GMMCause_dict = IANA_dict({ \
0:'Protocol error, unspecified',
2:'IMSI unknown in HLR',
3:'Illegal MS',
4:'Protocol error, unspecified',
5:'IMEI not accepted',
6:'Illegal ME',
7:'GPRS services not allowed',
8:'GPRS services and non-GPRS services not allowed',
9:'MS identity cannot be derived by the network',
10:'implicitly detached',
11:'PLMN not allowed',
12:'Location Area not allowed',
13:'Roaming not allowed in this location area',
14:'GPRS services not allowed in this PLMN',
15:'GPRS services not allowed in this PLMN',
16:'MSC temporarily not reachable',
17:'Network failure',
18:'Protocol error, unspecified',
20:'MAC failure',
21:'Synch failure',
22:'Congestion',
23:'GSM authentication unacceptable',
24:'Protocol error, unspecified',
25:'Not authorized for this CSG',
26:'Protocol error, unspecified',
40:'No PDP context activated',
41:'Protocol error, unspecified',
48:'retry upon entry into a new cell',
64:'Protocol error, unspecified',
95:'Semantically incorrect message',
96:'Invalid mandatory information',
97:'Message type non-existent or not implemented',
98:'Message type not compatible with the protocol state',
99:'Information element non-existent or not implemented',
100:'Conditional IE error',
101:'Message not compatible with the protocol state',
102:'Protocol error, unspecified',
})
chunk_dict = IANA_dict({
0: ('Payload Data', 'DATA'),
1: ('Initiation', 'INIT'),
2: ('Initiation Acknowledgement', 'INIT_ACK'),
3: ('Selective Acknowledgement', 'SACK'),
4: ('Heartbeat Request', 'HEARTBEAT'),
5: ('Heartbeat Acknowledgement', 'HEARTBEAT_ACK'),
6: ('Abort', 'ABORT'),
7: ('Shutdown', 'SHUTDOWN'),
8: ('Shutdown Acknowledgement', 'SHUTDOWN_ACK'),
9: ('Operation Error', 'ERROR'),
10: ('State Cookie', 'COOKIE_ECHO'),
11: ('Cookie Acknowledgement', 'COOKIE_ACK'),
12: ('Reserved for Explicit Congestion Notification Echo', 'ECNE'),
13: ('Reserved for Congestion Window Reduced', 'CWR'),
14: ('Shutdown Complete', 'SHUTDOWN_COMPLETE'),
15: ('Authentication Chunk', 'AUTH'),
16:
'available',
63:
'reserved',
64:
'available',
127:
'reserved',
128: ('Address Configuration Acknowledgment', 'ASCONF_ACK'),
129:
'available',
132: ('Padding Chunk', 'PAD'),
133:
'available',
191:
'reserved',
192: ('Forward TSN', 'FWD_TSN'),
193: ('Address Configuration Change Chunk', 'ASCONF'),
194:
'available',
255:
'reserved'
})
Reject_dict = IANA_dict({ \
0:'private',
2:'IMSI unknown in HLR',
3:'Illegal MS',
4:'IMSI unknown in VLR',
5:'IMEI not accepted',
6:'Illegal ME',
7:'private',
11:'PLMN not allowed',
12:'Location Area not allowed',
13:'Roaming not allowed in this location area',
14:'private',
15:'No Suitable Cells In Location Area',
16:'private',
17:'Network failure',
18:'private',
20:'MAC failure',
21:'Synch failure',
22:'Congestion',
23:'GSM authentication unacceptable',
24:'private',
25:'Not authorized for this CSG',
