#$@%#$%!

Ngiler SH3LL 360
: / lib / python2.7 / site-packages / pycriu / images /

Information Server
MySQL : OFF Perl : OFF CURL : ON WGET : OFF PKEXEC : OFF

Directive	Local Value
IP Address	162.0.209.101
System	Linux premium169.web-hosting.com 4.18.0-553.50.1.lve.el8.x86_64 #1 SMP Thu Apr 17 19:10:24 UTC 2025 x86_64
User	luxeelil
PHP Version	8.0.30
Software	LiteSpeed
Doc root	Writable

Edit File : pb2dict.py \| Size : 11.62 KB
from google.protobuf.descriptor import FieldDescriptor as FD import opts_pb2 from ipaddress import IPv4Address, ip_address from ipaddress import IPv6Address import socket import collections import os import base64 import quopri if "encodebytes" not in dir(base64): base64.encodebytes = base64.encodestring base64.decodebytes = base64.decodestring # pb2dict and dict2pb are methods to convert pb to/from dict. # Inspired by: # protobuf-to-dict - https://github.com/benhodgson/protobuf-to-dict # protobuf-json - https://code.google.com/p/protobuf-json/ # protobuf source - https://code.google.com/p/protobuf/ # Both protobuf-to-dict/json do not fit here because of several reasons, # here are some of them: # - both have a common bug in treating optional field with empty # repeated inside. # - protobuf-to-json is not avalible in pip or in any other python # repo, so it is hard to distribute and we can't rely on it. # - both do not treat enums in a way we would like to. They convert # protobuf enum to int, but we need a string here, because it is # much more informative. BTW, protobuf text_format converts pb # enums to string value too. (i.e. "march : x86_64" is better then # "march : 1"). _basic_cast = { FD.TYPE_FIXED64: int, FD.TYPE_FIXED32: int, FD.TYPE_SFIXED64: int, FD.TYPE_SFIXED32: int, FD.TYPE_INT64: int, FD.TYPE_UINT64: int, FD.TYPE_SINT64: int, FD.TYPE_INT32: int, FD.TYPE_UINT32: int, FD.TYPE_SINT32: int, FD.TYPE_BOOL: bool, FD.TYPE_STRING: str } def _marked_as_hex(field): return field.GetOptions().Extensions[opts_pb2.criu].hex def _marked_as_ip(field): return field.GetOptions().Extensions[opts_pb2.criu].ipadd def _marked_as_flags(field): return field.GetOptions().Extensions[opts_pb2.criu].flags def _marked_as_dev(field): return field.GetOptions().Extensions[opts_pb2.criu].dev def _marked_as_odev(field): return field.GetOptions().Extensions[opts_pb2.criu].odev def _marked_as_dict(field): return field.GetOptions().Extensions[opts_pb2.criu].dict def _custom_conv(field): return field.GetOptions().Extensions[opts_pb2.criu].conv mmap_prot_map = [ ('PROT_READ', 0x1), ('PROT_WRITE', 0x2), ('PROT_EXEC', 0x4), ] mmap_flags_map = [ ('MAP_SHARED', 0x1), ('MAP_PRIVATE', 0x2), ('MAP_ANON', 0x20), ('MAP_GROWSDOWN', 0x0100), ] mmap_status_map = [ ('VMA_AREA_NONE', 0 << 0), ('VMA_AREA_REGULAR', 1 << 0), ('VMA_AREA_STACK', 1 << 1), ('VMA_AREA_VSYSCALL', 1 << 2), ('VMA_AREA_VDSO', 1 << 3), ('VMA_AREA_HEAP', 1 << 5), ('VMA_FILE_PRIVATE', 1 << 6), ('VMA_FILE_SHARED', 1 << 7), ('VMA_ANON_SHARED', 1 << 8), ('VMA_ANON_PRIVATE', 1 << 9), ('VMA_AREA_SYSVIPC', 1 << 10), ('VMA_AREA_SOCKET', 1 << 11), ('VMA_AREA_VVAR', 1 << 12), ('VMA_AREA_AIORING', 1 << 13), ('VMA_UNSUPP', 1 << 31), ] rfile_flags_map = [ ('O_WRONLY', 0o1), ('O_RDWR', 0o2), ('O_APPEND', 0o2000), ('O_DIRECT', 0o40000), ('O_LARGEFILE', 