def test_escaped_ascii_string(self):
input = "\"\\x27\""
print(input)
result = MemoryString.countEncodedCharacters(input)
print(result)
self.assertEqual(6, result['unencodedCharacters'])
self.assertEqual(11, result['encodedCharacters'])
def test_escaped_quote_string(self):
input = "\"aaa\\\"aaa\""
print(input)
result = MemoryString.countEncodedCharacters(input)
print(result)
self.assertEqual(10, result['unencodedCharacters'])
self.assertEqual(16, result['encodedCharacters'])
def test_empty_string(self):
input = "\"\""
print(input)
result = MemoryString.countEncodedCharacters(input)
print(result)
self.assertEqual(2, result['unencodedCharacters'])
self.assertEqual(6, result['encodedCharacters'])
def test_abc_string(self):
input = "\"abc\""
print(input)
result = MemoryString.countEncodedCharacters(input)
print(result)
self.assertEqual(5, result['unencodedCharacters'])
self.assertEqual(9, result['encodedCharacters'])
from memoryString import MemoryString
# compare the length of the string in code to the encoded length of the string:
# string is always quoted: "string"
# string can contain:
# quotes " --> \"
# slashes \ --> \\
totalUnencodedLength = 0
totalEncodedLength = 0
f = open('input.txt','r')
for line in f:
trimmed = line.strip()
result = MemoryString.countEncodedCharacters(trimmed)
#text = "{l} {code} {memory}".format(l=trimmed, code=result['codeCharacters'], memory=result['memoryCharacters'])
#print(text)
totalUnencodedLength += result['unencodedCharacters']
totalEncodedLength += result['encodedCharacters']
print(totalUnencodedLength)
print(totalEncodedLength)
print(totalEncodedLength - totalUnencodedLength)
