def test_save_data_when_switching_between_environments(qtbot):
# given (a few environments)
window = show_window(qtbot)
add_environments(qtbot, window, NO_OF_ENVIRONMENTS)
# setup data for selected environment
selected_env = dict(
position=2,
data=[(fake.domain_word(), fake.first_name()) for _ in range(5)]
)
set_environment_variables(qtbot, window, selected_env)
# and (add variables for changed_env)
changed_env = dict(
position=3,
data=[(fake.domain_word(), fake.first_name()) for _ in range(5)]
)
set_environment_variables(qtbot, window, changed_env)
# when (switch back to previously selected environment)
select_environment(window, selected_env.get('position'))
# then (the variables should be retained)
actual_data = get_variables_for_selected_environment(window)
assert actual_data == selected_env.get('data')
def test_load_environment_variables_after_restart(qtbot):
# given (a new window and environments)
window = show_window(qtbot)
add_environments(qtbot, window, NO_OF_ENVIRONMENTS)
# and (add variables for environment A)
environment_a_data = dict(
position=2,
data=[(fake.domain_word(), fake.first_name()) for _ in range(5)]
)
set_environment_variables(qtbot, window, environment_a_data)
# and (switch to environment B and add variables)
environment_b_data = dict(
position=4,
data=[(fake.domain_word(), fake.first_name()) for _ in range(5)]
)
set_environment_variables(qtbot, window, environment_b_data)
# and (close and save)
close_and_save_environments(qtbot, window)
# when (quit application)
window.toolbar_controller.trigger_quit_application()
# and (re-create window and display environments dialog)
window = show_window(qtbot, clear_environments=False)
# then (select environment A)
select_environment(window, position=environment_a_data.get('position'))
# and (check that environment variable matches with environment A)
environment_a_variables = get_variables_for_selected_environment(window)
assert environment_a_variables == environment_a_data.get('data')
# and (select environment B)
select_environment(window, position=environment_b_data.get('position'))
# and (check that environment variable matches with environment B)
environment_b_variables = get_variables_for_selected_environment(window)
assert environment_b_variables == environment_b_data.get('data')
# and (close again)
close_and_save_environments(qtbot, window)
# and (re-create window and display environments dialog)
window = show_window(qtbot, clear_environments=False)
# then (select environment A)
select_environment(window, position=environment_a_data.get('position'))
# and (check that environment variable matches with environment A)
environment_a_variables = get_variables_for_selected_environment(window)
assert environment_a_variables == environment_a_data.get('data')
def test_app_with_prepopulated_data(qtbot):
# given (a new window)
window = show_window(qtbot)
# add some environments
window.environment_view.show_dialog()
add_environments(qtbot, window, 5)
close_and_save_environments(qtbot, window)
# add some environment variables
selected_env = dict(position=2,
data=[(fake.domain_word(), fake.first_name())
for _ in range(5)])
set_environment_variables(qtbot, window, selected_env)
# add some steps
for i in range(5):
add_step_with_command(window, "HTTP", f" {i} - GET Request")
add_step_with_command(window, "SQL", f" {i} - SELECT Request")
interact(qtbot)
def test_environment_variable_persistence(qtbot):
# given (a new window and environments)
window = show_window(qtbot)
add_environments(qtbot, window, NO_OF_ENVIRONMENTS)
# and (few environment variables)
selected_env = dict(
position=2,
data=[(fake.domain_word(), fake.first_name()) for _ in range(5)]
)
selected_environment_name = set_environment_variables(qtbot, window, selected_env)
# when (click ok)
close_and_save_environments(qtbot, window)
# then (should save have the selected environments)
actual_saved_environment = window.world.environment_store.get_environment(selected_environment_name)
assert actual_saved_environment
# and (should save all environment variables)
environment_variables = actual_saved_environment.variables
assert len(environment_variables) == 5
assert environment_variables == {k: v for (k, v) in selected_env.get('data')}
def random_environment():
return fake.domain_word()