def main():
# merge command-line and file-specified arguments
config = conf.config(__doc__, sys.argv[1:])
logger = loghelper.create(LOGGER,
log_level=config.get('log.level'),
log_fmt=config.get('log.format'),
log_file=config.get('log.file'))
dry_run = config.get('dry-run')
after_job = config.get('after-job')
max_dom = config['max_dom']
# either the start time is exactly specified, or else we calculate it from base time, delay and cycles
if config.get('start'):
init_time = config['start']
else:
init_time = shared.get_time(base_time=config.get('base-time'),
delay=config.get('delay'),
round=config.get('cycles'))
if config.get('end'):
end_init = config['end']
init_interval = config['init_interval']
init_times = list(
rrule.rrule(freq=rrule.HOURLY,
interval=init_interval,
dtstart=init_time,
until=end_init))
else:
init_times = [init_time]
jobs = config['jobs']
run_jobs = [j for j in jobs if true_like(j['run'])]
parallel = int(config.get('parallel'))
logger.debug("allow %d parallel simulations" % parallel)
after_job = None
previous_sim = None
working_dir = config.get('working-dir')
for n, init_time in enumerate(init_times):
# one-argument function to do initial-time substitution in strings
expand = lambda s: substitute.sub_date(str(s), init_time=init_time)
wdir = expand(working_dir)
if not os.path.exists(wdir):
logger.error("could not find %s, skipping" % wdir)
continue
# allow individual simulations to run in parallel, but up to a limit of N
# every time N reaches parallel limit, enforce a dependency
if parallel == 0 or (n % parallel) == 0:
after_job = previous_sim
logger.debug("dependency: %s" % after_job)
previous_sim = submit(run_jobs,
expand,
after_job=after_job,
array_job=max_dom,
dry_run=dry_run)
def main():
# merge command-line and file-specified arguments
config = conf.config(__doc__, sys.argv[1:])
init_time = shared.get_time(config.get('start'), config.get('delay'), config.get('cycles'))
format = config['format'] if config.get('format') else '%Y-%m-%d_%H:%M:%S'
print init_time.strftime(format)
def main():
# merge command-line and file-specified arguments
config = conf.config(__doc__, sys.argv[1:])
logger = loghelper.create(LOGGER,
log_level=config.get('log.level'),
log_fmt=config.get('log.format'))
if config.get('log.file'):
log_file = config['log.file']
logger.addHandler(
loghelper.file_handler(log_file, config['log.level'],
config['log.format']))
dry_run = config.get('dry-run')
# either the start time is exactly specified, or else we calculate it from base time, delay and cycles
if config.get('start'):
init_time = config['start']
else:
init_time = shared.get_time(base_time=config.get('base-time'),
delay=config.get('delay'),
round=config.get('cycles'))
if config.get('end'):
end_init = config['end']
init_interval = config['init_interval']
init_times = list(
rrule.rrule(freq=rrule.HOURLY,
interval=init_interval,
dtstart=init_time,
until=end_init))
else:
init_times = [init_time]
for init_time in init_times:
# one-argument function to do initial-time substitution in strings
expand = lambda s: substitute.sub_date(str(s), init_time=init_time)
replacements = substitute.date_replacements(init_time=init_time)
jobs = config['jobs']
# get an ordered list of all the ones which we will run
run_jobs = [
jobs[j] for j in sorted(jobs.keys()) if jobs[j]['run'] == True
]
#for key, entry in config['jobs'].items():
for entry in run_jobs:
template = expand(entry['template'])
target = expand(entry['target'])
tm.fill_template(template, target, replacements)
def main():
# merge command-line and file-specified arguments
config = conf.config(__doc__, sys.argv[1:])
logger = loghelper.create(LOGGER,
log_level=config.get('log.level'),
log_fmt=config.get('log.format'))
if config.get('log.file'):
log_file = config['log.file']
logger.addHandler(
loghelper.file_handler(log_file, config['log.level'],
config['log.format']))
logger.debug('now logging to file')
dry_run = config.get('dry-run')
# either the start time is exactly specified, or else we calculate it
if config.get('start'):
init_time = config['start']
else:
init_time = shared.get_time(base_time=config.get('base-time'),
