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pycrate/pycrate_asn1dir/ETSI_ITS_r1318/CALMllsap.asn

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--<OSS.PDU>--
CALMllsap {iso(1) standard(0) calm-ll-sap(21218) asnm-1(1)}
DEFINITIONS AUTOMATIC TAGS ::=
BEGIN
-- EXPORTS;
IMPORTS
ITS-scuId FROM CALMmanagement { iso (1) standard (0) calm-management (24102) local (1) asnm-1 (1)}
ErrStatus, COMMUPDOWN FROM CALMmsap { iso (1) standard (0) calm-management (24102) msap (3) asnm-1 (1)}
MediumCost FROM CITSapplReq {iso(1) standard(0) cits-applReq (17423) asnm-1 (1)}
LogicalChannelType FROM CITSapplMgmtComm {iso(1) standard(0) cits-applMgmt (17419) comm (3)}
;
-- End of IMPORTS
Alt::=INTEGER(0..65535) -- Resolution 0,1 m.
CIaClass::=INTEGER{
unknown (0),
ciac-1 (1),
ciac-2 (2),
ciac-3 (3)
} (0..255)
CIclass::=INTEGER{
unknown (0),
cic-l1 (1),
cic-l2 (2),
cic-l3 (3),
cic-l4 (4),
cic-l5 (5),
cic-il1 (254),
cic-il2 (255)
} (0..255)
Link-ID::=SEQUENCE{ -- Link-ID
remoteCIID EUI64, -- CI in peer ITS-S(s)
localCIID EUI64 -- Unique ID of local CI
}
CIstatus::=INTEGER{
not-existent (0),
existent (1),
unknown (2),
registered (4),
active (8),
connected (16),
suspended (64),
inactive (128)
} (0..255)
CommProfile::=SEQUENCE (SIZE(0..255)) OF I-Param
Connect::=INTEGER{
automatic (0),
manual (255)
} (0..255)
IN-SAPaddress::=INTEGER(0..255)
DataRate::= INTEGER(0..4294967295) -- in 100 bit/s
DataRatesNW::=SEQUENCE{ -- available to the appl.
minimum DataRate, -- minimum possible value
maximum DataRate -- maximum possible value
}
Directivity::=SEQUENCE{
mode DirMode,
dirPredef INTEGER(0..255), -- 0: see dirVar
-- >0: predefined direction
fill BIT STRING (SIZE(7)),
dirVar SEQUENCE (SIZE(0..1)) OF DirVar
}
DirMode::=INTEGER{
fixed (0),
tracking (255)
} (0..255)
DirVar::=SEQUENCE{
bsAzimuth INTEGER(-32768..32767) , -- -180 - +180
bsElevation INTEGER(-128..127) , -- -90 - +90
openHorizontal INTEGER(0..255) , -- 0 - 180
openVertical INTEGER(0..255) -- 0 - 180
}
TxPowMax::=INTEGER(0..255) -- unit, minimum value and step size defined by access technology (medium)
Errors::=SEQUENCE (SIZE(0..255)) OF SingleError
SingleError::=SEQUENCE{
paramNo INTEGER(0..255), -- ref number of parameter
errStatus ErrStatus -- IS24102-3
}
Gs::=INTEGER(0..65535) -- Resolution 0,01 m/s.
