def produce_collection():
def error(msg):
serr.write(f"{msg}\n")
raise stop(_generic_error_returncode)
fmt = self.format
moni = self.coll_path_key.upper() # ick/meh
coll_ref = self.collection_reference
func = normalize_collection_reference_
use_fmt, use_cref = func(sin, fmt, coll_ref, 'STDIN', moni, error)
from data_pipes import meta_collection_ as func
collib = func()
return collib.collection_via_path(use_cref,
throwing_listener,
format_name=use_fmt)
def external_functions_via_stderr_(serr, rscser=None): # #testpoint
# there's a design issue here. this is how we would get env vars in from
# the "real world". in tests it's easiest to just pass in None here.
# maybe in production too.. so this "service" of producing a monitor ends
# up being un-DRY. #[#605.6] a resourceser. Also [sl] implements diff intrf
if rscser:
xx('see above')
from script_lib.magnetics.error_monitor_via_stderr import func
mon = func(serr, default_error_exitstatus=4)
class my_resources: # #class-as-namespace
def produce_monitor():
return mon # for now it's always built b.c it's the only thing
return my_resources
def formals_via_(itr, prog_name, subcommands=None):
from script_lib.cheap_arg_parse import formals_via_definitions as func
return func(itr, prog_name, subcommands)
def _json_collection_via(f, listener=None):
sa_mod = _json_storage_adapter()
from kiss_rdb import collection_via_storage_adapter_and_path as func
return func(sa_mod, f, listener)
def _collection_via_path(coll_path, listener):
from data_pipes import meta_collection_ as func
mc = func()
return mc.coll_via_path(coll_path, listener)