def bind(event, HOOK_DEBUG=False): ''' this will bind the decorated object to event. NOTE: multiple binds are allowed. ''' return curry(evt.bind, event, HOOK_DEBUG=HOOK_DEBUG)
def __getattr__(self, name): ''' ''' # deligate the call to the original store object # constructors... ##!! revise !!## cls = store.StaticStoreClient.__getattr__(self, name) if issubclass(cls, OwnedStoredObjectWithAttrs): return curry(cls, owner=self.__owner__) return cls
def likevalue(obj, method_writable=False):
"""
this will create an interface property dict that describes the argument.
NOTE: this is usefull as it will create a predicate that will check
function/method signature.
"""
res = {}
# type or predicate...
if callable(obj):
# function signature...
res["predicate"] = func.curry(callablescompatible, obj, method_aware=True)
if not method_writable:
res["writable"] = False
else:
res["type"] = type(obj)
# doc...
if hasattr(obj, "__doc__"):
res["doc"] = obj.__doc__
return res
def run(): ''' prepare configuration data and run. ''' # setup config data... config, runtime_options = load_commandline(load_config_file(DEFAULT_CFG)) # cache some names... output = config['OUTPUT_DIR'] root = config['ROOT_DIR'] input = config['INPUT_DIR'] traverse_dir = config['TRAVERSE_DIR'] threshold = config['THRESHOLD'] raw_ext = config['RAW_EXTENSION'] rate_top_level = config['RATE_TOP_LEVEL'] search_input = config['SEARCH_INPUT'] search_output = config['SEARCH_OUTPUT'] verbosity = config['VERBOSITY'] skip = config['SKIP'] use_labels = config['USE_LABELS'] overflow_strategy = config['OVERFLOW_STRATEGY'] in_ext = OR(*config['INPUT_EXT']) # runtime options... dry_run = runtime_options.dry_run ratings = (config['LABELS'] if use_labels else []) + config['RATINGS'] # prepare to count created files... files_written = [0] def action_count(*p, **n): files_written[0] += 1 return True # do the actaual dance... res = generate( rate( index( # chose weather we need to skip the last element... collect(os.path.join(root, input), traverse_dir, rate_top_level, in_ext) if not search_input # locate correct preview dirs... else (reduce(list.__add__, l) for l in izip_longest( fillvalue=[], *(collect(d, traverse_dir, rate_top_level, in_ext) for d in getdirpaths( root, input, builddircache(root, input)))))), ratings=ratings, threshold=threshold, overflow_strategy=overflow_strategy), output, # find a location for each output file... ##!!! we do not need to do this if collect returned no results... getpath=(curry(getfilepath, cache=buildfilecache(output, raw_ext, skip_dirs=skip)) if search_output # just write to ROOT... else join), # actions to perform per XMP file... actions=( action_logger, action_break if dry_run else action_dummy, action_filewriter, action_count, ), template=config['XMP_TEMPLATE'], skip_not_found=config['SKIP_UNKNOWN_DESTINATIONS'], config=config) if verbosity >= 0: if verbosity == 1: print print 'Written %s files.' % files_written[0] return res
def __get__(self, obj, type=None): ''' ''' return curry(self.run, obj)
# here we will basicly create a list of callables and call each element # in a function one-liner :) # #----------------------------------------------------------------func--- # the function we are going to call... def func(*arg): print ' '.join(arg) #----------------------------------------------------------------------- # generate the list of functions... number_of_funcs = 6 # this can be done quite a bit simpler in pythonic syntax.... (but... # I could not help myself :)))) ) list_of_funcs = map( curry(rcurry, func), map( lambda i: '#' + str(i), range(number_of_funcs) )) # if you had not yet guessed what the above "line" does here is the # pythonic version: ##list_of_funcs = [ rcurry(func, '#' + str(i)) for i in range(number_of_funcs) ] # and this will add the word pythonic to the beginning of the line :) ##list_of_funcs = [ curry(rcurry(func, '#' + str(i)), 'pythonic:') for i in range(number_of_funcs) ] # though I must admit that this does not look much simpler... #----------------------------------------------------------------------- # The Loop:
res = '' for i, c in enumerate(s): res += chars[(ord(c)+i)%len(chars)] return pattern % res return getgid(gids, func.rcurry(fmt_str, chars)) #----------------------------------------------------------------------- if __name__ == '__main__': def gidtuple2str(gid, gids): return "id_%s" % gid.get_hex() OIDS = set() ngetgid = func.curry(getgid, OIDS, gidtuple2str) print ngetgid() print ngetgid() print ngetgid() print ngetgid() print ngetgid() print ngetgid() print getstrgid(OIDS) print getstrgid(OIDS) print getstrgid(OIDS) print getstrgid(OIDS) print getstrgid(OIDS) print getstrgid(OIDS)
