package main

import (
	"fmt"
	"log"
	"os"
)

func main() {
	coin := os.Args[1]

	keysPerPage := 128

	switch coin {
	case "btc":
		printBitcoinKeys(os.Args[2], keysPerPage)
	case "btc-search":
		printBtcWifSearch(os.Args[2], keysPerPage)
//	case "eth":
//		printEthereumKeys(os.Args[2], keysPerPage)
//	case "eth-search":
//		printEthPrivateKeySearch(os.Args[2], keysPerPage)
	default:
		log.Fatal("Invalid coin type")
	}
}

func printBitcoinKeys(pageNumber string, keysPerPage int) {
	bitcoinKeys := generateBitcoinKeys(pageNumber, keysPerPage)

	length := len(bitcoinKeys)

	for i, key := range bitcoinKeys {
		fmt.Printf("%v", key)

		if i != length-1 {
			fmt.Print("\n")
		}
	}
}

func printBtcWifSearch(wif string, keysPerPage int) {
	pageNumber := findBtcWifPage(wif, keysPerPage)

	fmt.Printf("%v", pageNumber)
}

//func printEthereumKeys(pageNumber string, keysPerPage int) {
//	ethereumKeys := generateEthereumKeys(pageNumber, keysPerPage)
//
//	length := len(ethereumKeys)
//
//	for i, key := range ethereumKeys {
//		fmt.Printf("%v", key)
//
//		if i != length-1 {
//			fmt.Print("\n")
//		}
//	}
//}

//func printEthPrivateKeySearch(privateKey string, keysPerPage int) {
//	pageNumber := findEthPrivateKeyPage(privateKey, keysPerPage)
//
//	fmt.Printf("%v", pageNumber)
//}