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GSM/EDGE BSS, Rel. RG20(BSS), Operating Documentation, Issue 09

CI - Internal Routing States

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Issue 3-0

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Table of contentsThis document has 20 pages.

Summary of changes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

CI - INTERNAL ROUTING STATES . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6

CI - INTERNAL ROUTING STATES . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7

CIM MODIFY INTERNAL CIRCUIT OR CIRCUIT GROUP STATE . . . . 8

CII INTERROGATE INTERNAL CIRCUIT OR CIRCUIT GROUP STATE 12

CIC MODIFY INTERNAL ROUTE STATE. . . . . . . . . . . . . . . . . . . . . . . 17

CIL INTERROGATE INTERNAL ROUTE STATE . . . . . . . . . . . . . . . . . 19

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CI - Internal Routing States Summary of changes

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Summary of changesChanges between document issues are cumulative. Therefore, the latest document issue contains all changes made to previous issues.

Changes made between issues 3-0 and 2-0Parameter ETPCM added to commands CIM and CII.

Changes made between issues 2-0 and 1–1The switch parameter removed. ETSI information added.

Changes made between issues 1–1 and 1-0Combined issue including both ETSI and ANSI information.

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CI - INTERNAL ROUTING STATES

CI - INTERNAL ROUTING STATESYou can use the commands of the command group to handle the states of internal circuits or circuit groups and outgoing routes.

Menu of the command group:

INTERNAL ROUTING STATES COMMANDS

? ..... DISPLAY MENUM: ..... MODIFY INTERNAL CIRCUIT OR CIRCUIT GROUP STATEI: ..... INTERROGATE INTERNAL CIRCUIT OR CIRCUIT GROUP STATEC: ..... MODIFY INTERNAL ROUTE STATEL: ..... INTERROGATE INTERNAL ROUTE STATEZ; ..... RETURN TO MAIN LEVEL

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CI - Internal Routing States CI - INTERNAL ROUTING STATES

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CI - INTERNAL ROUTING STATESThe commands in this command group are:

CIM MODIFY INTERNAL CIRCUIT OR CIRCUIT GROUP STATE

CII INTERROGATE INTERNAL CIRCUIT OR CIRCUIT GROUP STATE

CIC MODIFY INTERNAL ROUTE STATE

CIL INTERROGATE INTERNAL ROUTE STATE

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Function Use this command to modify the state of one or several internal circuit groups or circuits.

Parameters circuit group name, circuit group number, circuit(s), bit based circuit(s) (European Tele-communications Standards Institute (ETSI)): circuit group state, circuit(s) state;

Syntax CIM: ( NCGR = <circuit group name>... |

CGR = <circuit group number>... |

ETPCM = <et-pcm>|

CRCT = <circuit(s)>... |

BCRCT = <bit based circuit(s)>... ) :

If NCGR or CGR given:

( WO | BA | TE );

If CRCT given:

( WO | BA );

Parameter explana-tions

circuit group name

NCGR = the name of the circuit group whose state is to be changed

You can use the '&' symbol to give several circuit groups at the same time.

circuit group number

CGR = the number of the circuit group whose state is to be changed

The possible values range between 1 and 2048 dynamically. You can use the '&' and '&&' symbols to give several circuit groups at the same time.

etpcm

ETPCM = the address of the PCM circuit is to be changed

circuit(s)

CRCT = the circuit whose state is to be changed

You can use the '&', '&&', and '&&-' symbols to give several circuits at the same time.

bit based circuit(s)

BCRCT = the bit based circuit whose state is to be changed

This parameter is used only in ETSI environment.

You can use the '&', '&&', and '&&-' symbols to modify several circuits at the same time.

The format is PCM-TSL-SUBTSL: (1–127) – (0–31)– (0–7).

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CI - Internal Routing States CIM MODIFY INTERNAL CIRCUIT OR CIRCUITGROUP STATE


circuit group state

This parameter specifies the new state of the circuit group according to the main state.

The possible values are the following:

BA BARRED

WO WORKING

TE TEST

circuit(s) state

This parameter identifies the new state of the circuit according to the main state.


BA BARRED

WO WORKING

Examples 1. Change the states of circuit groups TEST and TEST2.

