def _get_content(self):
all_chars = [chr(x) for x in range(128)]
all_chars.remove(self.TERM)
result = ''
b_len = randint(5, self.INBUFSZ - 1) #TERM is added at the end.
remaining = b_len
while 0 < remaining:
if self.chance(0.7):
result += sp.random_alpha(0,
10 if remaining > 10 else remaining)
elif self.chance(0.3):
result += sp.random_digits(0,
10 if remaining > 10 else remaining)
else:
result += ''.join(
choice(all_chars)
for _ in range(0, 10 if remaining > 10 else remaining))
if len(result) >= b_len:
break
if self.chance(0.7):
result += ' '
else:
result += '.'
if self.chance(0.1):
result += '\n'
remaining = b_len - len(result)
if True == self.DEBUG_CONTENT:
result = "Bob's discount randumb stor-E gener8r for only $12.99. Come on in.\nGet your storie today!\n"
if True == DEBUG:
r = '\\'.join(hex(ord(c)) for c in result)
print "result hex: {0}".format(r)
print "result: {0}".format(result)
return result
def _get_content(self):
all_chars = [chr(x) for x in range(128)]
all_chars.remove(self.TERM)
result = ""
b_len = randint(5, self.INBUFSZ - 1) # TERM is added at the end.
remaining = b_len
while 0 < remaining:
if self.chance(0.7):
result += sp.random_alpha(0, 10 if remaining > 10 else remaining)
elif self.chance(0.3):
result += sp.random_digits(0, 10 if remaining > 10 else remaining)
else:
result += "".join(choice(all_chars) for _ in range(0, 10 if remaining > 10 else remaining))
if len(result) >= b_len:
break
if self.chance(0.7):
result += " "
else:
result += "."
if self.chance(0.1):
result += "\n"
remaining = b_len - len(result)
if True == self.DEBUG_CONTENT:
result = "Bob's discount randumb stor-E gener8r for only $12.99. Come on in.\nGet your storie today!\n"
if True == DEBUG:
r = "\\".join(hex(ord(c)) for c in result)
print "result hex: {0}".format(r)
print "result: {0}".format(result)
return result
def gen_totals_and_ds(self):
ident = self.id_num
income = self.wages + self.interest + self.biz_income + self.retirement_income
expenses = self.biz_expenses + self.edu_expenses + self.self_employ_expenses
credits = self.edu_credits + self.child_credits + self.retirement_credits + self.home_buyer_credits
payments = self.tax_withheld + self.tax_paid_non_taxable_income
base_tax = 12345
taxable_income = (income >> 3)
expense_deduction = (expenses >> 4)
credit_deduction = (credits >> 2)
total_tax_owed = base_tax + self.amount + taxable_income - expense_deduction - credit_deduction - payments
# if DEBUG:
# print " total_tax_owed: {0} = {1} + {2} + {3} - {4} - {5} - {6}". \
# format(total_tax_owed, base_tax, self.amount, taxable_income, expense_deduction, credit_deduction, payments)
if 0 < total_tax_owed:
self.tax_due = total_tax_owed
else:
self.tax_refund = -total_tax_owed
l_ident = list(sp.pack_single_uint32(ident))
l_income = list(sp.pack_single_int64(income))
l_expenses = list(sp.pack_single_int64(expenses))
l_credits = list(sp.pack_single_int64(credits))
l_payments = list(sp.pack_single_int64(payments))
self.digital_signature[0] = ord(l_ident[0]) ^ ord(self.fname[0])
self.digital_signature[1] = ord(l_ident[1]) ^ ord(self.mname[0])
self.digital_signature[2] = ord(l_ident[2]) ^ ord(self.lname[1])
self.digital_signature[3] = ord(l_ident[3]) ^ ord(self.addy[1])
self.digital_signature[4] = ord(self.csz[0]) ^ ord(self.fname[1])
self.digital_signature[5] = ord(self.csz[1]) ^ ord(self.mname[1])
self.digital_signature[6] = ord(self.csz[2]) ^ ord(self.lname[2])
self.digital_signature[7] = ord(self.csz[3]) ^ ord(self.addy[2])
self.digital_signature[4] ^= ord(l_income[0])
self.digital_signature[5] ^= ord(l_income[1])
self.digital_signature[6] ^= ord(l_income[2])
self.digital_signature[7] ^= ord(l_income[3])
self.digital_signature[8] = ord(l_income[4])
self.digital_signature[9] = ord(l_income[5])
self.digital_signature[10] = ord(l_income[6])
self.digital_signature[11] = ord(l_income[7])
self.digital_signature[8] ^= ord(l_expenses[0])
self.digital_signature[9] ^= ord(l_expenses[1])
self.digital_signature[10] ^= ord(l_expenses[2])
self.digital_signature[11] ^= ord(l_expenses[3])
self.digital_signature[12] = ord(l_expenses[4])
self.digital_signature[13] = ord(l_expenses[5])
self.digital_signature[14] = ord(l_expenses[6])
self.digital_signature[15] = ord(l_expenses[7])
self.digital_signature[12] ^= ord(l_credits[0])
self.digital_signature[13] ^= ord(l_credits[1])
self.digital_signature[14] ^= ord(l_credits[2])
self.digital_signature[15] ^= ord(l_credits[3])
