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.\"                 Not Copyright ( c) 1991 
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.EN
.nr LL 40.5P
.nr ll 40.5P
.nr HM 3P
.nr FM 6P
.nr PO 4P
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.po 4P

.rs
\v | 5i'
.sp 2P
.LP
\fBRecommendation\ T.64\fR 
.RT
.sp 2P
.sp 1P
.ce 1000
\fBCONFORMANCE\ TESTING\ PROCEDURES\ FOR\ THE\ TELETEX\ RECOMMENDATIONS\fR 
.FS
This
Recommendation is applicable to the version of Teletex Recommendations 
in the CCITT Red Book, Geneva,\ 1984. It is intended that a similar Recommendation 
on conformance testing procedures applicable to the Teletex Recommendations 
in the present (1988) Blue Book will be forthcoming during the Study 
Period\ 1988\(hy1992.
.FE
.EF '%	Fascicle\ VII.4\ \(em\ Rec.\ T.64''
.OF '''Fascicle\ VII.4\ \(em\ Rec.\ T.64	%'
.ce 0
.sp 1P
.ce 1000
CONTENTS
.ce 0
.sp 1P
.sp 2P
.LP
1
	\fIGeneral\fR 
.sp 1P
.RT
.LP
	1.1
	Scope
.LP
	1.2
	Fundamental principles
.LP
	1.3
	Definitions
.LP
	1.4
	Testing methodology
.LP
	1.5
	Test procedures
.sp 1P
.LP
2
	\fIProtocol test procedures\fR 
.sp 9p
.RT
.LP
	2.1
	Protocol test schedules
.LP
	2.2
	Tests on transient states
.LP
	2.3
	Description of the test tables
.LP
	2.4
	Protocol data unit lists
.sp 1P
.LP
3.
	\fIApplication service test procedures\fR 
.sp 9p
.RT
.LP
	3.1
	Application service tests
.LP
	3.2
	Description of the application service test schedules
.sp 1P
.LP
4.
	\fITest limitations\fR 
.sp 9p
.RT
.sp 1P
.LP
Annex\ A
	\(em
	Definitions and abbreviations
.sp 9p
.RT
.LP
	A.1
	\(em
	Abbreviations
.LP
	A.2
	\(em
	Other symbols
.sp 1P
.LP
Annex\ B
	\(em
	B.1
	\(em
	T.70 Transport protocol data unit
.sp 9p
.RT
.LP
	B.2
	\(em
	T.70 Test schedule
.sp 1P
.LP
Annex\ C
	\(em
	C.1
	\(em
	T.62 Session protocol data unit list
.sp 9p
.RT
.LP
	C.2
	\(em
	T.62 Test schedule
.LP
	C.3\ 
	\(em
	Non\(hybasic terminal capabilities T.62 negotiation test
schedule
.sp 1P
.LP
Annex\ D
	\(em
	Application service test schedules
.sp 9p
.RT
.LP
	D.1
	\(em
	Introduction
.LP
	D.2
	\(em
	Overview
.LP
	D.3
	\(em
	Teletex application service tests under normal conditions
.LP
	D.4
	\(em
	Teletex application service tests under exception conditions
.sp 1P
.LP
Annex\ E
	\(em
	Test text coding
.sp 9p
.RT
.LP
.sp 2
.bp
.sp 2P
.LP
	The CCITT,
.sp 1P
.RT
.sp 1P
.LP
\fIconsidering\fR 
.sp 9p
.RT
.PP
that Recommendation F.200 defines the Teletex service;
.PP
that Recommendation T.60 defines the terminal characteristics
for Teletex;
.PP
that Recommendation T.61 defines the character repertoire and
coding for Teletex;
.PP
that Recommendation T.62 defines the Teletex control
procedure;
.PP
that Recommendation T.70 defines the network independent
transport procedure;
.PP
that Recommendation T.90 defines the Teletex requirements for
interworking with telex;
.PP
that compatible implementation of these standards is
necessary for successful development and acceptance of the service,
.RT
.sp 1P
.LP
\fIunanimously declares the following\fR 
.sp 9p
.RT
.PP
This Recommendation contains test procedures to facilitate
Administrations' verification of the protocol and service conformance of
Teletex systems in order to expedite the international compatibility of
Teletex.
.RT
.sp 2P
.LP
\fB1\fR 	\fBGeneral\fR 
.sp 1P
.RT
.sp 1P
.LP
1.1
	\fIScope\fR 
.sp 9p
.RT
.PP
1.1.1
This Recommendation defines test procedures for the 1984
version of Teletex Recommendations.
.sp 9p
.RT
.PP
1.1.2
The test procedures contained herein are based on requirements for Teletex 
systems in three main areas: 
.LP
	a)
	Teletex transport layer procedures as specified in
Recommendation\ T.70 (see Annex\ B).
.LP
	b)
	Teletex control procedures specified in Recommendation T.62  (see Annex\ C).
.LP
	c)
	 Teletex service aspects as specified in Recommendation F.200 and associated 
Recommendations T.60, T.61 and T.90 (see Annex\ D). 
.PP
1.1.3
The test procedures are intended to assist verification and
cannot fully guarantee the compliance of Teletex systems to the relevant
Recommendations.
.sp 9p
.RT
.PP
1.1.4
The test procedures do not supersede the relevant Teletex
Recommendations which continue to be the definitive specifications for all
aspects of the Teletex service and systems.
.PP
1.1.5
The test procedures cover those aspects of Teletex which have
international end\(hyto\(hyend significance.
.sp 1P
.LP
1.2
	\fIFundamental principles\fR 
.sp 9p
.RT
.PP
1.2.1
The test procedures allow the conformance of a Teletex system to be assessed 
by comparing the \*Qobserved\*U behaviour of the system against an agreed 
common reference which specifies the expected behaviour of the system. 
.sp 9p
.RT
.PP
1.2.2
The test procedures provide an ability to test a Teletex system
located remotely from the test equipment so that systems and test equipments
need not be portable.
.PP
1.2.3
The test procedures enable a Teletex system to be tested without placing 
any requirements on the system except conformance to the relevant 
Teletex Recommendations.
.PP
1.2.4
The test procedures are independent from any particular test
equipment.
.PP
1.2.5
The test procedures do not attempt to optimize testing methods or specify 
any particular sequence of tests unless expressly stated. 
.bp
.sp 1P
.LP
1.3
	\fIDefinitions\fR 
.sp 9p
.RT
.PP
See Annex A.
.RT
.sp 1P
.LP
1.4
	\fITesting methodology\fR 
.sp 9p
.RT
.PP
Testing of a Teletex system
shall occur from the bottom
layer upwards. Before layer\ (N) can be tested, layer\ (N\ \(hy\ 1) must 
have been 
assessed so as not to interfere with the testing of layer\ (N). This methodology 
ensures that an error in the lower layer does not corrupt protocol elements 
received at the higher layer.
.RT
.sp 1P
.LP
1.5
	\fITest procedures\fR 
.sp 9p
.RT
.PP
1.5.1
The test procedures are applicable to all Teletex systems
except where they are marked as being \*Qconditional\*U. Conditional tests 
are only applicable to Teletex systems which claim certain non\(hybasic 
capabilities. 
.sp 9p
.RT
.PP
1.5.2
The test procedures consist of two types: protocol test procedures and 
application service test procedures. 
.PP
1.5.2.1
Protocol test procedures test the conformance of a Teletex
system to the Recommendations\ T.62 and\ T.70.
.PP
1.5.2.2
Application service test procedures test a system's conformance to those 
requirements specified in Recommendation\ F.200 and associated 
Recommendations\ T.60, T.61 and\ T.90.
.PP
1.5.3
The tests are divided into a number of sets, those which are
carried out with the Teletex system calling and those which are carried out
with the Teletex system called. The tests are further sub\(hydivided covering 
the Teletex system under normal (error free) conditions and the Teletex 
system 
under exception (error) conditions.
.sp 9p
.RT
.sp 2P
.LP
\fB2\fR 	\fBProtocol test procedures\fR 
.sp 1P
.RT
.PP
Protocol test procedures are defined by a set of protocol test
schedules and protocol data unit (PDU) lists.
.RT
.sp 1P
.LP
2.1
	\fIProtocol test schedules\fR 
.sp 9p
.RT
.PP
2.1.1
The test schedules are described in a tabular form. Test
conditions and input sequences together with the expected result are
specified.
.sp 9p
.RT
.PP
The tests explore a Teletex system's behaviour as it passes
through the state event transitions defined in the relevant Recommendation.
.PP
2.1.2
Normal protocol tests are designed to be carried out
sequentially,
i.e. a successful conclusion to test\ N will leave the Teletex system in the
correct state for test\ N\ +\ 1 to be carried out.
.sp 9p
.RT
.PP
2.1.3
Exception protocol tests are designed to be carried out
individually, i.e. the Teletex system is driven into the correct state for a
particular test by procedures which are defined for that test.
.sp 1P
.LP
2.2
	\fITests on transient states\fR 
.sp 9p
.RT
.PP
2.2.1
Where a state is transient (i.e. the system may send a PDU
immediately following the occurrence of an internal service primitive) 
it may not be possible to carry out a particular test. It can be determined 
from the reaction of the system whether a state has been accessed. If access 
is possible then tests should be performed on the required state\(hyevent 
pairs; otherwise no further tests need be attempted on that state. 
.sp 9p
.RT
.sp 1P
.LP
2.3
	\fIDescription of the test tables\fR 
.sp 9p
.RT
.PP
The test tables consist of five columns which are described
below.
.bp
.RT
.sp 1P
.LP
2.3.1
	\fITest number\fR 
.sp 9p
.RT
.PP
The \fITest number\fR has the following format: WXY/Z
.RT
.LP
where:
.LP
	W
	is either a \*QG\*U to indicate that the test is carried with
the Teletex system calling or a \*QD\*U to indicate that the test is carried 
out 
with the Teletex system called. In certain tests the \*QG\*U or \*QD\*U 
is preceded by a test identifier, e.g.\ CG for conditional tests. 
.LP
	X
	is either an \*QN\*U to indicate that the test is carried out
under normal conditions or an \*QE\*U to indicate that the test is carried out
under exception conditions.
.LP
	Y
	specifies the state from which the test is made.
.LP
	Z
	is the test number within the particular test group.
.sp 1P
.LP
2.3.2
	\fITest type\fR 
.sp 9p
.RT
.PP
The \fITest type\fR provides a brief description of the test.
.RT
.sp 1P
.LP
2.3.3
	\fITester action\fR 
.sp 9p
.RT
.PP
\fITester action\fR specifies the sequence of protocol elements which shall 
be sent by the tester during a particular test. 
.RT
.sp 1P
.LP
2.3.4
	\fITester detects\fR 
.sp 9p
.RT
.PP
\fITester detects\fR  | pecifies the sequence of protocol elements which 
shall be received by the tester during a particular test in order for the 
test to be satisfactorily completed. 
.RT
.sp 1P
.LP
2.3.5
	\fIState diagram route in system/PDUs sent by the tester/comments\fR 
.sp 9p
.RT
.PP
2.3.5.1
\fIState diagram route in system\fR  | describes the sequence of
state transitions explored during the test.
.sp 9p
.RT
.PP
2.3.5.2
The \fIPDUs sent by the tester\fR  | pecify those PDUs sent by the tester 
during the test. For some tests a number of PDUs are specified, one of 
which shall be chosen to carry out the test. Other tests have to be repeated 
for each PDU. These tests are indicated by \*Q(REP)\*U following the PDU list.
.sp 9p
.RT
.PP
The PDU numbers refer to the PDUs specified in the PDU lists. PDUs are 
referred to as TPDUs in the T.70 test schedules in Annex\ B and SPUDs in 
the T.62 test schedules in Annex\ C. 
.sp 1P
.LP
2.4
	\fIProtocol data unit (PDU) lists\fR 
.sp 9p
.RT
.PP
2.4.1
Separate PDU lists are defined for the T.70 test schedules and the T.62 
test schedules. 
.sp 9p
.RT
.PP
2.4.2
The PDU lists specify the PDUs used within the test tables.
.PP
2.4.3
There are two types of list: one for valid PDUs and one for
invalid PDUs.
.sp 2P
.LP
\fB3\fR 	\fBApplication service test procedures\fR 
.sp 1P
.RT
.sp 1P
.LP
3.1
	\fIApplication service tests\fR 
.sp 9p
.RT
.PP
3.1.1
The application service tests establish a number of scenarios which test 
the conformance of a Teletex system to the Recommendations which 
specify service and related matters.
.sp 9p
.RT
.sp 1P
.LP
3.2
	\fIDescription of the application service test schedules\fR 
.sp 9p
.RT
.PP
\fI\fI\fI\fI\fI\fI\fI\fI\fI\fR 3.2.1
Each test consists of three parts, the title of the test, the actions required 
to establish the test and the checks that have to be carried out to assess 
the Teletex system. 
.bp
.sp 9p
.RT
.PP
3.2.2\fI\fI\fI\fI
Where appropriate the Recommendation and section number which
define the particular service requirement being tested are referenced.
.PP
3.2.3
Where a particular test requires specific values, these have been chosen 
to ensure a reasonable level of compatibility between Teletex systems. 
.PP
3.2.4
The tests use the following numbering format: WXN.
.LP
Where:
.LP
	W
	indicates whether the test is mandatory (M) or conditional
(C).
.LP
	X
	is either a \*QG\*U to indicate that the test is carried out
with the Teletex system calling or a \*QD\*U to indicate that the test 
is carried out with the Teletex system called. 
.LP
	N
	specifies the test number within the particular test
groups.
.sp 2P
.LP
\fB4\fR 	\fBTest limitations\fR 
.sp 1P
.RT
.PP
The tests will establish to an acceptable degree of reliability
that a Teletex system conforms to the relevant Recommendations. It is not
possible to test for \*Qcomplete\*U conformance due to:
.RT
.LP
	a)
	 the immense number of state event combinations and possible valid and 
invalid PDU types which would require an unacceptably large amount of computational 
resources and time; 
.LP
	b)
	 the possibility that previous actions may affect the results of a particular 
test; 
.LP
	c)
	\*Qtransient\*U states that, although defined in the
Recommendations, may not externally be accessible.
\v'2P'
.ce 1000
ANNEX\ A
.ce 0
.ce 1000
(to Recommendation T.64)
.sp 9p
.RT
.ce 0
.ce 1000
\fBDefinitions and abbreviations\fR 
.sp 1P
.RT
.ce 0
.LP
A.1
	\fIAbbreviations\fR 
.sp 1P
.RT
.PP
The following is a list of abbreviations used in the tables and
test schedules of Annexes\ B, C and\ D. See \(sc\ A.2 for symbols other than
abbreviations which are used.
.RT
.sp 1P
.LP
A.2
	\fIOther symbols\fR 
.sp 9p
.RT
.LP
	I
	Indicates an invalid PDU
.LP
	V
	Indicates a valid PDU
.LP
	X
	Represents one or more octets in the correct form, the
value is unspecified.
.LP
	(14)
	Number of octets.
.LP
	*
	Indicates where the incorrect or unexpected value occurs.
.LP
	\(em
	Indicates that the field is empty or not used.
.LP
	<
	Less than.
.LP
	>
	Greater than.
.LP
	<>
	Not equal to.
.LP
	o
	A bar above an octet indicates the octet is  in error.
.sp 1P
.LP
\fITest schedules\fR 
.sp 9p
.RT
.PP
\fITester action/tester detects\fR  | olumns
.RT
.LP
	[ | 
	Indicates a valid PDU exchange which may be initiated by
the SUT in addition to the PDUs exchanged during the course of a test.
.PP
\fIPDUs sent by the tester\fR  | olumn
.RT
.LP
	(REP)
	Indicates that the test must be repeated for each PDU
specified.
.bp
.ce
\fBH.T. [1T1.64]\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
cw(30p) | cw(120p) | cw(48p) .
Abbreviation	Meaning	Reference
_
.T&