delay=config.get('delay'),
round=config.get('cycles'))
if config.get('end'):
end_init = config['end']
init_interval = config['init_interval']
init_times = list(
rrule.rrule(freq=rrule.HOURLY,
interval=init_interval,
dtstart=init_time,
until=end_init))
else:
init_times = [init_time]
for init_time in init_times:
# one-argument function to do initial-time substitution in strings
expand = lambda s: substitute.sub_date(s, init_time=init_time) if type(
s) == type("") else s
# dictionary of replacements e.g. %iY : 2015
date_replacements = substitute.date_replacements(init_time=init_time)
source = expand(config['source'])
target = expand(config['target'])
assert (_are_compatible(source, target))
_recursive_replace(source, target, date_replacements)
def main():
# merge command-line and file-specified arguments
config = conf.config(__doc__, sys.argv[1:])
logger = loghelper.create(LOGGER, log_level=config.get('log.level'), log_fmt=config.get('log.format'), log_file=config.get('log.file'))
dry_run = config.get('dry-run')
after_job = config.get('after-job')
max_dom = config['max_dom']
# either the start time is exactly specified, or else we calculate it from base time, delay and cycles
if config.get('start'):
init_time = config['start']
else:
init_time = shared.get_time(base_time=config.get('base-time'), delay=config.get('delay'), round=config.get('cycles'))
if config.get('end'):
end_init = config['end']
init_interval = config['init_interval']
init_times = list(rrule.rrule(freq=rrule.HOURLY, interval=init_interval, dtstart=init_time, until=end_init))
else:
init_times = [init_time]
jobs = config['jobs']
run_jobs = [ j for j in jobs if true_like(j['run'])]
parallel = int(config.get('parallel'))
logger.debug("allow %d parallel simulations" % parallel)
after_job=None
previous_sim=None
working_dir = config.get('working-dir')
for n,init_time in enumerate(init_times):
# one-argument function to do initial-time substitution in strings
expand = lambda s : substitute.sub_date(str(s), init_time=init_time)
wdir = expand(working_dir)
if not os.path.exists(wdir):
logger.error("could not find %s, skipping" % wdir)
continue
# allow individual simulations to run in parallel, but up to a limit of N
# every time N reaches parallel limit, enforce a dependency
if parallel==0 or (n%parallel)==0:
after_job=previous_sim
logger.debug("dependency: %s" % after_job)
previous_sim = submit(run_jobs, expand, after_job=after_job, array_job=max_dom, dry_run=dry_run)
def main():
# merge command-line and file-specified arguments
config = conf.config(__doc__, sys.argv[1:])
logger = loghelper.create(LOGGER, log_level=config.get('log.level'), log_fmt=config.get('log.format'))
if config.get('log.file'):
log_file = config['log.file']
logger.addHandler(loghelper.file_handler(log_file, config['log.level'], config['log.format']))
logger.debug('now logging to file')
dry_run = config.get('dry-run')
# either the start time is exactly specified, or else we calculate it
if config.get('start'):
init_time = config['start']
else:
init_time = shared.get_time(base_time=config.get('base-time'), delay=config.get('delay'), round=config.get('cycles'))
if config.get('end'):
end_init = config['end']
init_interval = config['init_interval']
init_times = list(rrule.rrule(freq=rrule.HOURLY, interval=init_interval, dtstart=init_time, until=end_init))
else:
init_times = [init_time]
for init_time in init_times:
# one-argument function to do initial-time substitution in strings
expand = lambda s : substitute.sub_date(s, init_time=init_time) if type(s)==type("") else s
# dictionary of replacements e.g. %iY : 2015
date_replacements = substitute.date_replacements(init_time=init_time)
source = expand(config['source'])
target = expand(config['target'])
assert(_are_compatible(source,target))
_recursive_replace(source, target, date_replacements)
def main():
# merge command-line and file-specified arguments
config = conf.config(__doc__, sys.argv[1:])
logger = loghelper.create(LOGGER, log_level=config.get("log.level"), log_fmt=config.get("log.format"))
if config.get("log.file"):
log_file = config["log.file"]
