The entire Option Button and its Caption must be within the Group Box, so adjust the Group Box. Click inside the Group Box, where you want the top left of the Option Button to appear. In the Form Controls section, click the Option Button command, to activate that tool. On the Excel Ribbon's Developer tab, in the Controls group, click Insert.
Counter Button Excel Code In VBASave the file after writing code in VBA with. And I like to deliver results and reports, but often my constituents ask for it as a spreadsheet that they can then manipulate further. I am interested in finding data to analyze, and if it arrives in the form of a spreadsheet, I'll take it. Incrementing counters at execution time will work unchanged.I have a love-hate relationship with spreadsheet data.Likewise, saving results as a spreadsheet can lose something in the translation - usually value formatting, appearance attributes, or graphs.SAS offers many ways to read from and write to Microsoft Excel spreadsheets. Or macOS computer Set up public key authentication using PuTTY on a Windows 10.A spreadsheet is not a database, so it can be a challenge to whip spreadsheet data into analysis-ready shape. Read more otherwise, the macro will not work.This tutorial explains how to generate, upload, and use an SSH key pair. Xlsx is used for simple data, and XLSM is used to store the VBA code. It helps the user to save different types of excel files in various formats.![]() The EXCELCS keyword tells SAS to use the PC Files Server instead of attempting to use in-process data providers. To make this work you don't have to set up any additional software, but your SAS programs must change to use DBMS=EXCELCS. Thanks to the out-of-process communication, this circumvents the bit architecture mismatch. This allows a 64-bit SAS process to delegate the data exchange to a 32-bit PC Files Server process. But you cannot have both the 32-bit and 64-bit versions of these data providers on the same machine if you have 32-bit Microsoft Office, then you're stuck with the 32-bit providers for now.The second remedy is to use the PC Files Server, right there on the same Windows machine where SAS is running. LIBNAME XLSX is available in SAS 9.4 and later.PROC EXPORT DBMS=EXCELCS – uses PC Files Server to write an Excel file. This works the same way on all platforms: Windows and UNIX based. Good for UNIX and for Windows configurations where bitness of SAS and Microsoft Office don't match.LIBNAME XLSX - reads and writes native XLSX files without the need for Microsoft components or the PC Files Server. Requires exclusive lock on an existing Excel file.LIBNAME PCFILES – does the same as LIBNAME EXCEL, but uses PC Files Server. An Excel file is viewed as a SAS library, while sheets/ranges are the member tables. I won't dive into much detail about each method here you can follow the links to find more documentation.These methods use features of SAS/ACCESS to PC Files:LIBNAME EXCEL – reads/writes Excel files at the sheet level when the bitness of SAS (32- or 64-bit) matches the bitness of Microsoft Office installed (or more specifically, the ACE drivers that accompany Office). Blu ray usb drive for macWorks on Windows and UNIX.The following methods do not require SAS/ACCESS to PC Files, so they are popular, even if some don't produce "native" Excel files:ODS EXCEL - produces a native XLSX file, and can include graphics, formatting, and formulas with the use of special directives. No driver or PC Files Server needed. Works on Windows and UNIX.PROC EXPORT DBMS=XLSX – new in 9.3M1, writes Excel 2010 files (XLSX format) directly. Has limits on volume and format. Good for UNIX and for Windows configurations where bitness of SAS and Microsoft Office don't match.PROC EXPORT DBMS=EXCEL - writes Excel files when the bitness of SAS (32- or 64-bit) matches the bitness of Microsoft Office installed (or more specifically, the ACE drivers that accompany Office).PROC EXPORT DBMS=XLS – writes Excel (XLS) files directly, no driver or PC Files Server needed. Provides a fair amount of control over the content appearance, but recent versions of Excel do not recognize as a "native" format, so user is presented with a message to that effect when opening in Excel.FILENAME DDE – uses Windows messages to control what goes into an Excel file, down to the cell level. This method should replace your use of ODS TAGSETS.EXCELXP if you're still using that.PROC EXPORT DBMS=CSV – produces comma separated value files, most often used in Excel.ODS TAGSETS.CSV (or just DATA step and FILE output) – produces comma separated value files, most often used in Excel.DATA step, using FILE and PUT to create delimited files - a simple approach that provides a little bit more control than TAGSETS.CSV or PROC EXPORT DBMS=CSV.ODS TAGSETS.EXCELXP – uses ODS to create an Office XML file. See this post for tips about achieving some fancy effects with ODS EXCEL. ![]() The commonest ultimate destination of data prepared with SAS software is an Excel workbook. One covers a complex multi-function SAS macro, another has a toolkit of single-function SAS macros and sample programs, and the initial conspicuous contributor in this domain (Vyverman) covered parts of the general problem in a few early papers.I’m still hoping for a single, reliable solution created, endorsed, and supported by the SAS development team for programmers to create production batch applications that can create an Excel workbook formatted exactly as desired.For a quick, one-time dump, PROC EXPORT is great.For a simple, slightly formatted report, ODS HTML (or ODS HTML3) with a file type of XLS is adequate.I experiment with ALL of the ODS tagsets for Excel, and inevitably find that whatever is my current choice meets some needs, but not all needs.Call me lazy, but just give me one way that I can depend on.Thanks for starting the dialogue on this important topic. I long ago coined the term "Options Over-Choice" for the situation faced by users of SAS (and other) software.The single best alternative to create a highly formatted report from a SAS production batch application, with the widest capability (even if it sometimes means using an empty, but partially formatted, template workbook to be loaded and formatted further dynamically from SAS code, or the desperate measure of programmatically sending keystrokes to Excel from SAS code), is Dynamic Data Exchange (aka DDE).This old technology (whose death has been prematurely forecasted repeatedly) offers more single-solution power than any of the partial solutions provided by SAS developers to date.Various non-SAS-Institute DDE-oriented authors have discussed what I call "SAS-with-Excel Application Development". By allowing you to access SAS data and analytics from within Microsoft Excel, you pull the results into your Excel session, rather than export them from your SAS session.Chris, “Let me count the ways” is, for me, exactly the problem. In my early days at SAS I was tasked with writing some simple, repeatable DDE examples for the SAS Companion for the Microsoft Windows Environment (my first SAS book) I remember the challenge with fondness.These days, the main obstacle for DDE is not one of technology, but of topology. I agree that DDE is an incredibly flexible (and fast) approach to the problem. Bessler, thank you for the thoughtful response. Not more work to do in order reshape the data delivery.Dr. But I like to deliver to the data viewer/user exactly what she/he wants to see.
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