visual-fsharp.livejournal.com
F#
http://visual-fsharp.livejournal.com/tag/functional%20programming
Entries by tag: functional programming. Struggling to Put New Wine into Old Wineskins. June 4th, 2010. Lambdas in Java: An In-Depth Analysis. Channel9 lectures on Haskell and Functional Programming. May 27th, 2010. Dr Erik Meijer - Functional Programming Fundamentals. The philosophy and history of functional programming. Haskell syntax and notation. Types and Classes in Haskell. Declaring Types and Classes. The Countdown Problem (. Old but excellent paper by John Hughes on functional programming.
visual-fsharp.livejournal.com
More about F# event performance - F#
http://visual-fsharp.livejournal.com/4337.html
More about F# event performance. June 5th, 2010. Vladimir Matveev implemented yet another variant of high-performant F# events using Linq expression trees. Powered by LiveJournal.com.
visual-fsharp.livejournal.com
Struggling to Put New Wine into Old Wineskins - F#
http://visual-fsharp.livejournal.com/3916.html
Struggling to Put New Wine into Old Wineskins. June 4th, 2010. Lambdas in Java: An In-Depth Analysis. Powered by LiveJournal.com.
visual-fsharp.livejournal.com
F#
http://visual-fsharp.livejournal.com/tag/performance
Entries by tag: performance. More about F# event performance. June 5th, 2010. Vladimir Matveev implemented yet another variant of high-performant F# events using Linq expression trees. Rick Minerich on event performance in F# and C#. June 4th, 2010. More about F# event performance. Rick Minerich on event performance in F# and C#. Powered by LiveJournal.com.
visual-fsharp.livejournal.com
F#
http://visual-fsharp.livejournal.com/tag/announcements
Entries by tag: announcements. New England F# User Group Monthly Meeting. June 4th, 2010. New England F# User Group. Our next meeting will take place on Monday, June 7th. From 6:30pm to 8:30pm. All interested are welcome to join us. Speaker: Steffen Forkmann, author of. Steffen is the author of the two open source F# projects FAKE - F# Make ( http:/ bitbucket.org/forki/. And NaturalSpec ( http:/ bitbucket.org/forki/. Microsoft Research New England. First Floor Conference Center. Cambridge, MA 02142.
visual-fsharp.livejournal.com
F# User Group meeting - F#
http://visual-fsharp.livejournal.com/4419.html
F# User Group meeting. June 7th, 2010. It was pretty cool. Steffen Forkmann spoke from Germany for groups here in Boston and New Orleans (at TechEd 2010). Looks like F# is almost ideal for creating DSLs. Discovered new F# feature which allows create functions like this:. Function name with spaces и всяческим уникодом` num =. Printfn Output from the function %d num. Just wrap the arbitrary string by double ticks ` – and it will be perfectly legal F# identifier! Output from the function 45.
visual-fsharp.livejournal.com
Community moved - F#
http://visual-fsharp.livejournal.com/5052.html
June 26th, 2010. Will post new entries in my new blog:. Http:/ www.sharpamqp.net/blog/. Powered by LiveJournal.com.
visual-fsharp.livejournal.com
F#
http://visual-fsharp.livejournal.com/tag/fsug
Entries by tag: fsug. New England F# User Group Monthly Meeting. June 4th, 2010. New England F# User Group. Our next meeting will take place on Monday, June 7th. From 6:30pm to 8:30pm. All interested are welcome to join us. Speaker: Steffen Forkmann, author of. Steffen is the author of the two open source F# projects FAKE - F# Make ( http:/ bitbucket.org/forki/. And NaturalSpec ( http:/ bitbucket.org/forki/. Microsoft Research New England. First Floor Conference Center. Cambridge, MA 02142.
visual-fsharp.livejournal.com
Fun with Fibonacci - F#
http://visual-fsharp.livejournal.com/3090.html
June 3rd, 2010. F#, using GeSHi 1.0.8.6. Parsed in 0.008 seconds at 11.48 KB/s. Horrible performance. fibnaive 40 took 16.6 sec on my laptop. It’s handy that F# have matrix. Type in Microsoft.FSharp.Math. The type matrix uses float numbers. Let’s see how we could calculate Fibonacci’s:. F#, using GeSHi 1.0.8.6. Parsed in 0.013 seconds at 21.61 KB/s. Result of fib 1000:. Real: 00:00:00.002, CPU: 00:00:00.000, GC gen0: 0, gen1: 0, gen2: 0. Val it : System.Numerics.BigInteger =. Now the result of fib 1000.
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