26:'private',
32:'Service option not supported',
33:'Requested service option not subscribed',
34:'Service option temporarily out of order',
35:'private',
38:'Call cannot be identified',
39:'private',
48:'retry upon entry into a new cell',
95:'Semantically incorrect message',
96:'Invalid mandatory information',
97:'Message type non-existent or not implemented',
98:'Message type not compatible with the protocol state',
99:'Information element non-existent or not implemented',
100:'Conditional IE error',
101:'Message not compatible with the protocol state',
102:'private',
111:'Protocol error, unspecified',
112:'private'})
#*/
#!/usr/bin/env python
# generic imports
from libmich.core.element import Str, Int, Layer, Block, show
from libmich.core.IANA_dict import IANA_dict
SIMAKASubtype = IANA_dict({
0 : "Reserved",
1 : "AKA-Challenge",
2 : "AKA-Authentication-Reject",
3 : "Unassigned",
4 : "AKA-Synchronization-Failure",
5 : "AKA-Identity",
6 : "Unassigned",
10 : "SIM-Start",
11 : "SIM-Challenge",
12 : "AKA-Notification and SIM-Notification",
13 : "AKA-Reauthentication and SIM-Reauthentication",
14 : "AKA-Client-Error and SIM-Client-Error",
15 : "Unassigned",
255 : "Unassigned",
})
SIMAKAAttribute = IANA_dict({
0 : "Reserved",
1 : "AT_RAND",
2 : "AT_AUTN",
3 : "AT_RES",
4 : "AT_AUTS",
5 : "Unassigned",
Seg_dict = IANA_dict({
# reserved markers
0x01: ('Temporary private use in arithmetic coding', 'TEM'),
0x02: ('reserved', 'RES'),
0xBF: ('reserved', 'RES'),
# non-differential Huffman coding
0xC0: ('Start Of Frame (Baseline DCT)', 'SOF0'),
0xC1: ('Start Of Frame (Extended Sequential DCT)', 'S0F1'),
0xC2: ('Start Of Frame (Progressive DCT)', 'SOF2'),
0xC3: ('Start Of Frame (Lossless Sequential)', 'S0F3'),
# differential Huffman coding
0xC5: ('Start Of Frame (Differential Sequential DCT)', 'SOF5'),
0xC6: ('Start Of Frame (Differential Progressive DCT)', 'S0F6'),
0xC7: ('Start Of Frame (Differential Lossless Sequential)', 'SOF7'),
# non-differential arithmetic coding
0xC8: ('Start Of Frame (Reserved for JPEG extensions)', 'JPG'),
0xC9: ('Start Of Frame (Extended Sequential DCT)', 'S0F9'),
0xCA: ('Start Of Frame (Progressive DCT)', 'SOF10'),
0xCB: ('Start Of Frame (Lossless Sequential)', 'S0F11'),
# differential arithmetic coding
0xCD: ('Start Of Frame (Differential Sequential DCT)', 'SOF12'),
0xCE: ('Start Of Frame (Differential Progressive DCT)', 'S0F13'),
0xCF: ('Start Of Frame (Differential Lossless Sequential)', 'SOF14'),
# huffman table spec
0xC4: ('Define Huffman Table(s)', 'DHT'),
# arithmetic coding conditioning spec
0xCC: ('Define Arithmetic Coding Conditioning(s)', 'DAC'),
# restart interval termination
0xD0: ('RST0'),
0xD1: ('RST1'),
0xD2: ('RST2'),
0xD3: ('RST3'),
0xD4: ('RST4'),
0xD5: ('RST5'),
0xD6: ('RST6'),
0xD7: ('RST7'),
# other markers
0xD8: ('Start Of Image', 'SOI'),
