# AOC Day Script Day XX
# Date : 20XX.12.XX
# Python Code
# Developer : David Bandeira

import sys,time #,re2
from helpingFunctions import *

setSampleMode(True)

aocDay = identifyDay(sys.argv[0])
aocYear = identifyYear(sys.argv[0])

path = getPath2Data(aocDay,aocYear)
filename = getFilename2Data(aocDay)

def checkNextChar(inputChar):
    return 0

def countXMAS3(data):
    #ret = re2.findall("M.M\n.A.\nS.S", data, rotate=True)


for i in range(n):
    for j in range(n):
        if word_search[i][j] != 'A':
            continue
        if not is_inbounds(i+1, j+1):
            continue
        if not is_inbounds(i+1, j-1):
            continue
        if not is_inbounds(i-1, j+1):
            continue
        if not is_inbounds(i-1, j-1):
            continue
        if not (word_search[i-1][j-1], word_search[i+1][j+1]) in (('M', 'S'), ('S', 'M')):
            continue
        if not (word_search[i+1][j-1], word_search[i-1][j+1]) in (('M', 'S'), ('S', 'M')):
            continue
        result += 1

    return 0
    
def countXMAS2(dataMatrix,searchWord):
    for x in range(len(dataMatrix)):
        for y in range(len(dataMatrix[x])):
            if dataMatrix[x][y] == searchWord[1:2]:


def countXMAS(dataMatrix,searchWord):
    moves = [-1,0,1]
    findings = {}
    for x in range(len(dataMatrix)):
        for y in range(len(dataMatrix[x])):
            if dataMatrix[x][y] == searchWord[:1]:
                for moveLength in range(1,len(searchWord)):
                    for moveX in moves:
                        for moveY in moves:
                            findingKey=(x,y,moveX,moveY)
                            try:
                                findings[findingKey] = findings[findingKey]
                            except:
                                findings[findingKey] = dataMatrix[x][y]
                            
                            indexX = x+moveLength*moveX
                            indexY = y+moveLength*moveY
                            if (indexX < 0 or indexY < 0):
                                findings[findingKey] = findings[findingKey] + " "
                            else:
                                try:  
                                    findings[findingKey] = findings[findingKey] + dataMatrix[indexX][indexY]
                                except:
                                    findings[findingKey] = findings[findingKey] + " "
    return list(findings.values())

def taskA (data) -> int:
    gameScoreA = 0
    dataMatrix=[]
    searchWord = 'XMAS'
    for line in data:
        dataMatrix.append(list(line))
    findings = countXMAS(dataMatrix,searchWord)
    gameScoreA = findings.count(searchWord)
    return gameScoreA

def taskB (data) -> int:
    gameScoreB = 0
    gameScoreB = countXMAS2(data)
    return gameScoreB

def task(task: int,data) -> int:
    score=0
    if task == 1:
        score = taskA(data)
    elif task == 2:
        score = taskB(data)
    return score

def main():
    showSampleMode()
    try:
        data = open(path+'/'+filename).read().strip().split('\n')
    except:
        print ('no inputfile found')
        print ('please check file %s on path %s' % (filename, path))
        quit()
    st=time.time()
    print ('Day '+aocDay+': Tasks 1: '+ str(task(1,data))+ ' executation time: ' + str(int((time.time()-st)*1000)) + 'ms')
    st=time.time()
    print ('Day '+aocDay+': Tasks 2: '+ str(task(2,data))+ ' executation time: ' + str(int((time.time()-st)*1000)) + 'ms')

if __name__ == "__main__":
    main()