def construction_schema_objects(series):
result = WOQLQuery().doctype(series.id,
label=series.label,
description=series.comment)
if series.id in SIMPLE_TYPE_MAP:
result = result.property(series.id+"Value", "xsd:"+SIMPLE_TYPE_MAP[series.id])
return result
def construct_prop_dr(series):
result = []
if (type(series.domainIncludes) == str) and (',' in series.domainIncludes):
result.append(WOQLQuery().doctype(series.id + "Domain"))
if (type(series.rangeIncludes) == str) and (',' in series.rangeIncludes):
result.append(WOQLQuery().doctype(series.id + "Range"))
return result
def construct_simple_type_relations():
result = []
for key, value in SIMPLE_TYPE_MAP.items():
if value == "string" and key != "http://schema.org/Thing":
result.append(WOQLQuery().add_quad(key, "subClassOf", "http://schema.org/Thing" ,"schema"))
if value == "dateTime" and key != "http://schema.org/DateTime":
result.append(WOQLQuery().add_quad(key, "subClassOf", "http://schema.org/DateTime" ,"schema"))
return result
def generateMatchClause(code, type, i):
""" Bug in python string conversion - have to do it automatically
"""
match = WOQLQuery().woql_and(
WOQLQuery().idgen("doc:" + type, [WOQLQuery().string(code)], "v:ID_"+str(i)),
WOQLQuery().cast(WOQLQuery().string(code), "xsd:string", "v:Label_"+ str(i))
)
return match
def create_schema_add_ons(client, queries):
new_queries = []
for query_list in queries:
if len(query_list) > 1:
new_queries.append(WOQLQuery().woql_and(*query_list))
elif len(query_list) == 1:
new_queries.append(query_list[0])
result_query = WOQLQuery().woql_and(*new_queries)
return result_query.execute(client)
def generateMultiInsertQuery(codes, type):
matches = []
inserts = []
index = 0
for code in codes:
matches.append(generateMatchClause(code, type, index))
inserts.append(generateInsertClause(code, type, index))
index = index + 1
return WOQLQuery().when(WOQLQuery().woql_and(*matches),
WOQLQuery().woql_and(*inserts))
def load_airline(series, countries_list):
if (series['Airline ID'] == -1) or (pd.isna(series['Clean ID'])):
return None
query_obj = WOQLQuery().insert(series['Clean ID'],
'Airline',
label=series['Name'])
clean_country = _clean_id(series['Country'], prefix='country')
if clean_country in countries_list:
query_obj.property('registered_in', "doc:" + clean_country)
return query_obj
def construction_schema_addon(series, type_list):
result=[]
if type(series.subTypes) == str:
for kid in series.subTypes.split(','):
kid = kid.strip()
if kid in list(type_list):
result.append(WOQLQuery().add_quad(kid, "subClassOf", series.id ,"schema"))
if type(series.subTypeOf) == str:
for parent in series.subTypeOf.split(','):
parent = parent.strip()
if parent in list(type_list):
result.append(WOQLQuery().add_quad(series.id, "subClassOf", parent ,"schema"))
return result
def load_csvs(client, csvs):
"""Load the CSVs as input
Parameters
==========
client : a WOQLClient() connection
csvs : a dict of all csvs to be input
"""
for key, url in csvs.items():
csv = get_csv_variables(url)
wrangles = get_wrangles()
inputs = WOQLQuery().woql_and(csv, *wrangles)
inserts = get_inserts()
answer = WOQLQuery().when(inputs, inserts)
answer.execute(client, f"Adding {url} into database")
def get_csv_variables(url):
"""Extracting the data from a CSV and binding it to variables
Parameters
==========
client : a WOQLClient() connection
url : string, the URL of the CSV
"""
csv = WOQLQuery().get(WOQLQuery().woql_as(
"councillor_a",
"v:Rep_A").woql_as("councillor_b",
"v:Rep_B").woql_as("party_a", "v:Party_A").woql_as(
"party_b",
"v:Party_B").woql_as("distance",
"v:Distance")).remote(url)
return csv
def construction_schema_addon_property(series, type_list):
result=[WOQLQuery().add_quad(series.id,"rdf:type","owl:ObjectProperty","schema")]
if (type(series.domainIncludes) == str):
if (',' in series.domainIncludes):
for domain in series.domainIncludes.split(','):
domain = domain.strip()
if domain in list(type_list):
#result.append(WOQLQuery().add_quad(series.id, "domain", domain, "schema"))
result.append(WOQLQuery().add_quad(domain, "subClassOf", series.id+"Domain", "schema"))
result.append(WOQLQuery().add_quad(series.id, "domain", series.id+"Domain", "schema"))
