def upload(self, name, encoded_args, max_errors, contents):
"""Upload file, verify it and create the entry.
"""
max_errors = int(max_errors)
if (QueryExpansionBase.applying_changes
or QueryExpansionBase.uploading_dict):
logging.error(
"Create/Upload query exp ignored (operation in progress).")
return admin_handler.formatValidationErrors(
validatorlib.VALID_SHORT_CIRCUIT)
val = {}
config_utils.SafeExec(string.strip(encoded_args), val)
if not val.has_key('QEPARAMS'):
logging.error("Query expansion parameters missing in %s" %
encoded_args)
return admin_handler.formatValidationErrors(
validatorlib.VALID_SHORT_CIRCUIT)
params = val['QEPARAMS']
errors = validatorlib.VALID_OK
# Uploaded entries are deletable and downloadable
params[C.DELETABLE] = 1
params[C.DOWNLOADABLE] = 1
# Create a collection object in memory and do some initial checks on it,
# but do not yet actually create it in the configuration.
# Some of the code here is copied from collectionbase_handler, as we need
# finer control.
if not entconfig.IsNameValid(name):
logging.error("Invalid query exp name %s" % name)
return self.formatError(C.QUERYEXP_ENTRY_BAD_NAME, "Invalid name")
if not self.check_max_license():
return self.formatError(
C.QUERYEXP_LICENSE_LIMIT,
"License limit for query expansion reached")
coll_obj = self.qe_base.ConstructCollectionObject(name)
if coll_obj.Exists():
logging.error("Query exp entry %s aleady exists" % name)
return self.formatError(C.QUERYEXP_ENTRY_EXISTS,
"Query expansion entry already exists.")
QueryExpansionBase.uploading_dict = 1
errors = self.qe_base.Upload(coll_obj, 0, params, max_errors, contents)
QueryExpansionBase.uploading_dict = 0
if errors != validatorlib.VALID_OK:
msg = M.MSG_LOG_QUERYEXP_VALIDATION_FAILED % name
self.writeAdminRunnerOpMsg(msg)
# Make sure we deliver the right number of errors (the validator
# sometimes returns too many)
return admin_handler.formatValidationErrors(errors[0:max_errors])
msg = M.MSG_LOG_CREATE_COLLECTION % ('query expansion', name)
self.writeAdminRunnerOpMsg(msg)
return admin_handler.formatValidationErrors(validatorlib.VALID_OK)
def upload(self, name, encoded_args, max_errors, contents):
"""Upload file, verify it and create the entry.
"""
max_errors = int(max_errors)
if (QueryExpansionBase.applying_changes or
QueryExpansionBase.uploading_dict):
logging.error("Create/Upload query exp ignored (operation in progress).")
return admin_handler.formatValidationErrors(
validatorlib.VALID_SHORT_CIRCUIT)
val = {}
config_utils.SafeExec(string.strip(encoded_args), val)
if not val.has_key('QEPARAMS'):
logging.error("Query expansion parameters missing in %s" % encoded_args)
return admin_handler.formatValidationErrors(
validatorlib.VALID_SHORT_CIRCUIT)
params = val['QEPARAMS']
errors = validatorlib.VALID_OK
# Uploaded entries are deletable and downloadable
params[C.DELETABLE] = 1
params[C.DOWNLOADABLE] = 1
# Create a collection object in memory and do some initial checks on it,
# but do not yet actually create it in the configuration.
# Some of the code here is copied from collectionbase_handler, as we need
# finer control.
if not entconfig.IsNameValid(name):
logging.error("Invalid query exp name %s" % name)
return self.formatError(C.QUERYEXP_ENTRY_BAD_NAME,
"Invalid name")
if not self.check_max_license():
return self.formatError(C.QUERYEXP_LICENSE_LIMIT,
"License limit for query expansion reached")
coll_obj = self.qe_base.ConstructCollectionObject(name)
if coll_obj.Exists():
logging.error("Query exp entry %s aleady exists" % name)
return self.formatError(C.QUERYEXP_ENTRY_EXISTS,
"Query expansion entry already exists.")
QueryExpansionBase.uploading_dict = 1
errors = self.qe_base.Upload(coll_obj, 0, params, max_errors, contents)
QueryExpansionBase.uploading_dict = 0
if errors != validatorlib.VALID_OK:
msg = M.MSG_LOG_QUERYEXP_VALIDATION_FAILED % name
self.writeAdminRunnerOpMsg(msg)
# Make sure we deliver the right number of errors (the validator
# sometimes returns too many)
return admin_handler.formatValidationErrors(errors[0:max_errors])
msg = M.MSG_LOG_CREATE_COLLECTION % ('query expansion', name)
self.writeAdminRunnerOpMsg(msg)
return admin_handler.formatValidationErrors(validatorlib.VALID_OK)
def set(self, paramName, value):
""" Sets the parameter to a specified value """
val = {}
config_utils.SafeExec(string.strip(value), val)
if not val.has_key(paramName): return 1
value = val[paramName]
errors = self.cfg.globalParams.set_var(paramName, value, true)
return admin_handler.formatValidationErrors(errors)
def setparams(self, policy_name, encoded_args):
"""Set the parameters for groups of scoring adjustments, including
validation. Creates the group if it does not exist.
If no errors, returns an empty list.
