def _ensure_valid_profile(self, profile):
# ensure all keys are present
if not dict_contains_keys(self.default, profile):
return False
# conversion helper
def convert_value(profile, path, converter):
value = profile
for part in path[:-1]:
if not isinstance(value, dict) or not part in value:
raise RuntimeError("%s is not contained in profile" % ".".join(path))
value = value[part]
if not isinstance(value, dict) or not path[-1] in value:
raise RuntimeError("%s is not contained in profile" % ".".join(path))
value[path[-1]] = converter(value[path[-1]])
# convert ints
for path in (("extruder", "count"), ("axes", "x", "speed"), ("axes", "y", "speed"), ("axes", "z", "speed")):
try:
convert_value(profile, path, int)
except:
return False
# convert floats
for path in (("volume", "width"), ("volume", "depth"), ("volume", "height"), ("extruder", "nozzleDiameter")):
try:
convert_value(profile, path, float)
except:
return False
# convert booleans
for path in (("axes", "x", "inverted"), ("axes", "y", "inverted"), ("axes", "z", "inverted")):
try:
convert_value(profile, path, bool)
except:
return False
# validate form factor
if not profile["volume"]["formFactor"] in BedTypes.values():
return False
# validate offsets
offsets = []
for offset in profile["extruder"]["offsets"]:
if not len(offset) == 2:
return False
x_offset, y_offset = offset
try:
offsets.append((float(x_offset), float(y_offset)))
except:
return False
profile["extruder"]["offsets"] = offsets
return profile
def _ensure_valid_profile(self, profile):
# ensure all keys are present
if not dict_contains_keys(self.default, profile):
return False
# conversion helper
def convert_value(profile, path, converter):
value = profile
for part in path[:-1]:
if not isinstance(value, dict) or not part in value:
raise RuntimeError("%s is not contained in profile" %
".".join(path))
value = value[part]
if not isinstance(value, dict) or not path[-1] in value:
raise RuntimeError("%s is not contained in profile" %
".".join(path))
value[path[-1]] = converter(value[path[-1]])
# convert ints
for path in (("axes", "x", "speed"), ("axes", "y", "speed"),
("axes", "z", "speed")):
try:
convert_value(profile, path, int)
except:
return False
# convert floats
for path in (("volume", "width"), ("volume", "depth"), ("volume",
"height")):
try:
convert_value(profile, path, float)
except:
return False
# convert booleans
for path in (("axes", "x", "inverted"), ("axes", "y", "inverted"),
("axes", "z", "inverted")):
try:
convert_value(profile, path, bool)
except:
return False
return profile
def _ensure_valid_profile(self, profile):
# ensure all keys are present
if not dict_contains_keys(self.default, profile):
self._logger.warn(
"Profile invalid, missing keys. Expected: {expected!r}. Actual: {actual!r}"
.format(expected=self.default.keys(), actual=profile.keys()))
return False
# conversion helper
def convert_value(profile, path, converter):
value = profile
for part in path[:-1]:
if not isinstance(value, dict) or not part in value:
raise RuntimeError("%s is not contained in profile" %
".".join(path))
value = value[part]
if not isinstance(value, dict) or not path[-1] in value:
raise RuntimeError("%s is not contained in profile" %
".".join(path))
value[path[-1]] = converter(value[path[-1]])
# convert ints
for path in (("extruder", "count"), ("axes", "x", "speed"),
("axes", "y", "speed"), ("axes", "z", "speed")):
try:
convert_value(profile, path, int)
except Exception as e:
self._logger.warn(
"Profile has invalid value for path {path!r}: {msg}".
format(path=".".join(path), msg=str(e)))
return False
# convert floats
for path in (("volume", "width"), ("volume", "depth"),
("volume", "height"), ("extruder", "nozzleDiameter")):
try:
convert_value(profile, path, float)
except Exception as e:
self._logger.warn(
"Profile has invalid value for path {path!r}: {msg}".