else:
if series.domainIncludes in list(type_list):
result.append(WOQLQuery().add_quad(series.id, "domain", series.domainIncludes, "schema"))
if (type(series.rangeIncludes) == str):
if (',' in series.rangeIncludes):
for range in series.rangeIncludes.split(','):
range = range.strip()
if range in list(type_list):
#result.append(WOQLQuery().add_quad(series.id, "range", range, "schema"))
result.append(WOQLQuery().add_quad(range, "subClassOf", series.id+"Range", "schema"))
result.append(WOQLQuery().add_quad(series.id, "range", series.id+"Range", "schema"))
else:
if series.rangeIncludes in list(type_list):
result.append(WOQLQuery().add_quad(series.id, "range", series.rangeIncludes, "schema"))
if len(result) < 3:
return []
return result
def create_schema(client):
region = WOQLQuery().doctype("Region", label="Region")
seat = WOQLQuery().doctype("Seats", label="Seats")
house = WOQLQuery().doctype("House", label="House").\
property("founder", "Person").\
property("words", "string").\
property("region", "Region").\
property("heir", "Person").\
property("overlord", "Person").\
property("seats", "Seats")
person = WOQLQuery().doctype("Person", label="Person").\
property("gender", "string").\
property("father", "Person").\
property("mother", "Person").\
property("aliases", "string").\
property("spouse", "Person").\
property("children", "Person")
return WOQLQuery().woql_and(region, seat, house, person).execute(client, "Create schma for Game of Thrones.")
def load_flight(series, airports, airlines):
clean_id = f"{series['Airline Code']}_{series['Source Airport ID']}_{series['Destination Airport ID']}"
query_obj = WOQLQuery().insert(
clean_id,
'Flight',
label=
f"Flight by {series['Airline Code']} from {series['Source Airport ID']} to {series['Destination Airport ID']}"
)
# departs
if len(series['Source Airport ID']) == 3:
lookup = 'IATA'
elif len(series['Source Airport ID']) == 4:
lookup = 'ICAO'
else:
lookup = None
if lookup is not None:
filter = airports[lookup] == series['Source Airport ID']
if filter.any():
airport_id = airports[filter]['Clean ID'].iloc[0]
query_obj.property('departs', "doc:" + airport_id)
# arrives
if len(series['Destination Airport ID']) == 3:
lookup = 'IATA'
elif len(series['Destination Airport ID']) == 4:
lookup = 'ICAO'
else:
lookup = None
if lookup is not None:
filter = airports[lookup] == series['Destination Airport ID']
if filter.any():
airport_id = airports[filter]['Clean ID'].iloc[0]
query_obj.property('arrives', "doc:" + airport_id)
# operated_by
if len(series['Airline Code']) == 2:
lookup = 'IATA'
elif len(series['Airline Code']) == 3:
lookup = 'ICAO'
else:
lookup = None
if lookup is not None:
filter = (airlines[lookup] == series['Airline Code'])
if filter.any():
airline_id = airlines[filter]['Clean ID'].iloc[0]
query_obj.property('operated_by', "doc:" + airline_id)
return query_obj
def get_wrangles():
wrangles = [
WOQLQuery().idgen("doc:Party", ["v:Party_A"], "v:Party_A_ID"),
WOQLQuery().idgen("doc:Party", ["v:Party_B"], "v:Party_B_ID"),
WOQLQuery().idgen("doc:Representative", ["v:Rep_A"], "v:Rep_A_ID"),
WOQLQuery().idgen("doc:Representative", ["v:Rep_B"], "v:Rep_B_ID"),
WOQLQuery().typecast("v:Distance", "xsd:decimal", "v:Similarity"),
WOQLQuery().idgen("doc:Similarity", ["v:Rep_A", "v:Rep_B"], "v:Rel_ID"),
WOQLQuery().concat("v:Rep_A similarity v:Distance to v:Rep_B", "v:Rel_Label")
]
return wrangles
def load_country(series):
if pd.isna(series['Country ID']):
return None
query_obj = WOQLQuery().insert(series['Country ID'],
'Country',
label=series['Name'])
if pd.notna(series['ISO Code']):
query_obj.property('iso_code', series['ISO Code'])
if pd.notna(series['FIP Code']):
query_obj.property('fip_code', series['FIP Code'])
return query_obj
def get_inserts():
inserts = WOQLQuery().woql_and(
WOQLQuery().insert("v:Party_A_ID", "Party", label="v:Party_A"),
WOQLQuery().insert("v:Party_B_ID", "Party", label="v:Party_B"),
WOQLQuery().insert("v:Rep_A_ID", "Representative", label="v:Rep_A").property("member_of", "v:Party_A_ID"),
WOQLQuery().insert("v:Rep_B_ID", "Representative", label="v:Rep_B").property("member_of", "v:Party_B_ID"),
WOQLQuery().insert("v:Rel_ID", "Similarity", label="v:Rel_Label").
