Added YAML output
This commit is contained in:
parent
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11
README.md
11
README.md
@ -3,10 +3,10 @@
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Read and manipulate tox profile files. It started as a simple script from
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<https://stackoverflow.com/questions/30901873/what-format-are-tox-files-stored-in>
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For the moment logging_tox_savefile.py just reads a Tox profile
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and prints to stdout various things that it finds. Later it can
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be extended to print out JSON or YAML, and then extended to
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accept JSON or YAML to write a profile.
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For the moment logging_tox_savefile.py just reads a Tox profile and
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prints to stdout various things that it finds. Then it writes what it
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found in YAML to stderr. Later it can be extended to print out JSON
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or YAML, and then extended to accept JSON or YAML to write a profile.
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## Requirements
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@ -23,6 +23,9 @@ There is an updated and bugfixed version in:
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If you want to read the GROUPS section, you need Python msgpack:
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<https://pypi.org/project/msgpack/>
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If you want to write in YAML, you need Python yaml:
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<https://pypi.org/project/PyYAML/>
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If you have coloredlogs installed it will make use of it:
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<https://pypi.org/project/coloredlogs/>
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@ -1,5 +1,10 @@
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# -*- mode: python; indent-tabs-mode: nil; py-indent-offset: 4; coding: utf-8 -*-
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"""
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Reads a tox profile and prints out information on what's in there to stdout.
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Then it write what it found in YAML to stderr.
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"""
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# originally from:
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# https://stackoverflow.com/questions/30901873/what-format-are-tox-files-stored-in
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@ -15,6 +20,11 @@ try:
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except ImportError as e:
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msgpack = None
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try:
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import yaml
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except ImportError as e:
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yaml = None
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try:
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# https://github.com/toxygen-project/toxygen
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from wrapper.toxencryptsave import ToxEncryptSave
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@ -36,6 +46,7 @@ except ImportError as e:
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coloredlogs = False
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LOG = logging.getLogger()
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bUSE_NMAP = True
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#messenger.c
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MESSENGER_STATE_TYPE_NOSPAMKEYS = 1
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@ -91,7 +102,235 @@ def bin_to_hex(raw_id, length=None):
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res = ''.join('{:02x}'.format(raw_id[i]) for i in range(length))
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return res.upper()
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def lProcessFriends(state, index, length):
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"""Friend:
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The integers in this structure are stored in Big Endian format.
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Length Contents
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1 uint8_t Status
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32 Long term public key
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1024 Friend request message as a byte string
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1 PADDING
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2 uint16_t Size of the friend request message
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128 Name as a byte string
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2 uint16_t Size of the name
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1007 Status message as a byte string
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1 PADDING
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2 uint16_t Size of the status message
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1 uint8_t User status (see also: USERSTATUS)
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3 PADDING
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4 uint32_t Nospam (only used for sending a friend request)
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8 uint64_t Last seen time
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"""
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dStatus = { # Status Meaning
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0: 'Not a friend',
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1: 'Friend added',
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2: 'Friend request sent',
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3: 'Confirmed friend',
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4: 'Friend online'
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}
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result = state[index + 8:index + 8 + length]
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slen = 1+32+1024+1+2+128+2+1007+1+2+1+3+4+8 # 2216
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LOG.debug(f"TODO process_chunk {length // slen} FRIENDS {length} {length % 2216}")
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assert length % slen == 0
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lIN = []
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for i in range(length // slen):
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delta = i*slen
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status = struct.unpack_from(">b", result, delta)[0]
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o = delta+1; l = 32
