def test_growth(data):
"""
Function to test growth functionality. Also implicitly
tests filtering functionality from utils.py.
:param data: data structures returned from reading files.
:return: None
"""
print("Filtering for region Latin America & Caribbean...", end="")
fdata = utils.filter_region(data, "Latin America & Caribbean")
print("complete.")
print("Growth data for 1971 to 1991...", end="")
sorted_data = growth.sorted_growth_data(fdata, 1971, 1991)
print("complete.")
test_strings = list()
test_strings.append("len(sorted_data) == 34")
test_strings.append("sorted_data[0].country == 'Honduras'")
test_strings.append("sorted_data[11].value == 7.695")
for test_str in test_strings:
print("Testing:", test_str, "->", eval(test_str))
print("Additional filtering for Low income...", end="")
fdata = utils.filter_income(fdata, "Low income")
print("complete.")
print("Growth data for 1996 to 2012...", end="")
sorted_data = growth.sorted_growth_data(fdata, 1996, 2012)
print("complete.")
test_strings = list()
test_strings.append("len(sorted_data) == 1")
test_strings.append("sorted_data[0].country == 'Haiti'")
for test_str in test_strings:
print("Testing:", test_str, "->", eval(test_str))
print("Filtering for region North America...", end="")
fdata = utils.filter_region(data, "North America")
print("complete.")
print("Growth data for 1960 to 1970...", end="")
sorted_data = growth.sorted_growth_data(fdata, 1966, 1970)
print("complete.")
test_strings = list()
test_strings.append("len(sorted_data) == 2")
test_strings.append("sorted_data[0].country == 'Canada'")
for test_str in test_strings:
print("Testing:", test_str, "->", eval(test_str))
print("Additional filtering for Lower middle income...", end="")
fdata = utils.filter_income(fdata, "Lower middle income")
print("complete.")
print("Growth data for 1981 to 1982...", end="")
sorted_data = growth.sorted_growth_data(fdata, 1981, 1982)
print("complete.")
test_strings = list()
test_strings.append("len(sorted_data) == 0")
for test_str in test_strings:
print("Testing:", test_str, "->", eval(test_str))
def test_drop(data):
"""
Function to test drop functionality. Also implicitly
tests filtering functionality from utils.py.
:param data: data structures returned from reading files.
:return: None
"""
print("Filtering for region Europe & Central Asia...", end="")
fdata = utils.filter_region(data, "Europe & Central Asia")
print("complete.")
print("Computing drop data...", end="")
sorted_data = drop.sorted_drop_data(fdata)
print("complete.")
test_strings = list()
test_strings.append("len(sorted_data) == 55")
test_strings.append("sorted_data[0].country == 'Latvia'")
test_strings.append("sorted_data[1].year2 == 1996")
test_strings.append("sorted_data[2].year1 == 1988")
test_strings.append("sorted_data[3].value2 == 66.5")
test_strings.append("sorted_data[45].value1 == 76.1804878")
for test_str in test_strings:
print("Testing:", test_str, "->", eval(test_str))
print("Filtering for all income...", end="")
fdata = utils.filter_income(data, "all")
print("complete.")
print("Computing drop data...", end="")
sorted_data = drop.sorted_drop_data(fdata)
print("complete.")
test_strings = list()
test_strings.append("len(sorted_data) == 207")
test_strings.append("sorted_data[-1].country == 'Isle of Man'")
test_strings.append("sorted_data[-2].year1 == 1997")
for test_str in test_strings:
print("Testing:", test_str, "->", eval(test_str))
print("Filtering for region East Asia & Pacific...", end="")
fdata = utils.filter_region(data, "East Asia & Pacific")
print("complete.")
print("Computing drop data...", end="")
sorted_data = drop.sorted_drop_data(fdata)
print("complete.")
test_strings = list()
test_strings.append("len(sorted_data) == 33")
test_strings.append("sorted_data[2].country == 'Marshall Islands'")
test_strings.append("sorted_data[4].year1 == 1966")
test_strings.append("sorted_data[10].year2 == 2011")
for test_str in test_strings:
print("Testing:", test_str, "->", eval(test_str))
print("Filtering for Sub-Saharan Africa...", end="")
fdata = utils.filter_region(data, "Sub-Saharan Africa")
print("complete.")
print("Computing drop data...", end="")
sorted_data = drop.sorted_drop_data(fdata)
print("complete.")
test_strings = list()
test_strings.append("len(sorted_data) == 48")
test_strings.append("sorted_data[0].country == 'Rwanda'")
for test_str in test_strings:
print("Testing:", test_str, "->", eval(test_str))
print("Filtering for all regions...", end="")
fdata = utils.filter_region(data, "all")
print("complete.")
print("Computing drop data...", end="")
sorted_data = drop.sorted_drop_data(fdata)
print("complete.")
test_strings = list()
test_strings.append("len(sorted_data) == 207")
for test_str in test_strings:
print("Testing:", test_str, "->", eval(test_str))
def test_ranking(data):
"""
Function to test ranking functionality. Also implicitly
tests filtering functionality from utils.py.