lw(30p) | lw(120p) | lw(48p) .
CC	Clearing cause	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
CDC	Command document continue	T.62, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
CDCL	 {
Command document capability list
 }	T.62, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
CDD	Command document discard	T.62, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
CDE	Command document end	T.62, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
CDPB	 {
Command document page boundary
 }	T.62, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
CDR	 {
Command document resynchronize
 }	T.62, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
CDS	Command document start	T.62, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
CDUI	 {
Command document user information
 }	T.62, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
CHAR	Character	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
CI	Command identifier	T.62, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
CIL	Call identification line	T.200, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
CLI	Command length indicator	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
CM	 {
Conditional mandatory parameter
 }	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
CRN	Checkpoint reference number	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
CSA	Command session abort	T.62, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
CSCC	 {
Command session change control
 }	T.62, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
CSE	Command session end	T.62, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
CSS	Command session start	T.62, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
CSUI	 {
Command session under information
 }	T.62, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
DISC	DISCONNECT	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
DPE	Document protocol element	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
DR	Destination reference	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
DRN	Document reference number	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
EAD	 {
Extended addressing (called\ =\ D)
 }	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
EAG	 {
Extended addressing (calling\ =\ G)
 }	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
EM	End mark	T.64, T.70
.T&
lw(30p) | lw(120p) | lw(48p) .
GI	Group identifier	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
ID	Identification	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
ITA2	 {
International Telegraph Alphabet No.\ 2
 }	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
LI	Length indicator	T.62, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
M	Mandatory parameter	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
MUT	 {
Multi\(hyterminal configuration
 }	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
N\(hy	Network	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
NBTC	 {
Non basic terminal capabilities
 }	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
PDU	Protocol data unit	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
PG	Parameter group	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
PGI	Parameter group identifier	T.62, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
PGLI	 {
Parameter group length indicator
 }	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
PI	Parameter identifier	T.62, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
PLI	Parameter length indicator	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
PV	Parameter value	T.62, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
R\(hy	Reception	T.64
_
.TE
.nr PS 9
.RT
.ad r
\fBTableau [1T1.64], p.\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.ce
\fBH.T. [2T1.64]\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
cw(30p) | cw(120p) | cw(48p) .
Abbreviation	Meaning	Reference
_
.T&
lw(30p) | lw(120p) | lw(48p) .
R\(hyTCR	Receive TCR event	T.64, T.70
.T&
lw(30p) | lw(120p) | lw(48p) .
R\(hyTDT	Receive TDT event	T.64, T.70
.T&
lw(30p) | lw(120p) | lw(48p) .
RDCLP	 {
Response document capability list positive
 }	T.62, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
RDDP	 {
Response document discard positive
 }	T.62, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
RDEP	 {
Response document end positive
 }	T.62, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
RDGR	 {
Response document general reject
 }	T.62, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
RDPBN	 {
Response document page boundary negative
 }	T.62, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
RDPBP	 {
Response document page boundary positive
 }	T.62, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
RDRP	 {
Response document resynchronize positive
 }	T.62, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
RI	Response identifier	T.62, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
RLI	Response length indicator	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
RSAP	 {
Response session abort positive
 }	T.62, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
RSCCP	 {
Response session change control positive
 }	T.62, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
RSEP	Response session end positive	T.62, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
RSSN	 {
Response session start negative
 }	T.62, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
RSSP	 {
Response session start positive
 }	T.62, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
RSUI	 {
Response session user information
 }	T.62, T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
S\(hy	Session	T.64, X.225
.T&
lw(30p) | lw(120p) | lw(48p) .
S\(hy	Sending	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
S\(hyTCA	Send TCA action	T.64, T.70
.T&
lw(30p) | lw(120p) | lw(48p) .
SD	Source reference	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
SG	Source reference	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
SID	Session identification	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
SPDU	Session protocol data unit	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
SR	Source reference	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
SUT	System under test	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
T\(hy	Transport	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
TBR	Transport block reject block	T.64, T.70
.T&
lw(30p) | lw(120p) | lw(48p) .
TCA	 {
Transport connection accept block
 }	T.64, T.70
.T&
lw(30p) | lw(120p) | lw(48p) .
TCC	 {
Transport connection clear block
 }	T.64, T.70
.T&
lw(30p) | lw(120p) | lw(48p) .
TCR	 {
Transport connection request block
 }	T.64, T.70
.T&
lw(30p) | lw(120p) | lw(48p) .
TDT	Transport data block	T.64, T.70
.T&
lw(30p) | lw(120p) | lw(48p) .
TID	Terminal identification	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
TPDU	Transport protocol data unit	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
TSDU	Transport service data unit	T.64
.T&
lw(30p) | lw(120p) | lw(48p) .
TUT	Terminal under test	T.64
_
.TE
.nr PS 9
.RT
.ad r
\fBTableau [2T1.64], p.\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.ce 1000
ANNEX\ B
.ce 0
.ce 1000
(to Recommendation T.64)
.sp 9p
.RT
.ce 0
.LP
B.1
	\fIT.70 Transport Protocol Data Unit (TPDU) list\fR 
.sp 1P
.RT
.ce
\fBH.T. [T2.64]\fR 
.ce
\fITest level 4, TCR\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
cw(36p) sw(66p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | lw(84p) , c | c | ^ | ^ | ^ | ^ | ^ | ^ | ^ | ^ .
Tester sending TCR	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
E
0
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
0
0
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
0
0
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
0
0
 }	 {
Length indicator (LI)
Block type
Destination ref. (DD)
Source ref. (SG)
Extension field
Parameters C0, C1, C2
in any order
 }
Type/No.	Short description
_
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T2.64], p.\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.ce
\fBH.T. [T3.64]\fR 
.ce
\fITest level 4, Invalid TCR\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
cw(36p) sw(66p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | lw(84p) , c | c | ^ | ^ | ^ | ^ | ^ | ^ | ^ | ^ .
Tester sending TCR	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
E
0
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
0
0
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
0
0
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
0
0
 }	 {
Length indicator (LI)
Block type
Destination ref. (DD)
Source ref. (SG)
Extension field
Parameters C0, C1, C2
in any order
 }
Type/No.	Short description
_
.TE
[Unable to convert rest of table]
.nr PS 9
.RT
.ad r
\fBTableau [T3.64], p.\fR 
.sp 1P
.RT
.ad b
.RT
.ce
\fBH.T. [T4.64]\fR 
.ce
\fITest level 4, TCA\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
cw(36p) sw(66p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | lw(84p) , c | c | ^ | ^ | ^ | ^ | ^ | ^ | ^ | ^ .
Tester sending TCA	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
D
0
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
0
0
 }	 {
Length indicator (LI)
Block type
Destination ref. (DR+SG)
Source ref. (SD)
Extension field
Parameters C0, C1, C2
in any order
 }
Type/No.	Short Description
_
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T4.64], p.\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.ce
\fBH.T. [T5.64]\fR 
.ce
\fITest level 4, Invalid TCA\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
cw(36p) sw(66p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | lw(84p) , c | c | ^ | ^ | ^ | ^ | ^ | ^ | ^ | ^ .
Tester sending TCA	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
D
0
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
0
0
 }	 {
Length indicator (LI)
Block type
Destination ref. (DR+SG)
Source ref. (SD)
Extension field
Parameters C0, C1, C2
in any order
 }
Type/No.	Short Description
_
[unable to convert rest of table]
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T5.64], p.\fR 
.sp 1P
.RT
.ad b
.RT
.ce
\fBH.T. [T6.64]\fR 
.ce
\fITest level 4, TCC\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
cw(36p) sw(66p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | lw(78p) , c | c | ^ | ^ | ^ | ^ | ^ | ^ | ^ | ^ | ^ .
Tester Sending TCC	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
8
0
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
0
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
E
0
 }	 {
Length indicator (LI)
Block type
Destination ref. (DR+SG)
Source ref. (SD)
Clearing cause
Additional clearing information
 }
Type/No.	Short Description
_
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T6.64], p.\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.ce
\fBH.T. [T7.64]\fR 
.ce
\fITest level 4, Invalid TCC\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
cw(36p) sw(66p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | lw(78p) , c | c | ^ | ^ | ^ | ^ | ^ | ^ | ^ | ^ | ^ .
Tester Sending TCC	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
8
0
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
0
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
E
0
 }	 {
Length indicator (LI)
Block type
Destination ref. (DR+SG)
Source ref. (SD)
Clearing cause (CC)
Additional clearing information
 }
Type/No.	Short Description
_
[Unable to Convert Table]
.TE
.LP
\fINote\fR
\ \(em\ This PDU must be padded with 120 octets.
.nr PS 9
.RT
.ad r
\fBTableau [T7.64], p.\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.sp 3
.ce
\fBH.T. [T8.64]\fR 
.ce
\fITest level 4, TBR\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
cw(36p) sw(66p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | cw(18p) | lw(72p) , c | c | ^ | ^ | ^ | ^ | ^ | ^ | ^ | ^ .
Tester Sending TBR	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
7
0
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
0
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
C
1
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X . |  |  | 
X \fB. |  |  | \fR
 }	 {
Length indicator (LI)
Block type
Destination ref. (DR)
Reject cause
Reject block PI
PLI
 }
Type/No.	Short Description
_
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T8.64], p.\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.ce
\fBH.T. [T9.64]\fR 
.ce
\fITest level 4, TDT\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
cw(36p) sw(66p) | cw(6p) | cw(6p) | cw(6p) | cw(36p) | lw(72p) , c | c | ^ | ^ | ^ | ^ | ^ .
Tester Sending TDT	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
0
2
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
F
0
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
0
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
Data . |  |  |  |  |  |  |  |  | 
 }	 {
Length indicator (LI)
Block type
TSDU \(em Endmark
 }
Type/No.	Short Description
_
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T9.64], p.\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.sp 2
.ce
\fBH.T. [T10.64]\fR 
.ce
\fITest level 4, undefined PDU\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
cw(36p) sw(66p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | cw(6p) | lw(84p) , c | c | ^ | ^ | ^ | ^ | ^ | ^ | ^ | ^ .
Tester Sending Undefined PDU	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
0
0
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
\fB.\fR
X
X
 }	 {
Length indicator (LI)
Block type
 }
Type/No.	Short Description
_
.T&
cw(36p) | lw(66p) | cw(6p) | cw(6p) | cw(6p) | lw(108p) .
UD1	Octet 2 Incorrecto	0 2	0 0	8 0	TSDU
_
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T10.64], p.\fR 
.ad b
.RT
.LP
.bp
.LP
B.2
	\fIT.70 test schedule\fR 
.sp 1P
.RT
.sp 2P
.LP
Basic test lists
.sp 1P
.RT
.sp 1P
.LP
\fITesting normal conditions\fR 
.sp 9p
.RT
.LP
\fISystem calling/Tester called\fR 
.PP
Before this sequence is executed, the system will establish the
network connection.
.RT
.ce
\fBH.T. [T11.64]\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
lw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
				