logger.addHandler(loghelper.file_handler(log_file, config["log.level"], config["log.format"]))
dry_run = config.get("dry-run")
# either the start time is exactly specified, or else we calculate it from base time, delay and cycles
if config.get("start"):
init_time = config["start"]
else:
init_time = shared.get_time(
base_time=config.get("base-time"), delay=config.get("delay"), round=config.get("cycles")
)
if config.get("end"):
end_init = config["end"]
init_interval = config["init_interval"]
init_times = list(rrule.rrule(freq=rrule.HOURLY, interval=init_interval, dtstart=init_time, until=end_init))
else:
init_times = [init_time]
for init_time in init_times:
# one-argument function to do initial-time substitution in strings
expand = lambda s: substitute.sub_date(str(s), init_time=init_time)
replacements = substitute.date_replacements(init_time=init_time)
jobs = config["jobs"]
# get an ordered list of all the ones which we will run
run_jobs = [jobs[j] for j in sorted(jobs.keys()) if jobs[j]["run"] == True]
# for key, entry in config['jobs'].items():
for entry in run_jobs:
template = expand(entry["template"])
target = expand(entry["target"])
tm.fill_template(template, target, replacements)
def main():
# merge command-line and file-specified arguments
config = conf.config(__doc__, sys.argv[1:])
logger = loghelper.create(LOGGER,
log_level=config.get('log.level'),
log_fmt=config.get('log.format'),
log_file=config.get('log.file'))
base_dir = config['base_dir']
wrftools_dir = config['wrftools_dir']
dry_run = config.get('dry_run')
jobs = config.get('jobs')
create = config.get('initialise.create')
remove = config.get('initialise.remove')
copy = config.get('initialise.copy')
link = config.get('initialise.link')
if create:
for d in create:
shared.create(d, dry_run=dry_run)
if remove:
for pattern in remove:
shared.remove(pattern, dry_run=dry_run)
if copy:
for pattern in copy:
shared.copy(pattern, dry_run=dry_run)
if link:
for pattern in link:
shared.link(pattern, dry_run=dry_run)
logger.debug("init.py done")
print("\n\n")
print("************************************************")
print(NEXT_STEPS % (base_dir, base_dir))
print("************************************************")
def main():
# merge command-line and file-specified arguments
config = conf.config(__doc__, sys.argv[1:])
logger = loghelper.create(LOGGER, log_level=config.get('log.level'), log_fmt=config.get('log.format'))
if config.get('log.file'):
log_file = config['log.file']
logger.addHandler(loghelper.file_handler(log_file, config['log.level'], config['log.format']))
jobs = config['jobs']
for key in sorted(jobs.keys()):
entry = jobs[key]
template = entry['template']
target = entry['target']
logger.debug("filling template %s ----> %s" % (template, target))
path,name = os.path.split(target)
if not os.path.exists(path):
os.makedirs(path)
replacements = entry['replacements']
tm.fill_template(template,target,replacements)
def main():
# merge command-line and file-specified arguments
config = conf.config(__doc__, sys.argv[1:])
logger = loghelper.create(LOGGER, log_level=config.get('log.level'), log_fmt=config.get('log.format'), log_file=config.get('log.file'))
base_dir = config['base_dir']
wrftools_dir = config['wrftools_dir']
dry_run = config.get('dry_run')
jobs = config.get('jobs')
create = config.get('initialise.create')
remove = config.get('initialise.remove')
copy = config.get('initialise.copy')
link = config.get('initialise.link')
if create:
for d in create:
shared.create(d, dry_run=dry_run)
if remove:
for pattern in remove:
shared.remove(pattern, dry_run=dry_run)
if copy:
for pattern in copy:
shared.copy(pattern, dry_run=dry_run)
if link:
for pattern in link:
shared.link(pattern, dry_run=dry_run)
logger.debug("init.py done")
print("\n\n")
print("************************************************")
print(NEXT_STEPS % (base_dir,base_dir))
print("************************************************")
def main():
config = conf.config(__doc__, sys.argv[1:])
power(config)
def main():
""" Pass command line arguments to NCL script"""
config = conf.config(__doc__, sys.argv[1:])
t0 = time.time()
if config["out-dir"] == None:
out_dir = "."