0xD9: ('End Of Image', 'EOI'),
0xDA: ('Start Of Scan', 'SOS'),
0xDB: ('Define Quantization Table(s)', 'DQT'),
0xDD: ('Define Restart Interval', 'DRI'),
0xDE: ('Define Hierarchichal Progression', 'DHP'),
0xDF: ('Expand Reference Component(s)', 'EXP'),
# reserved for application segments
0xE0: ('APP0'),
0xE1: ('APP1'),
0xE2: ('APP2'),
0xE3: ('APP3'),
0xE4: ('APP4'),
0xE5: ('APP5'),
0xE6: ('APP6'),
0xE7: ('APP7'),
0xE8: ('APP8'),
0xE9: ('APP9'),
0xEA: ('APPA'),
0xEB: ('APPB'),
0xEC: ('APPC'),
0xED: ('APPD'),
0xEE: ('APPE'),
0xEF: ('APPF'),
# reserved for JPEG extensions
0xF0: ('JPG0'),
0xF1: ('JPG1'),
0xF2: ('JPG2'),
0xF3: ('JPG3'),
0xF4: ('JPG4'),
0xF5: ('JPG5'),
0xF6: ('JPG6'),
0xF7: ('JPG7'),
0xF8: ('JPG8'),
0xF9: ('JPG9'),
0xFA: ('JPGA'),
0xFB: ('JPGB'),
0xFC: ('JPGC'),
0xFD: ('JPGD'),
# comment
0xFE: ('Comment', 'COM'),
})
print '[WNG] pycrypto not found:'\
'.protect() / .unprotect() will fail'
# TODO: some data lengths still hardcoded in protect() / unprotect() methods
PayloadType = IANA_dict({
0: "None",
1: "Reserved",
33: ("Security Association", "SA"),
34: ("Key Exchange", "KE"),
35: ("Identification - Initiator", "IDi"),
36: ("Identification - Responder", "IDr"),
37: ("Certificate", "CERT"),
38: ("Certificate Request", "CERTREQ"),
39: ("Authentication", "Auth"),
40: ("Nonce", "N"),
41: ("Notify", "Not"),
42: ("Delete", "Del"),
43: ("Vendor ID", "V"),
44: ("Traffic Selector - Initiator", "TSi"),
45: ("Traffic Selector - Responder", "TSr"),
46: ("Encrypted", "Enc"),
47: ("Configuration", "CP"),
48: ("Extensible Authentication", "EAP"),
49: "Unassigned",
128: "Private",
255: "Private",
})
ExchangeType = IANA_dict({
0: "Reserved",
34: "IKE_SA_INIT",
###
# This is a naive and quick implementation of the S1AP protocol:
# This is firstly developped to interoperate with the lteenb application
# from Amarisoft (F. Bellard SDR LTE implementation)
#
# message formatting is taken from TS 36.413, section 11
###
Type_dict = {
0x00: 'InitiatingMessage',
0x20: 'SuccessfulOutcome',
0x40: 'UnsuccessfulOutcome',
}
Critic_dict = IANA_dict({
0x00: 'reject',
0x40: 'ignore',
})
ProcedureCode_dict = IANA_dict({
0: "id-HandoverPreparation",
1: "id-HandoverResourceAllocation",
2: "id-HandoverNotification",
3: "id-PathSwitchRequest",
4: "id-HandoverCancel",
5: "id-E-RABSetup",
6: "id-E-RABModify",
7: "id-E-RABRelease",
8: "id-E-RABReleaseIndication",
9: "id-InitialContextSetup",
10: "id-Paging",
11: "id-downlinkNASTransport",
# * Created : 2011-08-28
# * Authors : Benoit Michau
# *--------------------------------------------------------
#*/
#!/usr/bin/env python
# generic imports
from libmich.core.element import Str, Int, Layer, Block
from libmich.core.IANA_dict import IANA_dict
code_dict = IANA_dict({
1: "Request",
2: "Response",
3: "Success",
4: "Failure",
5: "Initiate",
6: "Finish",
7: "Unassigned",