.T&
cw(24p) | cw(42p) | cw(42p) | cw(48p) | cw(72p) .
1	2	3	4	5  
.T&
cw(24p) | cw(42p) | cw(42p) | cw(48p) | lw(72p) .
Test No.	Type of test	Tester action	Tester detects	 {
a)
State diagram route in the system
b)
TPDUs sent by the T.70 test
c)
Comments
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
GN1	Send TCR		R\(hyTCR	a) 0.2 \(hy 1.1  
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
GN2	Receive TCA	S\(hyTCA		 {
a)
1.1 \(hy 2.1
b)
TCA (V1\(hyV6) (REP) except TCA V4
c)
Systems complying with the 1984\(hyVersion may reject
TCA V6
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
GN3	Send TDT		R\(hyTDT (CSS)	a) 2.1 \(hy 2.1  
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
GN4	Receive TDT	S\(hyTDT (RSSP)		 {
a)
2.1 (no reassembly) \(hy 2.1
b)
TDT V1
c)
See Note 1
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
GN5	 {
SEND\(hyTDT (with segmentation)
 }		 {
R\(hyTDT (CSUI/CDS)
R\(hyTDT (CSUI/CDUI)
##N
 }	 {
a)
2.1 (segmentation) \(hy 2.1
c)
##N is the number of TDT.
 }
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
		 {
S\(hyTDT (RSUI/RDEP) with request session function
 }	R\(hyTDT (CSUI/CDE)	b) TDT V1
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
GN6  (Note 2)	Receive TDT (with reassembly)	 {
S\(hyTDT (RSCCP)
S\(hyTDT (CSUI/CDS)
 }	R\(hyTDT (CSCC)	 {
a)
2.1 (with reassembly) \(hy 2.1
 }
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
		S\(hyTDT ## N  EM = 0		 {
b)
TDT (V1\(hyV3)
c)
##N is the number of TDT
 }
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
		S\(hyTDT EM = 1 (CSUI/CDUI)		
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
		S\(hyTDT (CSUI/CDE)	R\(hyTDT (RSUI/RDEP)	
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
		S\(hyTDT (CSCC)	R\(hyTDT (RSCCP)	
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
		S\(hyTDT (RSEP)	R\(hyTDT (CSE)
.TE
.LP
\fINote 1\fR
\ \(em\ On receiving RSSP, the system may undertake \*Qterminal capability
negotiation\*U and/or \*QSession change control\*U. In this case, the tester
has to answer correctly.
.LP
\fINote 2\fR
\ \(em\ Test GN6 is only possible if the system is capable of
acknowledging change request function at the session level, or if the system
can be instructed to poll (send CSCC).
.nr PS 9
.RT
.ad r
\fBTableau [T11.64], p.\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.LP
Basic test lists
.sp 1P
.RT
.sp 1P
.LP
\fITesting exception conditions from state 0.3\fR 
.sp 9p
.RT
.LP
\fISystem calling/Tester called\fR 
.PP
Before each test, a network connection is set up by the system and the 
tester will: 
.RT
.LP
	\(em
	R\(hyTCR,
.LP
	\(em
	S\(hyTCR,
.LP
	\(em
	R\(hyTBR.
.ce
\fBH.T. [T12.64]\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
lw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
				
.T&
cw(24p) | cw(42p) | cw(42p) | cw(48p) | cw(72p) .
1	2	3	4	5  
.T&
cw(24p) | cw(42p) | cw(42p) | cw(48p) | lw(72p) .
Test No.	Type of test	Tester action	Tester detects	 {
a)
State diagram route in the system
b)
TPDUs sent by the tester
c)
Comments
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
GE03/0	Receive any TPDU Timeout	S\(hyTPDU Do nothing		 {
a)
0.3 \(hy 0.3
b)
Any TPDU
c)
System discards TPDU and then timeout
 }
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
			 {
Release of the network connection
 }	a) 0.3 \(hy 0.1
_
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T12.64], p.\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.LP
Basic test lists
.sp 1P
.RT
.sp 1P
.LP
\fITesting exception conditions from state 1\fR 
.sp 9p
.RT
.LP
\fISystem calling/Tester called\fR 
.PP
Before each test, a network connection is set up by the system and the 
tester will R\(hyTCR. 
.RT
.ce
\fBH.T. [T13.64]\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
lw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
				
.T&
cw(24p) | cw(42p) | cw(42p) | cw(48p) | cw(72p) .
1	2	3	4	5  
.T&
cw(24p) | cw(42p) | cw(42p) | cw(48p) | lw(72p) .
Test No.	Type of test	Tester action	Tester detects	 {
a)
State diagram route in the system
b)
TPDUs sent by the tester
c)
Comments
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
GE1/0	Recovery from network DISC	N\(hyDISC REQ	 {
Release of the network connection
 }	 {
a)
(T\(hyDISC IND)
a)
1.1 \(hy 0.1
c)
Correct response to further tests will indicate that
implementation can return from state 1.1 to state\ 0.1
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
GE1/1	Recovery from network reset	 {
Force an N\(hyRESET IND
in the SUT
 }	 {
Release of the network connection
 }	 {
a)
(T\(hyDISC IND, N\(hyDISC REQ)
a)
1.1 \(hy 0.1
c)
Correct response to further tests will indicate that
implementation can return from state 1.1 to state 0.1
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
GE1/2	Receive invalid TPDU	S\(hyTPDU  invalid	 {
Release of the network connection
 }	 {
a)
(T\(hyDISC IND, N\(hyDISC REQ)
1.1 \(hy 0.1
b)
TCA I1\(hyI8
TCC I1\(hyI4
Undefined PDU UD1
\fBH.T. [T14.64]\fR
 }
_
.T&
lw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
				
.T&
cw(24p) | cw(42p) | cw(42p) | cw(48p) | cw(72p) .
1	2	3	4	5  
.T&
cw(24p) | cw(42p) | cw(42p) | cw(48p) | lw(72p) .
Test No.	Type of test	Tester action	Tester detects	 {
a)
State diagram route in the system
b)
TPDUs sent by the tester
c)
Comments
 }
_
.T&
cw(24p) | lw(6p) sw(36p) | cw(42p) sw(42p) sw(6p) | lw(72p) , ^  | c | c | c | l | l | ^ , ^  | l | l | l | l | l | ^ .
GE1/3	Receive TCC	 {
The test within the box is only possible
if retry is implemented
 }	
	Repeat	S\(hyTCC	R\(hyTCR	 {
a)
(Retry)
1.1
(Retry, N\(hyDISC REQ
(Retry,
T\(hyDISC IND)
1.1 \(hy 0.1
b)
TCC V1
c)
After N retry or T time (or both) the system should clear
the network connection (N and T are national requirements)
 }	
					
