def test_write_setup():
import math
idc_to_param_names = {1: {}, 2: {}}
for i in range(10):
idc_to_param_names[1][i] = 'idc=1, p=%i' % i
idc_to_param_names[2][i] = 'idc=2, p=%i' % i
d1 = cm.Device(bus=0, address=0, idc=1)
d1.name = 'd1'
d2 = cm.Device(bus=1, address=5, idc=2)
d2.name = 'd2'
d3 = cm.Device(bus=0, address=7, idc=2)
d3.name = 'd3'
for i in range(12):
d1.set_parameter(i, i * i)
d2.set_parameter(i, i * i * i)
d3.set_parameter(i, math.sqrt(i))
mrc1 = cm.ConfigMrc(url='/dev/ttyUSB0')
mrc1.name = 'the_mrc'
mrc1.add_device(d1)
mrc1.add_device(d2)
mrc2 = cm.ConfigMrc(url='/dev/ttyUSB1')
mrc2.name = 'the_2nd_mrc'
mrc2.add_device(d3)
setup = cm.Setup()
setup.add_mrc(mrc1)
setup.add_mrc(mrc2)
dest = io.StringIO()
cxml.write_setup(setup, dest, idc_to_param_names)
#with open("config_xml_debug_file.xml", 'w') as debugFile:
# cxml.write_setup(setup, debugFile, idc_to_param_names)
actual = dest.getvalue()
try:
assert actual == expected2
except AssertionError:
print("test_write_device_config diff:")
for l in difflib.unified_diff(expected2.splitlines(),
actual.splitlines(), "expected",
"actual"):
print(l)
raise
def accepted():
bus, address, idc, name = dialog.result()
device_config = cm.make_device_config(bus, address, idc, name,
device_registry.get_device_profile(idc))
if not mrc.has_cfg:
registry.cfg.add_mrc(cm.ConfigMrc(mrc.url))
mrc.cfg.add_device(device_config)
def accepted(mrc=mrc):
try:
url, connect, autoconnect = dialog.result()
if url == mrc.cfg.url and mrc.cfg.autoconnect == autoconnect:
return
device_configs = [d for d in mrc.cfg]
for d in device_configs:
mrc.cfg.remove_device(d)
name = mrc.cfg.name
registry.cfg.remove_mrc(mrc.cfg)
new_mrc = cm.ConfigMrc(url)
new_mrc.name = name
new_mrc.autoconnect = autoconnect
for d in device_configs:
new_mrc.add_device(d)
registry.cfg.add_mrc(new_mrc)
if connect:
mrc = registry.hw.get_mrc(url)
if not mrc:
add_mrc_connection(registry.hw, url, connect)
elif mrc.is_disconnected():
mrc.connect()
except Exception as e:
log.exception("run_edit_mrc_config")
def create_config(self):
if self.cfg is not None:
raise RuntimeError("MRC config exists")
self.mrc_registry.cfg.add_mrc(cm.ConfigMrc(self.url))
return self.cfg
def accepted():
url, connect, autoconnect = dialog.result()
mrc = cm.ConfigMrc(url)
mrc.autoconnect = autoconnect
registry.cfg.add_mrc(mrc)
if connect:
mrc = registry.hw.get_mrc(url)
if not mrc:
add_mrc_connection(registry.hw, url, True)
elif mrc.is_disconnected():
mrc.connect()
def _mrc_config_from_node(mrc_node):
attrs = ['url', 'name', 'autoconnect']
ret = cm.ConfigMrc()
for attr in attrs:
n = mrc_node.find(attr)
if n is not None:
try:
prop_t = getattr(cm.MRC, attr).type
except AttributeError:
prop_t = None
if prop_t is bool:
prop_v = n.text.lower() in ['true', 'y', 'yes', 'on', '1']
else:
prop_v = n.text
setattr(ret, attr, prop_v)
for device_node in mrc_node.findall('device_config'):
ret.add_device(_device_config_from_node(device_node))
return ret