else:
out_dir = config["out-dir"]
# if ncl-code-dir not specified, expect it in ../ncl relative to
# the path of this file
if config["ncl-script"] == None:
ncl_script = NCL_SCRIPT
else:
ncl_code_dir = config["ncl-script"]
cmd_files = config["<file>"]
# Add nc extension if needed
nc_files = [f if f.endswith(".nc") else f + ".nc" for f in cmd_files]
# Create height arrays
hgts = config["height"]
hgts = "(/%s/)" % ",".join(map(str, hgts))
mode = config["mode"]
dry_run = config["dry-run"]
loc = config["loc"]
opt = config["opt"]
print "\n*****************************************************"
print "extract.py"
if mode not in SUPPORTED_MODES:
raise ConfigError("specified mode not supported")
if mode == "loop":
# This will loop over each file seperately
for f in sorted(nc_files):
path, name = os.path.split(f)
out_file = out_dir + "/" + name.replace("wrfout", "tseries")
if os.path.exists(out_file):
os.remove(out_file)
# Create NCL file array
in_file = f
# cmd = """FCST_FILE=%s NCL_OUT_FILE=%s LOCATIONS_FILE=%s NCL_OPT_FILE=%s ncl %s/%s 'extract_heights=%s' """ %(in_file, out_file, loc,opt, ncl_code_dir, NCL_SCRIPT, hgts)
cmd = """NCL_OPT_FILE=%s ncl 'in_file="%s"' 'out_file="%s"' 'extract_heights=%s' 'loc_file="%s"' %s""" % (
opt,
in_file,
out_file,
hgts,
loc,
ncl_script,
)
print cmd
# We could either aggregate all files together or loop over files
if not dry_run:
subprocess.call(cmd, shell=True)
elif mode == "lump":
f = nc_files[0]
path, name = os.path.split(f)
out_file = out_dir + "/" + name.replace("wrfout", "tseries")
if os.path.exists(out_file):
os.rm(out_file)
# Create NCL file array
files = '","'.join(sorted(nc_files))
in_file = '(/"%s"/)' % files
cmd = """NCL_OPT_FILE=%s ncl 'in_file=%s' 'out_file="%s"' 'extract_heights=%s' 'loc_file="%s"' %s""" % (
opt,
in_file,
out_file,
hgts,
loc,
ncl_script,
)
print cmd
if not dry_run:
subprocess.call(cmd, shell=True)
te = time.time() - t0
print "elapsed time: %0.1f " % te
def main():
config = conf.config(__doc__, sys.argv[1:], flatten=True)
logger = loghelper.create_logger(config)
logger.debug(config)
ncdump(config)
def test_config():
confighelper.config("docstring", None)
assert True
def main():
# merge command-line and file-specified arguments
config = conf.config(__doc__, sys.argv[1:])
logger = loghelper.create(LOGGER, log_level=config.get('log.level'),
log_fmt=config.get('log.format'),
log_file=config.get('log.file'))
if not os.path.exists(config['namelist_wps']):
logger.error("No namelist.wps found, %s was specifed as template, but does not exist" % config['namelist_wps'])
sys.exit()
if not os.path.exists(config['namelist_input']):
logger.error("No namelist.input found, %s was specifed as template, but does not exist" % config['namlist_input'])
sys.exit()
dry_run = config.get('dry-run')
rmtree = config.get('rmtree')
max_dom = config['max_dom']
bdy_interval = config['bdy_interval']
fcst_hours = config['fcst_hours']
logger.debug(fcst_hours)
history_interval = config['history_interval']
link_boundaries = config.get('link-boundaries')
# either the start time is exactly specified, or else we calculate it
if config.get('start'):
init_time = config['start']
else:
init_time = shared.get_time(base_time=config.get('base-time'), delay=config.get('delay'), round=config.get('cycles'))
if config.get('end'):
end_init = config['end']
logger.debug(end_init)
init_interval = config['init_interval']
init_times = list(rrule.rrule(freq=rrule.HOURLY, interval=init_interval, dtstart=init_time, until=end_init))
else:
init_times = [init_time]
for init_time in init_times:
try:
logger.info("**** Running simulation for %s *****" % init_time)
# one-argument function to do initial-time substitution in strings
expand = lambda s : substitute.sub_date(s, init_time=init_time) if type(s)==type("") else s
date_replacements = substitute.date_replacements(init_time=init_time)
working_dir = expand(config['working_dir'])
logger.info("working dir: %s " % working_dir)
if rmtree:
safe_remove(working_dir, dry_run)
create_directory_structure(expand, remove=config.get('prepare.remove'), create=config.get('prepare.create'), copy=config.get('prepare.copy'), link=config.get('prepare.link'), dry_run=dry_run)
if config.get('prepare.template'):
for entry in config['prepare.template']:
tokens = expand(entry).split()
source = tokens[0]
target = tokens[1] if len(tokens)>1 else tokens[0]
templater.fill_template(source, target, date_replacements)
bdy_times = shared.get_bdy_times(init_time, fcst_hours, bdy_interval)
working_namelist = working_dir+"/namelist.wps"
# this can be made cleaner
prefix=''
update_namelist_wps(config['namelist_wps'], working_namelist, config['max_dom'],
init_time, fcst_hours, config['bdy_interval'],
config['geo_em_dir'], config['met_em_dir'], config['geogrid_run_dir'], config['metgrid_run_dir'], prefix,
config.get('constants_name'))
working_namelist = working_dir+"/namelist.input"
logger.debug(fcst_hours)
update_namelist_input(config['namelist_input'], working_namelist, max_dom, init_time, fcst_hours, history_interval, bdy_interval*60*60, metadata=config.get('metadata'))
logger.debug(fcst_hours)
# apply any additional specified namelist updates (consider getting rid of this section)
namelist_updates = config.get('namelist_updates')
if namelist_updates:
for key in sorted(namelist_updates.keys()):
entry = namelist_updates[key]
logger.debug('processing namelist update entry %s' % key)
template = expand(entry['template'])
target = expand(entry['target'])
logger.debug('%s\t---->\t%s' %(template.ljust(20), target.ljust(20)))
namelist = shared.read_namelist(template)
if entry.get('update'):
for old,new in entry['update'].items():
logger.debug('\t%s\t:\t%s' %(old.ljust(20), expand(new).ljust(20)))
namelist.update(old,expand(new))
namelist.to_file(target)
# link in input files for all ungrib jobs
# update namelist.wps to modify start and end time
if config.get('ungrib'):
for key,entry in config['ungrib'].items():
# apply any delay and rounding to the init_time to get correct time for dataset
# note that sometimes it is necessary to use a different time e.g. for SST field is delayed by one day
run_dir = expand(entry['run_dir'])
base_time = shared.get_time(init_time, delay=entry.get('delay'), round=entry.get('cycles'))
ungrib_len = int(entry['ungrib_len'])
bdy_times = shared.get_bdy_times(base_time, ungrib_len, bdy_interval)
namelist = shared.read_namelist(run_dir+"/namelist.wps")
start_str = base_time.strftime("%Y-%m-%d_%H:%M:%S")
end_str = bdy_times[-1].strftime("%Y-%m-%d_%H:%M:%S")
namelist.update('start_date', [start_str]*max_dom)
namelist.update('end_date', [end_str]*max_dom)
namelist.to_file(run_dir+"/namelist.wps")
# link in vtable
vtable = entry['vtable']
cmd = "%s %s/Vtable" % (vtable, run_dir)
shared.link(cmd, dry_run=dry_run)
if link_boundaries:
file_pattern = entry['files']
# create an ordered set to ensure filenames only appear once
filenames = shared.ordered_set([substitute.sub_date(file_pattern, init_time=base_time, valid_time=t) for t in bdy_times])
missing_files = []
for f in filenames:
if not os.path.exists(f):
missing_files.append(f)
logger.error("%s \t missing" % f)
if missing_files!=[]:
if rmtree:
safe_remove(working_dir, dry_run)
raise IOError("some files could not be found")
args = ' '.join(filenames)
cmd = '%s/link_grib.csh %s' %(run_dir,args)
shared.run_cmd(cmd, dry_run=dry_run, cwd=run_dir, log=False)
except IOError as e:
logger.error(e)
def test_config():
confighelper.config("docstring", None)
assert True
"""example.py docstring in docopt recognised format see docopt
Usage:
example.py [--config=<file>]
[--option1=arg1]
[--option2=arg2]
[--option3=arg3]
[--option4=arg4]
[--option5=arg5]
Options:
--config=<file> configuration file to specify options
--option1=arg1 anything specified here will ovveride the config file
--option2=arg2
--option3=arg3
--option4=arg4
--option5=arg5
"""
import confighelper as conf
import sys
import pprint
# get configuration by passing in docstring and command-line arguments
config = conf.config(__doc__, sys.argv[1:] )
# config will be a merged dictionary of file and command-line args
pp = pprint.PrettyPrinter(indent=4)
pp.pprint(config)
def main():
config = conf.config(__doc__, sys.argv[1:], flatten=True)
logger = loghelper.create(LOGGER, config['log.level'], config['log.fmt'], config['log.file'])
ncdump(config)
def main():
""" Pass command line arguments to NCL script"""
config = conf.config(__doc__, sys.argv[1:])
t0 = time.time()
if config['out-dir'] == None:
out_dir = '.'
