def __str__(self): """Generate HTML for the entire table and caption. """ self.normalize() #calculate the scaling of the data self.table.prepend(Caption(Bold(self.title))) #add title as caption for item in self.datalist: row = TR() # 1st cell is the text description row.append( TD(item['label'], align='left', width=70, bgcolor=self.label_shade)) # 2nd cell is the decimal sum value row.append( TD("%9.1f" % item['total'], align='right', width=70, bgcolor=self.value_shade)) # 3rd cell contains the scaled bar graphic row.append(self.make_bar_cell(item)) self.table.append(row) # add the row to the table # now tack on a legend at the bottom self.table.append( TR( TD('AVERAGE', align='left', width=70, bgcolor=self.label_shade), TD("%9.1f" % self.average, align='right', width=70, bgcolor=self.value_shade), TD(self.gen_legend(), bgcolor=self.label_shade, html_escape="OFF"))) return str(self.table)
def make_row(self): if self.weekday in ('Saturday', 'Sunday'): row = TR(bgcolor=WEEKENDCOLOR) else: row = TR(bgcolor=WEEKDAYCOLOR) row.append(TD(self.repr_date_cell(), align='right', html_escape='off')) row.append(TD(self.repr_appt_cell(), html_escape='off')) return row
def __str__(self): """Generate HTML for the entire table and caption. """ self.normalize() #calculate the scaling of the data self.table.prepend(Caption(Bold(self.title))) #add title as caption for item in self.datalist: row = TR() # 1st cell is the text description row.append(TD(item['label'], align='left', width=70, bgcolor = self.label_shade)) # 2nd cell is the decimal sum value row.append(TD("%9.1f"%item['total'], align='right', width=70, bgcolor=self.value_shade)) # 3rd cell contains the scaled bar graphic row.append(self.make_bar_cell(item)) self.table.append(row) # add the row to the table # now tack on a legend at the bottom self.table.append(TR( TD('AVERAGE', align='left', width=70, bgcolor = self.label_shade), TD("%9.1f" % self.average, align='right', width=70, bgcolor=self.value_shade), TD(self.gen_legend(), bgcolor=self.label_shade, html_escape="OFF"))) return str(self.table)
def make_row(self): if self.weekday in ('Saturday','Sunday'): row = TR(bgcolor=WEEKENDCOLOR) else: row = TR(bgcolor=WEEKDAYCOLOR) row.append(TD(self.repr_date_cell(), align='right',html_escape='off')) row.append(TD(self.repr_appt_cell(),html_escape='off')) return row