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pk = bin_to_hex(result[o:o+l], l)
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o = delta+1+32+1024+1+2+128; l = 2
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nsize = struct.unpack_from(">H", result, o)[0]
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o = delta+1+32+1024+1+2; l = 128
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name = str(result[o:o+nsize], 'utf-8')
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o = delta+1+32+1024+1+2+128+2+1007; l = 2
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msize = struct.unpack_from(">H", result, o)[0]
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o = delta+1+32+1024+1+2+128+2; l = 1007
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mame = str(result[o:o+msize], 'utf-8')
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LOG.info(f"Friend #{i} {dStatus[status]} {name} {pk}")
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lIN += [{"Status": dStatus[status],
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"Name": name,
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"Pk": pk}]
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return lIN
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def lProcessGroups(state, index, length):
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result = state[index + 8:index + 8 + length]
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lIN = []
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i = 0
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if msgpack:
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try:
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groups = msgpack.loads(result, raw=True)
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LOG.debug(f"TODO process_chunk Groups len={len(groups)}")
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for group in groups:
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assert len(group) == 7, group
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i += 1
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state_values, \
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state_bin, \
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topic_info, \
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mod_list, \
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keys, \
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self_info, \
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saved_peers, = group
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assert len(state_values) == 8, state_values
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assert len(state_bin) == 5, state_bin
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assert len(topic_info) == 6, topic_info
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topic_info_topic = str(topic_info[3], 'utf-8')
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LOG.info(f"lProcessGroups #{i} topic_info_topic={topic_info_topic}")
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assert len(mod_list) == 2, mod_list
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num_moderators = mod_list[0]
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LOG.debug(f"lProcessGroups #{i} num moderators={mod_list[0]}")
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#define CRYPTO_SIGN_PUBLIC_KEY_SIZE 32
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mods = mod_list[1]
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assert len(mods) % 32 == 0, len(mods)
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assert len(mods) == num_moderators * 32, len(mods)
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lMODS = []
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for j in range(num_moderators):
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mod = mods[j*32:j*32 + 32]
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LOG.info(f"lProcessGroups group#{i} mod#{j} sig_pk={bin_to_hex(mod)}")
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lMODS += [{"Sig_pk": bin_to_hex(mod)}]
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if lMODS: lIN += [{"Moderators": lMODS}]
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assert len(keys) == 4, keys
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LOG.debug(f"lProcessGroups #{i} {repr(list(map(len, keys)))}")
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chat_public_key, chat_secret_key, self_public_key, self_secret_key = keys
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LOG.info(f"lProcessGroups #{i} chat_public_key={bin_to_hex(chat_public_key)}")
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lIN += [{"Chat_public_key": bin_to_hex(chat_public_key)}]
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if int(bin_to_hex(chat_secret_key), 16) != 0:
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LOG.info(f"lProcessGroups #{i} chat_secret_key={bin_to_hex(chat_secret_key)}")
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lIN += [{"Chat_secret_key": bin_to_hex(chat_secret_key)}]
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LOG.info(f"lProcessGroups #{i} self_public_key={bin_to_hex(self_public_key)}")
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lIN += [{"Self_public_key": bin_to_hex(self_public_key)}]
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LOG.info(f"lProcessGroups #{i} self_secret_key={bin_to_hex(self_secret_key)}")
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lIN += [{"Self_secret_key": bin_to_hex(self_secret_key)}]
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assert len(self_info) == 4, self_info
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self_nick_len, self_role, self_status, self_nick = self_info
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self_nick = str(self_nick, 'utf-8')
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LOG.info(f"lProcessGroups #{i} self_nick={repr(self_nick)}")
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lIN += [{"Self_nick": self_nick}]
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assert len(saved_peers) == 2, saved_peers
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except Exception as e:
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LOG.warn(f"process_chunk Groups #{i} error={e}")
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else:
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LOG.debug(f"TODO process_chunk Groups = no msgpack bytes={length}")
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return lIN
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def lProcessTcpRelay(state, index, length):
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"""Node Info (packed node format)
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The Node Info data structure contains a Transport Protocol, a Socket
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Address, and a Public Key. This is sufficient information to start
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communicating with that node. The binary representation of a Node Info is
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called the “packed node format”.
