def test_store(self):
print("Run: %s.test_store() " % self.__class__.__name__)
el = FElement(self._tfname, self._fattrs, None, self._group)
self.assertEqual(el.tagName, self._tfname)
self.assertEqual(el.content, [])
self.assertEqual(el.doc, "")
self.assertEqual(el.store(), None)
self.assertEqual(el.store("<tag/>"), None)
def test_findShape_ds_2d_ext(self):
print("Run: %s.test_findShape_ds_2d() " % self.__class__.__name__)
ds = TstDataSource()
el = FElement(self._tfname, self._fattrs, None)
el.source = ds
el.source.numpy = True
mlen = [self.__rnd.randint(1, 2), self.__rnd.randint(1, 2)]
el.source.dims = mlen
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "2", extraD=False,
extends=True)
for i in range(-2, 5):
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "2", extraD=False,
grows=i, extends=True)
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "2", extraD=True,
extends=True)
for i in range(-2, 2):
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "2", extraD=True,
grows=i, extends=True)
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "2", extraD=True, grows=2,
extends=True)
for i in range(3, 5):
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "2", extraD=True,
grows=i, extends=True)
el.source.numpy = False
mlen = [self.__rnd.randint(2, 1000), self.__rnd.randint(2, 1000)]
el.source.dims = mlen
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "2", extraD=False,
extends=True)
for i in range(-2, 5):
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "2", extraD=False,
grows=i, extends=True)
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "2", extraD=True,
extends=True)
for i in range(-2, 2):
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "2", extraD=True,
grows=i, extends=True)
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "2", extraD=True, grows=2,
extends=True)
for i in range(3, 5):
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "2", extraD=True,
grows=i, extends=True)
def test_constructor(self):
print("Run: %s.test_constructor() " % self.__class__.__name__)
el = FElement(self._tfname, self._fattrs, None)
el2 = FElement(self._tfname, self._fattrs, el, self._group)
self.assertTrue(isinstance(el2, Element))
self.assertTrue(isinstance(el2, FElement))
self.assertEqual(el2.tagName, self._tfname)
self.assertEqual(el2.content, [])
self.assertEqual(el2.doc, "")
self.assertEqual(el.source, None)
self.assertEqual(el.error, None)
self.assertEqual(el.h5Object, None)
self.assertEqual(el2.h5Object, self._group)
def test_run(self):
print("Run: %s.test_run() " % self.__class__.__name__)
el = FElement(self._tfname, self._fattrs, None, self._group)
self.assertEqual(el.tagName, self._tfname)
self.assertEqual(el.content, [])
self.assertEqual(el.doc, "")
self.assertEqual(el.run(), None)
self.assertEqual(el.source, None)
ds = TstDataSource()
el.source = ds
self.assertEqual(el.source, ds)
self.assertTrue(hasattr(el.source, "getData"))
self.assertTrue(not ds.dataTaken)
self.assertEqual(el.run(), None)
self.assertTrue(ds.dataTaken)
def test_createAttributes_1d_single(self):
fun = sys._getframe().f_code.co_name
print("Run: %s.%s() " % (self.__class__.__name__, fun))
self._fname = '%s/%s%s.h5' % (os.getcwd(), self.__class__.__name__,
fun)
self.createTree()
el = FElement(self._tfname, self._fattrs, None)
el2 = FElementWithAttr(self._tfname, self._fattrs, el, self._group)
self.assertEqual(el2.tagAttributes, {})
attrs = {
# "string":["My string","NX_CHAR", "string" , (1,)],
# "datetime":["12:34:34","NX_DATE_TIME", "string", (1,) ],
# "iso8601":["12:34:34","ISO8601", "string", (1,)],
"int": [-123, "NX_INT", "int64", (1, )],
"int8": [12, "NX_INT8", "int8", (1, )],
"int16": [-123, "NX_INT16", "int16", (1, )],
"int32": [12345, "NX_INT32", "int32", (1, )],
"int64": [-12345, "NX_INT64", "int64", (1, )],
"uint": [123, "NX_UINT", "uint64", (1, )],
"uint8": [12, "NX_UINT8", "uint8", (1, )],
"uint16": [123, "NX_UINT16", "uint16", (1, )],
"uint32": [12345, "NX_UINT32", "uint32", (1, )],
"uint64": [12345, "NX_UINT64", "uint64", (1, )],
"float": [-12.345, "NX_FLOAT", "float64", (1, ), 1.e-14],
"number": [-12.345e+2, "NX_NUMBER", "float64", (1, ), 1.e-14],
"float32": [-12.345e-1, "NX_FLOAT32", "float32", (1, ), 1.e-5],
"float64": [-12.345, "NX_FLOAT64", "float64", (1, ), 1.e-14],
"bool": [True, "NX_BOOLEAN", "bool", (1, )],
"bool2": ["FaLse", "NX_BOOLEAN", "bool", (1, )],
"bool3": ["false", "NX_BOOLEAN", "bool", (1, )],
"bool4": ["true", "NX_BOOLEAN", "bool", (1, )]
}
for nm in attrs.keys():
if attrs[nm][2] == 'string':
"writing multi-dimensional string is not supported by pninx"
continue
el2.tagAttributes[nm] = (attrs[nm][1], str(attrs[nm][0]),
attrs[nm][3])
el2._createAttributes()
at = el2.h5Attribute(nm)
self.assertEqual(at.dtype, attrs[nm][2])
if attrs[nm][2] == "bool":
self.assertEqual(Converters.toBool(str(attrs[nm][0])), at[...])
