def locinfo():
""" Return info about a location as JSON """
resp = dict(found=False)
name = request.args.get("name")
kind = request.args.get("kind")
if name and kind and kind in LOCATION_TAXONOMY:
loc = location_info(name, kind)
if loc:
resp["found"] = True
resp["country"] = loc.get("country")
resp["continent"] = loc.get("continent")
resp["desc"] = location_description(loc)
lat, lon = loc.get("latitude"), loc.get("longitude")
if lat and lon:
z = ZOOM_FOR_LOC_KIND.get(loc.get("kind"))
# We want a slightly lower zoom level for foreign placenames
if resp["country"] != ICELAND_ISOCODE and kind == "placename":
z -= 1
resp["map"] = STATIC_MAP_URL.format(lat, lon, z)
elif name in ICE_REGIONS:
resp["map"] = "/static/img/maps/regions/" + name + ".png"
elif kind == "continent" and resp["continent"] and resp[
"continent"] in ISO_TO_CONTINENT:
resp["map"] = ("/static/img/maps/continents/" +
resp["continent"] + ".png")
return better_jsonify(**resp)
def _which_continent_query(subject, q):
""" Generate answer to question concerning the continent on which
a given country name or placename is located. """
# Get country code
cc = isocode_for_country_name(subject)
is_city = False
if not cc:
# OK, the subject is not a country
# Let's see if it's a city
info = location_info(subject, "placename")
if not info:
return False # We don't know where it is
cc = info.get("country")
is_city = True
contcode = continent_for_country(cc)
continent = ISO_TO_CONTINENT[contcode]
continent_dat = nom2dat(continent)
# Format answer
answer = continent_dat
response = dict(answer=answer)
if is_city:
voice = "Borgin {0} er {1}, sem er land í {2}".format(
subject, country_desc(cc), continent_dat)
else:
voice = "Landið {0} er í {1}".format(subject, continent_dat)
q.set_answer(response, answer, voice)
q.set_key(subject)
q.set_context(dict(subject=continent))
return True
def locinfo():
""" Return info about a location as JSON """
resp = dict(found=False)
name = request.args.get("name")
kind = request.args.get("kind")
if name and kind and kind in LOCATION_TAXONOMY:
loc = location_info(name, kind)
if loc:
resp["found"] = True
resp["country"] = loc.get("country")
resp["continent"] = loc.get("continent")
resp["desc"] = location_description(loc)
lat, lon = loc.get("latitude"), loc.get("longitude")
if lat and lon:
z = ZOOM_FOR_LOC_KIND.get(loc.get("kind"))
# We want a slightly lower zoom level for foreign placenames
if resp["country"] != ICELAND_ISOCODE and kind == "placename":
z -= 1
resp["map"] = STATIC_MAP_URL.format(lat, lon, z)
elif name in ICE_REGIONS:
resp["map"] = "/static/img/maps/regions/" + name + ".png"
elif resp["continent"] and name in ISO_TO_CONTINENT.values():
resp["map"] = "/static/img/maps/continents/" + resp["continent"] + ".png"
return better_jsonify(**resp)
def article_end(state):
""" Called at the end of article processing """
locs = state.get("locations")
if not locs:
return
url = state["url"]
session = state["session"]
# Find all placenames mentioned in article
# We can use them to disambiguate addresses and street names
# TODO: Perhaps do this in a more fine-grained manner, at a
# sentence or paragraph level.
placenames = [p.name for p in locs if p.kind == "placename"]
# Get info about each location and save to database
for name, kind in locs:
loc = location_info(name=name, kind=kind, placename_hints=placenames)
loc["article_url"] = url
loc["timestamp"] = datetime.utcnow()
print("Location '{0}' is a {1}".format(loc["name"], loc["kind"]))
locmodel = Location(**loc)
session.add(locmodel)
def article_end(state):
""" Called at the end of article processing """
locs = state.get("locations")
if not locs:
return
url = state["url"]
session = state["session"]
