MSBUILD : OctoPack error OCT-1676060969: at (String uriString) MSBUILD : OctoPack error OCT-1676060969: at (String uri, Boolean dontEscape, UriKind uriKind) > System.UriFormatException: Invalid URI: The format of the URI could not be determined. See the inner exception for more details. MSBUILD : OctoPack error OCT-1676060969: System.Exception: Failed to build the path for '\bin\roslyn\csc.exe' relative to 'T:\workspace\machine.engine\': Invalid URI: The format of the URI could not be determined. In my case I have had issue in Jenkins when it tried to deploying it in Octopus with following error: MSBUILD : OctoPack error OCT-1676060969: Failed to build the path for '\bin\roslyn\csc.exe' relative to 'T:\workspace\machine.engine\': Invalid URI: The format of the URI could not be determined. In the dedom node, you can see why it was bringing in roslyn: compilerOptions="/langversion:6 We had to remove the NuGet package which then removed: In my case, similar to Basim, there was a NuGet package that was telling the compiler we needed C# 6, which we didn't. Start /MIN xcopy /s /y /R "$(OutDir)roslyn\*.*" "$(WebProjectOutputDir)\bin\Roslyn" If not exist "$(WebProjectOutputDir)\bin\Roslyn" md "$(WebProjectOutputDir)\bin\Roslyn" csproj of my offending projects now looks like: After much frustration I decided on a 'hack' fix - an additional post-build task to delete these files from the bin directory, removing the conflict. The reason for this is that as the roslyn files are getting dumped into the main bin directory, when you run the xcopy to recreate them in the nested roslyn folder, you now have 2 copies of these files being compiled and there is a clash between them. Exactly the same - the roslyn folder was not in the bin directory, and all the roslyn files were lumped in with the bin 's answer was the only thing that worked for me (as I am using the C# 6 language features, I cannot simply uninstall the nuget packages as per other answers), but as I am also running CodeAnalysis, I was getting another error on my deployment target server:Īn attempt to override an existing mapping was detected for type with name "", currently mapped to type .CompilationUnitSyntax, to type .CompilationUnitSyntax. I experienced this error on a Jenkins build server running MSBuild, which outputs the build files to a separate folder location (_PublishedWebsites). Tools -> options-> nuget package Manager->Package source-> Microsoft Visual Studio Offline PackagesĬ:\Program Files (x86)\Microsoft SDKs\NuGetPackages Try copying this package to offline version Remember this package compile your folder and if its not there you cannot compile anything and so you cannot add anything too. Try uninstall and install of NuGet Package. \code\WebSite1\Bin\Roslyn some how that is not happening for you. Now as part of compiling this Folder should get copied to your website under bin like this. \code\packages\.2.0.0Ĭan you see code\packages\.2.0.0\tools\RoslynLatest in it Go to your website NuGet Packages check this Folder You should have it in Bin folder for these Projects It may be rights issue or some execution policy which stops it from copying to Bin folder NuGet package is behaving differently on different machine. NET Framework 4.5.2.The answer for this is different for Website project and Web application Project. \.\packages\*.*) inside tags on top and in with name "EnsureNuGetPackageBuildImports" on the bottom. csproj and made sure that the paths to packages are correct (in my case. Originally before I wrote the answer back in 2015 I fixed it by installing following packages at specific versions: The solution is to reinstall/upgrade that package to a bug-free version. The Roslyn compiler comes from a NuGet package and there is/was a bug in some versions of that package (I don't know exactly which ones). Same with adding compiler binaries manually to the project. This problem is not related to Visual Studio itself, so answers suggesting adding build steps to copy files over are rather a workaround.