0o100000), ] pmap_flags_map = [ ('PE_PARENT', 1 << 0), ('PE_LAZY', 1 << 1), ('PE_PRESENT', 1 << 2), ] flags_maps = { 'mmap.prot': mmap_prot_map, 'mmap.flags': mmap_flags_map, 'mmap.status': mmap_status_map, 'rfile.flags': rfile_flags_map, 'pmap.flags': pmap_flags_map, } gen_maps = { 'task_state': { 1: 'Alive', 3: 'Zombie', 6: 'Stopped' }, } sk_maps = { 'family': { 1: 'UNIX', 2: 'INET', 10: 'INET6', 16: 'NETLINK', 17: 'PACKET' }, 'type': { 1: 'STREAM', 2: 'DGRAM', 3: 'RAW', 5: 'SEQPACKET', 10: 'PACKET' }, 'state': { 1: 'ESTABLISHED', 2: 'SYN_SENT', 3: 'SYN_RECV', 4: 'FIN_WAIT1', 5: 'FIN_WAIT2', 6: 'TIME_WAIT', 7: 'CLOSE', 8: 'CLOSE_WAIT', 9: 'LAST_ACK', 10: 'LISTEN' }, 'proto': { 0: 'IP', 6: 'TCP', 17: 'UDP', 136: 'UDPLITE' }, } gen_rmaps = { k: {v2: k2 for k2, v2 in list(v.items())} for k, v in list(gen_maps.items()) } sk_rmaps = { k: {v2: k2 for k2, v2 in list(v.items())} for k, v in list(sk_maps.items()) } dict_maps = { 'gen': (gen_maps, gen_rmaps), 'sk': (sk_maps, sk_rmaps), } def map_flags(value, flags_map): bs = [x[0] for x in [x for x in flags_map if value & x[1]]] value &= ~sum([x[1] for x in flags_map]) if value: bs.append("0x%x" % value) return " \| ".join(bs) def unmap_flags(value, flags_map): if value == '': return 0 bd = dict(flags_map) return sum([ int(str(bd.get(x, x)), 0) for x in [x.strip() for x in value.split('\|')] ]) kern_minorbits = 20 # This is how kernel encodes dev_t in new format def decode_dev(field, value): if _marked_as_odev(field): return "%d:%d" % (os.major(value), os.minor(value)) else: return "%d:%d" % (value >> kern_minorbits, value & ((1 << kern_minorbits) - 1)) def encode_dev(field, value): dev = [int(x) for x in value.split(':')] if _marked_as_odev(field): return os.makedev(dev[0], dev[1]) else: return dev[0] << kern_minorbits \| dev[1] def encode_base64(value): return base64.encodebytes(value) def decode_base64(value): return base64.decodebytes(value) def encode_unix(value): return quopri.encodestring(value) def decode_unix(value): return quopri.decodestring(value) encode = {'unix_name': encode_unix} decode = {'unix_name': decode_unix} def get_bytes_enc(field): c = _custom_conv(field) if c: return encode[c] else: return encode_base64 def get_bytes_dec(field): c = _custom_conv(field) if c: return decode[c] else: return decode_base64 def is_string(value): # Python 3 compatibility if "basestring" in __builtins__: string_types = basestring # noqa: F821 else: string_types = (str, bytes) return isinstance(value, string_types) def _pb2dict_cast(field, value, pretty=False, is_hex=False): if not is_hex: is_hex = _marked_as_hex(field) if field.type == FD.TYPE_MESSAGE: return pb2dict(value, pretty, is_hex) elif field.type == FD.TYPE_BYTES: return get_bytes_enc(field)(value) elif field.type == FD.TYPE_ENUM: return field.enum_type.values_by_number.get(value, None).name elif field.type in _basic_cast: cast = _basic_cast[field.type] if pretty and (cast == int): if is_hex: # Fields that have (criu).hex = true option set # should be stored in hex string format. return "0x%x" % value if _marked_as_dev(field): return decode_dev(field, value) flags = _marked_as_flags(field) if flags: try: flags_map = flags_maps[flags] except Exception: return "0x%x" % value # flags are better seen as hex anyway