def loadData(analyzer, tupleFiles):
connectionsFile = cf.data_dir + tupleFiles[0]
connections_file = csv.DictReader(open(connectionsFile,
encoding="utf-8-sig"),
delimiter=",")
countriesFile = cf.data_dir + tupleFiles[1]
countries_file = csv.DictReader(open(countriesFile, encoding="utf-8"),
delimiter=",")
landing_pointsFile = cf.data_dir + tupleFiles[2]
landing_point_file = csv.DictReader(open(landing_pointsFile,
encoding="utf-8"),
delimiter=",")
for station in connections_file:
model.addConnection(analyzer, station)
model.createVertexEdge(analyzer, station)
model.addConnectionToMap(analyzer)
for country in countries_file:
model.addCountry(analyzer, country)
model.addCountryToMap(analyzer)
for landingPoint in landing_point_file:
model.addLandingPoint(analyzer, landingPoint)
model.addLandingPointToMap(analyzer)
model.addLandingPointToIDMap(analyzer)
model.connectToCapital(analyzer)
return analyzer
def loadConnections(analyzer, connections_file):
connections_file = cf.data_dir + connections_file
input_file = csv.DictReader(open(connections_file, encoding='utf-8-sig'), delimiter=',')
for connection in input_file:
model.addLandingPoint(analyzer, connection)
model.addLandingPointNormal(analyzer,connection)
return analyzer
def loadLandingPoints(analyzer):
"""
Carga los puntos de llegada
"""
file = cf.data_dir + 'landing_points.csv'
input_file = csv.DictReader(open(file, encoding='utf-8'), delimiter=",")
for landing in input_file:
model.addLandingPoint(analyzer, landing)
def loadLandingPoints(analyzer, file):
file = cf.data_dir + file
input_file = csv.DictReader(open(file, encoding="utf-8"), delimiter=",")
for landing_point in input_file:
model.addLandingPoint(analyzer, landing_point)
return analyzer
def loadLandingPoints(catalog):
landingpointsfile = cf.data_dir + "landing_points.csv"
inputfile = csv.DictReader(open(landingpointsfile, encoding='utf-8'), delimiter=",")
i = 0
firstlp = None
for landingpoint in inputfile:
model.addLandingPoint(catalog, landingpoint)
if i == 0:
firstlp = landingpoint
i += 1
return firstlp
def loadLandingPoints(analyzer, servicesfile):
"""
Carga los libros del archivo. Por cada libro se indica al
modelo que debe adicionarlo al catalogo.
"""
videosfile = cf.data_dir + servicesfile
input_file = csv.DictReader(open(videosfile, encoding='utf-8'))
for landingPoint in input_file:
model.addLandingPoint(analyzer, landingPoint)
return analyzer
def loadConnections(analyzer, landingPointsFile, connectionsFile,
countriesFile):
delta_time = -1.0
delta_memory = -1.0
tracemalloc.start()
start_time = getTime()
start_memory = getMemory()
landingPointsList = lt.newList('ARRAY_LIST')
landingPointsFile = cf.data_dir + landingPointsFile
lpFile = csv.DictReader(open(landingPointsFile, encoding="utf-8"),
delimiter=",")
for lp in lpFile:
lt.addLast(landingPointsList, lp)
# Por cada landing point en el archivo de entrada, se llama a la función en el modelo
model.addLandingPoint(analyzer, lp)
model.addCountriesCodes(analyzer, lp)
countriesList = lt.newList('ARRAY_LIST')
countriesFile = cf.data_dir + countriesFile
cntFile = csv.DictReader(open(countriesFile, encoding="utf-8"),
delimiter=",")
for ctry in cntFile:
lt.addLast(countriesList, ctry)
# Por cada país en el archivo de entrada, se llama a la función en el modelo
model.loadCountry(analyzer, ctry)
connectionsFile = cf.data_dir + connectionsFile
cnnFile = csv.DictReader(open(connectionsFile, encoding="utf-8-sig"),
delimiter=",")
for cnn in cnnFile:
# Por cada conexión en el archivo de entrada, se llama a la función en el modelo
model.addConnection(analyzer, cnn)
model.addArchConnections(analyzer, cnn)
# Se crean las conexiónes entre los vertices de cada landing point y entre estos y el vertice de la capital
model.addPointConnections(analyzer)
stop_memory = getMemory()
stop_time = getTime()
tracemalloc.stop()
delta_time = stop_time - start_time
delta_memory = deltaMemory(start_memory, stop_memory)
return analyzer, lt.firstElement(landingPointsList), lt.firstElement(
countriesList), delta_time, delta_memory
def loadData(analyzer):
delta_time = -1.0
delta_memory = -1.0
tracemalloc.start()
start_time = getTime()
start_memory = getMemory()
songfile1 = cf.data_dir + 'PrepData/connections.csv'
input_file1 = csv.DictReader(open(songfile1, encoding='utf-8-sig'))
songfile2 = cf.data_dir + 'PrepData/countries.csv'
input_file2 = csv.DictReader(open(songfile2, encoding='utf-8'))
songfile3 = cf.data_dir + 'PrepData/landing_points.csv'
input_file3 = csv.DictReader(open(songfile3, encoding='utf-8'))
i = 1
for value in input_file2:
model.addCountry(analyzer, value)
if i == 236:
country = model.selectResult(value, 'country')
i += 1
i = 1
