def select_benchmarks(names):
'''
return <names> but with '<suite>.all' replaced with all benchmarks from <suite>
and 'all' replaced with all benchmarks.
'''
if names is None:
return []
bm_list = []
for name in names:
# add all benchmarks from a suite
if '.all' in name:
# strip '.all' from the end of name
suite = name.rstrip('.all')
rows = db_utils.find('benchmarks', fields={'suite': suite})
# add benchmarks matching suite
bm_list += [b.name for b in rows]
# add all benchmarks
elif name == 'all':
rows = db_utils.find('benchmarks', fields={})
return [b.name for b in rows]
# add an individual benchmark by name
elif bm_list.count(name) == 0:
bm_list.append(name)
return bm_list
def select_benchmarks(names):
'''
return <names> but with '<suite>.all' replaced with all benchmarks from <suite>
and 'all' replaced with all benchmarks.
'''
if names is None:
return []
bm_list = []
for name in names:
# add all benchmarks from a suite
if '.all' in name:
# strip '.all' from the end of name
suite = name.rstrip('.all')
rows = db_utils.find('benchmarks', fields={'suite': suite})
# add benchmarks matching suite
bm_list += [b.name for b in rows]
# add all benchmarks
elif name == 'all':
rows = db_utils.find('benchmarks', fields={})
return [b.name for b in rows]
# add an individual benchmark by name
elif bm_list.count(name) == 0:
bm_list.append(name)
return bm_list
def get_stat_choices():
'''
return a (nested) dict of stats: {display_name: submit_name}
'''
# use the last core and processor stats
core_stats = db_utils.find('stats', fields={'type': 'core'})[0].stats
proc_stats = db_utils.find('stats', fields={'type': 'processor'})[0].stats
process_stats = db_utils.find('stats', fields={'type': 'process'})[0].stats
stat_choices = {'core': core_stats, 'processor': proc_stats, 'process': process_stats}
# replace the stat value with the submit_name (hierarchical name joined by '.')
def replace_value(d, name=None):
for k,v in d.items():
if name is None:
new_name = k
else:
new_name = name + '.' + k
if isinstance(v, dict):
d[k] = replace_value(v, new_name)
else:
d[k] = new_name
return d
# order each dict/sub-dict
def order(d):
for k,v in d.items():
if isinstance(v, dict):
d[k] = order(v)
return ordereddict.OrderedDict(sorted(d.items()))
return order(replace_value(stat_choices))
def get_column(table, knob_name):
# get all knobs
knobs = db_utils.find('knobs', fields={'type': table})
# build the new column
new_col = [knob_name]
new_col += map(lambda k: k.knobs.get(knob_name, ''), knobs)
return new_col
def get_column(table, knob_name):
# get all knobs
knobs = db_utils.find('knobs', fields={'type': table})
# build the new column
new_col = [knob_name]
new_col += map(lambda k: k.knobs.get(knob_name, ''), knobs)
return new_col
def get_processor_choices():
'''
returns a sorted tuple list of processor types ((<knob0.id>, <knob0.name>), (<knob1.id>, <knob1.name>), ...)
'''
# get all knobs
rows = db_utils.find('knobs', fields={'type': 'processor'})
# make them into tuples of (pid, display_name)
processors = tuple([(r.name, r.name) for r in sorted(rows, key=lambda row: row.name)])
logging.debug(processors)
return processors
def get_processor_choices():
'''
returns a sorted tuple list of processor types ((<knob0.id>, <knob0.name>), (<knob1.id>, <knob1.name>), ...)
'''
# get all knobs
rows = db_utils.find('knobs', fields={'type': 'processor'})
# make them into tuples of (pid, display_name)
processors = tuple([(r.name, r.name)
for r in sorted(rows, key=lambda row: row.name)])
logging.debug(processors)
return processors
def get_stat_choices():
'''
return a (nested) dict of stats: {display_name: submit_name}
'''
# use the last core and processor stats
core_stats = db_utils.find('stats', fields={'type': 'core'})[0].stats
proc_stats = db_utils.find('stats', fields={'type': 'processor'})[0].stats
process_stats = db_utils.find('stats', fields={'type': 'process'})[0].stats
stat_choices = {
'core': core_stats,
'processor': proc_stats,
'process': process_stats
}
# replace the stat value with the submit_name (hierarchical name joined by '.')
def replace_value(d, name=None):
for k, v in d.items():
if name is None:
new_name = k
else:
new_name = name + '.' + k
if isinstance(v, dict):
d[k] = replace_value(v, new_name)
else:
d[k] = new_name
return d
# order each dict/sub-dict
def order(d):
for k, v in d.items():
if isinstance(v, dict):
d[k] = order(v)
return ordereddict.OrderedDict(sorted(d.items()))
return order(replace_value(stat_choices))
def initialize():
# clear the tables
tables['processor'] = {}
tables['core'] = {}
# get the processors from the db
processors = db_utils.find('knobs', fields={'type': 'processor'})
# header row
tables['processor'] = [['name']]
# add one row for each processor
for p in processors:
tables['processor'].append([p.name])
# get the cores from the db
cores = db_utils.find('knobs', fields={'type': 'core'})
# header row
tables['core'] = [['name']]
# add one row for each core
for c in cores:
tables['core'].append([c.name])
def initialize():
# clear the tables
tables['processor'] = {}
tables['core'] = {}
# get the processors from the db
processors = db_utils.find('knobs', fields={'type': 'processor'})
# header row
tables['processor'] = [['name']]
# add one row for each processor
for p in processors:
tables['processor'].append([p.name])
# get the cores from the db
cores = db_utils.find('knobs', fields={'type': 'core'})
# header row
tables['core'] = [['name']]
# add one row for each core
for c in cores:
tables['core'].append([c.name])
def get_benchmark_choices():
'''
returns a nested tuple list of suites and benchmarks.
((<suite_name0>, (<bm0.name>, <bm0.name>), (<bm1.name>, <bm1.name>), ...), (<suite_name1>, ...))
'''
suites = db_utils.distinct('benchmarks', field='suite')
benchmarks = (('all', 'all'), )
for suite in suites:
bms = db_utils.find('benchmarks', fields={'suite': suite})
# first tuple of each suite is for selecting the whole suite
bm_tuple = ((suite + '.all', 'all'), )
# for each benchmar, append (b.name, b.name)
bm_tuple += tuple([(b.name, b.name) for b in bms])
# add the suite to the master list of benchmarks
benchmarks += ((suite, (bm_tuple)), )
# logging.debug(benchmarks)
return benchmarks
def get_benchmark_choices():
'''
returns a nested tuple list of suites and benchmarks.
((<suite_name0>, (<bm0.name>, <bm0.name>), (<bm1.name>, <bm1.name>), ...), (<suite_name1>, ...))
'''
suites = db_utils.distinct('benchmarks', field='suite')
benchmarks = (('all', 'all'),)
for suite in suites:
bms = db_utils.find('benchmarks', fields={'suite': suite})
# first tuple of each suite is for selecting the whole suite
bm_tuple = ((suite + '.all', 'all'),)
# for each benchmar, append (b.name, b.name)
bm_tuple += tuple([(b.name, b.name) for b in bms])
# add the suite to the master list of benchmarks
benchmarks += ((suite, (bm_tuple)),)
# logging.debug(benchmarks)
return benchmarks