elif len(attrs[nm]) > 4:
self.assertTrue(abs(at[...] - attrs[nm][0]) <= attrs[nm][4])
else:
if isinstance(at[...], numpy.ndarray):
self.assertEqual(
at[...], numpy.array(attrs[nm][0], dtype=attrs[nm][2]))
else:
self.assertEqual(at[...], attrs[nm][0])
def test_constructor(self):
fun = sys._getframe().f_code.co_name
print("Run: %s.%s() " % (self.__class__.__name__, fun))
self._fname = '%s/%s%s.h5' % (os.getcwd(), self.__class__.__name__,
fun)
self.createTree()
el = FElement(self._tfname, self._fattrs, None)
el2 = FElementWithAttr(self._tfname, self._fattrs, el, self._group)
self.assertTrue(isinstance(el2, Element))
self.assertTrue(isinstance(el2, FElement))
self.assertTrue(isinstance(el2, FElementWithAttr))
self.assertEqual(el2.tagName, self._tfname)
self.assertEqual(el2.content, [])
self.assertEqual(el2.doc, "")
self.assertEqual(el.source, None)
self.assertEqual(el.error, None)
self.assertEqual(el.h5Object, None)
self.assertEqual(el2.h5Object, self._group)
self.assertEqual(el2.tagAttributes, {})
def test_findShape_ds_2d_extends3_checkData(self):
print("Run: %s.test_findShape_ds_2d() " % self.__class__.__name__)
ds = TstDataSource()
el = FElement(self._tfname, self._fattrs, None)
el.source = ds
el.source.numpy = True
mlen = [1, 1]
el.source.dims = mlen
self.assertEqual(
el._findShape("2", extraD=False, checkData=True), [1, 1])
for i in range(-2, 5):
self.assertEqual(
el._findShape("2", extraD=False, grows=i, checkData=True),
[1, 1])
self.assertEqual(
el._findShape("2", extraD=True, checkData=True), [0] + [1, 1])
for i in range(-2, 2):
self.assertEqual(
el._findShape("2", extraD=True, grows=i, checkData=True),
[0] + [1, 1])
self.assertEqual(
el._findShape("2", extraD=True, grows=2, checkData=True),
[1, 0, 1])
for i in range(3, 5):
self.assertEqual(
el._findShape("2", extraD=True, grows=i, checkData=True),
[1, 1] + [0])
el.source.numpy = False
mlen = [1, 1]
el.source.dims = mlen
self.assertEqual(
el._findShape("2", extraD=False, checkData=True),
[1, 1])
for i in range(-2, 5):
self.assertEqual(
el._findShape("2", extraD=False, grows=i, checkData=True),
[1, 1])
self.assertEqual(
el._findShape("2", extraD=True, checkData=True),
[0] + [1, 1])
for i in range(-2, 2):
self.assertEqual(
el._findShape("2", extraD=True, grows=i, checkData=True),
[0] + [1, 1])
self.assertEqual(
el._findShape("2", extraD=True, grows=2, checkData=True),
[1, 0, 1])
for i in range(3, 5):
self.assertEqual(
el._findShape("2", extraD=True, grows=i, checkData=True),
[1, 1] + [0])
def test_findShape_ds_2d_ext_checkData(self):
print("Run: %s.test_findShape_ds_2d() " % self.__class__.__name__)
ds = TstDataSource()
el = FElement(self._tfname, self._fattrs, None)
el.source = ds
el.source.numpy = True
mlen = [self.__rnd.randint(1, 2), self.__rnd.randint(1, 2)]
el.source.dims = mlen
self.assertEqual(
el._findShape("2", extraD=False, extends=True, checkData=True),
mlen)
for i in range(-2, 5):
self.assertEqual(
el._findShape("2", extraD=False, grows=i, extends=True,
checkData=True), mlen)
self.assertEqual(
el._findShape("2", extraD=True, extends=True, checkData=True),
[0] + mlen)
for i in range(-2, 2):
self.assertEqual(
el._findShape("2", extraD=True, grows=i, extends=True,
checkData=True), [0] + mlen)
self.assertEqual(
el._findShape("2", extraD=True, grows=2, extends=True,
checkData=True), [mlen[0], 0, mlen[1]])
for i in range(3, 5):
self.assertEqual(
el._findShape("2", extraD=True, grows=i, extends=True,
checkData=True), mlen + [0])
