def defineValidators(inspector):
"""Define settings validation for the DRAGON plugin."""
if inspector.cs["xsKernel"] != CONF_OPT_DRAGON:
# No need to validate DRAGON settings if DRAGON is not being used.
return []
queries = [
settingsValidation.Query(
lambda: shutil.which(inspector.cs[CONF_DRAGON_PATH]) is None,
f"The path specified in the `{CONF_DRAGON_PATH}` setting does not exist: "
f"{inspector.cs[CONF_DRAGON_PATH]}",
"Please update executable location to the correct location.",
inspector.NO_ACTION,
),
settingsValidation.Query(
lambda: not os.path.exists(inspector.cs[CONF_DRAGON_DATA_PATH]),
"The path specified to the dragon nuclear data file in the "
f"`{CONF_DRAGON_DATA_PATH}` setting does not exist: "
f"{inspector.cs[CONF_DRAGON_DATA_PATH]}",
"Please update nuclear data location to the correct location.",
inspector.NO_ACTION,
),
settingsValidation.Query(
lambda: len(
energyGroups.getGroupStructure(inspector.cs["groupStructure"]))
> 33,
"DRAGON does not run well with more than 33 groups due to calculating "
"<400 fine groups. This few number of fine groups may not map well onto "
"more than 33 groups.",
"Proceed with caution, or choose a group structure with less than 33 groups.",
inspector.NO_ACTION,
),
settingsValidation.Query(
lambda: "7r0" in inspector.cs[CONF_DRAGON_DATA_PATH],
"ENDF/B-VII.0 is selected for DRAGON, but Mo98 is not available in this "
"library. Your run will likely fail if there is any Mo in your system. ",
"It is recommended that the nuclear data be switched to ENDF/B-VII.1 or"
"ENDF/B-VIII.0, or Mo98 be removed from nuclear modeling.",
inspector.NO_ACTION,
),
settingsValidation.Query(
lambda: not os.path.exists(inspector.cs[CONF_DRAGON_TEMPLATE_PATH]
),
"The path specified to the DRAGON template file in the "
f"`{CONF_DRAGON_TEMPLATE_PATH}` setting does not exist: "
f"{inspector.cs[CONF_DRAGON_TEMPLATE_PATH]}",
"Please update to the correct location.",
inspector.NO_ACTION,
),
]
return queries
def defineSettingsValidators(inspector):
"""
Check neutronics settings.
"""
from armi.operators import settingsValidation # avoid cyclic import
from armi.scripts.migration.crossSectionBlueprintsToSettings import (
migrateCrossSectionsFromBlueprints,
)
queries = []
def blueprintsHasOldXSInput(path):
with directoryChangers.DirectoryChanger(inspector.cs.inputDirectory):
with open(os.path.expandvars(path)) as f:
for line in f:
if line.startswith("cross sections:"):
return True
return False
queries.append(
settingsValidation.Query(
lambda: inspector.cs["loadingFile"]
and blueprintsHasOldXSInput(inspector.cs["loadingFile"]),
"The specified blueprints input file '{0}' contains compound cross section settings. "
"".format(inspector.cs["loadingFile"]),
"Automatically move them to the settings file, {}? WARNING: if multiple settings files point "
"to this blueprints input you must manually update the others.".format(
inspector.cs.path
),
lambda: migrateCrossSectionsFromBlueprints(inspector.cs),
)
)
return queries
def defineSettingValidators(inspector):
"""Define DIF3D-related setting validations."""
queries = [
settingsValidation.Query(
lambda: (inspector.cs[neutronicsSettings.CONF_NEUTRONICS_KERNEL
] == CONF_OPT_DIF3DNODAL and neutronics.
adjointCalculationRequested(inspector.cs)) and inspector.
cs[CONF_COARSE_MESH_REBALANCE] > -1,
"The DIF3D nodal approximation will not converge for the adjoint flux solution if the "
f"`{CONF_COARSE_MESH_REBALANCE}` setting is enabled.",
f"Disable `{CONF_COARSE_MESH_REBALANCE}`?",
lambda: inspector._assignCS(CONF_COARSE_MESH_REBALANCE, -1),
),
settingsValidation.Query(
lambda: inspector.cs[neutronicsSettings.CONF_NEUTRONICS_KERNEL] ==
CONF_OPT_DIF3DNODAL and inspector.cs[
CONF_ASYMP_EXTRAP_OF_NODAL_CALC] == -1,
f"The value of `{CONF_ASYMP_EXTRAP_OF_NODAL_CALC}` is not valid "
f"for {CONF_OPT_DIF3DNODAL}",
"Set value to 0 to perform asymptotic source extrapolation?",
lambda: inspector._assignCS(CONF_ASYMP_EXTRAP_OF_NODAL_CALC, 0),
),
settingsValidation.Query(
lambda: inspector.cs[neutronicsSettings.CONF_NEUTRONICS_KERNEL] ==
CONF_OPT_VARIANT and not inspector.cs[
CONF_VARIANT_TRANSPORT_AND_SCATTER_ORDER],
f"The value of `{CONF_VARIANT_TRANSPORT_AND_SCATTER_ORDER}` must be set "
f"for {CONF_OPT_VARIANT}",
"Set value to P3P3?",
lambda: inspector._assignCS(
CONF_VARIANT_TRANSPORT_AND_SCATTER_ORDER, "P3P3"),
),
settingsValidation.Query(
lambda: shutil.which(inspector.cs[CONF_DIF3D_PATH]) is None,
"The provided DIF3D executable cannot be found: {}".format(
inspector.cs[CONF_DIF3D_PATH]),
"Please update executable location to the valid location.",
inspector.NO_ACTION,
),
]
return queries
def defineSettingsValidators(inspector):
"""
Implementation of settings inspections for fuel cycle settings.
