def p_create(fnr, lname, fname):
gender = constants.gender_female
try:
fodselsnr.personnr_ok(fnr)
except fodselsnr.InvalidFnrError:
logger.error("Cannot create person, bad no_ssn |%s|", fnr)
return None
if not (lname and fname):
logger.error("Cannot create person %s, missing name")
return None
if fodselsnr.er_mann(fnr):
gender = constants.gender_female
# this is very wrong, but as we do not have any birth days
# registered we need to try producing them.
year, mon, day = fodselsnr.fodt_dato(fnr)
# in order to be a guardian you need to be over 18 years old which
# excludes anyone born in after 1990 so this will work for now :-)
birth_date = db.Date(year, mon, day)
person.clear()
# Create person
person.populate(birth_date, gender)
person.affect_external_id(constants.system_manual,
constants.externalid_fodselsnr)
person.populate_external_id(constants.system_manual,
constants.externalid_fodselsnr, fnr)
person.write_db()
logger.info("Created new person with fnr %s", fnr)
# Add person_name
person.affect_names(constants.system_manual, constants.name_first,
constants.name_last)
person.populate_name(constants.name_first, fname)
person.populate_name(constants.name_last, lname)
person.write_db()
logger.debug("Added name %s %s to fnr %s", fname, lname, fnr)
return person.entity_id
def p_create(fnr, lname, fname):
gender = constants.gender_female
try:
fodselsnr.personnr_ok(fnr)
except fodselsnr.InvalidFnrError:
logger.error("Cannot create person, bad no_ssn |%s|", fnr)
return None
if not (lname and fname):
logger.error("Cannot create person %s, missing name")
return None
if fodselsnr.er_mann(fnr):
gender = constants.gender_female
# this is very wrong, but as we do not have any birth days
# registered we need to try producing them.
year, mon, day = fodselsnr.fodt_dato(fnr)
# in order to be a guardian you need to be over 18 years old which
# excludes anyone born in after 1990 so this will work for now :-)
birth_date = db.Date(year, mon, day)
person.clear()
# Create person
person.populate(birth_date, gender)
person.affect_external_id(constants.system_manual,
constants.externalid_fodselsnr)
person.populate_external_id(constants.system_manual,
constants.externalid_fodselsnr, fnr)
person.write_db()
logger.info("Created new person with fnr %s", fnr)
# Add person_name
person.affect_names(constants.system_manual,
constants.name_first,
constants.name_last)
person.populate_name(constants.name_first, fname)
person.populate_name(constants.name_last, lname)
person.write_db()
logger.debug("Added name %s %s to fnr %s", fname, lname, fnr)
return person.entity_id
def next_object(self, element):
def get_value(element_value):
return ensure_unicode(element_value, self.encoding)
def extract(element_attr):
return get_value(element.get(element_attr, ""))
result = HRDataPerson()
# Pull out all names
self._register_names(result, element)
# Pull out fnr
tmp = "%02d%02d%02d%05d" % tuple([int(element.get(x))
for x in ("fodtdag",
"fodtmnd",
"fodtar",
"personnr")])
fnr = fodselsnr.personnr_ok(tmp)
result.add_id(result.NO_SSN, fnr)
# Since LT does not provide birth date directly, we extract it from fnr
result.birth_date = Date(*fodselsnr.fodt_dato(fnr))
# ... and gender
if fodselsnr.er_mann(fnr):
result.gender = result.GENDER_MALE
else:
result.gender = result.GENDER_FEMALE
# fi
# Register address
# extract = lambda y: ensure_unicode(element.get(y, ""), self.encoding)
result.address = DataAddress(
kind=DataAddress.ADDRESS_PRIVATE,
street=(extract("adresselinje1_privatadresse"),
extract("adresselinje2_privatadresse")),
zip=extract("poststednr_privatadresse"),
city=extract("poststednavn_privatadresse"))
# Contact information and jobs
# FIXME: We do not have anything more intelligent for priorities
priorities = dict()
for sub in element.getiterator():
if sub.tag in ("bilag", "gjest", "tils",):
emp = self._make_employment(sub)
result.add_employment(emp)
elif sub.tag in ("komm", "arbtlf",):
for contact in self._make_contact(sub, priorities):
result.add_contact(contact)