el.source.numpy = False
mlen = [self.__rnd.randint(2, 1000), self.__rnd.randint(2, 1000)]
el.source.dims = mlen
self.assertEqual(
el._findShape("2", extraD=False, extends=True, checkData=True),
mlen)
for i in range(-2, 5):
self.assertEqual(
el._findShape("2", extraD=False, grows=i, extends=True,
checkData=True), mlen)
self.assertEqual(
el._findShape("2", extraD=True, extends=True, checkData=True),
[0] + mlen)
for i in range(-2, 2):
self.assertEqual(
el._findShape("2", extraD=True, grows=i, extends=True,
checkData=True), [0] + mlen)
self.assertEqual(
el._findShape("2", extraD=True, grows=2, extends=True,
checkData=True), [mlen[0], 0, mlen[1]])
for i in range(3, 5):
self.assertEqual(
el._findShape("2", extraD=True, grows=i, extends=True,
checkData=True), mlen + [0])
def test_findShape_ds_1d(self):
print("Run: %s.test_findShape_ds_1d() " % self.__class__.__name__)
ds = TstDataSource()
el = FElement(self._tfname, self._fattrs, None)
el.source = ds
self.assertEqual(el._findShape("0"), [])
self.assertEqual(el._findShape("0", None, extraD=True), [0])
for i in range(-2, 5):
self.assertEqual(
el._findShape("0", None, extraD=True, grows=i), [0])
for i in range(-2, 5):
self.assertEqual(
el._findShape("0", None, extraD=False, grows=i), [])
mlen = self.__rnd.randint(1, 10000)
el.source.dims = [mlen]
self.assertEqual(
el._findShape("1", extraD=False, checkData=True), [mlen])
for i in range(-2, 5):
self.assertEqual(
el._findShape("1", extraD=False, grows=i, checkData=True),
[mlen])
self.assertEqual(
el._findShape("1", extraD=True, checkData=True), [0, mlen])
for i in range(-2, 2):
self.assertEqual(
el._findShape("1", extraD=True, grows=i, checkData=True),
[0, mlen])
for i in range(2, 5):
self.assertEqual(
el._findShape("1", extraD=True, grows=i, checkData=True),
[mlen, 0])
mlen = self.__rnd.randint(1, 10000)
el.source.dims = [mlen]
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "1", extraD=False)
for i in range(-2, 5):
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "1", extraD=False,
grows=i)
for i in range(-2, 5):
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "1", extraD=True)
for i in range(-2, 2):
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "1", extraD=True,
grows=i)
for i in range(2, 5):
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "1", extraD=True,
grows=i)
el.source.dims = [0]
self.assertEqual(el._findShape("1", checkData=True), [])
el.source.dims = [0]
self.myAssertRaise(XMLSettingSyntaxError, el._findShape, "1")
el.source.numpy = False
mlen = self.__rnd.randint(1, 10000)
el.source.dims = [mlen]
self.assertEqual(
el._findShape("1", extraD=False, checkData=True), [mlen])
for i in range(-2, 5):
self.assertEqual(
el._findShape("1", extraD=False, grows=i, checkData=True),
[mlen])
self.assertEqual(
el._findShape("1", extraD=True, checkData=True), [0, mlen])
for i in range(-2, 2):
self.assertEqual(
el._findShape("1", extraD=True, grows=i, checkData=True),
[0, mlen])
for i in range(2, 5):
self.assertEqual(
el._findShape("1", extraD=True, grows=i, checkData=True),
[mlen, 0])
el.source.dims = [0]
self.assertEqual(el._findShape("1", checkData=True), [])
mlen = self.__rnd.randint(1, 10000)
el.source.dims = [mlen]
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "1", extraD=False)
for i in range(-2, 5):
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "1", extraD=False,
grows=i)
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "1", extraD=True)