else: return map_flags(value, flags_map) dct = _marked_as_dict(field) if dct: return dict_maps[dct][0][field.name].get(value, cast(value)) return cast(value) else: raise Exception("Field(%s) has unsupported type %d" % (field.name, field.type)) def pb2dict(pb, pretty=False, is_hex=False): """ Convert protobuf msg to dictionary. Takes a protobuf message and returns a dict. """ d = collections.OrderedDict() if pretty else {} for field, value in pb.ListFields(): if field.label == FD.LABEL_REPEATED: d_val = [] if pretty and _marked_as_ip(field): if len(value) == 1: v = socket.ntohl(value[0]) addr = IPv4Address(v) else: v = 0 + (socket.ntohl(value[0]) << (32 * 3)) + \ (socket.ntohl(value[1]) << (32 * 2)) + \ (socket.ntohl(value[2]) << (32 * 1)) + \ (socket.ntohl(value[3])) addr = IPv6Address(v) d_val.append(addr.compressed) else: for v in value: d_val.append(_pb2dict_cast(field, v, pretty, is_hex)) else: d_val = _pb2dict_cast(field, value, pretty, is_hex) d[field.name] = d_val return d def _dict2pb_cast(field, value): # Not considering TYPE_MESSAGE here, as repeated # and non-repeated messages need special treatment # in this case, and are hadled separately. if field.type == FD.TYPE_BYTES: return get_bytes_dec(field)(value) elif field.type == FD.TYPE_ENUM: return field.enum_type.values_by_name.get(value, None).number elif field.type in _basic_cast: cast = _basic_cast[field.type] if (cast == int) and is_string(value): if _marked_as_dev(field): return encode_dev(field, value) flags = _marked_as_flags(field) if flags: try: flags_map = flags_maps[flags] except Exception: pass # Try to use plain string cast else: return unmap_flags(value, flags_map) dct = _marked_as_dict(field) if dct: ret = dict_maps[dct][1][field.name].get(value, None) if ret is None: ret = cast(value, 0) return ret # Some int or long fields might be stored as hex # strings. See _pb2dict_cast. return cast(value, 0) else: return cast(value) else: raise Exception("Field(%s) has unsupported type %d" % (field.name, field.type)) def dict2pb(d, pb): """ Convert dictionary to protobuf msg. Takes dict and protobuf message to be merged into. """ for field in pb.DESCRIPTOR.fields: if field.name not in d: continue value = d[field.name] if field.label == FD.LABEL_REPEATED: pb_val = getattr(pb, field.name, None) if is_string(value[0]) and _marked_as_ip(field): val = ip_address(value[0]) if val.version == 4: pb_val.append(socket.htonl(int(val))) elif val.version == 6: ival = int(val) pb_val.append(socket.htonl((ival >> (32 * 3)) & 0xFFFFFFFF)) pb_val.append(socket.htonl((ival >> (32 * 2)) & 0xFFFFFFFF)) pb_val.append(socket.htonl((ival >> (32 * 1)) & 0xFFFFFFFF)) pb_val.append(socket.htonl((ival >> (32 * 0)) & 0xFFFFFFFF)) else: raise Exception("Unknown IP address version %d" % val.version) continue for v in value: if field.type == FD.TYPE_MESSAGE: dict2pb(v, pb_val.add()) else: pb_val.append(_dict2pb_cast(field, v)) else: if field.type == FD.TYPE_MESSAGE: # SetInParent method acts just like has_* = true in C, # and helps to properly treat cases when we have optional # field with empty repeated inside. getattr(pb, field.name).SetInParent() dict2pb(value, getattr(pb, field.name, None)) else: setattr(pb, field.name, _dict2pb_cast(field, value)) return pb Back

