Key and Posting Function

The following program description deals with:

Description of the Function Keys

All function keys available and the ky events are described below. In addition to the key events you will also find a description of the appropriate FSM function required for viewing the FSM diagrams and for drawing up a Profile for the operator and/or for a type of terminal.

The following keyboard events are permitted:

The keyboard events should be interpreted as follows:

The layout of the rspective key code description is the same as in the example below:

XXX = name of function key

Keyboard event = <XXX>
FSM function = e.g. transferOutStart
FSM group = e.g. SpecFunc.fsm

Transfer out

Keyboard event = <TRANSFEROUT>
FSM function = transferOutStart
FSM group = SpecFunc.fsm

Money amounts can be removed from the drawer with the <TRANSFEROUT> key. After depression of the <TRANSFEROUT> key the amount to be transferred out is entered and is confirmed with the appropriate payment type key. Several part amounts can be entered per payment type.

Finalisation of the transfer out operation is done with key <Total>.

Additional information can be found under Transfer out.

Quotation

Keyboard event = <QUOTATION>
FSM function = tlStOK
FSM group = Receipt.fsm

Customer-related quotations can be recorded with the <QUOTATION> key.

The validity and the quotation price for an item to be recorded as a quotation can be defined with the following parameters in program Branch -> Details 1:

·        Price for quotation

·        Quotation is valid for days

·        Quotation use expiry date

·        Use end of promot.for quotation

Parameter "Permit quotations" in program Parameter -> Misc.Parameter -> Terminaltype -> Add.data defines whether booking of quotations is permitted on this terminal or not.

Record time worked

Keyboard event = <CLOCK>
FSM function = CheckOperState
FSM group = Register.fsm

 

An employee is signed on or off from depression of key <CLOCK>. The sign-on or sign-off with the <CLOCK> key must be confirmed with key <ST> or rejected with key <C>.

 

Note:
Time worked recording via the keyboard event "CLOCK" is also possible outside receipt operations at the terminal.

Article

Key Code = <ART>
FSM function = checkArt
FSM group = Position.fsm

The number of the item is entered via the <Item> key to record the article.

With "Open Articles" (articles without a firm price) the price is also entered via the <Article> key.

Each article is stored under a unique no.. A data record is stored for each article in the MICROS Retail OSCAR POS program to allow for article-by-article recording. Each data record contains the article no., the price and the name of the item as well as other details.

Item preset keys can be set up on the keyboard for fast moving articles. No entry of article no. is required for this type of recording.

Additional information can be found under Article recording.

The article key is required in conjunction with other recording operations.

The following list shows the functions:

Item Preset

Key event = <FW>
FSM function = fixedKey
FSM group = Position.fsm

Item preset keys have firm article nos. linked to them and are used for fast recording of items without having to enter the item number. When the direct key is depressed, the linked article is recorded automatically.

Additional information can be found under Article recording.

Note:
If more item preset keys are required than are on the keyboard, the user can switch to up to 9 other levels using the <SHIFT> key. The appropriate preset keys must have been programmed in the program Keyboard table.

Additional information can be found in the Help text for setting up a Keyboard table.

The item preset key is also required in conjunction with other recording operations.

The following list shows the appropriate functions:

Article (preset day)

Keyboard event = <FWD>
FSM function = fixedDefinedKey
FSM group = Position.fsm

The <FWD> preset key is used to book a date and time-controlled item together with the details programmed for this article in program Application -> Item -> Article preset day.

Date and time-controlled articles can only be recorded at a terminal if a valid table has been linked in program Terminal –> Table (Article preset day).

Article (preset day)

Keyboard event = <FWDn>
FSM function = fdkInput
FSM group = Position.fsm

When a date and time-controlled article is recorded, the position no. as stored in program Application -> Item -> Article preset day is entered via the <FWD> key.

Date and time-controlled articles can only be recorded at a terminal if a valid table has been linked in program Terminal –> Table (Article preset day).

Article (preset day)

Keyboard event = <FWDn>
FSM function = fdkInput
FSM group = Position.fsm

When a date and time-controlled article is entered the position no. is entered via key <FWD> in the way this item has been stored in program Application -> Item -> Item position (preset day).

Date and time-controlled articles can only be recorded at the terminal if a valid table (Item preset day) has been linked in program Terminal –> Table.

Article add.text

Keyboard event = <TEXTn>
FSM function = posText
FSM group = Position.fsm

An additional text can be linked to a position recorded via the <TEXTn> key. Enter a permitted text no. and confirm with the <TEXTn> key. The appropriate texts must have been programmed under Text groups as type free-input texts.

Article add.text preset key

Keyboard event = <fTEXT>
FSM function = posText
FSM group = Position.fsm

An additional text is linked to a position already recorded after depression of the <fTEXT> preset key, as per the data in program Keys. The appropriate texts must have been programmed as free-input text in program Text groups.

Article add.text selection

Keyboard event = <TEXT>
FSM function = prepTextSel
FSM group = Position.fsm

The stored article add.texts are offered from depression of the <TEXT> key without entry of a text no.. Keys <NEXT> and <PREV> are used to page through the information. The required article additional text is confirmed with the key <ST>.

The appropriate texts must have been programmed under Text groups as type free-input text.

Item Search

Keyboard event = <SEARCHART>
FSM function = hintSelect
FSM group = Position.fsm

The item search is started with the <SEARCHART> key.

Article search is divided up into the following criteria:

Search for article by item no.:
Depress key <SEARCHART> and then enter the art.no. at which the search is to begin and depress key <ART>. The page up/page down keys can be used to page through a maximum of 50 entries to find the required item. If the articles are not enumerated in sequence, less articles will be displayed.

Search for article by department no.:
Depress key <SEARCHART> and enter the no. of the department. After entry of the department no. and depression of the Dept. key the first item in this department will be displayed. The required item can be selected with the page up/page down keys.

Search for article by name:
Depress key <SEARCHART> followed by the <ASCII> key and enter one or  more characters to identify the item required. All items which match the character sequence are displayed. The required item can then be selected using the page up/page down keys.

An ASCII key must be available on the keyboard for item search by name (see Keyboard set up).

Item search by search term

Depress key <SEARCHART> followed by the <MATCH> key and enter the text of one of the search terms from the item data record. All items which match this entry will then be displayed in a selection window.

Item search by selection no.

Depress key <fWIN> and enter the selection no. to display all items which are linked to this selection no. which must have been entered in program Item -> Sales, field "No. of text select".

If this function is to be used on a screen-based POS in conjunction with a TopKey keyboard, the following keys are also required for control within the selection window:

Item search by level

Keyboard event = <FINDART>
FSM function = prepFindart
FSM group = Position.fsm

Item search by search level is started from depression of key < FINDART >. Search levels are similar organisation levels to departments, main departments, sections, etc. to which items are linked. In program Terminaltype (-> Add.data) the user defines the level at which the item search is to begin. If, for example, the search level Section is assigned to this program, all sections stored in the system will be offered after depression of key < FINDART >.  After selection of a Section and confirmation with key <ST> the main departments linked to this section will be displayed. The selection can be continued until the articles of a department are displayed.

The search levels correspond to the following organisation levels:

Pre-requisite for link of search levels for key function "FINDART" is that the appropriate organisation levels have been set up in the system. If, for example, no main departments are stored in the system, no search is possible in this level. In such a case, the terminal sends the error message "Nothing in selection".

Item search by category

Keyboard event = <CATSEARCH>
FSM function = prepCatSearch1
FSM group = Position.fsm

Depression of key <CATSEARCH> starts the article search by category function. Categories are used for additional information on articles (e.g. style, colour, sizes, etc.) and they can be used as selection criteria.

The categories must have been created in the system with program Item -> Linkage Categories 1 to 3 .

An item search by categories can be started at the terminal with <CATSEARCH> and <LINKEDSEARCH>.

ASCII Shift

Keyboard event = <ASCII>
FSM function = prepAsciiInput
FSM group = Position.fsm

Depress key <ASCII> to switch the keyboard to entry mode for alphanumeric characters.

ASCII entry

Keyboard event = <ASC>
FSM function = doChar
FSM group = Register.fsm

ASCII entry

Keyboard event = <ASC>
FSM function = addChar
FSM group = Register.fsm

On Call

Keyboard event = <ONCALL>
FSM function = callup
FSM group = GC.fsm

On Call

Keyboard event = <ONCALL>
FSM function = onCall
FSM group = Position.fsm

Receipts or individual positions are marked and unmarked with key <ONCALL>. Positions marked in this way will not be printed out on the kitchen printer. These positions carry the note "On Call" on the connected terminal printer.

The <ONCALL> key is used to unmark a position marked as ON CALL during GC or receipt manipulation. The item is then printed on the kitchen printer.

On Call (Receipt)

Keyboard event = <ONCALL>
FSM function = onCallRec
FSM group = Receipt.fsm

Receipts or individual positions are marked and unmarked with key <ONCALL>. Positions marked in this way will not be printed out on the kitchen printer. These positions carry the note "On Call" on the connected terminal printer.

The <ONCALL> key is used to unmark a position marked as ON CALL during GC or receipt manipulation. The item is then printed on the kitchen printer.

Takeaway (receipt manipulation)

Keyboard event = <TA>
FSM function = changeToTA
FSM group = Position.fsm

Takeaway sales for the whole receipt or individual items on a receipt is started with key <TA>.

The <TA> key is used during GC or receipt manipulation to change a position into a takeaway item.

 Click on the graphic for further help with setting up Takeaway sales.