format(path=".".join(path), msg=str(e)))
return False
# convert booleans
for path in (("axes", "x", "inverted"), ("axes", "y", "inverted"),
("axes", "z", "inverted"), ("extruder", "sharedNozzle")):
try:
convert_value(profile, path, bool)
except Exception as e:
self._logger.warn(
"Profile has invalid value for path {path!r}: {msg}".
format(path=".".join(path), msg=str(e)))
return False
# validate form factor
if not profile["volume"]["formFactor"] in BedFormFactor.values():
self._logger.warn(
"Profile has invalid value volume.formFactor: {formFactor}".
format(formFactor=profile["volume"]["formFactor"]))
return False
# validate origin type
if not profile["volume"]["origin"] in BedOrigin.values():
self._logger.warn(
"Profile has invalid value in volume.origin: {origin}".format(
origin=profile["volume"]["origin"]))
return False
# ensure origin and form factor combination is legal
if profile["volume"][
"formFactor"] == BedFormFactor.CIRCULAR and not profile[
"volume"]["origin"] == BedOrigin.CENTER:
profile["volume"]["origin"] = BedOrigin.CENTER
# force width and depth of volume to be identical for circular beds, with width being the reference
if profile["volume"]["formFactor"] == BedFormFactor.CIRCULAR:
profile["volume"]["depth"] = profile["volume"]["width"]
# if we have a custom bounding box, validate it
if profile["volume"]["custom_box"] and isinstance(
profile["volume"]["custom_box"], dict):
if not len(profile["volume"]["custom_box"]):
profile["volume"]["custom_box"] = False
else:
default_box = self._default_box_for_volume(profile["volume"])
for prop, limiter in (("x_min", min), ("y_min", min),
("z_min", min), ("x_max", max),
("y_max", max), ("z_max", max)):
if prop not in profile["volume"]["custom_box"] or profile[
"volume"]["custom_box"][prop] is None:
profile["volume"]["custom_box"][prop] = default_box[
prop]
else:
value = profile["volume"]["custom_box"][prop]
try:
value = limiter(float(value), default_box[prop])
profile["volume"]["custom_box"][prop] = value
except:
self._logger.warn(
"Profile has invalid value in volume.custom_box.{}: {!r}"
.format(prop, value))
return False
# make sure we actually do have a custom box and not just the same values as the
# default box
for prop in profile["volume"]["custom_box"]:
if profile["volume"]["custom_box"][prop] != default_box[
prop]:
break
else:
# exactly the same as the default box, remove custom box
profile["volume"]["custom_box"] = False
# validate offsets
offsets = []
for offset in profile["extruder"]["offsets"]:
if not len(offset) == 2:
self._logger.warn(
"Profile has an invalid extruder.offsets entry: {entry!r}".
