def plot_activity_test_generator():
for entry in plot_activity_test_data:
string_start, string_end, exp_left, exp_width = entry
yield "left", parse_date(string_start), parse_date(
string_end), exp_left
yield "width", parse_date(string_start), parse_date(
string_end), exp_width
def test_first_day_of_month(self, string_date, from_string_date):
date = parse_date(string_date)
exp_result = parse_date(from_string_date)
result = ut.first_day_of_month(date)
self.assertEqual(exp_result, result)
def points(string_date):
date = parse_date(string_date)
return date_to_points(date,
left=tpc['left'],
right=tpc['right'],
start_date=tpc['min_start_date'],
end_date=tpc['max_end_date'])
def test_date_to_x_coordinate(self, string_test_date, expected_x):
test_date = parse_date(string_test_date)
x = self.plot_driver.date_to_x_coordinate(test_date)
self.assertEqual(expected_x, x)
def plot_milestone_test_generator():
for entry in plot_milestone_test_data:
string_start, milestone_width, exp_left = entry
yield parse_date(string_start), milestone_width, exp_left
from unittest import TestCase
from ddt import ddt, data, unpack
from pptx.util import Cm
from source.plot_driver import PlotDriver
from source.tests.testing_utilities import parse_date, date_to_points
tpc = { # Test Plot Config
'top': Cm(0),
'left': Cm(0),
'bottom': Cm(10),
'right': Cm(20),
'track_height': Cm(1),
'track_gap': Cm(0.5),
'min_start_date': parse_date('2021-01-01'),
'max_end_date': parse_date('2021-01-31'),
'activity_text_width': Cm(5),
'milestone_text_width': Cm(5),
'text_margin': Cm(0.1),
'activity_width': Cm(5),
'milestone_width': Cm(5),
'activity_shape': 'RECTANGLE',
'milestone_shape': 'DIAMOND'
}
def points(string_date):
date = parse_date(string_date)
return date_to_points(date,
left=tpc['left'],
right=tpc['right'],
def test_horizontal_layout(self, visual_parameters, activity_parameters,
expected_case, expected_value):
layout_attributes = ActivityLayoutAttributes('Swimlane-01', 1, 1,
"shape")
display_shape = VisualElementShape.RECTANGLE
# parameters = test_case_01['parameters']
# expected_results = test_case_01['expected_results']
plan_visual_config = PlotDriver({
'top':
Cm(3.86),
'left':
visual_parameters['visual_left'],
'bottom':
Cm(20),
'right':
Cm(33.87),
'track_height':
Cm(0.6),
'track_gap':
Cm(0.2),
'activity_text_width':
Cm(5),
'milestone_text_width':
Cm(5),
'text_margin':
Cm(0.1),
'milestone_width':
Cm(0.4),
'activity_shape':
'rectangle',
'milestone_shape':
'diamond',
'min_start_date':
parse_date('2021-01-01'),
'max_end_date':
parse_date('2021-07-31')
})
plan_visual_config.num_days_in_date_range = activity_parameters[
'num_days_in_date_range']
text_formatting = TextFormatting()
formatting_1 = ShapeFormatting(
Color(rgb=(1, 1, 1)),
Color(rgb=(1, 1, 1)),
None,
text_formatting,
)
activity = PlanActivity(12345, 'Dummy', 'bar',
activity_parameters['activity_start_date'],
activity_parameters['activity_end_date'],
layout_attributes, display_shape,
plan_visual_config, formatting_1, formatting_1,
activity_parameters['today'], 1)
pres = Presentation()
slide_layout = pres.slide_layouts[0]
slide = pres.slides.add_slide(slide_layout)
shapes = slide.shapes
shapes = activity.plot_ppt_shapes(shapes)
if expected_case == 'num_shapes':
self.assertEqual(expected_value, len(shapes))
elif expected_case == 'left_1':
self.assertEqual(expected_value, shapes[0].left)
elif expected_case == 'width_1':
self.assertEqual(expected_value, shapes[0].width)
elif expected_case == 'left_2':
self.assertEqual(expected_value, shapes[1].left)
elif expected_case == 'width_2':
self.assertEqual(expected_value, shapes[1].width)
from unittest import TestCase
from colour import Color
from ddt import ddt, unpack, data
from pptx import Presentation
from pptx.util import Cm
from source.plot_driver import PlotDriver
from source.activity_layout_attributes import ActivityLayoutAttributes
from source.plan_activity import PlanActivity
from source.shape_formatting import ShapeFormatting
from source.text_formatting import TextFormatting
from source.visual_element_shape import VisualElementShape
from source.tests.testing_utilities import parse_date
visual_parameters_01 = {
'visual_start_date': parse_date('2021-01-01'),
'visual_end_date': parse_date('2021-07-31'),
'visual_left': Cm(0),
'visual_right': Cm(33.87),
}
test_cases = [
{
'parameters': {
'activity_start_date': parse_date('2021-08-11'),
'activity_end_date': parse_date('2021-12-14'),
'today': parse_date('2021-07-01'),
'num_days_in_date_range': 212
},
'expected_results': { # Calculations are from Excel
'num_shapes': 1,
'left': 12768351,