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from __future__ import unicode_literals

import collections
import io
import zlib

from .compat import (
    compat_str,
    compat_struct_unpack,
)
from .utils import (
    ExtractorError,
)


def _extract_tags(file_contents):
    if file_contents[1:3] != b'WS':
        raise ExtractorError(
            'Not an SWF file; header is %r' % file_contents[:3])
    if file_contents[:1] == b'C':
        content = zlib.decompress(file_contents[8:])
    else:
        raise NotImplementedError(
            'Unsupported compression format %r' %
            file_contents[:1])

    # Determine number of bits in framesize rectangle
    framesize_nbits = compat_struct_unpack('!B', content[:1])[0] >> 3
    framesize_len = (5 + 4 * framesize_nbits + 7) // 8

    pos = framesize_len + 2 + 2
    while pos < len(content):
        header16 = compat_struct_unpack('<H', content[pos:pos + 2])[0]
        pos += 2
        tag_code = header16 >> 6
        tag_len = header16 & 0x3f
        if tag_len == 0x3f:
            tag_len = compat_struct_unpack('<I', content[pos:pos + 4])[0]
            pos += 4
        assert pos + tag_len <= len(content), \
            ('Tag %d ends at %d+%d - that\'s longer than the file (%d)'
                % (tag_code, pos, tag_len, len(content)))
        yield (tag_code, content[pos:pos + tag_len])
        pos += tag_len


class _AVMClass_Object(object):
    def __init__(self, avm_class):
        self.avm_class = avm_class

    def __repr__(self):
        return '%s#%x' % (self.avm_class.name, id(self))


class _ScopeDict(dict):
    def __init__(self, avm_class):
        super(_ScopeDict, self).__init__()
        self.avm_class = avm_class

    def __repr__(self):
        return '%s__Scope(%s)' % (
            self.avm_class.name,
            super(_ScopeDict, self).__repr__())


class _AVMClass(object):
    def __init__(self, name_idx, name, static_properties=None):
        self.name_idx = name_idx
        self.name = name
        self.method_names = {}
        self.method_idxs = {}
        self.methods = {}
        self.method_pyfunctions = {}
        self.static_properties = static_properties if static_properties else {}

        self.variables = _ScopeDict(self)
        self.constants = {}

    def make_object(self):
        return _AVMClass_Object(self)

    def __repr__(self):
        return '_AVMClass(%s)' % (self.name)

    def register_methods(self, methods):
        self.method_names.update(methods.items())
        self.method_idxs.update(dict(
            (idx, name)
            for name, idx in methods.items()))


class _Multiname(object):
    def __init__(self, kind):
        self.kind = kind

    def __repr__(self):
        return '[MULTINAME kind: 0x%x]' % self.kind


def _read_int(reader):
    res = 0
    shift = 0
    for _ in range(5):
        buf = reader.read(1)
        assert len(buf) == 1
        b = compat_struct_unpack('<B', buf)[0]
        res = res | ((b & 0x7f) << shift)
        if b & 0x80 == 0:
            break
        shift += 7
    return res


def _u30(reader):
    res = _read_int(reader)
    assert res & 0xf0000000 == 0
    return res


_u32 = _read_int


def _s32(reader):
    v = _read_int(reader)
    if v & 0x80000000 != 0:
        v = - ((v ^ 0xffffffff) + 1)
    return v


def _s24(reader):
    bs = reader.read(3)
    assert len(bs) == 3
    last_byte = b'\xff' if (ord(bs[2:3]) >= 0x80) else b'\x00'
    return compat_struct_unpack('<i', bs + last_byte)[0]


def _read_string(reader):
    slen = _u30(reader)
    resb = reader.read(slen)
    assert len(resb) == slen
    return resb.decode('utf-8')


def _read_bytes(count, reader):
    assert count >= 0
    resb = reader.read(count)
    assert len(resb) == count
    return resb


def _read_byte(reader):
    resb = _read_bytes(1, reader=reader)
    res = compat_struct_unpack('<B', resb)[0]
    return res


