class PdredNames(unittest.TestCase):
def setUp(self) -> None:
self.tpf_server = TpfServer()
self.test_data = TestDataUTS()
self.test_data.add_all_regs()
def test_multiple_names(self):
self.test_data.add_pnr_element(['C/21TOURS', '2ZAVERI', 'I/2ZAVERI/S'],
'name')
test_data = self.tpf_server.run('TS18', self.test_data)
self.assertEqual(list(), test_data.output.messages)
self.assertEqual(25, test_data.output.regs['R1'])
def test_multiple_corporate(self):
self.test_data.add_pnr_element(
['C/21TOURS', '2ZAVERI', 'I/2ZAVERI/S', 'C/21VEENA TOURS'], 'name')
test_data = self.tpf_server.run('TS18', self.test_data)
self.assertIn("MORE THAN 1 C/", test_data.output.messages)
self.assertEqual(0, test_data.output.regs['R1'])
def test_100_names(self):
# Check for > 99 names
self.test_data.add_pnr_element(['55ZAVERI', '45SHAH'], 'name')
test_data = self.tpf_server.run('TS18', self.test_data)
self.assertIn("MORE THAN 99 NAMES", test_data.output.messages)
self.assertEqual(100, test_data.output.regs['R1'])
class RealTimeMacro(unittest.TestCase):
def setUp(self) -> None:
self.tpf_server = TpfServer()
self.test_data = TestDataUTS()
self.test_data.add_all_reg_pointers(2)
self.test_data.add_all_regs()
self.test_data.add_fields(['EBT000', 'EBW000', ('EBX000', 4)], 'EB0EB')
def test_ts17(self):
test_data = self.tpf_server.run('TS17', self.test_data)
self.assertEqual('C100', test_data.output.reg_pointers['R1'])
self.assertEqual('C200', test_data.output.reg_pointers['R2'])
self.assertEqual('C300', test_data.output.reg_pointers['R3'])
self.assertEqual('C4C4', test_data.output.reg_pointers['R4'])
self.assertListEqual(['021014', '19000'], test_data.output.dumps)
self.assertIn("MAXIMUM NUMBER OF NAMES PER PNR IS 99 - CREATE NEW PNR",
test_data.output.messages)
# self.assertEqual(self.tpf_server.heap['TS17PDWK'], self.tpf_server.regs.get_value('R4'))
self.assertNotIn('TS17PDWK', self.tpf_server.heap['new'])
self.assertEqual(1, len(self.tpf_server.detac_stack['2']))
self.assertEqual(0, len(self.tpf_server.detac_stack['1']))
self.assertEqual(20, test_data.output.regs['R5'])
def test_segment_call(self):
# Flow is TS10 <-> TS01 -> TS02 -< TS10 => TS13
test_data = self.tpf_server.run('TS10', self.test_data)
# Check if OI EBT000,1 is executed (Proof of execution of TS01)
self.assertEqual('01', test_data.get_field('EBT000'))
# Check if BCTR R5,0 is executed (Proof of execution of TS02)
self.assertEqual(-1, test_data.output.regs['R5'])
# Check if MVC EBW000,EBT000 is executed (Proof of execution of TS13)
self.assertEqual('01', test_data.get_field('EBW000'))
# Check PNAMC
self.assertEqual('E3E2F1F0', test_data.get_field('EBX000'))
class Ts23Test(unittest.TestCase):
def setUp(self) -> None:
self.tpf_server = TpfServer()
self.test_data = TestDataUTS()
self.test_data.add_fields([('EBW000', 28), 'CE1$UID'], 'EB0EB')
self.test_data.add_fields(['@HAALC'], 'GLOBAL')
self.test_data.add_all_regs()
def test_ts23(self):
test_data = self.tpf_server.run('TS23', self.test_data)
self.assertEqual(
'00000001000000020000000300000004000000050000000600000007',
test_data.get_field('EBW000'))
self.assertEqual('E5E7', test_data.get_field('@HAALC'))
self.assertEqual('44', test_data.get_field('CE1$UID'))
self.assertEqual(1, test_data.output.regs['R11'])
self.assertEqual(1, test_data.output.regs['R12'])
self.assertEqual(2, test_data.output.regs['R13'])
def test_prima_1f(self):
self.test_data.set_field('WA0PHA', bytes([0x02]))
test_data = self.tpf_server.run('TS23', self.test_data)