Takeaway (receipt predepression)

Keyboard event = <TA>
FSM function = takeAway
FSM group = Receipt.fsm

Takeaway sales for the whole receipt or individual items on a receipt are started with key <TA>.

The <TA> key is used during GC or receipt manipulation to change a position into a takeaway item.

 Click on the graphic for further help with setting up Takeaway sales.

Takeaway (GC manipulation)

Keyboard event = <TA>
FSM function = transferToTakeAway>
FSM group = GC.fsm>

Takeaway sales for the whole receipt or individual items on a receipt are started with key <TA>.

The <TA> key is used during GC or receipt manipulation to change a position into a takeaway item.

 Click on the graphic for further help with setting up Takeaway sales.

Takeaway (subsequent only with itemisation)

Keyboard event = <TAREC>
FSM function = takeAway
FSM group = Receipt.fsm

After depression of this key normally recorded items of a receipt can be recorded retrospectively as takeaway items. This function can only be used in operation type Itemisation. The transfer is rejected with error message "Already recorded" if takeaway items in the linked price list are assigned to another price (see program Company  takeaway price).

Note!
With this type of retrospective recording, only the takeaway VAT is changed.

Takeaway (position predepression)

Keyboard event = <TA>
FSM function = takeAwayPos
FSM group = Position.fsm

Takeaway sales for the whole receipt or individual items on a receipt are started with key <TA>.

The <TA> key is used during GC or receipt manipulation to change a position into a takeaway item.

 Click on the graphic for further help with setting up Takeaway sales.

Pay out

Keyboard event = <PAYOUT>
FSM function = setUpPoutSel
FSM group = SpecFunc.fsm

Paid outs are recorded at the terminal with key <PAYOUT>. The prerequisite for this transaction is that a Finance type Paid out is stored in the system. If several of these finance types are stored in the system, these can be selected with the keys <NEXT> and <PREV>.

Bar code receipt scanned

Keyboard event = <SCANNEDREC>
FSM function = scannedRec
FSM group = SpecFunc.fsm

The key event < SCANNEDREC > must be entered in program Application -> Organisation -> Branch -> EAN parameter in field "Simulates key" so that itemized receipts with a bar code can be scanned.

 Further information on bar code print on itemised receipts can be found in the documetation Bar code print on receipt.

Operator goes

Keyboard event = <GOES>
FSM function = goes
FSM group = SpecFunc.fsm

An operator can sign off with key <GOES >. The time the operator is on the premises has been stored. The sign-on operation is done with the <COMES>.

Operator comes

Keyboard event = <COMES>
FSM function = comes
FSM group = SpecFunc.fsm

The operator signs on with the <COMES> key. This signals the start of the time the operator spends on the premises. Sign-off is done with key <GOES>.

Operator sign-off (back office)

Keyboard event = <REMOTEOFF>
FSM function = autoFinalOff
FSM group = Register.fsm

The signed on operator can be finally signed off with button Operator sign-off in program Operator.

Operator sign-off (back office)

Keyboard event = <REMOTEOFF>
FSM function = prepAutoExit>
FSM group = Register.fsm>

The signed on operator can be finally signed off with button Operator sign-off in program Operator.

Operator change preset key

Keyboard event = <fAUTORIZE>
FSM function = autoChange
FSM group = Receipt.fsm

The cashier can call up an operator with supervisor key function with key <AUTORIZE>. This function is necessary if specific functions, e.g. Void, Price change, etc. are only permitted in lock position 2 and the cashier operates a terminal on which there is no lock (e.g. Touchscreen). After entry of the operator no. (operator with supervisor key authorisation) followed by secret no. entry the cashier can call up functions which according to the cashier’s profile can only be selected in lock position 2.

Operator change

Keyboard event = <AUTORIZEn>
FSM function = autoChange
FSM group = Receipt.fsm

The cashier can call up an operator with supervisor key function with key <AUTORIZE>. This function is necessary if specific functions, e.g. Void, Price change, etc. is only permitted in lock position 2 and the cashier operates a terminal on which there is no lock (e.g. Touchscreen). After entry of the operator no. (operator with supervisor key authorisation) followed by secret no. entry the cashier can call up functions which according to the cashier’s profile can only be selected in lock position 2.

Report (at terminal normal report with selection)

Keyboard event = <fRECREP>
FSM function = printSelRep
FSM group = SpecFunc.fsm

"Normal" reports for which no settings are necessary in program Chain report parameter are called up on the terminal with key <RECREP>. The reports which are called up in this way have been programmed so that the appropriate selection has to be entered. The report print then follows.

 Click on graphic for further help with setting up Reports at terminal.

Report (at terminal normal report with selection)

Keyboard event = <fRECREPn>
FSM function = printRecRep
FSM group = SpecFunc.fsm

"Normal" reports for which no settings are necessary in program Chain report parameter are called up on the terminal with key <RECREP>. The reports which are called up in this way have been programmed so that the appropriate selection has to be entered. The report print then follows.

 Click on graphic for further help with setting up Reports at terminal .

Report (at terminal pre-select with input)

Keyboard event = <AUTOREPn>
FSM function = printAuto
FSM group = SpecFunc.fsm

"Normal" reports for which no settings are necessary in program Chain report parameter are called up on the terminal with key <RECREP>. The reports which are called up in this way have been programmed so that the appropriate selection has to be entered. The report print then follows.

 Click on graphic for further help with setting up Reports at terminal .

Report (at terminal with pre-selection)

Keyboard event = <AUTOREP>
FSM function = printSelAuto
FSM group = SpecFunc.fsm

Reports are started immediately at the terminal without any selection via key <AUTOREP>. The appropriate settings (selection criteria) are made in program Chain report parameter. Entry of the Parameter is enforced.

 Click on the graphic for further help with setting up Reports at terminal.

Report (at terminal normal report with selection)

Keyboard event = <RECREPn>
FSM function = printLongRep
FSM group = SpecFunc.fsm

"Normal" reports for which no settings are necessary in program Chain report parameter are called up on the terminal with key <RECREP>. The reports which are called up in this way have been programmed so that the appropriate selection has to be entered. The report print then follows.

 Click on graphic for further help with setting up Reports at terminal .

Report (terminal report)

Keyboard event = <REPORT>
FSM function = printFixReport
FSM group = SpecFunc.fsm

Report (terminal report) (input)

Keyboard event = <REPORTn>
FSM function = printReport>
FSM group = SpecFunc.fsm>

Report preset key (terminal report with selection)

Keyboard event = <RECREP>
FSM function = printLongSelRep
FSM group = SpecFunc.fsm>

Chain report (input)

Keyboard event = <CHAINREPn>
FSM function = printChain
FSM group = SpecFunc.fsm

Report chains are called up and/or printed at the terminal with key <CHAINREP>. All reports linked to this key code are printed out. Entries in program Chain report parameter are enforced.

 Click on graphic for further help with setting up Reports at terminal.

Order (terminal)

Keyboard event = <ORDER>
FSM function = CheckStockTable
FSM group = SpecFunc.fsm

A stock order from the source to the target store can be prepared at the terminal with key <ORDER>. The target store is preset via the linked store table of the profit center or the branch.

After completion of a stock order at the terminal the administration terminal prepares a movement data record. Recording and the associated transfer of the ordered quantity should be done in program Application -> Stock -> Stock movement.

Profit center (with input)

Keyboard event = <PCn>
FSM function = profCenterKeyedIn
FSM group = SpecFunc.fsm

Profit center preset key

Keyboard event = <fPC>
FSM function = profCenterKeyedIn
FSM group = SpecFunc.fsm>

At the terminal the operator can change from one profit center to another with the <fPC> preset key. All subsequent recordings will then be recorded in the selected profit center.

Previous page (receipt)

Keyboard event = <PREVPAGE>
FSM function = pageUp>
FSM group = Receipt.fsm>

The operator can go back one page in a receipt using the key <PREVPAGE>.

Previous page (positions)

Keyboard event = <PREVPAGE>
FSM function = pageUP
FSM group = Position.fsm>

Scroll down

Keyboard event = <NEXT>
FSM function = downQuNoList
FSM group = SpecFunc.fsm

Scroll down (positions)

Keyboard event = <NEXT>
FSM function = scrollDOWN
FSM group = Position.fsm

The <NEXT> key is used to move forward one position in the receipt window and other selection windows.

Scroll down (receipt)

Keyboard event = <NEXT>
FSM function = scrollDown
FSM group = Receipt.fsm

Scroll down

Keyboard event = <NEXT>
FSM function = scrollRecDOWN
FSM group = Position.fsm

The user can move one position forwards in a selection window with key <NEXT>.

Scroll down (GC)

Keyboard event = <NEXT>
FSM function = scrollDown
FSM group = GC.fsm

The user can move one position forwards in a GC recording with key <NEXT>.

Next page (positions)

Keyboard event = <NEXTPAGE>
FSM function = pageDOWN
FSM group = Position.fsm

Next page (receipt)

Keyboard event = <NEXTPAGE>
FSM function = pageDown
FSM group = Receipt.fsm

Scroll up

Keyboard event = <PREV>
FSM function = upQuNoList
FSM group = SpecFunc.fsm

The user can move one position backwards in a selection window with key <PREV>.

Scroll up (position)

Keyboard event = <PREV>
FSM function = scrollUP
FSM group = Position.fsm

The user can move one position backwards in a selection window with key <PREV>.

