def test_bytestaffing():
'''
Function returns an array of test indexes that failed.
All bytestaffing tests should pass without errors
>>> test_bytestaffing()
[]
'''
from time import time
test = load('bytestaffing_test',())
a = time()
test_data = [random_data(1000) for i in xrange(100)]
b = time()
tests = [ test(data,sizeof(data)) for data in test_data ]
c = time()
return [i for i in tests if i]
from interface_basis import load,DumpableStructure,DATE,TIME,ByteArray
from contract import DYNAMIC_A
from events import EVENT_CONTRACT_ADD2,EVENT_CONTRACT
from config import term_full_cost,term_half_cost,hall_id
import purse
from ctypes import c_void_p,c_uint64,c_uint32,c_uint16,c_uint8,sizeof,pointer as p,POINTER as P,cast
from datetime import datetime,timedelta
from calendar import monthrange
from mfex import *
#workaround for wrong ctypes behaviour when writing bit fields
term_set_validity = load('term_set_validity' ,(c_void_p,c_uint16,c_uint16))
#initializes time contract based on given parameters (see u2.dll source)
term_init = load('term_init' ,(c_void_p,c_void_p))
FULL_COST = term_full_cost
HALF_COST = term_half_cost
STATIC = 13
DYNAMIC = 14
KEY = 27
ENC = 0x3
# returns an array of tuples with beforehand crafted information
# about business logic of term contract refill.
# Tuple format: (0) begin day, (1) end day, (2) arguments to refill for this case
# Special case with february is being checked here.
def get_refill_table(date,student):
#student can refill their cards for a half cost but only for a full month
base_cost = HALF_COST if student else FULL_COST
def write(self,blocks = None):
if blocks: return [self.write_block(block,self.enc) for block in blocks]
if card_sector_write(self.card.reader,self,self.enc): raise SectorWriteError(self.num)
class ByBlockSector(Sector):
def read(self,blocks = None):
if not blocks: blocks = self.blocks
for b in blocks:
if card_block_read(self.card.reader,self,b,self.enc[b]): raise SectorReadError(self.num,b)
def write(self,blocks = None):
if not blocks: blocks = self.blocks
for b in blocks:
if card_block_write(self.card.reader,self,b,self.enc[b]): raise SectorWriteError(self.num,b)
reader_field_on = load('reader_field_on' ,(Reader,))
reader_field_off = load('reader_field_off' ,(Reader,))
reader_get_sn = load('reader_get_sn' ,(Reader,P(ByteArray(8))))
reader_get_version = load('reader_get_version' ,(Reader,P(ByteArray(7))))
reader_save = load('reader_save' ,(Reader,P(c_char)))
reader_load = load('reader_load' ,(Reader,P(c_char)))
card_mfplus_personalize = load('card_mfplus_personalize' ,(Reader,P(Card)))
card_scan = load('card_scan' ,(Reader,P(Card),))
card_reset = load('card_reset' ,(Reader,P(Card),))
card_sector_auth = load('card_sector_auth' ,(Reader,P(Card),P(Sector),))
card_block_read = load('card_block_read' ,(Reader,P(Sector),c_uint8,c_uint8,))
card_block_write = load('card_block_write' ,(Reader,P(Sector),c_uint8,c_uint8,))
card_sector_read = load('card_sector_read' ,(Reader,P(Sector),c_uint8,))
("validated_time", TIME),
("hall_id", c_uint16),
("device_type", c_uint16),
("device_number", c_uint16),
]
def __init__(self):
self.aidpix = AIDPIX(0xD01, 0x300)
self.validated_date = DATE()
self.validated_time = TIME()
self.hall_id = config.hall_id
self.device_type = config.device_type
self.device_number = config.hall_device_id
card_read_ulight = load("card_read_ulight", (Reader, P(AIDPIX), P(IN_TCULIGHTREAD)))
card_activate_ulight = load("card_activate_ulight", (Reader, P(IN_TCULIGHTACTIV)))
def read(card):
u = IN_TCULIGHTREAD()
ret = card_read_ulight(card.reader, AIDPIX(0xD01, 0x300), u)
if ret:
raise ULightError("Cannot read Mifare Ultralight contract")
card.contract_list = [u.aidpix.value()]
card.aspp = u.aspp.copy()
begin = DATE(date=datetime(year=u.year + 2000, month=u.month, day=1))
end = DATE(date=datetime(year=u.year + 2000, month=u.month, day=monthrange(u.year, u.month)[1]))
