def get_summary_infos(project_name, jobs_stats):
def format_cpu(job_stats):
if job_stats.get('cpu_percent') is None:
return '-'
used = '%.1f' % (job_stats.get('cpu_percent') / 100)
requested = '%.1f' % job_stats.job.cpus
available = '-'
if job_stats.get('percpu_percent'):
available = '%d' % len(job_stats.get('percpu_percent'))
return '{:>3}/{} |{}'.format(used, available,
requested.rstrip('0').rstrip('.'))
def format_mem(jobs_stats):
available = job_stats.get('memory_limit', '%.1f', bytes_to_gib)
used = job_stats.get('memory_used', '%.1f', bytes_to_gib)
requested = '%.1f' % mib_to_gib(job_stats.job.mem)
return '{:>3}/{} |{}'.format(used,
available.rstrip('0').rstrip('.'),
requested.rstrip('0').rstrip('.'))
def format_gpu(jobs_stats):
requested = '%d' % job_stats.job.gpus
if requested == 0 or job_stats.get('gpu_percent') is None:
return ' -'
else:
used = '%.1f' % (job_stats.get('gpu_percent') / float(100))
return '{:>3}/{}'.format(used, requested)
def format_gpu_mem(jobs_stats):
if job_stats.get('gpu_memory_total') is None:
return ' -'
available = job_stats.get('gpu_memory_total', '%.1f', bytes_to_gib)
used = job_stats.get('gpu_memory_used', '%.1f', bytes_to_gib)
return '{:>3}/{}'.format(used, available.rstrip('0').rstrip('.'))
rows = []
output = StringIO()
for job_stats in jobs_stats:
job = job_stats.job
if job.state in (JobState.running, JobState.serving):
rows.append([
job.short_id, project_name,
'%s%s' % (get_state_symbol(job.state), job.state),
format_cpu(job_stats),
format_mem(job_stats),
format_gpu(job_stats),
format_gpu_mem(job_stats)
])
else:
rows.append([job.short_id, project_name,
'%s%s' % (get_state_symbol(job.state), job.state)] + \
['', '', '', ''])
print_table(
header=['ID', 'PROJECT', 'STATE', 'CPU', 'MEM', 'GPU', 'GPU MEM'],
min_widths=[4, 8, 6, 10, 10, 3, 10],
rows=rows,
file=output,
column_spaces=2)
return output.getvalue()
def _get_experiment_rows(experiments, all=False, collapsed=True, users=False):
rows = []
for experiment in experiments:
if not all and experiment.state in ['FINISHED', 'KILLED', 'FAILED']:
continue
values = [experiment.short_id]
if users:
values += [experiment.user.username]
values += [
experiment.project.name,
'%s%s' %
(util.get_state_symbol(experiment.state), experiment.state),
util.get_since_str(experiment.created_at), experiment.type
]
if not collapsed:
values += ['', result(experiment)]
rows.append(values)
if not collapsed and experiment.children:
rows += get_experiments_rows(experiment, with_user=users)
return rows
def get_experiments_rows(group, with_project=True, with_type=True, with_params=True,
with_user=False, indent=True, with_result=True):
rows = []
for i, experiment in enumerate(group.children):
indent_str = (u'├╴' if i < len(group.children) - 1 else u'╰╴') if indent else ''
values = [indent_str + experiment.short_id]
if with_user:
values += [group.user.username]
if with_project:
values += [group.project.name]
values += [u'%s%s' % (util.get_state_symbol(experiment.state), experiment.state),
util.get_since_str(experiment.created_at)]
if with_type:
values += [indent_str + 'Experiment']
if with_params:
values += [params(experiment)]
if with_result:
values += [result(experiment)]
rows.append(values)
return rows
def show_job_table(jobs):
rows = [
([job.short_id,
'%s%s' % (util.get_state_symbol(job.state), job.state),
util.get_since_str(job.started_at),
util.get_since_str(job.finished_at),
job.reason or '',
job.message[:17] + '...' if job.message and len(job.message) > 20 else job.message or '',
job.exit_code if job.exit_code is not None else '',
'%d' % job.gpus, '%.1f' % job.cpus, '%d' % job.mem]) for job in jobs
]
util.print_table(
header=['JOB ID', 'STATE', 'STARTED', 'FINISHED', 'REASON', 'MESSAGE', 'EXIT CODE', 'GPU', 'CPU', 'MEM'],
min_widths=[13, 13, 13, 13, 13, 20, 10, 6, 6, 6],
rows=rows
)
def get_detailed_info(job_stats):
output = StringIO()
job = job_stats.job
caption = bold('%s (STATE: %s)' %
(job.short_id, '%s%s' %
(get_state_symbol(job.state), job.state)))
if job.gpus == 0:
return '\n'.join([caption, indent('Experiment uses no GPUs')])
if job.state in ('RUNNING', 'SERVING'):
#total_gib = job_stats.get('memory_limit', '%.1f', bytes_to_gib)
#used_gib = job_stats.get('memory_used', '%.1f', bytes_to_gib)
#memory = 'Memory Stats (Used/Total) GB: %s / %s' % (used_gib, total_gib)
# cpu_bars = get_cpu_bars(job.cpus,
# job_stats.get('percpu_percent'))
gpu_table = get_gpu_table(job_stats)
return '\n'.join([caption, indent(gpu_table)])
else:
return '\n'.join([caption, indent('No real-time stats available')])
def show_experiment_group(group):
print("ID: {}".format(group.short_id))
print("Type: Set")
print("State: {}{}".format(util.get_state_symbol(group.state),
group.state))
print("Project: {}".format(group.project.name))
if group.framework == 'tensorflow' and group.framework_config.get('tensorboard', False):
tensorboard_job = next(job for job in group.jobs if job.role == 'tensorboard')
if tensorboard_job.state in ['RUNNING']:
print("Tensorboard: {}".format(util.tensorboard_job_url(tensorboard_job)))
else:
print("Tensorboard: OFFLINE")
print()
util.print_table(
header=['EXP ID', 'STATE', 'AGE', 'PARAMS', 'RESULT'],
min_widths=(6, 9, 13, 14, 14),
rows=get_experiments_rows(group, with_project=False, with_type=False, indent=False)
)
if group.jobs:
print()
show_job_table(group.jobs)
def show_common_header(entity, type):
print("ID: {}".format(entity.short_id))
print("Type: {}".format(type))
print("State: {}{}".format(util.get_state_symbol(entity.state),
entity.state))
show_timing(entity.started_at, entity.finished_at)
def show_common_header(entity, type):
print("ID: {}".format(entity.short_id))
print("Type: {}".format(type))
print("State: {}{}".format(util.get_state_symbol(entity.state),
entity.state))
