public void Compress(string input, string expected)
{
var solution = new StringCompressor();
var actual = solution.Compress(input);
Assert.Equal(expected, actual);
}
public void Share()
{
string buf = StringCompressor.Compress(SaveSharing());
print(buf);
print(StringCompressor.Decompress(buf));
StartCoroutine(ShareAndRate.ShareAndroidText(buf));
}
public void Decompress_WhenGivenCompressedString_ReturnsOriginalUncompressedString()
{
// Act
var compressedJson = _stringCompressor.Compress(TestJson);
var decompressedJson = _stringCompressor.Decompress(compressedJson);
// Assert
decompressedJson.Should().Be(TestJson);
}
internal Byte[] EncodeImpl(Log log)
{
String logObjectStr = null;
if (log.LogObject is String str)
{
if (log.IsRawString)
{
// String을 그대로 저장하면 Athena에서 다른 JSON로그와 문제가 되므로 변환한다.
log.LogObject = new StringLogObject {
raw = str
}; // { "raw" : "로그문자열" }
}
else
{
// String이지만 JSON으로 변환된 상태이므로 그대로 전송한다.
logObjectStr = str;
}
}
logObjectStr = logObjectStr ?? _jsonSerializer.Serialize(log.LogObject);
String compressedLog = null;
String plainLog = null;
if (_compressLogThresholdByte < logObjectStr.Length)
{
compressedLog = StringCompressor.Compress(logObjectStr);
}
else
{
plainLog = logObjectStr;
}
var putString = new StringBuilder(_jsonSerializer.Serialize(new PutData
{
ID = _id,
InstanceID = _instanceID,
Sequence = log.Sequence,
TimeStamp = log.TimeStamp,
TimeStampNS = log.TimeStampNS,
LogType = log.LogType,
CompressedLog = compressedLog,
Log = plainLog
}));
putString.Append(Const.LOG_DELIMITER);
Byte[] encodedLog = Encoding.UTF8.GetBytes(putString.ToString());
return(encodedLog);
}
public void 압축_테스트()
{
const String ORIGIN_TEXT = "Test text..... test test test !!!!!!!!!!! 1234567890";
String compressed = StringCompressor.Compress(ORIGIN_TEXT);
String decompressed = StringCompressor.Decompress(compressed);
Assert.IsTrue(decompressed == ORIGIN_TEXT);
Assert.IsTrue(StringCompressor.Compress(null) == String.Empty);
Assert.IsTrue(StringCompressor.Decompress(null) == String.Empty);
}
public static string SerializeDataStructure(ISerializable serializableDataStructure)
{
MemoryStream ms = new MemoryStream();
MemoryStream ms2 = new MemoryStream();
StringCompressor sc = new StringCompressor();
BinaryFormatter formatter = new BinaryFormatter();
try
{
formatter.Serialize(ms, serializableDataStructure);
sc.Compress(ms, ms2);
return(Convert.ToBase64String(ms2.ToArray()));
}
catch { return(null); }
}
public void TestMethod1()
{
StringCompressor sc = new StringCompressor();
Assert.AreEqual <string>("2a1b5c3b", sc.Compress("aabcccccbbb"));
Assert.AreEqual <string>("aa", sc.Compress("aa"));
Assert.AreEqual <string>("", sc.Compress(""));
Assert.AreEqual <string>("", sc.Compress(null));
Assert.AreEqual <string>("abccdefg", sc.Compress("abccdefg"));
Assert.AreEqual <string>("3a3b1g1c3t3s2f", sc.Compress("aaabbbgctttsssff"));
}