self.assertEqual(4, test_data.output.regs['R11'])
def test_prima_1b(self):
self.test_data.set_field('WA0PHA', bytes([0x03]))
test_data = self.tpf_server.run('TS23', self.test_data)
self.assertEqual(5, test_data.output.regs['R11'])
def test_mcpck(self):
self.test_data.partition = 'LA'
test_data = self.tpf_server.run('TS23', self.test_data)
self.assertEqual(2, test_data.output.regs['R12'])
class Conditional(unittest.TestCase):
def setUp(self) -> None:
self.tpf_server = TpfServer()
self.test_data = TestDataUTS()
self.test_data.add_all_regs()
ecb_fields = ["EBW015", "EBW016", "EBW010", "EBW011", "EBW012", "EBW013", ("EBW020", 4), ("EBW024", 4)]
self.test_data.add_fields(ecb_fields, "EB0EB")
self.test_data.output.debug = ["TS16"]
def test_ts16_1(self):
# Default state is 1.1, 2.1, 3.1, 4.1, 5.1, 6.1, 7.1.1, 7.2.1, 7.3.1, 7.4.1
test_data = self.tpf_server.run("TS16", self.test_data)
self.assertEqual(1, test_data.output.regs["R0"])
self.assertEqual(2, test_data.output.regs["R1"])
self.assertEqual(1, test_data.output.regs["R2"])
self.assertEqual(1, test_data.output.regs["R3"])
self.assertEqual(1, test_data.output.regs["R4"])
self.assertEqual(1, test_data.output.regs["R5"])
self.assertEqual("C2C2C200", test_data.get_field("EBW020"))
self.assertEqual(0x32, test_data.output.regs["R7"])
self.assertEqual("0000123C", test_data.get_field("EBW024"))
self.assertEqual("10", test_data.get_field("EBW015"))
self.assertEqual("02", test_data.get_field("EBW016"))
# Test subroutines
self.assertEqual("0A", test_data.get_field("EBW010"))
self.assertEqual("00", test_data.get_field("EBW011"))
self.assertEqual("0C", test_data.get_field("EBW012"))
self.assertEqual("0D", test_data.get_field("EBW013"))
def test_ts16_2(self):
# Update state to 1.2, 2.2, 3.2, 4.2, 5.2, 7.1.2, 7.2.2, 7.3.2, 7.4.2
self.test_data.set_field("EBW000", bytearray([0xC1, 0xC2, 0xC3, 0xC4]))
self.test_data.set_field("EBW004", bytearray([0xC1, 0xC2, 0xC3, 0xC5]))
self.test_data.set_field("EBW008", bytearray([0xC1]))
self.test_data.set_field("EBW009", bytearray([0x11]))
self.test_data.regs["R15"] = -10
self.test_data.regs["R14"] = 23
test_data = self.tpf_server.run("TS16", self.test_data)
self.assertEqual(2, test_data.output.regs["R0"])
self.assertEqual(3, test_data.output.regs["R1"])
self.assertEqual(2, test_data.output.regs["R2"])
self.assertEqual(1, test_data.output.regs["R3"])
self.assertEqual(2, test_data.output.regs["R4"])
self.assertEqual(2, test_data.output.regs["R5"])
self.assertEqual("0B", test_data.get_field("EBW011"))
self.assertEqual("C2C2C2C2", test_data.get_field("EBW020"))
self.assertEqual(0x33, test_data.output.regs["R7"])
self.assertEqual("0001234C", test_data.get_field("EBW024"))
self.assertEqual("0F", test_data.get_field("EBW015"))
self.assertEqual("03", test_data.get_field("EBW016"))
def test_ts16_3(self) -> None:
# Update state to 3.3, 5.3
self.test_data.regs["R15"] = 10
self.test_data.set_field("EBW009", bytearray([0x10]))
test_data = self.tpf_server.run("TS16", self.test_data)
self.assertEqual(3, test_data.output.regs["R2"])
self.assertEqual(2, test_data.output.regs["R3"])
self.assertEqual(3, test_data.output.regs["R5"])
def run_test_data(test_data_id: str, **kwargs) -> Response:
test_data: TestData = kwargs[test_data_id]
if test_data.seg_name not in segments:
return error_response(400, 'Error in segment name')
tpf_server = TpfServer()
test_data = tpf_server.run(test_data.seg_name, test_data)
return jsonify(test_data.cascade_to_dict())