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
GE1/4	Receive TBR	S\(hyTBR	 {
Release of the network connection
 }	 {
a)
(T\(hyDISC IND,
N\(hyDISC REQ)
1.1 \(hy 0.1
b)
TBR V1
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
GE1/5	Receive TCR	S\(hyTCR		 {
a)
1.1 \(hy 0.3
(N\(hyDISC REQ,
T\(hyDISC IND)
 }
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
			 {
R\(hyTBR
Release of the network connection
 }	 {
b)
TCR V1\(hyV2
a)
Timeout (T0.3)
0.3 \(hy 0.1
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
GE1/6	Timeout T1.1	Do nothing for time T1.1	 {
Release of the network connection
 }	 {
a)
(T\(hyDISC IND,
N\(hyDISC REQ)
1.1 \(hy 0.1
 }
_
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T13.64], p.\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.LP
Basic test lists
.sp 1P
.RT
.sp 1P
.LP
\fITesting exception conditions from state 1 (cont)\fR 
.sp 9p
.RT
.LP
\fISystem calling/Tester called\fR 
.PP
Before each test, a network connection is set up by the system and the 
tester will T\(hyTCR. 
.RT
.ce
\fBH.T. [T14.64]\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
lw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
				
.T&
cw(24p) | cw(42p) | cw(42p) | cw(48p) | cw(72p) .
1	2	3	4	5  
.T&
cw(24p) | cw(42p) | cw(42p) | cw(48p) | lw(72p) .
Test No.	Type of test	Tester action	Tester detects	 {
a)
State diagram route in the system
b)
TPDUs sent by the tester
c)
Comments
 }
_
.T&
cw(24p) | lw(6p) sw(36p) | cw(42p) sw(42p) sw(6p) | lw(72p) , ^  | c | c | c | l | l | ^ , ^  | l | l | l | l | l | ^ .
GE1/3	Receive TCC	 {
The test within the box is only possible
if retry is implemented
 }	
	Repeat	S\(hyTCC	R\(hyTCR	 {
a)
(Retry)
1.1
(Retry, N\(hyDISC REQ
(Retry,
T\(hyDISC IND)
1.1 \(hy 0.1
b)
TCC V1
c)
After N retry or T time (or both) the system should clear
the network connection (N and T are national requirements)
 }	
					
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
GE1/4	Receive TBR	S\(hyTBR	 {
Release of the network connection
 }	 {
a)
(T\(hyDISC IND,
N\(hyDISC REQ)
1.1 \(hy 0.1
b)
TBR V1
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
GE1/5	Receive TCR	S\(hyTCR		 {
a)
1.1 \(hy 0.3
(N\(hyDISC REQ,
T\(hyDISC IND)
 }
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
			 {
R\(hyTBR
Release of the network connection
 }	 {
b)
TCR V1\(hyV2
a)
Timeout (T0.3)
0.3 \(hy 0.1
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
GE1/6	Timeout T1.1	Do nothing for time T1.1	 {
Release of the network connection
 }	 {
a)
(T\(hyDISC IND,
N\(hyDISC REQ)
1.1 \(hy 0.1
 }
_
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T14.64], p.\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.LP
Basic test lists
.sp 1P
.RT
.sp 1P
.LP
\fITesting exception conditions from state 2\fR 
.sp 9p
.RT
.LP
\fISystem calling/testing called\fR 
.PP
Before each test, a network connection is set up by the system and the 
tester will: 
.RT
.LP
	\(em
	R\(hyTCR,
.LP
	\(em
	S\(hyTCA,
.LP
	\(em
	R\(hyTDT.
.ce
\fBH.T. [T15.64]\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
lw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
				
.T&
cw(24p) | cw(42p) | cw(42p) | cw(48p) | cw(72p) .
1	2	3	4	5  
.T&
cw(24p) | cw(42p) | cw(42p) | cw(48p) | lw(72p) .
Test No.	Type of test	Tester action	Tester detects	 {
a)
State diagram route in the system
b)
TPDUs sent by the tester
c)
Comments
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
GE2/0	Recovery from network DISC	N\(hyDISC REQ	 {
Release of the network connection.
 }	 {
a)
(T\(hyDISC IND)
2.1 \(hy 0.1
c)
Correct response to further tests will indicate that the
implementation can return from state 2.1 to state 0.1
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
GE2/1	Recovery from network reset	 {
Force an N\(hyRESET IND in the SUT
 }	 {
[R\(hyTDT (CSA)]
\fBvide\fR
\fBvide\fR
Release of the network connection.
 }	 {
a)
(T\(hyDISC IND,
N\(hyDISC REQ)
2.1 \(hy 0.1
c)
Correct response to further test will indicate that the
implementation can return from state 2.1 to state 0.1
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
GE2/2	Receive invalid TPDU	S\(hyTPDU invalid	R\(hyTBR [R\(hyTDT (CSA)]	 {
a)
2.1 \(hy 0.3
(N\(hyDISC REQ,
T\(hyDIS IND)
0.3 \(hy 0.1
 }
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
		N\(hyDISC REQ	 {
\fB.\fR
Release of the network connection
 }	 {
b)
TDT I1\(hyI3
Undefined PDU UD1
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
GE2/3	Receive TBR	S\(hyTBR	 {
\fB.\fR
[R\(hyTDT (CSA)]
Release of the network connection
 }	 {
a)
(T\(hyDISC IND,
N\(hyDISC REQ)
2.1 \(hy 0.1
b)
TBR V1
 }
_
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T15.64], p.\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.LP
Basic test lists
.sp 1P
.RT
.sp 1P
.LP
\fINormal conditions\fR 
.sp 9p
.RT
.LP
\fISystem called/tester calling\fR 
.PP
Before this test, the tester will establish the network
connection.
.RT
.ce
\fBH.T. [T16.64]\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
lw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
				
.T&
cw(24p) | cw(42p) | cw(42p) | cw(48p) | cw(72p) .
1	2	3	4	5  
.T&
cw(24p) | cw(42p) | cw(42p) | cw(48p) | lw(72p) .
Test No.	Type of test	Tester action	Tester detects	 {
a)
State diagram route in the system
b)
TPDUs sent by the tester
c)
Comments
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
DN0	Receive TCR	S\(hyTCR		 {
a)
0.1 \(hy 1.1
b)
TCR V1\(hyV13 (REP)
c)
Systems conforming to the 1984\(hyVersion may reject
TCR V13
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
DN1	Send TCA		R\(hyTCA	a) 1.1 \(hy 2.1
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
DN2	Receive TDT	S\(hyTDT (CSS) S\(hyTDT (CDS)	\fB.\fR R\(hyTDT (RSSP)	 {
a)
2.1
b)
TDT V1\(hyV3 (REP)
c)
RSSP with segmentation is possible.
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
DN3	Receive TDT (with reassembly)	 {
S\(hyTDT ##N
(CSUI/CDUI)
S\(hyTDT(CSUI/CDE)
 }	R\(hyTDT (RSUI/RDEP)	 {
a)
2.1 (with reassembly) \(hy 2.1
b)
TDT V1\(hyV2
c)
##N, the number of TDT, is dependent on size of document.
At least one TDT without TSDU End Mark should contain between
1\ and 127\ octets
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
DN4  (Note)	 {
Send TDT after session change control
 }	 {
S\(hyTDT (CSCC)
S\(hyTDT (RSUI/RDEP)
S\(hyTDT (RSCCP)
S\(hyTDT (CSE)
N\(hyDISC REQ
 }	 {
\fB.\fR
R\(hyTDT (RSCCP)
R\(hyTDT (CSUI/CDS)
R\(hyTDT ##N EM = 0
R\(hyTDT EM = 1
(CSUI/CDUI)
R\(hyTDT (CSUI/CDE)
R\(hyTDT (CSCC)
R\(hyTDT (RSEP)
Release of the network connection
 }	 {
a)
2.1 (with segmentation) \(hy 2.1
b)
TDT V1\(hyV3
c)
##N is dependent on size of document
 }
.TE
.LP

\fINote\fR
\ \(em\ Test DN4 is only possible if the system under test is capable
of requesting change request functions at the session level.
.nr PS 9
.RT
.ad r
\fBTableau [T16.64],  16 et 17 regroup\*'es en un seul tableau p.\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.LP
Basic test lists
.sp 1P
.RT
.sp 1P
.LP
\fITesting exception conditions from state 0.2\fR 
.sp 9p
.RT
.LP
\fISystem called/Tester calling\fR 
.PP
Before each test, the tester will set up a network connection.
.RT
.ce
\fBH.T. [T18.64]\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
lw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
				
.T&
cw(24p) | cw(42p) | cw(42p) | cw(48p) | cw(72p) .
1	2	3	4	5  
.T&
cw(24p) | cw(42p) | cw(42p) | cw(48p) | lw(72p) .
Test No.	Type of test	Tester action	Tester detects	 {
a)
State diagram route in the system
b)
TPDUs sent by the tester
c)
Comments
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
DE02/0	Recovery from network DISC	N\(hyDISC REQ	 {
Release of the network connection.
 }	 {
a)
0.2 \(hy 0.1
c)
Correct response to further tests will indicate that the
implementation can return from state\ 0.2 to state\ 0.1
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
DE02/1	Receive invalid TPDU	S\(hyTPDU invalid	 {
Release of the network connection
 }	 {
b)
Any invalid TPDU
a)
0.2 \(hy 0.1
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
DE02/2	Receive unacceptable TCR	S\(hyTCR		 {
a)
0.2 \(hy 0.1
b)
TCR V1\(hyV12
c)
The system is put into a condition so that it responds with
TCC. On some systems it may not be possible to cause the system to
generate a TCC.
 }
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
			R\(hyTCC	a) 0.2 \(hy 0.2
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
DNE02/3	Timeout T0.2	Do nothing	 {
\fB.\fR
Release of the network connection
 }	
_
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T18.64], p.\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.LP
Basic test lists
.sp 1P
.RT
.sp 1P
.LP
\fITesting exception conditions from state 0.3\fR 
.sp 9p
.RT
.LP
\fISystem called/tester calling\fR 
.PP
If T\(hyEXCEPT IND has been implemented, it may not be possible to
force the terminal under test (TUT) into state\ 0.3.
.PP
Before each test, the tester will:
.RT
.LP
	\(em
	set up a Network connection
.LP
	\(em
	S\(hyTCR,
.LP
	\(em
	R\(hyTCA,
.LP
	\(em
	S\(hyinvalid TPDU,
.LP
	\(em
	R\(hyTBR.
.ce
\fBH.T. [T19.64]\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
lw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
				
.T&
cw(24p) | cw(42p) | cw(42p) | cw(48p) | cw(72p) .
1	2	3	4	5  
.T&
cw(24p) | cw(42p) | cw(42p) | cw(48p) | lw(72p) .
Test No.	Type of test	Tester action	Tester detects	 {
a)
State diagram route in the system
b)
TPDUs sent by the tester
c)
Comments
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
DE03/0	Receive any TPDU	S\(hyTPDU	 {
Release of the network connection
 }	 {
a)
(N\(hyDISC REQ,
T\(hyDISC IND)
0.3 \(hy 0.1
b)
Any TPDU
c)
System should discard TPDU and then
timeout
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
DE03/1	Timeout T.03	Do nothing	 {
\fB.\fR
Release of the network connection.
 }	a) 0.3 \(hy 0.1
_
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T19.64], p.\fR 
.sp 1P
.RT
.ad b
.RT
.LP
Basic test lists
.sp 1P
.RT
.sp 1P
.LP
\fITesting exception conditions from state 1 (transient)\fR 
.sp 9p
.RT
.LP
\fISystem called/tester calling\fR 
.PP
Before each test, the tester will:
.RT
.LP
	\(em
	set up a network connection,
.LP
	\(em
	S\(hyTCR.
.ce
\fBH.T. [T20.64]\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
lw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
				