KineVectIn::=SEQUENCE{
dut Time48IAT, -- date and universal time
lat Lat, -- latitude
lon Lon, -- longitude
alt Alt, -- altitude / elevation
gs Gs, -- ground speed
tta Tta -- true track angle
}
KineVectOut::=SEQUENCE{
dut Time48IAT, -- date and universal time
fill BIT STRING (SIZE(5)), -- used for octet alignment in PER
options SEQUENCE (SIZE(0..5)) OF KineVectOptions -- options
}
KineVectOptions::=CHOICE{
lat Lat, -- latitude
lon Lon, -- longitude
alt Alt, -- altitude
gs Gs, -- ground speed
tta Tta -- true track angle
}
Lat::=INTEGER(-2147483648..2147483647) -- equals ± pi/2
Lon::=INTEGER(-2147483648..2147483647) -- equals ± pi
LLserviceAddr::=SEQUENCE{
csap IN-SAPaddress,
linkID Link-ID
}
MACaddress::=OCTET STRING (SIZE(6))
MediumUsage::=SEQUENCE{
receive INTEGER(0..255),
transmit INTEGER(0..255)
}
MedType::=INTEGER{
unknown (0),
any (1),
iso21212 (2), -- 2G
iso21213 (3), -- 3G
iso21214 (4), -- IR
iso21215 (5), -- M5
iso21216 (6), -- MM
iso25112 (7), -- 802.16e
iso25113 (8), -- HC-SDMA
iso29283 (9), -- 802.20
iso17515 (10), -- LTE
iso15628 (128), -- DSRC
can (254),
ethernet (255)
} (0..255)
MedUseObsTime::=SEQUENCE {
value INTEGER(0..1023), -- valid parameter number (10 bits in PER)
unit TimeUnit
} -- 2 octets in PER
TimeUnit::=INTEGER{
microseconds (0),
milliseconds (1),
seconds (2),
minutes (3),
hours (4),
days (5),
weeks (6),
months (7),
years (8)
}(0..63) -- 6 bits in PER
Notify::=SEQUENCE (SIZE(0..255)) OF INTEGER(0..255) -- valid parameter number
PeerRXpower::=INTEGER(0..255)
PARAMS ::= CLASS {
&paramRef INTEGER(0..255),
&Parameter
}
IPARAM ::= PARAMS
I-Params IPARAM::={errors | commProfile | properties | manuDeviceID | iTS-scuId | medID | localCIID | timeoutReg | macAddress | macAddrTemp | ciClass | ciaClass | ciStatus | notify | medType | regInfo | connect | simPin | providerInfo | minUserPriority | queueLevel | queueLowTh | queueAlarmTh | distancePeer | commRangeRef | timeOfLastRecep | inactTimeLimit | mediumUsage | medUseObsTime | peerMAC | virtualCIs | minPrioCrossCI | rxSens | txPower | txPowMax | peerRXpower | dataRate | dataRateNW | dataRatesNW | dataRateNWreq | directivity | blockLength | freeAirTime | frameLengthMax | kineVectIn | kineVectOut | cost | reliability | logicalChannel, ...}
I-Param::=SEQUENCE{
paramNo IPARAM.&paramRef({I-Params}),
parameter IPARAM.&Parameter({I-Params}{@paramNo})
}
errors IPARAM::={&paramRef 0, &Parameter Errors}
commProfile IPARAM::={&paramRef 2, &Parameter CommProfile}
properties IPARAM::={&paramRef 3, &Parameter Properties}
manuDeviceID IPARAM::={&paramRef 4, &Parameter UTF8String}
iTS-scuId IPARAM::={&paramRef 5, &Parameter ITS-scuId}
medID IPARAM::={&paramRef 6, &Parameter MedID}
localCIID IPARAM::={&paramRef 7, &Parameter EUI64}
timeoutReg IPARAM::={&paramRef 8, &Parameter INTEGER(0..255)}
macAddress IPARAM::={&paramRef 9, &Parameter MACaddress}
macAddrTemp IPARAM::={&paramRef 10, &Parameter MACaddress}
