Thorium

module GraphVizSample

open GraphVizWrapper
open GraphVizWrapper.Commands
open GraphVizWrapper.Queries
open System
open System.Configuration
open System.Drawing
open System.IO

Thorium

open System
open System.IO
open System.Net
open System.Text.RegularExpressions

let req = HttpWebRequest.Create "https://raw.githubusercontent.com/ua-parser/uap-core/master/regexes.yaml"
let resp = (new StreamReader(req.GetResponse().GetResponseStream())).ReadToEnd()
let lines = resp.Split( [| Environment.NewLine; "\r"; "\n"; "\r\n" |], StringSplitOptions.RemoveEmptyEntries)
/// Minimal YAML-file parsing
let yamlParse = 

Thorium

# Take FSharp docker image and run Fake build script using Paket FSharp and Gulp.
image: fsharp:latest

pipelines:
  default:
    - step:
        script:
          - echo "Runs on branches that don't have specific pipeline."
          # Install general utilities for building
          - apt-get -qq update

Thorium

// FTPS = SSL encrypted FTP.
// SFTP = FTP over SSH. 

// Set this as config, as the server may change the certificate.
let ``trusted server certificate hash`` = "603780E732DB12D0F6BA434BA8E04D141904A165"

open System
open System.IO
open System.Net
open System.Net.Security

Thorium

// #r "../packages/SSH.NET/lib/net40/Renci.SshNet.dll"

open Renci.SshNet
open System.IO

/// FSharp Async wrapper for SSH.NET SFTP
type SftpClient with
    member x.ListDirectoryAsync path =
        Async.FromBeginEnd((fun(iar,state) ->

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(*

Install-Package FSharp.Data
Install-Package Accord
Install-Package Accord.MachineLearning
Install-Package Accord.Math
Install-Package Accord.Statistics

*)
#if INTERACTIVE

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// Example follows this, translated to FSharp:
// https://msdn.microsoft.com/en-us/library/dn903708.aspx 

// Just instead of copy&pasting C#, add a new F# class library and paste this code to there,
// then add that to reference to your C#-project.

// If you want to deploy without C# project, see e.g. this:
// You need to use some VSIX-package to deploy the code:
// https://github.com/fsharp-vsix/FsVSIX

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// This example uses the same data and methods as
// http://accord-framework.net/docs/html/T_Accord_Statistics_Models_Regression_LogisticRegression.htm

#I @"./packages"
#r @"FSharp.Data.2.3.2/lib/net40/FSharp.Data.dll"
#r @"Accord.3.4.0/lib/net45/Accord.dll"
#r @"Accord.MachineLearning.3.4.0/lib/net45/Accord.MachineLearning.dll"
#r @"Accord.Math.3.4.0/lib/net45/Accord.Math.Core.dll"
#r @"Accord.Math.3.4.0/lib/net45/Accord.Math.dll"
#r @"Accord.Statistics.3.4.0/lib/net45/Accord.Statistics.dll"

Thorium

// Using FSharp.Data
type WalletData = 
    FSharp.Data.JsonProvider<
        """{"unspent_outputs":[{"value":9000000000},{"value":10}]}""">

let getBalance publicKey =
    let balance = 
        try
            WalletData.Load(

Thorium

//Using FSharp.Data
type BtcData = FSharp.Data.JsonProvider<"""{
  "USD":{"15m":1.1,"last":1.1,"buy":1.1,"sell":1.1,"symbol":"$"},
  "EUR":{"15m":1.1,"last":1.1,"buy":1.1,"sell":1.1,"symbol":"€"},
  "GBP":{"15m":1.1,"last":1.1,"buy":1.1,"sell":1.1,"symbol":"£"}
}""">

let prices = BtcData.Load("https://blockchain.info/ticker")
//prices.Eur.Buy  : val it : decimal = 923.52M (at 02/02/2017)
//prices.Gbp.Sell : val it : decimal = 794.61M (at 02/02/2017)