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Length Type Contents
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1 bit Transport Protocol UDP = 0, TCP = 1
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7 bit Address Family 2 = IPv4, 10 = IPv6
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4 | 16 IP address 4 bytes for IPv4, 16 bytes for IPv6
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2 Port Number Port number
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32 Public Key Node ID
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"""
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delta = 0
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relay = 0
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result = state[index + 8:index + 8 + length]
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lIN = []
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while length > 0:
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status = struct.unpack_from(">B", result, delta)[0]
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if status >= 128:
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ipv = 'TCP'
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af = status - 128
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else:
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ipv = 'UDP'
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af = status
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if af == 2:
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af = 'IPv4'
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alen = 4
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ipaddr = inet_ntop(AF_INET, result[delta+1:delta+1+alen])
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else:
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af = 'IPv6'
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alen = 16
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ipaddr = inet_ntop(AF_INET6, result[delta+1:delta+1+alen])
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total = 1 + alen + 2 + 32
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port = int(struct.unpack_from(">H", result, delta+1+alen)[0])
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pk = bin_to_hex(result[delta+1+alen+2:delta+1+alen+2+32], 32)
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LOG.info(f"DHTnode #{relay} bytes={length} status={status} ip={ipv} af={af} ip={ipaddr} port={port} pk={pk}")
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lIN += [{"Bytes": length,
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"Status": status,
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"Ip": ipv,
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"Af": af,
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"Ip": ipaddr,
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"Port": port,
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"Pk": pk}]
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if bUSE_NMAP:
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cmd = f"nmap -Pn -n -sT -p T:{port} {ipaddr}"
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delta += total
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length -= total
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relay += 1
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return lIN
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def lProcessDHTnodes(state, index, length):
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relay = 0
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result = state[index + 8:index + 8 + length]
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status = struct.unpack_from("<L", result, 0)[0]
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# 4 uint32_t (0x159000D)
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assert status == 0x159000D
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length -= 4
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delta = 4
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lIN = []
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while length > 0:
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slen = struct.unpack_from("<L", result, delta)[0]
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stype = struct.unpack_from("<H", result, delta+4)[0]
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smark = struct.unpack_from("<H", result, delta+6)[0]
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assert smark == 0x11CE
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total = slen + 4 + 2 + 2
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subtotal = 0
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offset = delta
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while offset < slen: #loop over nodes
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status = struct.unpack_from(">B", result, offset+8)[0]
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assert status < 12
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ipv = 'UDP'
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if status == 2:
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af = 'IPv4'
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alen = 4
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ipaddr = inet_ntop(AF_INET, result[offset+8+1:offset+8+1+alen])
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else:
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af = 'IPv6'
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alen = 16
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ipaddr = inet_ntop(AF_INET6, result[offset+8+1:offset+8+1+alen])
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subtotal = 1 + alen + 2 + 32
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port = int(struct.unpack_from(">H", result, offset+8+1+alen)[0])
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pk = bin_to_hex(result[offset+8+1+alen+2:offset+8+1+alen+2+32], 32)
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LOG.info(f"DHTnode #{relay} status={status} ipaddr={ipaddr} port={port} {pk}")
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lIN += [{f"status": f"{status}",
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f"ipaddr": f"{ipaddr}",
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f"port": f"{port}",
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f"pk": f"{pk}"}]
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if bUSE_NMAP:
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cmd = f"nmap -Pn -n -sU -p U:{port} {ipaddr}"
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offset += subtotal
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delta += total
