def test_send_list(self):
listing = [
np.random.rand(7, 2),
'Hello World',
1,
2.654,
]
server = SimpleServer(
('127.0.0.1', 0),
handle_fun=lambda x: Socket(x).send_list(listing))
server.start()
client = Socket(
socket.create_connection(('127.0.0.1', server.server_port)))
sleep(0.1)
data = []
list_len = client.get_int()
for ind in range(list_len):
data_type = client.get_string()
if data_type == 'scalar':
data.append(client.get_scalar())
elif data_type == 'string':
data.append(client.get_string())
elif data_type == 'array':
data.append(client.get_array())
utils.check_vals_in_iterable(data, listing)
client.close()
server.stop()
def test_init_file_addhoc(self, get_h5saver, tmp_path):
h5saver = get_h5saver
addhoc_file_path = tmp_path.joinpath('h5file.h5')
h5saver.init_file(update_h5=True,
addhoc_file_path=addhoc_file_path,
metadata=dict(attr1='attr1', attr2=(10, 2)))
assert h5saver.h5_file_path == addhoc_file_path.parent
assert h5saver.h5_file_name == addhoc_file_path.name
assert h5saver.settings.child(
('current_h5_file')).value() == str(addhoc_file_path)
assert h5saver.current_scan_group is None
assert h5saver.get_node_path(h5saver.raw_group) == '/Raw_datas'
assert h5saver.get_node_path(
h5saver.logger_array) == '/Raw_datas/Logger'
assert h5saver.get_attr(h5saver.logger_array, 'data_dimension') == '0D'
assert h5saver.get_attr(h5saver.logger_array, 'scan_type') == 'scan1D'
assert h5saver.get_attr(h5saver.logger_array,
'dtype') == np.dtype(np.uint8).name
assert h5saver.get_attr(h5saver.logger_array, 'subdtype') == 'string'
assert h5saver.get_last_scan() is None
assert h5saver.get_attr(h5saver.raw_group,
'type') == h5saver.settings.child(
('save_type')).value()
assert h5saver.get_attr(h5saver.root(),
'date') == datetime.now().date().isoformat()
assert h5saver.get_attr(h5saver.raw_group, 'attr1') == 'attr1'
utils.check_vals_in_iterable(
h5saver.get_attr(h5saver.raw_group, 'attr2'), (10, 2))
def test_check_vals_in_iterable():
with pytest.raises(Exception):
utils.check_vals_in_iterable([
1,
], [])
assert not utils.check_vals_in_iterable([1, 2.0, 4], (1, 2, 4))
assert not utils.check_vals_in_iterable([1, 2.0, 4], (1, 2.0, 4))
assert not utils.check_vals_in_iterable(np.array([1, 2.0, 4]),
np.array((1, 2, 4)))
def test_earray(self, get_backend):
bck = get_backend
g1 = bck.get_set_group(bck.root(), 'g1')
title = 'this is a earray'
dtype = np.uint32
array = bck.create_earray(g1, 'array', dtype=dtype, title=title)
assert array.attrs['TITLE'] == title
assert array.attrs['CLASS'] == 'EARRAY'
assert array.attrs['dtype'] == np.dtype(dtype).name
utils.check_vals_in_iterable(array.attrs['shape'], [0])
array.append(np.array([10]))
assert g1.children()['array'] == array
assert isinstance(g1.children()['array'], EARRAY)
utils.check_vals_in_iterable(array.attrs['shape'], [1])
array_shape = (10, 3)
array1 = bck.create_earray(g1,
'array1',
dtype=dtype,
data_shape=array_shape,
title=title)
array1.append(generate_random_data(array_shape, dtype))
expected_shape = [1]
expected_shape.extend(array_shape)
utils.check_vals_in_iterable(array1.attrs['shape'], expected_shape)
array1.append(generate_random_data(array_shape, dtype))
expected_shape[0] += 1
utils.check_vals_in_iterable(array1.attrs['shape'], expected_shape)
bck.close_file()
def test_group_creation(self, get_backend):
bck = get_backend
title = 'this is a group'
assert bck.get_node(bck.root()) == bck.root()
assert bck.get_node('/') == bck.root()
g1 = bck.get_set_group(bck.root(), 'g1', title)
g2 = bck.get_set_group('/', 'g2')
assert g1.attrs['TITLE'] == title
assert g1.attrs['CLASS'] == 'GROUP'
assert bck.get_node_name(g2) == 'g2'
g21 = bck.get_set_group(g2, 'g21')
assert bck.get_node_path(g21) == '/g2/g21'
assert bck.is_node_in_group(g2, 'g21')
g22 = bck.get_set_group('/g2', 'g22', title='group g22')
assert bck.get_group_by_title('/g2', 'group g22') == g22
assert list(bck.get_children(g2)) == ['g21', 'g22']
assert bck.get_parent_node(g22) == g2
assert bck.get_parent_node(bck.get_parent_node(g2)) is None
assert g22.parent_node == g2
assert g2.parent_node.parent_node is None
assert isinstance(g2, Node)
assert isinstance(g22, Node)
#test node methods
assert g2 != g1
assert g22.parent_node == g2
