Upgrades are recommended prior to the support end date:Outlook 2011 for Mac is not synchronising categories from a shared mailbox. As indicated in the page shared by Don above, on October 10, 2017, mainstream support will end on Office for Mac 2011. I’ll cover the major improvements made by category:Since September 22, 2016, Office for Mac 2011 was no longer be available for download and installation from the portals.Previous MacOS versions supported Rosetta, an Apple Mac OSX. Office for Mac 2004 will not run on Lion. Microsoft will resolve this issue in an upcoming update to Communicator for Mac. New productivity features for Visual StudioBlog from the Marriott Library, ITS Apple group covering covering topics in a enterprise integration & support of Apple technology in a heterogeneous.There are two major Office for Mac issues Microsoft is aware of running on Lion: Communicator for Mac crashes when you send an IM or start an audio/visual call. This feature is available on Windows versions of Outlook, but unfortunately it's not working on Outlook for Mac 2011.NET Core Scripting:If you already had the F# Interactive window open, you’ll need to close and re-open it. To turn it on, visit tools > options > F# Tools > F# Interactive > Use. NET 5 scripting for Visual StudioVisual Studio 16.9 introduces. Tooling performance and responsiveness improvementsThere’s a lot to cover, so strap in! But first, we need your feedback!Are you using F# and Visual Studio today? If so, we want your feedback!» Take the F# and Visual Studio tools survey. The latest review false information was posted on Sep 30, 2011.
![]() Casper Office 2011 Mac Is NotThe default set of libraries available to your scripts will be. Packages that require netstandard2.1, netcoreapp3.1, or net5.0 will now work with #r "nuget." in F# Interactive from Visual Studio NET Framework.With this setting turned on, F# Interactive will use dotnet fsi to process F# code, and all F# scripts will behave as if they will run on. NET scripting tasks and pull in package dependencies that aren’t compatible with. Signature Help for F# function callsIntelliSense has a feature called Signature Help (sometimes called Parameter Help) for when you’re calling something and passing in a parameter. New F# productivity featuresVisual Studio 16.9 comes with a new kind of signature/parameter help mode and 14 new code fixes. NET Framework-based scripting to flip the setting. In a future update, we will make this the default and require anyone who does. NET Framework to run (e.g., depend on AppDomains) may not work when this is usedFor now, you’ll need to turn this on to get the behavior. Many of these are motivated by mistakes that newcomers to F# can make, but some are common even for F# experts. 14 new code fixesWe identified several common scenarios where errors or warnings in routine F# coding could occur where those errors or warnings could actually be resolved by Visual Studio. That’s because it’s already applied by the pipeline! Signature Help is pipeline-aware. Then you’ll see a similar tooltip, but this time for the F# function signature:As you can see, the second argument to List.map is no longer in the tooltip. F# function paramters are separated by spaces, so to trigger Signature Help, press the space key. If you use it when you don’t need to, Visual Studio will suggest to remove it:Convert record expression to anonymous recordUse mutation syntax when a value is mutableF# uses the operator or the downcast keyword), Visual Studio will suggest an upcast:Add missing = to record, union, or type alias definitionIf you’re defining a record type, union type, or type alias and forget to type the = keyword, Visual Studio will suggest to add one:F# uses a single = to perform an equality check. For beginners coming from other languages where you need to use the return keyword to indicate you’re returning something from a function or method, this might be confusing at first. Add missing fun keyword in F# lambdaAnother lambda fix, if you forget to type the fun keyword, Visual Studio can detect that and add it for you:The return keyword has special meaning when used in Computation Expressions but is otherwise not used in F#. Adobe after effects cnet osxThere are a surprisingly large amount of tricky ways that the error this is triggered off of can manifest. Visual Studio can detect several of these and offer to wrap an expression in parentheses so that your code will compile:Not every possible case is covered yet. If you’re using !, which has a different meaning in F#, Visual Studio will suggest to switch to not:There are several scenarios where you need to use parentheses to disambiguate your code. Many other languages use !. When you’re using one for an equality check, Visual Studio will suggest to switch to = so your code can compile:F# uses the not operator to negate a boolean expression. This release is no different! Improved responsiveness for most IDE featuresThis release features an adjustment to the F# language service. Tooling performance and responsiveness improvementsFor the past several Visual Studio releases, we’ve been chipping away at F# tooling performance for large solutions. We found that people who start with F# can struggle with this issue, so Visual Studio will offer a code fix to change the code to subtraction:Each of the 14 code fixes are also in Visual Studio CodeThanks to Chet Husk, the Ionide plugin for Visual Studio Code (the best way to write F# code in Visual Studio Code) has every one of these code fixes. This is because the compiler isn’t sure if you’re trying to pass -1 to values.Length or if you’re subtracting 1 from values.Length. Fix ambiguity between subtraction and negationIn F#, the code values.Length -1 and values.Length - 1 are considered ambiguous. Gameboy advance emulator for mac osx 10123That is, if a background thread was busy typechecking user code, it can just use a different background thread to get a parse tree and calculate some information based on that data.The second kind of request is serial because it relies on the F# typechecker. A request for data about the meaning (semantics) of F# codeThe first kind of request doesn’t rely on the F# typechecker, and for over two years now these requests have been free-threaded. A request for data about the structure (syntax) of F# code If there are up to date caches of typecheck info to use, just use the data there and don’t wait for a background typecheck operation In light of this, we changed how these requests for some tooling features are processed by the F# language service: A consequence of this behavior is that F# tooling features that work with typechecked data are impacted by the F# compiler needing to typecheck things.However, in the large majority of cases, changing the types of things doesn’t actually change everything downstream! So-called “stale” data is almost always correct, and the F# language service has a caching system that can determine if things are already up-to-date or not. For example, adding a new case to a Union Type or changing the output type of a highly-used function can have downstream effects across your entire codebase. They can be helpful in “locking down” an API so that consumers can only see additional things if they are added to the signature file.If you’re unfamiliar with them, here’s an example of what a signature file and implementation file pair can look like:This is a highly simplified example, but it demonstrates how the signature of the add2 function is explicitly represented in a file.If you are working in a large codebase, we highly recommend creating signature files (. Big performance gains for codebases with F# signature filesF# signature files are files that define a public API surface area that a backing implementation file implements. If you are using Type Providers, then things will still behave as before. For smaller codebases, things were likely already fairly responsive and so you might not notice a whole lot. If the request comes from a type provider requesting to update its types, this remains serialized because they must always be up to dateThe result is increased responsiveness for tooltips, IntelliSense, and other features when working in a large codebase. And starting with Visual Studio 16.9, there are two major performance improvements when using them.First, we apply an optimization that goes “up” a dependency hierarchy. This will ensure that APIs exposed throughout your codebase have the shape you intend them to have.
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