def test_new_and_get_class():
iclass1 = interface_class('IInt')
assert interface_class(iclass1) == iclass1
assert issubclass(iclass1, IInterface)
iname0 = 'IInt'
iname1 = interface_name(iname0)
iname2 = interface_name(iclass1)
iname3 = interface_name(iclass1())
iname4 = interface_name(int)
iname5 = interface_name('int')
assert iname1 == iname0
assert iname2 == iname0
assert iname3 == iname0
assert iname4 == iname0
assert iname5 == iname0
interface1 = new_interface(iname1, min=1, max=1)
interface2 = new_interface(iclass1, min=1, max=2)
interface3 = new_interface(interface2, min=1, max=3)
interface4 = new_interface(iname1, 1, min=1, max=4)
interface5 = new_interface(value=1, min=1, max=5)
assert isinstance(interface1, iclass1)
assert isinstance(interface2, iclass1)
assert isinstance(interface3, iclass1)
assert isinstance(interface4, iclass1)
assert isinstance(interface5, iclass1)
# Warning, normal behaviour is to keep interface unchanged if interface is yet an instance
assert(interface3.max == 2)
assert(interface1.max == 1)
assert(interface2.max == 2)
assert(interface4.max == 4)
assert(interface5.max == 5)
def test_interface_class(self):
from openalea.core.interface import IInt, IFloat
self.assertIs(interface_class('IInt'), IInt)
self.assertIs(interface_class('int'), IInt)
self.assertIs(interface_class(int), IInt)
self.assertIs(interface_class('IFloat'), IFloat)
self.assertIs(interface_class('float'), IFloat)
self.assertIs(interface_class(float), IFloat)
def test_interface_class(self):
from openalea.core.interface import IInt, IFloat
self.assertIs(interface_class('IInt'), IInt)
self.assertIs(interface_class('int'), IInt)
self.assertIs(interface_class(int), IInt)
self.assertIs(interface_class('IFloat'), IFloat)
self.assertIs(interface_class('float'), IFloat)
self.assertIs(interface_class(float), IFloat)
def select_default_widgets():
from IPython.display import display
box = widgets.ContainerWidget(description="Select default widgets")
dic = {}
children = []
for iname, widget_dict in preferred_widgets.iteritems():
iclass = interface_class(iname)
# for name, notebookclass in widgets.iteritems():
values = widget_dict
widget = widgets.SelectWidget(description=iclass.__alias__, values=values)
children.append(widget)
dic[iname] = widget
box.children = children
box.set_css('border', "1px solid")
display(box)
return dic
def select_default_widgets():
from IPython.display import display
box = widgets.ContainerWidget(description="Select default widgets")
dic = {}
children = []
for iname, widget_dict in preferred_widgets.iteritems():
iclass = interface_class(iname)
# for name, notebookclass in widgets.iteritems():
values = widget_dict
widget = widgets.SelectWidget(description=iclass.__alias__,
values=values)
children.append(widget)
dic[iname] = widget
box.children = children
box.set_css('border', "1px solid")
display(box)
return dic
def set_interface(input_obj):
if input_obj.interface is None:
if isinstance(input_obj.default, str):
try:
default_eval = eval(input_obj.default)
input_obj.interface = guess_interface(default_eval)
except SyntaxError:
input_obj.interface = guess_interface(input_obj.default)
else:
input_obj.interface = guess_interface(input_obj.default)
else:
try:
input_obj.interface = interface_class(input_obj.interface)
except ValueError:
input_obj.interface = guess_interface(input_obj.default)
if input_obj.interface == []:
input_obj.interface = None
elif isinstance(input_obj.interface, list):
input_obj.interface = input_obj.interface[0]
def set_interface(input_obj):
if input_obj.interface is None:
if isinstance(input_obj.default, str):
try:
default_eval = eval(input_obj.default)
input_obj.interface = guess_interface(default_eval)
except SyntaxError:
input_obj.interface = guess_interface(input_obj.default)
else:
input_obj.interface = guess_interface(input_obj.default)
else:
try:
input_obj.interface = interface_class(input_obj.interface)
except ValueError:
input_obj.interface = guess_interface(input_obj.default)
if input_obj.interface == []:
input_obj.interface = None
elif isinstance(input_obj.interface, list):
input_obj.interface = input_obj.interface[0]