ciClass IPARAM::={&paramRef 11, &Parameter CIclass}
ciaClass IPARAM::={&paramRef 12, &Parameter CIaClass}
ciStatus IPARAM::={&paramRef 13, &Parameter CIstatus}
notify IPARAM::={&paramRef 16, &Parameter Notify}
medType IPARAM::={&paramRef 17, &Parameter MedType}
regInfo IPARAM::={&paramRef 18, &Parameter RegInfo}
connect IPARAM::={&paramRef 19, &Parameter Connect}
simPin IPARAM::={&paramRef 20, &Parameter SimPin}
providerInfo IPARAM::={&paramRef 21, &Parameter ProviderInfo}
minUserPriority IPARAM::={&paramRef 22, &Parameter UserPriority} -- DEFAULT 0
queueLevel IPARAM::={&paramRef 23, &Parameter QueueLevel}
queueLowTh IPARAM::={&paramRef 24, &Parameter QueueValue}
queueAlarmTh IPARAM::={&paramRef 25, &Parameter QueueValue}
distancePeer IPARAM::={&paramRef 26, &Parameter Distance}
commRangeRef IPARAM::={&paramRef 27, &Parameter Distance}
timeOfLastRecep IPARAM::={&paramRef 28, &Parameter Time48IAT}
-- 1 ms resolution
inactTimeLimit IPARAM::={&paramRef 29, &Parameter INTEGER(0..65535)}
-- milliseconds
mediumUsage IPARAM::={&paramRef 30, &Parameter MediumUsage}
medUseObsTime IPARAM::={&paramRef 31, &Parameter MedUseObsTime}
peerMAC IPARAM::={&paramRef 32, &Parameter MACaddress}
virtualCIs IPARAM::={&paramRef 33, &Parameter VirtualCIs}
minPrioCrossCI IPARAM::={&paramRef 34, &Parameter UserPriority}
rxSens IPARAM::={&paramRef 35, &Parameter INTEGER(0..255)}
txPower IPARAM::={&paramRef 36, &Parameter INTEGER(0..255)}
txPowMax IPARAM::={&paramRef 37, &Parameter TxPowMax}
peerRXpower IPARAM::={&paramRef 38, &Parameter PeerRXpower}
dataRate IPARAM::={&paramRef 39, &Parameter DataRate}
dataRateNW IPARAM::={&paramRef 40, &Parameter DataRate}
dataRatesNW IPARAM::={&paramRef 41, &Parameter DataRatesNW}
dataRateNWreq IPARAM::={&paramRef 42, &Parameter DataRate}
directivity IPARAM::={&paramRef 43, &Parameter Directivity}
blockLength IPARAM::={&paramRef 44, &Parameter INTEGER(0..65535)}
freeAirTime IPARAM::={&paramRef 45, &Parameter INTEGER(0..255)}
-- measured in milliseconds
frameLengthMax IPARAM::={&paramRef 46, &Parameter INTEGER(0..255)}
-- measured in milliseconds
kineVectIn IPARAM::={&paramRef 47, &Parameter KineVectIn}
kineVectOut IPARAM::={&paramRef 48, &Parameter KineVectOut}
cost IPARAM::={&paramRef 49, &Parameter MediumCost}
reliability IPARAM::={&paramRef 50, &Parameter INTEGER(0..255)}
logicalChannel IPARAM::={&paramRef 51, &Parameter LogicalChannels}
Time48IAT ::= INTEGER { utcStartOf2004(0), oneMillisecAfterUTCStartOf2004(1) } (0..281474976710655) -- International Atomic Time with one millisecond steps
I-ParamNo::=INTEGER{
errors (0),
commProfile (2),
properties (3),
manuDeviceID (4),
iTS-scuId (5),
medID (6),
localCIID (7),
timeoutReg (8),
macAddress (9),
macAddrTemp (10),
ciClass (11),
ciaClass (12),
ciStatus (13),
notify (16),
medType (17),
regInfo (18),
connect (19),
simPin (20),
providerInfo (21),
minUserPriority (22),
queueLevel (23),
queueLowTh (24),
queueAlarmTh (25),
distancePeer (26),
