N,M = map(int, input().split())
A = [0]*(N+1)
turn = 1
forward = 1
cnt2 = 0
cnt4 = 0
def nextTurn():
    global turn,forward
    if forward==1:
        turn += 1
        if turn>N:
            turn -= N
    else:
        turn -= 1
        if turn==0:
            turn = N
def draw2():
    global cnt2,turn,forward
    A[turn] += cnt2
    cnt2 = 0
    nextTurn()
def draw4():
    global cnt4,turn,forward
    A[turn] += cnt4
    cnt4 = 0
    nextTurn()
    
for i in range(M):
    s = input().strip()
    if s=="number":
        if cnt2>0:
            draw2()
        if cnt4>0:
            draw4()
        A[turn] -= 1
        nextTurn()
    elif s=="drawtwo":
        if cnt4>0:
            draw4()
        A[turn] -= 1
        cnt2 += 2
        nextTurn()
    elif s=="drawfour":
        if cnt2>0:
            draw2()
        A[turn] -= 1
        cnt4 += 4
        nextTurn()
    elif s=="skip":
        if cnt2>0:
            draw2()
        if cnt4>0:
            draw4()
        A[turn] -= 1
        if forward==1:
            turn += 2
            if turn>N:
                turn -= N
        else:
            turn -= 2
            if turn<=0:
                turn += N
    elif s=="reverse":
        if cnt2>0:
            draw2()
        if cnt4>0:
            draw4()
        A[turn] -= 1
        forward *= -1
        nextTurn()
if forward==1:
    ind = turn-1
    if ind==0:
        ind = N
else:
    ind = turn+1
    if ind==N+1:
        ind = 1
print(ind,-A[ind])