format(entry=offset))
return False
x_offset, y_offset = offset
try:
offsets.append((float(x_offset), float(y_offset)))
except:
self._logger.warn(
"Profile has an extruder.offsets entry with non-float values: {entry!r}"
.format(entry=offset))
return False
profile["extruder"]["offsets"] = offsets
return profile
def _ensure_valid_profile(self, profile):
# ensure all keys are present
if not dict_contains_keys(self.default, profile):
self._logger.warn("Profile invalid, missing keys. Expected: {expected!r}. Actual: {actual!r}".format(expected=self.default.keys(), actual=profile.keys()))
return False
# conversion helper
def convert_value(profile, path, converter):
value = profile
for part in path[:-1]:
if not isinstance(value, dict) or not part in value:
raise RuntimeError("%s is not contained in profile" % ".".join(path))
value = value[part]
if not isinstance(value, dict) or not path[-1] in value:
raise RuntimeError("%s is not contained in profile" % ".".join(path))
value[path[-1]] = converter(value[path[-1]])
# convert ints
for path in (("extruder", "count"), ("axes", "x", "speed"), ("axes", "y", "speed"), ("axes", "z", "speed")):
try:
convert_value(profile, path, int)
except Exception as e:
self._logger.warn("Profile has invalid value for path {path!r}: {msg}".format(path=".".join(path), msg=str(e)))
return False
# convert floats
for path in (("volume", "width"), ("volume", "depth"), ("volume", "height"), ("extruder", "nozzleDiameter")):
try:
convert_value(profile, path, float)
except Exception as e:
self._logger.warn("Profile has invalid value for path {path!r}: {msg}".format(path=".".join(path), msg=str(e)))
return False
# convert booleans
for path in (("axes", "x", "inverted"), ("axes", "y", "inverted"), ("axes", "z", "inverted")):
try:
convert_value(profile, path, bool)
except Exception as e:
self._logger.warn("Profile has invalid value for path {path!r}: {msg}".format(path=".".join(path), msg=str(e)))
return False
# validate form factor
if not profile["volume"]["formFactor"] in BedTypes.values():
self._logger.warn("Profile has invalid value volume.formFactor: {formFactor}".format(formFactor=profile["volume"]["formFactor"]))
return False
# validate origin type
if not profile["volume"]["origin"] in BedOrigin.values():
self._logger.warn("Profile has invalid value in volume.origin: {origin}".format(origin=profile["volume"]["origin"]))
return False
# ensure origin and form factor combination is legal
if profile["volume"]["formFactor"] == BedTypes.CIRCULAR and not profile["volume"]["origin"] == BedOrigin.CENTER:
profile["volume"]["origin"] = BedOrigin.CENTER
# validate offsets
offsets = []
for offset in profile["extruder"]["offsets"]:
if not len(offset) == 2:
self._logger.warn("Profile has an invalid extruder.offsets entry: {entry!r}".format(entry=offset))
return False
x_offset, y_offset = offset
try:
offsets.append((float(x_offset), float(y_offset)))
except:
self._logger.warn("Profile has an extruder.offsets entry with non-float values: {entry!r}".format(entry=offset))
return False
profile["extruder"]["offsets"] = offsets
return profile
def _ensure_valid_profile(self, profile):
# ensure all keys are present
if not dict_contains_keys(self.default, profile):
return False
# conversion helper
def convert_value(profile, path, converter):
value = profile
for part in path[:-1]:
if not isinstance(value, dict) or not part in value:
raise RuntimeError("%s is not contained in profile" %
".".join(path))
value = value[part]
if not isinstance(value, dict) or not path[-1] in value:
raise RuntimeError("%s is not contained in profile" %
".".join(path))
value[path[-1]] = converter(value[path[-1]])
# convert ints
for path in (("extruder", "count"), ("axes", "x", "speed"),
("axes", "y", "speed"), ("axes", "z", "speed")):
try:
convert_value(profile, path, int)
except:
return False
# convert floats
for path in (("volume", "width"), ("volume", "depth"),
("volume", "height"), ("extruder", "nozzleDiameter")):
try:
convert_value(profile, path, float)
except:
return False
# convert booleans
for path in (("axes", "x", "inverted"), ("axes", "y", "inverted"),
("axes", "z", "inverted")):
try:
convert_value(profile, path, bool)
except:
return False
# validate form factor
if not profile["volume"]["formFactor"] in BedTypes.values():
return False
# validate offsets
offsets = []
for offset in profile["extruder"]["offsets"]:
