def run_line_graph_scenarios(chart_builder_page, driver):
"""
CHART BUILDER CAN BUILD LINE GRAPHS
"""
"""
GIVEN some basic data appropriate for building line graphs
"""
chart_builder_page.refresh()
inject_data(driver, ethnicity_by_time_data)
chart_builder_page.click_data_okay()
"""
WHEN we add basic line chart settings
"""
chart_builder_page.select_chart_type("Line graph")
chart_builder_page.wait_for_seconds(1)
chart_builder_page.select_line_x_axis_column("Time")
chart_builder_page.wait_for_seconds(1)
"""
THEN a line graph exists with times on the x-axis and ethnicity names as the series
"""
times = chart_builder_page.chart_x_axis()
assert times == ["1", "2", "3"]
ethnicities = chart_builder_page.graph_series()
assert ethnicities == ["Asian", "Black", "Mixed", "White", "Other"]
"""
CHART BUILDER ORDERS LINE GRAPH SERIES according to classifications
"""
"""
GIVEN some shuffled up data appropriate for building line graphs
"""
chart_builder_page.refresh()
inject_data(driver, shuffle_table(ethnicity_by_time_data))
chart_builder_page.click_data_okay()
"""
WHEN we add basic line chart settings
"""
chart_builder_page.select_chart_type("Line graph")
chart_builder_page.wait_for_seconds(1)
chart_builder_page.select_line_x_axis_column("Time")
chart_builder_page.wait_for_seconds(1)
"""
THEN ethnicities are ordered as the series
"""
ethnicities = chart_builder_page.graph_series()
assert ethnicities == ["Asian", "Black", "Mixed", "White", "Other"]
def run_bar_chart_scenarios(chart_builder_page, driver):
"""
SCENARIO 1. CREATE A SIMPLE CHART
"""
"""
GIVEN some basic data appropriate for building bar charts
"""
inject_data(driver, simple_data)
chart_builder_page.click_data_okay()
chart_builder_page.wait_for_seconds(1)
"""
THEN the edit screen should get set up
"""
assert chart_builder_page.source_contains("5 rows by 2 columns")
assert len(chart_builder_page.get_ethnicity_settings_list()) == 3
assert chart_builder_page.get_ethnicity_settings_value() == "ONS 2011 - 5+1"
"""
WHEN we select bar chart
"""
chart_builder_page.select_chart_type("Bar chart")
chart_builder_page.wait_for_seconds(1)
"""
THEN we should have a chart with ethnicities as the bars
"""
ethnicities = chart_builder_page.chart_x_axis()
assert ethnicities == ["Asian", "Black", "Mixed", "White", "Other"]
values = chart_builder_page.chart_labels()
assert values == ["5", "4", "3", "2", "1"]
"""
WHEN we select an alternative ethnicity set up
"""
chart_builder_page.select_ethnicity_settings("ONS 2001 - 5+1")
chart_builder_page.wait_for_seconds(1)
"""
THEN the ethnicities that appear in the charts get changed
"""
ethnicities = chart_builder_page.chart_x_axis()
assert ethnicities == ["Asian", "Black", "Mixed", "White", "Other inc Chinese"]
"""
SCENARIO 2. CREATE A CHART WITH DISORDERLY DATA
"""
"""
GIVEN a shuffled version of our simple data
"""
chart_builder_page.refresh()
inject_data(driver, shuffle_table(simple_data))
chart_builder_page.click_data_okay()
"""
WHEN we select bar chart
"""
chart_builder_page.select_chart_type("Bar chart")
chart_builder_page.wait_for_seconds(1)
"""
THEN the ethnicities are correctly sorted automatically
"""
ethnicities = chart_builder_page.chart_x_axis()
assert ethnicities == ["Asian", "Black", "Mixed", "White", "Other"]
return chart_builder_page
def run_simple_table_scenarios(table_builder_page, driver):
"""
SCENARIO 1. CREATE A SIMPLE TABLE
"""
"""
GIVEN some basic data appropriate for building simple tables
"""
inject_data(driver, simple_data)
table_builder_page.click_data_okay()
table_builder_page.wait_for_seconds(1)
"""
THEN the edit screen should get set up
"""
assert table_builder_page.source_contains("5 rows by 2 columns")
assert len(table_builder_page.get_ethnicity_settings_list()) == 3
assert table_builder_page.get_ethnicity_settings_value(
) == "ONS 2011 - 5+1"
assert table_builder_page.input_index_column_name() == "Ethnicity"
"""
THEN we select the column to display
"""
table_builder_page.select_column(1, "Value")
table_builder_page.wait_for_seconds(1)
"""
THEN we should have a table with appropriate headers
"""
assert table_builder_page.table_headers() == ["Ethnicity", "Value"]
assert table_builder_page.table_index_column_name() == "Ethnicity"
"""
AND we should have a table with appropriate column values
"""
assert table_builder_page.table_column_contents(1) == [
"Asian", "Black", "Mixed", "White", "Other"
]
assert table_builder_page.table_column_contents(2) == [
"5", "4", "3", "2", "1"
]
"""
WHEN we select an alternative ethnicity set up
"""
table_builder_page.select_ethnicity_settings_value("ONS 2001 - 5+1")
table_builder_page.wait_for_seconds(1)
"""
THEN the ethnicities that appear in the tables get changed
"""
assert table_builder_page.table_column_contents(1) == [
"Asian", "Black", "Mixed", "White", "Other inc Chinese"
]
"""
WHEN we select an alternative first column name
"""
table_builder_page.set_input_index_column_name("Custom first column")
table_builder_page.wait_for_seconds(1)
"""
THEN the first column name in the table is changed
"""
assert table_builder_page.table_index_column_name(
) == "Custom first column"
"""
SCENARIO 2. CREATE A CHART WITH DISORDERLY DATA
"""
"""
GIVEN a shuffled version of our simple data
"""
table_builder_page.refresh()
inject_data(driver, shuffle_table(simple_data))
table_builder_page.click_data_okay()
"""
THEN we select the column to display
"""
table_builder_page.select_column(1, "Value")
table_builder_page.wait_for_seconds(1)
"""
THEN the ethnicities are correctly sorted automatically
"""
assert table_builder_page.table_column_contents(1) == [
"Asian", "Black", "Mixed", "White", "Other"
]
return table_builder_page