package main

import (
	"advent_of_code_2024/day_01"
	"advent_of_code_2024/day_02"
	"advent_of_code_2024/day_03"
	"advent_of_code_2024/day_04"
	"advent_of_code_2024/day_05"
	"advent_of_code_2024/day_06"
	"advent_of_code_2024/day_07"
	"advent_of_code_2024/day_08"
	"advent_of_code_2024/day_09"
	"advent_of_code_2024/day_10"
	"advent_of_code_2024/day_11"
	"advent_of_code_2024/day_12"
	_ "embed"
	"fmt"
	"os"
	"time"
)

func main() {
	selectedDay := selectSolutionRun()

	start := time.Now()

	switch selectedDay {
	case "01-basic":
		fmt.Printf("Day 01. Basic: %d\n", day_01.SolveBasic(Day01Data)) // 2113135
	case "01-complex":
		fmt.Printf("Day 01. Complex: %d\n", day_01.SolveComplex(Day01Data)) // 19097157
	case "02-basic":
		fmt.Printf("Day 02. Basic: %d\n", day_02.SolveBasic(Day02Data)) // 690
	case "02-complex":
		fmt.Printf("Day 02. Complex: %d\n", day_02.SolveComplex(Day02Data)) // 710
	case "03-basic":
		fmt.Printf("Day 03. Basic: %d\n", day_03.SolveBasic(Day03Data)) // 189527826
	case "03-complex":
		fmt.Printf("Day 03. Complex: %d\n", day_03.SolveComplex(Day03Data)) // 63013756
	case "04-basic":
		fmt.Printf("Day 04. Basic: %d\n", day_04.SolveBasic(Day04Data)) // 2560
	case "04-complex":
		fmt.Printf("Day 04. Complex: %d\n", day_04.SolveComplex(Day04Data)) // 1980
	case "05-basic":
		fmt.Printf("Day 05. Basic: %d\n", day_05.SolveBasic(Day05Data)) // 2560
	case "05-complex":
		fmt.Printf("Day 05. Complex: %d\n", day_05.SolveComplex(Day05Data)) // 63013756
	case "06-basic":
		fmt.Printf("Day 06. Basic: %d\n", day_06.SolveBasic(Day06Data)) //
	case "06-complex":
		fmt.Printf("Day 06. Complex: %d\n", day_06.SolveComplex(Day06Data)) //
	case "07-basic":
		fmt.Printf("Day 07. Basic: %d\n", day_07.SolveBasic(Day07Data)) //
	case "07-complex":
		fmt.Printf("Day 07. Complex: %d\n", day_07.SolveComplex(Day07Data)) //
	case "08-basic":
		fmt.Printf("Day 08. Basic: %d\n", day_08.SolveBasic(Day08Data)) //
	case "08-complex":
		fmt.Printf("Day 08. Complex: %d\n", day_08.SolveComplex(Day08Data)) //
	case "09-basic":
		fmt.Printf("Day 09. Basic: %d\n", day_09.SolveBasic(Day09Data)) //
	case "09-complex":
		fmt.Printf("Day 09. Complex: %d\n", day_09.SolveComplex(Day09Data)) //
	case "10-basic":
		fmt.Printf("Day 10. Basic: %d\n", day_10.SolveBasic(Day10Data)) //
	case "10-complex":
		fmt.Printf("Day 10. Complex: %d\n", day_10.SolveComplex(Day10Data)) //
	case "11-basic":
		fmt.Printf("Day 11. Basic: %d\n", day_11.SolveBasic(Day11Data)) //
	case "11-complex":
		fmt.Printf("Day 11. Complex: %d\n", day_11.SolveComplex(Day11Data)) //
	case "12-basic":
		fmt.Printf("Day 12. Basic: %d\n", day_12.SolveBasic(Day12Data)) //
	case "12-complex":
		fmt.Printf("Day 12. Complex: %d\n", day_12.SolveComplex(Day12Data)) //
	case "12-complex-fast":
		fmt.Printf("Day 12. Complex (fast): %d\n", day_12.SolveComplexFast(Day12Data)) //
	}
	elapsed := time.Since(start)
	fmt.Printf("Solution took: %s", elapsed)
}

func selectSolutionRun() string {
	selectedDay := ""
	if len(os.Args) == 2 {
		// if command line arg passed use that
		selectedDay = os.Args[1]
	} else if len(os.Args) == 1 {
		// otherwise ask user for the solution
		fmt.Printf("Enter the solution to be run: e.g. 01-basic,21-complex...\n")
		if _, err := fmt.Scan(&selectedDay); err != nil {
			panic(err)
		}
	} else {
		// if too many arguments are passed return error message
		fmt.Printf("Invalid number of arguments\nUsage: %s day-basic|day-complex\n    e.g. %s 01-basic", os.Args[0], os.Args[0])
		os.Exit(1)
	}
	return selectedDay
}