Otherwise, returns a list of tuples of error code and detail string."""
settings = {}
config_utils.SafeExec(string.strip(encoded_args), settings)
errors = []
# Validate settings for each group.
for group in settings.keys():
if group == "patterns":
# Params should be a list containing the scoring weight, then
# alternating patterns and adjust levels. We only validate the
# patterns.
errors = self.validate_patterns(settings["patterns"])
elif group == "datebias":
# the only param, weight [0..100] is already validated in the
# handler code (ScoringAdjustHandler)
pass
elif group == "metadata":
# Params should be a list containing the scoring weight, then
# alternating name:value metadata information and adjust levels.
# We only validate the name:value metadata information.
errors = self.validate_metadata(settings["metadata"])
else:
logging.info("Ignoring unknown scoring group " + group)
# If no errors yet, make sure policy is present.
policy = None
if not errors:
if policy_name == ScoringAdjustHandler.DEFAULT_POLICY_NAME:
policy = self.cfg.getGlobalParam(C.ENT_SCORING_ADJUST)
else:
policies = self.cfg.getGlobalParam(C.ENT_SCORING_ADDITIONAL_POLICIES)
if policies and policy_name in policies:
policy = policies[policy_name]
if policy is None:
errors.append(validatorlib.ValidationError(
policy_name, C.SCORING_ADJUST_POLICY_MISSING))
# If no errors, now save each group (even unknown ones)
if not errors:
for group in settings.keys():
policy[group] = settings[group]
if policy_name == ScoringAdjustHandler.DEFAULT_POLICY_NAME:
self.cfg.setGlobalParam(C.ENT_SCORING_ADJUST, policy)
else:
policies = self.cfg.getGlobalParam(C.ENT_SCORING_ADDITIONAL_POLICIES)
policies[policy_name] = policy
self.cfg.setGlobalParam(C.ENT_SCORING_ADDITIONAL_POLICIES, policies)
errors = validatorlib.VALID_OK
return admin_handler.formatValidationErrors(errors)
def setvar(self, userName, varName, varVal):
user = ent_collection.EntUserParam(userName, self.cfg.globalParams)
# if user has no params yet, create them
if not user.Exists() and not user.Create():
logging.error("Failed to create userparam %s" % userName)
user.Delete()
return admin_handler.formatValidationErrors(
[validatorlib.ValidationError("Invalid User")])
val = {}
config_utils.SafeExec(string.strip(varVal), val)
if not val.has_key(varName): return 1
value = val[varName]
try:
errors = user.set_var(varName, value, validate=1)
except KeyError:
return 1
return admin_handler.formatValidationErrors(errors)
def setvar(self, userName, varName, varVal):
user = ent_collection.EntUserParam(userName,
self.cfg.globalParams)
# if user has no params yet, create them
if not user.Exists() and not user.Create():
logging.error("Failed to create userparam %s" % userName)
user.Delete()
return admin_handler.formatValidationErrors([
validatorlib.ValidationError("Invalid User")])
val = {}
config_utils.SafeExec(string.strip(varVal), val)
if not val.has_key(varName): return 1
value = val[varName]
try:
errors = user.set_var(varName, value, validate = 1)
except KeyError:
return 1
return admin_handler.formatValidationErrors(errors)
def setfile(self, name, varName, varBody):
coll_obj = self.construct_collection_object(name)
# There's no infrastructure for returning warnings, so we'll just
# silently convert any non-UTF8 characters.
varBody = entconfig.RepairUTF8(varBody)
try:
errors = coll_obj.set_file_var_content(varName, varBody, validate = 1)
except KeyError:
return 1
return admin_handler.formatValidationErrors(errors)
def setvar(self, name, varName, varVal):
val = {}
config_utils.SafeExec(string.strip(varVal), val)
if not val.has_key(varName): return 1
value = val[varName]
coll_obj = self.construct_collection_object(name)
try:
errors = coll_obj.set_var(varName, value, validate=1)
except KeyError:
return 1
return admin_handler.formatValidationErrors(errors)
def setvar(self, name, varName, varVal):
val = {}
config_utils.SafeExec(string.strip(varVal), val)
if not val.has_key(varName): return 1
value = val[varName]
coll_obj = self.construct_collection_object(name)
try:
errors = coll_obj.set_var(varName, value, validate = 1)
except KeyError:
return 1
return admin_handler.formatValidationErrors(errors)
def setfile(self, name, varName, varBody):
coll_obj = self.construct_collection_object(name)
# There's no infrastructure for returning warnings, so we'll just
# silently convert any non-UTF8 characters.
varBody = entconfig.RepairUTF8(varBody)
try:
errors = coll_obj.set_file_var_content(varName,
varBody,
validate=1)
except KeyError:
return 1
return admin_handler.formatValidationErrors(errors)
def validate(self, paramName): """ Validates a parameter in the local context """ errors = self.cfg.globalParams.ValidateVar(paramName) return admin_handler.formatValidationErrors(errors)
def formatError(self, code, msg):
"""Format a single error for return."""
return admin_handler.formatValidationErrors([
validatorlib.ValidationError(msg, code)
])
def validate_var(self, name, varName):
coll_obj = self.construct_collection_object(name)
errors = coll_obj.validate_var(varName)
return admin_handler.formatValidationErrors(errors)
def canexport(self, name):
errors = self.cfg.globalParams.ValidateVar(('ENT_COLLECTIONS', name))
if errors != validatorlib.VALID_OK:
return admin_handler.formatValidationErrors(errors)
return "VALID\n0"
def validate_var(self, name, varName): coll_obj = self.construct_collection_object(name) errors = coll_obj.validate_var(varName) return admin_handler.formatValidationErrors(errors)
def formatError(self, code, msg):
"""Format a single error for return."""
return admin_handler.formatValidationErrors(
[validatorlib.ValidationError(msg, code)])
def setfile(self, paramName, value):
""" Sets the content of a file parameter """
errors = self.cfg.globalParams.set_file_var_content(
paramName, value, true)
return admin_handler.formatValidationErrors(errors)
def setfile(self, paramName, value):
""" Sets the content of a file parameter """
errors = self.cfg.globalParams.set_file_var_content(
paramName, value, true)
return admin_handler.formatValidationErrors(errors)