StringClass = _AVMClass('(no name idx)', 'String')
ByteArrayClass = _AVMClass('(no name idx)', 'ByteArray')
TimerClass = _AVMClass('(no name idx)', 'Timer')
TimerEventClass = _AVMClass('(no name idx)', 'TimerEvent', {'TIMER': 'timer'})
_builtin_classes = {
    StringClass.name: StringClass,
    ByteArrayClass.name: ByteArrayClass,
    TimerClass.name: TimerClass,
    TimerEventClass.name: TimerEventClass,
}


class _Undefined(object):
    def __bool__(self):
        return False
    __nonzero__ = __bool__

    def __hash__(self):
        return 0

    def __str__(self):
        return 'undefined'
    __repr__ = __str__


undefined = _Undefined()


class SWFInterpreter(object):
    def __init__(self, file_contents):
        self._patched_functions = {
            (TimerClass, 'addEventListener'): lambda params: undefined,
        }
        code_tag = next(tag
                        for tag_code, tag in _extract_tags(file_contents)
                        if tag_code == 82)
        p = code_tag.index(b'\0', 4) + 1
        code_reader = io.BytesIO(code_tag[p:])

        # Parse ABC (AVM2 ByteCode)

        # Define a couple convenience methods
        u30 = lambda *args: _u30(*args, reader=code_reader)
        s32 = lambda *args: _s32(*args, reader=code_reader)
        u32 = lambda *args: _u32(*args, reader=code_reader)
        read_bytes = lambda *args: _read_bytes(*args, reader=code_reader)
        read_byte = lambda *args: _read_byte(*args, reader=code_reader)

        # minor_version + major_version
        read_bytes(2 + 2)

        # Constant pool
        int_count = u30()
        self.constant_ints = [0]
        for _c in range(1, int_count):
            self.constant_ints.append(s32())
        self.constant_uints = [0]
        uint_count = u30()
        for _c in range(1, uint_count):
            self.constant_uints.append(u32())
        double_count = u30()
        read_bytes(max(0, (double_count - 1)) * 8)
        string_count = u30()
        self.constant_strings = ['']
        for _c in range(1, string_count):
            s = _read_string(code_reader)
            self.constant_strings.append(s)
        namespace_count = u30()
        for _c in range(1, namespace_count):
            read_bytes(1)  # kind
            u30()  # name
        ns_set_count = u30()
        for _c in range(1, ns_set_count):
            count = u30()
            for _c2 in range(count):
                u30()
        multiname_count = u30()
        MULTINAME_SIZES = {
            0x07: 2,  # QName
            0x0d: 2,  # QNameA
            0x0f: 1,  # RTQName
            0x10: 1,  # RTQNameA
            0x11: 0,  # RTQNameL
            0x12: 0,  # RTQNameLA
            0x09: 2,  # Multiname
            0x0e: 2,  # MultinameA
            0x1b: 1,  # MultinameL
            0x1c: 1,  # MultinameLA
        }
        self.multinames = ['']
        for _c in range(1, multiname_count):
            kind = u30()
            assert kind in MULTINAME_SIZES, 'Invalid multiname kind %r' % kind
            if kind == 0x07:
                u30()  # namespace_idx
                name_idx = u30()
                self.multinames.append(self.constant_strings[name_idx])
            elif kind == 0x09:
                name_idx = u30()
                u30()
                self.multinames.append(self.constant_strings[name_idx])
            else:
                self.multinames.append(_Multiname(kind))
                for _c2 in range(MULTINAME_SIZES[kind]):
                    u30()

        # Methods
        method_count = u30()
        MethodInfo = collections.namedtuple(
            'MethodInfo',
            ['NEED_ARGUMENTS', 'NEED_REST'])
        method_infos = []
        for method_id in range(method_count):
            param_count = u30()
            u30()  # return type
            for _ in range(param_count):
                u30()  # param type
            u30()  # name index (always 0 for youtube)
            flags = read_byte()
            if flags & 0x08 != 0:
                # Options present
                option_count = u30()
                for c in range(option_count):
                    u30()  # val
                    read_bytes(1)  # kind
            if flags & 0x80 != 0:
                # Param names present
                for _ in range(param_count):
                    u30()  # param name
            mi = MethodInfo(flags & 0x01 != 0, flags & 0x04 != 0)
            method_infos.append(mi)