255: "Unassigned",
})
method_dict = IANA_dict({
0: "Reserved",
1: "Identity",
2: "Notification",
3: "Legacy Nak",
4: ("MD5-Challenge", "md5"),
5: ("One-Time Password", "otp"),
6: ("Generic Token Card", "gtc"),
7: "Allocated",
8: "Allocated",
###
# GA-RC is the basis UMA signaling layer:
# 1) GA-RC discovery request -> accept / reject <-
# 2) GA-RC register request -> accept / reject / redirect <-
# 3) GA-RC deregister <->
# 4) GA-RC keep alive ->
# 5) GA-RC synch info ->
# 6) GA-RC cell broadcast info <-
###
'''
### Implements TS 44.318 v920, section 11 ###
'''
ProtocolDiscriminator = IANA_dict({
0: "GA-RC",
1: "GA-CSR",
2: "GA-PSR",
3: "GA-RRC",
})
RCMsgType = IANA_dict({
1: 'GA-RC DISCOVERY REQUEST',
2: 'GA-RC DISCOVERY ACCEPT',
3: 'GA-RC DISCOVERY REJECT',
4: 'unassigned',
16: 'GA-RC REGISTER REQUEST',
17: 'GA-RC REGISTER ACCEPT',
18: 'GA-RC REGISTER REDIRECT',
19: 'GA-RC REGISTER REJECT',
20: 'GA-RC DEREGISTER',
21: 'GA-RC REGISTER UPDATE UPLINK',
22: 'GA-RC REGISTER UPDATE DOWNLINK',
kid.map(self.KID())
self.replace(self.KID, kid)
#
RespStatus_dict = IANA_dict({
0x00 : 'PoR OK',
0x01 : 'RC/CC/DS failed',
0x02 : 'CNTR low',
0x03 : 'CNTR high',
0x04 : 'CNTR Blocked',
0x05 : 'Ciphering error',
0x06 : 'Unidentified security error. This code is for the case where the Receiving Entity cannot correctly ' \
'interpret the Command Header and the Response Packet is sent unciphered with no RC/CC/DS ',
0x07 : 'Insufficient memory to process incoming message',
0x08 : 'This status code "more time" should be used if the Receiving Entity/Application needs more time ' \
'to process the Command Packet due to timing constraints. In this case a later Response Packet ' \
'should be returned to the Sending Entity once processing has been completed',
0x09 : 'TAR Unknown',
0x0A : 'Insufficient security level',
0x0B : 'Reserved for 3GPP (see TS 131 115 [5])',
0x0C : 'Reserved for 3GPP (see TS 131 115 [5])',
0x0D : 'to 0xBF Reserved for future use',
0xC0 : 'to 0xFE Reserved for proprietary use',
0xFF : 'Reserved for future use',
})
class RespPacket(Layer):
constructorList = [
Int('RPI', ReprName='Response Packet Identifier', Pt=0, Type='uint8'),
__all__ = ['LCP', 'LCPopt', 'NCP', 'IPCP']
###
# this is from RFC 1331 and 1332 on PPP
###
###
# RFC 1331
LCPCode_dict = IANA_dict({
1: 'Configure-Request',
2: 'Configure-Ack',
3: 'Configure-Nak',
4: 'Configure-Reject',
5: 'Terminate-Request',
6: 'Terminate-Ack',
7: 'Code-Reject',
8: 'Protocol-Reject',
9: 'Echo-Request',
10: 'Echo-Reply',
11: 'Discard-Request',
12: 'RESERVED',
})
class LCP(Layer):
constructorList = [
Int('Code', Pt=0, Type='uint8', Dict=LCPCode_dict),
Int('Identifier', Pt=0, Type='uint8'),
Int('Length', Type='uint16'),
Str('Data', Pt='', Repr='hex'),
]