assert g22.parent_node == g21.parent_node
utils.check_vals_in_iterable(g2.children_name(), ['g21', 'g22'])
for child in g2.children():
assert g2.children()[child] in [g21, g22]
g22.set_attr('test', 12.5)
assert g22.get_attr('test') == 12.5
assert g22.attrs['test'] == 12.5
g22.attrs['test1'] = 'attr'
assert g22.attrs['test1'] == 'attr'
assert isinstance(g22.attrs, Attributes)
assert g21.name == 'g21'
assert bck.root().name == '/'
assert g22.path == '/g2/g22'
bck.close_file()
def test_attrs(self, get_backend):
bck = get_backend
attrs = dict(attr1='one attr', attr2=(10, 15), attr3=12.4)
for attr in attrs:
bck.root().attrs[attr] = attrs[attr]
for attr in attrs:
attr_back = bck.root().attrs[attr]
if hasattr(attr_back, '__iter__'):
utils.check_vals_in_iterable(attr_back, attrs[attr])
else:
assert attr_back == attrs[attr]
attrs_back = bck.root().attrs.attrs_name
for attr in attrs:
assert attr in attrs_back
if hasattr(attrs[attr], '__iter__'):
utils.check_vals_in_iterable(attrs[attr], bck.root().attrs[attr])
else:
assert attrs[attr] == bck.root().attrs[attr]
bck.close_file()
def test_init_file(self, get_h5saver_scan, tmp_path):
h5saver = get_h5saver_scan
datetime_now = datetime.now()
date = datetime_now.date()
today = f'{date.year}{date.month:02d}{date.day:02d}'
base_path = tmp_path
h5saver.settings.child(('base_path')).setValue(str(base_path))
update_h5 = True
scan_path, current_scan_name, save_path = h5saver.update_file_paths(
update_h5)
assert scan_path == tmp_path.joinpath(str(
date.year)).joinpath(today).joinpath(f'Dataset_{today}_000')
assert current_scan_name == 'Scan000'
assert save_path == tmp_path.joinpath(str(
date.year)).joinpath(today).joinpath(f'Dataset_{today}_000')
h5saver.init_file(update_h5=update_h5)
assert h5saver.h5_file is h5saver._h5file
assert h5saver.h5_file_path.joinpath(
f'Dataset_{today}_001.h5').is_file()
assert h5saver.get_scan_index() == 0
h5saver.init_file(update_h5=update_h5)
assert h5saver.h5_file_path.joinpath(
f'Dataset_{today}_002.h5').is_file()
scan_group = h5saver.add_scan_group()
assert h5saver.get_node_name(h5saver.get_last_scan()) == 'Scan000'
assert h5saver.get_scan_index() == 0
scan_group1 = h5saver.add_scan_group()
assert scan_group == scan_group1 #no increment as no scan_done attribute
utils.check_vals_in_iterable(
sorted(list(h5saver.get_children(h5saver.raw_group))),
sorted(['Logger', 'Scan000']))
h5saver.init_file(update_h5=False)
utils.check_vals_in_iterable(
sorted(list(h5saver.get_children(h5saver.raw_group))),
sorted(['Logger', 'Scan000']))
def test_carray(self, get_backend):
bck = get_backend
g1 = bck.get_set_group(bck.root(), 'g1')
carray1_data = np.random.rand(5, 10)
title = 'this is a carray'
with pytest.raises(ValueError):
bck.create_carray(g1, 'carray0', title='')
carray1 = bck.create_carray(g1,
'carray1',
obj=carray1_data,
title=title)
assert isinstance(carray1, CARRAY)
assert carray1.attrs['dtype'] == carray1_data.dtype.name
assert carray1.attrs['TITLE'] == title
assert carray1.attrs['CLASS'] == 'CARRAY'
utils.check_vals_in_iterable(carray1.attrs['shape'],
carray1_data.shape)
assert np.all(carray1.read() == pytest.approx(carray1_data))
assert np.all(carray1[1, 2] == pytest.approx(carray1_data[1, 2]))
with pytest.raises(AttributeError):
bck.append(carray1, carray1_data)
bck.close_file()
def test_get_h5_data(self, load_test_file):
"""Load files (created with all backends) and manipulate them using
all backends for cross compatibility checks
"""
h5utils = load_test_file
node_path = '/Raw_datas/Logger'
node = h5utils.get_node(node_path)
assert isinstance(node, StringARRAY)
data, axes, nav_axes = h5utils.get_h5_data(node_path)
assert isinstance(data, list)
assert len(data) == 2
assert data[0] == 'log1 to check'
assert data[1] == 'log2 to check'
assert axes == []
assert nav_axes == []
Nx = 12
Nnavx = 5
Nnavy = 10
x_axis_in_file = dict(label='this is data axis',
units='no units',
data=np.arange(Nx))
nav_x_axis_in_file = dict(label='this is nav x axis',
units='x units',
data=np.arange(Nnavx))
nav_y_axis_in_file = dict(label='this is nav y axis',
units='y units',
data=np.arange(Nnavy))
data_in_file = np.arange(Nx * Nnavx * Nnavy)