class NonConditional2(unittest.TestCase):
def setUp(self) -> None:
self.tpf_server = TpfServer()
self.test_data = TestDataUTS()
ecb_fields = [('EBW000', 4), ('EBW004', 2), ('EBW008', 12),
('EBW020', 12), ('EBW032', 6), ('EBW040', 8),
('EBW048', 8), ('EBW056', 8), ('EBW064', 6),
('EBT000', 4)]
self.test_data.add_fields(ecb_fields, 'EB0EB')
self.test_data.add_all_regs()
def test_ts15(self):
test_data = self.tpf_server.run('TS15', self.test_data)
self.assertEqual(23, test_data.output.regs['R2'])
self.assertEqual('00000017', test_data.get_field('EBW000'))
self.assertEqual(-2, test_data.output.regs['R3'])
self.assertEqual('FF00', test_data.get_field('EBW004'))
self.assertEqual(0x40404040, test_data.output.regs['R15'])
self.assertEqual(0xC1404040, test_data.get_unsigned_value('R0'))
self.assertEqual(0x40C14040, test_data.output.regs['R1'])
self.assertEqual('40404040C140404040C14040',
test_data.get_field('EBW008'))
self.assertEqual('40404040C140404040C14040',
test_data.get_field('EBW020'))
self.assertEqual('000000000002048C', test_data.get_field('EBW040'))
self.assertEqual(2048, test_data.output.regs['R4'])
self.assertEqual('000000000012048C', test_data.get_field('EBW048'))
self.assertEqual(12048, test_data.output.regs['R5'])
self.assertEqual(14096, test_data.output.regs['R6'])
self.assertEqual('000000000014096C', test_data.get_field('EBW056'))
self.assertEqual('F0F1F4F0F9C6', test_data.get_field('EBW032'))
self.assertEqual('F0F1F4F0F9F6', test_data.get_field('EBW064'))
self.assertEqual(4, test_data.output.regs['R7'])
self.assertEqual(2, test_data.output.regs['R12'])
self.assertEqual('F0F2F0F4', test_data.get_field('EBT000'))
class Ts26Test(unittest.TestCase):
def setUp(self) -> None:
self.tpf_server = TpfServer()
self.test_data = TestDataUTS()
def test_ts26(self):
test_data = self.tpf_server.run("TS26", self.test_data)
self.assertIn("EXECUTION ERROR", test_data.output.messages)
self.assertIn("000003", test_data.output.dumps)
self.assertEqual("$$TS26$$.1", test_data.output.last_line)
class DbTest(unittest.TestCase):
def setUp(self) -> None:
self.tpf_server = TpfServer()
self.test_data = TestDataUTS()
self.test_data.add_fields(['EBW000'], 'EB0EB')
self.test_data.add_all_regs()
def test_tpfdf_ts20(self):
self.test_data.add_tpfdf(tr1gaa, '40', 'TR1GAA')
test_data = self.tpf_server.run('TS20', self.test_data)
self.assertEqual(21, test_data.output.regs['R0'])
self.assertEqual('80', test_data.get_field('EBW000'))
class NonConditional1(unittest.TestCase):
def setUp(self) -> None:
self.tpf_server = TpfServer()
self.test_data = TestDataUTS()
self.test_data.add_all_regs()
aaa_fields = [("WA0BBR", 2), ("WA0QHR", 6), "WA0TKK", "WA0TY1"]
self.test_data.add_fields(aaa_fields, "WA0AA")
ecb_fields = [("EBW001", 6), ("EBW008", 6), "EBW000", "EBW016",
"EBW017", "EBW018", ("EBX000", 4), ("EBX004", 4),
("EBX008", 4), ("EBX012", 4), ("EBX016", 4)]
self.test_data.add_fields(ecb_fields, "EB0EB")
def test_ts14(self):
test_data = self.tpf_server.run("TS14", self.test_data)
aaa = config.AAA
self.assertEqual(0xFFFFC1C1, test_data.get_unsigned_value("R2"))
self.assertEqual("C1C1", test_data.get_field("WA0BBR"))
self.assertEqual("00000000C1C1", test_data.get_field("WA0QHR"))
self.assertEqual(2, test_data.output.regs["R3"])
self.assertEqual("02", test_data.get_field("WA0TKK"))
self.assertEqual(2, test_data.output.regs["R5"])
self.assertEqual(-2, test_data.output.regs["R6"])
self.assertEqual(4, test_data.output.regs["R7"])