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length -= total
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relay += 1
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return lIN
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lOUT = []
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def process_chunk(index, state):
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global lOUT
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if index + 8 >= len(state):
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return
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length = struct.unpack_from("<H", state, index)[0]
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@ -104,210 +343,46 @@ def process_chunk(index, state):
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public_key = bin_to_hex(result[4:36])
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private_key = bin_to_hex(result[36:68])
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LOG.info(f"nospam = {nospam}")
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lOUT += [{f"Nospam": f"{nospam}"}]
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LOG.info(f"public_key = {public_key}")
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lOUT += [{f"Public_key": f"{public_key}"}]
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LOG.info(f"private_key = {private_key}")
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lOUT += [{f"Private_key": f"{private_key}"}]
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elif data_type == MESSENGER_STATE_TYPE_DHT:
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relay = 0
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result = state[index + 8:index + 8 + length]
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status = struct.unpack_from("<L", result, 0)[0]
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# 4 uint32_t (0x159000D)
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assert status == 0x159000D
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LOG.debug(f"process_chunk {dSTATE_TYPE[data_type]} length={length}")
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length -= 4
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delta = 4
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while length > 0:
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slen = struct.unpack_from("<L", result, delta)[0]
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stype = struct.unpack_from("<H", result, delta+4)[0]
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smark = struct.unpack_from("<H", result, delta+6)[0]
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assert smark == 0x11CE
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total = slen + 4 + 2 + 2
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subtotal = 0
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offset = delta
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while offset < slen: #loop over nodes
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status = struct.unpack_from(">B", result, offset+8)[0]
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assert status < 12
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ipv = 'UDP'
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if status == 2:
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af = 'IPv4'
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alen = 4
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ipaddr = inet_ntop(AF_INET, result[offset+8+1:offset+8+1+alen])
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else:
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af = 'IPv6'
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alen = 16
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ipaddr = inet_ntop(AF_INET6, result[offset+8+1:offset+8+1+alen])
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subtotal = 1 + alen + 2 + 32
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port = struct.unpack_from(">H", result, offset+8+1+alen)[0]
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pk = bin_to_hex(result[offset+8+1+alen+2:offset+8+1+alen+2+32], 32)
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LOG.info(f"{dSTATE_TYPE[data_type]} #{relay} status={status} ipaddr={ipaddr} port={port} {pk}")
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offset += subtotal
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delta += total
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length -= total
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relay += 1
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lIN = lProcessDHTnodes(state, index, length)
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if lIN: lOUT += [{"DHT_nodes": lIN}]
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elif data_type == MESSENGER_STATE_TYPE_FRIENDS:
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"""Friend:
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The integers in this structure are stored in Big Endian format.
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Length Contents
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1 uint8_t Status
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32 Long term public key
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1024 Friend request message as a byte string
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1 PADDING
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2 uint16_t Size of the friend request message
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128 Name as a byte string
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2 uint16_t Size of the name
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1007 Status message as a byte string
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1 PADDING
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2 uint16_t Size of the status message
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1 uint8_t User status (see also: USERSTATUS)
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3 PADDING
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4 uint32_t Nospam (only used for sending a friend request)
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8 uint64_t Last seen time
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"""
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dStatus = { # Status Meaning
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0: 'Not a friend ',
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1: 'Friend added ',
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2: 'Friend request sent ',
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3: 'Confirmed friend ',
