def process_constituents(endpoint):
"""
Consolidates all constituent data into a single dictionary. Pushes each dictionary as a document to Elastic.
"""
start = timeit.default_timer()
constituents = create_base_constituents()
counter = 0
tables = ["format","biography","address","gender","process","role","collection"]
joins = ["formats","biographies",["addresstypes","countries"],"genders","processes","roles","collections"]
location_pattern = re.compile("(\-?\d+(\.\d+)?)\s*,\s*(\-?\d+(\.\d+)?)")
for table in tables:
reader = Converter.process_csv(os.environ['BASEPATH'] + table + ".csv")
if type(joins[counter]) is str:
joindata = get_join_data(os.environ['BASEPATH'] + joins[counter] + ".csv")
else:
j0 = get_join_data(os.environ['BASEPATH'] + joins[counter][0] + ".csv")
j1 = get_join_data(os.environ['BASEPATH'] + joins[counter][1] + ".csv")
joindata = [j0,j1]
for row in reader:
row = Converter.remove_bom(row)
if ((row['ConstituentID'] in constituents) == False):
print "No constituent:" + row['ConstituentID']
continue
if ((table in constituents[row['ConstituentID']]) == False):
constituents[row['ConstituentID']][table] = []
cid = row['ConstituentID']
if not 'ConAddressID' in row:
del row['ConstituentID']
else:
row['id'] = row['ConAddressID']
# add the value of the term id
if 'TermID' in row:
if ((row['TermID'] in joindata) == False):
print "No " + table + ":" + row['TermID']
else:
row['Term'] = joindata[row['TermID']]
if 'AddressTypeID' in row:
if ((row['AddressTypeID'] in joindata[0]) == False):
print "No " + joins[counter][0] + ":" + row['AddressTypeID']
print joindata[0]
else:
row['AddressType'] = joindata[0][row['AddressTypeID']]
if ((row['CountryID'] in joindata[1]) == False):
print "No " + joins[counter][1] + ":" + row['CountryID']
else:
row['Country'] = joindata[1][row['CountryID']]
if 'Remarks' in row:
row['Remarks'] = Converter.convert_whitespace(row['Remarks'])
if location_pattern.match(row['Remarks']):
latlon = Converter.compress_address(row['Remarks'])
row['Remarks'] = ",".join(latlon)
row['Location'] = { "lat" : float(latlon[0]), "lon" : float(latlon[1]) }
constituents[cid][table].append(row)
counter = counter + 1
end = timeit.default_timer()
print "\n\nProcessed CSVs in " + str(end - start) + " seconds\n"
print "\n\nPreparing indexing actions...\n"
start = timeit.default_timer()
# now on to elastic (index already created)
actions = []
addresslist = []
for index, cid in enumerate(constituents):
addresses = []
if 'address' in constituents[cid]:
# sort addresses
addresses = Converter.sort_addresses(constituents[cid]['address'])
constituents[cid]['addressTotal'] = len(constituents[cid]['address'])
del constituents[cid]['address']
# put the addresses
addresslist = addresslist + addresses
# put the constituent in there
actions.append(create_constituent(constituents[cid]))
end = timeit.default_timer()
print "\n\nActions prepared in " + str((end - start)/60) + " minutes\n"
print "\n\nIndexing...\n"
create_indices(endpoint)
es = Elasticsearch([endpoint], timeout=360, max_retries=10, retry_on_timeout=True)
# split the actions into batches of 10k
print " Constituents..."
index = 0
n = 10000
splitactions = split_list(actions, n)
for actionchunk in splitactions:
print " actions " + str(index*n) + " to " + str((index+1)*n)
index = index + 1
helpers.bulk(es, actionchunk)
print " Addesses..."