self.assertEqual(2, test_data.output.regs["R10"])
self.assertEqual(0x00000100, test_data.output.regs["R4"])
self.assertEqual(0x00000000, test_data.output.regs["R11"])
self.assertEqual(-1, test_data.output.regs["R12"])
self.assertEqual(config.AAA + macros["WA0AA"].evaluate("WA0TKK"),
test_data.output.regs["R13"])
self.assertEqual(config.AAA + macros["WA0AA"].evaluate("WA0DAR") + 1,
test_data.output.regs["R14"])
self.assertEqual(5, test_data.output.regs["R15"])
self.assertEqual("02", test_data.get_field("EBW000"))
self.assertEqual("40" * 6, test_data.get_field("EBW001"))
self.assertEqual("00" * 6, test_data.get_field("EBW008"))
self.assertTrue(self.tpf_server.vm.is_updated(config.ECB + 16, 6))
self.assertFalse(self.tpf_server.vm.is_updated(config.ECB + 15, 1))
self.assertEqual("42", test_data.get_field("EBW016"))
self.assertEqual("40", test_data.get_field("EBW017"))
self.assertEqual(f"{macros['WA0AA'].evaluate('#WA0GEN'):02X}",
test_data.get_field("WA0TY1"))
self.assertTrue(self.tpf_server.vm.is_updated_bit(aaa + 0x030, 0x80))
self.assertFalse(self.tpf_server.vm.is_updated_bit(aaa + 0x030, 0x40))
self.assertEqual(f"{0xFF - macros['WA0AA'].evaluate('#WA0GEN'):02X}",
test_data.get_field("EBW018"))
self.assertEqual(272, test_data.output.regs["R0"])
self.assertEqual(5, int(test_data.get_field("EBX000"), 16))
self.assertEqual(3, int(test_data.get_field("EBX004"), 16))
self.assertEqual(0, int(test_data.get_field("EBX008"), 16))
self.assertEqual(6144, int(test_data.get_field("EBX012"), 16))
self.assertEqual(100, int(test_data.get_field("EBX016"), 16))
class Wgu4Test(unittest.TestCase):
def setUp(self) -> None:
self.tpf_server = TpfServer()
self.test_data = TestDataUTS()
self.test_data.add_all_regs()
def test_wgu4_new_wgul_path(self):
self.test_data.add_pnr_element(['1ZAVERI/NAYAN'], 'name')
self.test_data.set_field('MH1BT11', bytes([0x01]))
self.test_data.set_field('MI0ACC',
DataType('C', input='FFAAC416M24').to_bytes())
test_data = self.tpf_server.run('TS24', self.test_data)
self.assertEqual('TS24EXIT.1', test_data.output.last_line)
self.assertEqual(list(), test_data.output.messages)
self.assertEqual(0, test_data.output.regs['R0'])
def test_wgu4_old_path(self):
self.test_data.add_pnr_element(['1ZAVERI/NAYAN'], 'name')
self.test_data.set_field('MI0ACC',
DataType('C', input='FFAAC416M24').to_bytes())
test_data = self.tpf_server.run('TS24', self.test_data)
self.assertEqual('TS24EXIT.1', test_data.output.last_line)
self.assertEqual(list(), test_data.output.messages)
self.assertEqual(-2, test_data.output.regs['R0'])
class Sub1Test(unittest.TestCase):
def setUp(self) -> None:
self.tpf_server = TpfServer()
self.test_data = TestDataUTS()
self.test_data.add_fields([('EBX000', 3), ('EBX003', 5),
('EBX008', 3)], 'EB0EB')
self.test_data.output.regs['R0'] = 0
def test_b4t0(self):
self.test_data.set_field('EBX003',
DataType('C', input='B4T0').to_bytes())
test_data = self.tpf_server.run('TS22', self.test_data)
self.assertEqual('TS22EXIT.1', test_data.output.last_line)
self.assertEqual(0, test_data.output.regs['R0'])
self.assertEqual(
'B4T0 ',
DataType('X', input=test_data.get_field('EBX003')).decode)
self.assertEqual('C2F4E3', test_data.get_field('EBX000'))
self.assertEqual('00017F', test_data.get_field('EBX008'))
# TODO remove once the scenario for it is present
tnaa_bytes = DataType(
'X', input='00003EF8000002A40000001A00040000').to_bytes()
self.assertEqual(tnaa_bytes,
segments['SUB1'].get_constant_bytes('SUB2TNAA', 16))
def test_00017F(self):
