1) Definição do Código de Acesso: *4

Associar o *4 à Destinação 46

asintn:?Assign internal numbering scheme number

ASINTN: <TREE>,<NUMBER>,<TRFC>,<INT-NR-RES-ID> [,[<DEST/NUMBER>][,<NR-LENGTH/CV/POINT-CODE>]];<asintn:0,*4,2,21,46

dinars:0,21DESTINATION ID: D=Destination, L=Line, P=Paging route, Q=A-queue, S=Server, U=Unit DESTINATION TREE CODE ANALYSIS RESULT NUMBER ID NUMBER 0 21 Trunk access code 0 D 0 0 21 Trunk access code *0 D 48 0 21 Trunk access code *4 D 46 0 21 Trunk access code *6 D 48 0 21 Trunk access code *852 D 26 0 21 Trunk access code *855 D 24 0 21 Trunk access code *856 D 48 0 21 Trunk access code *887 D 8 0 21 Trunk access code *888 D 17 0 21 Trunk access code *889 D 18 EXECUTED

<didest:46

DEST TREE FST-DT SND-DT ACC-REP ROUTE-TABLE DELAY-SEIZURE NUMB-PLAN

46 - 0 0 - - D 0 -EXECUTED

2) Programar a Destinação 46

Associando a Árvore de Saída 16 (que analizará os dígitos enviados após o *4)Associando a Tabela de rotas 46 (que encaminhará a chamada de saída)

<chdstc:?Change destination characteristics

CHDSTC: <DEST>,<TREE>,<DIALTONE-OPTIONS>,<ROUTE-TABLE>[,[<ACC-REP>] [,<DELAYED-SEIZURE>[,<NUMBERING-PLAN>]]];<chdstc:46,16,10,46

<didest:46

DEST TREE FST-DT SND-DT ACC-REP ROUTE-TABLE DELAY-SEIZURE NUMB-PLAN

46 16 1 0 - 46 D 0 -

3) Preencher a Árvore de Saída 16 com a ´serie numérica a ser discada após o código *4

referentes aos Ramais da outra central distante onde os dígitos serão enviadosatravés do asEXTn:neste comando eu indico a Tabela de rotas associada a cada número; no caso tabel de rotas 46

Assign external numbering scheme number

ASEXTN: <TREE>,<NUMBER>,<TRFC>,<MIN-LENGTH> ,<MAX-LENGTH>,<DIALTONE-PLACE>[,[<TARIFF-CLASS>] [,<PAUSE-PLACE>,<PAUSE-INTERVAL>]];

Relations which should remain valid : length of NUMBER >= MIN-LENGTH MIN-LENGTH <= MAX-LENGTH DIALTONE-PLACE < MIN-LENGTH PAUSE-PLACE < MAX-LENGTH

The command will ask for additional parameters ROUTE-TABLE and POINT-CODE.

Use command ASEXTP to distinguish Charged and Toll Free numbers.<asextn:16,2,3,4,4,0Give [<ROUTE-TABLE>[,<POINT-CODE]]: 46

4) Preencher as rotas (no caSO: Rota 46) dentro da Tabela de Rotas escolhida: 46.

chrota:46;Enter route table data <ROUTE>,<PREF-CODE>,<TRFC>[,<SMART-BOX-EM>]: 46,?

PREF-CODE: Preferred/non preferred code (0..1)0 = non preferred1 = preferredEnter route table data <ROUTE>,<PREF-CODE>,<TRFC>[,<SMART-BOX-EM>]: 46,1,1Error 7: Parameter out of rangeREJECTED

Como a rota 46 ainda não existe, devo criá-la primeiramente

<crrout:?Create route

CRROUT: <ROUTE>[,<UNIT>];

UNIT may only be omitted in single unit systems.<crrout:46;

EXECUTED

Uma vez criada a rota 46 vou preencher a Tabela de Rotas 46 como a rota 46 recém criada.<chrota:?Change route table

CHROTA: <ROUTE-TABLE>[,[<USER-TYPE>][,<SEQ-TABLE/ZONE>][,<UNIT>]];

When USER-TYPE is omitted, all user types will be adapted.When SEQUENCE-TABLE is omitted, 1 will be assumed.