Scroll up (positions)

Keyboard event = <PREV>
FSM function = scrollRecUP
FSM group = Position.fsm

Scroll up (receipt)

Keyboard event = <PREV>
FSM function = scrollUp
FSM group = Receipt.fsm

Scroll up (GC position)

Keyboard event = <PREV>
FSM function = scrollUp
FSM group = GC.fsm

Receipt on (until sign off)

Keyboard event = <RECON>
FSM function = recOn
FSM group = Receipt.fsm>

Receipt copy

Keyboard event = <RECPRINT>
FSM function = printLastRec
FSM group = SpecFunc.fsm

The last receipt can be printed out as a receipt copy with key <RECPRINT>.

Receipt copy (compressed)

Keyboard event = <RECZIPPRINT>
FSM function = printLastRecZip
FSM group = SpecFunc.fsm

Receipt print on (for next receipt)

Keyboard event = <REC>
FSM function = recPrintToggle
FSM group = Receipt.fsm

Receipt print can be switched on with key <REC> if this has been switched off in program Application -> Organisation -> Terminals -> Tables ->Printer parameter. Switch on of receipt print always applies only to the next receipt.

Receipt reactivation

Keyboard event = <REPRINTRECEIPT>
FSM function = startReprintReceipt
FSM group = SpecFunc.fsm

A finalised receipt can be printed out again with key <REPRINTRECEIPT>. The receipt copy is marked with text "*** Copy ***".

Receipt lay aside (current terminal)

Keyboard event = <RECLS>
FSM function = recLayAside
FSM group = Receipt.fsm

A receipt which has not yet been finalised can be laid aside with the <RECLS> key.

If this key is depressed before the receipt is started, the laid aside receipts of the terminal in question will be offered for retrieval.

Note:
The terminal indicates that lay aside receipts are available with message "Sale./Cust/Rec RecZ" . If an operator signs off after a lay aside receipt the warning "Receipt lay aside!" must be confirmed with key <ST> before the operator sign-off operation can continue.

Receipt lay aside retrieval (current terminal)

Keyboard event = <RECLS>
FSM function = retrieveLocal
FSM group = Receipt.fsm

When key <RECLS> is depressed outside a receipt, all laid aside receipts for the terminal will be offered for reconstruction.

Note:
Laid aside receipts can be printed with an EAN code so that they can be scanned when they are retrieved. This function assumes that the appropriate EAN parameter record has been programmed and that the terminal printer can print EAN codes. Further information can be found in the description of the event < RECLSBCn > (receipt lay aside retrieval scanning).

Receipt lay aside retrieval (all terminals)

Keyboard event = <RECLSG>
FSM function = retrieveGlobal
FSM group = Receipt.fsm>

When key <RECLSG> is depressed outside a receipt, all laid aside receipts from all terminals will be offered for retrieval.

Receipt lay aside retrieval (entry of terminal)

Keyboard Event = <RECLSn>
FSM function = retrieveReceipt
FSM group = Receipt.fsm>

After depression of key <RECLSn> and entry of the receipt no. outside a receipt, the laid aside receipt of the current terminal will be retrieved.

Receipt lay aside retrieval (scanning)

Keyboard event = < RECLSBCn >
FSM function = retrieveBarcodedRec
FSM group = Receipt.fsm>

This event should be entered in program EAN Parameter in field "Simulates key" so that lay aside receipts with an EAN code can be scanned.

Note:
The following parameters must be stored for EAN print of a laid aside receipt in program Branch -> Ean Parameter:

Identification = 27
Input length = 18
Simulates key = RECLSBCn
Offset field 1 = 0
Length field 1= 0
Field 1 prefix zero = 0
Offset field 2 = 2
Length field 2 =16
Type field 2 = Other
Field 2 prefix zero = 0

C (Correction)

Keyboard event = <C>
FSM function = appendC
FSM group = Receipt.fsm>

The <C> key is used to correct incorrect entries. The Correction key is also used to confirm error messages and to abort various transactions started.

The following shows a list of all functions which are completed with key <C>:

Centilitre (multiplication)

Keyboard event = <CENTILITERn>
FSM function = centiliter
FSM group = Position.fsm

When an item is recorded, the quantity unit can be changed with the <CENTILITER> key. The prerequisite for this type of recording is that a sales quantity unit in centilitre has been linked to this item and the option Overwrite content has been activated.

Example:
Article 92 = Whisky has a linked sales quantity of 2 cl and a retail price of € 6.00. When it is recorded normally, this article is sold at a price of € 6.00 and a quantity of 2cl is deducted from stock.

If entry 3:CENTILITRE is made followed by the article no. 92 the price for the quantity 6 cl will be calculated and recorded.

Code input

Keyboard event = <CODEn>
FSM function = spFuncEvGen
FSM group = Register.fsm

This FSM function is released with code input via the PC keyboard.

Code preset key

Keyboard event = <fCODEFUNC>
FSM function = fixCodeFunc
FSM group = Register.fsm

Specific keys are required to complete a variety of recording functions. As the number of keys on the keyboard is limited, <CODEFUNC> preset keys can be created and used to call up the different recording functions.

A key function is called up from depression of a code preset key without any other entry. A code table defines which key releases which function.

Further information on code keys can be found under Set up of Code keys.

Code key (with entry)

Keyboard event = <CODEFUNCn>
FSM function = codeFunc
FSM group = Register.fsm

Specific keys are required to complete a variety of recording functions. As the number of keys on the keyboard is limited, a CODEFUNC> preset key can be created and used to call up the different recording functions.

Any key function required can be called up from entry of a code no. via this Code key. A code table defines which key function is released from which no. entry.

Further information on code keys can be found under Set up of Code keys.

Foreign exchange calculation

Keyboard event = <FOREXCHCALCn>
FSM function = handleFEAmount>
FSM group = SpecFunc.fsm>

The conversion rates of two payment types can be displayed with <FOREXCHCALCn>. After entry of the cash amount and confirmation with key <FOREXCHCALC> select.the source payment type and then the target payment type. The result of the conversion is shown in the operator display.

EAN article

Keyboard event = <EANLINK>
FSM function = startEanLink
FSM group = SpecFunc.fsm>

Pay in

Keyboard event = <PAYIN>
FSM function = setUpPinSel
FSM group = SpecFunc.fsm

Amounts to be paid in are recorded at the terminal with key <PAYIN>. The prerequisite for this transaction is that a Finance type – Pay In has been stored in the system. If several similar finance types are stored in the system, the one required can be selected with keys <NEXT> and <PREV>.

Final sign-off operator

Keyboard event = <FINALOFF>
FSM function = setFinalOff
FSM group = Register.fsm

An operator can be finally signed off in SS mode with key <FINALOFF>. The operator no. must be entered after depression of the key.

Finance type preset key

Keyboard event = <fFIN>
FSM function = financePreset
FSM group = Position.fsm

The following financial transactions can be recorded at the terminal with key <fFIN>:

Prerequisite for this transaction is that a Finance type , Pay In is stored in the system.

Finance type preset key (with input)

Keyboard event = <fFINn>

FSM function = financeInput

FSM group = Position.fsm

Form print (repeat last form)

Keyboard event = <RECFORM>

FSM function = printLastRecForm

FSM group = SpecFunc.fsm

Foreign exchange (two-step)

Keyboard event = <FEXCHn>
FSM function = selectedFEXCH
FSM group = Payment.fsm

The <FEXCH> key is a two-step entry key. The receipt or guest check is finalised after entry of a valid no. for the foreign exchange payment type stored in the system and depression of the <FEXCH> key.

The prerequisite for finalised with a foreign currency is that this has been stored in the program Payment types.

Foreign exchange preset key (with amount input)

Keyboard event = <fFEXCHn>
FSM function = fixedFEXCHAmount
FSM group = Payment.fsm

The payment amount can be entered via the key <fFEXCHn> to finalise the receipt or guest check.

The prerequisite for finalisation with foreign exchange is that the appropriate foreign exchange has been stored in the system under Payment types.

Course selection

Keyboard event = <COURSE>
FSM function = callupCourse
FSM group = GC.fsm

The key <COURSE> is used to call up course recordings deferred with <ONCALL> during a guest check. This allows then for print on the kitchen printer. This function only applies if course recordings have been made with the <ONCALL> and <fCOURSE> key.

Course preset key

Keyboard event = <fCOURSE>
FSM function = coursePosPreset
FSM group = Position.fsm

The key <fCOURSE> is used in a guest check to link individual article positions to a course no.. The course no. is printed on the kitchen printer.

If key <fCOURSE> is depressed after activation of key <ONCALL> this item will not be printed in the kitchen. When the guest check is re-called, the individual course items can be called up with the <COURSE> key and print in the kitchen is thus activated.

Course no. (entry)

Keyboard event = <COURSEn>
FSM function = courseInput
FSM group = Position.fsm

Articles can be linked to a course no. during a guest check with key <COURSEn>. This allows for print as preparation tip in the kitchen.

Next course

Keyboard event = <NEXTCOURSE>
FSM function = nextCourse
FSM group = GC.fsm

The key <NEXTCOURSE> is used to print information in the kitchen about the "Next course". This data has already been recorded with the items ordered.

Note:
The prerequisite for this function is that the option "Course information" has been activated in program Application -> Parameter -> Misc.param. -> Printer table -> Printer description.

Guest count preset key

Keyboard event = <fST>
FSM function = guestNumberfGC
FSM group = GC.fsm

GC opening (Guest-Check)

Keyboard event = <GCn>
FSM function = gcStartGCn
FSM group = GC.fsm

GC Abort

Keyboard event = <GC>
FSM function = gcEnd
FSM group = GC.fsm

After depression of key <GC> processing of the current GCs is discontinued. A sub-total is shown on the printer.