Edit File : pb2dict.py | Size : 11.62 KB

from google.protobuf.descriptor import FieldDescriptor as FD
import opts_pb2
from ipaddress import IPv4Address, ip_address
from ipaddress import IPv6Address
import socket
import collections
import os
import base64
import quopri

if "encodebytes" not in dir(base64):
    base64.encodebytes = base64.encodestring
    base64.decodebytes = base64.decodestring

# pb2dict and dict2pb are methods to convert pb to/from dict.
# Inspired by:
#   protobuf-to-dict - https://github.com/benhodgson/protobuf-to-dict
#   protobuf-json    - https://code.google.com/p/protobuf-json/
#   protobuf source  - https://code.google.com/p/protobuf/
# Both protobuf-to-dict/json do not fit here because of several reasons,
# here are some of them:
#   - both have a common bug in treating optional field with empty
#     repeated inside.
#   - protobuf-to-json is not avalible in pip or in any other python
#     repo, so it is hard to distribute and we can't rely on it.
#   - both do not treat enums in a way we would like to. They convert
#     protobuf enum to int, but we need a string here, because it is
#     much more informative. BTW, protobuf text_format converts pb
#     enums to string value too. (i.e. "march : x86_64" is better then
#     "march : 1").

_basic_cast = {
    FD.TYPE_FIXED64: int,
    FD.TYPE_FIXED32: int,
    FD.TYPE_SFIXED64: int,
    FD.TYPE_SFIXED32: int,
    FD.TYPE_INT64: int,
    FD.TYPE_UINT64: int,
    FD.TYPE_SINT64: int,
    FD.TYPE_INT32: int,
    FD.TYPE_UINT32: int,
    FD.TYPE_SINT32: int,
    FD.TYPE_BOOL: bool,
    FD.TYPE_STRING: str
}

def _marked_as_hex(field):
    return field.GetOptions().Extensions[opts_pb2.criu].hex

def _marked_as_ip(field):
    return field.GetOptions().Extensions[opts_pb2.criu].ipadd

def _marked_as_flags(field):
    return field.GetOptions().Extensions[opts_pb2.criu].flags

def _marked_as_dev(field):
    return field.GetOptions().Extensions[opts_pb2.criu].dev

def _marked_as_odev(field):
    return field.GetOptions().Extensions[opts_pb2.criu].odev

def _marked_as_dict(field):
    return field.GetOptions().Extensions[opts_pb2.criu].dict

def _custom_conv(field):
    return field.GetOptions().Extensions[opts_pb2.criu].conv

mmap_prot_map = [
    ('PROT_READ', 0x1),
    ('PROT_WRITE', 0x2),
    ('PROT_EXEC', 0x4),
]

mmap_flags_map = [
    ('MAP_SHARED', 0x1),
    ('MAP_PRIVATE', 0x2),
    ('MAP_ANON', 0x20),
    ('MAP_GROWSDOWN', 0x0100),
]

mmap_status_map = [
    ('VMA_AREA_NONE', 0 << 0),
    ('VMA_AREA_REGULAR', 1 << 0),
    ('VMA_AREA_STACK', 1 << 1),
    ('VMA_AREA_VSYSCALL', 1 << 2),
    ('VMA_AREA_VDSO', 1 << 3),
    ('VMA_AREA_HEAP', 1 << 5),
    ('VMA_FILE_PRIVATE', 1 << 6),
    ('VMA_FILE_SHARED', 1 << 7),
    ('VMA_ANON_SHARED', 1 << 8),
    ('VMA_ANON_PRIVATE', 1 << 9),
    ('VMA_AREA_SYSVIPC', 1 << 10),
    ('VMA_AREA_SOCKET', 1 << 11),
    ('VMA_AREA_VVAR', 1 << 12),
    ('VMA_AREA_AIORING', 1 << 13),
    ('VMA_UNSUPP', 1 << 31),
]

rfile_flags_map = [
    ('O_WRONLY', 0o1),
    ('O_RDWR', 0o2),
    ('O_APPEND', 0o2000),
    ('O_DIRECT', 0o40000),
    ('O_LARGEFILE', 0o100000),
]

pmap_flags_map = [
    ('PE_PARENT', 1 << 0),
    ('PE_LAZY', 1 << 1),
    ('PE_PRESENT', 1 << 2),
]

flags_maps = {
    'mmap.prot': mmap_prot_map,
    'mmap.flags': mmap_flags_map,
    'mmap.status': mmap_status_map,
    'rfile.flags': rfile_flags_map,
    'pmap.flags': pmap_flags_map,
}