        # Metadata
        metadata_count = u30()
        for _c in range(metadata_count):
            u30()  # name
            item_count = u30()
            for _c2 in range(item_count):
                u30()  # key
                u30()  # value

        def parse_traits_info():
            trait_name_idx = u30()
            kind_full = read_byte()
            kind = kind_full & 0x0f
            attrs = kind_full >> 4
            methods = {}
            constants = None
            if kind == 0x00:  # Slot
                u30()  # Slot id
                u30()  # type_name_idx
                vindex = u30()
                if vindex != 0:
                    read_byte()  # vkind
            elif kind == 0x06:  # Const
                u30()  # Slot id
                u30()  # type_name_idx
                vindex = u30()
                vkind = 'any'
                if vindex != 0:
                    vkind = read_byte()
                if vkind == 0x03:  # Constant_Int
                    value = self.constant_ints[vindex]
                elif vkind == 0x04:  # Constant_UInt
                    value = self.constant_uints[vindex]
                else:
                    return {}, None  # Ignore silently for now
                constants = {self.multinames[trait_name_idx]: value}
            elif kind in (0x01, 0x02, 0x03):  # Method / Getter / Setter
                u30()  # disp_id
                method_idx = u30()
                methods[self.multinames[trait_name_idx]] = method_idx
            elif kind == 0x04:  # Class
                u30()  # slot_id
                u30()  # classi
            elif kind == 0x05:  # Function
                u30()  # slot_id
                function_idx = u30()
                methods[function_idx] = self.multinames[trait_name_idx]
            else:
                raise ExtractorError('Unsupported trait kind %d' % kind)

            if attrs & 0x4 != 0:  # Metadata present
                metadata_count = u30()
                for _c3 in range(metadata_count):
                    u30()  # metadata index

            return methods, constants

        # Classes
        class_count = u30()
        classes = []
        for class_id in range(class_count):
            name_idx = u30()

            cname = self.multinames[name_idx]
            avm_class = _AVMClass(name_idx, cname)
            classes.append(avm_class)

            u30()  # super_name idx
            flags = read_byte()
            if flags & 0x08 != 0:  # Protected namespace is present
                u30()  # protected_ns_idx
            intrf_count = u30()
            for _c2 in range(intrf_count):
                u30()
            u30()  # iinit
            trait_count = u30()
            for _c2 in range(trait_count):
                trait_methods, trait_constants = parse_traits_info()
                avm_class.register_methods(trait_methods)
                if trait_constants:
                    avm_class.constants.update(trait_constants)

        assert len(classes) == class_count
        self._classes_by_name = dict((c.name, c) for c in classes)

        for avm_class in classes:
            avm_class.cinit_idx = u30()
            trait_count = u30()
            for _c2 in range(trait_count):
                trait_methods, trait_constants = parse_traits_info()
                avm_class.register_methods(trait_methods)
                if trait_constants:
                    avm_class.constants.update(trait_constants)

        # Scripts
        script_count = u30()
        for _c in range(script_count):
            u30()  # init
            trait_count = u30()
            for _c2 in range(trait_count):
                parse_traits_info()

        # Method bodies
        method_body_count = u30()
        Method = collections.namedtuple('Method', ['code', 'local_count'])
        self._all_methods = []
        for _c in range(method_body_count):
            method_idx = u30()
            u30()  # max_stack
            local_count = u30()
            u30()  # init_scope_depth
            u30()  # max_scope_depth
            code_length = u30()
            code = read_bytes(code_length)
            m = Method(code, local_count)
            self._all_methods.append(m)
            for avm_class in classes:
                if method_idx in avm_class.method_idxs:
                    avm_class.methods[avm_class.method_idxs[method_idx]] = m
            exception_count = u30()
            for _c2 in range(exception_count):
                u30()  # from
                u30()  # to
                u30()  # target
                u30()  # exc_type
                u30()  # var_name
            trait_count = u30()
            for _c2 in range(trait_count):
                parse_traits_info()

        assert p + code_reader.tell() == len(code_tag)

    def patch_function(self, avm_class, func_name, f):
        self._patched_functions[(avm_class, func_name)] = f

    def extract_class(self, class_name, call_cinit=True):
        try:
            res = self._classes_by_name[class_name]
        except KeyError:
            raise ExtractorError('Class %r not found' % class_name)

        if call_cinit and hasattr(res, 'cinit_idx'):
            res.register_methods({'$cinit': res.cinit_idx})
            res.methods['$cinit'] = self._all_methods[res.cinit_idx]
            cinit = self.extract_function(res, '$cinit')
            cinit([])

        return res

    def extract_function(self, avm_class, func_name):
        p = self._patched_functions.get((avm_class, func_name))
        if p:
            return p
        if func_name in avm_class.method_pyfunctions:
            return avm_class.method_pyfunctions[func_name]
        if func_name in self._classes_by_name:
            return self._classes_by_name[func_name].make_object()
        if func_name not in avm_class.methods:
            raise ExtractorError('Cannot find function %s.%s' % (
                avm_class.name, func_name))
        m = avm_class.methods[func_name]