# SUA: http://wiki.tools.ietf.org/html/rfc3868
# http://www.iana.org/assignments/sigtran-adapt
# (almost) automatic parsing and generation
# -> see michau.benoit.free.fr for the script
# Registry Name: Message Classes
Classes = IANA_dict({
0 : ('Management Message', 'MGMT'), # [RFC4233] [RFC3331] [RFC4666] [RFC3868] [RFC4129] [RFC3057]
1 : 'Transfer Messages', # [RFC4666]
2 : ('SS7 Signalling Network Management Messages', 'SSNM'), # [RFC4666] [RFC3868]
3 : ('ASP State Maintenance Messages', 'ASPSM'), # [RFC4233] [RFC3331] [RFC4666] [RFC3868] [RFC4129] [RFC3057]
4 : ('ASP Traffic Maintenance Messages', 'ASPTM'), # [RFC4233] [RFC3331] [RFC4666] [RFC3868] [RFC4129] [RFC3057]
5 : ('Q.921/Q.931 Boundary Primitives Transport Messages', 'QPTM'), # [RFC4233]
6 : ('MTP2 User Adaptation Messages', 'MAUP'), # [RFC3331]
7 : 'Connectionless Messages', # [RFC3868]
8 : 'Connection-Oriented Messages', # [RFC3868]
9 : ('Routing Key Management Messages', 'RKM'), # [RFC4666]
10 : ('Interface Identifier Management Messages', 'IIM'), # [RFC3331]
11 : 'M2PA Messages', # [RFC4165]
12 : 'Security Messages', # [RFC3788]
13 : 'DPNSS/DASS2 Boundary Primitives Transport Messages', # [RFC4129]
14 : 'V5 Boundary Primitives Transport Messages', # [RFC3807]
15 : 'Unassigned',
128 : 'Reserved for IETF-Defined Message Class extensions',
})
# Registry Name: Message Types - Management (MGMT) Message (Value 0)
MGMT = IANA_dict({
0 : ('Error', 'ERR'), # [RFC4233] [RFC3331] [RFC4666] [RFC3868] [RFC4129] [RFC3057]
1 : ('Notify', 'NTFY'), # [RFC4233] [RFC3331] [RFC4666] [RFC3868] [RFC4129] [RFC3057]
2 : 'TEI Status Request', # [RFC4233] [RFC3057]
from libmich.formats.L3GSM_IE import *
from libmich.formats.L3GSM_rest import *
#
#
######
# TS 24.007, section 11.2.3.1.1
# Protocol Discriminator dict
PD_dict = IANA_dict({
0: ("group call control", "GCC"),
1: ("broadcast call control", "BC"),
2: ("EPS session management messages", "ESM"),
3: ("call control; call related SS messages", "CC"),
4: ("GPRS Transparent Transport Protocol", "GTTP"),
5: ("mobility management messages", "MM"),
6: ("radio resources management messages", "RR"),
7: ("EPS mobility management messages", "EMM"),
8: ("GPRS mobility management messages", "GMM"),
9: ("short messages service", "SMS"),
10: ("GPRS session management messages", "SM"),
11: ("non call related SS messages", "SS"),
12: ("Location services", "LCS"), # specified in 3GPP TS 44.071 [8a]
13: "reserved for extension of the PD to one octet length",
14: "testing",
})
#
# the following list is used when parsing L3 messages
# if a field has 1 of the following name (possibly with an _[0-9]{1,} suffix)
# its content will be mapped onto the corresponding Information Element
IE_lookup = {
# L3Mobile_IE.py: 2G / 3G IE
# * Created : 2011-08-28
# * Authors : Benoit Michau
# *--------------------------------------------------------
#*/
#!/usr/bin/env python
from libmich.core.element import Str, Int, Bit, \