.T&
cw(24p) | cw(42p) | cw(42p) | cw(48p) | cw(72p) .
1	2	3	4	5  
.T&
cw(24p) | cw(42p) | cw(42p) | cw(48p) | lw(72p) .
Test No.	Type of test	Tester action	Tester detects	 {
a)
State diagram route in the system
b)
TPDUs sent by the tester
c)
Comments
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
DE1/0	Receive invalid TPDU	S\(hyTPDU		b) Any invalid TPDU
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
			[R\(hyTCA] R\(hyTBR	a) 1 \(hy 0.3
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
		N\(hyDISC REQ	 {
\fB.\fR
Release of the network connection.
 }	a) 0.3 \(hy 0.1
_
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T20.64], p.\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.LP
Basic test lists
.sp 1P
.RT
.sp 1P
.LP
\fITesting exception conditions from state 2\fR 
.sp 9p
.RT
.LP
\fISystem called/tester calling\fR 
.PP
Before each test, the tester will:
.RT
.LP
	\(em
	set up a network condition,
.LP
	\(em
	S\(hyTCR,
.LP
	\(em
	R\(hyTCA.
.ce
\fBH.T. [T21.64]\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
lw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
				
.T&
cw(24p) | cw(42p) | cw(42p) | cw(48p) | cw(72p) .
1	2	3	4	5  
.T&
cw(24p) | cw(42p) | cw(42p) | cw(48p) | lw(72p) .
Test No.	Type of test	Tester action	Tester detects	 {
a)
State diagram route in the system
b)
TPDUs sent by the tester
c)
Comments
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
DE2/0	Recovery from network DISC	N\(hyDISC REQ	 {
Release of the network connection
 }	 {
a)
2.1 \(hy 0.1
c)
Correct response to further tests will ensure that the
implementation can return from state\ 2.1 to state\ 0.1
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
DE2/1	Recovery from network reset	 {
Force an N\(hyRESET IND in the SUT
 }	 {
Release of the network connection
 }	 {
a)
(T\(hyDISC IND,
N\(hyDISC REQ)
2.1 \(hy 0.1
c)
Correct response to further tests will ensure that the
implementation can return from state\ 2.1 to state\ 0.1
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
DE2/2	Receive invalid TPDU	 {
S\(hyTPDU invalid
N\(hyDIS REQ
 }	 {
\fB.\fR
R\(hyTBR
Release of the network connection
 }	 {
a)
2.1 \(hy 0.3
(N\(hyDIS IND,
T\(hyDISC IND)
0.3 \(hy 0.1
b)
Any invalid TPDU.
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
DE2/3	Receive TBR	S\(hyTBR		 {
b)
TBR V1
a)
(T\(hyDISC IND,
N\(hyDISC REQ)
 }
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
			N\(hyDISC IND	a) 2.1 | (hy | .1
_
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T21.64], p.\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.LP
B.2.1
	 \fIExtended addressing tests (EAD) for T.70: Test for systems and\fR 
\fImulti\(hyterminal configurations which support transport extended addressing\fR 
.sp 1P
.RT
.sp 1P
.LP
\fISystem calling/testing called\fR 
.sp 9p
.RT
.PP
Before each test, the system will establish network
connection.
.RT
.ce
\fBH.T. [T22.64]\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
lw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
				
.T&
cw(24p) | cw(42p) | cw(42p) | cw(48p) | cw(72p) .
1	2	3	4	5  
.T&
cw(24p) | cw(42p) | cw(42p) | cw(48p) | lw(72p) .
Test No.	Type of test	Tester action	Tester detects	 {
a)
State diagram route in the system
b)
TPDUs sent by the tester
c)
Comments
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
AG/0	 {
Ability to correctly encode extended addresses
 }	 {
\fB.\fR
S\(hyTCA (EAD = TCR EAD)
 }	 {
R\(hyTCR (EAD)
System enters data phase
 }	 {
a)
0.2 \(hy 1.1
a)
1.1 \(hy 2.1
b)
TCA V5
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
AG/1	 {
Ability to accept TCAs containing different EAD from that requested
in TCR (redirection acceptable)
 }	S\(hyTCA (EAD <> TCR EAD)	 {
R\(hyTCR (EAD)
System enters data phase
 }	 {
a)
0.2 \(hy 1.1
c)
This test is only possible if the system allows the operator
to indicate that redirection is acceptable
a)
1.1 \(hy 2.1
b)
TCA V1, V4 (REP)
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
AG/2	 {
Ability to reject TCAs containing different EAD from that
requested in TCR (redirection unacceptable)
 }	S\(hyTCA (EAD <> TCR EAD)	 {
R\(hyTCR (EAD)
Release of the network connection
 }	 {
a)
0.2 \(hy 1.1
b)
TCA V1, V4
c)
This test is only possible if the system allows the operator
to indicate that redirection is unacceptable
a)
1.1 \(hy 2.1
c)
Before the test the system shall be set up to reject
redirection
 }
_
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T22.64], p.\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.LP
Extended addressing (EAD) tests
.sp 1P
.RT
.sp 1P
.LP
\fIMulti\(hyterminal configurations only\fR 
.sp 9p
.RT
.LP
\fIMulti\(hyterminal configuration (MUT) called/tester calling\fR 
.PP
Before each test, the system will establish network
connection.
.RT
.ce
\fBH.T. [T23.64]\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
lw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
				
.T&
cw(24p) | cw(42p) | cw(42p) | cw(48p) | cw(72p) .
1	2	3	4	5  
.T&
cw(24p) | cw(42p) | cw(42p) | cw(48p) | lw(72p) .
Test No.	Type of test	Tester action	Tester detects	 {
a)
State diagram route in the system
b)
TPDUs sent by the tester
c)
Comments
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
MDA/0	Ability to accept TCR	S\(hyTCR		 {
a)
0.2 \(hy 1.1
b)
See Table B\(hy1/T.64
c)
See Table B\(hy1/T.64
 }
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
			R\(hyTCA	a) 1.1 \(hy 2.1
_
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T23.64], p.\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.sp 5
.ce
\fBH.T. [T24.64]\fR 
.ce
TABLE\ B\(hy1/T.64
.ce
\fBValid responses for the test MDA/0\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
cw(60p) | cw(84p) | cw(60p) .
TPDUs used in basic T.70 list	Comments	Valid responses
_
.T&
cw(60p) | cw(84p) | cw(60p) .
TCR V9	1 EAG	 {
TCA V1 or
TCA V2 or
TCA V4 or
TCA V6 \fBor\fR
 }
_
.T&
cw(60p) | lw(84p) | cw(60p) .
TCR V4 TCR V5 TCR V7	 {
Available EAG
Available EAG
Only possible if an available EAG > 3 digits exists
 }	TCA V3 or TCA V5
_
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T24.64], p.\fR 
.ad b
.RT
.LP
.bp
.LP
Extended addressing (EAD) tests
.sp 1P
.RT
.sp 1P
.LP
\fIMulti\(hyterminal configurations only\fR 
.sp 9p
.RT
.LP
\fImulti\(hyterminal configuration (MUT) called/Tester calling\fR 
.PP
Before each test, the system will establish network
connection.
.RT
.LP
\fR 
.ce
\fBH.T. [T25.64]\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
lw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
				