        def resfunc(args):
            # Helper functions
            coder = io.BytesIO(m.code)
            s24 = lambda: _s24(coder)
            u30 = lambda: _u30(coder)

            registers = [avm_class.variables] + list(args) + [None] * m.local_count
            stack = []
            scopes = collections.deque([
                self._classes_by_name, avm_class.constants, avm_class.variables])
            while True:
                opcode = _read_byte(coder)
                if opcode == 9:  # label
                    pass  # Spec says: "Do nothing."
                elif opcode == 16:  # jump
                    offset = s24()
                    coder.seek(coder.tell() + offset)
                elif opcode == 17:  # iftrue
                    offset = s24()
                    value = stack.pop()
                    if value:
                        coder.seek(coder.tell() + offset)
                elif opcode == 18:  # iffalse
                    offset = s24()
                    value = stack.pop()
                    if not value:
                        coder.seek(coder.tell() + offset)
                elif opcode == 19:  # ifeq
                    offset = s24()
                    value2 = stack.pop()
                    value1 = stack.pop()
                    if value2 == value1:
                        coder.seek(coder.tell() + offset)
                elif opcode == 20:  # ifne
                    offset = s24()
                    value2 = stack.pop()
                    value1 = stack.pop()
                    if value2 != value1:
                        coder.seek(coder.tell() + offset)
                elif opcode == 21:  # iflt
                    offset = s24()
                    value2 = stack.pop()
                    value1 = stack.pop()
                    if value1 < value2:
                        coder.seek(coder.tell() + offset)
                elif opcode == 32:  # pushnull
                    stack.append(None)
                elif opcode == 33:  # pushundefined
                    stack.append(undefined)
                elif opcode == 36:  # pushbyte
                    v = _read_byte(coder)
                    stack.append(v)
                elif opcode == 37:  # pushshort
                    v = u30()
                    stack.append(v)
                elif opcode == 38:  # pushtrue
                    stack.append(True)
                elif opcode == 39:  # pushfalse
                    stack.append(False)
                elif opcode == 40:  # pushnan
                    stack.append(float('NaN'))
                elif opcode == 42:  # dup
                    value = stack[-1]
                    stack.append(value)
                elif opcode == 44:  # pushstring
                    idx = u30()
                    stack.append(self.constant_strings[idx])
                elif opcode == 48:  # pushscope
                    new_scope = stack.pop()
                    scopes.append(new_scope)
                elif opcode == 66:  # construct
                    arg_count = u30()
                    args = list(reversed(
                        [stack.pop() for _ in range(arg_count)]))
                    obj = stack.pop()
                    res = obj.avm_class.make_object()
                    stack.append(res)
                elif opcode == 70:  # callproperty
                    index = u30()
                    mname = self.multinames[index]
                    arg_count = u30()
                    args = list(reversed(
                        [stack.pop() for _ in range(arg_count)]))
                    obj = stack.pop()

                    if obj == StringClass:
                        if mname == 'String':
                            assert len(args) == 1
                            assert isinstance(args[0], (
                                int, compat_str, _Undefined))
                            if args[0] == undefined:
                                res = 'undefined'
                            else:
                                res = compat_str(args[0])
                            stack.append(res)
                            continue
                        else:
                            raise NotImplementedError(
                                'Function String.%s is not yet implemented'
                                % mname)
                    elif isinstance(obj, _AVMClass_Object):
                        func = self.extract_function(obj.avm_class, mname)
                        res = func(args)
                        stack.append(res)
                        continue
                    elif isinstance(obj, _AVMClass):
                        func = self.extract_function(obj, mname)
                        res = func(args)
                        stack.append(res)
                        continue
                    elif isinstance(obj, _ScopeDict):
                        if mname in obj.avm_class.method_names:
                            func = self.extract_function(obj.avm_class, mname)
                            res = func(args)
                        else:
                            res = obj[mname]
                        stack.append(res)
                        continue
                    elif isinstance(obj, compat_str):
                        if mname == 'split':
                            assert len(args) == 1
                            assert isinstance(args[0], compat_str)
                            if args[0] == '':
                                res = list(obj)
                            else:
                                res = obj.split(args[0])
                            stack.append(res)
                            continue
                        elif mname == 'charCodeAt':
                            assert len(args) <= 1
                            idx = 0 if len(args) == 0 else args[0]
                            assert isinstance(idx, int)
                            res = ord(obj[idx])
                            stack.append(res)
                            continue
                    elif isinstance(obj, list):
                        if mname == 'slice':
                            assert len(args) == 1
                            assert isinstance(args[0], int)
                            res = obj[args[0]:]
                            stack.append(res)
                            continue
                        elif mname == 'join':
                            assert len(args) == 1
                            assert isinstance(args[0], compat_str)
                            res = args[0].join(obj)
                            stack.append(res)
                            continue
                    raise NotImplementedError(
                        'Unsupported property %r on %r'
                        % (mname, obj))
                elif opcode == 71:  # returnvoid
                    res = undefined
                    return res
                elif opcode == 72:  # returnvalue
                    res = stack.pop()
                    return res
                elif opcode == 73:  # constructsuper
                    # Not yet implemented, just hope it works without it
                    arg_count = u30()
                    args = list(reversed(
                        [stack.pop() for _ in range(arg_count)]))
                    obj = stack.pop()
                elif opcode == 74:  # constructproperty
                    index = u30()
                    arg_count = u30()
                    args = list(reversed(
                        [stack.pop() for _ in range(arg_count)]))
                    obj = stack.pop()

