def test_getvalues (self):
"""
"""
ltset = lt.newList ('SINGLE_LINKED_LIST')
ltset = ht.valueSet (self.table)
iterator = it.newIterator (ltset)
while it.hasNext (iterator):
info = it.next (iterator)
print (info)
def test_getvalues(self):
"""
"""
table = ht.newMap(capacity=17, maptype='PROBING')
ht.put(table, '1', 'title1', self.comparekeys)
ht.put(table, '2', 'title2', self.comparekeys)
ht.put(table, '3', 'title3', self.comparekeys)
ht.put(table, '4', 'title4', self.comparekeys)
ht.put(table, '5', 'title5', self.comparekeys)
ht.put(table, '6', 'title6', self.comparekeys)
ltset = lt.newList('SINGLE_LINKED')
ltset = ht.valueSet(table)
iterator = it.newIterator(ltset)
while it.hasNext(iterator):
info = it.next(iterator)
print(info)
def test_getvalues (self):
"""
"""
table = ht.newMap (capacity= 7, maptype='CHAINING')
ht.put (table, 'book1', 'title1', self.compareentryfunction)
ht.put (table, 'book2', 'title2', self.compareentryfunction)
ht.put (table, 'book3', 'title3', self.compareentryfunction)
ht.put (table, 'book4', 'title4', self.compareentryfunction)
ht.put (table, 'book5', 'title5', self.compareentryfunction)
ht.put (table, 'book6', 'title6', self.compareentryfunction)
ltset = lt.newList ('SINGLE_LINKED_LIST')
ltset = ht.valueSet (table)
iterator = it.newIterator (ltset)
while it.hasNext (iterator):
info = it.next (iterator)
print (info)
def test_getvalues(self):
"""
"""
capacity = 10
table = ht.newMap(capacity,
maptype='PROBING',
comparefunction=self.comparekeys)
ht.put(table, '1', 'title1')
ht.put(table, '2', 'title2')
ht.put(table, '11', 'title3')
ht.put(table, '3', 'title4')
ht.put(table, '12', 'title5')
ht.put(table, '5', 'title6')
ltset = lt.newList('SINGLE_LINKED_LIST')
ltset = ht.valueSet(table)
iterator = it.newIterator(ltset)
while it.hasNext(iterator):
info = it.next(iterator)
print(info)
def valueSet(map):
"""
Retorna una lista con todos los valores de la tabla de hash
"""
return ht.valueSet(map)