Layer, Block, RawLayer
from libmich.core.IANA_dict import IANA_dict
# GTP version 1 is defined in TS 29.060 for CP
# and TS 29.281 for UP
ProtType = IANA_dict({
0 : 'GTP prime',
1 : 'GTP',
})
MsgTypeV1 = IANA_dict({
0 : "undefined",
1 : "Echo Request",
2 : "Echo Response",
3 : "Version Not Supported",
4 : "Node Alive Request",
5 : "Node Alive Response",
6 : "Redirection Request",
7 : "Redirection Response",
8 : "undefined",
16 : "Create PDP Context Request",
17 : "Create PDP Context Response",
18 : "Update PDP Context Request",
# and how the content of the message itself is encoded
# SM-TL : Short Message Transport Protocol
# SM-AL : Short Message Application Layer
# 24007, section 11.2.3.1.2
TI_dict = {
0:'allocated by sender',
1:'allocated by receiver',
}
# 24011, section 8.1: SM-CP
# CS Mobility Management procedures dict
SMSCP_dict = IANA_dict({
1:("SMS CP-DATA", "DATA"),
4:("SMS CP-ACK", "ACK"),
16:("SMS CP-ERROR", "ERR"),
})
# section 8.1.4.2
CPCause_dict = {
17 : 'Network failure',
22 : 'Congestion',
81 : 'Invalid Transaction Identifier value',
95 : 'Semantically incorrect message',
96 : 'Invalid mandatory information',
97 : 'Message type non existent or not implemented',
98 : 'Message not compatible with the short message protocol state',
99 : 'Information element non existent or not implemented',
111 : 'Protocol error, unspecified',
}
IP_prot = IANA_dict({
0 : "HOPOPT",
1 : "ICMP",
2 : "IGMP",
3 : "GGP",
4 : "IP",
5 : "ST",
6 : "TCP",
7 : "CBT",
8 : "EGP",
9 : "IGP",
10 : "BBN-RCC-MON",
11 : "NVP-II",
12 : "PUP",
13 : "ARGUS",
14 : "EMCON",
15 : "XNET",
16 : "CHAOS",
17 : "UDP",
18 : "MUX",
19 : "DCN-MEAS",
20 : "HMP",
21 : "PRM",
22 : "XNS-IDP",
23 : "TRUNK-1",
24 : "TRUNK-2",
25 : "LEAF-1",
26 : "LEAF-2",
27 : "RDP",
28 : "IRTP",
29 : "ISO-TP4",
30 : "NETBLT",
31 : "MFE-NSP",
32 : "MERIT-INP",
33 : "DCCP",
34 : "3PC",
35 : "IDPR",
36 : "XTP",
37 : "DDP",
38 : "IDPR-CMTP",
39 : "TP++",
40 : "IL",
41 : "IPv6",
42 : "SDRP",
43 : "IPv6-Route",
44 : "IPv6-Frag",
45 : "IDRP",
46 : "RSVP",
47 : "GRE",
48 : "DSR",
49 : "BNA",
50 : "ESP",
51 : "AH",
52 : "I-NLSP",
53 : "SWIPE",
54 : "NARP",
55 : "MOBILE",
56 : "TLSP",
57 : "SKIP",
58 : "IPv6-ICMP",
59 : "IPv6-NoNxt",
60 : "IPv6-Opts",
61 : "any",
62 : "CFTP",
63 : "any",
64 : "SAT-EXPAK",
65 : "KRYPTOLAN",
66 : "RVD",
67 : "IPPC",
68 : "any",
69 : "SAT-MON",
70 : "VISA",
71 : "IPCV",
72 : "CPNX",
73 : "CPHB",
74 : "WSN",
75 : "PVP",
76 : "BR-SAT-MON",
77 : "SUN-ND",
78 : "WB-MON",
79 : "WB-EXPAK",
80 : "ISO-IP",
81 : "VMTP",
82 : "SECURE-VMTP",
83 : "VINES",
84 : "TTP",
85 : "NSFNET-IGP",
86 : "DGP",
87 : "TCF",
88 : "EIGRP",
89 : "OSPFIGP",
90 : "Sprite-RPC",
91 : "LARP",
92 : "MTP",
93 : "AX.25",
94 : "IPIP",
95 : "MICP",
96 : "SCC-SP",
97 : "ETHERIP",
98 : "ENCAP",
99 : "any",
100 : "GMTP",
101 : "IFMP",
102 : "PNNI",
103 : "PIM",