self.digital_signature[16] = ord(l_credits[4])
self.digital_signature[17] = ord(l_credits[5])
self.digital_signature[18] = ord(l_credits[6])
self.digital_signature[19] = ord(l_credits[7])
self.digital_signature[16] ^= ord(l_payments[0])
self.digital_signature[17] ^= ord(l_payments[1])
self.digital_signature[18] ^= ord(l_payments[2])
self.digital_signature[19] ^= ord(l_payments[3])
self.digital_signature[20] = ord(l_payments[4]) ^ ord(self.fname[3])
self.digital_signature[21] = ord(l_payments[5]) ^ ord(self.mname[4])
self.digital_signature[22] = ord(l_payments[6]) ^ ord(self.lname[5])
self.digital_signature[23] = ord(l_payments[7]) ^ ord(self.addy[6])
self.digital_signature = [chr(x) for x in self.digital_signature]
self.submission_date = sp.random_digits(8)
while "00000000" == self.submission_date:
self.submission_date = sp.random_digits(8)
def rand_barcode(self):
return sp.random_digits(8)
def gen_totals_and_ds(self):
ident = self.id_num
income = self.wages + self.interest + self.biz_income + self.retirement_income
expenses = self.biz_expenses + self.edu_expenses + self.self_employ_expenses
credits = self.edu_credits + self.child_credits + self.retirement_credits + self.home_buyer_credits
payments = self.tax_withheld + self.tax_paid_non_taxable_income
base_tax = 12345
taxable_income = income >> 3
expense_deduction = expenses >> 4
credit_deduction = credits >> 2
total_tax_owed = base_tax + self.amount + taxable_income - expense_deduction - credit_deduction - payments
# if DEBUG:
# print " total_tax_owed: {0} = {1} + {2} + {3} - {4} - {5} - {6}". \
# format(total_tax_owed, base_tax, self.amount, taxable_income, expense_deduction, credit_deduction, payments)
if 0 < total_tax_owed:
self.tax_due = total_tax_owed
else:
self.tax_refund = -total_tax_owed
l_ident = list(sp.pack_single_uint32(ident))
l_income = list(sp.pack_single_int64(income))
l_expenses = list(sp.pack_single_int64(expenses))
l_credits = list(sp.pack_single_int64(credits))
l_payments = list(sp.pack_single_int64(payments))
self.digital_signature[0] = ord(l_ident[0]) ^ ord(self.fname[0])
self.digital_signature[1] = ord(l_ident[1]) ^ ord(self.mname[0])
self.digital_signature[2] = ord(l_ident[2]) ^ ord(self.lname[1])
self.digital_signature[3] = ord(l_ident[3]) ^ ord(self.addy[1])
self.digital_signature[4] = ord(self.csz[0]) ^ ord(self.fname[1])
self.digital_signature[5] = ord(self.csz[1]) ^ ord(self.mname[1])
self.digital_signature[6] = ord(self.csz[2]) ^ ord(self.lname[2])
self.digital_signature[7] = ord(self.csz[3]) ^ ord(self.addy[2])
self.digital_signature[4] ^= ord(l_income[0])
self.digital_signature[5] ^= ord(l_income[1])
self.digital_signature[6] ^= ord(l_income[2])
self.digital_signature[7] ^= ord(l_income[3])
self.digital_signature[8] = ord(l_income[4])
self.digital_signature[9] = ord(l_income[5])
self.digital_signature[10] = ord(l_income[6])
self.digital_signature[11] = ord(l_income[7])
self.digital_signature[8] ^= ord(l_expenses[0])
self.digital_signature[9] ^= ord(l_expenses[1])
self.digital_signature[10] ^= ord(l_expenses[2])
self.digital_signature[11] ^= ord(l_expenses[3])
self.digital_signature[12] = ord(l_expenses[4])
self.digital_signature[13] = ord(l_expenses[5])
self.digital_signature[14] = ord(l_expenses[6])
self.digital_signature[15] = ord(l_expenses[7])
self.digital_signature[12] ^= ord(l_credits[0])
self.digital_signature[13] ^= ord(l_credits[1])
self.digital_signature[14] ^= ord(l_credits[2])
self.digital_signature[15] ^= ord(l_credits[3])
self.digital_signature[16] = ord(l_credits[4])
self.digital_signature[17] = ord(l_credits[5])
self.digital_signature[18] = ord(l_credits[6])
self.digital_signature[19] = ord(l_credits[7])
self.digital_signature[16] ^= ord(l_payments[0])
self.digital_signature[17] ^= ord(l_payments[1])
self.digital_signature[18] ^= ord(l_payments[2])
self.digital_signature[19] ^= ord(l_payments[3])
self.digital_signature[20] = ord(l_payments[4]) ^ ord(self.fname[3])
self.digital_signature[21] = ord(l_payments[5]) ^ ord(self.mname[4])
self.digital_signature[22] = ord(l_payments[6]) ^ ord(self.lname[5])
self.digital_signature[23] = ord(l_payments[7]) ^ ord(self.addy[6])
self.digital_signature = [chr(x) for x in self.digital_signature]
self.submission_date = sp.random_digits(8)
while "00000000" == self.submission_date:
self.submission_date = sp.random_digits(8)
def rand_barcode(self):
return sp.random_digits(8)
