package calc

import (
	"gitea.zaclys.com/bvaudour/gob/number"
	"gitea.zaclys.com/bvaudour/gob/option"
)

func Push(numbers ...number.Number) CalcFunc {
	return func(c *Calc) (err option.Option[error]) {
		c.Push(numbers...)
		return
	}
}

// Gestion de la pile
func Pop(c *Calc) option.Option[error]            { return c.Pop() }
func Reset(c *Calc) option.Option[error]          { return c.Reset() }
func Duplicate(c *Calc) option.Option[error]      { return c.Duplicate() }
func DuplicateStack(c *Calc) option.Option[error] { return c.DuplicateStack() }
func Reverse(c *Calc) option.Option[error]        { return c.Reverse() }
func ReverseStack(c *Calc) option.Option[error]   { return c.ReverseStack() }
func Sort(c *Calc) option.Option[error]           { return c.Sort() }
func SortDesc(c *Calc) option.Option[error]       { return c.SortDesc() }

// Gestion du registre
func ResetRegistry(k string) CalcFunc {
	return func(c *Calc) option.Option[error] {
		return c.ResetRegistry(k)
	}
}
func ResetRegistries(c *Calc) option.Option[error] { return c.ResetRegistries() }
func Store(k string) CalcFunc {
	return func(c *Calc) option.Option[error] {
		return c.Store(k)
	}
}
func StoreStack(k string) CalcFunc {
	return func(c *Calc) option.Option[error] {
		return c.StoreStack(k)
	}
}
func Load(k string) CalcFunc {
	return func(c *Calc) option.Option[error] {
		return c.Load(k)
	}
}

// Gestion des macros
func ResetMacro(k string) CalcFunc {
	return func(c *Calc) option.Option[error] {
		return c.ResetMacro(k)
	}
}
func ResetMacros(c *Calc) option.Option[error] { return c.ResetMacros() }
func StoreMacro(k string, args ...MacroElement) CalcFunc {
	return func(c *Calc) (err option.Option[error]) {
		c.StoreMacro(k, args...)
		return
	}
}
func Exec(s MacroStack) CalcErrFunc {
	return func(c *Calc) []error {
		return c.Exec(s)
	}
}
func ExecMacro(k string) CalcErrFunc {
	return func(c *Calc) []error {
		return c.ExecMacro(k)
	}
}
func If(e1, e2 MacroElement) CalcFunc {
	return func(c *Calc) option.Option[error] {
		return c.If(e1, e2)
	}
}

// Aucune action
func NoAction(c *Calc) option.Option[error] { return c.NoAction() }

var (
	// Opérations mathématiques
	Abs    = Op1(number.Abs)
	Neg    = Op1(number.Neg)
	Inc    = Op1(number.Inc)
	Dec    = Op1(number.Dec)
	Inv    = Op1(number.Inv)
	Add    = Op2(number.Add)
	Sub    = Op2(number.Sub)
	Mul    = Op2(number.Mul)
	Div    = Op2(number.Div)
	Quo    = Op2(number.Quo)
	Rem    = Op2(number.Rem)
	Square = Op1(number.Square)
	Pow    = Op2(number.Pow)
	Sqrt   = Op1(number.Sqrt)
	Sqrtn  = Op2(number.Sqrtn)
	Fact   = Op1(number.Fact)

	// Opérations de comparaison
	Cmp = Op2(number.Cmp)
	Eq  = Op2(number.Eq)
	Ne  = Op2(number.Ne)
	Gt  = Op2(number.Gt)
	Lt  = Op2(number.Lt)
	Ge  = Op2(number.Ge)
	Le  = Op2(number.Le)

	// Opérations sur les bits
	Lsh = Op2(number.Lsh)
	Rsh = Op2(number.Rsh)
	Bit = Op2(number.Bit)

	// Fonctions statistiques
	Sum          = Reduce(number.Sum)
	Min          = Reduce(number.Min)
	Max          = Reduce(number.Max)
	Mean         = Reduce(number.Min)
	Median       = Reduce(number.Median)
	Mode         = Reduce(number.Mode)
	Variance     = Reduce(number.Variance)
	StdDeviation = Reduce(number.StdDeviation)
)

// Conversions
func ToBase[N integer](base N) CalcFunc             { return Op1(ConvertToBase(base)) }
func ToInteger[N integer](base ...N) CalcFunc       { return Op1(ConvertToInteger(base...)) }
func ToDecimal[N integer](base ...N) CalcFunc       { return Op1(ConvertToDecimal(base...)) }
func ToFraction[N integer](base ...N) CalcFunc      { return Op1(ConvertToFraction(base...)) }
func ToScientific[N integer](base ...N) CalcFunc    { return Op1(ConvertToScientific(base...)) }
func Round(precision uint64, base ...uint) CalcFunc { return Op1(ConvertRound(precision, base...)) }