.T&
cw(24p) | cw(42p) | cw(42p) | cw(48p) | cw(72p) .
1	2	3	4	5  
.T&
cw(24p) | cw(42p) | cw(42p) | cw(48p) | lw(72p) .
Test No.	Type of test	Tester action	Tester detects	 {
a)
State diagram route in the system
b)
TPDUs sent by the tester
c)
Comments
 }
_
.T&
cw(24p) | lw(42p) | lw(42p) | lw(48p) | lw(72p) .
MDA/1	 {
Ability to redirect a TCR
or
Respond with TCC
 }	S\(hyTCR	\fB.\fR R\(hyTCA	 {
a)
0.2 \(hy 1.1
b)
See Table B\(hy2/T.64
c)
See Table B\(hy2/T.64
 }
_
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T25.64], p.\fR 
.ad b
.RT
.LP
.sp 5
.ce
\fBH.T. [T26.64]\fR 
.ce
TABLE\ B\(hy2/T.64
.ce
\fBValid responses for the test MDA/1\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
cw(60p) | cw(84p) | cw(60p) .
TPDUs used in basic T.70 list	Comments	Valid responses
_
.T&
cw(60p) | cw(84p) | lw(60p) .
TCR V4 TCR V7	Non\(hyexisting EAD	 {
TCA V4 or
TCC V1 or
TCC V4 or
TCC V5 \fBor\fR
 }
_
.T&
cw(60p) | lw(84p) | lw(60p) .
TCR V4	 {
Existing EAD but busy or out of order
 }	 {
TCA V4 or
TCC V1 or
TCC V2 or
TCC V3 or
TCC V5 \fBor\fR
 }
_
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T26.64], p.\fR 
.ad b
.RT
.LP
.sp 8
.ce 1000
ANNEX\ C
.ce 0
.ce 1000
(to Recommendation T.64)
.sp 9p
.RT
.ce 0
.LP
.sp 1
C.1
	\fIT.62 Session protocol data unit (SPDU) list\fR 
.sp 1P
.RT
.LP
.bp
.ce
\fBH.T. [T27.64]\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
cw(342p) .
 {
\fB<CSS> Session protocol element\fR
 }
.TE
.TS
center box ;
cw(36p) | lw(12p) | cw(12p) sw(24p) sw(24p) sw(18p) | cw(12p) sw(18p) sw(18p) | cw(18p) | cw(18p) | cw(18p) | cw(12p) sw(18p) sw(18p) sw(18p) | cw(18p) | cw(12p) | cw(18p) , ^  | l | l | c | c | c | l | c | c ^  | ^  | ^  | | l | c | c | c | ^ | ^ | ^ .
Command session start \(ra		Session reference	Non basic session cap.	Service ID	Inactive timer	Session service funct.	Non basic term. capabilities	Session user data	Priv. use para.	Nonstandard capab.
			Term. ID	Date and time	Add. ref.		Misc. cap.	Window		Control char.	Page format	Misc. T cap.
Unable to convert table
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T27.64], p. \ \ \ \ A l'ITALIENNE\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.ce
\fBH.T. [T28.64]\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
cw(342p) .
 {
\fB<CSS> Session protocol element\fR
 }
.TE
.TS
center box ;
cw(36p) | lw(12p) | cw(12p) sw(24p) sw(24p) sw(18p) | cw(12p) sw(18p) sw(18p) | cw(18p) | cw(18p) | cw(18p) | cw(12p) sw(18p) sw(18p) sw(18p) | cw(18p) | cw(12p) | cw(18p) , ^  | l | l | c | c | c | l | c | c ^  | ^  | ^  | | l | c | c | c | ^ | ^ | ^ .
Command session start \(ra		Session reference	Non basic session cap.	Service ID	Inactive timer	Session service funct.	Non basic term. capabilities	Session user data	Priv. use para.	Nonstandard capab.
			Term. ID	Date and time	Add. ref.		Misc. cap.	Window		Control char.	Page format	Misc. T cap.
Unable to convert table
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T28.64], P. \ \ \ 
A l'ITALIENNE\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.ce
\fBH.T. [1T29.64]\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
cw(342p) .
 {
\fB<RSSP> Session protocol element\fR
 }
Unable to convert table
.TE
.nr PS 9
.RT
.ad r
\fBTableau [1T29.64], p. \ \ \ A l'ITALIENNE\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.LP
\fR 
.ce
\fBH.T. [2T29.64]\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
cw(342p) .
 {
\fB<RSSP> Session protocol element\fR
 }
Unable to convert table
.TE
.nr PS 9
.RT
.ad r
\fBTableau [2T29.64], p. \ \ \ A l'ITALIENNE\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.LP
\fR 
.ce
\fBH.T. [1T30.64]\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
cw(342p) .
 {
\fB<RSSP>\ Session protocol element\fR
 }
Unable to convert table
.TE
.nr PS 9
.RT
.ad r
\fBTableau [1T30.64], p. \ \ \ A l'ITALIENNE\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.LP
\fR 
.ce
\fBH.T. [2T30.64]\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
cw(342p) .
 {
\fB<RSSP>\ Session protocol element\fR
 }
Unable to convert table
.TE
.nr PS 9
.RT
.ad r
\fBTableau [2T30.64], p. \ \ \ A l'ITALIENNE\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.LP
\fR 
.ce
\fBH.T. [1T31.64]\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
cw(342p) .
 {
\fB<RSSN>\ Session protocol element\fR
 }
.TE
.TS
center box ;
cw(36p) | lw(12p) | cw(12p) sw(18p) sw(18p) sw(18p) | cw(12p) sw(18p) sw(18p) | cw(18p) | cw(18p) | cw(18p) | cw(12p) sw(18p) sw(18p) sw(23p) | cw(15p) | cw(25p) | cw(15p) , ^  | ^  | l | c | c | c | l | c | c ^  | ^  | ^  | | l | c | c | c | ^ | ^ | ^ .
 {
Response session start negative
\(ra
 }		Session reference	Non basic s. cap.	Service ID	Session service funct.	Reason	Non basic term. capabilities	Session user data	Private use	Non\(hy standard capab.
			Term. ID	Data and time	Add. Ref.		Misc. cap.	Window		Control char.	Page format	Misc T. cap.
Unable to convert table
.TE
.nr PS 9
.RT
.ad r
\fBTableau [1T31.64], p. \ \ \ A l'ITALIENNE\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.LP
\fR 
.ce
\fBH.T. [2T31.64]\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
cw(342p) .
 {
\fB<RSSN>\ Session protocol element\fR
 }
.TE
.TS
center box ;
cw(36p) | lw(12p) | cw(12p) sw(18p) sw(18p) sw(18p) | cw(12p) sw(18p) sw(18p) | cw(18p) | cw(18p) | cw(18p) | cw(12p) sw(18p) sw(18p) sw(23p) | cw(15p) | cw(25p) | cw(15p) , ^  | ^  | l | c | c | c | l | c | c ^  | ^  | ^  | | l | c | c | c | ^ | ^ | ^ .
 {
Response session start negative
\(ra
 }		Session reference	Non basic s. cap.	Service ID	Session service funct.	Reason	Non basic term. capabilities	Session user data	Private use	Non\(hy standard capab.
			Term. ID	Date and time	Add. Ref.		Misc. cap.	Window		Control char.	Page format	Misc T. cap.
Unable to convert table
.TE
.nr PS 9
.RT
.ad r
\fBTableau [2T31.64], p. \ \ \ A l'ITALIENNE\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.LP
\fR 
.ce
\fBH.T. [T32.64]\fR 
.ce
\fBSession protocol element\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
lw(120p) | lw(24p) | lw(84p) .
<RSEP>		
_
.TE
.TS
center box ;
lw(60p) | lw(24p) | cw(36p) | lw(24p) | lw(60p) | lw(24p) .
Command session  end \(ra		Session termination P		 {
Response session end positive
\(ra
 }	
.T&
lw(60p) | lw(24p) | lw(36p) | lw(24p) | lw(60p) | lw(24p) .
 {
Tester sends
\(da\ (Testcase)
 }	C I LI 0 X 9 X	 {
\fB.\fR
PI
LI
PV
1
X
X
1
X
X
\ OPTIONAL
 }		 {
Tester sends
\(da\ (Testcase)
 }	R I LI 0 0 A 0
_
.T&
lw(60p) | lw(24p) | lw(36p) | lw(24p) | lw(60p) | lw(24p) .
V 1 Without parameter	0 0 9 0	\(em		V 1 Standard	0 0 A 0
_
.T&
lw(60p) | lw(24p) | lw(36p) | lw(24p) | lw(60p) | lw(24p) .
V 2 With P 11 retain xport	\fB.\fR 0 0 9 3	\fB.\fR 1 0 0 1 1 0		V 2 3 octet LI	*** 0 F00 A F00
_
.T&
lw(60p) | lw(24p) | lw(36p) | lw(24p) | lw(60p) | lw(24p) .
 {
V 3
With P 11 but release xport
 }	0 0 9 3	1 0 0 1 1 1			
_
.T&
lw(60p) | lw(24p) | lw(36p) | lw(24p) | lw(60p) | lw(24p) .
V 4 With PLI = 0	\fB.\fR 0 0 9 2	***** 1 0 (\(em) 1 0			
_
.T&
lw(60p) | lw(24p) | lw(36p) | lw(24p) | lw(60p) | lw(24p) .
					
_
.T&
lw(60p) | lw(24p) | lw(36p) | lw(24p) | lw(60p) | lw(24p) .
I 1 CLI error	* 0 0 9 5	\fB*\fR \(em		I 1 RLI error	* 0 0 A 5
_
.T&
lw(60p) | lw(24p) | lw(36p) | lw(24p) | lw(60p) | lw(24p) .
I 2 PLI error	\fB.\fR 0 0 9 3	* 1 0 0 1 2 0			
_
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T32.64], p.\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.ce
\fBH.T. [T33.64]\fR 
.ce
\fBSession protocol element\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
lw(120p) | lw(24p) | lw(84p) .
<RSAP>		
_
.TE
.TS
center box ;
lw(60p) | lw(24p) | cw(36p) | lw(24p) | lw(60p) | lw(24p) .
Command session  abort \(ra		Session termination P		 {
Response session abort positive
\(ra
 }	
.T&
lw(60p) | lw(24p) | lw(36p) | lw(24p) | lw(60p) | lw(24p) .
 {
Tester sends
\(da\ (Testcase)
 }	C I LI 1 X 9 X	 {
\fB.\fR
PI
LI
PV
1
X
X
1
X
X
M
M
M
 }		 {
Tester sends
\(da\ (Testcase)
 }	R I LI 1 0 A 0
_
.T&
lw(60p) | lw(24p) | lw(36p) | lw(24p) | lw(60p) | lw(24p) .
V 1 With P 11	1 0 9 3	1 0 0 1 1 0		V 1 Normal	1 0 A 0
_
.T&
lw(60p) | lw(24p) | lw(36p) | lw(24p) | lw(60p) | lw(24p) .
V 2 Other PV	\fB.\fR 1 0 9 3	\fB.\fR 1 0 0 1 1 5		V 2 With 3 octet LI	*** 1 F00 A F00
_
.T&
lw(60p) | lw(24p) | lw(36p) | lw(24p) | lw(60p) | lw(24p) .
V 3 With 3 octet LI	1 0 9 5	1 F00 0 1 F01 1			
_
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T33.64], p.\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.sp 3
.ce
\fBH.T. [T34.64]\fR 
.ce
\fBSession protocol element\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
lw(84p) | lw(60p) | lw(84p) .
<RSCCP>		
_
.T&
lw(60p) | lw(24p) | lw(60p) | lw(60p) | lw(24p) .
 {
Command session change control
\(ra
 }			 {
Response session change control positive
\(ra
 }	
.T&
lw(60p) | lw(24p) | lw(60p) | lw(60p) | lw(24p) .
 {
Tester sends
\(da\ (Testcase)
 }	C I LI 1 0 5 0		 {
Tester sends
\(da\ (Testcase)
 }	R I LI 1 0 6 0
_
.T&
lw(60p) | lw(24p) | lw(60p) | lw(60p) | lw(24p) .
V 1 Standard	1 0 5 0		V 1 Standard	1 0 6 0
_
.T&
lw(60p) | lw(24p) | lw(60p) | lw(60p) | lw(24p) .
V 2 3 octet LI	1 F00 5 F00		V 2 3 octet LI	1 F00 6 F00
_
.T&
lw(60p) | lw(24p) | lw(60p) | lw(60p) | lw(24p) .
				
_
.T&
lw(60p) | lw(24p) | lw(60p) | lw(60p) | lw(24p) .
I 1 LI error	* 1 0 5 1		I 1 LI error	* 1 1 6 1
_
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T34.64], p.\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.ce
\fBH.T. [T35.64]\fR 
.ce
\fBSession protocol element\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
lw(90p) | lw(12p) | lw(126p) .
<RSUI>		
_
.TE
.TS
center box ;
lw(36p) | lw(18p) | lw(36p) | lw(12p) | lw(36p) | lw(18p) | lw(36p) | lw(36p) .
 {
Command session user information
\(ra
 }		 {
Document protocol element (DPE)
 }		 {
Response session user information
\(ra
 }		Request session function	 {
Document protocol element (DPE)
 }
.T&
lw(36p) | lw(18p) | lw(36p) | lw(12p) | lw(36p) | lw(18p) | lw(36p) | lw(36p) .
 {
Tester sends
\(da\ (Testcase)
 }	C I LI 0 0 1 0	 {
\fB.\fR
X
X
XXXX
X
X
XXXX
M
M
M
 }		 {
Tester sends
\(da\ (Testcase)
 }	R I LI 0 X 2 X	 {
\fB.\fR
PI
LI
PV
1
X
X
0
X
X
 }	 {
\fB.\fR
X
X
XXXX
X
X
XXXX
M
M
M
 }
_
.T&
lw(36p) | lw(18p) | lw(36p) | lw(12p) | lw(36p) | lw(18p) | lw(36p) | lw(36p) .
V 1 With DPE	0 0 1 0	DPE depends on L.6 state		 {
V1
With parameter and user info.
 }	0 0 2 3	1 0 0 0 1 1	DPE depends on L.6 state
_
.T&
lw(36p) | lw(18p) | lw(36p) | lw(12p) | lw(36p) | lw(18p) | lw(36p) | lw(36p) .
V 2 LI 3 octet	0 F00 1 F00	DPE depends on L.6		V 2 Without parameter	0 0 2 0	\(em	DPE depends on L.6 state
_
.T&
lw(36p) | lw(18p) | lw(36p) | lw(12p) | lw(36p) | lw(18p) | lw(36p) | lw(36p) .
	V 3 LI 3 octet	0 0 2 9	1 F00 0 0 F01 1	DPE depends on L6 state			
_
.T&
lw(36p) | lw(18p) | lw(36p) | lw(12p) | lw(36p) | lw(18p) | lw(36p) | lw(36p) .
	V 4 With undef. PV	0 0 2 3	1 0 0 0 1 5	DPE depends on L.6 state			
_
.T&
lw(36p) | lw(18p) | lw(36p) | lw(12p) | lw(36p) | lw(18p) | lw(36p) | lw(36p) .
							