index = 0
splitaddresses = split_list(addresslist, n)
for addresschunk in splitaddresses:
print " actions " + str(index*n) + " to " + str((index+1)*n)
index = index + 1
helpers.bulk(es, [build_action(value, 'pic', 'address') for value in addresschunk])
return constituents
def generate_base_locations():
"""
Gets all locations/heights for photographers
Saves in latlons.txt and heights.txt
"""
basepath = os.environ["BASEPATH"]
response = open(basepath + "address.csv")
print "\n\nloaded " + basepath + "address.csv"
reader = csv.DictReader(response)
location_pattern = re.compile("(\-?\d+(\.\d+)?)\s*,\s*(\-?\d+(\.\d+)?).*")
places = []
heights = []
every_row = []
for row in reader:
row = Converter.remove_bom(row)
remarks = row["Remarks"]
remarks = Converter.convert_whitespace(remarks)
if remarks == None:
print "No remarks:" + row["ConstituentID"] + ":" + remarks
continue
if location_pattern.match(remarks) == None:
if remarks != "NULL":
print "NULL remarks:" + row["ConstituentID"] + ":" + remarks
continue
row["Remarks"] = remarks
every_row.append(row)
every_row = sorted(every_row, key=lambda d: d["BeginDate"])
# put born first and died last always
other_addresses = []
born_addresses = []
died_addresses = []
for add in every_row:
# put the active/biz ones
if add["AddressTypeID"] == "7" or add["AddressTypeID"] == "2":
other_addresses.append(add)
# find born if any
if add["AddressTypeID"] == "5":
born_addresses.append(add)
# find died if any
if add["AddressTypeID"] == "6":
died_addresses.append(add)
for_real_sorted_every_row = []
for_real_sorted_every_row.extend(born_addresses)
for_real_sorted_every_row.extend(other_addresses)
for_real_sorted_every_row.extend(died_addresses)
for row in for_real_sorted_every_row:
address = Converter.compress_address(row["Remarks"])
height = 0
if len(address) > 2:
height = address.pop()
heights.extend([row["ConAddressID"], height])
address.append(row["ConstituentID"])
address.append(row["ConAddressID"])
if row["AddressTypeID"] != "NULL":
address.append(row["AddressTypeID"])
else:
print "no type:" + row["ConstituentID"]
address.append("1")
address.append(row["CountryID"])
places.extend(address)
locations = '["constituents", [' + ",".join(places) + "]]"
output = basepath + "latlons.txt"
print "\nwrote " + output
text_file = open(output, "w")
text_file.write(locations)
text_file.close()
locations = '["heights", [' + ",".join(heights) + "]]"
output = basepath + "heights.txt"
print "\nwrote " + output
text_file = open(output, "w")
text_file.write(locations)
text_file.close()
def generate_base_locations():
"""
Gets all locations/heights for photographers
Saves in latlons.txt and heights.txt
"""
basepath = os.environ['BASEPATH']
response = open(basepath + 'address.csv')
print "\n\nloaded " + basepath + "address.csv"
reader = csv.DictReader(response)
location_pattern = re.compile("(\-?\d+(\.\d+)?)\s*,\s*(\-?\d+(\.\d+)?).*")
places = []
heights = []
every_row = []
for row in reader:
row = Converter.remove_bom(row)
remarks = row['Remarks']
remarks = Converter.convert_whitespace(remarks)
if remarks == None:
print "No remarks:" + row['ConstituentID'] + ":" + remarks
continue
if location_pattern.match(remarks) == None:
if remarks != "NULL":
print "NULL remarks:" + row['ConstituentID'] + ":" + remarks
continue
row['Remarks'] = remarks
every_row.append(row)
every_row = sorted(every_row, key=lambda d: d['BeginDate'])
# put born first and died last always
other_addresses = []
born_addresses = []
died_addresses = []
for add in every_row:
# put the active/biz ones
if (add['AddressTypeID'] == '7' or add['AddressTypeID'] == '2'):
other_addresses.append(add)
# find born if any
if (add['AddressTypeID'] == '5'):
born_addresses.append(add)
# find died if any
if (add['AddressTypeID'] == '6'):
died_addresses.append(add)
for_real_sorted_every_row = []
for_real_sorted_every_row.extend(born_addresses)
for_real_sorted_every_row.extend(other_addresses)
for_real_sorted_every_row.extend(died_addresses)
for row in for_real_sorted_every_row:
address = Converter.compress_address(row['Remarks'])
height = 0
if len(address) > 2:
height = address.pop()
heights.extend([row['ConAddressID'], height])
address.append(row['ConstituentID'])
address.append(row['ConAddressID'])
if row['AddressTypeID'] != "NULL":
address.append(row['AddressTypeID'])
else:
print "no type:" + row['ConstituentID']
address.append("1")
address.append(row['CountryID'])
places.extend(address)
locations = "[\"constituents\", [" + ",".join(places) + "]]"
output = basepath + 'latlons.txt'
print "\nwrote " + output
text_file = open(output, "w")
text_file.write(locations)
text_file.close()
locations = "[\"heights\", [" + ",".join(heights) + "]]"
output = basepath + 'heights.txt'
print "\nwrote " + output
text_file = open(output, "w")
text_file.write(locations)
text_file.close()
def process_constituents(endpoint):
"""
Consolidates all constituent data into a single dictionary. Pushes each dictionary as a document to Elastic.
