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Wrapper around the Double Dummy Solver C++ Library.
The newest version!
@file:JvmName("Dds")

package com.github.phisgr.dds

import dds.Dds
import java.lang.foreign.MemorySegment
import kotlin.Int
import kotlin.jvm.JvmName

public fun solveBoard(
    dl: Deal,
    target: Int,
    solutions: Int,
    mode: Int,
    futp: FutureTricks,
    threadIndex: Int,
) {
    withThread(threadIndex) {
        Dds.SolveBoard(dl.memory, target, solutions, mode, futp.memory,
                threadIndex).checkErrorCode()
    }
}

public fun solveBoardPBN(
    dlpbn: DealPBN,
    target: Int,
    solutions: Int,
    mode: Int,
    futp: FutureTricks,
    thrId: Int,
) {
    withThread(thrId) {
        Dds.SolveBoardPBN(dlpbn.memory, target, solutions, mode, futp.memory,
                thrId).checkErrorCode()
    }
}

public fun calcDdTable(tableDeal: DdTableDeal, tablep: DdTableResults) {
    withAllThreads {
        Dds.CalcDDtable(tableDeal.memory, tablep.memory).checkErrorCode()
    }
}

public fun calcDdTablePBN(tableDealPBN: DdTableDealPBN, tablep: DdTableResults) {
    withAllThreads {
        Dds.CalcDDtablePBN(tableDealPBN.memory, tablep.memory).checkErrorCode()
    }
}

public fun calcAllTables(
    dealsp: DdTableDeals,
    mode: Int,
    trumpFilter: CIntArray,
    resp: DdTablesRes,
    presp: AllParResults,
) {
    withAllThreads {
        Dds.CalcAllTables(dealsp.memory, mode, trumpFilter.memory, resp.memory,
                presp.memory).checkErrorCode()
    }
}

public fun calcAllTablesPBN(
    dealsp: DdTableDealsPBN,
    mode: Int,
    trumpFilter: CIntArray,
    resp: DdTablesRes,
    presp: AllParResults,
) {
    withAllThreads {
        Dds.CalcAllTablesPBN(dealsp.memory, mode, trumpFilter.memory, resp.memory,
                presp.memory).checkErrorCode()
    }
}

public fun solveAllBoards(bop: BoardsPBN, solvedp: SolvedBoards) {
    withAllThreads {
        Dds.SolveAllBoards(bop.memory, solvedp.memory).checkErrorCode()
    }
}

public fun solveAllBoardsBin(bop: Boards, solvedp: SolvedBoards) {
    withAllThreads {
        Dds.SolveAllBoardsBin(bop.memory, solvedp.memory).checkErrorCode()
    }
}

public fun solveAllChunks(
    bop: BoardsPBN,
    solvedp: SolvedBoards,
    chunkSize: Int,
) {
    withAllThreads {
        Dds.SolveAllChunks(bop.memory, solvedp.memory, chunkSize).checkErrorCode()
    }
}

public fun solveAllChunksBin(
    bop: Boards,
    solvedp: SolvedBoards,
    chunkSize: Int,
) {
    withAllThreads {
        Dds.SolveAllChunksBin(bop.memory, solvedp.memory, chunkSize).checkErrorCode()
    }
}

public fun solveAllChunksPBN(
    bop: BoardsPBN,
    solvedp: SolvedBoards,
    chunkSize: Int,
) {
    withAllThreads {
        Dds.SolveAllChunksPBN(bop.memory, solvedp.memory, chunkSize).checkErrorCode()
    }
}

public fun par(
    tablep: DdTableResults,
    presp: ParResults,
    vulnerable: Vulnerability,
) {
    Dds.Par(tablep.memory, presp.memory, vulnerable.encoded).checkErrorCode()
}

public fun calcPar(
    tableDeal: DdTableDeal,
    vulnerable: Vulnerability,
    tablep: DdTableResults,
    presp: ParResults,
) {
    withAllThreads {
        Dds.CalcPar(tableDeal.memory, vulnerable.encoded, tablep.memory,
                presp.memory).checkErrorCode()
    }
}

public fun calcParPBN(
    tableDealPBN: DdTableDealPBN,
    tablep: DdTableResults,
    vulnerable: Vulnerability,
    presp: ParResults,
) {
    withAllThreads {
        Dds.CalcParPBN(tableDealPBN.memory, tablep.memory, vulnerable.encoded,
                presp.memory).checkErrorCode()
    }
}

public fun sidesPar(
    tablep: DdTableResults,
    sidesRes: ParResultsDealer.Array,
    vulnerable: Vulnerability,
) {
    Dds.SidesPar(tablep.memory, sidesRes.memory, vulnerable.encoded).checkErrorCode()
}

public fun dealerPar(
    tablep: DdTableResults,
    presp: ParResultsDealer,
    dealer: Direction,
    vulnerable: Vulnerability,
) {
    Dds.DealerPar(tablep.memory, presp.memory, dealer.encoded, vulnerable.encoded).checkErrorCode()
}

public fun dealerParBin(
    tablep: DdTableResults,
    presp: ParResultsMaster,
    dealer: Direction,
    vulnerable: Vulnerability,
) {
    Dds.DealerParBin(tablep.memory, presp.memory, dealer.encoded,
            vulnerable.encoded).checkErrorCode()
}

public fun sidesParBin(
    tablep: DdTableResults,
    sidesRes: ParResultsMaster.Array,
    vulnerable: Vulnerability,
) {
    Dds.SidesParBin(tablep.memory, sidesRes.memory, vulnerable.encoded).checkErrorCode()
}

public fun convertToDealerTextFormat(pres: ParResultsMaster, resp: MemorySegment) {
    Dds.ConvertToDealerTextFormat(pres.memory, resp).checkErrorCode()
}

public fun convertToSidesTextFormat(pres: ParResultsMaster.Array, resp: ParTextResults) {
    Dds.ConvertToSidesTextFormat(pres.memory, resp.memory).checkErrorCode()
}

public fun analysePlayBin(
    dl: Deal,
    play: PlayTraceBin,
    solved: SolvedPlay,
    thrId: Int,
) {
    withThread(thrId) {
        Dds.AnalysePlayBin(dl.memory, play.memory, solved.memory, thrId).checkErrorCode()
    }
}

public fun analysePlayPBN(
    dlPBN: DealPBN,
    playPBN: PlayTracePBN,
    solvedp: SolvedPlay,
    thrId: Int,
) {
    withThread(thrId) {
        Dds.AnalysePlayPBN(dlPBN.memory, playPBN.memory, solvedp.memory, thrId).checkErrorCode()
    }
}

public fun analyseAllPlaysBin(
    bop: Boards,
    plp: PlayTracesBin,
    solvedp: SolvedPlays,
    chunkSize: Int,
) {
    withAllThreads {
        Dds.AnalyseAllPlaysBin(bop.memory, plp.memory, solvedp.memory, chunkSize).checkErrorCode()
    }
}

public fun analyseAllPlaysPBN(
    bopPBN: BoardsPBN,
    plpPBN: PlayTracesPBN,
    solvedp: SolvedPlays,
    chunkSize: Int,
) {
    withAllThreads {
        Dds.AnalyseAllPlaysPBN(bopPBN.memory, plpPBN.memory, solvedp.memory,
                chunkSize).checkErrorCode()
    }
}