def generate_html(self):
"""
Generate HTML.
"""
html = HTMLDocument("Results")
# Output comparison of each phase to a different table.
for phase in self.run_data.keys():
if phase in ('fake_assets',):
continue
per_phase = self.run_data[phase]
html.add_header(1, phase)
title_map = {
'duration': 'Total Duration (ms)',
'ratio': 'Total Duration Per Number of Assets (ms/asset)',
'variable_cost': 'Asset Export Duration Per Number of Assets (ms/asset)'
}
for table_type in ('duration', 'ratio', 'variable_cost'):
if phase == 'all' and table_type in ('ratio', 'variable_cost'):
continue
# Make the table header columns and the table.
columns = ["Asset Metadata Amount", ]
ms_keys = sorted(self.all_modulestore_combos)
for k in ms_keys:
columns.append("{} ({})".format(k, table_type))
phase_table = HTMLTable(columns)
# Make a row for each amount of asset metadata.
for amount in sorted(per_phase.keys()):
per_amount = per_phase[amount]
num_assets = int(amount)
row = [amount, ]
for modulestore in ms_keys:
if table_type == 'duration':
value = per_amount[modulestore]
elif table_type == 'ratio':
if num_assets != 0:
value = per_amount[modulestore] / float(amount)
else:
value = 0
elif table_type == 'variable_cost':
if num_assets == 0:
value = 0
else:
value = (per_amount[modulestore] - per_phase['0'][modulestore]) / float(amount)
row.append("{}".format(value))
phase_table.add_row(row)
# Add the table title and the table.
html.add_header(2, title_map[table_type])
html.add_to_body(phase_table.table)
return html
def generate_html(self):
"""
Generate HTML.
"""
html = HTMLDocument("Results")
# Output comparison of each phase to a different table.
for phase in self.run_data.keys(): # lint-amnesty, pylint: disable=consider-iterating-dictionary, too-many-nested-blocks
if phase in ('fake_assets',):
continue
per_phase = self.run_data[phase]
html.add_header(1, phase)
title_map = {
'duration': 'Total Duration (ms)',
'ratio': 'Total Duration Per Number of Assets (ms/asset)',
'variable_cost': 'Asset Export Duration Per Number of Assets (ms/asset)'
}
for table_type in ('duration', 'ratio', 'variable_cost'):
if phase == 'all' and table_type in ('ratio', 'variable_cost'):
continue
# Make the table header columns and the table.
columns = ["Asset Metadata Amount", ]
ms_keys = sorted(self.all_modulestore_combos)
for k in ms_keys:
columns.append("{} ({})".format(k, table_type))
phase_table = HTMLTable(columns)
# Make a row for each amount of asset metadata.
for amount in sorted(per_phase.keys()):
per_amount = per_phase[amount]
num_assets = int(amount)
row = [amount, ]
for modulestore in ms_keys:
if table_type == 'duration':
value = per_amount[modulestore]
elif table_type == 'ratio':
if num_assets != 0:
value = per_amount[modulestore] / float(amount)
else:
value = 0
elif table_type == 'variable_cost':
if num_assets == 0:
value = 0
else:
value = (per_amount[modulestore] - per_phase['0'][modulestore]) / float(amount)
row.append("{}".format(value))
phase_table.add_row(row)
# Add the table title and the table.
html.add_header(2, title_map[table_type])
html.add_to_body(phase_table.table)
return html
def generate_html(self):
"""
Generate HTML.
"""
html = HTMLDocument("Results")
# Output comparison of each phase to a different table.
# for store in self.run_data.keys():
# per_phase = self.run_data[store]
# html.add_header(1, store)
for phase in self.run_data.keys():
per_phase = self.run_data[phase]
# Make the table header columns and the table.
columns = [
"Asset Metadata Amount",
]
ms_keys = sorted(self.all_modulestores)
for k in ms_keys:
columns.append("Time Taken (ms) ({})".format(k))
phase_table = HTMLTable(columns)
if phase != 'get_asset_list':
for amount in sorted(per_phase.keys()):
per_amount = per_phase[amount]
row = [
amount,
]
for modulestore in ms_keys:
time_taken = per_amount[modulestore]
row.append("{}".format(time_taken))
phase_table.add_row(row)
html.add_header(2, phase)
html.add_to_body(phase_table.table)
else:
# get_asset_list phase includes the sort as well.
html.add_header(2, phase)
for sort in per_phase.keys():
sort_table = HTMLTable(columns)
per_sort = per_phase[sort]
for amount in sorted(per_sort.keys()):
per_amount = per_sort[amount]
row = [
amount,
]
for modulestore in ms_keys:
# Each sort has two different ranges retrieved.
time_taken = per_amount[modulestore] / 2.0
row.append("{}".format(time_taken))
sort_table.add_row(row)
html.add_header(3, sort)
html.add_to_body(sort_table.table)
return html
def generate_html(self):
"""
Generate HTML.
"""
html = HTMLDocument("Results")
# Output comparison of each phase to a different table.
# for store in self.run_data.keys():
# per_phase = self.run_data[store]
# html.add_header(1, store)
for phase in self.run_data.keys():
per_phase = self.run_data[phase]
# Make the table header columns and the table.
columns = ["Asset Metadata Amount", ]
ms_keys = sorted(self.all_modulestores)
for k in ms_keys:
columns.append("Time Taken (ms) ({})".format(k))
phase_table = HTMLTable(columns)
if phase != 'get_asset_list':
for amount in sorted(per_phase.keys()):
per_amount = per_phase[amount]
row = [amount, ]
for modulestore in ms_keys:
time_taken = per_amount[modulestore]
row.append("{}".format(time_taken))
phase_table.add_row(row)
html.add_header(2, phase)
html.add_to_body(phase_table.table)
else:
# get_asset_list phase includes the sort as well.
html.add_header(2, phase)
for sort in per_phase.keys():
sort_table = HTMLTable(columns)
per_sort = per_phase[sort]
for amount in sorted(per_sort.keys()):
per_amount = per_sort[amount]
row = [amount, ]
for modulestore in ms_keys:
# Each sort has two different ranges retrieved.
time_taken = per_amount[modulestore] / 2.0
row.append("{}".format(time_taken))
sort_table.add_row(row)
html.add_header(3, sort)
html.add_to_body(sort_table.table)
return html