def reset_config():
# note - can't set a new user_config, because it would be a local variable
# instead, we update it with the defaults
# this only works if we aren't adding anything extra to the user_config
user_config.update(default_config)
try:
assert (user_config == default_config)
except:
print DataFrame(
dict(config=Series(user_config), default=Series(default_config)))
raise
def reset_config():
# note - can't set a new user_config, because it would be a local variable
# instead, we update it with the defaults
# this only works if we aren't adding anything extra to the user_config
user_config.update(default_config)
try:
assert(user_config == default_config)
except:
print DataFrame(dict(
config=Series(user_config),
default=Series(default_config)))
raise
def run_case(name, basedir=this_directory, **kwds):
'''
a programatic way to do (nearly) the same thing
as calling the minpower script
(nearly: because prepends basedir to the directory name you are solving)
'''
# reset user_config to defaults first
user_config.update(default_config)
assert (user_config == default_config)
user_config.breakpoints = 3 # for speedier testing
user_config.update(kwds)
sln = solve_dir(os.path.join(basedir, name))
basic_checks(sln)
return sln
def run_case(name, basedir=this_directory, **kwds):
'''
a programatic way to do (nearly) the same thing
as calling the minpower script
(nearly: because prepends basedir to the directory name you are solving)
'''
# reset user_config to defaults first
user_config.update(default_config)
assert(user_config == default_config)
user_config.breakpoints = 3 # for speedier testing
user_config.update(kwds)
sln = solve_dir(os.path.join(basedir, name))
basic_checks(sln)
return sln