else:
out_dir = config['out-dir']
# if ncl-code-dir not specified, expect it in ../ncl relative to
# the path of this file
if config['ncl-script'] == None:
ncl_script = NCL_SCRIPT
else:
ncl_code_dir = config['ncl-script']
cmd_files = config['<file>']
# Add nc extension if needed
nc_files = [f if f.endswith('.nc') else f + '.nc' for f in cmd_files]
# Create height arrays
hgts = config['height']
hgts = '(/%s/)' % ','.join(map(str, hgts))
mode = config['mode']
dry_run = config['dry-run']
loc = config['loc']
opt = config['opt']
print '\n*****************************************************'
print 'extract.py'
if mode not in SUPPORTED_MODES:
raise ConfigError("specified mode not supported")
if mode == 'loop':
# This will loop over each file seperately
for f in sorted(nc_files):
path, name = os.path.split(f)
out_file = out_dir + '/' + name.replace('wrfout', 'tseries')
if os.path.exists(out_file):
os.remove(out_file)
# Create NCL file array
in_file = f
#cmd = """FCST_FILE=%s NCL_OUT_FILE=%s LOCATIONS_FILE=%s NCL_OPT_FILE=%s ncl %s/%s 'extract_heights=%s' """ %(in_file, out_file, loc,opt, ncl_code_dir, NCL_SCRIPT, hgts)
cmd = """NCL_OPT_FILE=%s ncl 'in_file="%s"' 'out_file="%s"' 'extract_heights=%s' 'loc_file="%s"' %s""" % (
opt, in_file, out_file, hgts, loc, ncl_script)
print cmd
# We could either aggregate all files together or loop over files
if not dry_run:
subprocess.call(cmd, shell=True)
elif mode == 'lump':
f = nc_files[0]
path, name = os.path.split(f)
out_file = out_dir + '/' + name.replace('wrfout', 'tseries')
if os.path.exists(out_file):
os.rm(out_file)
# Create NCL file array
files = '","'.join(sorted(nc_files))
in_file = '(/"%s"/)' % files
cmd = """NCL_OPT_FILE=%s ncl 'in_file=%s' 'out_file="%s"' 'extract_heights=%s' 'loc_file="%s"' %s""" % (
opt, in_file, out_file, hgts, loc, ncl_script)
print cmd
if not dry_run:
subprocess.call(cmd, shell=True)
te = time.time() - t0
print 'elapsed time: %0.1f ' % te
def main():
config = conf.config(__doc__, sys.argv[1:], flatten=True)
logger = loghelper.create_logger(config)
logger.debug(config)
ncdump(config)
def main():
config = conf.config(__doc__, sys.argv[1:], flatten=True)
logger = loghelper.create(LOGGER, config['log.level'], config['log.fmt'],
config['log.file'])
ncdump(config)
def main():
config = conf.config(__doc__, sys.argv[1:], flatten=True)
power(config)
"""example.py docstring in docopt recognised format see docopt Usage: example.py [--config=<file>] [--option1=arg1] [--option2=arg2] [--option3=arg3] [--option4=arg4] [--option5=arg5] Options: --config=<file> configuration file to specify options --option1=arg1 anything specified here will ovveride the config file --option2=arg2 --option3=arg3 --option4=arg4 --option5=arg5 """ import confighelper as conf import sys import pprint # get configuration by passing in docstring and command-line arguments config = conf.config(__doc__, sys.argv[1:]) # config will be a merged dictionary of file and command-line args pp = pprint.PrettyPrinter(indent=4) pp.pprint(config)
def main():
config = conf.config(__doc__, sys.argv[1:], flatten=True, format="yaml")
dispatch(config)
def main():
config = conf.config(__doc__, sys.argv[1:], flatten=True)
power(config)
def main():
config = conf.config(__doc__, sys.argv[1:], flatten=True, format="yaml")
dispatch(config)
def main():
config = conf.config(__doc__, sys.argv[1:])
power(config)