self.test_data.set_field('EBX008',
DataType('X', input='00017F').to_bytes())
test_data = self.tpf_server.run('TS22', self.test_data)
self.assertEqual('TS22EXIT.1', test_data.output.last_line)
self.assertEqual(0, test_data.output.regs['R0'])
self.assertEqual(
'B4T0 ',
DataType('X', input=test_data.get_field('EBX003')).decode)
self.assertEqual('C2F4E3', test_data.get_field('EBX000'))
self.assertEqual('00017F', test_data.get_field('EBX008'))
def test_b4t1(self):
self.test_data.set_field('EBX003',
DataType('C', input='B4T1').to_bytes())
test_data = self.tpf_server.run('TS22', self.test_data)
self.assertEqual('TS22EXIT.1', test_data.output.last_line)
self.assertEqual(0, test_data.output.regs['R0'])
self.assertEqual(
'B4T1 ',
DataType('X', input=test_data.get_field('EBX003')).decode)
self.assertEqual('006F2F', test_data.get_field('EBX000'))
self.assertEqual('006F2F', test_data.get_field('EBX008'))
def test_006F2F_encode(self):
self.test_data.set_field('EBX000',
DataType('X', input='006F2F').to_bytes())
test_data = self.tpf_server.run('TS22', self.test_data)
self.assertEqual('TS22EXIT.1', test_data.output.last_line)
self.assertEqual(0, test_data.output.regs['R0'])
self.assertEqual(
'B4T1 ',
DataType('X', input=test_data.get_field('EBX003')).decode)
self.assertEqual('006F2F', test_data.get_field('EBX000'))
self.assertEqual('006F2F', test_data.get_field('EBX008'))
def test_A0B_encode(self):
self.test_data.set_field('EBX000',
DataType('C', input='A0B').to_bytes())
test_data = self.tpf_server.run('TS22', self.test_data)
self.assertEqual('TS22EXIT.1', test_data.output.last_line)
self.assertEqual(0, test_data.output.regs['R0'])
self.assertEqual(
'A0B0 ',
DataType('X', input=test_data.get_field('EBX003')).decode)
self.assertEqual('C1F0C2', test_data.get_field('EBX000'))
self.assertEqual('000001', test_data.get_field('EBX008'))
def test_000001(self):
self.test_data.set_field('EBX008',
DataType('X', input='000001').to_bytes())
test_data = self.tpf_server.run('TS22', self.test_data)
self.assertEqual('TS22EXIT.1', test_data.output.last_line)
self.assertEqual(0, test_data.output.regs['R0'])
self.assertEqual(
'A0B0 ',
DataType('X', input=test_data.get_field('EBX003')).decode)
self.assertEqual('C1F0C2', test_data.get_field('EBX000'))
self.assertEqual('000001', test_data.get_field('EBX008'))
def test_A1B1(self):
self.test_data.set_field('EBX003',
DataType('C', input='A1B1').to_bytes())
test_data = self.tpf_server.run('TS22', self.test_data)
self.assertEqual('TS22EXIT.1', test_data.output.last_line)
self.assertEqual(0, test_data.output.regs['R0'])
self.assertEqual(
'A1B1 ',
DataType('X', input=test_data.get_field('EBX003')).decode)
self.assertEqual('006DCB', test_data.get_field('EBX000'))
self.assertEqual('006DCB', test_data.get_field('EBX008'))
def test_006DCB(self):
self.test_data.set_field('EBX008',
DataType('X', input='006DCB').to_bytes())
test_data = self.tpf_server.run('TS22', self.test_data)
self.assertEqual('TS22EXIT.1', test_data.output.last_line)
self.assertEqual(0, test_data.output.regs['R0'])
self.assertEqual(
'A1B1 ',
DataType('X', input=test_data.get_field('EBX003')).decode)
self.assertEqual('006DCB', test_data.get_field('EBX000'))
self.assertEqual('006DCB', test_data.get_field('EBX008'))
def test_DP83(self):
self.test_data.set_field('EBX003',
DataType('C', input='DP83').to_bytes())
test_data = self.tpf_server.run('TS22', self.test_data)
self.assertEqual('TS22EXIT.1', test_data.output.last_line)
self.assertEqual(0, test_data.output.regs['R0'])
