def _run_doctest():
from doctest import testmod as func
func()
def load_tests(loader, tests, ignore): # (this is a unittest API hook-in)
from doctest import DocTestSuite as func
suite = func(subject_module())
tests.addTests(suite)
return tests # (necessary (return our argument))
global_state.has_sentence = False
rv = global_state.flush_me
del global_state.flush_me
return rv
def flush_final_piece_row():
if len(pieces):
rv = tuple(pieces)
pieces.clear()
return rv
class global_state:
has_sentence = False
from .scanner_via import scanner_via_iterator as func
scn = func(_pieces_via_jumble(itr))
# == Stack
def stack_push(func, on_pop=None):
stack.append(Frame(func, on_pop))
def stack_pop():
assert 1 < len(stack) # don't ever pop the base frame
stack.pop()
def run_any_on_pops_while_flushing_stack():
while len(stack):
if (on_pop := top_frame().on_pop):
on_pop()
stack.pop()
def end_state(self):
sout, sout_lines = spy_on_write_and_lines_for(self, 'DBG SOUT: ')
coll = stateless_collection()
func = self.subject_module._traverse_and_explain_whole_collection
rc = func(sout, None, coll)
return rc, tuple(sout_lines)
def import_toolkit_module():
from kiss_rdb_test.eno_support import import_sub_module as func
return func('toolkit')
def coll_via_path(coll_path):
from kiss_rdb_test.eno_support import coll_via_path as func
return func(coll_path)
def _crizzy_tizzy_msgs(classis, fmt, keyer=None):
mds = _re().finditer(r'(?:[^{]+)?(?:\{([a-z_]+)(?:[!]r)?\})?', fmt)
sig = set(md[1] for md in mds if md[1] is not None)
func = _func_via_sig(sig)
return func(classis, sig, fmt, keyer)
def _build_identifier_parser(listener, cstacker=None):
from . import build_identifier_parser_ as func
return func(listener, cstacker)