forked from osmocom/wireshark
189 lines
7.0 KiB
Groff
189 lines
7.0 KiB
Groff
-- Module IN-SCF-SRF-datatypes (Q.1248.3:07/2001)
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IN-SCF-SRF-datatypes {itu-t recommendation q 1248 modules(1)
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in-scf-srf-datatypes(10) version1(0)} DEFINITIONS IMPLICIT TAGS ::=
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BEGIN
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IMPORTS
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tc-Messages, common-classes, common-datatypes, ssf-scf-classes,
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scf-srf-classes, ssf-scf-datatypes, ros-InformationObjects
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FROM IN-object-identifiers {itu-t recommendation q 1248 modules(1)
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in-object-identifiers(0) version1(0)}
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EXTENSION, SupportedExtensions, COMMON-BOUNDS
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FROM IN-common-classes common-classes
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Integer4
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FROM IN-common-datatypes common-datatypes
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Code
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FROM Remote-Operations-Information-Objects ros-InformationObjects
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Digits{}, DisplayInformation{}, SDSSinformation{}
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FROM IN-SSF-SCF-datatypes ssf-scf-datatypes
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SCF-SSF-BOUNDS
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FROM IN-SSF-SCF-Classes ssf-scf-classes
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SCF-SRF-BOUNDS
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FROM IN-SCF-SRF-Classes scf-srf-classes;
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-- The following three definitions are local short-hand notation for convenience.
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B1 ::=
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COMMON-BOUNDS -- defined in Q.1248.1 (Part 1 of Recommendation Q.1248)
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B2 ::= SCF-SSF-BOUNDS -- defined in Q.1248.2 (Part 2 of Recommendation Q.1248)
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B3 ::= SCF-SRF-BOUNDS -- defined in this Recommendation (Q.1248.3)
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CollectedDigits ::= SEQUENCE {
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minimumNbOfDigits [0] INTEGER(1..127) DEFAULT 1,
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maximumNbOfDigits [1] INTEGER(1..127),
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endOfReplyDigit [2] OCTET STRING(SIZE (1..2)) OPTIONAL,
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cancelDigit [3] OCTET STRING(SIZE (1..2)) OPTIONAL,
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startDigit [4] OCTET STRING(SIZE (1..2)) OPTIONAL,
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firstDigitTimeOut [5] INTEGER(1..127) OPTIONAL,
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interDigitTimeOut [6] INTEGER(1..127) OPTIONAL,
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errorTreatment [7] ErrorTreatment DEFAULT reportErrorToScf,
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interruptableAnnInd [8] BOOLEAN DEFAULT TRUE,
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voiceInformation [9] BOOLEAN DEFAULT FALSE,
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voiceBack [10] BOOLEAN DEFAULT FALSE,
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detectModem [11] BOOLEAN DEFAULT FALSE,
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...
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}
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-- The use of voiceBack is network operator specific.
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-- The endOfReplyDigit, cancelDigit, and startDigit parameters have been designated as OCTET STRING,
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-- and are to be encoded as BCD, one digit per octet only, contained
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-- in the four least significant bits of each OCTET. The usage is service dependent.
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CollectedInfo ::= CHOICE {
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collectedDigits [0] CollectedDigits,
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iA5Information [1] BOOLEAN,
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detectModem [2] BOOLEAN
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}
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ElementaryMessageID ::= Integer4
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ErrorTreatment ::= ENUMERATED {reportErrorToScf(0), help(1), repeatPrompt(2)}
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-- reportErrorToScf means returning the "ImproperCallerResponse" error in the event of an error
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-- condition during collection of user info.
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GapOnResource ::=
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Code
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InbandInfo{B2:b2, B3:b3} ::= SEQUENCE {
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messageID [0] MessageID{b2, b3},
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numberOfRepetitions [1] INTEGER(1..127) OPTIONAL,
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duration [2] INTEGER(0..32767) OPTIONAL,
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interval [3] INTEGER(0..32767) OPTIONAL,
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preferredLanguage [4] Language OPTIONAL,
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...
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}
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-- Interval is the time in seconds between each repeated announcement. Duration is the total
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-- amount of time in seconds, including repetitions and intervals.
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-- The end of announcement is either the end of duration or numberOfRepetitions, whatever comes first.