104 : "ARIS",
105 : "SCPS",
106 : "QNX",
107 : "A/N",
108 : "IPComp",
109 : "SNP",
110 : "Compaq-Peer",
111 : "IPX-in-IP",
112 : "VRRP",
113 : "PGM",
114 : "any",
115 : "L2TP",
116 : "DDX",
117 : "IATP",
118 : "STP",
119 : "SRP",
120 : "UTI",
121 : "SMP",
122 : "SM",
123 : "PTP",
124 : "ISIS",
125 : "FIRE",
126 : "CRTP",
127 : "CRUDP",
128 : "SSCOPMCE",
129 : "IPLT",
130 : "SPS",
131 : "PIPE",
132 : "SCTP",
133 : "FC",
134 : "RSVP-E2E-IGNORE",
135 : "Mobility",
136 : "UDPLite",
137 : "MPLS-in-IP",
138 : "manet",
139 : "HIP",
140 : "Shim6",
141 : "Unassigned",
252 : "Unassigned",
253 : "Experimentation",
254 : "Experimentation",
255 : "Reserved"
})
#*/
#!/usr/bin/env python
from libmich.core.element import Bit, Int, Str, Layer, RawLayer, Block, show, debug
from libmich.core.IANA_dict import IANA_dict
# endianness to use when mapping an ELF file onto our Elf Layers
Int._endian = 'little'
# global header info
e_type_dict = IANA_dict({
0: 'ET_NONE: No file type',
1: 'ET_REL: Relocatable file',
2: 'ET_EXEC: Executable file',
3: 'ET_DYN: Shared object file',
4: 'ET_CORE: Core file',
0xfe00: 'ET_LOOS: OS specific',
0xfeff: 'ET_HIOS: OS specific',
0xff00: 'ET_LOPROC: Processor specific',
0xffff: 'ET_HIPROC: Processor specific',
})
e_machine_dict = {
0: 'No machine',
1: 'AT&T WE 32100',
2: 'SPARC',
3: 'Intel 80386',
4: 'Motorola 68000',
5: 'Motorola 88000',
7: 'Intel 80860',
8: 'MIPS I Architecture',
10: 'MIPS RS3000 little-endian',
ElementProc_dict = IANA_dict({
0 : 'id-RAB-Assignment',
1 : 'id-Iu-Release',
2 : 'id-RelocationPreparation',
3 : 'id-RelocationResourceAllocation',
4 : 'id-RelocationCancel',
5 : 'id-SRNS-ContextTransfer',
6 : 'id-SecurityModeControl',
7 : 'id-DataVolumeReport',
9 : 'id-Reset',
10 : 'id-RAB-ReleaseRequest',
11 : 'id-Iu-ReleaseRequest',
12 : 'id-RelocationDetect',
13 : 'id-RelocationComplete',
14 : 'id-Paging',
15 : 'id-CommonID',
16 : 'id-CN-InvokeTrace',
17 : 'id-LocationReportingControl',
18 : 'id-LocationReport',
19 : 'id-InitialUE-Message',
20 : 'id-DirectTransfer',
21 : 'id-OverloadControl',
22 : 'id-ErrorIndication',
23 : 'id-SRNS-DataForward',
24 : 'id-ForwardSRNS-Context',
25 : 'id-privateMessage',
26 : 'id-CN-DeactivateTrace',
27 : 'id-ResetResource',
28 : 'id-RANAP-Relocation',
29 : 'id-RAB-ModifyRequest',
30 : 'id-LocationRelatedData',
31 : 'id-InformationTransfer',
32 : 'id-UESpecificInformation',
33 : 'id-UplinkInformationExchange',
34 : 'id-DirectInformationTransfer',
35 : 'id-MBMSSessionStart',
36 : 'id-MBMSSessionUpdate',
37 : 'id-MBMSSessionStop',
38 : 'id-MBMSUELinking',
39 : 'id-MBMSRegistration',
40 : 'id-MBMSCNDe-Registration-Procedure',
41 : 'id-MBMSRABEstablishmentIndication',
42 : 'id-MBMSRABRelease',
43 : 'id-enhancedRelocationComplete',
44 : 'id-enhancedRelocationCompleteConfirm',
45 : 'id-RANAPenhancedRelocation',
46 : 'id-SRVCCPreparation',
})