"""
start = timeit.default_timer()
constituents = create_base_constituents()
counter = 0
tables = [
"format", "biography", "address", "gender", "process", "role",
"collection"
]
joins = [
"formats", "biographies", ["addresstypes", "countries"], "genders",
"processes", "roles", "collections"
]
location_pattern = re.compile("(\-?\d+(\.\d+)?)\s*,\s*(\-?\d+(\.\d+)?)")
for table in tables:
reader = Converter.process_csv(os.environ['BASEPATH'] + table + ".csv")
if type(joins[counter]) is str:
joindata = get_join_data(os.environ['BASEPATH'] + joins[counter] +
".csv")
else:
j0 = get_join_data(os.environ['BASEPATH'] + joins[counter][0] +
".csv")
j1 = get_join_data(os.environ['BASEPATH'] + joins[counter][1] +
".csv")
joindata = [j0, j1]
for row in reader:
row = Converter.remove_bom(row)
if ((row['ConstituentID'] in constituents) == False):
print "No constituent:" + row['ConstituentID']
continue
if ((table in constituents[row['ConstituentID']]) == False):
constituents[row['ConstituentID']][table] = []
cid = row['ConstituentID']
if not 'ConAddressID' in row:
del row['ConstituentID']
else:
row['id'] = row['ConAddressID']
# add the value of the term id
if 'TermID' in row:
if ((row['TermID'] in joindata) == False):
print "No " + table + ":" + row['TermID']
else:
row['Term'] = joindata[row['TermID']]
if 'AddressTypeID' in row:
if ((row['AddressTypeID'] in joindata[0]) == False):
print "No " + joins[counter][0] + ":" + row['AddressTypeID']
print joindata[0]
else:
row['AddressType'] = joindata[0][row['AddressTypeID']]
if ((row['CountryID'] in joindata[1]) == False):
print "No " + joins[counter][1] + ":" + row['CountryID']
else:
row['Country'] = joindata[1][row['CountryID']]
if 'Remarks' in row:
row['Remarks'] = Converter.convert_whitespace(row['Remarks'])
if location_pattern.match(row['Remarks']):
latlon = Converter.compress_address(row['Remarks'])
row['Remarks'] = ",".join(latlon)
row['Location'] = {
"lat": float(latlon[0]),
"lon": float(latlon[1])
}
constituents[cid][table].append(row)
counter = counter + 1
end = timeit.default_timer()
print "\n\nProcessed CSVs in " + str(end - start) + " seconds\n"
print "\n\nPreparing indexing actions...\n"
start = timeit.default_timer()
# now on to elastic (index already created)
actions = []
addresslist = []
for index, cid in enumerate(constituents):
addresses = []
if 'address' in constituents[cid]:
# sort addresses
addresses = Converter.sort_addresses(constituents[cid]['address'])
constituents[cid]['addressTotal'] = len(
constituents[cid]['address'])
del constituents[cid]['address']
# put the addresses
addresslist = addresslist + addresses
# put the constituent in there
actions.append(create_constituent(constituents[cid]))
end = timeit.default_timer()
print "\n\nActions prepared in " + str((end - start) / 60) + " minutes\n"
print "\n\nIndexing...\n"
create_indices(endpoint)
es = Elasticsearch([endpoint],
timeout=360,
max_retries=10,
retry_on_timeout=True)
# split the actions into batches of 10k
print " Constituents..."
index = 0
n = 10000
splitactions = split_list(actions, n)
for actionchunk in splitactions:
print " actions " + str(index * n) + " to " + str((index + 1) * n)
index = index + 1
helpers.bulk(es, actionchunk)
print " Addesses..."
index = 0
splitaddresses = split_list(addresslist, n)
for addresschunk in splitaddresses:
print " actions " + str(index * n) + " to " + str((index + 1) * n)
index = index + 1
helpers.bulk(
es,
[build_action(value, 'pic', 'address') for value in addresschunk])
return constituents