def setUp(self):
self.nemo = Fish("Nemo")
self.dory = Fish("Dory")
self.marlin = Fish("Marlin")
self.nile = River("Nile")
self.baloo = Bear("Baloo")
self.nile.add_fish(self.nemo)
self.nile.add_fish(self.dory)
class TestBear(TestCase):
def setUp(self):
self.nemo = Fish("Nemo")
self.dory = Fish("Dory")
self.marlin = Fish("Marlin")
self.nile = River("Nile")
self.baloo = Bear("Baloo")
self.nile.add_fish(self.nemo)
self.nile.add_fish(self.dory)
def test_can_get_name(self):
self.assertEqual(self.baloo.get_name(), "Baloo")
def test_can_count_stomach_contents(self):
self.assertEqual(self.baloo.count_stomach_contents(), 0)
def test_can_add_fish_to_stomach(self):
self.baloo.eat_fish(self.marlin)
self.assertEqual(self.baloo.count_stomach_contents(), 1)
def test_can_see_stomach_contents(self):
self.baloo.eat_fish(self.marlin)
self.assertEqual(self.baloo.get_stomach_contents(), [self.marlin])
def test_can_be_sick(self):
self.baloo.eat_fish(self.marlin)
self.baloo.be_sick()
self.assertEqual(self.baloo.count_stomach_contents(), 0)
def test_bear_can_eat_fish_from_river(self):
self.baloo.eat_fish(self.marlin)
self.baloo.eat_fish_from_river(self.nemo, self.nile)
self.assertEqual(self.baloo.get_stomach_contents(),
[self.marlin, self.nemo])
self.assertEqual(self.nile.count_fish(), 1)
from ex1 import mlab_connect
from models.river import River
mlab_connect()
rivers = River.objects(continent = 'Africa')
if len(rivers) == 0:
print("Not found")
else:
for river in rivers:
print(river)
def s_america():
all_rivers = River.objects(continent="S. America", lenght__lt=1000)
return render_template('rivers.html', all_rivers=all_rivers)
from pymongo import *
import mlab
from models.river import River
mlab.connect()
all_rivers_in_africa = River.objects()
for river in all_rivers_in_africa:
if river['continent'] == 'S. America' and river['length'] < 1000:
print(river['name'])
def river_america():
name_list = River.objects(continent="S. America", length__lt=1000)
return render_template("ex23.html", name_list=name_list)
def africa():
all_rivers = River.objects(continent="Africa")
return render_template('rivers.html', all_rivers=all_rivers)
def rivers1():
africa_river_list = River.objects(continent__icontains="S. America",
length__lt=1000)
return render_template("rivers1.html", africa_river_list=africa_river_list)
def river_africa():
river_list = River.objects(continent='Africa')
return render_template("river.html",river_list=river_list)
from models.river import River
import mlab7
mlab7.connect()
SA_river = River.objects(continent = "S. America")
for river in SA_river:
if river["length"] <= 1000:
print(river["name"])
print("- "*10)
from models.river import River
import mlab7
mlab7.connect()
Africa_river = River.objects(continent="Africa")
for river in Africa_river:
print(river["name"])
print(river["length"])
print("- " * 10)
def setUp(self):
self.nile = River("Nile")
self.nemo = Fish("Nemo")
self.dory = Fish("Dory")
from models.river import River
import river.mlab
river.mlab.connect()
river_SA_1000 = River.objects(continent = "S. America", length__lt=1000)
for river in river_SA_1000:
print(river.name)
print(river.length)
print("*" * 10)
class TestRiver(TestCase):
def setUp(self):
self.nile = River("Nile")
self.nemo = Fish("Nemo")
self.dory = Fish("Dory")
def test_can_get_name(self):
self.assertEqual(self.nile.get_name(), "Nile")
def test_can_add_fish(self):
self.nile.add_fish(self.nemo)
self.assertEqual(self.nile.count_fish(), 1)
def test_can_remove_fish(self):
self.nile.add_fish(self.nemo)
self.nile.remove_fish(self.nemo)
self.assertEqual(self.nile.count_fish(), 0)
def test_can_remove_all_fish(self):
self.nile.add_fish(self.nemo)
self.nile.add_fish(self.dory)
self.nile.remove_all_fish()
self.assertEqual(self.nile.count_fish(), 0)
from models.river import River
import mlab7
mlab7.connect()
river_in_SAmerica_lt1000km = River.objects(continent="S. America",
length__lt=1000)
for river in river_in_SAmerica_lt1000km:
print(river.name)
print(river.length)
print("* " * 20)
from mlab import mlab_connect
from models.river import River
mlab_connect()
african_rivers = River.objects(continent="Africa")
for river in african_rivers:
print(river)
samerican_rivers_1000 = River.objects(continent='S. America', length__lt=1000)
for river in samerican_rivers_1000:
print(river)
import mlab
from models.river import River
mlab.connect()
print("ex2")
river_list = River.objects(continent__iexact="Africa")
for river in river_list:
print(river.name)
print("ex3")
river_list = River.objects(continent__iexact="S. America", length__lt=1000)
for river in river_list:
print(river.name, river.length)
import mlab
from models.river import River
mlab.connect()
Africa_river_list = River.objects(continent__icontains="Africa")
print("all river in Africa: ", end="")
for river in Africa_river_list:
print(river.name, end=", ")
print()
print()
S_America_river_list = River.objects(continent__icontains="S. America",
length__lt=1000)
print("all river in S.America with length less than 1000km: ", end="")
for river in S_America_river_list:
print(river.name, end=", ")
import mlab from models.river import River mlab7.connect() #Ex8 river_in_Africa = River.objects(continent="Africa") print(river_in_Africa) #Ex9 river_less_than_1000 = River.objects(continent="S. America", length__lt=1000) print(river_less_than_1000)
from models.river import River
import mlab7
mlab7.connect()
all_river_s = River.objects(continent="S. America", length=1000)
for river2 in all_river_s:
print(river2.name)
print()
def rivers():
africa_river_list = River.objects(continent__icontains="Africa")
return render_template("rivers.html", africa_river_list=africa_river_list)
from models.river import River
import mlab1
mlab1.connect()
rivers = River.objects(continent = "Africa")
print ("All river in Africa")
for item in rivers:
print(item.name)
print("-" * 20)
print ("All river in S.America with length less than 1000km")
short_river = River.objects(continent ="S. America",length__lt = 1000)
for item in short_river:
print(item.name,':',item.length)
def river_samerica():
river_list = River.objects(continent='S.America',length__lt=100)
return render_template('river.html',river_list=river_list)
from ex1 import mlab_connect
from models.river import River
mlab_connect()
rivers = River.objects(continent='S. America', length__lt=1000)
if len(rivers) == 0:
print("Not found")
else:
for river in rivers:
print(river, river.length)
from models.river import River
import mlab7
mlab7.connect()
river_in_Africa = River.objects(continent="Africa")
for river in river_in_Africa:
print(river.name)
print(river.length)
print("* " * 20)
def river():
name_list = River.objects(continent="Africa")
return render_template("ex23.html", name_list=name_list)