commRangeRef (27),
timeOfLastRecep (28),
inactTimeLimit (29),
mediumUsage (30),
medUseObsTime (31),
peerMAC (32),
virtualCI (33),
minPrioCrossCI (34),
rxSens (35),
txPower (36),
txPowMax (37),
peerRXpower (38),
dataRate (39),
dataRateNW (40),
dataRatesNW (41),
dataRateNWreq (42),
directivity (43),
blockLength (44),
freeAirTime (45),
frameLengthMax (46),
kineVectIn (47),
kineVectOut (48),
cost (49),
reliability (50),
logicalChannel (51)
} (0..255)
SimPin::=OCTET STRING
LogicalChannels::=SEQUENCE (SIZE(0..255)) OF LogicalChannelType
Distance::=INTEGER(0..65535) -- measured in 1/10 m
MedID::=INTEGER(0..255)
Properties::=SEQUENCE (SIZE(0..255)) OF I-Param -- only selected parameters
ProviderInfo::=SEQUENCE{
provName OCTET STRING (SIZE(0..255)), -- Name of provider
apn OCTET STRING (SIZE(0..255)), -- Name of access point
username OCTET STRING (SIZE(0..255)), -- Log-in name of user
password OCTET STRING (SIZE(0..255)) -- Password for log-in
}
QueueLevel::=SEQUENCE{
priority UserPriority,
level QueueValue
}
QueueValue::=INTEGER(0..255)
RegInfo::=SEQUENCE{
status RegInfoStatus,
limits RegulatoryScheme
}
RegInfoStatus::=INTEGER{
notApplicable (0),
invalid (1),
new (254),
valid (255)
} (0..255)
REGULSCHEME::=CLASS {
&regID INTEGER(0..255),
&RegInfo
}
RegulatoryScheme::=SEQUENCE{
reguIdent REGULSCHEME.&regID({RegulSchemes}),
reguInfo REGULSCHEME.&RegInfo({RegulSchemes}{@reguIdent})
}
RegulSchemes REGULSCHEME::={nullRegScheme, ...} -- to be filled
nullRegScheme REGULSCHEME::={&regID 0, &RegInfo NULL}
Tta::=INTEGER(0..65535) -- Resolution 0,1°.
UserPriority::=INTEGER(0..255)
VirtualCIs::=SEQUENCE (SIZE(0..65535))OF RemoteCIID
INSAP ::= COMMUPDOWN
INsapspsdown INSAP::={inUnitdataRq | inDataAckRq | inReplyAckRq | inReplyUpdateRq, ...}
INsapPrimitivesDown::=SEQUENCE{
spRef INSAP.&primitiveRef({INsapspsdown}),
servPrimitive INSAP.&Primitive({INsapspsdown}{@spRef})
}
inUnitdataRq INSAP::={&primitiveRef 0, &Primitive IN-UNITDATA-request}
inDataAckRq INSAP::={&primitiveRef 1, &Primitive IN-DATA-ACK-request}
inReplyAckRq INSAP::={&primitiveRef 2, &Primitive IN-REPLY-ACK-request}
inReplyUpdateRq INSAP::={&primitiveRef 3, &Primitive IN-REPLY-UPDATE-request}
IN-UNITDATA-request::=SEQUENCE{
source-addr LLserviceAddr,
dest-addr LLserviceAddr,
data INdata,
priority UserPriority,
accessParams AccessParameters
}
IN-DATA-ACK-request::=SEQUENCE{
source-addr LLserviceAddr,
dest-addr LLserviceAddr,
data INdata,
priority UserPriority,
serviceClass MACServiceClass
}
IN-REPLY-ACK-request::=SEQUENCE{
source-addr LLserviceAddr,
dest-addr LLserviceAddr,
data INdata,
priority UserPriority,
serviceClass MACServiceClass
}
IN-REPLY-UPDATE-request::=SEQUENCE{
source-addr LLserviceAddr,
data INdata
}
INSAPUP::= COMMUPDOWN
INsapspsup INSAP::={inUnitdataInd | inUnitdataStatusInd | inDataAckInd | inDataAckStatusInd | inReplyInd | inReplyStatusInd | inReplyUpdateStatusInd, ...}
INsapPrimitivesUp::=SEQUENCE{
spRef INSAP.&primitiveRef ({INsapspsup}),