GC Abort (splitting)

Keyboard event = <GC>
FSM function = abortSplitting
FSM group = GC.fsm

After depression of key <GC> the processing of the current GC in a GC splitting operation is discontinued.

GC Automatic

Keyboard event = <GC>
FSM function = gcAuto
FSM group = GC.fsm

GC Decompress

Keyboard event = <GCUNCOMP>
FSM function = switchReprChrono
FSM group = GC.fsm

When key <GCUNCOMP> is depressed, a sorted GC will be unsorted, i.e. the same article positions are not compiled. With a sorted print out of a guest check, all the same articles are compiled.

Note:
If option "Compress receipt" is activated in program Printer parameter there will be automatic sorting on guest check and this cannot be reversed with key event <GCUNCOMP>.

GC compress

Keyboard event = <GCCOMP>
FSM function = switchReprComp
FSM group = GC.fsm

If key <GCCOMP> is predepressed, there will be sorted print on the guest check, i.e. the same articles are compiled into one position.

Note:
If option "Compress receipt" is activated in program Printer parameter there will be automatic sorting on guest check.

GC form print

Keyboard event = <GCDR>
FSM function = setGCForm
FSM group = GC.fsm

Guest check finalisation is initiated with key <GCDR>. After depression of a payment type key, the guest check is printed on a form at the connected terminal printer.

GC guest no. (input)

Keyboard event = <GCn>
FSM function = guestNumber
FSM group = GC.fsm

GC copy (internal invoice)

Keyboard event = <GCCOPYn>
FSM function = invoiceCopy
FSM group = GC.fsm

A new table can be opened with key <GCCOPY> to generate an invoice docket. The procedure is the same as with normal guest check recordings, but neither goods nor money is recorded in the system.

GC finalisation no print

Keyboard event = < GCCLOSE >
FSM function = setGCClose
FSM group = GC.fsm

A table bill can be finalised with key <GCCLOSE> but nothing will be printed.

Retrospective print on a receipt is possible with key <GCPRINTR> or on a form with key <GCPRINTF>.

GC copy on form

Keyboard event = <GCPRINTF>
FSM function = reprintGCForm
FSM group = GC.fsm

A table bill which has already been finalised can be printed out as a copy on a form with key <GCPRINTF>. The table bill is marked with the text "Bill copy".

After depression of this key, the date, the time and the table no. must be entered if a bill copy is required for a specific table. After confirmation of all queries with key <ST> a table can then be selected from the window displayed.

GC copy on receipt

Keyboard event = <GCPRINTR>
FSM function = reprintGCRec
FSM group = GC.fsm

After depression of key <GCPRINTR> the user can print a finalised table bill on a receipt as a copy. The table bill is marked with the text "Bill copy".

The date, the time and the table no. must be entered if a bill copy is required for a specific table. After confirmation of all queries with key <ST> the table required can be selected from the window.

GC position transfer (GC splitting mode)

Keyboard event = <GCSPLR>
FSM function = transferActPosLR
FSM group = GC.fsm

After depression of key <GCSPLR> the selected item is transferred to the target table during the GC Splitting function.

Note:
The following keyboard events are available for sales program SalesT3.

Note:
A table can also be divided up with the following keyboard events.

 Click on graphic for further help with GC Splitting.

GC Splitting

Keyboard event = <GCSPn>
FSM function = gcSplitting
FSM group = GC.fsm

The GC splitting mode can be started during GC processing from entry of a valid table no. and depression of key <GCSP>. Positions can then be transferred to the target table.

The following options are available during the GC splitting function:

Note:
A table can also be split up with the following keyboard events.

 Click on graphic for further help with GC Splitting.

GC guest splitting

Keyboard event = <GCGUESTSPLIT>
FSM function = guestsSplit
FSM group = GC.fsm

After opening a guest check with the <GC> key the table bill can be split into equal parts between the number of people at the table with key <GCGUESTSPLIT>. The value to be entered for the number of guests is independent of the guest count entered when the table was opened.

After entry of the guest count, the table bill is divided up into equal parts to match the value entered. The table nos. of the new tables are shown in the top line of the display. The automatic assignment of table nos. always comprises the original table no. and the seat no. (e.g. 30.1; 30.2; 30.3, etc.).

GC value splitting

Keyboard event = <GCVALSPLIT>
FSM function = startValueSplit
FSM group = GC.fsm

The total of a table bill can be divided up into 4 table bills with differing amounts using the <GCVALSPLIT> key.

After re-opening a table and depression of key <GCVALSPLIT> the user then defines the number of table bills to which the partial amounts are to be linked.

Automatic table assignment always comprises the original table no. plus seat no. (e.g. 30.1; 30.2; 30.3, etc.).

The partial amounts can then be entered for each table via button <TransferAmount> and any incorrect entries can be amended with button <ReturnAmount>.

After transfer of the partial amount to a table, this must then be finalised.

GC table no. (input)

Keyboard event = <GCn>
FSM function = tableNumber
FSM group = GC.fsm

The no. of the table to which the waiter wants to record the item is entered via key <GC>.

GC table hand-over (input)

Keyboard event = <GCn>
FSM function = GchFsm.singleTableHandOver
FSM group = SpecFunc.fsm

GC table transfer (input)

Keyboard event = <GCn>
FSM function = GchFsm.singleTableTakeOver
FSM group = SpecFunc.fsm

GC intermediate bill

Keyboard event = <GC>
FSM function = intermediateBill
FSM group = GC.fsm

A selected GC is deselected with key <GC> and an intermediate bill is printed on the terminal printer.

GC security payment

Keyboard event = <SECPAYn>
FSM function = securityPayment
FSM group = GC.fsm

A security payment can be recorded during a GC with key <SECPAYn>. This payment assumes that type "GC security payment" has been programmed under Finance type in the system.

GC security payment (GC splitting)

Keyboard event = <SECPAYn>
FSM function = transferMoneyAmount
FSM group = GC.fsm

During the GC splitting function amounts can be transferred from the source table to the target table with key <SECPAYn>.

GC selection

Keyboard event = <GCSELECT>
FSM function = startGcSelect
FSM group = GC.fsm

Guest checks which have already been finalised with a payment type can be called up for re-processing with key <GCSELECT>.

GC receipt print

Keyboard event = <BDR>
FSM function = repBDR
FSM group = GC.fsm

Finalisation of a guest check with print on a receipt is initiated with key <BDR>.

GC receipt print

Keyboard event = <BDR>
FSM function = setGCreceipt>
FSM group = GC.fsm

Finalisation of a guest check with print on a receipt is initiated with key <BDR>

GC preset key

Keyboard event = <fGC>
FSM function = gcStartfGC>
FSM group = GC.fsm

GC price level transfer

Keyboard event = <fLEV>
FSM function = transferToPLevelPreset
FSM group = GC.fsm

Reactivate GC

Keyboard event = <GCREACTn>
FSM function = doFunc
FSM group = Register.fsm

GC Transfer BS

Keyboard event = <TRANSPROC>
FSM function = checkTransProC
FSM group = GC.fsm

All positions of a table can be transferred to another profit centre with key <TRANSPROC> outside the GC processing. After entry of the profit centre no. via the <ST> key, the table no. for the source and target table should be entered.

GC hand-over

Keyboard event = <TABLEHO>
FSM function = startTableHO
FSM group = <SpecFunc.fsm>

Outside GC processing all positions recorded for one table can be handed over to another table with key <TABLEHO>.

GC transfer

Keyboard event = <TABLETO>
FSM function = startTableTO
FSM group = SpecFunc.fsm

Outside GC processing all positions recorded for one table can be taken over by another table with key < TABLETO >.

Divide GC

Keyboard event = <DIVIDEBILL>
FSM function = EnterNoOfBills
FSM group = GC.fsm

During GC processing a guest bill can be divided into the number of guests with the <DIVIDEBILL> key and this can then be printed.. The nuimber of guest is not dependent on the number of guests entered, i.e. when a GC is opened 5 guests are entered for the table, but the printout can be for 3 guests.

Function:

  1. The operator opens the table.
  2. Key <DIVIDEBILL> is selected.
  3. The no. of guests is queried.
  4. The no. of guests entry is confirmed with key <ST>.
  5. The appropriate no. of guest bills will be printed. The bill total is divided up into equal parts.
  6. The table remains open for further entries.

 

Package

Keyboard event = <PACKAGE>
FSM function = package
FSM group = Position.fsm>

Package (inventory recording)

Keyboard event = <PACKAGE>
FSM function = invPackage
FSM group = SpecFunc.fsm

Note preset key

Keyboard event = <fPNOTE>
FSM function = payNote
FSM group = Payment.fsm

A preset key for payment finalisation with any payment type can be called up with key <fPNOTE>. The key reserved on the keyboard for this is depressed and the defined value is recorded in the Payment type selected, e.g. one US Dollar note valued at USD 50,00.

Information:
The preset key is defined in program Payment type -> Key values. The value and the key no. for this payment type are defined via this program. The <fPNOTE> key must be also be programmed for the keyboard or the touch layout.

Note preset key (input)

Keyboard event = <fPNOTEn>
FSM function = payNoteAmount
FSM group = Payment.fsm

A preset value can be called up for any payment type with key <fPNOTE> for payment finalisation. If a value is entered prior to depression of the key, this will be used as the multiplicator for the preset value. Example: 2 <fPNOTE 50.00> = 2 * 50 USD.