_
.T&
lw(36p) | lw(18p) | lw(36p) | lw(12p) | lw(36p) | lw(18p) | lw(36p) | lw(36p) .
							
_
.T&
lw(36p) | lw(18p) | lw(36p) | lw(12p) | lw(36p) | lw(18p) | lw(36p) | lw(36p) .
\fB*\fR I 1 LI not eq. 0	* 0 0 1 3	 {
\fB*\fR
DPE depends on L.6 state
 }		\fB*\fR I 1 RLI error	* 0 0 2 4	\fB*\fR 1 0 0 0 1 2	 {
\fB*\fR
DPE depends on L.6 state
 }
_
.T&
lw(36p) | lw(18p) | lw(36p) | lw(12p) | lw(36p) | lw(18p) | lw(36p) | lw(36p) .
	I 2 PLI error	0 0 2 3	1 0 0 0 2 1	DPE depends on L.6 state			
_
.T&
lw(36p) | lw(18p) | lw(36p) | lw(12p) | lw(36p) | lw(18p) | lw(36p) | lw(36p) .
							
_
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T35.64], p.\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.ce
\fBH.T. [T36.64]\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
cw(342p) .
 {
\fB<CDS>\ Document protocol element\fR
 }
.TE
.TS
center box ;
cw(54p) | lw(18p) | cw(30p) | cw(30p) | cw(24p) | cw(18p) sw(30p) sw(24p) sw(18p) sw(18p) sw(18p) sw(18p) | cw(18p) | cw(24p) , ^  | ^  | ^  | ^  | ^  | l | c | c | c | c | c | c | ^ | ^ .
Command document start \(ra		Service interw. ID	Document reference number	Document type ID	 {
Non\(hybasic terminal capabilities
 }	Session user data	Private use param.
						Graph. char.	Control char.	Page format	Misc. T. cap.	Charact. box height	Charact. box width
Unable to convert table
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T36.64], p. \ \ \ A l'ITALIENNE\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.LP
\fR 
.ce
\fBH.T. [T37.64]\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
cw(342p) .
 {
\fB<CDS>\ Document protocol element\fR
 }
.TE
.TS
center box ;
cw(54p) | lw(18p) | cw(30p) | cw(30p) | cw(24p) | cw(18p) sw(30p) sw(24p) sw(18p) sw(18p) sw(18p) sw(18p) | cw(18p) | cw(24p) , ^  | ^  | ^  | ^  | ^  | l | c | c | c | c | c | c | ^ | ^ .
Command document start \(ra		Service interw. ID	Document reference number	Document type ID	 {
Non\(hybasic terminal capabilities
 }	Session user data	Private use param.
						Graph. char.	Control char.	Page format	Misc. T. cap.	Charact. box height	Charact. box width
Unable to convert table
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T37.64], p. \ \ \ A l'ITALIENNE\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.LP
\fR 
.ce
\fBH.T. [T38.64]\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
cw(342p) .
 {
\fB<CDC>\ Document protocol element\fR
 }
.TE
.ce
[Unable to convert Table]
.nr PS 9
.RT
.ad r
\fBTableau [T38.64], p. \ \ \ A l'ITALIENNE\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.ce
\fBH.T. [T39.64]\fR 
.ce
\fBDocument protocol element\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
lw(108p) | lw(12p) | lw(108p) .
<RDEP>		
_
.TE
.TS
center box ;
lw(48p) | lw(24p) | lw(36p) | lw(12p) | lw(48p) | lw(24p) | lw(36p) .
Command document end \(ra		Checkpoint reference number		 {
Response document end positive
\(ra
 }		Checkpoint reference number
.T&
lw(48p) | lw(24p) | lw(36p) | lw(12p) | lw(48p) | lw(24p) | lw(36p) .
 {
Tester sends
\(da\ (Testcase)
 }	\fB.\fR CI LI 2 0 9 X	 {
\fB.\fR
PI
LI
PV
2
0
0
A
X
X
M
M
M
 }		 {
Tester sends
\(da\ (Testcase)
 }	\fB.\fR RI LI 2 X A X	 {
\fB.\fR
PI
LI
PV
2
X
3
A
X
X
M
M
M
 }
_
.T&
lw(48p) | lw(24p) | lw(36p) | lw(12p) | lw(48p) | lw(24p) | lw(36p) .
 {
V 1
CRN = 1, after CDS or last CRN+1
 }	2 0 9 X	2 0 3 3 3 A X X X X		 {
V 1
CRN length and PV equal to CDE
 }	2 X A X	2 X 3 3 3 3  A X X X X X
_
.T&
lw(48p) | lw(24p) | lw(36p) | lw(12p) | lw(48p) | lw(24p) | lw(36p) .
 {
\fB.\fR
V 2
LI three octets
 }	\fB.\fR 2 0 9 X	 {
\fB.\fR
2
F00
3
3
3
A
F03
X
X
X
 }		 {
\fB.\fR
V 2
CRN PV equal to CDE, length not equal
 }	\fB.\fR 2 X A X	 {
*\ *
*
*
*
*
2
X
3
3
3
3 
A
X
X
X
X
X
 }
_
.T&
lw(48p) | lw(24p) | lw(36p) | lw(12p) | lw(48p) | lw(24p) | lw(36p) .
	V 3 LI three octets	2 X A X	2 F00 3 3 3 A F03 X X X			
_
.T&
lw(48p) | lw(24p) | lw(36p) | lw(12p) | lw(48p) | lw(24p) | lw(36p) .
						
