Untitled

import sys

def solve():
    d=sys.stdin.buffer.read().split()
    i=0
    N=int(d[i]);i+=1
    L={};S=set();R=[]
    M=3650000
    for _ in range(N):
        o=d[i];i+=1
        D=int(d[i]);i+=1
        k=d[i];i+=1
        c=d[i];i+=1
        if c==b'CREATE_LOAN':e=2
        elif c in(b'CHARGE_FEE',b'WAIVE_FEE',b'CHANGE_RATE',b'REPAY'):e=1
        else:e=0
        if o in S:
            R.append('DUPLICATE')
            i+=e
            continue
        S.add(o)
        l=L.get(k)
        if l is not None and l[6]==0:
            ed=D-l[5]
            if ed>0:
                n=l[0]*l[4]*ed+l[3]
                l[1]+=n//M
                l[3]=n%M
                l[5]=D
        if c==b'CREATE_LOAN':
            p=int(d[i]);i+=1
            r=int(d[i]);i+=1
            if l is not None or p<=0 or r<0:
                R.append('INVALID')
            else:
                L[k]=[p,0,0,0,r,D,0]
                R.append('SUCCESS')
        elif c==b'CHARGE_FEE':
            a=int(d[i]);i+=1
            if l is None or l[6]!=0 or a<=0:
                R.append('INVALID')
            else:
                l[2]+=a
                R.append('SUCCESS')
        elif c==b'WAIVE_FEE':
            a=int(d[i]);i+=1
            if l is None or l[6]!=0 or a<=0 or a>l[2]:
                R.append('INVALID')
            else:
                l[2]-=a
                R.append('SUCCESS')
        elif c==b'CHANGE_RATE':
            r=int(d[i]);i+=1
            if l is None or l[6]!=0 or r<0:
                R.append('INVALID')
            else:
                l[4]=r
                R.append('SUCCESS')
        elif c==b'REPAY':
            a=int(d[i]);i+=1
            if l is None or l[6]!=0 or a<=0 or a>l[0]+l[1]+l[2]:
                R.append('INVALID')
            else:
                t=min(a,l[2]);l[2]-=t;a-=t
                t=min(a,l[1]);l[1]-=t;a-=t
                l[0]-=a
                if l[0]==0:l[3]=0
                R.append('SUCCESS')
        elif c==b'QUERY':
            if l is None:
                R.append('INVALID')
            else:
                s='ACTIVE'if l[6]==0 else'CLOSED'
                R.append(f'SNAPSHOT {k.decode()} {l[0]} {l[1]} {l[2]} {l[4]} {s}')
        else:
            if l is None or l[6]!=0 or l[0]!=0 or l[1]!=0 or l[2]!=0:
                R.append('INVALID')
            else:
                l[6]=1;l[3]=0
                R.append('SUCCESS')
    for k in sorted(L):
        l=L[k]
        s='ACTIVE'if l[6]==0 else'CLOSED'
        R.append(f'{k.decode()} {l[0]} {l[1]} {l[2]} {l[4]} {s}')
    sys.stdout.write('\n'.join(R))

solve()