def test_perform():
auto = Task("a", auto_task=True, state=BaseTaskState.WORKING)
auto.perform(0, seed=1234)
assert auto.remaining_work_amount == auto.default_work_amount - 1
task = Task("task")
task.state = BaseTaskState.READY
w1 = Worker("w1")
w2 = Worker("w2")
w1.workamount_skill_mean_map = {"task": 1.0}
task.allocated_worker_list = [w1, w2]
w1.assigned_task_list = [task]
w2.assigned_task_list = [task]
c = Component("a")
c.append_targeted_task(task)
task.perform(10)
assert task.remaining_work_amount == task.default_work_amount
assert task.target_component == c
assert c.error == 0.0
task.state = BaseTaskState.WORKING
task.perform(10)
assert task.remaining_work_amount == task.default_work_amount - 1.0
assert task.target_component == c
assert c.error == 0.0
# Next test case
w1.workamount_skill_sd_map = {"task": 0.2}
w1.quality_skill_mean_map = {"task": 0.9}
w1.quality_skill_sd_map = {"task": 0.02}
task.perform(11, seed=1234, increase_component_error=2.0)
assert task.remaining_work_amount == 7.905712967253502
assert c.error == 2.0
def test_initialize():
"""test_initialize."""
c1 = Component("c1")
c1.error = 4.0
product = Product([c1])
product.initialize()
assert c1.error == 0.0
def test_create_gantt_plotly():
c1 = Component("c1")
task11 = Task("task11")
task12 = Task("task12")
c1.extend_targeted_task_list([task11, task12])
c2 = Component("c2")
task2 = Task("task2")
c2.append_targeted_task(task2)
product = Product([c1, c2])
# Set test case
task11.start_time_list = [0, 2]
task11.ready_time_list = [0, 2]
task11.finish_time_list = [3, 5]
task12.start_time_list = [1]
task12.ready_time_list = [2]
task12.finish_time_list = [5]
task2.start_time_list = [1]
task2.ready_time_list = [2]
task2.finish_time_list = [5]
init_datetime = datetime.datetime(2020, 4, 1, 8, 0, 0)
timedelta = datetime.timedelta(days=1)
product.create_gantt_plotly(init_datetime, timedelta, save_fig_path="test.png")
if os.path.exists("test.png"):
os.remove("test.png")
def test_create_data_for_gantt_plotly():
"""test_create_data_for_gantt_plotly."""
c1 = Component("c1")
c1.state_record_list = [
BaseComponentState.WORKING,
BaseComponentState.FINISHED,
BaseComponentState.FINISHED,
BaseComponentState.FINISHED,
BaseComponentState.FINISHED,
]
product = Product([c1])
init_datetime = datetime.datetime(2020, 4, 1, 8, 0, 0)
timedelta = datetime.timedelta(days=1)
product.create_data_for_gantt_plotly(init_datetime, timedelta)
def test_perform():
task = Task("task")
task.state = BaseTaskState.WORKING
w1 = Worker("w1")
w2 = Worker("w2")
w1.workamount_skill_mean_map = {"task": 1.0}
task.allocated_worker_list = [w1, w2]
w1.assigned_task_list = [task]
w2.assigned_task_list = [task]
c = Component("a")
c.append_targeted_task(task)
w = Workflow([task])
w.perform(10)
assert task.remaining_work_amount == task.default_work_amount - 1.0
assert task.target_component == c
assert c.error == 0.0
def test_plot_simple_gantt(tmpdir):
"""test_plot_simple_gantt."""
c1 = Component("c1")
c1.state_record_list = [
BaseComponentState.WORKING,
BaseComponentState.FINISHED,
BaseComponentState.FINISHED,
BaseComponentState.FINISHED,
BaseComponentState.FINISHED,
]
init_datetime = datetime.datetime(2020, 4, 1, 8, 0, 0)
timedelta = datetime.timedelta(days=1)
c1.create_data_for_gantt_plotly(init_datetime, timedelta)
product = Product([c1])
product.plot_simple_gantt(
save_fig_path=os.path.join(str(tmpdir), "test.png"))
def test_get_node_and_edge_trace_for_plotly_network():
c1 = Component("c1")
c2 = Component("c2")
c3 = Component("c3")
c2.parent_component_list = [c1]
c2.child_component_list = [c3]
product = Product([c3, c2, c1])
node_trace, edge_trace = product.get_node_and_edge_trace_for_plotly_network()
def test_get_networkx_graph():
c1 = Component("c1")
c2 = Component("c2")
c3 = Component("c3")
c2.parent_component_list = [c1]
c2.child_component_list = [c3]
product = Product([c3, c2, c1])
product.get_networkx_graph()
def test_draw_networkx(tmpdir):
"""test_draw_networkx."""
