def horner_form(thing, memo=None):
"""Return the sequence of Horner's method operations that evaluates the argument
performs search on variables to determine the optimal order to evaluate them
is otherwise a greedy algorithm"""
if not thing.proper:
raise ValueError(
'Can only put proper Terms and Polynomials into Horner form')
def inner(thing, var):
if isinstance(thing, Term):
return _horner_form_term(thing)
elif var is None:
if not isinstance(thing, Polynomial):
# immediate error
inner(thing, object())
return _horner_form_search(thing, inner)
elif isinstance(thing, Polynomial):
return _horner_form_poly(thing, var, inner)
else:
raise TypeError(
"Unknown type %s in horner_form" % repr(type(thing)), thing)
if memo is not None:
inner = memoize(memo)(inner)
return _horner_cleanup(inner(thing, None))
def main_interface():
profile = False
help, vim, emacs, error_checking = False, False, False, False
opts, args = getopt.getopt(sys.argv[1:-1], "h", \
["help", "vim", "emacs", "error-checking", \
"memoize", "profile"])
for opt, arg in opts:
if opt in ("-h", "--help"):
help = True
elif opt == '--vim':
vim = True
elif opt == '--memoize':
memoize(Symbol.get_terminal_equivalent_regexes)
memoize(Symbol.getRightRegexes)
memoize(Symbol.getLeftRegexes)
memoize(Symbol.get_contexts)
elif opt == '--profile':
profile = True
elif opt == '--emacs':
emacs = True
elif opt == '--error-checking':
error_checking = True
filename=sys.argv[-1]
def do_it():
if(help):
usage()
sys.exit()
if(vim):
generate_vim(filename,error_checking)
if(emacs):
generate_emacs(filename)
if(not emacs and not vim):
usage()
sys.exit(2)
if profile:
fn = "sample%s.prof" % "".join(sys.argv[1:-1])
prof = hotshot.Profile(fn)
prof.runcall(do_it)
prof.close()
stats = hotshot.stats.load(fn)
stats.strip_dirs()
stats.sort_stats('time', 'calls')
stats.print_stats()
else:
do_it()
def horner_form_basic(thing, memo=None):
"""Return the sequence of Horner's method operations that evaluates the argument
chooses variables in lexicographic order and is a purely greedy algorithm."""
if not thing.proper:
raise ValueError('Can only put proper Terms and Polynomials into Horner form')
def inner(thing, _):
var = min(thing.vars) if thing.vars else None
if isinstance(thing, Term):
return _horner_form_term(thing)
elif isinstance(thing, Polynomial):
return _horner_form_poly(thing, var, inner)
else:
raise TypeError("Unknown type %s in horner_form_basic" % repr(type(thing)), thing)
if memo is not None:
inner = memoize(memo)(inner)
return _horner_cleanup(inner(thing, None))
def horner_form_basic(thing, memo=None):
"""Return the sequence of Horner's method operations that evaluates the argument
chooses variables in lexicographic order and is a purely greedy algorithm."""
if not thing.proper:
raise ValueError(
'Can only put proper Terms and Polynomials into Horner form')
def inner(thing, _):
var = min(thing.vars) if thing.vars else None
if isinstance(thing, Term):
return _horner_form_term(thing)
elif isinstance(thing, Polynomial):
return _horner_form_poly(thing, var, inner)
else:
raise TypeError(
"Unknown type %s in horner_form_basic" % repr(type(thing)),
thing)
if memo is not None:
inner = memoize(memo)(inner)
return _horner_cleanup(inner(thing, None))
def horner_form(thing, memo=None):
"""Return the sequence of Horner's method operations that evaluates the argument
performs search on variables to determine the optimal order to evaluate them
is otherwise a greedy algorithm"""
if not thing.proper:
raise ValueError('Can only put proper Terms and Polynomials into Horner form')
def inner(thing, var):
if isinstance(thing, Term):
return _horner_form_term(thing)
elif var is None:
if not isinstance(thing, Polynomial):
# immediate error
inner(thing, object())
return _horner_form_search(thing, inner)
elif isinstance(thing, Polynomial):
return _horner_form_poly(thing, var, inner)
else:
raise TypeError("Unknown type %s in horner_form" % repr(type(thing)), thing)
if memo is not None:
inner = memoize(memo)(inner)
return _horner_cleanup(inner(thing, None))
def wrapper(func): memoized_func = memoize(func) file_cache = file_dict(filename) file_cache.update(memoized_func.cache) memoized_func.cache = file_cache return memoized_func
def forceRun(cmd):
set_force_build(True)
status = memoize(cmd)
set_force_build(False)
if status: sys.exit(status)
def run(cmd):
status = memoize(cmd)
if status: sys.exit(status)
def run(cmd): """ Run a shell command with memoization, exit if it fails """ status = memoize(cmd) if status: sys.exit(1)
from rebrickable.swagger_client import ApiClient
from rebrickable.swagger_client import Configuration
from rebrickable.swagger_client import LegoApi
import pprint
import dotenv
dotenv.load_dotenv(dotenv.find_dotenv())
config = Configuration()
config.host = 'https://rebrickable.com'
config.api_key = os.environ['REBRICKABLE_API_KEY']
api_client = ApiClient(header_name='Authorization',
header_value='key ' + config.api_key)
api = LegoApi(api_client)
api_client.call_api = memoize(RateLimited(2)(api_client.call_api))
themes = api.lego_themes_list()
def filter_theme(t, p):
print(p.name)
return p.name == "Harry Potter"
filtered_themes = []
for result_theme in themes.results:
if result_theme.parent_id is not None:
theme = api.lego_themes_read(result_theme.id)
parent_theme = api.lego_themes_read(theme.parent_id)
def run(cmd):
if not doclean:
status = memoize(cmd)
if status:
print >> sys.stderr, '*** FAILURE ***'
sys.exit(status)
def run(cmd):
if not doclean:
status = memoize(cmd)
if status:
print >>sys.stderr, '*** FAILURE ***'
sys.exit(status)