servPrimitive INSAP.&Primitive ({INsapspsup}{@spRef})
}
inUnitdataInd INSAP::={&primitiveRef 0, &Primitive IN-UNITDATA-indication}
inUnitdataStatusInd INSAP::={&primitiveRef 1, &Primitive IN-UNITDATA-STATUS-indication}
inDataAckInd INSAP::={&primitiveRef 2, &Primitive IN-DATA-ACK-indication}
inDataAckStatusInd INSAP::={&primitiveRef 3, &Primitive IN-DATA-ACK-STATUS-indication}
inReplyInd INSAP::={&primitiveRef 4, &Primitive IN-REPLY-indication}
inReplyStatusInd INSAP::={&primitiveRef 5, &Primitive IN-REPLY-STATUS-indication}
inReplyUpdateStatusInd INSAP::={&primitiveRef 6, &Primitive IN-REPLY-UPDATE-STATUS-indication}
IN-UNITDATA-indication::=SEQUENCE{
source-addr LLserviceAddr,
dest-addr LLserviceAddr,
data INdata,
priority UserPriority,
accessParams AccessParameters
}
IN-UNITDATA-STATUS-indication::=SEQUENCE{
source-addr LLserviceAddr,
dest-addr LLserviceAddr,
data INdata,
priority UserPriority,
accessParams AccessParameters,
txStatus INtxStatus
}
IN-DATA-ACK-indication::=SEQUENCE{
source-addr LLserviceAddr,
dest-addr LLserviceAddr,
data INdata,
priority UserPriority,
serviceClass MACServiceClass
}
IN-DATA-ACK-STATUS-indication::=SEQUENCE{
source-addr LLserviceAddr,
dest-addr LLserviceAddr,
data INdata,
priority UserPriority,
serviceClass MACServiceClass,
status INtxStatus
}
IN-REPLY-indication::=SEQUENCE{
source-addr LLserviceAddr,
dest-addr LLserviceAddr,
data INdata,
priority UserPriority,
serviceClass MACServiceClass
}
IN-REPLY-STATUS-indication::=SEQUENCE{
source-addr LLserviceAddr,
status INtxStatus
}
IN-REPLY-UPDATE-STATUS-indication::=SEQUENCE{
source-addr LLserviceAddr,
data INdata,
priority UserPriority,
accessParams AccessParameters,
txStatus INtxStatus
}
INdata::=OCTET STRING (SIZE(0..65535))
ACCPARAM ::= PARAMS
nullAP ACCPARAM::={&paramRef 0, &Parameter NullType}
AccessParameters::=SEQUENCE{
apRef ACCPARAM.&paramRef ({AccParams}),
aParameter ACCPARAM.&Parameter ({AccParams}{@apRef})
}
AccParams ACCPARAM::={nullAP, ...}
NullType::=NULL
MACServiceClass::=INTEGER{
macAckNotUsed (0),
macAckUsed (255)
} (0..255)
INtxStatus::=INTEGER{
success (0),
queueFull (1),
timeout (2),
priority (3),
unspecFailure (255)
} (0..255)
VCIserialNumber::=INTEGER(0..65535)
EUI64::=OCTET STRING (SIZE(8))
LegacyCIID::=SEQUENCE{
selector1 OneOCTETones,
iTS-scuId ITS-scuId,
selector2 TwoOCTETones,
medID MedID,
vciSerialNumber VCIserialNumber
}
RemoteCIID::=EUI64
OneOCTETones::=INTEGER{
all (255)
} (0..255)
TwoOCTETones::=INTEGER{
all (65535)
} (0..65535)
EUI64MAC48::=SEQUENCE{
oui MACoui,
selector2 TwoOCTETones,
ext MACext
}
MACoui::=SEQUENCE{
uoi1 INTEGER(0..63),
ulBit BOOLEAN,
igBIT BOOLEAN,
uoi2 OCTET STRING (SIZE(2))
}
MACext::=OCTET STRING (SIZE(3))
MACmcID::=SEQUENCE{
ucgc INTEGER(0..63),
mc INTEGER{all (3)} (0..3),
serial OCTET STRING (SIZE(2))
}
-- Values
version INTEGER(0..255)::= 2 -- insert version value
END
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