By means of additional parameters the route table data is to be given.

<chrota:46;Enter route table data <ROUTE>,<PREF-CODE>,<TRFC>[,<SMART-BOX-EM>]: 46,?

PREF-CODE: Preferred/non preferred code (0..1)0 = non preferred1 = preferredEnter route table data <ROUTE>,<PREF-CODE>,<TRFC>[,<SMART-BOX-EM>]: 46,1,2;

5) como a rota 46 criada é padrão e seus parâmetros não atendem devo adaptar suas características através dos comandos:- CHRTCG- CHRTCI- CHRTCO

<dirout:46

ROUTE UNIT BSPT GEN-OPTS GEN-TONE CV CC-TABLE 46 1 - 000000000000000 222222 0 -

INC-OPTS TONE-AND-DDI-OPTS TREE A-QUEUE OVE SCNE 00000000000 000000000 - 16 - -

OUT-OPTS ATF 100000 0

NO INCOMING DIGIT CONV. ON THIS ROUTE (USE DIDGCO FOR OUTGOING DIGIT CONV.)

NO BUNDLES ASSIGNED TO THIS ROUTEEXECUTED

Adaptar as características da rota 46 - características gerais: CHRTCG- características entrada: CHRTCI- características saida: CHRTCO

<chrtcg:?

Change route characteristics general

CHRTCG: <ROUTE>,<GEN-OPTS>,<GEN-TONE>[,[<CV>][,[<BSPT>][,<CC-TABLE-NR>]]];

If CV is omitted, the projected default value is assumed.<chrtcg:46,?

GEN-OPTS: General route options. Format: PQRSTUVWXYZ[A[B[C[D]]]](For all options: 0 = No, 1 = Yes)P = data protection applied X = time-break checkQ = assistance required Y = time-break enabledR = add-on allowed Z = CNND translationS = toll-ticketing on route A = Network priority/Force release possibleT = impulse post dialling allowed B = line park allowedU = keytone post dialling allowed C = QSIG segmenting allowedV = enquiry on trunk allowed D = Closed number scheme presentationW = flexible operator assistance available<chrtcg:46,011111101110110,?

GEN-TONE: General route tone types. Format: PQRSTUP = tone type before answer (2..5)Q = tone type after answer (2..5)R = tone type during hold conditions (0..3)S = tone type for COB before answer (0..6)T = tone type for COB after answer (0..6)U = tone for special recall of operator (0..5)Tone types are:0 = moh or no tone 4 = internal ring back tone1 = moh or waiting tone 5 = external ring back tone2 = no tone 6 = busy tone3 = waiting tone<chrtcg:46,011111101110110,443444^XMessage 211: Input line discarded<

<chrtci:?Change route characteristics incoming

CHRTCI: <ROUTE>,<INC-OPTS>,<TONE-AND-DDI-OPTS>[,[<TREE>][,[<A-QUEUE>] [,<BSPT>]]];

When <INC-OPTS> 'DDI-traffic on route' = Yes, then <TREE> is required.<chrtci:46,?

INC-OPTS: Options for incoming traffic. Format: PQRSTUV[WXYZ] (0 = No, 1 = Yes)P = DDI-traffic on routeQ = Break-in protectionR = Transit allowedS = Malicious Call Trace allowedT = Announcement allowedU = Answer before announcementV = Calling party controlW = DDI-delay time required (omit if P = No)X = DDI-barred check on inc. calls (omit if P = No)Y = DDI-call waiting required (omit if P = No)Z = Socotel shortened protocol (omit if P = No)<chrtci:46,10100000000,?