for i in range(-2, 2):
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "1", extraD=True,
grows=i)
for i in range(2, 5):
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "1", extraD=True,
grows=i)
el.source.dims = [0]
self.myAssertRaise(XMLSettingSyntaxError, el._findShape, "1")
def test_findShape_lengths_3d(self):
print("Run: %s.test_findShape_lengths_3d() " % self.__class__.__name__)
el = FElement(self._tfname, self._fattrs, None)
self.myAssertRaise(XMLSettingSyntaxError, el._findShape, "3")
mlen = [self.__rnd.randint(1, 100), self.__rnd.randint(
1, 100), self.__rnd.randint(1, 100)]
lens = {'1': str(mlen[0]), '2': str(mlen[1]), '3': str(mlen[2])}
self.assertEqual(
el._findShape("3", lengths=lens, extraD=False), mlen)
for i in range(-2, 5):
self.assertEqual(
el._findShape("3", lengths=lens, extraD=False, grows=i), mlen)
self.assertEqual(
el._findShape("3", lengths=lens, extraD=True), [0] + mlen)
for i in range(-2, 2):
self.assertEqual(
el._findShape("3", lengths=lens, extraD=True, grows=i),
[0] + mlen)
self.assertEqual(
el._findShape("3", lengths=lens, extraD=True, grows=2),
[mlen[0], 0, mlen[1], mlen[2]])
self.assertEqual(
el._findShape("3", lengths=lens, extraD=True, grows=3),
[mlen[0], mlen[1], 0, mlen[2]])
for i in range(4, 5):
self.assertEqual(
el._findShape("3", lengths=lens, extraD=True, grows=i),
mlen + [0])
lens = {'1': '0', '2': str(mlen[0]), '3': str(mlen[1])}
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "3", lengths=lens,
extraD=False)
lens = {'2': '0', '1': str(mlen[0]), '3': str(mlen[1])}
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "3", lengths=lens,
extraD=False)
lens = {'1': '0', '2': '0', '3': str(mlen[0])}
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "3", lengths=lens,
extraD=False)
lens = {'2': '0', '3': '0', '1': str(mlen[0])}
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "3", lengths=lens,
extraD=False)
lens = {'3': '0', '1': '0', '2': str(mlen[0])}
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "3", lengths=lens,
extraD=False)
lens = {'1': '0', '2': str(mlen[0]), '3': str(mlen[1])}
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "3", lengths=lens,
extraD=True)
lens = {'2': '0', '1': str(mlen[0]), '3': str(mlen[1])}
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "3", lengths=lens,
extraD=True)
lens = {'1': '0', '2': '0', '3': str(mlen[0])}
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "3", lengths=lens,
extraD=True)
lens = {'2': '0', '3': '0', '1': str(mlen[0])}
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "3", lengths=lens,
extraD=True)
lens = {'3': '0', '1': '0', '2': str(mlen[0])}
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "3", lengths=lens,
extraD=True)
nlen = [self.__rnd.randint(-100, 0), self.__rnd.randint(-100, 0)]
lens = {'1': str(mlen[0]), '2': str(nlen[1]), '3': str(mlen[1])}
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "3", lengths=lens,
extraD=False)
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "3", lengths=lens,
extraD=True)
for i in range(-2, 5):
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "3", lengths=lens,
extraD=True, grows=i)
mlen = self.__rnd.randint(1, 1000)
lens = {'2': str(mlen), '3': str(mlen), '4': str(mlen)}
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "3", lengths=lens)
mlen = self.__rnd.randint(1, 1000)
lens = {'2': str(mlen)}
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "3", lengths=lens,
extraD=True)