property("similar_to", "v:Rep_A_ID").
property("similar_to", "v:Rep_B_ID").
property("similarity", "v:Similarity")
)
return inserts
def create_schema(client):
"""The query which creates the schema
Parameters
==========
client : a WOQLClient() connection
"""
schema = WOQLQuery().woql_and(
WOQLQuery().doctype("Party", label="Party", description="Political Party"),
WOQLQuery().doctype("Representative", label="Representative", description="An elected member Dublin city council").
property("member_of", "Party", label="Member of").cardinality(1),
WOQLQuery().doctype("Similarity", label="Similarity").
property("similarity", "decimal", label="Similarity").
property("similar_to", "Representative", label="Similar To").cardinality(2)
)
return schema.execute(client, "Creating schema for Dublin voting data")
def extract_data(data, id='event/'):
"""Recursive function to craw through the data and create WOQLQuery objects"""
if type(data) == dict:
data_type = data['type']
WOQLObj = WOQLQuery().insert('doc:'+id, data_type)
if data_type == 'http://schema.org/DateTime':
date_value = {"@value" : data['value'], "@type" : "xsd:dateTime"}
execution_queue.append(WOQLObj.property(data_type+'Value', date_value))
return
for prop in data['properties']:
extract_data(data['properties'][prop], id+prop+'/')
WOQLObj = WOQLObj.property('http://schema.org/'+prop, 'doc:'+id+prop+'/')
execution_queue.append(WOQLObj)
else:
if '://' in data:
data_type = 'http://schema.org/URL'
else:
data_type = 'http://schema.org/Text'
WOQLObj = WOQLQuery().insert('doc:'+id, data_type)
data_obj = {"@value" : data, "@type" : "xsd:string"}
execution_queue.append(WOQLObj.property(data_type+'Value',data_obj))
data_type = data['type']
WOQLObj = WOQLQuery().insert('doc:'+id, data_type)
if data_type == 'http://schema.org/DateTime':
date_value = {"@value" : data['value'], "@type" : "xsd:dateTime"}
execution_queue.append(WOQLObj.property(data_type+'Value', date_value))
return
for prop in data['properties']:
extract_data(data['properties'][prop], id+prop+'/')
WOQLObj = WOQLObj.property('http://schema.org/'+prop, 'doc:'+id+prop+'/')
execution_queue.append(WOQLObj)
else:
if '://' in data:
data_type = 'http://schema.org/URL'
else:
data_type = 'http://schema.org/Text'
WOQLObj = WOQLQuery().insert('doc:'+id, data_type)
data_obj = {"@value" : data, "@type" : "xsd:string"}
execution_queue.append(WOQLObj.property(data_type+'Value',data_obj))
extract_data(data['microdata'][0])
db_id = "schema_tutorial"
client = WOQLClient(server_url = "http://localhost:6363")
client.connect(key="root", account="admin", user="******")
existing = client.get_metadata(db_id, client.uid())
if not existing:
client.create_database(db_id, "admin", { "label": "Schema.org Graph", "comment": "Create a graph with Schema.org data"})
else:
client.db(db_id)
WOQLQuery().woql_and(*execution_queue).execute(client)
def create_schema_objects(client, queries):
result_query = WOQLQuery().woql_and(*queries)
return result_query.execute(client)
def generateInsertClause(code, type, i):
insert = WOQLQuery().woql_and(WOQLQuery().insert("v:ID_" + str(i),
type,
label="v:Label_" +
str(i)))
return insert
def load_data(client, houses, characters):
results = []
for ppl in characters:
ppl_obj = WOQLQuery().insert("Person_"+str(ppl["Id"]), "Person")
if len(ppl["Name"]) == 0:
ppl_obj.label("Unknown")
else:
ppl_obj.label(ppl["Name"])
if ppl["IsFemale"]:
ppl_obj.property("gender", WOQLQuery().string("Female"))
else:
ppl_obj.property("gender", WOQLQuery().string("Male"))
if ppl["Father"] is not None:
ppl_obj.property("father", "doc:Person_"+str(ppl["Father"]))
if ppl["Mother"] is not None:
ppl_obj.property("mother", "doc:Person_"+str(ppl["Mother"]))
if ppl["Spouse"] is not None:
ppl_obj.property("spouse", "doc:Person_"+str(ppl["Spouse"]))
for child in ppl["Children"]:
ppl_obj.property("children", "doc:Person_"+str(child))
for alias in ppl["Aliases"]:
ppl_obj.property("aliases", WOQLQuery().string(alias))
results.append(ppl_obj)
for hus in houses:
if hus["Region"] is not None:
results.append(WOQLQuery().insert("Region_"+hus["Region"], "Region", label=hus["Region"]))
for seat in hus["Seats"]:
results.append(WOQLQuery().insert("Seats_"+seat, "Seats", label=seat))
hus_obj = WOQLQuery().insert("hus"+str(hus["Id"]), "House").label(hus["Name"])
if hus["Region"] is not None:
hus_obj.property("region", "doc:Region_"+hus["Region"])
for seat in hus["Seats"]:
hus_obj.property("seats", "doc:Seats_"+seat)
if hus["Founder"] is not None:
hus_obj.property("founder", "doc:Person_"+str(hus["Founder"]))
if hus["Words"] is not None:
data_obj = {"@value" : hus["Words"], "@type" : "xsd:string"}
hus_obj.property("words", data_obj)
if hus["Heir"] is not None:
hus_obj.property("heir", "doc:Person_"+str(hus["Heir"]))
if hus["Overlord"] is not None:
hus_obj.property("overlord", "doc:Person_"+str(hus["Overlord"]))
results.append(hus_obj)
return WOQLQuery().woql_and(*results).execute(client, "Adding data for Game of Thrones.")
def create_schema(client):
"""The query which creates the schema
Parameters - it uses variables rather than the fluent style as an example
==========
client : a WOQLClient() connection
"""
base = WOQLQuery().doctype("EphemeralEntity",
label="Ephemeral Entity",
description="An entity that has a lifespan")
base.property("lifespan_start", "dateTime", label="Existed From")
base.property("lifespan_end", "dateTime", label="Existed To")
country = WOQLQuery().add_class("Country").label("Country").description(
"A nation state").parent("EphemeralEntity")
country.property("iso_code", "string", label="ISO Code")
country.property("fip_code", "string", label="FIP Code")
airline = WOQLQuery().add_class("Airline").label("Airline").description(
"An operator of airplane flights").parent("EphemeralEntity")
airline = airline.property("registered_in",
"scm:Country",
label="Registered In"),
airport = WOQLQuery().add_class("Airport").label("Airport").description(
"An airport where flights terminate").parent("EphemeralEntity")
airport.property("situated_in", "Country", label="Situated In"),
flight = WOQLQuery().add_class("Flight").label("Flight").description(
"A flight between airports").parent("EphemeralEntity")
flight.property("departs", "Airport", label="Departs")
flight.property("arrives", "Airport", label="Arrives")
flight.property("operated_by", "Airline", label="Operated By")
schema = WOQLQuery().woql_and(base, country, airline, airport, flight)
return schema.execute(client, "Creating schema for flight data")
if lookup is not None:
filter = (airlines[lookup] == series['Airline Code'])
if filter.any():
airline_id = airlines[filter]['Clean ID'].iloc[0]
query_obj.property('operated_by', "doc:" + airline_id)
return query_obj
flights_query = routes.apply(load_flight,
axis=1,
airports=airports,
airlines=airlines).dropna()
db_id = "pyplane"
client = WOQLClient(server_url="http://localhost:6363")
client.connect(key="root", account="admin", user="******")
existing = client.get_metadata(db_id, client.uid())
if not existing:
client.create_database(db_id,
"admin",
label="Flight Graph",
description="Create a graph with Open Flights data")
else:
client.db(db_id)
WOQLQuery().woql_and(*countries_query).execute(client, "Insert countries data")
WOQLQuery().woql_and(*airlines_query).execute(client, "Insert airlines data")
WOQLQuery().woql_and(*airports_query).execute(client, "Insert airports data")
WOQLQuery().woql_and(*flights_query).execute(client, "Insert flights data")