:param data: data structures returned from reading files.
:return: None
"""
print("Filtering for region Middle East & North Africa...", end="")
fdata = utils.filter_region(data, "Middle East & North Africa")
print("complete.")
print("Sorting data for 1977...", end="")
sorted_data = ranking.sorted_ranking_data(fdata, 1977)
print("complete.")
test_strings = list()
test_strings.append("len(sorted_data) == 20")
test_strings.append("sorted_data[0].country == 'Israel'")
test_strings.append("sorted_data[6].value == 66.454")
for test_str in test_strings:
print("Testing:", test_str, "->", eval(test_str))
print("Sorting data for 1965...", end="")
sorted_data = ranking.sorted_ranking_data(fdata, 1965)
print("complete.")
test_strings = list()
test_strings.append("len(sorted_data) == 19")
test_strings.append("sorted_data[1].country == 'Qatar'")
for test_str in test_strings:
print("Testing:", test_str, "->", eval(test_str))
print("Additional filtering for Upper middle income...", end="")
fdata = utils.filter_income(fdata, "Upper middle income")
print("complete.")
print("Sorting data for 1999...", end="")
sorted_data = ranking.sorted_ranking_data(fdata, 1999)
print("complete.")
test_strings = list()
test_strings.append("len(sorted_data) == 5")
test_strings.append("sorted_data[3].country == 'Algeria'")
for test_str in test_strings:
print("Testing:", test_str, "->", eval(test_str))
print("Filtering for region South Asia...", end="")
fdata = utils.filter_region(data, "South Asia")
print("complete.")
print("Sorting data for 2010...", end="")
sorted_data = ranking.sorted_ranking_data(fdata, 2010)
print("complete.")
test_strings = list()
test_strings.append("len(sorted_data) == 8")
test_strings.append("sorted_data[4].country == 'Bhutan'")
test_strings.append("sorted_data[1].value == 74.3392439")
for test_str in test_strings:
print("Testing:", test_str, "->", eval(test_str))
print("Additional filtering for High income...", end="")
fdata = utils.filter_income(fdata, "High income")
print("complete.")
print("Sorting data for 1984...", end="")
sorted_data = ranking.sorted_ranking_data(fdata, 1984)
print("complete.")
test_strings = list()
test_strings.append("len(sorted_data) == 0")
for test_str in test_strings:
print("Testing:", test_str, "->", eval(test_str))
def main():
"""
ask for year of interest
ask for region
ask for income
print top 10 life expectancies
print bottom 10 life expectancies
repeat
returns None
"""
data = utils.filter_countries(utils.read_data(
"worldbank_life_expectancy")) #read data and filter for countries
#User Input
year_of_interest = int(input(
"Enter a year of interest (-1 to quit): ")) #ask for year of interest
if year_of_interest == -1:
return None
region = input("Enter a region (all for all regions): ") #ask for region
income = input("Enter an income category (all for all categories): "
) #ask for income category
while True: #loop until user quits loop
newdata = data
if year_of_interest < 1960 or year_of_interest > 2015:
print("valid years are 1960 to 2015")
else:
bool = True
if region != "all":
if utils.valid_region(data, region):
newdata = utils.filter_region(data, region)
else:
bool = False
print("not valid region")
if income != "all":
if utils.valid_income(data, income):
newdata = utils.filter_income(data, income)
else:
bool = False
print("not valid income")
if bool:
countries = sorted_ranking_data(newdata, year_of_interest)
print("\nTop 10 life expectancies for %d:" % year_of_interest)
for i in range(len(countries)):
if i < 10:
print("%d: %s %f" % (
(i + 1), countries[i].country, countries[i].value))
print("\nBottom 10 life expectancies for %d:" %
year_of_interest)
for i in range(len(countries)):
if (len(countries) - i) < 10:
print("%d: %s %f" % (
(i + 1), countries[i].country, countries[i].value))
#User Input
year_of_interest = int(input("Enter a year of interest (-1 to quit): ")
) #ask for year of interest
if year_of_interest == -1:
return None
region = input(
"Enter a region (all for all regions): ") #ask for region
income = input("Enter an income category (all for all categories): "
) #ask for income category
