109 lines
5.5 KiB
Haskell
109 lines
5.5 KiB
Haskell
{-# LANGUAGE ScopedTypeVariables #-}
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module Handler.Orders where
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import Import
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import Database.Persist.Sql
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import qualified Eve.Api.Char.MarketOrders as MO
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getOrdersR :: Handler Html
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getOrdersR = loginOrDo (\(uid,user) -> do
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-- using raw because model does not know about CCP-Data-Dump
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let sql = "select ??, t.\"typeName\", s.\"stationName\", s.\"regionID\" from \"order\" join \"invTypes\" t on (\"order\".type_id = t.\"typeID\") join \"staStations\" s on (\"order\".station_id = s.\"stationID\") where \"user\"=? order by \"order\".is_sell asc, t.\"typeName\" asc"
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(orders :: [(Entity Order, Single Text, Single Text, Single Text)]) <- runDB $ rawSql sql [toPersistValue uid]
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let f = \(a,_,_,_) -> a
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let sellorders = filter (\(Entity _ o, _, _, _) -> orderIsSell o && orderOrderState o == (fromIntegral . fromEnum) MO.Open) orders
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let sellsum = foldl' sumOrders 0 (f <$> sellorders)
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let sellescrow = foldl' sumEscrow 0 (f <$> sellorders)
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let buyorders = filter (\(Entity _ o, _, _, _) -> not (orderIsSell o) && orderOrderState o == (fromIntegral . fromEnum) MO.Open) orders
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let buysum = foldl' sumOrders 0 (f <$> buyorders)
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let buyescrow = foldl' sumEscrow 0 (f <$> buyorders)
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loginLayout user [whamlet|
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<div class="btn-group btn-group-justified">
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<div class="btn-group">
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<button type="button" class="btn btn-primary" onclick="checkOrders();">Check Over/Undercut
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<div class="btn-group">
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<button type="button" class="btn btn-primary">Feature x
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<div class="btn-group">
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<button type="button" class="btn btn-primary">Feature y
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<div .panel .panel-default>
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<div .panel-heading>Current Sell Orders:
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<table .table .table-condensed .small .sellOrders>
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<tr>
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<th .text-center>Last changed
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<th .text-center>Item
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<th .text-center>Price
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<th .text-center>Quantity (min)
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<th .text-center>Value
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<th .text-center>Range
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<th .text-center>Duration
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<th .text-center>Escrow
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<th .text-center>Station
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$forall (Entity _ o, Single name, Single stationname, Single regionid) <- sellorders
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<tr .order data="#{orderTypeId o};#{regionid};#{orderPriceCents o}">
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<td>#{showDateTime $ orderIssued $ o}
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<td>#{name}
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<td .numeric .price>#{prettyISK $ orderPriceCents o}
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<td .numeric>#{orderVolRemaining o}/#{orderVolEntered o} (#{orderMinVolume o})
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<td .numeric>#{prettyISK $ orderVolRemaining o * orderPriceCents o}
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<td .numeric>#{prettyRange $ orderRange o}
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<td .numeric>#{orderDuration o}
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<td .numeric>#{prettyISK $ orderEscrowCents o}
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<td>#{stationname}
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<tr .total>
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<td>Total
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<td>
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<td>
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<td>
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<td .numeric>#{prettyISK $ sellsum}
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<td>
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<td>
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<td .numeric>#{prettyISK $ sellescrow}
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<td>
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<div .panel .panel-default>
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<div .panel-heading>Current Buy Orders:
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<table .table .table-condensed .small .buyOrders>
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<tr>
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<th .text-center>Last changed
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<th .text-center>Item
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<th .text-center>Price
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<th .text-center>Quantity (min)
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<th .text-center>Value
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<th .text-center>Range
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<th .text-center>Duration
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<th .text-center>Escrow
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<th .text-center>Station
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$forall (Entity _ o, Single name, Single stationname, Single regionid) <- buyorders
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<tr .order data="#{orderTypeId o};#{regionid};#{orderPriceCents o}">
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<td>#{showDateTime $ orderIssued $ o}
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<td>#{name}
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<td .numeric .price>#{prettyISK $ orderPriceCents o}
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<td .numeric>#{orderVolRemaining o}/#{orderVolEntered o} (#{orderMinVolume o})
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<td .numeric>#{prettyISK $ orderPriceCents o * orderVolRemaining o}
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<td .numeric>#{prettyRange $ orderRange o}
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<td .numeric>#{orderDuration o}
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<td .numeric>#{prettyISK $ orderEscrowCents o}
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<td>#{stationname}
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<tr .total>
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<td>Total
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<td>
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<td>
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<td>
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<td .numeric>#{prettyISK $ buysum}
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<td>
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<td>
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<td .numeric>#{prettyISK $ buyescrow}
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<td>
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|]
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)
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sumOrders :: Int64 -> Entity Order -> Int64
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sumOrders s (Entity _ o) = s + orderPriceCents o * orderVolRemaining o
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sumEscrow :: Int64 -> Entity Order -> Int64
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sumEscrow s (Entity _ o) = s + orderEscrowCents o
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prettyRange :: Int32 -> String
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prettyRange = show . (toEnum :: Int -> MO.Range) . fromIntegral
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