def testOrderList(self):
from stdnet.utils.populate import populate
x = populate('string', 300, min=5, max=15)
y = populate('string', 300, min=5, max=15)
data = zip(x, y)
od = OrderedDict(data)
self.assertEqual(len(od), 300)
for t, v in zip(od.iteritems(), data):
self.assertEqual(t, v)
def testOrderList(self):
from stdnet.utils.populate import populate
x = populate('string',300, min = 5, max = 15)
y = populate('string',300, min = 5, max = 15)
data = zip(x,y)
od = OrderedDict(data)
self.assertEqual(len(od),300)
for t,v in zip(od.iteritems(),data):
self.assertEqual(t,v)
def generate(self, **kwargs):
self.d1 = populate('integer', self.size, start=-5, end=5)
self.d2 = populate('float', self.size, start=-10, end=10)
self.d3 = populate('float', self.size, start=-10, end=10)
self.d4 = populate('float', self.size, start=-10, end=10)
self.d5 = populate('integer', self.size, start=-5, end=5)
self.d6 = populate('integer', self.size, start=-5, end=5)
def make(self, size = 5, maxsize = 10, nesting = 1, level = 0):
keys = populate(size = size)
if level:
keys.append('')
for key in keys:
t = choice(self.rtype) if level else 'dict'
if nesting and t == 'dict':
yield key,dict(self.make(size = randint(0,maxsize),
maxsize = maxsize,
nesting = nesting - 1,
level = level + 1))
else:
if t == 'list':
v = [random() for i in range(10)]
elif t == 'number':
v = random()
elif t == 'dict':
v = random()
else:
v = t
yield key,v
def make(self, size=5, maxsize=10, nesting=1, level=0):
keys = populate(size=size)
if level:
keys.append('')
for key in keys:
t = choice(self.rtype) if level else 'dict'
if nesting and t == 'dict':
yield key, dict(
self.make(size=randint(0, maxsize),
maxsize=maxsize,
nesting=nesting - 1,
level=level + 1))
else:
if t == 'list':
v = [random() for i in range(10)]
elif t == 'number':
v = random()
elif t == 'dict':
v = random()
else:
v = t
yield key, v
import os
from datetime import date
from stdnet import odm
from stdnet.utils import test, encoders, zip
from stdnet.utils.populate import populate
from .base import StructMixin
dates = list(set(populate('date',100,start=date(2009,6,1),end=date(2010,6,6))))
values = populate('float',len(dates),start=0,end=1000)
class TestZset(StructMixin, test.TestCase):
structure = odm.Zset
name = 'zset'
result = [(0.0022,'pluto'),
(0.06,'mercury'),
(0.11,'mars'),
(0.82,'venus'),
(1,'earth'),
(14.6,'uranus'),
(17.2,'neptune'),
(95.2,'saturn'),
(317.8,'juppiter')]
def create_one(self):
l = self.structure()
l.add(1,'earth')
l.add(0.06,'mercury')
l.add(317.8,'juppiter')
def fuzzydata(self, size, min_len, max_len):
g = groups(size)
k = populate('string',size,min_len=10,max_len=20)
d1 = populate('string',size,min_len=min_len,max_len=max_len)
d2 = populate('string',size,min_len=min_len,max_len=max_len)
return k,g,d1,d2
from stdnet import test, getdb
from stdnet.utils import zip
from stdnet.utils.populate import populate
from examples.models import SimpleModel
groups = lambda N : populate('choice',N,
choice_from=['football','rugby','swimming',\
'running','cycling'])
class FuzzyTest(test.TestCase):
sizes = {'tiny': 100,
'small': 500,
'normal': 1000,
'big': 5000,
'huge': 10000}
def register(self):
self.orm.register(SimpleModel)
self.rpy = getdb().redispy
def fuzzydata(self, size, min_len, max_len):
g = groups(size)
k = populate('string',size,min_len=10,max_len=20)
d1 = populate('string',size,min_len=min_len,max_len=max_len)
d2 = populate('string',size,min_len=min_len,max_len=max_len)
return k,g,d1,d2
def __testSetBig(self):
data = self.fuzzydata(1000,10000,100000)
import os
from datetime import date
from stdnet import odm
from stdnet.utils import test, encoders, zip
from stdnet.utils.populate import populate
from .base import StructMixin
dates = list(
set(populate('date', 100, start=date(2009, 6, 1), end=date(2010, 6, 6))))
values = populate('float', len(dates), start=0, end=1000)
class TestZset(StructMixin, test.TestCase):
structure = odm.Zset
name = 'zset'
result = [(0.0022, 'pluto'), (0.06, 'mercury'), (0.11, 'mars'),
(0.82, 'venus'), (1, 'earth'), (14.6, 'uranus'),
(17.2, 'neptune'), (95.2, 'saturn'), (317.8, 'juppiter')]
def create_one(self):
l = self.structure()
l.add(1, 'earth')
l.add(0.06, 'mercury')
l.add(317.8, 'juppiter')
l.update(((95.2,'saturn'),\
(0.82,'venus'),\
(14.6,'uranus'),\
(0.11,'mars'),
(17.2,'neptune'),
