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package main
import (
"bufio"
"fmt"
"os"
"strconv"
"strings"
)
// counts in the Cartesian coordinates x and y
func countXY(output []rune) (x, y int) {
countX := 0
countY := 0
flag := false
for _, s := range output {
if s == '\n' {
countY++
flag = true
} else if !flag {
countX++
}
}
return countX, countY
}
func determineInput(output []rune) {
x, y := countXY(output)
// the leftC and rightC -> position of the corners
// this will be to see what raid1 is being used
// for the lower left corner
leftC := ((x * y) + y - 1) - x
// for the lower right corner
rightC := (x * y) + y - 2
// for the upper right corner
rightUpC := x - 1
X := strconv.Itoa(x)
Y := strconv.Itoa(y)
result := isPipedWith(output, leftC, rightC, rightUpC, X, Y)
fmt.Println(strings.Join(result, " || "))
}
func isPipedWith(output []rune, leftC, rightC, rightUpC int, x, y string) []string {
result := []string{}
if output[0] == 'o' {
result = append(result, "[raid1a] ["+x+"] ["+y+"]")
} else if output[0] == '/' {
result = append(result, "[raid1b] ["+x+"] ["+y+"]")
} else if output[0] == 'A' {
if (output[rightUpC] == 'A' && output[rightC] == 'C') ||
(output[rightUpC] == 'A' && y == "1") ||
(x == "1" && y == "1") {
result = append(result, "[raid1c] ["+x+"] ["+y+"]")
}
if (output[rightUpC] == 'C' && output[leftC] == 'A') ||
(output[leftC] == 'A' && x == "1") ||
(x == "1" && y == "1") {
result = append(result, "[raid1d] ["+x+"] ["+y+"]")
}
if (output[leftC] == 'C' && x == "1") ||
(output[rightUpC] == 'C' && y == "1") ||
(output[rightUpC] == 'C' && output[leftC] == 'C') ||
(x == "1" && y == "1") {
result = append(result, "[raid1e] ["+x+"] ["+y+"]")
}
}
return result
}
func main() {
reader := bufio.NewReader(os.Stdin)
var output []rune
for {
input, _, err := reader.ReadRune()
if err != nil {
break
}
output = append(output, input)
}
if output[0] != 'o' && output[0] != '/' && output[0] != 'A' {
fmt.Println("Not a Raid function")
return
}
determineInput(output)
}