CIM:NCGR=TEST&TEST2:BA;

2. Change the states of circuit groups 5 and 17.

CIM:CGR=5&17:WO;

3. Change the states of circuit groups 5 – 32.

CIM:CGR=5&&32:WO;

4. Change the states of all timeslots of PCM circuits 3 and 15 to normal (WO-EX).

CIM:CRCT=3-0&&-31&15-0&&-31:WO;

5. Change the states of several timeslots of circuits 72 – 1 to normal (WO-EX). This is applicable only to ETSI.

CIM:BCRCT=72–1–3&&–6:WO;

6. Change the states of several timeslots of ETPCM to normal (WO-EX).

CIM:ETPCM=64,CRCT=1-3&&-6:WO;

Execution printouts The execution printout of example 1 is the following:

INTERNAL CIRCUIT GROUP(S) STATE(S) MODIFIEDNCGR CGR OLD STATE NEW STATE

TEST 17 WO-EX BA-USTEST2 25 WO-EX BA-US

COMMAND EXECUTED

The execution printout of example 2 is the following:

INTERNAL CIRCUIT GROUP(S) STATE(S) MODIFIEDCGR NCGR OLD STATE NEW STATE

5 CGR01 BA-US WO-EX 17 TEST BA-US WO-EX

COMMAND EXECUTED


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INTERNAL CIRCUIT GROUP(S) STATE(S) MODIFIEDCGR NCGR OLD STATE NEW STATE

5 CGR01 BA-US WO-EX 12 CGR03 BA-US WO-EX 17 TEST BA-US WO-EX 32 TEST2 BA-US WO-EX

COMMAND EXECUTED


INTERNAL CIRCUIT(S) STATE(S) MODIFIED CRCT OLD STATE NEW STATE

3-0 BA-US BA-US 3-1 WO-EX BA-US . . . . . . 3-31 BA-US BA-US 15-0 WO-EX BA-US 15-1 WO-EX BA-US . . . . . . 15-31 WO-EX BA-US

COMMAND EXECUTED

The execution printout of example 5 is the following. (It is applicable only to ETSI.)

INTERNAL CIRCUIT(S) STATE(S) MODIFIED BCRCT OLD STATE NEW STATE 72– 1–3 BA-US WO-EX 72– 1–4 BA-US WO-EX 72– 1–5 BA-US WO-EX 72– 1–6 BA-US WO-EX

COMMAND EXECUTED

The execution printout of example 6 is the following.

INTERNAL CIRCUIT(S) STATE(S) MODIFIED ETPCM-TCPCM-TSL OLD STATE NEW STATE 64– 1–3 BA-US WO-EX 64– 1–4 BA-US WO-EX 64– 1–5 BA-US WO-EX 64– 1–6 BA-US WO-EX

COMMAND EXECUTED

Semantic error messages

/*** CIRCUIT GROUP NONEXISTENT ***//*** NCGR = XXXXX ***/

The circuit group is not found.

/*** CIRCUIT GROUP NOT INTERNAL ***//*** CGR = XXXXX ***/

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CI - Internal Routing States CIM MODIFY INTERNAL CIRCUIT OR CIRCUITGROUP STATE


The circuit group is not an internal one.

/*** DX ERROR: 43053 ***//*** PCM NOT EQUIPPED ***//*** PCM = XXXXX TSL = XX ***/

The circuit does not belong to any circuit group.

The system may also output a general MML semantic error message.

Execution error messages

If an execution error occurs, the upper-level error text is either

/*** MODIFICATION NOT POSSIBLE ***/

or

/*** MODIFICATION ABORTED ***/

and below is displayed a general printout of the MML commands, specifying the error.

In addition, the following error messages may be output:

/*** MODIFICATION NOT POSSIBLE ***//*** NO UPDATED UNITS ***/

No units have been updated.


or


Not all the file updates required by the commands have succeeded in all the required units.

The names of the units in which the update succeeded are output below this printout. For example, the output may be as follows:

/*** UPDATED UNITS ***/ CM-0 CM-1 M-0

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Function Use this command to interrogate the states of one or several circuit groups or circuits.

