def loop_system(system, level=0):
title = ccodes.f('system') + '=' + ccodes.cyan('{system}')
indent(title, level=level, system=os.path.basename(system))
runs = lm.find.runs(system)
for run in runs:
loop_run(run, level=level + 1)
def loop_sim(sim, level=0):
title = ccodes.f('sim') + '=' + ccodes.blue('{sim}')
indent(title, level=level, sim=os.path.basename(sim))
parts = lm.find.parts(sim)
for part in parts:
loop_part(part, level=level + 1)
def loop_run(run, level=0):
title = ccodes.f('run') + '=' + ccodes.magenta('{run}')
indent(title, level=level, run=os.path.basename(run))
sims = lm.find.sims(run)
for sim in sims:
loop_sim(sim, level=level + 1)
parser = argparse.ArgumentParser()
parser.description = desc
parser.add_argument('-r', action='store_true', help='search recursivly')
parser.add_argument('-d', action='store_true', help='show which simulations are not done')
parser.add_argument(dest='stub', default=None, nargs='?', help='regex for system searching')
return parser
def get_arguments(args=None):
parser = create_parser()
opts = parser.parse_args(args)
return opts
def indent(string, level=0, **kwargs):
print ' ' * level + string.format(ccodes=ccodes, **kwargs)
format_string = '(' + ccodes.f('path' ) + '=' + ccodes.y('{path}' ) + ') : ' + \
'(' + ccodes.f('cstep' ) + '=' + ccodes.c('{cstep:>8}' ) + ') : ' + \
'(' + ccodes.f('tstep' ) + '=' + ccodes.c('{tstep:>8}' ) + ') : ' + \
'(' + ccodes.f('percent') + '=' + ccodes.c('{percent:>6}') + ') : ' + \
'(' + ccodes.f('done' ) + '=' + '{done}' + ')'
def get_cstep(obj):
try:
cstep = obj['current.step']
except:
cstep = None
return cstep
def get_tstep(obj):
try:
tstep = obj['iterations.real']
def loop_system(system, level=0):
title = ccodes.f('system') + '=' + ccodes.cyan('{system}')
indent(title, level=level, system=os.path.basename(system))
runs = lm.find.runs(system)
for run in runs:
loop_run(run, level=level + 1)
def loop_run(run, level=0):
title = ccodes.f('run') + '=' + ccodes.magenta('{run}')
indent(title, level=level, run=os.path.basename(run))
sims = lm.find.sims(run)
for sim in sims:
loop_sim(sim, level=level + 1)
def loop_sim(sim, level=0):
title = ccodes.f('sim') + '=' + ccodes.blue('{sim}')
indent(title, level=level, sim=os.path.basename(sim))
parts = lm.find.parts(sim)
for part in parts:
loop_part(part, level=level + 1)
default=None,
nargs='?',
help='regex for system searching')
return parser
def get_arguments(args=None):
parser = create_parser()
opts = parser.parse_args(args)
return opts
def indent(string, level=0, **kwargs):
print ' ' * level + string.format(ccodes=ccodes, **kwargs)
format_string = '(' + ccodes.f('path' ) + '=' + ccodes.y('{path}' ) + ') : ' + \
'(' + ccodes.f('cstep' ) + '=' + ccodes.c('{cstep:>8}' ) + ') : ' + \
'(' + ccodes.f('tstep' ) + '=' + ccodes.c('{tstep:>8}' ) + ') : ' + \
'(' + ccodes.f('percent') + '=' + ccodes.c('{percent:>6}') + ') : ' + \
'(' + ccodes.f('done' ) + '=' + '{done}' + ')'
def get_cstep(obj):
try:
cstep = obj['current.step']
except:
cstep = None
return cstep
def get_tstep(obj):
