GTE Omni Si Database Technical Practices Manual
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Force Download Stop. To stop the force download all process, the following command is used: 5210r------_---_-----------------------------------------1I IFORCE DOWNLOAD 5 pet > STOP.I I I [ whereI I II II ; = 0I L-----___________---__-___---------------------------:Load DIFP All. To perform a load DIFP for all applicable Featurephones in all PECs, the ALL form of the following command may be used: r----------------‘-----------------------------------,IIIIIIIALL.IIIILOAD DIFPI,ISTOP.I I L_--_--__-____--_,__---------------------------------~I If LOAD DIFP ALL is typed, a request is sent to download all Featurephones in each PEC. No request is sent to the data switch. Messages are printed for each PEC download response, e.g., IN PROGRESS PO, PEC NOT EQUIPT Pl, and IN PROGRESS P2. As each voice circuit is downloaded, a message, RESPONSE 11, is printed which indicates successful completion. If LOAD DIFP STOP is typed, a request is sent to stop download of all Featurephones in each PEC. No request is sent to the data switch. Messages are printed for each PEC STOP response, e.g., IN PROGRESS PO, PEC NOT EQUIPT Pl, and IN PROGRESS P2. Each PEC stops the downloading of Featurephones. Other ALL Commands. Other load command versions may be used in bulk form in a similar manner to that of the LOAD DtFPALL command. 8187M-67
Memory Watch2.2.2 The Memory Watch (MW) command is used to display Commanddata changes to an address on one of the CEC memorypages. Memory watch can be initiated by either of the TTY ports, but only one at a time. If the watch is in progress, another watch cannot be initiated until the first memory watch is turned off. Either TTY port can cancel the watch. Any one of the CEC memory pages can be watched. The input/output format for memory watch is shown in Table 2.7. I ‘-../ INPUT OUTPUTj 1. Initiate MEMORY WATCH I IMW ON C Page > C Address >Watching Present Data < Data >/ where M-68I I= DO, Dl, D2, D3, D4, D5, D6, D7, I IO, II, 12, 13, 14, 15, 16, 17I = Address to be watched / = Initial data at theat address i 2. Initiate memory watch if already I Ion MW ON / 3. Cancel memory watch I I MW OFF 8187 II I I II I MW < NDATA>II MW C NDATABII I II I MW C NDATA> I1 I = New DataI I ITurn watch off first Watch turned off 5210
I I--l e”L”“- I “” I PUT Command2.2.3 Four methods are used to enter maintenance Entrycommands into the system: l Physical location l Software identification l Directory number l Equipment number The following are examples of each type of maintenance command entry method: . . . .Phy&al LocationEnter the following information into the system: MethodNOTE: These forms of the PUT command cannot be used for Integrated Featurephone lines. I LINEIS I I PUTTRUNK CARD I I IDTMFOS.or I ILINE IIS IPUTTRUNK CERCUIT cpec> I IDTMF I OS. I / where I = 0 I = oto111 = A to DI= 0 to 7 for line circuits, 0 to 3 for trunk circuits, 0 to 3 for DTMF I I receivers. L-----------------------------------------------------------------------~For example: r-------------------------------------------,I ,PUT LINE CIRCUIT 0 6 9 4 OS. I I I Iput tr ci 0 c 2 03ros.L---------------__--------------------------, 52108187M-69
r-----------------------------------------------------------------------,II ILINEIS 1 IPUTTRUNK SID I IDTMF OS. . .IPUTTRUNK CERCUIT ,1DTMFOS.^ I ./ where.. II I L-----__----_-----------------------------------------------------------,/ = 0 I C-sic! >= 0 to 255 for line circuits, 0 to 63 for trunk circuits, 0 to 7 for DTMF I Ireceivers I I I-- I3ULUU- I vu I Software IdentityEnter the following information: MethodFor example: I-------------------------------------------,IIIPUT LI SID 0 255 IS. I I II PUT Tl?SlD 0 63 OS. IIIIIL-------------------------------------------, Directory NumberThe directory number method must be used when changing the Mlethodstate of line circuits associated with Featurephones. Enter the following information: r-----------------------------------------------------------------------~II I IS.I II IPUT LINE DN IIIIOS.III! where / III/ =XXXX (three- or four-digit directory number)II For example: ,-------------------------------------------II IPUT LINE DN 4112 OS.1 I-----_-------------------------------------~M-70 EN375210
Equipment NumberTo change the status of a Release Link Trunk (RLT) using the Methodequipment number, enter the following information:r---------------‘-------------------------------------------------------- 1IIIIS.I IPUT < equipment number >III OS.II I IIII where IIII . . .; __I I I = RLT = 0 to = 15 for RLTsL---_-_______-----------------------------------------------------------1For example: r------------------------------------------------------IIIPUT RLT 15 OS.1IL------------------------------------------------------JSystem response when PUT command is successfully entered is: r------------------------------------------------------~IIIMR 00 EO.IL------------------------------------------------------JSystem response when PUT command is unsuccessfully entered is: r------------------------------------------------------~IIIMR 00 EO.IL--------------_---------------------------------------JUnsuccessful completions result because active circuits (and will be completed when the circuit becomes idle), or because circuits are already in the maintenance busy (out of service) state. If a PUT command is entered to place an entire card in maintenance and one of the circuits on the card is active, the system will respond MR 00 EA., and only the idle circuits on the card will go to the maintenance busy state. When the active circuit becomes idle, it will change to the maintenance busy state and the system will respond with MR 00 EO. 52108/87M-71