# Find all placenames mentioned in article
# We can use them to disambiguate addresses and street names
# TODO: Perhaps do this in a more fine-grained manner, at a
# sentence or paragraph level.
placenames = [p.name for p in locs if p.kind == "placename"]
# Get info about each location and save to database
for name, kind in locs:
loc = location_info(name=name, kind=kind, placename_hints=placenames)
loc["article_url"] = url
loc["timestamp"] = datetime.utcnow()
print("Location '{0}' is a {1}".format(loc["name"], loc["kind"]))
locmodel = Location(**loc)
session.add(locmodel)
def _which_country_query(subject: str, q: Query):
""" Generate answer to question concerning the country in which
a given placename is located. """
info = location_info(subject, "placename")
if not info:
return False
cc = info.get("country")
if not cc:
return False
# Get country name w. preposition ("í Þýskalandi")
desc = country_desc(cc)
# Format answer
answer = cap_first(desc)
response = dict(answer=answer)
voice = "{0} er {1}".format(subject, desc)
q.set_answer(response, answer, voice)
q.set_key(subject)
cname = country_name_for_isocode(cc)
if cname is not None:
q.set_context(dict(subject=cname))
return True
def _which_continent_query(subject: str, q: Query):
""" Generate answer to question concerning the continent on which
a given country name or placename is located. """
# Get country code
cc = isocode_for_country_name(subject)
is_placename = False
if not cc:
# OK, the subject is not a country
# Let's see if it's a placename
info = location_info(subject, "placename")
if not info:
return False # We don't know where it is
cc = info.get("country")
is_placename = True
if not cc:
return False
contcode = continent_for_country(cc)
if contcode is None:
continent = "óþekkt heimsálfa"
continent_dat = "óþekktri heimsálfu"
else:
continent = ISO_TO_CONTINENT[contcode]
continent_dat = nom2dat(continent)
# Format answer
answer = continent_dat
response = dict(answer=answer)
if is_placename:
cd = country_desc(cc)
voice = "Staðurinn {0} er {1}, sem er land í {2}".format(
subject, cd, continent_dat)
answer = "{0}, {1}".format(cap_first(cd), continent_dat)
else:
voice = "Landið {0} er í {1}".format(subject, continent_dat)
q.set_answer(response, answer, voice)
q.set_key(subject)
q.set_context(dict(subject=continent))
return True
def locinfo():
""" Return info about a location as JSON. """
resp = dict(found=False)
name = request.args.get("name")
kind = request.args.get("kind")
# Bail if we don't have the args
if not (name and kind and kind in LOCATION_TAXONOMY):
return better_jsonify(**resp)
# Try to find some info on loc
loc = location_info(name, kind)
if not loc:
return better_jsonify(**resp)
# We've found it
resp["found"] = True
resp["country"] = loc.get("country")
resp["continent"] = loc.get("continent")
resp["desc"] = location_description(loc)
lat, lon = loc.get("latitude"), loc.get("longitude")
# We have coords
if lat and lon:
z = ZOOM_FOR_LOC_KIND.get(loc.get("kind"))
# We want a slightly lower zoom level for foreign placenames
if resp["country"] != ICELAND_ISOCODE and kind == "placename":
z -= 1
resp["map"] = STATIC_MAP_URL.format(lat, lon, z)
# Icelandic region
elif name in ICE_REGIONS:
resp["map"] = "/static/img/maps/regions/" + name + ".png"
# Continent
elif resp["country"] is None and resp["continent"] in ISO_TO_CONTINENT:
resp["map"] = "/static/img/maps/continents/" + resp[
"continent"] + ".png"
return better_jsonify(**resp)
def _which_country_query(subject, q):
""" Generate answer to question concerning the country in which
a given placename is located. """
info = location_info(subject, "placename")
if not info:
return False
cc = info.get("country")
if not cc:
return False
# Get country name w. preposition ("í Þýskalandi")
desc = country_desc(cc)
# Format answer
answer = desc[0].upper() + desc[1:]
response = dict(answer=answer)
voice = "{0} er {1}".format(subject, desc)
q.set_answer(response, answer, voice)
q.set_key(subject)
return True
def test_geo():
""" Test geography and location-related functions in geo.py """
from geo import (
icelandic_city_name,
continent_for_country,
coords_for_country,
coords_for_street_name,
country_name_for_isocode,
isocode_for_country_name,
icelandic_addr_info,
lookup_city_info,
parse_address_string,
iceprep_for_street,
iceprep_for_placename,
iceprep_for_country,
iceprep_for_cc,
capitalize_placename,
distance,
in_iceland,
code_for_us_state,
coords_for_us_state_code,
location_info,
)
assert icelandic_city_name("London") == "Lundúnir"
assert icelandic_city_name("Rome") == "Róm"