gen_maps = {
    'task_state': {
        1: 'Alive',
        3: 'Zombie',
        6: 'Stopped'
    },
}

sk_maps = {
    'family': {
        1: 'UNIX',
        2: 'INET',
        10: 'INET6',
        16: 'NETLINK',
        17: 'PACKET'
    },
    'type': {
        1: 'STREAM',
        2: 'DGRAM',
        3: 'RAW',
        5: 'SEQPACKET',
        10: 'PACKET'
    },
    'state': {
        1: 'ESTABLISHED',
        2: 'SYN_SENT',
        3: 'SYN_RECV',
        4: 'FIN_WAIT1',
        5: 'FIN_WAIT2',
        6: 'TIME_WAIT',
        7: 'CLOSE',
        8: 'CLOSE_WAIT',
        9: 'LAST_ACK',
        10: 'LISTEN'
    },
    'proto': {
        0: 'IP',
        6: 'TCP',
        17: 'UDP',
        136: 'UDPLITE'
    },
}

gen_rmaps = {
    k: {v2: k2
        for k2, v2 in list(v.items())}
    for k, v in list(gen_maps.items())
}
sk_rmaps = {
    k: {v2: k2
        for k2, v2 in list(v.items())}
    for k, v in list(sk_maps.items())
}

dict_maps = {
    'gen': (gen_maps, gen_rmaps),
    'sk': (sk_maps, sk_rmaps),
}

def map_flags(value, flags_map):
    bs = [x[0] for x in [x for x in flags_map if value & x[1]]]
    value &= ~sum([x[1] for x in flags_map])
    if value:
        bs.append("0x%x" % value)
    return " | ".join(bs)

def unmap_flags(value, flags_map):
    if value == '':
        return 0

bd = dict(flags_map)
    return sum([
        int(str(bd.get(x, x)), 0)
        for x in [x.strip() for x in value.split('|')]
    ])

kern_minorbits = 20  # This is how kernel encodes dev_t in new format

def decode_dev(field, value):
    if _marked_as_odev(field):
        return "%d:%d" % (os.major(value), os.minor(value))
    else:
        return "%d:%d" % (value >> kern_minorbits,
                          value & ((1 << kern_minorbits) - 1))

def encode_dev(field, value):
    dev = [int(x) for x in value.split(':')]
    if _marked_as_odev(field):
        return os.makedev(dev[0], dev[1])
    else:
        return dev[0] << kern_minorbits | dev[1]

def encode_base64(value):
    return base64.encodebytes(value)

def decode_base64(value):
    return base64.decodebytes(value)

def encode_unix(value):
    return quopri.encodestring(value)

def decode_unix(value):
    return quopri.decodestring(value)

encode = {'unix_name': encode_unix}
decode = {'unix_name': decode_unix}

def get_bytes_enc(field):
    c = _custom_conv(field)
    if c:
        return encode[c]
    else:
        return encode_base64

def get_bytes_dec(field):
    c = _custom_conv(field)
    if c:
        return decode[c]
    else:
        return decode_base64

def is_string(value):
    # Python 3 compatibility
    if "basestring" in __builtins__:
        string_types = basestring  # noqa: F821
    else:
        string_types = (str, bytes)
    return isinstance(value, string_types)

def _pb2dict_cast(field, value, pretty=False, is_hex=False):
    if not is_hex:
        is_hex = _marked_as_hex(field)

if field.type == FD.TYPE_MESSAGE:
        return pb2dict(value, pretty, is_hex)
    elif field.type == FD.TYPE_BYTES:
        return get_bytes_enc(field)(value)
    elif field.type == FD.TYPE_ENUM:
        return field.enum_type.values_by_number.get(value, None).name
    elif field.type in _basic_cast:
        cast = _basic_cast[field.type]
        if pretty and (cast == int):
            if is_hex:
                # Fields that have (criu).hex = true option set
                # should be stored in hex string format.
                return "0x%x" % value

if _marked_as_dev(field):
                return decode_dev(field, value)

flags = _marked_as_flags(field)
            if flags:
                try:
                    flags_map = flags_maps[flags]
                except Exception:
                    return "0x%x" % value  # flags are better seen as hex anyway
                else:
                    return map_flags(value, flags_map)