def test_findShape_lengths_1d(self):
print("Run: %s.test_findShape_lengths_1d() " % self.__class__.__name__)
el = FElement(self._tfname, self._fattrs, None)
self.myAssertRaise(ValueError, el._findShape, "")
self.assertEqual(el._findShape("0"), [])
self.assertEqual(el._findShape("0", None, extraD=True), [0])
for i in range(-2, 5):
self.assertEqual(
el._findShape("0", None, extraD=True, grows=i), [0])
for i in range(-2, 5):
self.assertEqual(
el._findShape("0", None, extraD=False, grows=i), [])
self.myAssertRaise(XMLSettingSyntaxError, el._findShape, "1")
mlen = self.__rnd.randint(1, 10000)
lens = {'1': str(mlen)}
self.assertEqual(
el._findShape("1", lengths=lens, extraD=False), [mlen])
for i in range(-2, 5):
self.assertEqual(
el._findShape("1", lengths=lens, extraD=False, grows=i),
[mlen])
self.assertEqual(
el._findShape("1", lengths=lens, extraD=True), [0, mlen])
for i in range(-2, 2):
self.assertEqual(
el._findShape("1", lengths=lens, extraD=True, grows=i),
[0, mlen])
for i in range(2, 5):
self.assertEqual(
el._findShape("1", lengths=lens, extraD=True, grows=i),
[mlen, 0])
lens = {'1': str(0)}
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "1", lengths=lens,
extraD=False)
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "1", lengths=lens,
extraD=True)
mlen = self.__rnd.randint(-10000, 0)
lens = {'1': str(mlen)}
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "1", lengths=lens,
extraD=False)
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "1", lengths=lens,
extraD=True)
for i in range(-2, 5):
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "1", lengths=lens,
extraD=True, grows=i)
mlen = self.__rnd.randint(1, 1000)
lens = {'2': str(mlen)}
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "1", lengths=lens)
mlen = self.__rnd.randint(1, 1000)
lens = {'2': str(mlen)}
self.myAssertRaise(
XMLSettingSyntaxError, el._findShape, "1", lengths=lens,
extraD=True)
def test_setMessage(self):
print("Run: %s.test_setMessage() " % self.__class__.__name__)
message = "My Exception"
text = "Data for %s not found. DATASOURCE:%s"
uob = "unnamed object"
uds = "unknown datasource"
ds = TstDataSource()
el = FElement(self._tfname, self._fattrs, None)
self.assertEqual(
el.setMessage(), (text % (uob, uds), None))
self.assertEqual(
el.setMessage(message), (text % (uob, uds), message))
el.source = ds
self.assertEqual(
el.setMessage(), (text % (uob, str(ds)), None))
self.assertEqual(
el.setMessage(message), (text % (uob, str(ds)), message))
el2 = FElement(self._tfname, self._fattrs, el, self._group)
self.assertEqual(
el2.setMessage(),
(text % ("/" + self._group.name + ":NXentry", uds),
None))
self.assertEqual(
el2.setMessage(message),
(text % ("/" + self._group.name + ":NXentry", uds),
message))
el2.source = ds
self.assertEqual(
el2.setMessage(),
(text % ("/" + self._group.name + ":NXentry", str(ds)),
None))
self.assertEqual(
el2.setMessage(message),
(text % ("/" + self._group.name + ":NXentry", str(ds)),
message))
def test_findShape_xml(self):
print("Run: %s.test_findShape_xml() " % self.__class__.__name__)
el = FElement(self._tfname, self._fattrs, None)
el.content = ["123"]
self.assertEqual(el._findShape("0"), [])
self.assertEqual(el._findShape("0", None, extraD=True), [0])
for i in range(-2, 5):
self.assertEqual(
el._findShape("0", None, extraD=True, grows=i), [0])
for i in range(-2, 5):
self.assertEqual(
el._findShape("0", None, extraD=False, grows=i), [])