                    mname = self.multinames[index]
                    assert isinstance(obj, _AVMClass)

                    # We do not actually call the constructor for now;
                    # we just pretend it does nothing
                    stack.append(obj.make_object())
                elif opcode == 79:  # callpropvoid
                    index = u30()
                    mname = self.multinames[index]
                    arg_count = u30()
                    args = list(reversed(
                        [stack.pop() for _ in range(arg_count)]))
                    obj = stack.pop()
                    if isinstance(obj, _AVMClass_Object):
                        func = self.extract_function(obj.avm_class, mname)
                        res = func(args)
                        assert res is undefined
                        continue
                    if isinstance(obj, _ScopeDict):
                        assert mname in obj.avm_class.method_names
                        func = self.extract_function(obj.avm_class, mname)
                        res = func(args)
                        assert res is undefined
                        continue
                    if mname == 'reverse':
                        assert isinstance(obj, list)
                        obj.reverse()
                    else:
                        raise NotImplementedError(
                            'Unsupported (void) property %r on %r'
                            % (mname, obj))
                elif opcode == 86:  # newarray
                    arg_count = u30()
                    arr = []
                    for i in range(arg_count):
                        arr.append(stack.pop())
                    arr = arr[::-1]
                    stack.append(arr)
                elif opcode == 93:  # findpropstrict
                    index = u30()
                    mname = self.multinames[index]
                    for s in reversed(scopes):
                        if mname in s:
                            res = s
                            break
                    else:
                        res = scopes[0]
                    if mname not in res and mname in _builtin_classes:
                        stack.append(_builtin_classes[mname])
                    else:
                        stack.append(res[mname])
                elif opcode == 94:  # findproperty
                    index = u30()
                    mname = self.multinames[index]
                    for s in reversed(scopes):
                        if mname in s:
                            res = s
                            break
                    else:
                        res = avm_class.variables
                    stack.append(res)
                elif opcode == 96:  # getlex
                    index = u30()
                    mname = self.multinames[index]
                    for s in reversed(scopes):
                        if mname in s:
                            scope = s
                            break
                    else:
                        scope = avm_class.variables

                    if mname in scope:
                        res = scope[mname]
                    elif mname in _builtin_classes:
                        res = _builtin_classes[mname]
                    else:
                        # Assume uninitialized
                        # TODO warn here
                        res = undefined
                    stack.append(res)
                elif opcode == 97:  # setproperty
                    index = u30()
                    value = stack.pop()
                    idx = self.multinames[index]
                    if isinstance(idx, _Multiname):
                        idx = stack.pop()
                    obj = stack.pop()
                    obj[idx] = value
                elif opcode == 98:  # getlocal
                    index = u30()
                    stack.append(registers[index])
                elif opcode == 99:  # setlocal
                    index = u30()
                    value = stack.pop()
                    registers[index] = value
                elif opcode == 102:  # getproperty
                    index = u30()
                    pname = self.multinames[index]
                    if pname == 'length':
                        obj = stack.pop()
                        assert isinstance(obj, (compat_str, list))
                        stack.append(len(obj))
                    elif isinstance(pname, compat_str):  # Member access
                        obj = stack.pop()
                        if isinstance(obj, _AVMClass):
                            res = obj.static_properties[pname]
                            stack.append(res)
                            continue