PUT CancelWhen using a PUT or FORCE command after a prior PUT Commandcommand, the following system response may appear: r------------------------------------------------------1 IIIMAINTENANCE COMMAND DENIED.Ii_--------______---_____________________---------------jThis occurs when the prior PUT command has not been completed because of waiting for circuits to become idle. To avoid further waiting, cancel the PUT command by entering the PUT CANCEL command. All circuits which have been put out of service will remain out of service. Any circuits which were not put our of service because of heing busy will remain in service. The command to cancel a PUT is: r------------------------------------------------------~IIIPUT CANCEL COMPLETE.IL-----------______________-__--------------------------------jIf the PUT CANCEL command is successful, the response is: r------------------------------------------------------,I IPUT CANCEL COMPLETE.I IIf no PUT was in progress, the response is: r------------------------------------------------------~IIIPUT NOT IN PROGRESS.IL------------------------------------------------------J Test Command22.4 The TEST command is used to perform a hardware (Featurephone)diagnostic on an Integrated Featurephone. To perform the test, enter the following: r----------__---_---------------------------------/I1I j TEST DN .I I II II IorI I/IIIi TEST PHONE < sid >.I II whereI I < directory-number > = directory numberI Iassigned to a Featurephone I I = 0I I = 0 to 255I I~~~-_-------_---__-~~~-~-~----~~~~~~~~~~~~~---~~~~Test failure is indicated by PORT IS OS. or COMMAND COMPLETED ON maintenance terminal. 81875210
5210 ----- ---- Unlock Command2.2.5 UNLOCK command is used to unlock a Featurephone which has been locked by the user. To unlock a Featurephone, enter the following: r---------------------------------------------------I I i UNLOCK DN < directory-number > . I where I I I C directory-number >= directory number assigned I I Ito a Featurephone ~______________------------------------------------~ Memory Access2.3 Mem6ry access commands can be used to control the Commandssystem configuration and make changes to the data base. This paragraph covers the following memory access commands: l General read command l General write command l Bulk input command l Hardware write command General Read and2.3.1The General Read (GR) command can be used to read a Data General Readsingle system memory location or a string of consecutive Commandsmemory locations. If a string of memory locations is read, the output pattern will continue until the entire string has been output. A string is output in groups of 8 hexadecimal numbers: therefore, only every eighth memory address will be printed on a line. For example: xxxx nn nn nn nn nn nn nn nn 4FCE 00 OA 1 F 3C 00 12 69 To stop the TTY output before completion of printing, momentarily depress the escape (ESC) key. 8187M-73
I L- I3lJLuu- I vu IThe format for the GR command is shown as follows r-----------------------------------------------------------------------~III I GR < memory> .I II Ij whereI II I C memory > =IO, II, 12, 13, 14, 15, 16, 17, DO, Dl, 02, D3,I II D4, D5, D6, 07IIIIIIII I I = Address to be read, or the beginning address iI__Iof a string of memory locations to be read.iIII I =.ILast address of a string of memory locationsII I - I Ito be read (not needed if reading only oneI .I . .address).IIIIIIIIKEYII I IO . ..17 =IICEC instruction memory pages I DO . ..D7 = CEC data memory pagesI1 L-----------------------------------------------------------------------~NOTE: Data pages can be read when security level 2 is used. To read 10-17, security level 6 must be open. The Data General Read (DGR) command allows the user to selectively dump the contents of memory for many of the PD-200 Data System processors. The maintenance terminal is made unavailable for other maintenance functions while the DGR command is executing. The system allows the user to discontinue a dump request by using the ESC key. To display the memory data for the hardware or device at the location defined, enter the following DGR command: M-74 8l875210
I IA :DGR . I j where BI I < device >I= ADMP, DCP, SPM, APM, DFPAPM, or NICI AIB = Irefers to the A or B processor of the ADMP, DCP, and SPMI Idevices. (For ADMP, only A is supported.) Omit for other devices. I = oto7I I 7= oto11II = I0 to 7 (Omit for ADMPan DCP.)I I = starting memory address. Valid values: 000000-FFFFFF I = Iending memory address. Valid values: 000000-FFFFFF I IIAddress must contain all 6 digits including leading zeroes. I I I IIf only one byte is to be read, the ending address can be omitted. I I (Address range may not exceed 100 hexadecimal locations.)I I I I Examples:I I IITo dump 10 bytes of ADMP processor A: DGR ADMP A 0 D 02 I 0005CB.I I I I ITo dump 1 byte of APM processor: DGR APM C 3 2 00043D. 52108187M-75
M-76The system prints a message on the maintenance terminal to indicate the status of the GR or DGR commands as follows in Table 2.7:Table 2.7Status of the GR or DGR Commandr-----------------------------------------------------------------------,I i (a) SYNTAX ERROR The original input command wording Ior abbreviations were not correct. I Ij (b) CABINET NOT IN SERVICE I _ .I / (c) COMMAND IN USE I -I/ (d) PEC NOTEQUiPPED1 (e) PEC NOT INS j (f) COMMAND COMPLETED I(g) IN PROGRESS ; (h) COMMAND FAILED I 1 )i) MR TIMED OUT 1 (j) ADDRESS DOES NOT IThe CEC was not in service.I1 A command is already in progress from ian input terminal.I I I IThe command PEC number input is in ;not equippedI I I IThe command PEC number input is not in Iservice.I IRequest successfully completed. The system is executing this request.I I When the request is completed, a I Imessage COMMAND COMPLETED ffollows.I I IThe request was not processed successfully. iI I The response was not received from the IADMP in a system defined time.II I IIMATCH DEVICE TYPE IThe device is not at the given PEC group :.---slot address. [ ________-----_~~_-------~~~~-~------~~~-~~~~~~~~~~~~~-~~~-~---~~~~~: 61675210