def test_pulse_view(windows, workbench, process_and_sleep):
"""Test the view of the Pulse class.
"""
from ecpy.testing.util import show_widget
with enaml.imports():
from ecpy_pulses.pulses.sequences.views.base_sequences_views\
import RootSequenceView
pulse = Pulse(root=RootSequence(context=TestContext()))
pulse.kind = 'Analogical'
root = pulse.root
root.add_child_item(0, pulse)
core = workbench.get_plugin('enaml.workbench.core')
root_view = RootSequenceView(item=root, core=core)
pulse_view = root_view.view_for(pulse)
show_widget(root_view)
process_and_sleep()
# Test selecting a slope shape
shape_select = pulse_view.widgets()[-1].widgets()[-1]
shape_select.selected = 'ecpy_pulses.SlopeShape'
process_and_sleep()
shape_view = pulse_view.widgets()[-1]
sv_widgets = shape_view.split_items()[0].split_widget().widgets()
for mode in ('Start/Stop', 'Start/Slope', 'Slope/Stop'):
sv_widgets[1].selected = mode
process_and_sleep()
assert sv_widgets[2].text == mode.split('/')[0]
assert sv_widgets[4].text == mode.split('/')[1]
def test_pulse_view(windows, workbench, pulse, process_and_sleep):
"""Test the view of the Pulse class.
"""
import enaml
from ecpy.testing.util import show_widget
with enaml.imports():
from ecpy_pulses.pulses.sequences.views.base_sequences_views\
import RootSequenceView
pulse.kind = 'Analogical'
root = pulse.root
root.add_child_item(0, pulse)
core = workbench.get_plugin('enaml.workbench.core')
root_view = RootSequenceView(item=root, core=core)
pulse_view = root_view.view_for(pulse)
show_widget(root_view)
process_and_sleep()
# Test swithcing between logical and analogical
widgets_num = len(pulse_view.widgets())
pulse.kind = 'Logical'
process_and_sleep()
process_and_sleep()
assert widgets_num - 1 == len(pulse_view.widgets())
pulse.kind = 'Analogical'
process_and_sleep()
assert widgets_num == len(pulse_view.widgets())
# Test selecting a shape
shape_select = pulse_view.widgets()[-1].widgets()[-1]
shape_select.selected = 'ecpy_pulses.SquareShape'
process_and_sleep()
assert widgets_num + 1 == len(pulse_view.widgets())
shape_select.selected = ''
process_and_sleep()
assert widgets_num == len(pulse_view.widgets())
# Test adding a modulation
mod_check = pulse_view.widgets()[-1].widgets()[0]
mod_check.checked = True
process_and_sleep()
assert widgets_num + 1 == len(pulse_view.widgets())
mod_check.checked = False
process_and_sleep()
assert widgets_num == len(pulse_view.widgets())
def test_pulse_view(windows, workbench, pulse, process_and_sleep):
"""Test the view of the Pulse class.
"""
import enaml
from ecpy.testing.util import show_widget
with enaml.imports():
from ecpy_pulses.pulses.sequences.views.base_sequences_views\
import RootSequenceView
pulse.kind = 'Analogical'
root = pulse.root
root.add_child_item(0, pulse)
core = workbench.get_plugin('enaml.workbench.core')
root_view = RootSequenceView(item=root, core=core)
pulse_view = root_view.view_for(pulse)
show_widget(root_view)
process_and_sleep()
# Test swithcing between logical and analogical
widgets_num = len(pulse_view.widgets())
pulse.kind = 'Logical'
process_and_sleep()
process_and_sleep()
assert widgets_num - 1 == len(pulse_view.widgets())
pulse.kind = 'Analogical'
process_and_sleep()
assert widgets_num == len(pulse_view.widgets())
# Test selecting a shape
shape_select = pulse_view.widgets()[-1].widgets()[-1]
shape_select.selected = 'ecpy_pulses.SquareShape'
process_and_sleep()
assert widgets_num + 1 == len(pulse_view.widgets())
shape_select.selected = ''
process_and_sleep()
assert widgets_num == len(pulse_view.widgets())
# Test adding a modulation
mod_check = pulse_view.widgets()[-1].widgets()[0]
mod_check.checked = True
process_and_sleep()
assert widgets_num + 1 == len(pulse_view.widgets())
mod_check.checked = False
process_and_sleep()
assert widgets_num == len(pulse_view.widgets())