self.assertEqual(
'DP83 ',
DataType('X', input=test_data.get_field('EBX003')).decode)
self.assertEqual('01714A', test_data.get_field('EBX000'))
self.assertEqual('01714A', test_data.get_field('EBX008'))
def test_01714A(self):
self.test_data.set_field('EBX008',
DataType('X', input='01714A').to_bytes())
test_data = self.tpf_server.run('TS22', self.test_data)
self.assertEqual('TS22EXIT.1', test_data.output.last_line)
self.assertEqual(0, test_data.output.regs['R0'])
self.assertEqual(
'DP83 ',
DataType('X', input=test_data.get_field('EBX003')).decode)
self.assertEqual('01714A', test_data.get_field('EBX000'))
self.assertEqual('01714A', test_data.get_field('EBX008'))
def test_2Z3T(self):
self.test_data.set_field('EBX003',
DataType('C', input='2Z3T').to_bytes())
test_data = self.tpf_server.run('TS22', self.test_data)
self.assertEqual('TS22EXIT.1', test_data.output.last_line)
self.assertEqual(3, test_data.output.regs['R0'])
def test_23Y7(self):
self.test_data.set_field('EBX003',
DataType('C', input='23Y7').to_bytes())
test_data = self.tpf_server.run('TS22', self.test_data)
self.assertEqual('TS22EXIT.1', test_data.output.last_line)
self.assertEqual(0, test_data.output.regs['R0'])
self.assertEqual(
'23Y7 ',
DataType('X', input=test_data.get_field('EBX003')).decode)
self.assertEqual('0365C6', test_data.get_field('EBX000'))
self.assertEqual('0365C6', test_data.get_field('EBX008'))
def test_0365C6(self):
self.test_data.set_field('EBX008',
DataType('X', input='0365C6').to_bytes())
test_data = self.tpf_server.run('TS22', self.test_data)
self.assertEqual('TS22EXIT.1', test_data.output.last_line)
self.assertEqual(0, test_data.output.regs['R0'])
self.assertEqual(
'23Y7 ',
DataType('X', input=test_data.get_field('EBX003')).decode)
self.assertEqual('0365C6', test_data.get_field('EBX000'))
self.assertEqual('0365C6', test_data.get_field('EBX008'))
def test_4K37(self):
self.test_data.set_field('EBX003',
DataType('C', input='4K37').to_bytes())
test_data = self.tpf_server.run('TS22', self.test_data)
self.assertEqual('TS22EXIT.1', test_data.output.last_line)
self.assertEqual(0, test_data.output.regs['R0'])
self.assertEqual(
'4K37 ',
DataType('X', input=test_data.get_field('EBX003')).decode)
self.assertEqual('035DA7', test_data.get_field('EBX000'))
self.assertEqual('035DA7', test_data.get_field('EBX008'))
def test_035DA7(self):
self.test_data.set_field('EBX008',
DataType('X', input='035DA7').to_bytes())
test_data = self.tpf_server.run('TS22', self.test_data)
self.assertEqual('TS22EXIT.1', test_data.output.last_line)
self.assertEqual(0, test_data.output.regs['R0'])
self.assertEqual(
'4K37 ',
DataType('X', input=test_data.get_field('EBX003')).decode)
self.assertEqual('035DA7', test_data.get_field('EBX000'))
self.assertEqual('035DA7', test_data.get_field('EBX008'))
def test_C4C6E6_encode(self):
self.test_data.set_field('EBX000',
DataType('X', input='C4C6E6').to_bytes())
test_data = self.tpf_server.run('TS22', self.test_data)
self.assertEqual('TS22EXIT.1', test_data.output.last_line)
self.assertEqual(0, test_data.output.regs['R0'])
def test_F1F2F3_encode(self):
self.test_data.set_field('EBX000',
DataType('X', input='F1F2F3').to_bytes())
test_data = self.tpf_server.run('TS22', self.test_data)
self.assertEqual('TS22EXIT.1', test_data.output.last_line)
self.assertEqual(0, test_data.output.regs['R0'])
def test_DFW(self):
self.test_data.set_field('EBX003',
DataType('C', input='DFW').to_bytes())
test_data = self.tpf_server.run('TS22', self.test_data)