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4: 'Friend online '
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}
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result = state[index + 8:index + 8 + length]
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slen = 1+32+1024+1+2+128+2+1007+1+2+1+3+4+8 # 2216
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LOG.debug(f"TODO process_chunk {length // slen} FRIENDS {length} {length % 2216}")
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assert length % slen == 0
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for i in range(length // slen):
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delta = i*slen
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status = struct.unpack_from(">b", result, delta)[0]
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o = delta+1; l = 32
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pk = bin_to_hex(result[o:o+l], l)
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o = delta+1+32+1024+1+2+128; l = 2
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nsize = struct.unpack_from(">H", result, o)[0]
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o = delta+1+32+1024+1+2; l = 128
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name = str(result[o:o+nsize], 'utf-8')
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o = delta+1+32+1024+1+2+128+2+1007; l = 2
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msize = struct.unpack_from(">H", result, o)[0]
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o = delta+1+32+1024+1+2+128+2; l = 1007
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mame = str(result[o:o+msize], 'utf-8')
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LOG.info(f"Friend #{i} {dStatus[status]} {name} {pk}")
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lIN = lProcessFriends(state, index, length)
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if lIN: lOUT += [{"Friends": lIN}]
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elif data_type == MESSENGER_STATE_TYPE_NAME:
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LOG.info("User name = " +str(state[index + 8:index + 8 + length], 'utf-8'))
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name = str(state[index + 8:index + 8 + length], 'utf-8')
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LOG.info("Nick name = " +name)
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lOUT += [{"Nick_name": name}]
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elif data_type == MESSENGER_STATE_TYPE_STATUSMESSAGE:
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LOG.info(f"StatusMessage = {str(state[index + 8:index + 8 + length], 'utf-8')}")
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mess = str(state[index + 8:index + 8 + length], 'utf-8')
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LOG.info(f"StatusMessage = " +mess)
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lOUT += [{"Status_message": mess}]
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elif data_type == MESSENGER_STATE_TYPE_STATUS:
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# 1 uint8_t status (0 = online, 1 = away, 2 = busy)
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dStatus = {0: 'online', 1: 'away', 2: 'busy'}
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status = struct.unpack_from(">b", state, index)[0]
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LOG.info(f"{dSTATE_TYPE[data_type]} = {dStatus[status]}")
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status = dStatus[status]
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LOG.info(f"{dSTATE_TYPE[data_type]} = " +status)
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lOUT += [{f"Online_status": status}]
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|
||||
elif data_type == MESSENGER_STATE_TYPE_GROUPS:
|
||||
result = state[index + 8:index + 8 + length]
|
||||
if msgpack:
|
||||
try:
|
||||
groups = msgpack.loads(result, raw=True)
|
||||
LOG.debug(f"TODO process_chunk {dSTATE_TYPE[data_type]} len={len(groups)}")
|
||||
i = 0
|
||||
for group in groups:
|
||||
assert len(group) == 7, group
|
||||
i += 1
|
||||
state_values, \
|
||||
state_bin, \
|
||||
topic_info, \
|
||||
mod_list, \
|
||||
keys, \
|
||||
self_info, \
|
||||
saved_peers, = group
|
||||
lIN = lProcessGroups(state, index, length)
|
||||
if lIN: lOUT += [{"Groups": lIN}]
|
||||
|
||||
assert len(state_values) == 8, state_values
|
||||
|
||||
assert len(state_bin) == 5, state_bin
|
||||
|
||||
assert len(topic_info) == 6, topic_info
|
||||
topic_info_topic = str(topic_info[3], 'utf-8')
|
||||
LOG.info(f"{dSTATE_TYPE[data_type]} #{i} topic_info_topic={topic_info_topic}")
|
||||
|
||||
assert len(mod_list) == 2, mod_list
|
||||
num_moderators = mod_list[0]
|
||||
LOG.debug(f"{dSTATE_TYPE[data_type]} #{i} num moderators={mod_list[0]}")
|
||||
#define CRYPTO_SIGN_PUBLIC_KEY_SIZE 32
|
||||
mods = mod_list[1]
|
||||
assert len(mods) % 32 == 0, len(mods)
|
||||
assert len(mods) == num_moderators * 32, len(mods)
|
||||
for j in range(num_moderators):
|
||||
mod = mods[j*32:j*32 + 32]
|
||||
LOG.info(f"{dSTATE_TYPE[data_type]} group#{i} mod#{j} sig_pk={bin_to_hex(mod)}")
|
||||
|
||||
assert len(keys) == 4, keys
|
||||
LOG.debug(f"{dSTATE_TYPE[data_type]} #{i} {repr(list(map(len, keys)))}")
|
||||
chat_public_key, chat_secret_key, self_public_key, self_secret_key = keys
|
||||
LOG.info(f"{dSTATE_TYPE[data_type]} #{i} chat_public_key={bin_to_hex(chat_public_key)}")
|
||||
if int(bin_to_hex(chat_secret_key), 16) != 0:
|
||||
LOG.info(f"{dSTATE_TYPE[data_type]} #{i} chat_secret_key={bin_to_hex(chat_secret_key)}")
|
||||
|
||||
LOG.info(f"{dSTATE_TYPE[data_type]} #{i} self_public_key={bin_to_hex(self_public_key)}")
|
||||
LOG.info(f"{dSTATE_TYPE[data_type]} #{i} self_secret_key={bin_to_hex(self_secret_key)}")
|
||||
|
||||
assert len(self_info) == 4, self_info
|
||||
self_nick_len, self_role, self_status, self_nick = self_info
|
||||
self_nick = str(self_nick, 'utf-8')
|
||||
|
||||
LOG.info(f"{dSTATE_TYPE[data_type]} #{i} self_nick={repr(self_nick)}")
|
||||
assert len(saved_peers) == 2, saved_peers
|
||||
|
||||
except Exception as e:
|
||||
LOG.warn(f"process_chunk {dSTATE_TYPE[data_type]} #{i} error={e}")
|
||||
else:
|
||||
LOG.debug(f"TODO process_chunk {dSTATE_TYPE[data_type]} #{i} bytes={length}")
|
||||
elif data_type == MESSENGER_STATE_TYPE_TCP_RELAY:
|
||||
"""Node Info (packed node format)
|
||||
|
||||
The Node Info data structure contains a Transport Protocol, a Socket
|
||||
Address, and a Public Key. This is sufficient information to start
|
||||
communicating with that node. The binary representation of a Node Info is
|
||||
called the “packed node format”.
