def test_pos(self):
pos = position_analysis()
self.assertIn('POS',pos.df.columns) #check if position information is in the dataframe
plot, table = pos.pos_salaries_distribution()
positions = table.columns #get positions information
self.assertIn('C',positions) #check if positions contain Center
self.assertIn('PF',positions) #check if positions contain Power Forward
self.assertNotIn('F',positions) #check if positions do not contain Forward since we respectively consider PF-Power Forward and SF-Small Forward
self.assertEqual(len(positions),5) #check if it contains 5 positions
stats = table.index #get distribution stats information
self.assertIn('mean',stats) #check if mean information is in stats
self.assertIn('max', stats) #check if max information is in stats
self.assertIn('std', stats) #check if standard deviation information is in stats
def test_pos(self):
pos = position_analysis()
self.assertIn(
'POS',
pos.df.columns) #check if position information is in the dataframe
plot, table = pos.pos_salaries_distribution()
positions = table.columns #get positions information
self.assertIn('C', positions) #check if positions contain Center
self.assertIn('PF',
positions) #check if positions contain Power Forward
self.assertNotIn(
'F', positions
) #check if positions do not contain Forward since we respectively consider PF-Power Forward and SF-Small Forward
self.assertEqual(len(positions), 5) #check if it contains 5 positions
stats = table.index #get distribution stats information
self.assertIn('mean', stats) #check if mean information is in stats
self.assertIn('max', stats) #check if max information is in stats
self.assertIn(
'std', stats) #check if standard deviation information is in stats
def get(self, year):
oa = salaries_stats_analysis.overall_analysis(int(year))
pos = salaries_stats_analysis.position_analysis(int(year))
self.write(
rendering.render_distribution(oa, pos, TEMPLATE_DIR,
'salaries_distribution.html'))
def get(self):
oa = salaries_stats_analysis.overall_analysis()
pos = salaries_stats_analysis.position_analysis()
self.write(
rendering.render_trend(oa, pos, TEMPLATE_DIR,
'salaries_trend.html'))
def get(self, year):
oa = salaries_stats_analysis.overall_analysis(int(year))
pos = salaries_stats_analysis.position_analysis(int(year))
self.write(rendering.render_distribution(oa, pos, TEMPLATE_DIR, 'salaries_distribution.html'))
def get(self):
oa = salaries_stats_analysis.overall_analysis()
pos = salaries_stats_analysis.position_analysis()
self.write(rendering.render_trend(oa, pos, TEMPLATE_DIR, 'salaries_trend.html'))