# od
# od
# Reservation rules. Roughly, all employees are not reserved, unless
# they say otherwise. Everyone else *is* reserved, unless they
# explicitly allow publication in catalogues.
has_active = result.has_active_employments()
if has_active:
to_reserve = False
for resv in element.findall("res"):
if (resv.get("katalogkode") == "ELKAT" and
resv.get("felttypekode") not in
("PRIVADR", "PRIVTLF") and
resv.get("resnivakode") != "SAMTYKKE"):
to_reserve = True
else:
to_reserve = True
for resv in element.findall("res"):
if (resv.get("katalogkode") == "ELKAT" and
resv.get("felttypekode") not in
("PRIVADR", "PRIVTLF")):
to_reserve = resv.get("resnivakode") != "SAMTYKKE"
result.reserved = to_reserve
if (element.get("fakultetnr_for_lonnsslip") and
element.get("instituttnr_for_lonnsslip") and
element.get("gruppenr_for_lonnsslip")):
result.primary_ou = (cereconf.DEFAULT_INSTITUSJONSNR,
extract("fakultetnr_for_lonnsslip"),
extract("instituttnr_for_lonnsslip"),
extract("gruppenr_for_lonnsslip"))
if not (result.get_name(result.NAME_FIRST) and
result.get_name(result.NAME_LAST)):
raise AssertionError("Missing name for %s" %
list(result.iterids()))
return result
def next_object(self, element):
def get_value(element_value):
return ensure_unicode(element_value, self.encoding)
def extract(element_attr):
return get_value(element.get(element_attr, ""))
result = HRDataPerson()
# Pull out all names
self._register_names(result, element)
# Pull out fnr
tmp = "%02d%02d%02d%05d" % tuple([
int(element.get(x))
for x in ("fodtdag", "fodtmnd", "fodtar", "personnr")
])
fnr = fodselsnr.personnr_ok(tmp)
result.add_id(result.NO_SSN, fnr)
# Since LT does not provide birth date directly, we extract it from fnr
result.birth_date = Date(*fodselsnr.fodt_dato(fnr))
# ... and gender
if fodselsnr.er_mann(fnr):
result.gender = result.GENDER_MALE
else:
result.gender = result.GENDER_FEMALE
# fi
# Register address
# extract = lambda y: ensure_unicode(element.get(y, ""), self.encoding)
result.address = DataAddress(
kind=DataAddress.ADDRESS_PRIVATE,
street=(extract("adresselinje1_privatadresse"),
extract("adresselinje2_privatadresse")),
zip=extract("poststednr_privatadresse"),
city=extract("poststednavn_privatadresse"))
# Contact information and jobs
# FIXME: We do not have anything more intelligent for priorities
priorities = dict()
for sub in element.getiterator():
if sub.tag in (
"bilag",
"gjest",
"tils",
):
emp = self._make_employment(sub)
result.add_employment(emp)
elif sub.tag in (
"komm",
"arbtlf",
):
for contact in self._make_contact(sub, priorities):
result.add_contact(contact)
# od
# od
# Reservation rules. Roughly, all employees are not reserved, unless
# they say otherwise. Everyone else *is* reserved, unless they
# explicitly allow publication in catalogues.
has_active = result.has_active_employments()
if has_active:
to_reserve = False
for resv in element.findall("res"):
if (resv.get("katalogkode") == "ELKAT" and
resv.get("felttypekode") not in ("PRIVADR", "PRIVTLF")
and resv.get("resnivakode") != "SAMTYKKE"):
to_reserve = True
else:
to_reserve = True
for resv in element.findall("res"):
if (resv.get("katalogkode") == "ELKAT"
and resv.get("felttypekode")
not in ("PRIVADR", "PRIVTLF")):
to_reserve = resv.get("resnivakode") != "SAMTYKKE"
result.reserved = to_reserve
if (element.get("fakultetnr_for_lonnsslip")
and element.get("instituttnr_for_lonnsslip")
and element.get("gruppenr_for_lonnsslip")):
result.primary_ou = (cereconf.DEFAULT_INSTITUSJONSNR,
extract("fakultetnr_for_lonnsslip"),
extract("instituttnr_for_lonnsslip"),
extract("gruppenr_for_lonnsslip"))
if not (result.get_name(result.NAME_FIRST)
and result.get_name(result.NAME_LAST)):
raise AssertionError("Missing name for %s" %
list(result.iterids()))
return result