assert continent_for_country("IS") == "EU"
assert continent_for_country("no") == "EU"
assert continent_for_country("MX") == "NA"
assert coords_for_country("DE") is not None
assert coords_for_country("it") is not None
assert coords_for_street_name("Austurstræti") is not None
assert coords_for_street_name("Háaleitisbraut") is not None
assert country_name_for_isocode("DE", lang="is") == "Þýskaland"
assert country_name_for_isocode("DE") == "Þýskaland"
assert isocode_for_country_name("Danmörk", lang="is") == "DK"
assert isocode_for_country_name("Danmörk", lang="IS") == "DK"
assert isocode_for_country_name("Noregur") == "NO"
addr_info = icelandic_addr_info("Fiskislóð 31")
assert addr_info and addr_info["stadur_tgf"] == "Reykjavík"
# Test city info lookup
city_info = lookup_city_info("Kænugarður")
assert city_info and len(
city_info) == 1 and city_info[0]["country"] == "UA"
city_info = lookup_city_info("Kaupmannahöfn")
assert city_info and len(
city_info) == 1 and city_info[0]["country"] == "DK"
city_info = lookup_city_info("Pjongjang")
assert city_info and len(
city_info) == 1 and city_info[0]["country"] == "KP"
city_info = lookup_city_info("Pyongyang")
assert city_info and len(
city_info) == 1 and city_info[0]["country"] == "KP"
# Test address string parsing
assert parse_address_string(" Fiskislóð 31") == {
"street": "Fiskislóð",
"number": 31,
"letter": "",
}
assert parse_address_string("Öldugata 19c ") == {
"street": "Öldugata",
"number": 19,
"letter": "c",
}
assert parse_address_string(" Dúfnahólar 10 ") == {
"street": "Dúfnahólar",
"number": 10,
"letter": "",
}
# Test prepositions for street names
assert iceprep_for_street("Öldugata") == "á"
assert iceprep_for_street("Fiskislóð") == "á"
assert iceprep_for_street("Austurstræti") == "í"
assert iceprep_for_street("Hamrahlíð") == "í"
# Test prepositions for placenames
assert iceprep_for_placename("Dalvík") == "á"
assert iceprep_for_placename("Akureyri") == "á"
assert iceprep_for_placename("Ísafjörður") == "á"
assert iceprep_for_placename("Reykjavík") == "í"
assert iceprep_for_placename("Hafnarfjörður") == "í"
assert iceprep_for_placename("London") == "í"
assert iceprep_for_placename("Dyflinni") == "í"
# Test prepositions for countries
assert iceprep_for_country("Ítalía") == "á"
assert iceprep_for_country("Ísland") == "á"
assert iceprep_for_country("Þýskaland") == "í"
assert iceprep_for_country("Japan") == "í"
assert iceprep_for_country("spánn") == "á"
# Test prepositions for countries, queried by CC
assert iceprep_for_cc("IS") == "á"
assert iceprep_for_cc("US") == "í"
assert iceprep_for_cc("ES") == "á"
assert iceprep_for_cc("es") == "á"
# Test placename capitalization
assert capitalize_placename("ríó de janeiro") == "Ríó de Janeiro"
assert capitalize_placename("vík í mýrdal") == "Vík í Mýrdal"
assert capitalize_placename("Vík í mýrdal") == "Vík í Mýrdal"
assert capitalize_placename("frankfúrt am main") == "Frankfúrt am Main"
assert capitalize_placename("mið-afríkulýðveldið") == "Mið-Afríkulýðveldið"
assert capitalize_placename("Norður-kórea") == "Norður-Kórea"
assert capitalize_placename("norður-Kórea") == "Norður-Kórea"
assert capitalize_placename(
"bosnía og hersegóvína") == "Bosnía og Hersegóvína"
assert capitalize_placename("Norður-Makedónía") == "Norður-Makedónía"
# Distance
assert int(distance((64.141439, -21.943944),
(65.688131, -18.102528))) == 249
assert in_iceland((66.462205, -15.968417))
assert not in_iceland((62.010846, -6.776709))
assert not in_iceland((62.031342, -18.539553))
# US States
assert code_for_us_state("Flórída") == "FL"
assert code_for_us_state("Norður-Karólína") == "NC"
assert code_for_us_state("Kalifornía") == "CA"
assert coords_for_us_state_code("CA") == [36.778261, -119.417932]
# Generic location info lookup functions
assert "country" in location_info("Reykjavík", "placename")
assert "continent" in location_info("Minsk", "placename")
assert location_info("Japan", "country")["continent"] == "AS"
assert location_info("Danmörk", "country")["continent"] == "EU"
assert location_info("Mexíkó", "country")["continent"] == "NA"
assert location_info("ísafjörður", "placename")["continent"] == "EU"
assert location_info("Meðalfellsvatn", "placename")["country"] == "IS"
assert location_info("Georgía", "country")["country"] != "US"
assert location_info("Virginía", "placename")["country"] == "US"
assert location_info("Norður-Dakóta", "country")["country"] == "US"
assert location_info("Kænugarður", "placename")["continent"] == "EU"
assert location_info("Fiskislóð 31", "address")["country"] == "IS"