TONE-AND-DDI-OPTS: Incoming tone types and DDI characteristics.Format: PQ[RSTUVWX]P = busy tone before answer for release (0 = No, 1 = Yes)

Q = busy tone after answer for release (0 = No, 1 = Yes)R = DDI dial tone to be sent to external (0..4)S = Traffic class (0..7)T = Action when DDI to busy extension (0..9)U = Action when DDI dial time out (0..9)V = Action when DDI ringing time out (0..9)W = Action when DDI to unallocated number (0..9)X = Action when unsuccessful DDI call (0..9)DDI dial tone 0..4 is (parameter R):0 = no tone 2 = external dial tone 4 = external ring tone1 = internal dial tone 3 = internal ring toneActions 0..9 are (parameters T..X):0 = busy tone 4 = cob and send answer 8 = op. or no act.1 = nu tone 5 = op. or busy tone 9 = operator or night extension2 = clear backward 6 = op. or nu tone3 = no action 7 = op. or clr back<chrtci:46,10100000000,114600000,81^XMessage 211: Input line discarded<

<chrtco:?Change route characteristics outgoing

CHRTCO: <ROUTE>,<OUT-OPTS>,<ATF>[,<BSPT>];<chrtco:46,?

OUT-OPTS: Outgoing route options. Format PQRST[U] (0 = No, 1 = Yes)P = Direct switch throughQ = Break-in protection on outgoing callsR = D-button allowedS = Transit allowedT = Source identificationU = Insert or append close sign<chrtco:46,001000,0

<dirout:46

ROUTE UNIT BSPT GEN-OPTS GEN-TONE CV CC-TABLE 46 1 - 011111101110110 443444 0 -

INC-OPTS TONE-AND-DDI-OPTS TREE A-QUEUE OVE SCNE 10100000000 114600000 81 16 - -

OUT-OPTS ATF 001000 0

NO INCOMING DIGIT CONV. ON THIS ROUTE (USE DIDGCO FOR OUTGOING DIGIT CONV.)

SEQ BUNDLE 0 -EXECUTED

Falta associar à rota 46 um ou mais Bundles (feixes); mínimo 1 bundle (ex:46)

<asbndl:?Assign bundle to route

ASBNDL: <ROUTE>,<BUNDLE>;

<asbndl:46,46;

<dibndl:46

BUNDLE BSPT ROUTE UNIT DIR-AND-NEG OPTIONS CON-AND-SIG-TYPE ALL-CALLS 46 - - 1 0 - 0000100000000000 0 0 -

NO LINES ASSIGNED TO THIS BUNDLEEXECUTED

6) Como as características do bundle associado à rota 46 não atender vou modificar suas características pelo comando CHBNDC:

<chbndc:?Change bundle characteristics

CHBNDC: <UNIT+BUNDLE>,<DIR-AND-NEG>,<OPTIONS>,<CON-AND-SIG-TYPE> [,[<ALL-CALLS>][,<BSPT>]];

If ALL-CALLS is omitted no maximum to the number of allowed calls for thebundle will be applied.

<chbndc:46,?

DIR-AND-NEG: Bundle direction and negotiation rule. Format P[Q]P = bundle direction (0..2): 0 = incoming, 1 = outgoing, 2 = both wayQ = ISDN or QSIG negotiation rule (0..2): Should be omitted when the bundle signalling type is non-ISDN and non-QSIG. For ISDN: 0 = any B-channel, 1 = exclusive B-channel, 2 = preferred B-channel For QSIG: 1 = exclusive B-channel, 2 = preferred B-channel<chbndc:46,22,?

OPTIONS: Bundle options. Format: KLMNO[PQRSTUVWXYZ](For all options: 0 = No, 1 = Yes)K = long line check S = pre dialtone det. time onL = exchange line barred check 2nd dialtone appliedM = Register Recall available T = provisional switch through on bundleN = echo canceller connected U = answer sensitiveO = ISDN date/time synchronisation V = ddo wait for answer P = metering available on bundle W = routing toneQ = detection 1st dialtone applied X = TRANSCOM tone det. and alarmingR = pre dialtone det. time on Y = ddo send MFC area number 1st dialtone applied Z = ddo local ring tone provided

When the bundle direction is incoming then only KLMNO are to be given.<chbndc:46,22,0000100000000000,?

