#!/usr/bin/env python3

# Generated by "pythonizer -aM ../Encode/Encoding.pm" v1.025 run by SNOOPYJC on Fri Feb 10 11:17:27 2023

__author__ = """Joe Cool"""

__email__ = "snoopyjc@gmail.com"

__version__ = "1.025"

import builtins, os, perllib, re, types

_str = lambda s: "" if s is None else str(s)

import Encode.MIME.Name as _Encode_MIME_Name

perllib.init_package("Encode.Encoding", is_class=True)

def DESTROY(*_args):

pass

Encode.Encoding.DESTROY = DESTROY

def decode(*_args):

_args = list(_args)

obj = _args.pop(0) if _args else None

class_ = perllib.ref_scalar(obj) if perllib.ref_scalar(obj) else obj

return perllib.croak(_str(class_) + "->encode() not defined!")

Encode.Encoding.decode = decode

#

# Needs to be overloaded or just croak

#

def encode(*_args):

_args = list(_args)

obj = _args.pop(0) if _args else None

class_ = perllib.ref_scalar(obj) if perllib.ref_scalar(obj) else obj

return perllib.croak(_str(class_) + "->encode() not defined!")

Encode.Encoding.encode = encode

def fromUnicode(*_args):

_args = list(_args)

return (_args.pop(0) if _args else None).encode(*_args)

Encode.Encoding.fromUnicode = fromUnicode

# (Temporary|legacy) methods

def toUnicode(*_args):

_args = list(_args)

return (_args.pop(0) if _args else None).decode(*_args)

Encode.Encoding.toUnicode = toUnicode

def perlio_ok(*_args):

# SNOOPYJC return eval { require PerlIO::encoding } ? 1 : 0;

return 1 # SNOOPYJC

Encode.Encoding.perlio_ok = perlio_ok

def needs_lines(*_args):

return 0

Encode.Encoding.needs_lines = needs_lines

def renewed(*_args):

return _args[0].get("renewed") or 0

Encode.Encoding.renewed = renewed

def renew(*_args):

_args = list(_args)

self = _args.pop(0) if _args else None

clone = perllib.bless(

(self if self is not None else perllib.Hash()).copy(), perllib.ref_scalar(self)

)

clone["renewed"] = perllib.num(clone["renewed"]) + 1 # so the caller can see it

# so the caller can see it

if DEBUG:

perllib.perl_print(clone.get("renewed"))

return clone

Encode.Encoding.renew = types.MethodType(renew, Encode.Encoding)

def mime_name(*_args):

_args = list(_args)

return Encode.MIME.Name.get_mime_name(_args.pop(0) if _args else None)

Encode.Encoding.mime_name = mime_name

def name(*_args):

_args = list(_args)

return (_args.pop(0) if _args else None)["Name"]

Encode.Encoding.name = name

def Define(*_args):

_args = list(_args)

obj = _args.pop(0) if _args else None

canonical = _args.pop(0) if _args else None

if not perllib.ref_scalar(obj):

obj = perllib.bless({"Name": canonical}, obj)

# warn "$canonical => $obj\n";

return perllib.define_encoding(obj, _str(canonical), _args)

Encode.Encoding.Define = types.MethodType(Define, Encode.Encoding)

def _f6():

r = perllib.Array((re.findall(re.compile(r"\d+"), "Revision: 2.8 ")))

return perllib.format_("%d." + "%02d" * (len(r) - 1), r)

builtins.__PACKAGE__ = "Encode.Encoding"

# Base class for classes which implement encodings

# SKIPPED: use strict;

perllib.WARNING = 1

Encode.Encoding.VERSION_v = _f6()

Encode.Encoding.CARP_NOT_a = "Encode Encode::Encoder".split()

# SKIPPED: use Carp ();

# SKIPPED: use Encode ();

DEBUG = not not os.environ.get("PERL_ENCODE_DEBUG")

Encode.Encoding.new_sequence = renew

new_sequence = renew