Information:
The preset key is defined in program Payment type -> Key values. The value and the key no. for this payment type is defined via this program. The <fPNOTE> key must be also be programmed for the keyboard or the touch layout.

Note key (Cash)

Keyboard event = <PMFIX>
FSM function = cashNote
FSM group = Payment.fsm

A firm amount of money can be recorded for a payment type "CASH" with key <PMFIX>.

Information:
With payment type Foreign Exchange the key <fPNOTE> should be used to record a defined amount for finalisation.

Note key ("Cash" entry)

Keyboard event = <PMFIXn>
FSM function = multCashNote
FSM group = Payment.fsm

A fixed amount can be recorded for payment type "CASH" with key <PMFIX> to finalise a payment operation. If a value is entered prior to depression of the key, this is used as the multiplicator for the defined value. Example: 2 <PMFIX 10.00> = 2 * 10 CASH.

Information:
With payment type Foreign Exchange the key <fPNOTE> should be used to record a defined amount for finalisation.

Gift Receipt

Keyboard event = <GIFTRECEIPT>
FSM function = printGiftRec
FSM group = SpecFunc.fsm

Key <GIFTRECEIPT> can be depressed again after finalisation of a receipt but without the article price.

Voucher (balance)

Keyboard event = <VOUSALEn>
FSM function = balanceVoucher
FSM group = Payment.fsm

A voucher sale is finalised with key <VOUSALEn> or the same key is used to settle payment with a voucher (n = the no. of the Finance type  Voucher under which this finance type has been programmed in the system).

Note:
Further information on voucher sales at deposit receipt and bottle return terminal can be found under Deposit receipt with voucher print und Deposit with bar code receipt.

Voucher sale (voucher type)

Keyboard event = <fVOUn>
FSM function = stdVoucherWAm
FSM group = Position.fsm

Voucher sale is initiated with key <fVOUn> without selection menu (n = no. of voucher type).

NOTE!
Voucher sale at the terminal can be completed with or without selection menu. If a voucher is sold via a finance type Voucher (<fFIN>  key) the voucher type must be selected from a menu. If the voucher type is to be entered directly at the terminal, the keyboard must have a <fVOU> key. The appropriate finance type for this type of voucher sale is defined in field "Finance no.  Voucher" in the branch.

Coupon input

Keyboard event = <COUPONn>
FSM function = prepCoupon
FSM group = Position.fsm

Voucher no.

Keyboard event = <NR>
FSM function = voucherPrint
FSM group = Position.fsm

On the house receipt (receipt position input)

Keyboard event = <OTHn>
FSM function = specialOnTheHouseRec
FSM group = Position.fsm

During GC or receipt manipulation the user can change a complete receipt and a receipt or GC position into an on-the-house item with key <OTH>.

The on-the-house recording for the whole receipt or for individual items on a receipt is started with key <OTH>.

If this key is depressed without entry of the no. for the on-the-house type required, the system automatically selects the first type.

The appropriate on-the-house types must have been provided in program Operation type and must have been activated for the linked Terminal type of this Terminal.

On-the-house receipt (receipt predepression)

Keyboard event = <OTH>
FSM function = onTheHouseRec
FSM group = Receipt.fsm

On-the-house receipt (receipt predepression input)

Keyboard event = <OTHn>
FSM function = specialOnTheHouse
FSM group = Receipt.fsm

On-the-house receipt (position predepression)

Keyboard event = <OTH>
FSM function = <onTheHousePos>
FSM group = Position.fsm

On-the-house receipt preset key (receipt predepression)

Keyboard event = <fOTH>
FSM function = onTheHousePreset
FSM group = Receipt.fsm

A special on-the-house receipt type is selected with preset key <fOTH> as per the data in program Keys.

The <fOTH> preset key can be used for receipt predepression if all subsequent recordings are to be on-the-house receipt transactions. In a receipt only the next recording position is recorded as an on-the-house receipt.

During the GC or receipt manipulation a receipt or GC position can be converted into an on-the-house recording with key <fOTH>.

The appropriate on-the-house receipt types must be set up in program Operation type and must be possible on the linked Terminal type of this Terminal. Items recorded as takeaway have no price.

On-the-house receipt preset key (position predepression)

Keyboard event = <fOTH>
FSM function = onTheHousePreset
FSM group = Position.fsm

A special on-the-house receipt type is selected with preset key <fOTH> as per the data in program Keys.

The <fOTH> preset key can be used for receipt predepression if all subsequent recordings are to be on-the-house receipt transactions. In a receipt only the next recording position is recorded as an on-the-house receipt.

During the GC or receipt manipulation a receipt or GC position can be converted into an on-the-house recording with key <fOTH>.

The appropriate on-the-house receipt types must be set up in program Operation type and must be possible on the linked Terminal type of this Terminal. Items recorded as takeaway have no price.

On-the-house receipt preset key (transfer GC splitting)

Keyboard event = <fOTH>
FSM function = <transferToOTHPreset>
FSM group = GC.fsm

On-the-house receipt (transfer receipt position)

Keyboard event = <OTH>
FSM function = <changeToOTH>
FSM group = Position.fsm

On-the-house receipt transfer (GC position)

Keyboard event = <OTH>
FSM function = <transferToOTH>
FSM group = GC.fsm

On-the-house receipt transfer (GC position)

Keyboard event = <OTHn>
FSM function = <transferToSpecOTH>
FSM group = GC.fsm

Initialisation

Keyboard event = <INIT>
FSM function = reInitAtSignon
FSM group = register.fsm>

The terminal is re-initialised with key <INIT>. All terminal texts are re-loaded into the terminal during the re-initialisation.

No operator should be signed on when this key is depressed.

Inventory (recording terminal)

Keyboard event = <INVENTORY>
FSM function = UpdInvetory
FSM group = SpecFunc.fsm

Inventory (recording terminal)

Keyboard event = <INVENTORY>
FSM function = CountOperInput
FSM group = SpecFunc.fsm

IP no. search

Keyboard event = <IPSEARCH>
FSM function = initIpSearch
FSM group = Pos.fsm

When key <IPSEARCH> is depressed, a window opens in the terminal program and the IP no. can be entered to find the linked article(s). After entry of the no. of or part no. all articles are displayed which completely or partially match up with the number. The linked article is recorded after selection of a displayed no. and depression of the <ST> key. IP (= Island Pacific is part of the SVI Corporation).

IP nos. are made up of the following parts:

Journal print ON

Keyboard event = <JOUON>
FSM function = jouOn
FSM group = Receipt.fsm

Cash declared

Keyboard event = <DECLAREDENTRY>
FSM function = declEntryStart
FSM group = SpecFunc.fsm

The cash declared entry is called up at the terminal with key <DECLAREDENTRY>. The cash declared entry can also be called up at the administration terminal with program Branch.

Note:
The  "Cash declared entry" at the POS terminal and at the administration terminal can be influenced by setting various parameters.

Normally the following cash declared entries are possible:

  1. Cash declared entry (operator) at administration terminal.
    Cash declared entry per operator.
  2. Cash declared entry (POS terminal) at administration terminal
    Cash declared entry per terminal without display of in drawer values
  3. Cash declared entry (supervisor) at administration terminal
    Cash declared entry per terminal for operators with status Supervisor, with display of in drawer and declared results
  4. Cash declared entry at POS terminal.
    From depression of key <DECLAREDENTRY>.

No table

Keyboard event = <NOTABLE>
FSM function = swMatrix
FSM group = Register.fsm

If the terminal operates in mode Table no. system, key <NOTABLE> can be used to switch the screen mask to the right-hand side. This function allows for call up of the start page of the screen layout to reach the appropriate keys for the special functions.

No Sale

Keyboard event = <NOSALE>
FSM function = RecFsm.nosale
FSM group = SpecFunc.fsm

The drawer can be opened with key <NOSALE> without it being necessary to make any entries. A No Sale receipt is printed at the terminal.

No Sale (payment type preset key)

Keyboard event = <fPM>
FSM function = checkNoSale
FSM group = SpecFunc.fsm

A No Sale receipt can be recorded at the terminal with key <fPM> if the drawer is to be opened without a transaction being carried out.

If this function is not to be permitted, the profile in the terminal or for the operator should prohibit this. This function can also be called up with the appropriate <NOSALE> key.

Waiter (sign-on by head waiter)

Keyboard event = <WAITERn>
FSM function = serviceWaiterChange
FSM group = Register.fsm

The head waiter uses this key on an active terminal to sign a waiter on or off.

Waiter sign-on

Keyboard event = <WAITERn>
FSM function = keyedInWaiter
FSM group = Register.fsm

A waiter is signed on and off at the active terminal to be used with this key. Enter a valid operator no. as per the data entered in program Operator and depress this key. A waiter is signed off from depression of this key without any entries.

If entry of a secret no. is enforced for sign-on, this must be entered via key <ST>.

Further help with waiter sign-on can be found under Operator sign-on.

Waiter sign-on (input)

Keyboard event = <WAITERn>
FSM function = <serviceWaiterSel>
FSM group = <Register.fsm>

Waiter pen

Keyboard event = <WAITERPEN>
FSM function = waiterExit
FSM group = Register.fsm

Waiter pen

Keyboard event = <WAITERPEN>
FSM function = clearCM
FSM group = SpecFunc.fsm

Waiter pen

Keyboard event = <WAITERPEN>
FSM function = serviceWaiterEnd
FSM group = Register.fsm

Waiter pen

Keyboard event = <WAITERPEN>
FSM function = waiterPenOut
FSM group = Register.fsm

Waiter pen

Keyboard event = <WAITERPENn>
FSM function = displayLockInput
FSM group = SpecFunc.fsm

Waiter pen

Keyboard event = <WAITERPENn>
FSM function = readInWaiter
FSM group = Register.fsm

Knubbel (call-up of waiter pen no.)