data_in_file = data_in_file.reshape(Nnavx, Nnavy, Nx)
node_path = '/Agroup'
node = h5utils.get_node(node_path)
assert len(node.children()) == 2
assert node.children_name() == ['Data', 'X_axis']
node_path = '/Agroup/Data'
data, axes, nav_axes = h5utils.get_h5_data(node_path)
assert np.all(data == pytest.approx(np.arange(Nx) * 1.0 + 7))
node_path = '/Raw_datas/Scan000/Detector000/Data1D/Ch000/Data'
node = h5utils.get_node(node_path)
data, axes, nav_axes = h5utils.get_h5_data(node_path)
assert isinstance(data, np.ndarray)
assert data.shape == (5, 10, 12)
assert node.attrs['shape'] == (5, 10, 12)
assert np.all(data == data_in_file)
assert len(axes) == 4
assert len(nav_axes) == 2
utils.check_vals_in_iterable(nav_axes, [0, 1])
assert axes['x_axis']['label'] == x_axis_in_file['label']
assert axes['x_axis']['units'] == x_axis_in_file['units']
assert np.all(axes['x_axis']['data'] == x_axis_in_file['data'])
assert isinstance(axes['x_axis'], utils.Axis)
assert isinstance(axes['x_axis'], dict)
assert axes['nav_x_axis']['label'] == nav_x_axis_in_file['label']
assert axes['nav_x_axis']['units'] == nav_x_axis_in_file['units']
assert np.all(axes['nav_x_axis']['data'] == nav_x_axis_in_file['data'])
assert axes['nav_y_axis']['label'] == nav_y_axis_in_file['label']
assert axes['nav_y_axis']['units'] == nav_y_axis_in_file['units']
assert np.all(axes['nav_y_axis']['data'] == nav_y_axis_in_file['data'])
h5utils.close_file()
def test_methods(self, qtbot):
server = SimpleServer(('127.0.0.1', 6341), )
server.start()
params = [{
'title': 'Device index:',
'name': 'device',
'type': 'int',
'value': 0,
'max': 3,
'min': 0
}, {
'title': 'Infos:',
'name': 'infos',
'type': 'str',
'value': "one_info",
'readonly': True
}, {
'title':
'Line Settings:',
'name':
'line_settings',
'type':
'group',
'expanded':
False,
'children': [
{
'name': 'someparam',
'type': 'float',
'value': 15.54,
'readonly': True
},
]
}]
param = Parameter.create(name='settings',
type='group',
children=params)
client = TCPClient(ipaddress="127.0.0.1",
port=6341,
params_state=param.saveState(),
client_type="sometype")
client.cmd_signal.connect(self.get_cmd_signal)
#check init method
assert client.ipaddress == "127.0.0.1"
assert client.port == 6341
assert client.client_type == 'sometype'
client.socket = Socket(
native_socket.socket(socket.AF_INET, socket.SOCK_STREAM))
client.socket.connect((client.ipaddress, client.port))
sleep(0.5)
server_socket = Socket(server.do_read()[0])
client.send_data([np.array([0, 1, 2, 3]), 'item', 5.1])
assert server_socket.get_string() == 'Done'
utils.check_vals_in_iterable(server_socket.get_list(),
[np.array([0, 1, 2, 3]), 'item', 5.1])
client.send_infos_xml(custom_tree.parameter_to_xml_string(param))
assert server_socket.get_string() == 'Infos'
assert server_socket.get_string(
) == custom_tree.parameter_to_xml_string(param).decode()
client.send_info_string('someinfo', 'this is an info')
assert server_socket.get_string() == 'Info'
assert server_socket.get_string() == 'someinfo'
assert server_socket.get_string() == 'this is an info'
#test queue_command
client.cmd_signal.connect(self.get_cmd_signal)
client_manager = ClientObjectManager()
client_manager.cmd_signal.connect(client.queue_command)
with pytest.raises(Exception):
client.queue_command(utils.ThreadCommand('Weird command'))
#test get_data
server_socket.send_string('set_info')
server_socket.send_list(['line_settings', 'someparam'])
server_socket.send_string(
custom_tree.parameter_to_xml_string(
param.child('line_settings', 'someparam')))
msg = client.socket.get_string()
client.get_data(msg)
assert self.command == 'set_info'
utils.check_vals_in_iterable(
self.attributes,
[['line_settings', 'someparam'],
custom_tree.parameter_to_xml_string(
param.child('line_settings', 'someparam')).decode()])
server_socket.send_string('move_abs')
server_socket.send_scalar(12.546)
msg = client.socket.get_string()
client.get_data(msg)
assert self.command == 'move_abs'
utils.check_vals_in_iterable(self.attributes, [12.546])
server_socket.send_string('move_rel')
server_socket.send_scalar(3.2)
msg = client.socket.get_string()
client.get_data(msg)
assert self.command == 'move_rel'
utils.check_vals_in_iterable(self.attributes, [3.2])
server.stop()