|
||||
|
||||
Length Type Contents
|
||||
1 bit Transport Protocol UDP = 0, TCP = 1
|
||||
7 bit Address Family 2 = IPv4, 10 = IPv6
|
||||
4 | 16 IP address 4 bytes for IPv4, 16 bytes for IPv6
|
||||
2 Port Number Port number
|
||||
32 Public Key Node ID
|
||||
|
||||
"""
|
||||
delta = 0
|
||||
relay = 0
|
||||
result = state[index + 8:index + 8 + length]
|
||||
while length > 0:
|
||||
status = struct.unpack_from(">B", result, delta)[0]
|
||||
if status >= 128:
|
||||
ipv = 'TCP'
|
||||
af = status - 128
|
||||
else:
|
||||
ipv = 'UDP'
|
||||
af = status
|
||||
if af == 2:
|
||||
af = 'IPv4'
|
||||
alen = 4
|
||||
ipaddr = inet_ntop(AF_INET, result[delta+1:delta+1+alen])
|
||||
else:
|
||||
af = 'IPv6'
|
||||
alen = 16
|
||||
ipaddr = inet_ntop(AF_INET6, result[delta+1:delta+1+alen])
|
||||
total = 1 + alen + 2 + 32
|
||||
port = struct.unpack_from(">H", result, delta+1+alen)[0]
|
||||
pk = bin_to_hex(result[delta+1+alen+2:delta+1+alen+2+32], 32)
|
||||
LOG.info(f"{dSTATE_TYPE[data_type]} #{relay} bytes={length} {status} {ipv} {af} {ipaddr} {port} {pk}")
|
||||
delta += total
|
||||
length -= total
|
||||
relay += 1
|
||||
lIN = lProcessTcpRelay(state, index, length)
|
||||
if lIN: lOUT += [{"Tcp_relays": lIN}]
|
||||
|
||||
elif data_type == MESSENGER_STATE_TYPE_PATH_NODE:
|
||||
LOG.debug(f"TODO process_chunk {dSTATE_TYPE[data_type]} bytes={length}")
|
||||
@ -316,6 +391,8 @@ called the “packed node format”.
|
||||
LOG.debug(f"TODO process_chunk {dSTATE_TYPE[data_type]} bytes={length}")
|
||||
else:
|
||||
LOG.info(f"NO {dSTATE_TYPE[data_type]}")
|
||||
lOUT += [{"Conferences": []}]
|
||||
|
||||
elif data_type == MESSENGER_STATE_TYPE_END:
|
||||
LOG.info("That's all folks...")
|
||||
|
||||
@ -359,3 +436,5 @@ if __name__ == '__main__':
|
||||
assert oSave
|
||||
assert oSave[:8] == b'\x00\x00\x00\x00\x1f\x1b\xed\x15'
|
||||
process_chunk(8, oSave)
|
||||
if lOUT and yaml:
|
||||
sys.stderr.write(yaml.dump(lOUT))
|
||||
|
||||
Loading…
Reference in New Issue
Block a user