Keyboard event = <KNUBBEL>
FSM function = startLockCheck
FSM group = SpecFunc.fsm

This key is used to call up the waiter pen no.. When waiter pens are used, the waiter pen no. must be entered in the add.data of the operator so that the waiter can sign on at the terminal with the waiter pen.

  1. Proceed as follows to ascertain the waiter pen no.:
  2. Depress the key <KNUBBEL>. The display requests the operator to place the waiter pen in the lock.
  3. After insertion of the unknown waiter pen, the linked no. is displayed.
  4. Note the number and enter this no. for the appropriate Operator in field Waiter pen no..

Credit card

Keyboard event = <CARDCANCEL>
FSM function = startCardCancel
FSM group = SpecFunc.fsm

Credit customer

Keyboard event = <CREDDEBREQ>
FSM function = creditDebitReqStart
FSM group = SpecFunc.fsm

Credit customer <input>

Keyboard event = <CREDn>
FSM function = creditCustomer
FSM group = GC.fsm

Credit sales

Keyboard event = <CREDSALE>
FSM function = creditSale
FSM group = Payment.fsm

A credit sale can be recorded via the <CREDSALE> key. The credit sale assumes that the appropriate Finance type "Credit" has been programmed in the system.

Customer search

Keyboard event = <CUSTOMER>
FSM function = searchCust
FSM group = Receipt.fsm

If key <CUSTOMER> is depressed without any entries, the customers stored in the system will be displayed.

Keys <NEXT> and <PREV> are then used to page through the information. The customer required is confirmed with key <ST>.

Customer preset key

Keyboard event = <fCUSTOMER>
FSM function = customer
FSM group = Receipt.fsm

The linked customer is automatically called up with preset key <fCUSTOMER>.

Customer order (sale or return)

Keyboard event = <CORDER>
FSM function = customer
FSM group = Register.fsm

When key <CORDER> is depressed, a new customer order is created at the terminal or a customer order which has not yet been finalised can be called up for further processing.

Click on the graphic for further help with Customer order.

Customer order (create)

Keyboard event = <DORDER>
FSM function = customer
FSM group = Register.fsm

A new customer order is created from depression of key <DORDER> at the terminal.

 Click on the graphic for further help with Customer order.

Customer order (for another branch)

Keyboard event = <TORDER>
FSM function = customer
FSM group = Register.fsm

A new customer order for another branch is created from depression of key <TORDER> at the terminal.

 Click on the graphic for further help with Customer order.

Customer no. (input)

Keyboard event = <CUSTOMERn>
FSM function = customer
FSM group = Receipt.fsm

The linked customer is called up from depression of key <CUSTOMER> and entry of the customer no..

Customer returns

Keyboard event = <CUSTRET>
FSM function = RecFsm.retoureCust>
FSM group = Position.fsm

Returns by customers can be recorded with key <CUSTRET> after entry of the customer no..

Customer type

Keyboard event = <fCUSTn>
FSM function = fixCustTypMul>
FSM group = Receipt.fsm

Customer type search

Keyboard event = <CUST>
FSM function = searchCustTyp
FSM group = Receipt.fsm

Customer type preset key

Keyboard event = <fCUST>
FSM function = custTyp
FSM group = Receipt.fsm

Customer type no. (input)

Keyboard event = <CUSTn>
FSM function = custTyp
FSM group = Receipt.fsm

Stock (transfer terminal)

Keyboard event = <STMOVE>
FSM function = CheckStock
FSM group = SpecFunc.fsm

Stock (transfer terminal)

Keyboard event = <STMOVE>
FSM function = UpdStMove
FSM group = SpecFunc.fsm

Display last receipt

Keyboard event = < PREVTRANS >
FSM function = ShowPrevRec
FSM group = SpecFunc.fsm

The last 10 receipts can be displayed on the sales screen with key <PREVTRANS> when no receipt is active.

Note:
The receipt in the display can be printed out as a copy with key <RECPRINT>. Keys <NEXT> and <PREV> can be used in the receipt window to page through the details. <NEXTPAGE> and <PREVPAGE> are used to go backwards and forwards through pages of information.

Terminal Macro

Keyboard event = <MACROn>
FSM function = processMacro
FSM group = Register.fsm

A terminal macro can be called up at the terminal with key <MACROn>.

Terminal macros are updated with program System -> User interface -> Terminal Macro and Terminal Macro position.

Terminal Macro (with USERINPUT)

Keyboard event = <fMACRO>
FSM function = processMacroInp
FSM group = Register.fsm

A terminal macro with USERINPUT is called up at the terminal with key <fMACROn>.

Terminal macros are updated in program System -> User interface -> Terminal Macro and Terminal Macro position.

MICROS Retail OSCAR POS Wm Zeiterfassung

Keyboard event = <WMn>
FSM function = popupWMOptions
FSM group = SpecFunc.fsm

MICROS Retail OSCAR POS ermöglicht die Zeiterfassung von Mitarbeiter und kann diese Daten für den Import von MICROS Retail OSCAR POS WM (Workforce Management) für die Personaleinsatzplanung als ASCII-Datei bereitstellen.

Die Zeiterfassung erfolgt in MICROS Retail OSCAR POS am Kassenplatz über das Tastenereignis <WMn>.

Folgende Arbeitszeiten können in MICROS Retail OSCAR POS erfasst werden:

·        Arbeitsbeginn

·        Arbeitsende

·        Dienstgang

·        Pause

Abteilungswechsel

Quantity unit (inventory recording)

Keyboard event = <QUANTUNIT>
FSM function = prepSelectUnit
FSM group = SpecFunc.fsm

Menu (continuation of menu recording)

Keyboard event = <COMPLMENU>
FSM function = prepMenuCompletion
FSM group = GC.fsm

An incomplete menu can be called up again during GC manipulation with key <COMPLMENU> to allow an unrecorded course of a menu to be recorded

Note:
With menus which consist of several courses it is possible to skip a course with key <TL> during recording. When the menu is recalled (GC manipulation) and depression of key <COMPLMENU> is depressed, the user can retrospectively record the courses skipped.

Monitor (operator)

Keyboard event = <MONITOROPERn>
FSM function = monitoroper
FSM group = SpecFunc.fsm

Monitor (terminal)

Keyboard event = <MONITORn>
FSM function = monitor
FSM group = SpecFunc.fsm

Monitoring End

Keyboard event = <ENDMONI>
FSM function = endMonitor
FSM group = Register.fsm

Multi-coupon preset key

Keyboard event = <fMULTICOUPON>
FSM function = doMultiCoupon
FSM group = Payment.fsm

The count for coupons of a specific value required to settle a receipt can be displayed with the <fMULTICOUPON> key.

Example:

Multi-coupon preset key (input)

Keyboard event = <fMULTICOUPONn>
FSM function = multiCoupon
FSM group = Payment.fsm

The count of coupons of a specific value required to settle a receipt can be displayed with preset key <fMULTICOUPONn>.

Multiplication

Keyboard event = <X>
FSM function = doFunc(Xn)
FSM group = Register.fsm

Multiplication

Keyboard event = <Xn>
FSM function = invMultiStart
FSM group = SpecFunc.fsm

Multiplication

Keyboard event = <Xn>
FSM function = <multiplication>
FSM group = Position.fsm

Multiplication

Keyboard event = <Xn>
FSM function = multiplicationStart
FSM group = Position.fsm

Multiplication

Keyboard event = <Xn>
FSM function = payMulti
FSM group = SpecFunc.fsm

Multiplication

Keyboard event = <Xn>
FSM function = payMultiStart
FSM group = SpecFunc.fsm

Multiplication (change count GC position)

Keyboard event = <Xn>
FSM function = changeQuantity
FSM group = GC.fsm

Multiplication (change count receipt pos.)

Keyboard event = <Xn>
FSM function = changeSelPosAmount
FSM group = Position.fsm

Multiplication (inventory recording)

Keyboard event = <Xn>
FSM function = invMulti
FSM group = SpecFunc.fsm

Multiplication (menu)

Keyboard event = <Xn>
FSM function = <menuMult>
FSM group = Position.fsm

Multiplication (transfer GC splitting)

Keyboard event = <Xn>
FSM function = transferPartAmount
FSM group = GC.fsm

Multiplication (add.text)

Keyboard event = <Xn>
FSM function = multiplicateText
FSM group = Position.fsm

VAT print (receipt)

Keyboard event = <VAT>
FSM function = vatPrinting
FSM group = Receipt.fsm

VAT print (GC)

Keyboard event = <VAT>
FSM function = vatPrint
FSM group = GC.fsm

VAT invoice (fiscal)

Keyboard event = <VATINV>
FSM function = prepRefNoInp
FSM group = Spec.fsm

A subsequent VAT invoice can be printed out for a fiscalised receipt with key <VATINV>.  The entries in the dialog which follows should be the VAT code of the fiscalised receipt, the terminal no. and the customer no..

Message (operator / terminal)

Keyboard event = <fMESSAGE>
FSM function = saveMessage
FSM group = Register.fsm

This event becomes active if a message entered in program Operator is sent to a specified operator with button "Message to operator ". The message appears in the operator display and must be confirmed by the recipient.