self.assertEqual('TS22EXIT.1', test_data.output.last_line)
self.assertEqual(0, test_data.output.regs['R0'])
def test_123(self):
self.test_data.set_field('EBX003',
DataType('C', input='123').to_bytes())
test_data = self.tpf_server.run('TS22', self.test_data)
self.assertEqual('TS22EXIT.1', test_data.output.last_line)
self.assertEqual(0, test_data.output.regs['R0'])
def test_error_code_1(self):
test_data = self.tpf_server.run('TS22', self.test_data)
self.assertEqual('TS22EXIT.1', test_data.output.last_line)
self.assertEqual(1, test_data.output.regs['R0'])
def test_error_code_3(self):
self.test_data.set_field('EBX003',
DataType('C', input='-*A').to_bytes())
test_data = self.tpf_server.run('TS22', self.test_data)
self.assertEqual('TS22EXIT.1', test_data.output.last_line)
self.assertEqual(3, test_data.output.regs['R0'])
def tearDown(self) -> None:
pass
class Ts25Test(unittest.TestCase):
def setUp(self) -> None:
self.tpf_server = TpfServer()
self.test_data = TestDataUTS()
self.test_data.add_fields([('EBW000', 3), 'EBW003', ('EBW004', 4),
('EBW008', 8), 'EBW020', ('EBW028', 4),
('EBW032', 4), ('EBW036', 4), ('EBW040', 4),
('EBW044', 4), ('EBW024', 4), ('EBW048', 3),
('EBW051', 7), 'EBW058'], 'EB0EB')
def test_ts25(self):
test_data = self.tpf_server.run('TS25', self.test_data)
self.assertEqual('00789C', test_data.get_field('EBW000'))
self.assertEqual('01', test_data.get_field('EBW003'))
self.assertEqual('0000000C', test_data.get_field('EBW004'))
self.assertEqual('000000000000053C', test_data.get_field('EBW008'))
# Decimal Arithmatic
self.assertEqual('0000093D', test_data.get_field('EBW028'))
self.assertEqual('0000186D', test_data.get_field('EBW032'))
self.assertEqual('0000225D', test_data.get_field('EBW036'))
self.assertEqual('0000132D', test_data.get_field('EBW040'))
self.assertEqual('0005148C', test_data.get_field('EBW044'))
self.assertEqual('132D000C', test_data.get_field('EBW024'))
# TR
self.assertEqual('C4C1C7', test_data.get_field('EBW048'))
self.assertEqual('FFFF440000FFFF', test_data.get_field('EBW051'))
def test_tp_valid(self):
self.test_data.set_field('EBW016', bytes([0x00, 0x12, 0x34, 0x5C]))
test_data = self.tpf_server.run('TS25', self.test_data)
self.assertEqual('F0', test_data.get_field('EBW020'))
def test_tp_sign_invalid(self):
self.test_data.set_field('EBW016', bytes([0x00, 0x12, 0x34, 0x59]))
test_data = self.tpf_server.run('TS25', self.test_data)
self.assertEqual('F1', test_data.get_field('EBW020'))
def test_tp_digit_invalid(self):
self.test_data.set_field('EBW016', bytes([0x00, 0x12, 0x3A, 0x5C]))
test_data = self.tpf_server.run('TS25', self.test_data)
self.assertEqual('F2', test_data.get_field('EBW020'))
def test_tp_sign_invalid_and_digit_invalid(self):
self.test_data.set_field('EBW016', bytes([0x00, 0x12, 0x3A, 0x59]))
test_data = self.tpf_server.run('TS25', self.test_data)
self.assertEqual('F3', test_data.get_field('EBW020'))
def test_tr_with_7(self):
self.test_data.set_field('EBW058', bytes([0xF7]))
test_data = self.tpf_server.run('TS25', self.test_data)
self.assertEqual('07', test_data.get_field('EBW058'))
def test_tr_with_F(self):
self.test_data.set_field('EBW058', bytes([0xC6]))
test_data = self.tpf_server.run('TS25', self.test_data)
self.assertEqual('15', test_data.get_field('EBW058'))
def test_tr_with_U(self):
self.test_data.set_field('EBW058', bytes([0xE4]))
test_data = self.tpf_server.run('TS25', self.test_data)
self.assertEqual('30', test_data.get_field('EBW058'))