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If you request to not be contacted, your request will be honored. You may be contacted periodically to inform you of updates and offers regarding information and services from Tom Dozier and the Misophonia Treatment Institute (). Your information will not be given or sold to any other organization. Privacy Policy for App Purchase (and all contacts with ) The app is available on Google Play for Android devices as the Misophonia Trigger Tamer Plus. The Dozier Misophonia Trigger Tamer is available on iTunes as of 8/25/17. This allows you to connect the Android phone to your Mac USB port. HELP CONNECTING Mac and Android phone – Load app Android File Transfer () on your Mac. The Android version is very similar to the iPhone version, but does look a bit different. (temporarily unavailable due to changes in iOS 9)įor the Android version of the app, click here. Contact me by email.įor the full version of the iPhone app, click here. If you really cannot afford the $40 for the app, then I can subsidize you. The free version was not suitable for treatment, and is no longer available. There was a free version of the app for iPhone, but I found that people were trying to see if it “worked” for them. Available on iPhone and Android.įor a demonstration of the app, click here. It will let you choose which trigger you will work on each day. Stories Logout No Results Found Get the free App now Manage notifications. It will let you choose your favorite songs for the treatment. However, the community is not expecting any MacBook or iMac launches at this. This app lets you adjust the trigger to create a minimal reaction. The smartphone app makes it easy to do your homework for the Neural Repatterning Technique (NRT) treatment.
By adding the following OnModelCreating code to my EventContext, I was able to tell Entity Framework Core to store the Date property as a DateTime with the Kind set to DateTimeKind.Unspecified. This first problem was actually easy enough to solve using a ValueConverter. Either explicitly map this property, or ignore it using the ‘’ attribute or by using ‘EntityTypeBuilder.Ignore’ in ‘OnModelCreating’. InvalidOperationException: The property ‘Event.Date’ could not be mapped, because it is of type ‘LocalDate’ which is not a supported primitive type or a valid entity type. Attempting to run the app, I was greeted with a friendly InvalidOperationException: This is where I ran into my first problem. Public EventContext( DbContextOptions options) : base( options) This app was using Entity Framework Core and there was a DbSet for the Event class. NodaTime provides a LocalDate type that is perfect for this scenario so I declared a LocalDate property named Date on my Event class. I don’t want to deal with time at all, I’m only interested in the date the event is being held. It might be initially tempting to store the date of the event as a DateTime in UTC, but that’s not necessarily accurate unless the event happens to be held at the Royal Observatory Greenwich. In my app, I needed to model an Event that occurs on a particular date. It helps you to think about your data more clearly, and express operations on that data more precisely. Noda Time is an alternative date and time API for. That’s why the Noda Time library was created, billing itself as a better date and time API for. There is no type that represents a Date on it’s own. For example, how to I represent a date in. NET’s somewhat limited representation of date and time values through the one DateTime class. So, let's wrap the Noda's IClock interface in a static provider that is also async thread-safe :ok_hand.If you have ever dealt dates/times in an environment that crosses time zones, you know who difficult it can be to handle all scenarios properly. that NodaTime prefers the dependency injection method, which as discussed above, I think for a core cross-cutting concern you want to make the usage as easy as possible. Learn how to use NodaTime's Instant and the IClock interface which pretty much does what this is trying to do. Using NodaTimeĪ few weeks after we switched our to using NodaTime, a friend raised issue DateTimeProvider #29 that I should use Noda Time instead. After a bit of research, If you're in a similar situation, I recommend using NodaTime by Jon Skeet - it gives you the much needed confidence that you are capturing date/time correctly. In the application that I'm tech leading, we have non-functional requirements that need precise handling of date and/or time across multiple time-zones. This abstraction works well if your domain only needs DateTime and rough approximations of TimeZone, i.e. This is relatively easier to using AsyncLocal as I'll show you in a bit. One caveat of using a static implementation is that you need to async theadsafe or otherwise this will happen. I think this is a really useful feature as it allows to you to write and test time dependent code.įinally, it has a Rosyln Analyser that detects usages of DateTime.Now and in Visual Studio suggests replacing usages :lightbulb: with DateTimeProvider. It allows you to Pin DateTime so can be manipulated in a fixed scope. I prefer this approach so that you aren't forced to dependency inject an instance of IClock or IDateTimeProvider down through layers. Uses static injection that you can access DateTimeProvider.Now from anywhere in your code similar to DateTime.Now. In my (humble) opinion, DateTimeProvider has a few great features: A few years ago, I rolled up my experiences from several projects into a library DateTimeProvider. I have previously tried to solve the last point using a IClock or ITimeProvider interfaces. Allowing your code to be testable, i.e.Side Note: This is why it's important to always test in a deployed environment before handing over for testing or the Product Owner for sign-off.Forgotting that your API can be hosted in UTC, i.e.Ensuring that you can capture your domain accurately across timezones.Date and Time is one of those frustrating things in building an application that can be difficult to get right. |
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