def testSingleEntry(self):
self.maxDiff = None
complete_instruction_sequence0 = bytes([3])
complete_instruction_sequence1 = bytes([1, 3])
sequence1 = (
EncodedAddressUnwind(0x200, complete_instruction_sequence1),
EncodedAddressUnwind(0x0, complete_instruction_sequence0),
)
address_unwind_sequences = [sequence1]
table, offsets = EncodeFunctionOffsetTable(
address_unwind_sequences, {
complete_instruction_sequence0: 52,
complete_instruction_sequence1: 50,
})
self.assertEqual(
bytes([
# (0x200, 50)
128,
4,
50,
# (0, 52)
0,
52,
]),
table)
self.assertDictEqual({
sequence1: 0,
}, offsets)
def testDuplicatedEntry(self):
self.maxDiff = None
complete_instruction_sequence0 = bytes([3])
complete_instruction_sequence1 = bytes([1, 3])
complete_instruction_sequence2 = bytes([2, 3])
sequence1 = (
EncodedAddressUnwind(0x10, complete_instruction_sequence1),
EncodedAddressUnwind(0x0, complete_instruction_sequence0),
)
sequence2 = (
EncodedAddressUnwind(0x200, complete_instruction_sequence2),
EncodedAddressUnwind(0x0, complete_instruction_sequence0),
)
sequence3 = sequence1
address_unwind_sequences = [sequence1, sequence2, sequence3]
table, offsets = EncodeFunctionOffsetTable(
address_unwind_sequences, {
complete_instruction_sequence0: 52,
complete_instruction_sequence1: 50,
complete_instruction_sequence2: 80,
})
self.assertEqual(
bytes([
# (0x10, 50)
0x10,
50,
# (0, 52)
0,
52,
# (0x200, 80)
128,
4,
80,
# (0, 52)
0,
52,
]),
table)
self.assertDictEqual({
sequence1: 0,
sequence2: 4,
}, offsets)