Parameters circuit group name, circuit group number, circuit(s), bit based circuit(s) (European Tele-communications Standards Institute (ETSI)): circuit group state, circuit(s) state;

Syntax CII: ( NCGR = <circuit group name>... |

CGR = <circuit group number>... |

ETPCM = <et-pcm>|

CRCT = <circuit(s)>... |

BCRCT = <bit based circuit(s)>... ) :

If NCGR or CGR given:

[ WO | BA | TE | <all> def ];

If CRCT given:

[ WO | BA | <all> def ];


circuit group name

NCGR = the name of the circuit group whose state is to be inquired

You can use the '&' symbol to give several circuit groups at the same time.

circuit group number

CGR = the number of the circuit group whose state is to be inquired

The possible values range between 1 and 2048 dynamically. You can use the '&' and '&&' symbols to give several circuit groups at the same time.

etpcm

ETPCM = the address of the PCM circuit.

circuit(s)

CRCT = the circuit whose state is to be inquired

You can use the '&', '&&', and '&&-' symbols to inquire several circuits at the same time.

bit based circuit(s)

BCRCT = the bit based circuit whose state is to be inquired

This parameter is used only in ETSI environment.

You can use the '&', '&&', and '&&-' symbols to inquire several circuits at the same time.

The format is PCM-TSL-SUBTSL: (1–127) – (0–31) – (0–7).

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CI - Internal Routing States CII INTERROGATE INTERNAL CIRCUIT OR CIRCUITGROUP STATE


circuit group state

This parameter identifies the state of the circuit group according to the main state.


BA BARRED

WO WORKING

TE TEST

The default value is <all>, which shows all the states of the circuit groups.

circuit(s) state

This parameter identifies the state of the circuit according to the main state.


BA BARRED

WO WORKING

The default value is <all>, which shows all the states of the circuits.

Examples 1. Output the states of circuit groups TEST and TEST2 according to the name of the circuit group.

CII:NCGR=TEST&TEST2;

2. Output the states of circuit groups 17 and 26 according to the number of the circuit group.

CII:CGR=17&26;

3. Output all circuit groups 5 to 17 in the WO-EX state.

CII:CGR=5&&17:WO;

4. Output timeslot 12 of circuits 1, 3, 4, and 9.

CII:CRCT=1-12&3-12&4–12&9–12;

5. Output sub-timeslots 72-1-0, 73-8-3, 74-31-7, and 75-20-0. This is applicable only to ETSI.

CII:BCRCT=72-1-0&73-8-3&74-31-7&75-20-0;

6. Output ETPCM circuits.

CII:ETPCM=64,CRCT=1-3&&-6;


INTERNAL CIRCUIT GROUP(S) STATE(S)

NCGR CGR STATE

TEST 17 BA-US

NUMBER OF CIRCUITS: 0

TEST2 25 WO-EX


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STATE CONN COND COUNT BA-US IDLE - 62

COMMAND EXECUTED



CGR NCGR STATE

17 TEST BA-US


26 TEST3 WO-EX


STATE CONN COND COUNT WO-EX BUSY - 12 WO-EX IDLE - 7 BA-SY IDLE FAULTY 31 BA-US IDLE - 18

COMMAND EXECUTED



CGR NCGR STATE

5 CGR05 WO-EX


6 TEST2 BA-US


STATE CONN COND COUNT WO—EX IDLE - 31

16 CGR16 WO-EX


STATE CONN COND COUNT WO-EX IDLE - 21

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CI - Internal Routing States CII INTERROGATE INTERNAL CIRCUIT OR CIRCUITGROUP STATE


BA-SY IDLE - 31 BA-SY IDLE FAULTY 31 BA-US IDLE - 10

17 TES12 BA-US


COMMAND EXECUTED


INTERNAL CIRCUIT STATE(S)

CRCT STATE CONN COND SYS_ST

1-12 BA-SY IDLE FAULTY PS 3-12 BA-US IDLE - ET 4-12 BA-SY IDLE - ET 9-12 WO-EX BUSY - -

COMMAND EXECUTED

The execution printout of example 5 is the following. (It is applicable only to ETSI.)


BCRCT STATE CONN COND SYS_ST

72- 1-0 BA-SY IDLE - ET 73- 8-3 BA-SY IDLE FAULTY PS 74-31-7 WO-EX IDLE - - 75-20-0 BA-US IDLE - -

COMMAND EXECUTED

The execution printout of example 6 is the following.


ETPCM-TCPCM-TSL STATE CONN COND SYS_ST

64- 1-3 WO-EX BUSY - - 64- 1-4 WO-EX BUSY - - 64- 1-5 WO-EX BUSY - - 64- 1-6 WO-EX BUSY - -

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COMMAND EXECUTED


If an error occurs, the system outputs a general MML semantic error message.


/*** NONEXISTENT CIRCUIT GROUP ***/

The circuit group is not found.

/*** CIRCUIT GROUP NOT INTERNAL ***/

The circuit group is not an internal one.