if not len(offset) == 2:
return False
x_offset, y_offset = offset
try:
offsets.append((float(x_offset), float(y_offset)))
except:
return False
profile["extruder"]["offsets"] = offsets
return profile
def _ensure_valid_profile(self, profile):
# ensure all keys are present
if not dict_contains_keys(self.default, profile):
self._logger.warn("Profile invalid, missing keys. Expected: {expected!r}. Actual: {actual!r}".format(expected=self.default.keys(), actual=profile.keys()))
return False
# conversion helper
def convert_value(profile, path, converter):
value = profile
for part in path[:-1]:
if not isinstance(value, dict) or not part in value:
raise RuntimeError("%s is not contained in profile" % ".".join(path))
value = value[part]
if not isinstance(value, dict) or not path[-1] in value:
raise RuntimeError("%s is not contained in profile" % ".".join(path))
value[path[-1]] = converter(value[path[-1]])
# convert ints
for path in (("extruder", "count"), ("axes", "x", "speed"), ("axes", "y", "speed"), ("axes", "z", "speed")):
try:
convert_value(profile, path, int)
except Exception as e:
self._logger.warn("Profile has invalid value for path {path!r}: {msg}".format(path=".".join(path), msg=str(e)))
return False
# convert floats
for path in (("volume", "width"), ("volume", "depth"), ("volume", "height"), ("extruder", "nozzleDiameter")):
try:
convert_value(profile, path, float)
except Exception as e:
self._logger.warn("Profile has invalid value for path {path!r}: {msg}".format(path=".".join(path), msg=str(e)))
return False
# convert booleans
for path in (("axes", "x", "inverted"), ("axes", "y", "inverted"), ("axes", "z", "inverted"), ("extruder", "sharedNozzle")):
try:
convert_value(profile, path, bool)
except Exception as e:
self._logger.warn("Profile has invalid value for path {path!r}: {msg}".format(path=".".join(path), msg=str(e)))
return False
# validate form factor
if not profile["volume"]["formFactor"] in BedTypes.values():
self._logger.warn("Profile has invalid value volume.formFactor: {formFactor}".format(formFactor=profile["volume"]["formFactor"]))
return False
# validate origin type
if not profile["volume"]["origin"] in BedOrigin.values():
self._logger.warn("Profile has invalid value in volume.origin: {origin}".format(origin=profile["volume"]["origin"]))
return False
# ensure origin and form factor combination is legal
if profile["volume"]["formFactor"] == BedTypes.CIRCULAR and not profile["volume"]["origin"] == BedOrigin.CENTER:
profile["volume"]["origin"] = BedOrigin.CENTER
# force width and depth of volume to be identical for circular beds, with width being the reference
if profile["volume"]["formFactor"] == BedTypes.CIRCULAR:
profile["volume"]["depth"] = profile["volume"]["width"]
# if we have a custom bounding box, validate it
if profile["volume"]["custom_box"] and isinstance(profile["volume"]["custom_box"], dict):
if not len(profile["volume"]["custom_box"]):
profile["volume"]["custom_box"] = False
else:
default_box = self._default_box_for_volume(profile["volume"])
for prop, limiter in (("x_min", min), ("y_min", min), ("z_min", min),
("x_max", max), ("y_max", max), ("z_max", max)):
if prop not in profile["volume"]["custom_box"] or profile["volume"]["custom_box"][prop] is None:
profile["volume"]["custom_box"][prop] = default_box[prop]
else:
value = profile["volume"]["custom_box"][prop]
try:
value = limiter(float(value), default_box[prop])
profile["volume"]["custom_box"][prop] = value
except:
self._logger.warn("Profile has invalid value in volume.custom_box.{}: {!r}".format(prop, value))
return False
# make sure we actually do have a custom box and not just the same values as the
# default box
for prop in profile["volume"]["custom_box"]:
if profile["volume"]["custom_box"][prop] != default_box[prop]:
break
else:
# exactly the same as the default box, remove custom box
profile["volume"]["custom_box"] = False
# validate offsets
offsets = []
for offset in profile["extruder"]["offsets"]:
if not len(offset) == 2:
self._logger.warn("Profile has an invalid extruder.offsets entry: {entry!r}".format(entry=offset))
return False
x_offset, y_offset = offset
try:
offsets.append((float(x_offset), float(y_offset)))
except:
self._logger.warn("Profile has an extruder.offsets entry with non-float values: {entry!r}".format(entry=offset))
return False
profile["extruder"]["offsets"] = offsets
return profile