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-- duration with value 0 indicates infinite duration
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InformationToRecord{B3:b3} ::= SEQUENCE {
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messageID [0] ElementaryMessageID OPTIONAL,
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messageDeletionTimeOut [1] INTEGER(1..3600) OPTIONAL,
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--Time units = hours
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timeToRecord [3] INTEGER(0..b3.&maxRecordingTime) OPTIONAL,
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--Time units = seconds
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controlDigits
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[4] SEQUENCE {endOfRecordingDigit
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[0] OCTET STRING(SIZE (1..2)) OPTIONAL,
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cancelDigit
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[1] OCTET STRING(SIZE (1..2)) OPTIONAL,
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replayDigit
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[2] OCTET STRING(SIZE (1..2)) OPTIONAL,
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restartRecordingDigit
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[3] OCTET STRING(SIZE (1..2)) OPTIONAL,
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restartAllowed [4] BOOLEAN DEFAULT FALSE,
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replayAllowed [5] BOOLEAN DEFAULT FALSE,
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...},
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...
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}
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InformationToSend{B2:b2, B3:b3} ::= CHOICE {
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inbandInfo [0] InbandInfo{b2, b3},
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tone [1] Tone,
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displayInformation [2] DisplayInformation{b2},
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sDSSinformation [3] SDSSinformation{b2}
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}
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Language ::= PrintableString(SIZE (3)) -- ISO 639 codes only;
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MailBoxID{B3:b3} ::=
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OCTET STRING(SIZE (b3.&minMailBoxIDLength..b3.&maxMailBoxIDLength))
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Media ::= ENUMERATED {voiceMail(0), faxGroup3(1), faxGroup4(2)}
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MessageID{B2:b2, B3:b3} ::= CHOICE {
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elementaryMessageID [0] Integer4,
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text
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[1] SEQUENCE {messageContent
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[0] IA5String
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(SIZE (b3.&minMessageContentLength..
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b3.&maxMessageContentLength)),
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attributes
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[1] OCTET STRING
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(SIZE (b3.&minAttributesLength..
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b3.&maxAttributesLength)) OPTIONAL,
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...},
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elementaryMessageIDs
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[29] SEQUENCE SIZE (1..b3.&numOfMessageIDs) OF Integer4,
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variableMessage
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[30] SEQUENCE {elementaryMessageID [0] Integer4,
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variableParts
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[1] SEQUENCE SIZE (1..b3.&maxVariableParts) OF
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VariablePart{b2},
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...}
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}
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-- OPTIONAL denotes network operator specific use.
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ReceivedStatus ::= ENUMERATED {
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messageComplete(0), messageInterrupted(1), messageTimeOut(2)}
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RecordedMessageID ::= Integer4
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SRFGapCriteria{B2:b2} ::= CHOICE {
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iPAddressValue [1] Digits{b2},
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gapOnResource [2] GapOnResource,
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iPAddressAndresource
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[3] SEQUENCE {iPAddressValue [1] Digits{b2},
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gapOnResource [2] GapOnResource,
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...}
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}
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Tone ::= SEQUENCE {
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toneID [0] Integer4,
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duration [1] Integer4 OPTIONAL,
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...
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}
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-- The duration specifies the length of the tone in seconds, value 0 indicates infinite duration.
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VariablePart{B2:b2} ::= CHOICE {
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integer [0] Integer4,
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number [1] Digits{b2}, -- Generic digits
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time [2] OCTET STRING(SIZE (2)), -- HH:MM, BCD coded
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date [3] OCTET STRING(SIZE (3)), -- YYMMDD, BCD coded
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price [4] OCTET STRING(SIZE (4))
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}
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-- Indicates the variable part of the message.
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-- BCD coded variable parts are encoded as described in the examples below.
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-- For example, time = 12:15 would be encoded as:
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-- Bits HGFE DCBA
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-- leading octet 2 1
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-- 5 1
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-- date = 1993 September 30th would be encoded as:
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-- Bits HGFE DCBA
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-- leading octet 3 9
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-- 9 0
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-- 0 3
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-- For a system operating when or after this Recommendation is released, the 2-digit value
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-- representing a Year shall be interpreted as follows:
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-- - If the two-digits value is 00 through 49 inclusive, it shall be interpreted as representing
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-- year 2000 through 2049.
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-- - If the two-digits value is 50 through 99 inclusive, it shall be interpreted as representing
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-- year 1950 through 1999.
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END
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-- Generated by Asnp, the ASN.1 pretty-printer of France Telecom R&D
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