def rm_q(self, cond_func):
indexes = elel.cond_select_indexes_all(self.darr,
cond_func=lambda ele:
(ele['q'] == None))
idarr = elel.array_map(self.darr, language_locale_q_floatize)
orig_indexes = elel.cond_select_indexes_all(idarr, cond_func=cond_func)
idarr = elel.cond_select_values_all(idarr, cond_func=cond_func)
for index in indexes:
curr_index = orig_indexes.index(index)
idarr[curr_index]['q'] = None
self.darr = idarr
self.sarr = language_locale_q_darr2sarr(self.darr)
pobj(self.sarr)
def search(arr, s):
indexes = elel.cond_select_indexes_all(arr,
cond_func=cond_search,
cond_func_args=[s])
values = elel.select_indexes(arr, indexes)
pobj(values, with_color=0)
return (values)
def tst2kvlist(**kwargs):
if ("codec" in kwargs):
codec = kwargs["codec"]
else:
codec = "utf-8"
if ("code" in kwargs):
code = kwargs["code"]
else:
code = fs.rfile(kwargs["fn"])
code = code + "\n#"
g = tokenize(BytesIO(code.encode(codec)).readline)
info = next(g)
kl = []
vl = []
k = ""
infos = [info]
for info in g:
if (info.type == COMMENT):
kl.append(k)
v = _infos2group(infos)
vl.append(v)
k = info.string.lstrip("#")
infos = []
else:
infos.append(info)
indexes = elel.cond_select_indexes_all(kl, cond_func=lambda ele: ele == "")
kl = elel.pop_indexes(kl, indexes)['list']
vl = elel.pop_indexes(vl, indexes)['list']
return ((kl, vl))
def get_lsib(tree, nd):
sibs = get_sibs(tree, nd, including_self=True)
seq = elel.cond_select_indexes_all(sibs,
cond_func=lambda sib: sib == nd)[0]
if (seq == 0):
return (None)
else:
return (sibs[seq - 1])
def _infos2group(infos):
def map_func(ele):
ele.pop(0)
return (ele)
indexes = elel.cond_select_indexes_all(infos,
cond_func=lambda info:
(info.type == NEWLINE))
groups = elel.broken_seqs(infos, indexes)
groups = elel.remove_all(groups, [])
groups = elel.mapv(groups, map_func)
groups = elel.remove_all(groups, [])
groups = elel.mapv(groups, _group2str)
try:
groups = elel.remove_last(groups, "\n")
groups = elel.remove_first(groups, "\n")
except:
pass
else:
pass
return (groups)
def get_sibseq(tree, nd):
sibs = get_sibs(tree, nd, including_self=True)
seq = elel.cond_select_indexes_all(sibs,
cond_func=lambda sib: sib == nd)[0]
return (seq)
def get_maxlenlyr_depth(m,*args):
which = eftl.optional_which_arg("all",*args)
mll = get_maxlyrlen(m)
depths = elel.cond_select_indexes_all(m,cond_func=lambda ele:len(ele)==mll)
rslt = depths if(which == "all") else depths[which]
return(rslt)