From Other ECR

Keyboard event = <OTHERECR>
FSM function = fromOtherECR
FSM group = Receipt.fsm

The article and department recordings for other ECRs can be done with key <OTHERECR>. This key must be depressed prior to receipt opening. This function is not permitted during receipt itemisation.

From Other ECR (with customer input)

Keyboard event = < ANCECRTOn >
FSM function = ancilaryECRTakeOver
FSM group = Receipt.fsm

The article and department recordings for other ECR can be done with key <ANCECRTOn> and the customer count can also be entered. This key should be depressed prior to receipt opening. The number of customers is entered prior to depression of the <ANCECRTO> key. This function is not permitted during receipt itemisation.

New price (input)

Keyboard event = <NEWPRICEn>
FSM function = changePrice
FSM group = GC.fsm

The price of the last position recorded can be changed during a GC with key < NEWPRICEn>.

New price (last recording position)

Keyboard event = <NEWPRICEn>
FSM function = changeLastPosPrice
FSM group = Position.fsm

The price of the last position recorded can be changed during a receipt with key < NEWPRICEn>.

New price (selected receipt position)

Keyboard event = <NEWPRICEn>
FSM function = changeSelPosPrice
FSM group = Position.fsm

Next shift

Keyboard event = < NEXTSHIFT >
FSM function = RegFsm.nextTEShift
FSM group = SpecFunc.fsm

The user can switch over to the next shift with key <NEXTSHIFT>. Up to three shifts are possible in one accounting period.

Number

Keyboard event = <NOn>
FSM function = posNo
FSM group = Position.fsm

Number

Keyboard event = <NUMEROn [emptyGc]
FSM function = prepIdNo
FSM group = GC.fsm

Number entry

Keyboard event = <NRn>
FSM function = numberInput
FSM group = Payment.fsm

Break

Keyboard event = <BREAK>
FSM function = startBreak
FSM group = Register.fsm

This function is not possible if the terminal is working in waiter mode.
The <BREAK> key is used to sign-off this cashier for a break. The cashier enters a secret no. via the <ST> key to sign on again.

If "Secret no. enf." has been set for this cashier and if a firm secret no. has been assigned, this no. should be entered for the re-sign-on operation.
If no firm secret no. has been assigned for this cashier, a secret no. will be generated by the system and printed on the docket issued by the terminal. This number must be used for the re-sign-on operation.

Function in the terminal operation mode Hospitality:
If the parameter "Secret no. enf." Has been set for this operator and a secret no. (secret no. >= 0) has been assigned, this no. must be entered for a re-sign-on.

Paper feed receipt

Keyboard event = <RFE>
FSM function = receiptFeed
FSM group = Register.fsm

Paper feed journal

Keyboard event = <JFE>
FSM function = journalFeed
FSM group = Register.fsm

Paper feed journal

Keyboard event = <JOU>
FSM function = jouPrintToggle
FSM group = Receipt.fsm

Deposit (receipt)

Keyboard event = <DEPOSIT>
FSM function = depositRec
FSM group = Receipt.fsm

This key is used for receipt predepression for cashing in deposits.

The articles for which code "Deposit" has been set can be recorded as cashed in deposits with key <DEPOSIT>.

Deposit (position)

Keyboard event = <DEPOSIT>
FSM function = depositPos
FSM group = Position.fsm

This key is used for position predepression for cashing in deposits.

Articles for which the code "Deposit" has been set can be recorded as cashed in deposits with key <DEPOSIT>.

Deposit receipt finalisation

Keyboard event = <DEPOSITSALE>
FSM function = balanceDeposit -> EXITFSM
FSM group = Payment.fsm

The deposit receipt is finalised with key <DEPOSITSALE>.

Price level (position predepression)

Keyboard event = <LEVn>
FSM function = priceLevelPos
FSM group = Position.fsm

Price level receipt predepression

Keyboard event = <fLEV>
FSM function = priveLevelPrset
FSM group = Receipt.fsm

Price level position manipulation

Keyboard event = <fLEV>
FSM function = changeFixedPriceLevel
FSM group = Position.fsm

Price level positition change

Keyboard event = <fLEV>
FSM function = priceLevelPreset
FSM group = Position.fsm

Price level transfer (GC position input)

Keyboard event = <LEVn>
FSM function = transferToPriceLevel
FSM group = GC.fsm

Price level (change position input)

Keyboard event = <LEVn>
FSM function = changePriceLevel
FSM group = Position.fsm

Price level (receipt pre-depression)

Keyboard event = <LEVn>
FSM function = priceLevel
FSM group = Receipt.fsm

Price information (item)

Keyboard event = <PRICEINFO>
FSM function = priceInfoStart
FSM group = Position.fsm

Price change (bonus points)

Keyboard event = <fDISC>
FSM function = cashInRecSum
FSM group = Receipt.fsm

Price change (bonus points)

Keyboard event = <fDISCn>
FSM function = cashInAmount
FSM group = Receipt.fsm

Price change preset key (position markup/markdown percent)

Keyboard event = <fDISC>
FSM function = posDiscPerc
FSM group = Position.fsm

Price change preset key (position markup/markdown amount)

Keyboard event = <fDISC>
FSM function = positionDiscount
FSM group = Position.fsm

Price change preset key (position markup/markdown < input)

Keyboard event = <fDISCn>
FSM function = posDiscInp
FSM group = Position.fsm

Price change preset key (ST markup/markdown amount)

Keyboard event = <fDISC>
FSM function = <stDiscount>
FSM group = Receipt.fsm

Price change preset key (ST markup/markdown input)

Keyboard event = <fDISCn>
FSM function = stDiscInp
FSM group = Receipt.fsm

Price change<preset key (ST markup/markdown percent)

Keyboard event = <fDISC>
FSM function = stDiscPerc
FSM group = Receipt.fsm

Percent

Keyboard event = <PERCn>
FSM function = percentInput
FSM group = Receipt.fsm

Profile authorisation

Keyboard event = < AUTHOn >
FSM function = checkAuthCode
FSM group = Register.fsm

This key is used to enter the authorisation code and the password for the FSM functions in operator profile.

Protected FSM functions can be authorised in an operator profile or a password can be entered with key <AUTHO>. 

Repetition

Keyboard event = <REP>
FSM function = lastPosRepetition
FSM group = Position.fsm

Reset (end of sales program)

Keyboard event = <END>
FSM function = <finish>
FSM group = Register.fsm

The sales program is ended with key <END>. No operator should be signed on if this operation is to be executed.

Returns (receipt position) input

Keyboard event = <RETn>
FSM function = specialReturnPos
FSM group = Position.fsm

Returns (receipt predepression)

Keyboard event = <fRET>
FSM function = returnPreset
FSM group = Receipt.fsm

Returns (receipt predepression) input

Keyboard event = <RETn>
FSM function = specialReturn
FSM group = Receipt.fsm

Returns (position predepression)

Keyboard event = <fRET>
FSM function = returnPosPreset
FSM group = Position.fsm

Item returns

Keyboard event = <RET>
FSM function = itemReturn
FSM group = Receipt.fsm

Returns selection

Keyboard event = <RET>
FSM function = returnPos
FSM group = Position.fsm

Returns sales (controlled)

Keyboard event = <RETSEL>
FSM function = AskForReceipt
FSM group = Rec.fsm

"Controlled returns sales" can be started with the <RETSEL> key.

 

"Controlled returns sales" via the function <RETSEL> help to avoid items which have already been recorded as returns being recorded as such once again (see "Controlled returns sales").

Returns payment type

Keyboard event = <RETPAY>
FSM function = ShowPM
FSM group = Rec.fsm

The payment type of the original recording can be displayed at the terminal with the <RETPAY> key during "Controlled return sales".

Backspace key

Keyboard event = <BS>
FSM function = backspace
FSM group = Register.fsm

Collective receipt  (switch-over to single receipt for collective receipt )

Keyboard event = <TL>
FSM function = singleRec
FSM group = Receipt.fsm

Collective receipt  (switch-over to collective receipt for single receipt)

Keyboard event = <TL>
FSM function = collRec
FSM group = Receipt.fsm

Shrinkage recording

Keyboard event = < SHRINKAGE >
FSM function = startShrinkage
FSM group = SpecFunc.fsm

Shrinkage (waste) can be recorded at the terminal with key <SHRINKAGE>.

After depression of key <SHRINKAGE> the user is requested to enter the profit centre no., the operator no., the stock unit and the shrinkage code.

Note:
The appropriate texts are entered in program Text group. Texts for the shrinkage codes are stored in group 9002.

NOTE!
Depreciation and losses recorded at the terminal must be finalised (confirmed) at the administartion workplace if they have not already been confirmed at the terminal with function "SHRINKAGEC".

Departments

Keyboard event = <DEPTn>
FSM function = <deptSelect>
FSM group = Position.fsm

Department input

Keyboard event = <DEPTn>
FSM function = <deptKeyedIn>
FSM group = Position.fsm

Department price input

Keyboard event = <DEPTn>
FSM function = deptPriceKeyedIn
FSM group = Position.fsm

Department repetition

Keyboard event = <DEPT>
FSM function = deptRepetition
FSM group = Position.fsm

Department transfer (GC splitting)

Keyboard event = <DEPTn>
FSM function = transferDept
FSM group = GC.fsm

Department preset key

Keyboard event = <fDEPT>
FSM function = deptSelect
FSM group = Position.fsm

Department preset key

Keyboard event = <fDEPTn>
FSM function = <deptPriceKeyedIn>
FSM group = Position.fsm

Department preset key (price input)

Keyboard event = <fDEPTn>
FSM function = <deptFixedPrice>
FSM group = Position.fsm

Department preset key (repetition)

Keyboard event = <fDEPT>
FSM function = deptFixedRepetition
FSM group = Position.fsm

ST

Keyboard event = <ST>
FSM function = createFinPosSaldo
FSM group = SpecFunc.fsm

The <ST> key is used to confim entries. In addition, the correction key is also used to form the subtotal on receipt and GC and to end certain transactions.