dct = _marked_as_dict(field)
            if dct:
                return dict_maps[dct][0][field.name].get(value, cast(value))

return cast(value)
    else:
        raise Exception("Field(%s) has unsupported type %d" %
                        (field.name, field.type))

def pb2dict(pb, pretty=False, is_hex=False):
    """
    Convert protobuf msg to dictionary.
    Takes a protobuf message and returns a dict.
    """
    d = collections.OrderedDict() if pretty else {}
    for field, value in pb.ListFields():
        if field.label == FD.LABEL_REPEATED:
            d_val = []
            if pretty and _marked_as_ip(field):
                if len(value) == 1:
                    v = socket.ntohl(value[0])
                    addr = IPv4Address(v)
                else:
                    v = 0 + (socket.ntohl(value[0]) << (32 * 3)) + \
                            (socket.ntohl(value[1]) << (32 * 2)) + \
                            (socket.ntohl(value[2]) << (32 * 1)) + \
                            (socket.ntohl(value[3]))
                    addr = IPv6Address(v)

d_val.append(addr.compressed)
            else:
                for v in value:
                    d_val.append(_pb2dict_cast(field, v, pretty, is_hex))
        else:
            d_val = _pb2dict_cast(field, value, pretty, is_hex)

d[field.name] = d_val
    return d

def _dict2pb_cast(field, value):
    # Not considering TYPE_MESSAGE here, as repeated
    # and non-repeated messages need special treatment
    # in this case, and are hadled separately.
    if field.type == FD.TYPE_BYTES:
        return get_bytes_dec(field)(value)
    elif field.type == FD.TYPE_ENUM:
        return field.enum_type.values_by_name.get(value, None).number
    elif field.type in _basic_cast:
        cast = _basic_cast[field.type]
        if (cast == int) and is_string(value):
            if _marked_as_dev(field):
                return encode_dev(field, value)

flags = _marked_as_flags(field)
            if flags:
                try:
                    flags_map = flags_maps[flags]
                except Exception:
                    pass  # Try to use plain string cast
                else:
                    return unmap_flags(value, flags_map)

dct = _marked_as_dict(field)
            if dct:
                ret = dict_maps[dct][1][field.name].get(value, None)
                if ret is None:
                    ret = cast(value, 0)
                return ret

# Some int or long fields might be stored as hex
            # strings. See _pb2dict_cast.
            return cast(value, 0)
        else:
            return cast(value)
    else:
        raise Exception("Field(%s) has unsupported type %d" %
                        (field.name, field.type))

def dict2pb(d, pb):
    """
    Convert dictionary to protobuf msg.
    Takes dict and protobuf message to be merged into.
    """
    for field in pb.DESCRIPTOR.fields:
        if field.name not in d:
            continue
        value = d[field.name]
        if field.label == FD.LABEL_REPEATED:
            pb_val = getattr(pb, field.name, None)
            if is_string(value[0]) and _marked_as_ip(field):
                val = ip_address(value[0])
                if val.version == 4:
                    pb_val.append(socket.htonl(int(val)))
                elif val.version == 6:
                    ival = int(val)
                    pb_val.append(socket.htonl((ival >> (32 * 3)) & 0xFFFFFFFF))
                    pb_val.append(socket.htonl((ival >> (32 * 2)) & 0xFFFFFFFF))
                    pb_val.append(socket.htonl((ival >> (32 * 1)) & 0xFFFFFFFF))
                    pb_val.append(socket.htonl((ival >> (32 * 0)) & 0xFFFFFFFF))
                else:
                    raise Exception("Unknown IP address version %d" %
                                    val.version)
                continue

for v in value:
                if field.type == FD.TYPE_MESSAGE:
                    dict2pb(v, pb_val.add())
                else:
                    pb_val.append(_dict2pb_cast(field, v))
        else:
            if field.type == FD.TYPE_MESSAGE:
                # SetInParent method acts just like has_* = true in C,
                # and helps to properly treat cases when we have optional
                # field with empty repeated inside.
                getattr(pb, field.name).SetInParent()

dict2pb(value, getattr(pb, field.name, None))
            else:
                setattr(pb, field.name, _dict2pb_cast(field, value))
    return pb

Back