/*** DX ERROR: 43053 ***//*** PCM NOT EQUIPPED ***/

The circuit does not belong to any circuit group.

The system may also output a general MML execution error message.

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CI - Internal Routing States CIC MODIFY INTERNAL ROUTE STATE

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CIC MODIFY INTERNAL ROUTE STATEFunction With this command you can change the states of one or several internal outgoing routes.

Parameters route number: route state;

Syntax CIC: ROU = <route number> ... :

( WO | BA );


route number

ROU = the number of the outgoing route whose state is to be changed

The value range is 1 – 4098 dynamically and you can use the symbols & and && to give several routes at the same time.

route state

The new state of the outgoing route according to the main state:

WO WORKING

BA BARRED

In the Mobile Switching Center (MSC) and in the DX HLR (HLR), only the group switch (GSW) is used. In case of SSW, you must also give the number of the subscriber stage which the command concerns.

Examples 1. Change the states of the outgoing routes 25 and 32 to barred.

CIC:ROU=25&32:BA;

2. Change the states of the outgoing routes 3 - 6 to working.

CIC:ROU=3&&6:WO;

Execution printouts Here is the execution printout of example 1:

INTERNAL ROUTE STATE(S) MODIFIED

ROU OLD STATE NEW STATE

25 WO-EX BA-US 32 WO-EX BA-US

COMMAND EXECUTED

Here is the execution printout of example 2:

INTERNAL ROUTE STATE(S) MODIFIED

ROU OLD STATE NEW STATE

3 BA-US BA-US 4 WO-EX BA-US 5 WO-EX BA-US 6 WO-EX BA-US

COMMAND EXECUTED

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CIC MODIFY INTERNAL ROUTE STATE


/*** ROUTE NONEXISTENT ***//*** ROU = XXXXX ***/

An outgoing route with the given number is not found.

/*** CIRCUIT GROUP NONEXISTENT ***//*** NCGR = XXXXX ***/

The circuit group belonging to the outgoing route is not found.

/*** ROUTE NOT INTERNAL OPTIONAL ***//*** ROU = XXXXX ***/

The outgoing route is not an internal one.

The system may also output a general MML semantic error message.


If an execution error occurs, the upper-level error text is either


or


and below is displayed a general printout of the MML commands, specifying the error.

In addition, the following error messages may be output:

/*** MODIFICATION NOT POSSIBLE ***//*** NO UPDATED UNITS ***/

The printout indicates that no units have been updated.


or


The printout indicates that all the file updates required by the command have not suc-ceeded in all the required units.

The names of the units in which the update succeeded are output below this printout. For example, the output may be as follows:

/*** UPDATED UNITS ***/ CM-0

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CI - Internal Routing States CIL INTERROGATE INTERNAL ROUTE STATE

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Function Use this command to inquire the states of one or several internal outgoing routes.

Parameters route number: route state;

Syntax CIL: ROU = <route number ... :

[ WO | BA | <all> def ];


route number

ROU = the number of the outgoing route whose state is to be inquired

The possible values range between 1 and 4098 dynamically, and you can use the '&' and '&&' symbols to give several routes at the same time.

route state

This parameter defines the state of the outgoing route according to the main state.


WO WORKING

BA BARRED

The default value is <all>, which shows all the states of the routes.

Examples 1. Output the states of the outgoing routes 25 and 32.

CIL:ROU=25&32:,;

2. Output the states of the outgoing routes 11 - 14.

CIL:ROU=11&&14:,;


INTERNAL ROUTE STATE(S) ROU STATE NCGR STATE

25 BA-US KOE01 TE-US CGR02 BA-US 32 BA-US CGR07 BA-US CGR12 WO-EX TEST0 TE-US

COMMAND EXECUTED


INTERNAL ROUTE STATE(S) ROU STATE NCGR STATE

11 BA-US KOE01 WO-EX CGR02 BA-US 17 BA-US CGR07 BA-US CGR12 WO-EX

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TEST0 BA-US 25 BA-US CGR13 BA-US CGR14 WO-EX TEST2 BA-US 32 BA-US CGR16 BA-US CGR17 WO-EX TEST3 BA-US

COMMAND EXECUTED


If an error occurs, the system outputs a general MML semantic error message.


/*** ROUTE NONEXISTENT ***/

The outgoing route is not found.

/*** ROUTE NOT INTERNAL OPTIONAL ***/

The outgoing route is not an internal optional route.

The system may also output a general MML execution error message.

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