_
.T&
lw(48p) | lw(24p) | lw(36p) | lw(12p) | lw(48p) | lw(24p) | lw(36p) .
\fB.\fR I 1 CLI error	* 2 E 9 E	 {
\fB.\fR
2
0
3
3
3
A
X
X
X
X
 }		\fB.\fR I 1 CLI error	* 2 E A E	 {
\fB.\fR
2
0
3
3
3
A
X
X
X
X
 }
_
.T&
lw(48p) | lw(24p) | lw(36p) | lw(12p) | lw(48p) | lw(24p) | lw(36p) .
\fB.\fR I 2 PLI error	\fB.\fR 2 X 9 X	* 2 E 3 3 3 A E X X X		\fB.\fR I 2 PLI error	\fB.\fR 2 X A X	* 2 E 3 3 3 A E X X X
_
.T&
lw(48p) | lw(24p) | lw(36p) | lw(12p) | lw(48p) | lw(24p) | lw(36p) .
\fB.\fR I 3 Incorrect CRN	\fB.\fR 2 X 9 X	* * * 2 X 3 3 3 A X E E E		 {
\fB.\fR
I 3
Sequencing of CRN incorrect
 }	\fB.\fR 2 X A X	* * * 2 X 3 3 3 A X E E E
_
.T&
lw(48p) | lw(24p) | cw(36p) | lw(12p) | lw(48p) | lw(24p) | cw(36p) .
 {
\fB.\fR
I 4
Missing mand. parameter
 }	\fB.\fR 2 0 9 0	********** \(em		 {
\fB.\fR
I 4
Missed mand. parameter
 }	\fB.\fR 2 0 A 0	********** \(em
_
.T&
lw(48p) | lw(24p) | lw(36p) | lw(12p) | lw(48p) | lw(24p) | lw(36p) .
\fB.\fR I 5 Mand. PLI = 0	\fB.\fR 2 0 9 2	******** 2 0 (\(em) A 0		\fB.\fR I 5 Mand. PLI = 0	\fB.\fR 2 0 A 2	******** 2 0 (\(em) A 0
_
.T&
lw(48p) | lw(24p) | lw(36p) | lw(12p) | lw(48p) | lw(24p) | lw(36p) .
 {
\fB.\fR
I 6
Non T.61 coded CRN
 }	\fB.\fR 2 0 9 X	* * * 2 0 0 0 0 A 3 1 2 3		 {
\fB.\fR
I 6
Non T.61 coded CRN
 }	\fB.\fR 2 0 A X	* * * 2 0 0 0 0 A 3 1 2 3
_
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T39.64], p.\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.ce
\fBH.T. [T40.64]\fR 
.ce
\fBDocument protocol element\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
lw(108p) | lw(12p) | lw(108p) .
<CDD>		
_
.TE
.TS
center box ;
lw(48p) | lw(24p) | lw(36p) | lw(12p) | lw(48p) | lw(24p) | lw(36p) .
 {
Command document resynchronise
\(ra
 }		Reason		 {
Command document discard
\(ra
 }		Reason
.T&
lw(48p) | lw(24p) | lw(36p) | lw(12p) | lw(48p) | lw(24p) | lw(36p) .
 {
Tester sends
\(da\ (Testcase)
 }	\fB.\fR CI LI 1 0 9 X	 {
\fB.\fR
PI
LI
PV
3
0
0
2
1
X
 }		 {
Tester sends
\(da\ (Testcase)
 }	\fB.\fR CI LI 3 X 9 X	 {
\fB.\fR
PI
LI
PV
3
0
0
2
1
X
 }
_
.T&
lw(48p) | lw(24p) | lw(36p) | lw(12p) | lw(48p) | lw(24p) | lw(36p) .
V 1 With param.	1 0 9 3	3 0 0 2 1 0		V 1 With param.	3 0 9 3	3 0 0 2 1 3
_
.T&
lw(48p) | lw(24p) | lw(36p) | lw(12p) | lw(48p) | lw(24p) | lw(36p) .
V 2 Without parameter	1 0 9 0	\(em		V 2 Without parameter	3 0 9 0	\(em
_
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T40.64], p.\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.sp 3
.ce
\fBH.T. [T41.64]\fR 
.ce
\fBDocument protocol element\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
lw(84p) | lw(60p) | lw(84p) .
<RDDP>		
_
.T&
lw(60p) | lw(24p) | lw(60p) | lw(60p) | lw(24p) .
 {
Response document resynchronise positive
\(ra
 }			 {
Response document discard positive
\(ra
 }	
.T&
lw(60p) | lw(24p) | lw(60p) | lw(60p) | lw(24p) .
 {
Tester sends
\(da\ (Testcase)
 }	\fBI\fR RI LI 1 0 A 0		 {
Tester sends
\(da\ (Testcase)
 }	\fBI\fR RI LI 3 0 A 0
_
.T&
lw(60p) | lw(24p) | lw(60p) | lw(60p) | lw(24p) .
V 1 Normal	1 0 A 0		V 1 Normal	3 0 A 0
_
.T&
lw(60p) | lw(24p) | lw(60p) | lw(60p) | lw(24p) .
V 2 LI three octets	1 F00 A F00		V 2 LI three octets	3 F00 A F00
_
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T41.64], p.\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.ce
\fBH.T. [T42.64]\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
cw(342p) .
 {
\fBDocument protocol element\fR
 }
.TE
.TS
center box ;
lw(96p) | lw(12p) | lw(132p) | lw(6p) | lw(96p) .
<RDPBP>	<RDPBN>			
_
.TE
.TS
center box ;
lw(42p) | lw(18p) | lw(36p) | lw(12p) | lw(42p) | lw(18p) | lw(36p) | lw(36p) | lw(6p) | lw(42p) | lw(18p) | lw(36p) .
 {
Command document page boundary
\(ra
 }		Checkpoint reference number		 {
Response document page boundary positive
\(ra
 }		Checkpoint reference number	Receive ability jeopard.		 {
Response document page boundary negative
\(ra
 }		Reason
.T&
lw(42p) | lw(18p) | lw(36p) | lw(12p) | lw(42p) | lw(18p) | lw(36p) | lw(36p) | lw(6p) | lw(42p) | lw(18p) | lw(36p) .
 {
Tester sends
\(da\ (Testcase)
 }	\fB.\fR CI LI 3 0 1 X	 {
\fB.\fR
PI
LI
PV
2
0
0
A
X
X
M
M
M
 }		 {
Tester sends
\(da\ (Testcase)
 }	\fB.\fR RI LI 3 X 2 X	 {
\fB.\fR
PI
LI
PV
2
X
3
A
X
X
M
M
M
 }	 {
\fB.\fR
PI
LI
PV
2
X
X
E
X
X
M
M
M
 }		 {
Tester sends
\(da\ (Testcase)
 }	\fB.\fR RI LI 3 0 0 X	 {
\fB.\fR
PI
LI
PV
3
0
0
2
1
X
 }
_
.T&
lw(42p) | lw(18p) | lw(36p) | lw(12p) | lw(42p) | lw(18p) | lw(36p) | lw(36p) | lw(6p) | lw(42p) | lw(18p) | lw(36p) .
 {
V 1
CRN = 1 after CDS or last CRN+1
 }	3 0 1 X	2 0 3 3 3 A X X X X		 {
V 1
CRN length and PV equal to CDPB
 }	3 X 2 X	2 X 3 3 3 3 A X X X X X	2 0 0 E 1 0		V 1 With param.	3 0 0 3	3 0 0 2 1 0
_
.T&
lw(42p) | lw(18p) | lw(36p) | lw(12p) | lw(42p) | lw(18p) | lw(36p) | lw(36p) | lw(6p) | lw(42p) | lw(18p) | lw(36p) .
V 2 LI three octets	\fB.\fR 3 F00 1 F05	 {
\fB.\fR
2
0
3
3
3
A
3
X
X
X
 }		 {
V 2
CRN PV equal CDPB, length not equal
 }	\fB.\fR   3 X 2 X	 {
*\ *
*
*
*
*
2
X
3
3
3
3
A
X
0
X
X
X
 }	\fB.\fR   2 0 0 E 1 0		V 2 LI three octets	\fB.\fR   3 0 0 5	*** 3 F00 0 2 F01 X
_
.T&
lw(42p) | lw(18p) | lw(36p) | lw(12p) | lw(42p) | lw(18p) | lw(36p) | lw(36p) | lw(6p) | lw(42p) | lw(18p) | lw(36p) .
	V 3 LI three octets	\fB.\fR   3 X 2 X	*** 2 F00 3 3 3 A F03 X X X	\fB.\fR   2 0 0 E 1 0							
_
.T&
lw(42p) | lw(18p) | lw(36p) | lw(12p) | lw(42p) | lw(18p) | lw(36p) | lw(36p) | lw(6p) | lw(42p) | lw(18p) | lw(36p) .
	V 4 Parameter 2 E set to 1	3 X 2 X	2 X 3 3 3 A X X X X	2 0 0 E 1 1							
_
.T&
lw(42p) | lw(18p) | lw(36p) | lw(12p) | lw(42p) | lw(18p) | lw(36p) | lw(36p) | lw(6p) | lw(42p) | lw(18p) | lw(36p) .
I 1 CLI error	* 3 E 1 E	 {
\fB.\fR
2
0
3
3
3
A
X
X
X
X
 }		I 1 PLI error	* 3 E 2 E	 {
\fB.\fR
2
0
3
3
3
A
X
X
X
X
 }	\fB.\fR   2 0 0 E 1 1				
.T&
lw(42p) | lw(18p) | lw(36p) | lw(12p) | lw(42p) | lw(18p) | lw(36p) | lw(36p) | lw(6p) | lw(42p) | lw(18p) | lw(36p) .
I 2 PLI error	\fB.\fR   3 X 1 X	* 2 E 3 3 3 A E X X X		I 2 PLI error	\fB.\fR   3 X 2 X	* 2 E 3 3 3 A E X X X	\fB.\fR 2 0 0 E 1 0				
.T&
lw(42p) | lw(18p) | lw(36p) | lw(12p) | lw(42p) | lw(18p) | lw(36p) | lw(36p) | lw(6p) | lw(42p) | lw(18p) | lw(36p) .
 {
I 3
Sequencing of CNR incorrect
 }	\fB.\fR 3 X 1 X	* * * 2 X 3 3 3 A X E E E		I 3 Incorrect CRN	\fB.\fR 3 X 2 X	* * * 2 X 3 3 3 A X E E E	\fB.\fR 2 0 0 E 1 0				
.T&
lw(42p) | lw(18p) | cw(36p) | lw(12p) | lw(42p) | lw(18p) | lw(36p) | cw(36p) | lw(6p) | lw(42p) | lw(18p) | lw(36p) .
I 4 Missed mand. parameter	\fB.\fR 3 0 1 0	********** \(em		I 4 Missed mand. parameter	\fB.\fR 3 X 2 X	 {
\fB.\fR
2
X
3
3
3
A
X
X
X
X
 }	********* \(em				
.T&
lw(42p) | lw(18p) | lw(36p) | lw(12p) | lw(42p) | lw(18p) | lw(36p) | lw(36p) | lw(6p) | lw(42p) | lw(18p) | lw(36p) .
I 5 Mand. PLI = 0	\fB.\fR 3 0 1 2	******** 2 0 (\(em) A 0		I 5 Mand. PLI = 0	\fB.\fR 3 0 2 7	 {
\fB.\fR
2
0
3
3
3
A
3
X
X
X
 }	***** 2 0 (\(em) E 0				
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T42.64], p.\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.ce
\fBH.T. [T43.64]\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
cw(342p) .
 {
\fB<CDCL>\ Document protocol element\fR
 }
.TE
.TS
center box ;
cw(54p) | lw(18p) | cw(30p) | cw(30p) | cw(18p) sw(24p) sw(30p) sw(24p) sw(18p) sw(18p) sw(18p) | cw(18p) | cw(24p) | cw(18p) , ^  | ^  | ^  | ^  | l | c | c | c | c | c | c | ^ | ^ | ^ .
 {
Command document capability list
\(ra
 }		Inactive timer	Storage capacity negotiation	 {
Non\(hybasic terminal capabilities
 }	Session user data	Private use param.	Non\(hy standard capab.
					Graph. char.	Control char.	Page format	Misc. t. cap.	Charact. box height	Charact. box width
Unable to convert table
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T43.64], p. \ \ \ A l'ITALIENNE\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.LP
\fR 
.ce
\fBH.T. [T44.64]\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
cw(342p) .
 {
\fB<RDCLP>\ Document protocol element\fR
 }
.TE
.TS
center box ;
cw(54p) | lw(18p) | cw(30p) | cw(24p) | cw(36p) | cw(12p) sw(18p) sw(18p) sw(18p) sw(18p) sw(18p) sw(18p) | cw(18p) | cw(24p) | cw(18p) , ^  | ^  | ^  | ^  | ^  | l | c | c | c | c | c | c | ^ | ^ | ^ .
 {
Response document capability list positive
\(ra
 }		Inactive timer	Accept. of CDCL param.	Storage capacity negotiation	 {
Non\(hybasic terminal capabilities
 }	Session user data	Private use param.	Non\(hy standard capab.
						Graph. char.	Control char.	Page format	Misc. t. cap.	Charact. box height	Charact. box width
Unable to convert table
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T44.64], p. \ \ \ A L'ITALIENNE\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.LP
\fR 
.ce
\fBH.T. [T45.64]\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
cw(342p) .
 {
\fB<RDCLP>\ Document protocol element\fR
 }
.TE
.TS
center box ;
cw(54p) | lw(18p) | cw(30p) | cw(24p) | cw(36p) | cw(12p) sw(18p) sw(18p) sw(18p) sw(18p) sw(18p) sw(18p) | cw(18p) | cw(24p) | cw(18p) , ^  | ^  | ^  | ^  | ^  | l | c | c | c | c | c | c | ^ | ^ | ^ .
 {
Response document capability list positive
\(ra
 }		Inactive timer	Accept. of CDCL param.	Storage capacity negotiation	 {
Non\(hybasic terminal capabilities
 }	Session user data	Private use param.	Non\(hy standard capab.
						Graph. char.	Control char.	Page format	Misc. t. cap.	Charact. box height	Charact. box width
Unable to convert table
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T45.64], p. \ \ \ 
A l'ITALIENNE\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp
.LP
\fR 
.ce
\fBH.T. [T46.64]\fR 
.ce
\fBDocument protocol element\fR 
.ps 9
.vs 11
.nr VS 11
.nr PS 9
.TS
center box;
lw(108p) | lw(12p) | lw(108p) .
<RDGR>		
_
.TE
.TS
center box ;
lw(48p) | lw(24p) | lw(36p) | lw(12p) | lw(48p) | lw(24p) | lw(36p) .
 {
Command document user information
\(ra
 }		Correct user info.		 {
Response document general reject
\(ra
 }		Reflect parameter values
.T&
lw(48p) | lw(24p) | cw(36p) | lw(12p) | lw(48p) | lw(24p) | lw(36p) .
 {
Tester sends
\(da\ (Testcase)
 }	\fB.\fR CI LI 0 0 1 0	\fB.\fR XXXXXXXX XXXXXXXX		 {
Tester sends
\(da\ (Testcase)
 }	\fB.\fR RI LI 0 X 0 X	 {
\fB.\fR
PI
LI
PV
3
X
X
1
X
X
M
M
M
 }
_
.T&
lw(48p) | lw(24p) | cw(36p) | lw(12p) | lw(48p) | lw(24p) | lw(36p) .
V 1 Normal	0 0 1 0	XXXXXXXX XXXXXXXX		V 1 With parameter	0 X 0 X	3 0 X 1 1 X
_
.T&
lw(48p) | lw(24p) | cw(36p) | lw(12p) | lw(48p) | lw(24p) | lw(36p) .
V 2 LI three octets	*** 0 F00 1 F00	\fB.\fR XXXXXXXX XXXXXXXX		V 2 With parameter	\fB.\fR 0 X 0 X	\fB.\fR 3 X (X) 1 X
_
.T&
lw(48p) | lw(24p) | cw(36p) | lw(12p) | lw(48p) | lw(24p) | lw(36p) .
						
_
.T&
lw(48p) | lw(24p) | cw(36p) | lw(12p) | lw(48p) | lw(24p) | lw(36p) .
I 1 CLI not equal 00	* 0 E 1 E	\fB.\fR XXXXXXXX XXXXXXXX				
.T&
lw(48p) | lw(24p) | cw(36p) | lw(12p) | lw(48p) | lw(24p) | lw(36p) .
I 2 Without user inform.	\fB.\fR 0 0 1 0	******** \(em				
.TE
.nr PS 9
.RT
.ad r
\fBTableau [T46.64], p.\fR 
.sp 1P
.RT
.ad b
.RT
.LP
.bp