mlen = self.__rnd.randint(1, 10000)
el.content = ["123 " * mlen]
self.assertEqual(el._findShape("1", extraD=False), [mlen])
for i in range(-2, 5):
self.assertEqual(
el._findShape("1", extraD=False, grows=i), [mlen])
self.assertEqual(el._findShape("1", extraD=True), [mlen])
for i in range(-2, 5):
self.assertEqual(
el._findShape("1", extraD=True, grows=i), [mlen])
mlen = [self.__rnd.randint(1, 1000), self.__rnd.randint(1, 1000)]
el.content = ["123 " * mlen[1] + "\n "] * mlen[0]
self.assertEqual(el._findShape("2", extraD=False), mlen)
for i in range(-2, 5):
self.assertEqual(
el._findShape("2", extraD=False, grows=i), mlen)
self.assertEqual(el._findShape("2", extraD=True), mlen)
for i in range(-2, 5):
self.assertEqual(el._findShape("2", extraD=True, grows=i), mlen)
def test_createAttributes_2d_X1(self):
fun = sys._getframe().f_code.co_name
print("Run: %s.%s() " % (self.__class__.__name__, fun))
self._fname = '%s/%s%s.h5' % (os.getcwd(), self.__class__.__name__,
fun)
self.createTree()
el = FElement(self._tfname, self._fattrs, None)
el2 = FElementWithAttr(self._tfname, self._fattrs, el, self._group)
self.assertEqual(el2.tagAttributes, {})
attrs = {
# "string":["My string","NX_CHAR", "string" , (1,)],
# "datetime":["12:34:34","NX_DATE_TIME", "string", (1,) ],
# "iso8601":["12:34:34","ISO8601", "string", (1,)],
"int": [-123, "NX_INT", "int64", (1, )],
"int8": [12, "NX_INT8", "int8", (1, )],
"int16": [-123, "NX_INT16", "int16", (1, )],
"int32": [12345, "NX_INT32", "int32", (1, )],
"int64": [-12345, "NX_INT64", "int64", (1, )],
"uint": [123, "NX_UINT", "uint64", (1, )],
"uint8": [12, "NX_UINT8", "uint8", (1, )],
"uint16": [123, "NX_UINT16", "uint16", (1, )],
"uint32": [12345, "NX_UINT32", "uint32", (1, )],
"uint64": [12345, "NX_UINT64", "uint64", (1, )],
"float": [-12.345, "NX_FLOAT", "float64", (1, ), 1.e-14],
"number": [-12.345e+2, "NX_NUMBER", "float64", (1, ), 1.e-14],
"float32": [-12.345e-1, "NX_FLOAT32", "float32", (1, ), 1.e-5],
"float64": [-12.345, "NX_FLOAT64", "float64", (1, ), 1.e-14],
"bool": [True, "NX_BOOLEAN", "bool", (1, )],
"bool2": ["FaLse", "NX_BOOLEAN", "bool", (1, )],
"bool3": ["false", "NX_BOOLEAN", "bool", (1, )],
"bool4": ["true", "NX_BOOLEAN", "bool", (1, )]
}
for nm in attrs.keys():
if attrs[nm][2] != "bool":
mlen = [self.__rnd.randint(2, 10), 1]
attrs[nm][0] = [[
attrs[nm][0] * self.__rnd.randint(0, 3)
for r in range(mlen[1])
] for c in range(mlen[0])]
else:
mlen = [self.__rnd.randint(2, 10), 1]
if nm == 'bool':
attrs[nm][0] = [[
bool(self.__rnd.randint(0, 1)) for c in range(mlen[1])
] for r in range(mlen[0])]
else:
attrs[nm][0] = [[
("True" if self.__rnd.randint(0, 1) else "False")
for c in range(mlen[1])
] for r in range(mlen[0])]
attrs[nm][3] = (mlen[0], mlen[1])
for nm in attrs.keys():
el2.tagAttributes[nm] = (attrs[nm][1], "".join([
"".join([str(it) + " " for it in sub]) + "\n"
for sub in attrs[nm][0]
]), attrs[nm][3])
el2._createAttributes()
at = el2.h5Attribute(nm)
self.assertEqual(at.dtype, attrs[nm][2])
if attrs[nm][2] == "bool":
for i in range(len(attrs[nm][0])):
for j in range(len(attrs[nm][0][i])):
self.assertEqual(
Converters.toBool(str(attrs[nm][0][i][j])), at[i,
j])
pass
elif len(attrs[nm]) > 4:
for i in range(len(attrs[nm][0])):
for j in range(len(attrs[nm][0][i])):
self.assertTrue(
abs(at[i, j] - attrs[nm][0][i][j]) <= attrs[nm][4])
else:
for i in range(len(attrs[nm][0])):
for j in range(len(attrs[nm][0][i])):
self.assertEqual(at[i, j], attrs[nm][0][i][j])