                        assert isinstance(obj, (dict, _ScopeDict)),\
                            'Accessing member %r on %r' % (pname, obj)
                        res = obj.get(pname, undefined)
                        stack.append(res)
                    else:  # Assume attribute access
                        idx = stack.pop()
                        assert isinstance(idx, int)
                        obj = stack.pop()
                        assert isinstance(obj, list)
                        stack.append(obj[idx])
                elif opcode == 104:  # initproperty
                    index = u30()
                    value = stack.pop()
                    idx = self.multinames[index]
                    if isinstance(idx, _Multiname):
                        idx = stack.pop()
                    obj = stack.pop()
                    obj[idx] = value
                elif opcode == 115:  # convert_
                    value = stack.pop()
                    intvalue = int(value)
                    stack.append(intvalue)
                elif opcode == 128:  # coerce
                    u30()
                elif opcode == 130:  # coerce_a
                    value = stack.pop()
                    # um, yes, it's any value
                    stack.append(value)
                elif opcode == 133:  # coerce_s
                    assert isinstance(stack[-1], (type(None), compat_str))
                elif opcode == 147:  # decrement
                    value = stack.pop()
                    assert isinstance(value, int)
                    stack.append(value - 1)
                elif opcode == 149:  # typeof
                    value = stack.pop()
                    return {
                        _Undefined: 'undefined',
                        compat_str: 'String',
                        int: 'Number',
                        float: 'Number',
                    }[type(value)]
                elif opcode == 160:  # add
                    value2 = stack.pop()
                    value1 = stack.pop()
                    res = value1 + value2
                    stack.append(res)
                elif opcode == 161:  # subtract
                    value2 = stack.pop()
                    value1 = stack.pop()
                    res = value1 - value2
                    stack.append(res)
                elif opcode == 162:  # multiply
                    value2 = stack.pop()
                    value1 = stack.pop()
                    res = value1 * value2
                    stack.append(res)
                elif opcode == 164:  # modulo
                    value2 = stack.pop()
                    value1 = stack.pop()
                    res = value1 % value2
                    stack.append(res)
                elif opcode == 168:  # bitand
                    value2 = stack.pop()
                    value1 = stack.pop()
                    assert isinstance(value1, int)
                    assert isinstance(value2, int)
                    res = value1 & value2
                    stack.append(res)
                elif opcode == 171:  # equals
                    value2 = stack.pop()
                    value1 = stack.pop()
                    result = value1 == value2
                    stack.append(result)
                elif opcode == 175:  # greaterequals
                    value2 = stack.pop()
                    value1 = stack.pop()
                    result = value1 >= value2
                    stack.append(result)
                elif opcode == 192:  # increment_i
                    value = stack.pop()
                    assert isinstance(value, int)
                    stack.append(value + 1)
                elif opcode == 208:  # getlocal_0
                    stack.append(registers[0])
                elif opcode == 209:  # getlocal_1
                    stack.append(registers[1])
                elif opcode == 210:  # getlocal_2
                    stack.append(registers[2])
                elif opcode == 211:  # getlocal_3
                    stack.append(registers[3])
                elif opcode == 212:  # setlocal_0
                    registers[0] = stack.pop()
                elif opcode == 213:  # setlocal_1
                    registers[1] = stack.pop()
                elif opcode == 214:  # setlocal_2
                    registers[2] = stack.pop()
                elif opcode == 215:  # setlocal_3
                    registers[3] = stack.pop()
                else:
                    raise NotImplementedError(
                        'Unsupported opcode %d' % opcode)

        avm_class.method_pyfunctions[func_name] = resfunc
        return resfunc

Filemanager

Name Type Size Permission Actions
__pycache__ Folder 2755
downloader Folder 2755
extractor Folder 2755
postprocessor Folder 2755
YoutubeDL.py File 109.7 KB 0644
__init__.py File 20.1 KB 0644
__main__.py File 467 B 0644
aes.py File 15.75 KB 0644
cache.py File 2.91 KB 0644
compat.py File 91.66 KB 0644
jsinterp.py File 8.98 KB 0644
options.py File 41.49 KB 0644
socks.py File 8.65 KB 0644
swfinterp.py File 30.75 KB 0644
update.py File 6.9 KB 0644
utils.py File 164.64 KB 0644
version.py File 70 B 0644