#I @"C:\Program Files (x86)\BeloSoft\Bfexplorer\"

#r "BeloSoft.Data.dll"
#r "BeloSoft.Bfexplorer.Domain.dll"
#r "BeloSoft.Bfexplorer.Service.Core.dll"

open System
open BeloSoft.Data
open BeloSoft.Bfexplorer.Domain
open BeloSoft.Bfexplorer.Service

//let bfexplorer = nil<IBfexplorerConsole>

let reportMarketSelectionData (market : Market, selection : Selection) =
    printfn "%s - %s: %.2f" market.MarketFullName selection.Name selection.LastPriceTraded

let isMyFootballMatchOddsMarket (market : Market) =
    let homeTeamSelection = market.Selections.[0]

    reportMarketSelectionData (market, homeTeamSelection)

    homeTeamSelection.LastPriceTraded <= 1.8

let isMyFootballOverUnderMarket (market : Market) =
    let overSelection = market.Selections.[1]

    reportMarketSelectionData (market, overSelection)

    overSelection.LastPriceTraded >= 1.5

async {
    let! result = bfexplorer.OpenMyFavouriteBetEvent("Football - Top Leagues")

    if result.IsSuccessResult
    then
        let today = DateTime.Today

        let marketInfos =
            bfexplorer.BetEventBrowserMarketCatalogs
            |> List.filter (fun marketCatalog -> marketCatalog.MarketInfo.StartTime.Date = today)
            |> List.map (fun marketCatalog -> marketCatalog.MarketInfo)

        let! resultMyMarkets = bfexplorer.GetMyMarkets(marketInfos)

        match resultMyMarkets with
        | DataResult.Success markets ->

            for market in markets do
                if isMyFootballMatchOddsMarket market
                then
                    let! resultAssociatedMarkets = bfexplorer.GetMyAssociatedMarkets(market.MarketInfo, [| "OVER_UNDER_25" |])

                    if resultAssociatedMarkets.IsSuccessResult
                    then
                        let marketOverUnder = resultAssociatedMarkets.SuccessResult.Head

                        if isMyFootballOverUnderMarket marketOverUnder
                        then
                            bfexplorer.OpenMyMarkets([ market; marketOverUnder ])

        | DataResult.Failure errorMessage -> printfn "%s" errorMessage
    else
        printfn "%s" result.FailureMessage
}
|> Async.RunSynchronously