CON-AND-SIG-TYPE: Bundle connection and signalling type. Format PQ.P = connection type (0..5): 0 = four wire tie line 1 = two wire pstn line 2 = two wire tie line 3 = digital pstn line 4 = digital tie line 5 = virtual connectionQ = signalling type (0..22) INCOMING OUTGOING INCOMING OUTGOING

0 = Impulse Impulse 1 = Impulse/KT sensitive Impulse 2 = Keytone Keytone 3 = MFC-R2 Keytone 4 = KeytoneCli KeytoneCli 5 = Keytone after answer Keytone 6 = DPNSS-x DPNSS-x 7 = DPNSS-y DPNSS-y 8 = MFP MFP 9 = MF-socotel MF-socotel 10 = DASS DASS 11 = MFE MFE 12 = Not used Not used 13 = MFC-CSS1 MFC-CSS1 14 = ISDN-a ISDN-a 15 = ISDN-b ISDN-b 16 = DPNSS-PVN DPNSS-PVN 17 = DPNSS-x DPNSS-VM-x 18 = DPNSS-y DPNSS-VM-y 19 = Virtual lines Virtual lines 20 = QSIG-a QSIG-a 21 = QSIG-b QSIG-b 22 = QSIG-PVN QSIG-PVN 23 = CCIS CCIS 24 = SIP_TRK SIP_TRK <chbndc:46,22,0000100000000000,421

Resultado final<dibndl:46

BUNDLE BSPT ROUTE UNIT DIR-AND-NEG OPTIONS CON-AND-SIG-TYPE ALL-CALLS 46 - 46 1 2 2 0000100000000000 4 21 -

NO LINES ASSIGNED TO THIS BUNDLE EXECUTED

OBS: Na outra Central, do outro lado, programo abaixo;

chbndc:46,22,0000100000000000,420

7) Agora vou associar algumas linhas ao bundle 46 recém programadoatravés do comando ASLINE

<asline:?Assign line to bundle

ASLINE: <BUNDLE>,<LINE>,<SHELF>,<BRD>,<CRT>[,<B-CHANNEL>];

If B-CHANNEL is omitted and the EHWA identifies an ISDN trunk circuit then allB-channels of that circuit are assigned to the bundle.

<asline:46,4617,11,9,0,17

Resultado final

<dibndl:46

BUNDLE BSPT ROUTE UNIT DIR-AND-NEG OPTIONS CON-AND-SIG-TYPE ALL-CALLS 46 - 46 1 2 2 0000100000000000 4 21 -

SEQ SHELF BRD CRT B-CH LINE 0 11 9 0 17 0817

1 11 9 0 18 0818 2 11 9 0 19 0819 Access shared by multiple bundlesEXECUTED

<diserv:11,9,0,17&&19 SHELF BRD CRT B-CH B-CH-STATUS

11 9 0 17 free 11 9 0 18 free 11 9 0 19 free EXECUTED

vide Manual de comando C. PLACAS E TIPOS DE PCT�sC.1 TABELA DE TIPOS DE PLACAS páginas 363 - 367

LADO ADTU-PH 18 5D21 255 TRC-QSIG QSIG, lado rede

LADO BDTU-PH 18 5D20 255 TRC-QSIG QSIG, lado usuário

Criação da PLACA (nas duas centrais) QUE VAI SER USADA NESTA ROTAA SINALIZAÇÃO ESCOLHIDA É QSIGA PLACA É DTU-PH

<asbrds:?Assign board in shelf

ASBRDS: <SHELF>,<BRD>,<BOARD-TYPE>[-<BRD-STYP>] [,<SIG-GROUP>[,[<HW-TYPE>][,<AS-PCTS>]]];<asbrds:11,9,?

BOARD-TYPE-SUBTYPEConcatenation of the BOARD-TYPE and the BRD-STYP:

<BOARD-TYPE>[-<BRD-STYP>]

BOARD-TYPE: Board type (0..99)BRD-STYP : Board subtype (0..99)

BOARD-TYPE and BRD-STYP are separated by a hyphen ('-'). BRD-STYP is optional;when the BRD-STYP is not given also the hyphen should not be given.<asbrds:11,9,18,5D21,255

na outra central programo asim;<asbrds:11,9,18,5D20,255