The following lists all functions for which key <ST> can be used:

Start program from terminal

Keyboard event = <RUNCOMMAND>
FSM function = runCommand
FSM group = Register.fsm

A batch file is started at the terminal with key <RUNCOMMAND>. This allows, for example, call-up of an application program.

Note:
This key event must be informed of  the name of the batch file "Eventdata" . The batch file must be in directory "..\work" of the current MICROS Retail OSCAR POS application..

Start administration desk from terminal

Keyboard event = <RUNDISPATCH2>
FSM function = runBackOffice
FSM group = Register.fsm

An administration workplace or a back office program is called up with key <RUNDISPATCH2> at the terminal. The log-in name of the processing unit of the administration workplace with which "oscar.d" was registered must be entered.

Note:
If  "oscard.exe" has been entered as the local system account the log-in name for the back office client must read "SYSTEM". The installation of "oscar.d" is done with command "oscar installService" without a user name and password.

Void

Keyboard event = <VOID>
FSM function = back1Position
FSM group = SpecFunc.fsm

Void

Keyboard event = <VOID>
FSM function = cancel
FSM group = Receipt.fsm

Void

Keyboard event = <VOID>
FSM function = cancel
FSM group = Receipt.fsm

Void

Keyboard event = <VOID>
FSM function = cancel
FSM group = Receipt.fsm

Void

Keyboard event = <VOID>
FSM function = cancel
FSM group = Receipt.fsm

Void

Keyboard event = <VOID>
FSM function = changeToVoidPos
FSM group = Position.fsm

Void

Keyboard event = <VOID>
FSM function = checkEFTVoid
FSM group = SpecFunc.fsm

Void (inventory recording)

Keyboard event = <VOID>
FSM function = invVoid
FSM group = SpecFunc.fsm

Void (selected GC position)

Keyboard event = <VOID>
FSM function = gcPosCancelMarked
FSM group = GC.fsm

Void (void receipt)

Keyboard event = <RVOID>
FSM function = voidReceipt
FSM group = Receipt.fsm

Void receipt abort

Keyboard event = <VOID>
FSM function = recAbort
FSM group = Receipt.fsm

Direct void

Keyboard event = <DVOID>
FSM function = errorCorrection
FSM group = Position.fsm

Void GC position

Keyboard event = <VOIDn>
FSM function = gcPosCancelInput
FSM group = GC.fsm

Void lines void

Keyboard event = <LVOID>
FSM function = RecFsm.cancel
FSM group = Position.fsm

Void receipt

Keyboard event = <VOID>
FSM function = voidReceipt
FSM group = Receipt.fsm

All subsequent positions of this receipt will be voided from depression of key <VOID> at the beginning of the receipt.

Void receipt no.

Keyboard event = <VOIDn>
FSM function = getVoidRecSel
FSM group = SpecFunc.fsm

The whole of a receipt stored in the system can be voided from entry of the receipt no. and depression of key <VOID>. This type of voiding only applies if the terminal is programmed for itemising mode.

Tabulator next

Keyboard event = <TABNEXT>
FSM function = tabNext
FSM group = Req.fsm

In dialog windows at the terminal the key <TABNEXT> can be used to jump to the next entry field.

Tabulator previous

Keyboard event = <TABPREV>
FSM function = tabPrev
FSM group = Req.fsm

In dialog windows at the terminal the key <TABPREV> can be used to jump to a previous entry field.

Plate (fast food)

Keyboard event = <PLATE>
FSM function = addPlateNumber
FSM group = Position.fsm

Table status display

Keyboard event = <ENTERHWD>
FSM function = enterHeadWaiterDesk
FSM group = Gc.fsm

During GC maninpulation the user switches over to table status display with key <ENTERHWD>.

The following conditions apply when this function is used:

 Click on the graphic for further help with setting up the Table status display in the sales program.

Table move

Keyboard event = <TABLEMOVE>
FSM function = startTableMove
FSM group = Gc.fsm

During GC manipulation the key <TABLEMOVE> or key <TABLEMOVEn> is used to transfer the whole details for a table from one table to another. The appropriate information is printed on all kitchen printers, e.g. "Reseating Table 33 now at table 37.

Total

Keyboard event = <TL>
FSM function = tlKey
FSM group = Receipt.fsm

Total (course selection end)

Keyboard event = <TL>
FSM function = finishActCourse
FSM group = Position.fsm

Total (transfer all positions GC splitting)

Keyboard event = <TL>
FSM function = transferAllPos
FSM group = GC.fsm

In GC splitting mode all items are transferred from the source table to the target table with key <TL>.

Touch page (switch-over)

Keyboard event = <fTP>
FSM function = touchPage
FSM group = Register.fsm

The system switches to the appropriate screen page with the <fTP> keyboard event. The name of the page must have been entered in program System -> User interface -> Screen layout -> Screen page -> Screen page in field Event Data.

Key event PC keyboard

Keyboard event = <FKn>
FSM function = createNewEvent
FSM group = Register.fsm

Key functions of the POS program can be assigned to the function keys of the PC keyboard (F1 to F12) for a special POS program.. The key function is linked to the keyboard event <FK> in the keyboard table via the linked Function table.

Tips (input)

Keyboard event = <TIPn>
FSM function = tipBalancing
FSM group = GC.fsm

Shift (preset key)

Keyboard event = <SHIFTn>
FSM function = setShift
FSM group = Position.fsm

Shift (preset key)

Keyboard event = <fSHIFT>
FSM function = setShift
FSM group = Position.fsm

Salesperson sign-off

Keyboard event = <SP>
FSM function = salesPersEnd
FSM group = Register.fsm

Salesperson sign-off

Keyboard event = <SP<[NOT<salesPersOblig]>
FSM function = salesPersDeselect
FSM group = Position.fsm

Salesperson sign-on (input salesperson no.)

Keyboard event = <SPn>
FSM function = salesPersKeyedIn
FSM group = Register.fsm

Salesperson change

Keyboard event = <SPn>
FSM function = changeSPKeyedIn
FSM group = Position.fsm

Float

Keyboard event = <FLOATENTRY>
FSM function = floatEntryStart
FSM group = SpecFunc.fsm

Float can be recorded via key <FLOATENTRY>.

Payment type change

Keyboard event = <PAYMODETRANS>
FSM function = mapPayments
FSM group = SpecFunc.fsm

Payment type

Keyboard event = <fPM>
FSM function = dispPriceFCurr
FSM group = Position.fsm

Payment type

Keyboard event = <fPM>
FSM function = dispSubTotalFCurr
FSM group = Position.fsm

Payment type

Keyboard event = <fPM>
FSM function = fixedFECalc
FSM group = SpecFunc.fsm

Payment type

Keyboard event = <fPM>
FSM function = payModeFixed
FSM group = SpecFunc.fsm

Payment type

Keyboard event = <fPMn>
FSM function = dispAmountFCurr
FSM group = Position.fsm

Payment type

Keyboard event = <fPMn>
FSM function = payModeInp
FSM group = SpecFunc.fsm

Payment type

Keyboard event = <fPMn>
FSM function = reselectedPM
FSM group = SpecFunc.fsm

Payment type

Keyboard event = <fPMn>
FSM function = selectedPM
FSM group = SpecFunc.fsm

Payment type <Preset key>

Keyboard event = <fPM>
FSM function = fixedPM
FSM group = Payment.fsm

No Sale (two-step payment type)

Keyboard event = <PMn>
FSM function = checkNoSale
FSM group = SpecFunc.fsm

A No Sale can be recorded at the terminal with key <PMn> whereby the drawer opens without a transaction.

If this function is to be suppressed, it can be prohibited in the profile of the terminal or the operator. In place of this  this function can be called up with the <NOSALE> key.

Payment types (two-step)

Keyboard event = <PMn>
FSM function = payModeAmount
FSM group = Payment.fsm

Payment types (two-step)

Keyboard event = <PMn>
FSM function = readPM
FSM group = Payment.fsm

Payment types (two-step)

Keyboard event = <PMn>
FSM function = dualPayModeSel
FSM group = SpecFunc.fsm

Payment types preset key (input)

Keyboard event = <fPMn>
FSM function = fixedPMAmount
FSM group = Payment.fsm

Payment type transfer

Keyboard event = <EXCHANGE>
FSM function = startPayTrans
FSM group = SpecFunc.fsm

A payment type change can be recorded outside a receipt with key <EXCHANGE>.
The amount and payment type must be defined after depression of key <EXCHANGE>.

Digit entry

Keyboard event = <Z>
FSM function = doDigit
FSM group = Register.fsm

The <Z> key allows for link of digit keys for numeric entries via the POS keyboard.

Digit entry

Keyboard event = <Z>
FSM function = addDigit
FSM group = Register.fsm

The <Z> key allows for link of digit keys for numeric entries via the POS keyboard.

Index 1

Index 2

·        Voucher (balance) ->VOUSALEn -> balanceVoucher -> Payment.fsm

·        Voucher sale (voucher type) ->fVOUn -> stdVoucherWAm -> Position.fsm

MICROS Retail Deutschland GmbH
Salzufer 8
D-10587 Berlin