):
labels.append('Col%d' % (i + 1))
columns.append(
list(
np.random.randint(-maxInt,
maxInt,
size=dim,
dtype=np.int32)))
ntTable.setColumn(i, columns[i])
ntTable.setLabels(labels)
TestUtility.assertListEquality(ntTable['labels'], labels)
for i in range(0, nColumns):
a1 = ntTable.getColumn(i)
a2 = columns[i]
TestUtility.assertListEquality(a1, a2)
def test_Structure(self):
pv = PvObject({
's': STRING,
'i': INT,
'ru': ({
'i': INT,
'd': DOUBLE,
's': STRING
}, ),
'vu': (),
'st': {
'i': INT,
'd': DOUBLE,
's': STRING
},
})
value = TestUtility.getRandomString()
pv['s'] = value
assert (pv['s'] == value)
value = TestUtility.getRandomInt()
pv['i'] = value
assert (pv['i'] == value)
value = TestUtility.getRandomInt()
unionPv = PvObject({'i': INT}, {'i': value})
pv['ru'] = unionPv
u = pv['ru'][0]
assert (u['i'] == value)
value = TestUtility.getRandomString()
pv['vu'] = PvString(value)
u = pv['vu'][0]
assert (u['value'] == value)
value = TestUtility.getRandomInt()
pv['st.i'] = value
assert (pv['st.i'] == value)
def testPut_IntDouble(self):
iv = TestUtility.getRandomInt()
ic = TestUtility.getIntChannel()
dv = TestUtility.getRandomDouble()
dc = TestUtility.getDoubleChannel()
mc = MultiChannel([ic.getName(), dc.getName()])
mc.put([PvInt(iv), PvDouble(dv)])
pv = mc.get()
iv2 = pv['value'][0][0]['value']
assert (iv2 == iv)
dv2 = pv['value'][1][0]['value']
TestUtility.assertDoubleEquality(dv, dv2)
def test_VariantUnion(self):
value = TestUtility.getRandomInt()
pv = PvObject({'v': ()}, {'v': PvInt(value)})
u = pv['v'][0]
assert (u['value'] == value)
value = TestUtility.getRandomString()
pv['v'] = PvString(value)
u = pv['v'][0]
assert (u['value'] == value)
value = TestUtility.getRandomFloat()
pv.setUnion(PvFloat(value))
u = pv['v'][0]
TestUtility.assertFloatEquality(u['value'], value)
def test_VariantUnionArray(self):
size = TestUtility.getRandomListSize()
pv = PvObject({'v': [()]})
unionList = []
for i in range(0, size):
value = TestUtility.getRandomInt()
unionList.append(PvInt(value))
pv['v'] = unionList
ul = pv['v']
for i in range(0, size):
uli = ul[i][0]
assert (uli['value'] == unionList[i]['value'])
unionList.reverse()
pv.setUnionArray(unionList)
ul = pv.getUnionArray()
for i in range(0, size):
uli = ul[i]
assert (uli['value'] == unionList[i]['value'])
def test_RestrictedUnion(self):
value = TestUtility.getRandomInt()
unionPv = PvObject({'i': INT}, {'i': value})
pv = PvObject({'v': ({
'i': INT,
'f': FLOAT,
's': STRING
}, )}, {'v': unionPv})
u = pv['v'][0]
assert (u['i'] == value)
value = TestUtility.getRandomString()
unionPv = PvObject({'s': STRING}, {'s': value})
pv['v'] = unionPv
u = pv['v'][0]
assert (u['s'] == value)
value = TestUtility.getRandomFloat()
unionPv = PvObject({'f': FLOAT}, {'f': value})
pv.setUnion(unionPv)
u = pv['v'][0]
TestUtility.assertFloatEquality(u['f'], value)
def test_RestrictedUnionArray(self):
size = TestUtility.getRandomListSize()
pv = PvObject({'v': [({'i': INT, 's': STRING, 'd': DOUBLE}, )]})
unionList = []
for i in range(0, size):
if i % 3 == 0:
value = TestUtility.getRandomInt()
unionList.append(PvObject({'i': INT}, {'i': value}))
elif i % 3 == 1:
value = TestUtility.getRandomString()
unionList.append(PvObject({'s': STRING}, {'s': value}))
else:
value = TestUtility.getRandomDouble()
unionList.append(PvObject({'d': DOUBLE}, {'d': value}))
pv['v'] = unionList
ul = pv['v']
for i in range(0, size):
uli = ul[i][0]
if 'i' in uli:
assert (uli['i'] == unionList[i]['i'])
elif 's' in uli:
assert (uli['s'] == unionList[i]['s'])
else:
TestUtility.assertDoubleEquality(uli['d'], unionList[i]['d'])
unionList.reverse()
pv.setUnionArray(unionList)
ul = pv['v']
for i in range(0, size):
uli = ul[i][0]
if 'i' in uli:
assert (uli['i'] == unionList[i]['i'])
elif 's' in uli:
assert (uli['s'] == unionList[i]['s'])
else:
TestUtility.assertDoubleEquality(uli['d'], unionList[i]['d'])
def testPutInt_Int(self):
value = TestUtility.getRandomInt()
c = TestUtility.getIntChannel()
c.putInt(value)
value2 = c.get().getPyObject()
assert (value == value2)
def testPutInt_Int(self):
value = TestUtility.getRandomInt()
c = TestUtility.getIntChannel()
c.putInt(value)
value2 = c.get().getPyObject()
assert(value == value2)
