| namespace PKI | |
| { | |
| class Results : IEquatable<Results> | |
| { | |
| internal static readonly Results NotFound = new Results | |
| { | |
| Directory = "", | |
| KeyName = "" | |
| }; |
Some examples of edge cases that have to be watched out for in GetEventStore, starting with the read API. Here's the F#-API type for ReadStreamEventsForwardAsync:
/// <see cref="EventStore.ClientAPI.StreamEventsSlice" />
type StreamEventsSlice =
| NotFound of StreamId
| Deleted of StreamId
| Success of StreamSlice
/// Convert a <see cref="EventStore.ClientAPI.StreamEventsSlice" /> to a
/// ConnectionApi.EventsSlice.
Some examples of edge cases that have to be watched out for in GetEventStore, starting with the read API. Here's the F#-API type for ReadStreamEventsForwardAsync:
/// <see cref="EventStore.ClientAPI.StreamEventsSlice" />
type StreamEventsSlice =
| NotFound
| Deleted
| Success of StreamSlice
/// Convert a <see cref="EventStore.ClientAPI.StreamEventsSlice" /> to a
/// ConnectionApi.EventsSlice.
| System.InvalidOperationException | |
| Something went wrong when trying to satisfy one of the dependencies during composition, make sure that you've registered all new dependencies in the container and inspect the innerexception for more details. | |
| at Nancy.Bootstrapper.NancyBootstrapperBase`1.SafeGetNancyEngineInstance() | |
| at Nancy.Bootstrapper.NancyBootstrapperBase`1.GetEngine() | |
| at Nancy.Testing.Browser..ctor(INancyBootstrapper bootstrapper) | |
| at Specs.When_binding.<.ctor>b__4() in ModelBinding_Specs.cs: line 105 | |
| Nancy.TinyIoc.TinyIoCResolutionException | |
| Unable to resolve type: Nancy.NancyEngine | |
| at Nancy.TinyIoc.TinyIoCContainer.ConstructType(Type requestedType, Type implementationType, ConstructorInfo constructor, NamedParameterOverloads parameters, ResolveOptions options) | |
| at Nancy.TinyIoc.TinyIoCContainer.SingletonFactory.GetObject(Type requestedType, TinyIoCContainer container, NamedParameterOverloads parameters, ResolveOptions options) |
@Lev I have considered that. It looks to me like a functional reactive programming patterns where you create projections/behaviours that you can compose together. Ambient monads, such as the transaction demonstrated in the example should be modelled to contain the functors (the computations that are the projections/behaviours - i.e. the binds (:: T x T -> T) that let the data flow through a pipeline inside a context) --> http://stackoverflow.com/questions/3870088/a-monad-is-just-a-monoid-in-the-category-of-endofunctors-whats-the-problem.
The problem being C# then: there's no way to contain computations statically, like what you can achieve with monads. You can do it dynamically using disposable observables though. I belive more in F#'s computation workflows in this case, giving access to a CLR interface that your behaviours (projections producing value) need to implement, that are then fed back into F# and the projection framework.
Once a framework for producing, joining and consuming (reacting to) values h
| $ vagrant provision | |
| [default] Running provisioner: VagrantPlugins::Puppet::Provisioner::Puppet... | |
| Running Puppet with dev.jobAd.appserver.pp... | |
| Warning: Config file /etc/puppet/hiera.yaml not found, using Hiera defaults | |
| Notice: /Stage[main]/Riak::Appconfig/File[/var/log/riak]/group: group changed 'root' to 'riak' | |
| Notice: /Stage[main]/Riak::Appconfig/File[/var/lib/riak]/group: group changed 'root' to 'riak' | |
| Notice: /Stage[main]/Riak::Appconfig/File[/usr/lib/riak]/group: group changed 'root' to 'riak' | |
| Error: Could not start Service[riak]: Execution of '/sbin/service riak start' returned 1: | |
| Error: /Stage[main]/Riak/Service[riak]/ensure: change from stopped to running failed: Could not start Service[riak]: Execution of '/sbin/service riak start' returned 1: | |
| Notice: /Stage[main]/Riak/Service[riak]: Triggered 'refresh' from 1 events |
| MD5 (vendor/FSharp.Core.dll) = cf4b5f8cf939563f08b834d7d84dde25 |
| There are three versions of F#. | |
| 2.0. 3.0, the open source version. 3.0, the Visual Studio version. Wtf? | |
| During compile time, there is F# assembly version 2.0. There is F# assembly | |
| version 4.0 and F# assembly version 4.3. The assembly version 4.0 runs on | |
| WinRT/.Net 4.5 and is F# 2.0. The assembly version 4.3 runs on WinRT/.Net 4.5 | |
| and is F# 3.0. Wtf? | |
| Then there's GAC 2.0 that can contain the above F# 2.0. This GAC doesn't know |
| source "http://rubygems.org" | |
| gem 'puppet', '=3.1.1' | |
| gem 'windows-pr', '=1.2.2' | |
| gem 'windows-api', '=0.4.0' | |
| gem 'win32console', '=1.3.2' | |
| gem 'win32-taskscheduler', '=0.2.2' | |
| gem 'win32-service', '=0.7.2' | |
| gem 'win32-security', '=0.1.4' | |
| gem 'win32-process', '=0.6.5' | |
| gem 'win32-eventlog', '=0.5.3' |
| Hi, | |
| I'm trying to make Hiera look at nginx::params::varname, where 'varname' is the name of the variable that I request. Example: | |
| class nginx::params { | |
| $varname = 456 | |
| } | |
| define site($varname = hiera('varname')) { | |
| file { $varname: |