for value in input_file3:
model.addLandingPoint(analyzer, value)
if i == 1:
landingpoint = model.selectResult(value, 'landingpoint')
i += 1
for value in input_file1:
model.addPointConnection(analyzer, value)
model.addLandingPointConnections(analyzer)
model.addCountryConnections(analyzer)
stop_memory = getMemory()
stop_time = getTime()
tracemalloc.stop()
delta_time = stop_time - start_time
delta_memory = deltaMemory(start_memory, stop_memory)
return ((country, landingpoint), (delta_time, delta_memory))
def loadData(analyzer, pointFile, connectFile, countryFile):
pointFile = cf.data_dir + pointFile
connectFile = cf.data_dir + connectFile
countryFile = cf.data_dir + countryFile
input_file1 = csv.DictReader(open(pointFile, encoding="utf-8"),
delimiter=",")
for point in input_file1:
model.addLandingPoint(analyzer, point)
input_file2 = csv.DictReader(open(connectFile, encoding="utf-8"),
delimiter=",")
for cable in input_file2:
model.addCable(analyzer, cable)
input_file3 = csv.DictReader(open(countryFile, encoding="utf-8"),
delimiter=",")
contador = 0
for pais in input_file3:
model.addPais(analyzer, pais)
contador += 1
print(f'Se cargaron {contador} países')
return analyzer
def cargar(analyzer):
landingpointsfile = cf.data_dir + "landing_points.csv"
input_file = csv.DictReader(open(landingpointsfile, encoding="utf-8"),
delimiter=",")
for point in input_file:
model.addLandingPoint(analyzer,point)
connectionsfile = cf.data_dir + "connections.csv"
input_file = csv.DictReader(open(connectionsfile, encoding="utf-8"),delimiter=",")
for connection in input_file:
model.addLP_cable(analyzer, connection)
countriesfile = cf.data_dir + "countries.csv"
input_file = csv.DictReader(open(countriesfile, encoding="utf-8"),
delimiter=",")
for country in input_file:
model.addCountry(analyzer,country)
countriesfile2 = cf.data_dir + "countries.csv"
input_file = csv.DictReader(open(countriesfile2, encoding="utf-8"),
delimiter=",")
for country2 in input_file:
model.addCapital_V_E(analyzer,country2)
model.edges_same_lp(analyzer)
num_lps = mp.size(analyzer["landing_points"])
num_conexiones = gr.numEdges(analyzer["connections_distance"])
num_paises = mp.size(analyzer["countries"])
return num_lps,num_conexiones,num_paises
def loadData(analyzer, landingFile, connectionsFile, countriesFile):
"""
Carga los datos de los archivos CSV en el modelo.
Se crea un arco entre cada par de estaciones que
pertenecen al mismo servicio y van en el mismo sentido.
addRouteConnection crea conexiones entre diferentes rutas
servidas en una misma estación.
"""
landingFile = cf.data_dir + landingFile
connectionsFile = cf.data_dir + connectionsFile
countriesFile = cf.data_dir + countriesFile
landing_File = csv.DictReader(open(landingFile, encoding="utf-8"),
delimiter=",")
connections_File = csv.DictReader(open(connectionsFile,
encoding="utf-8-sig"),
delimiter=",")
countries_File = csv.DictReader(open(countriesFile, encoding="utf-8"),
delimiter=",")
# Creacion de listas vacias para agregar cada uno
# de los elementos de los archivos
# y asi recorrerlos mas facilmente.
listaLandingPoints = lt.newList('ARRAY_LIST')
listaConnections = lt.newList('ARRAY_LIST')
listaCountries = lt.newList('ARRAY_LIST')
for punto in landing_File:
model.addPosition(analyzer, punto)
model.addLandingPointInfo(analyzer, punto)
lt.addLast(listaLandingPoints, punto)
for connection in connections_File:
lt.addLast(listaConnections, connection)
for pais in countries_File:
lt.addLast(listaCountries, pais)
model.addCountry(analyzer, pais)
for point in lt.iterator(listaLandingPoints):
nombre = point['name'].split(", ")
if len(nombre) < 2:
pais = 'Micronesia'
else:
pais = nombre[1]
for country in lt.iterator(listaCountries):
if country['CountryName'] == pais:
capital = country['CapitalName'] + "-" + pais
model.addPoint(analyzer, capital)
datosCapital = country
break
lstPuntoActual = None
for connection in lt.iterator(listaConnections):
if connection['origin'] == point['landing_point_id']:
lstPuntoActual = model.addLandingPoint(analyzer, point,
connection,
lstPuntoActual,
datosCapital)
model.addConnectionsPoint(analyzer, lstPuntoActual)
for country in lt.iterator(listaCountries):
model.addCapitals(analyzer, country)
def loadLandingPoints(catalog, landingpointsfile):
landingpointsfile = cf.data_dir + landingpointsfile
input_file = csv.DictReader(open(landingpointsfile, encoding="utf-8-sig"),
delimiter=",")
for landingPoint in input_file:
model.addLandingPoint(catalog, landingPoint)
def loadLPs(catalog):
filename = cf.data_dir + "landing_points.csv"
input_file = csv.DictReader(open(filename, encoding="utf-8"),
delimiter=",")
for lp in input_file:
model.addLandingPoint(catalog, lp)
