def __get_syntax_prms__(self):
def tweak_prms_block(blocks: str) -> str:
out = ""
for b in blocks:
if b.__contains__("parsed-literal::"):
lines = rst2md.tr_plain(b).splitlines()
lines = list(filter(None, lines))
n_ws = np.zeros(len(lines), int)
for ix, l in enumerate(lines):
n_ws[ix] = len(l) - len(l.lstrip())
ws_min = np.min(n_ws)
for ix, l in enumerate(lines):
l_str = l[:ws_min].replace(
" ", ' ') + l[ws_min:] + " \n"
if n_ws[ix] == ws_min:
out += " * " + l_str
else:
out += " " + l_str
else:
out += b + " \n"
return rst2md.tr_inline_math(rst2md.rm_markup(out))
blocks = self.__section2blocks__(self.__sections__[1])
self.syntax = rst2md.tr_plain(blocks[0]).replace("*", "")
prms_block = tweak_prms_block(blocks[1:])
self.parameters = rst2md.tr_inline_doc(prms_block)
def __get_syntax_prms__(self):
def tweak_prms_block(blocks: str) -> str:
out = ""
for b in blocks:
if b.__contains__("parsed-literal::") or b.__contains__("code-block::"):
lines = rst2md.tr_plain(b).splitlines()
lines = list(filter(None, lines))
n_ws = np.zeros(len(lines), int)
for ix, l in enumerate(lines):
n_ws[ix] = len(l) - len(l.lstrip())
ws_min = np.min(n_ws)
for ix, l in enumerate(lines):
l_str = l[:ws_min].replace(
" ", ' ') + l[ws_min:] + " \n"
if n_ws[ix] == ws_min:
out += " * " + l_str
else:
out += " " + l_str
else:
out += b + " \n"
out = rst2md.rm_markup(out)
out = rst2md.tr_inline_math(out)
out = rst2md.fix_tr_markup_bugs(out)
return out
def get_multiple_syntaxes(syn_clean):
syntaxes = []
lines = syn_clean.splitlines()
cmd_word = lines[0].split(" ")[0].strip()
for l in lines:
if l.strip().split(" ")[0].strip() == cmd_word:
syntaxes.append(l.strip())
return syntaxes
blocks = self.__section2blocks__(self.__sections__[1])
syntax_clean = (rst2md.tr_plain(blocks[0])
.replace("*", "").strip())
syntax_array = get_multiple_syntaxes(syntax_clean)
self.syntax = syntax_array
self.n_syntax = len(syntax_array)
prms_block = tweak_prms_block(blocks[1:])
self.parameters = rst2md.tr_inline_doc(prms_block)