def _code_extract(code: Atom, ndx: int) -> Union[Token, Tuple[Atom]]:
if isinstance(code, CodeBlock) and code.size() == 0:
return Token.revert
if not isinstance(code, CodeBlock):
return code,
ndx = abs(ndx % code.size())
return code.code_at_point(ndx),
def _code_extract(code: Atom, ndx: int) -> Union[Token, Tuple[Atom]]:
if isinstance(code, CodeBlock) and code.size() == 0:
return Token.revert
if not isinstance(code, CodeBlock):
return code,
ndx = abs(ndx % code.size())
return code.code_at_point(ndx),
def _code_combine(a: Atom, b: Atom) -> Tuple[CodeBlock]:
if isinstance(a, CodeBlock) and isinstance(b, CodeBlock):
return CodeBlock(b + a),
elif isinstance(b, CodeBlock):
return b.append(a),
elif isinstance(a, CodeBlock):
return a.append(b),
else:
return CodeBlock([a, b]),
def _code_combine(a: Atom, b: Atom) -> Tuple[CodeBlock]:
if isinstance(a, CodeBlock) and isinstance(b, CodeBlock):
return CodeBlock.from_list(list(b.copy()) + list(a.copy())),
elif isinstance(b, CodeBlock):
result = b.copy()
result.append(a)
return result,
elif isinstance(a, CodeBlock):
result = a.copy()
result.append(b)
return result,
else:
return CodeBlock(a, b),
def _code_combine(a: Atom, b: Atom) -> Tuple[CodeBlock]:
if isinstance(a, CodeBlock) and isinstance(b, CodeBlock):
return CodeBlock.from_list(list(b.copy()) + list(a.copy())),
elif isinstance(b, CodeBlock):
result = b.copy()
result.append(a)
return result,
elif isinstance(a, CodeBlock):
result = a.copy()
result.append(b)
return result,
else:
return CodeBlock(a, b),
def _code_size(code: Atom) -> Tuple[int]:
if not isinstance(code, CodeBlock):
return 1,
return code.size(),
def _code_size(code: Atom) -> Tuple[int]:
if not isinstance(code, CodeBlock):
return 1,
return code.size(),