c1 = Component("c1")
c2 = Component("c2")
c3 = Component("c3")
c2.parent_component_list = [c1]
c2.child_component_list = [c3]
product = Product([c3, c2, c1])
product.draw_networkx(save_fig_path=os.path.join(str(tmpdir), "test.png"))
def test_draw_plotly_network():
c1 = Component("c1")
c2 = Component("c2")
c3 = Component("c3")
c2.parent_component_list = [c1]
c2.child_component_list = [c3]
product = Product([c3, c2, c1])
product.draw_plotly_network(save_fig_path="test.png")
if os.path.exists("test.png"):
os.remove("test.png")
def test_create_data_for_gantt_plotly():
c1 = Component("c1")
task11 = Task("task11")
task12 = Task("task12")
c1.extend_targeted_task_list([task11, task12])
c2 = Component("c2")
task2 = Task("task2")
c2.append_targeted_task(task2)
product = Product([c1, c2])
# Set test case
task11.start_time_list = [0, 2]
task11.ready_time_list = [0, 2]
task11.finish_time_list = [3, 5]
task12.start_time_list = [1]
task12.ready_time_list = [2]
task12.finish_time_list = [5]
task2.start_time_list = [1]
task2.ready_time_list = [2]
task2.finish_time_list = [5]
init_datetime = datetime.datetime(2020, 4, 1, 8, 0, 0)
timedelta = datetime.timedelta(days=1)
df = product.create_data_for_gantt_plotly(init_datetime, timedelta)
assert df[0]["Start"] == (init_datetime + 0 * timedelta).strftime(
"%Y-%m-%d %H:%M:%S"
)
assert df[0]["Finish"] == (init_datetime + (5 + 1.0) * timedelta).strftime(
"%Y-%m-%d %H:%M:%S"
)
assert df[0]["Type"] == "Component"
assert df[1]["Start"] == (init_datetime + 1 * timedelta).strftime(
"%Y-%m-%d %H:%M:%S"
)
assert df[1]["Finish"] == (init_datetime + (5 + 1.0) * timedelta).strftime(
"%Y-%m-%d %H:%M:%S"
)
assert df[1]["Type"] == "Component"
def test_create_simple_gantt():
c1 = Component("c1")
task11 = Task("task11")
task12 = Task("task12")
c1.extend_targeted_task_list([task11, task12])
c2 = Component("c2")
task2 = Task("task2")
c2.append_targeted_task(task2)
product = Product([c1, c2])
# Set test case
task11.start_time_list = [1, 5]
task11.ready_time_list = [0, 4]
task11.finish_time_list = [2, 6]
task12.start_time_list = [2]
task12.ready_time_list = [1]
task12.finish_time_list = [5]
task2.start_time_list = [2]
task2.ready_time_list = [1]
task2.finish_time_list = [5]
product.create_simple_gantt(save_fig_path="test.png")
if os.path.exists("test.png"):
os.remove("test.png")
def dummy_project(scope="function"):
"""dummy_project."""
# Components in Product
c3 = Component("c3")
c1 = Component("c1")
c2 = Component("c2")
c3.extend_child_component_list([c1, c2])
# Tasks in Workflow
task1_1 = Task("task1_1", need_facility=True)
task1_2 = Task("task1_2")
task2_1 = Task("task2_1")
task3 = Task("task3")
task3.extend_input_task_list([task1_2, task2_1])
task1_2.append_input_task(task1_1)
c1.extend_targeted_task_list([task1_1, task1_2])
c2.append_targeted_task(task2_1)
c3.append_targeted_task(task3)
# Facilities in workplace
f1 = BaseFacility("f1")
f1.workamount_skill_mean_map = {
task1_1.name: 1.0,
}
# workplace.facility_list.append(f1)
# Workplace in BaseOrganization
workplace = BaseWorkplace("workplace", facility_list=[f1])
workplace.extend_targeted_task_list([task1_1, task1_2, task2_1, task3])
# Teams in Organization
team = Team("team")
team.extend_targeted_task_list([task1_1, task1_2, task2_1, task3])
# Workers in each Team
w1 = Worker("w1", team_id=team.ID, cost_per_time=10.0)
w1.workamount_skill_mean_map = {
task1_1.name: 1.0,
task1_2.name: 1.0,
task2_1.name: 0.0,
task3.name: 1.0,
}
w1.facility_skill_map = {f1.name: 1.0}
team.worker_list.append(w1)
w2 = Worker("w2", team_id=team.ID, cost_per_time=6.0)
w2.workamount_skill_mean_map = {
task1_1.name: 1.0,
task1_2.name: 0.0,
task2_1.name: 1.0,
task3.name: 1.0,
}
w2.facility_skill_map = {f1.name: 1.0}
team.worker_list.append(w2)
# Project including Product, Workflow and Organization
project = Project(
init_datetime=datetime.datetime(2020, 4, 1, 8, 0, 0),
unit_timedelta=datetime.timedelta(days=1),
)
project.product = Product([c3, c1, c2])
project.workflow = Workflow([task1_1, task1_2, task2_1, task3])
project.organization = Organization(team_list=[team],
workplace_list=[workplace])
return project
def test_init():
c1 = Component("c1")
product = Product([c1])
assert product.component_list == [c1]
