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You specify the records to create or update the same way as before, but this time wrap them in one more array, using that array as the value for the 'name_value_lists' parameter in the SOAP method call. The returned result is similar as well, this time returning an 'ids' key with the array list of ids created or updated.

You can generate the lexer using this: fslex simpleTokensLex.fsl --unicode The generated lexer contains a single module SimpleTokensLex with one entry-point function for each rule. In this case, the type of this function is as follows: val token: Lexing.LexBuffer<char> -> SimpleTokensLex.token The following indicates how you can imperatively generate a simple token stream from a string and print the results in F# Interactive: > #r "FSharp.PowerPack.dll";; ... > #load "SimpleTokensLex.fs";; > let lexbuf = Lexing.LexBuffer<_>.FromString "3.4 x 34 xyx";; val lexbuf : Lexing.LexBuffer<char> > SimpleTokensLex.token lexbuf;; val it : SimpleTokensLex.token = FLOAT 3.4 > SimpleTokensLex.token lexbuf;; val it : SimpleTokensLex.token = ID "x" > SimpleTokensLex.token lexbuf;; val it : SimpleTokensLex.token = INT 34 > SimpleTokensLex.token lexbuf;; val it : SimpleTokensLex.token = ID "xyx" > SimpleTokensLex.token lexbuf;; val it : SimpleTokensLex.token = EOF > SimpleTokensLex.token lexbuf;; System.Exception: End of file on lexing stream

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3. Browse to and select the ExcelDB_Ch01_03.xls file, and click Open. Notice that there are five worksheets in this workbook, one worksheet each for the Orders, Line Items, Suppliers, Products, and Salespeople data tables. In each worksheet, the primary key field ends in PK, and any foreign key fields end in FK. 4. Close the workbook. Now, import the workbook data into Access. For Access 2007, do the following: 1. Start Access. 2. Click Office Button New. 3. In the Blank Database pane, in the File Name box, type any name that s easy for you to remember for the database, click the Browse for a Location to Put Your Database icon and select a location for the database, and then click Create.

Lexers generated by fslex keep track of partial information about the position of the most recently accepted token within the source stream of characters. In particular, the StartPos and EndPos properties on the LexBuffer type return Lexing.Position values. A partial signature of this position type is as follows: type Position with // The file name associated with the input stream. member FileName : string // The line number in the input stream, assuming fresh // positions have been updated modifying the // EndPos property of the LexBuffer. member Line : int // The character number in the input stream member AbsoluteOffset : int // Return the column number marked by the position, e.g. the // difference between the AbsoluteOffset and the StartOfLineAbsoluteOffset. member Column : int // Convert a position just beyond the end of a line to a // position at the start of the next line. member NextLine : Position ... end In some cases, certain lexer actions must perform extra bookkeeping. In particular, the lexer should update the EndPos property of the LexBuffer each time a newline marker is processed (this is left up to the lexer because the interpretation of newline characters can differ between various lexers). In particular, you can change the endOfLine rule in the lexer in Listing 16-3 to make this update: | newline { lexbuf.EndPos <- lexbuf.EndPos.NextLine; token lexbuf }

Don t let simple record creation stop you in your SOAP integration. You can also upload and retrieve attachments as well, such as those used in the Notes module. You do this as a secondary call instead of using set_entry, like you would for normal record data. Here you use the set_note_attachment method to upload the actual file to the Sugar instance record. Listing 4-18 shows you how to do this for the Notes module. Listing 4-18. Add a New Notes Record with an Attachment

You can now experiment with this updated lexer in F# Interactive and examine the StartPos and EndPos properties after fetching each token: > let lexbuf = Lexing.LexBuffer<_>.FromString "3.4 \n 34 xyx";; val lexbuf : Lexing.LexBuffer<char> > SimpleTokensLex.token lexbuf;; val it : SimpleTokensLex.token = FLOAT 3.4 > (lexbuf.StartPos.Line, lexbuf.StartPos.Column);; val it : int * int = (0,0) > (lexbuf.EndPos.Line, lexbuf.EndPos.Column);;

s Note You may need to scroll down the screen to find the Create button if the Create button is not visible

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