def test_tendril_defs():
t1 = ecto.Tendril()
t2 = ecto.Tendril()
t1.val = 10
t1.notify()
t1 = t2
assert t2.val == t1.val
t2.val = 13
t2.notify()
assert t1.val == 13
print t1.doc
print t1.type_name
print t1.val
print t1.get()
t1.set("foo")
t1.notify()
print t1.val
assert t2.val == t1.val
def test_cpp_python_tendril():
x = ecto.Tendril.createT('int')
x.val = 10
x.notify()
t1 = ecto.Tendril()
#this connection should force the t1 to become a native type.
t1 = x
t1.val = 20
t1.notify()
assert t1.type_name == x.type_name
assert x.val == 20
def test_tendril():
print "here"
tendril = ecto.Tendril()
tendril.set(5)
t = ecto.Tendril()
t.val = 5
#t.notify()
#tendril.notify()
assert t.val == t.get()
assert t.val == 5
assert tendril.val == t.val
assert tendril.get() == 5
assert tendril.get() == t.get()
tendril.val = 10
t.val = tendril.val
t.val = "hi"
t.notify()
assert tendril.val != "hi"
assert t.val == t.get()
assert t.val == "hi"
def test_python_serialization():
y = ecto.Tendril(None) #empty tendril
x = ecto.Tendril.createT('std::string')
x.val = 'UuUuU'
y.load(x.save())
assert y.type_name == 'std::string'
assert y.val == x.val
print y.val
sy = y.save()
print len(sy)
print len(y.val)
import binhex
print binhex.binascii.hexlify(sy)
def configure(self, p, i, o):
self._dealer = ecto.Dealer(tendril=ecto.Tendril(Document()),
iterable=p.db_models)
#!/usr/bin/env python
import ecto
import ecto.ecto_test as ecto_test
for type_name in ecto.Tendril.listT():
t = ecto.Tendril.createT(type_name)
print t.type_name, ' Value (',
try:
print t.val,
except TypeError as e:
print '*NA*',
print ')'
str_t = ecto.Tendril.createT('std::string')
str_t.val = "foobar"
str_t_dest = ecto.Tendril()
str_t_dest.copy_value(str_t)
assert str_t_dest.val == 'foobar'
try:
no = ecto.Tendril.createT('doesntexist::Foo')
assert False and "shouldn't reach here!"
except ecto.TypeMismatch as e:
print "Good, threw:", e