"""
queries = []
queries.append(
settingsValidation.Query(
lambda: bool(inspector.cs["shuffleLogic"]) ^ bool(inspector.cs[
"fuelHandlerName"]),
"A value was provided for `fuelHandlerName` or `shuffleLogic`, but not "
"the other. Either both `fuelHandlerName` and `shuffleLogic` should be "
"defined, or neither of them.",
"",
inspector.NO_ACTION,
))
# Check for code fixes for input code on the fuel shuffling outside the version control of ARMI
# These are basically auto-migrations for untracked code using
# the ARMI API. (This may make sense at a higher level)
regex_solutions = [
(
r"(#{0,20}?)[^\s#]*output\s*?\((.*?)(,\s*[1-3]{1}\s*)\)",
r"\1runLog.important(\2)",
),
(
r"(#{0,20}?)[^\s#]*output\s*?\((.*?)(,\s*[4-5]{1,2}\s*)\)",
r"\1runLog.info(\2)",
),
(
r"(#{0,20}?)[^\s#]*output\s*?\((.*?)(,\s*[6-8]{1,2}\s*)\)",
r"\1runLog.extra(\2)",
),
(
r"(#{0,20}?)[^\s#]*output\s*?\((.*?)(,\s*\d{1,2}\s*)\)",
r"\1runLog.debug(\2)",
),
(r"(#{0,20}?)[^\s#]*output\s*?\((.*?)\)",
r"\1runLog.important(\2)"),
(r"output = self.cs.output", r""),
(r"cs\.getSetting\(\s*([^\)]+)\s*\)", r"cs[\1]"),
(r"cs\.setSetting\(\s*([^\)]+)\s*,\s*([^\)]+)\s*\)",
r"cs[\1] = \2"),
(
r"import\s*armi\.components\s*as\s*components",
r"from armi.reactor import components",
),
(r"\[['\"]caseTitle['\"]\]", r".caseTitle"),
(
r"self.r.core.bolAssems\['(.*?)'\]",
r"self.r.blueprints.assemblies['\1']",
),
(r"copyAssembly", r"duplicate"),
]
def _locateRegexOccurences():
with open(inspector._csRelativePath(
inspector.cs["shuffleLogic"])) as src:
src = src.read()
matches = []
for pattern, _sub in regex_solutions:
matches += re.findall(pattern, src)
return matches
def _applyRegexSolutions():
srcFile = inspector._csRelativePath(inspector.cs["shuffleLogic"])
destFile = os.path.splitext(srcFile)[0] + "migrated.py"
with open(srcFile) as src, open(destFile, "w") as dest:
srcContent = src.read() # get the buffer content
regexContent = srcContent # keep the before and after changes separate
for pattern, sub in regex_solutions:
regexContent = re.sub(pattern, sub, regexContent)
if regexContent != srcContent:
dest.write("from armi import runLog\n")
dest.write(regexContent)
inspector.cs["shuffleLogic"] = destFile
queries.append(
settingsValidation.Query(
lambda: " " in inspector.cs["shuffleLogic"],
"Spaces are not allowed in shuffleLogic file location. You have specified {0}. "
"Shuffling will not occur.".format(
inspector.cs["shuffleLogic"]),
"",
inspector.NO_ACTION,
))
def _clearShufflingInput():
inspector._assignCS("shuffleLogic", "")
inspector._assignCS("fuelHandlerName", "")
queries.append(
settingsValidation.Query(
lambda: inspector.cs["shuffleLogic"] and not inspector.
_csRelativePathExists(inspector.cs["shuffleLogic"]),
"The specified shuffle logic file '{0}' cannot be found. "
"Shuffling will not occur.".format(
inspector.cs["shuffleLogic"]),
"Clear specified file value?",
_clearShufflingInput,
))
queries.append(
settingsValidation.Query(
lambda: inspector.cs["shuffleLogic"] and inspector.
_csRelativePathExists(inspector.cs["shuffleLogic"]
) and _locateRegexOccurences(),
"The shuffle logic file {} uses deprecated code."
" It will not work unless you permit some automated changes to occur."
" The logic file will be backed up to the current directory under a timestamped name"
"".format(inspector.cs["shuffleLogic"]),
"Proceed?",
_applyRegexSolutions,
))
return queries