def server_address_changed(self):
"""Validate and store a changed 'server address' value"""
proposed_new_address: str = self.ui.serverAddress.text()
valid = RmNetUtils.valid_server_address(proposed_new_address)
if valid:
self._preferences.set_server_address(proposed_new_address)
SharedUtils.background_validity_color(self.ui.serverAddress, valid)
def dither_max_radius_changed(self):
proposed_new_number: str = self.ui.ditherMaxRadius.text()
new_number = Validators.valid_float_in_range(proposed_new_number, 0, 12*60*60)
valid = new_number is not None
if valid:
self._preferences.set_dither_max_radius(new_number)
SharedUtils.background_validity_color(self.ui.ditherMaxRadius, valid)
def source_az_changed(self):
"""Validate and store light source azimuth"""
proposed_new_number: str = self.ui.sourceAz.text()
new_number: Optional[float] = Validators.valid_float_in_range(proposed_new_number, -360, +360)
valid = new_number is not None
if valid:
self._preferences.set_source_az(new_number)
SharedUtils.background_validity_color(self.ui.sourceAz, valid)
def adu_tolerance_changed(self):
"""Validate and store a changed 'ADU tolerance' value"""
proposed_new_number: str = self.ui.aduTolerance.text()
new_number = Validators.valid_float_in_range(proposed_new_number, 0, 100)
valid = new_number is not None
if valid:
self._preferences.set_adu_tolerance(new_number / 100.0)
SharedUtils.background_validity_color(self.ui.aduTolerance, valid)
def port_number_changed(self):
"""Validate and store a changed 'server port number' value"""
proposed_new_number: str = self.ui.portNumber.text()
new_number = Validators.valid_int_in_range(proposed_new_number, 1, 65536)
valid = new_number is not None
if valid:
self._preferences.set_port_number(new_number)
SharedUtils.background_validity_color(self.ui.portNumber, valid)
def target_adus_changed(self):
"""Validate and store a changed 'target ADUs' value"""
proposed_new_number: str = self.ui.targetADUs.text()
new_number = Validators.valid_float_in_range(proposed_new_number, 1, 500000)
valid = new_number is not None
if valid:
self._preferences.set_target_adus(new_number)
SharedUtils.background_validity_color(self.ui.targetADUs, valid)
def number_of_flats_changed(self):
"""Validate and store a changed 'number of flat frames' value"""
proposed_new_number: str = self.ui.numFlats.text()
new_number = Validators.valid_int_in_range(proposed_new_number, 0, 256)
valid = new_number is not None
if valid:
self._preferences.set_default_frame_count(new_number)
SharedUtils.background_validity_color(self.ui.numFlats, valid)
def validate_filter_name_field(self, fs: FilterSpec, can_be_blank=False) -> bool:
# print(f"validate_filter_name_field({fs},{can_be_blank})")
# First we validate the format of the name, and whether it can be blank
name_field_name: str = f"filterName_{fs.get_slot_number()}"
this_field: QLineEdit = self.ui.findChild(QLineEdit, name_field_name)
assert this_field is not None
proposed_name = this_field.text().strip()
if len(proposed_name) == 0:
name_valid = can_be_blank
else:
name_valid = FilterSpec.valid_filter_name(proposed_name)
# If the name is otherwise valid, we check that it would be unique in the list
if name_valid and len(proposed_name) > 0:
other_fs: FilterSpec
for other_fs in self._preferences.get_filter_spec_list():
if other_fs.get_slot_number() != fs.get_slot_number(): # Only compare to other filters
if other_fs.get_name().strip() == proposed_name:
# Collision with existing name other than the one we're setting
name_valid = False
SharedUtils.background_validity_color(this_field, name_valid)
# print(f"validate_filter_name_field({fs},{can_be_blank}) returns {name_valid}")
return name_valid
