import socket, hashlib, time
class R:
    def __init__(s,h,p=8728): s.h=h; s.p=p; s.s=None
    def c(s,u,p):
        s.s=socket.socket(); s.s.settimeout(15)
        s.s.connect((s.h,s.p))
        s._ws('/login','=name='+u,'=password='+p)
        r=s._rr()
        if any(isinstance(x,tuple) for x in r):
            for x in r:
                if isinstance(x,dict) and 'ret' in x: ch=x['ret']
            if ch and len(ch)==32:
                hh=hashlib.md5(b'\x00'+p.encode()+bytes.fromhex(ch)).hexdigest()
                s._ws('/login','=name='+u,'=response=00'+hh); s._rr()
        return s
    def _el(s,l):
        if l<0x80: return bytes([l])
        elif l<0x4000: l|=0x8000; return bytes([(l>>8)&0xFF,l&0xFF])
        else: return bytes([0xC0|((l>>16)&0x0F),(l>>8)&0xFF,l&0xFF]) if l<0x200000 else bytes([0xE0|((l>>24)&0x07),(l>>16)&0xFF,(l>>8)&0xFF,l&0xFF])
    def _ww(s,w): s.s.sendall(s._el(len(w))+w.encode())
    def _ws(s,c,*ws): s._ww(c); [s._ww(w) for w in ws]; s.s.sendall(b'\x00')
    def _rw(s):
        f=s.s.recv(1)
        if f==b'\x00': return None
        lb=f[0]; l=lb
        if lb&0x80:
            if (lb&0xC0)==0x80: l=((lb&0x3F)<<8)+s.s.recv(1)[0]
            elif (lb&0xE0)==0xC0: l=((lb&0x1F)<<16)+(s.s.recv(1)[0]<<8)+s.s.recv(1)[0]
            else: l=((lb&0x0F)<<24)+(s.s.recv(1)[0]<<16)+(s.s.recv(1)[0]<<8)+s.s.recv(1)[0]
        d=b''
        while len(d)<l: d+=s.s.recv(l-len(d))
        return d.decode(errors='replace')
    def _rss(s):
        ws=[]
        while True:
            w=s._rw()
            if w is None: break
            ws.append(w)
        return ws
    def _rr(s):
        rs=[]
        while True:
            s2=s._rss()
            if not s2: break
            r=s2[0]; t=s2[1:]
            if r=='!done': break
            elif r=='!re':
                d={}
                for w in t:
                    if '=' in w:
                        p=w.split('=',2)
                        d[p[1]]=p[2] if len(p)>=3 else ''
                    else: d[w]=''
                rs.append(d)
            elif r=='!trap': rs.append(('!trap',t))
        return rs
    def cmd(s,c,**a):
        ws=[c]
        for k,v in a.items():
            ws.append(('?' if k.startswith('?') else '=')+k+'='+v)
        s._ws(*ws)
        return s._rr()
    def close(s):
        if s.s: s.s.close()

api=R('remote.vpnmurahjogja.my.id',33206).c('mi4','m14')

# Step 1: Set correct clock
print('Setting clock to jul/24/2026 12:00:00...')
api.cmd('/system/clock/set', **{'date': 'jul/24/2026', 'time': '12:00:00'})

clk = api.cmd('/system/clock/print')
print('Clock now: date=%s time=%s' % (clk[0].get('date',''), clk[0].get('time','')))

# Step 2: Enable NTP
print()
print('Enabling NTP client...')
api.cmd('/system/ntp/client/set', **{'enabled': 'yes', 'mode': 'unicast', 'primary-ntp': 'id.pool.ntp.org'})

ntp = api.cmd('/system/ntp/client/print')
print('NTP: enabled=%s mode=%s primary=%s' % (ntp[0].get('enabled',''), ntp[0].get('mode',''), ntp[0].get('primary-ntp','')))

# Step 3: Trigger Bulanan4 scheduler manually
print()
print('Triggering Bulanan4 scheduler...')
api.cmd('/system/scheduler/run', numbers='Bulanan4')
time.sleep(3)

# Step 4: Check Nadia
users = api.cmd('/ip/hotspot/user/print', **{'?name': 'Nadia'})
if users:
    u = users[0]
    print('Nadia after trigger: limit-uptime=%s disabled=%s' % (u.get('limit-uptime','?'), u.get('disabled','?')))
else:
    print('Nadia: REMOVED from hotspot users!')

# Step 5: Check all Bulanan4 users for expired
print()
print('=== Bulanan4 users after fix ===')
still_active = 0
removed = 0
for u in api.cmd('/ip/hotspot/user/print', **{'?profile': 'Bulanan4'}):
    n = u.get('name','')
    c = u.get('comment','')
    lim = u.get('limit-uptime','')
    if c and lim == '1s':
        removed += 1
        status = 'REMOVED(1s)'
    elif c and not lim:
        still_active += 1
        status = 'ACTIVE'
    else:
        status = 'NOLIMIT'
    print('  %s | comment=%s | %s' % (n, c, status))

print()
print('Still active: %d | Removed(1s): %d' % (still_active, removed))

api.close()