public static byte[] CompressStringBuffers(StringDictionaryByName apStrings, Encoding aEncoding)
{
int num = 0;
Compression.CNameBufferValue[] cNameBufferValueArray = new Compression.CNameBufferValue[apStrings.Count];
foreach (string key in apStrings.Keys)
{
Compression.CNameBufferValue cNameBufferValue = new Compression.CNameBufferValue(key, aEncoding.GetBytes(apStrings[key]));
cNameBufferValueArray[num] = cNameBufferValue;
num++;
}
return(Compression.CompressBinaryBuffers(cNameBufferValueArray));
}
public static void SaveZipFile(string sFileName, StringDictionaryByName apStrings, Encoding aEncoding)
{
int num = 0;
Compression.CNameBufferValue[] cNameBufferValueArray = new Compression.CNameBufferValue[apStrings.Count];
foreach (string key in apStrings.Keys)
{
Compression.CNameBufferValue cNameBufferValue = new Compression.CNameBufferValue(key, aEncoding.GetBytes(apStrings[key]));
cNameBufferValueArray[num] = cNameBufferValue;
num++;
}
Compression.SaveZipFileFromBuffer(sFileName, cNameBufferValueArray);
}
public static StringDictionaryByName ReadZipFileToStringDict(string sFileName, Encoding aEncoding)
{
Compression.CNameBufferValue[] buffer = Compression.ReadZipStreamToBuffer(File.OpenRead(sFileName));
StringDictionaryByName stringDictionaryByName = new StringDictionaryByName();
Compression.CNameBufferValue[] cNameBufferValueArray = buffer;
for (int i = 0; i < (int)cNameBufferValueArray.Length; i++)
{
Compression.CNameBufferValue cNameBufferValue = cNameBufferValueArray[i];
stringDictionaryByName.Add(cNameBufferValue.Name, aEncoding.GetString(cNameBufferValue.BufferValue));
}
return(stringDictionaryByName);
}
public static StringDictionaryByName ReadZipBufferToStringDict(byte[] aoBuffer, Encoding aEncoding)
{
Compression.CNameBufferValue[] cNameBufferValueArray = Compression.DecompressBinaryBuffers(aoBuffer);
StringDictionaryByName stringDictionaryByName = new StringDictionaryByName();
Compression.CNameBufferValue[] cNameBufferValueArray1 = cNameBufferValueArray;
for (int i = 0; i < (int)cNameBufferValueArray1.Length; i++)
{
Compression.CNameBufferValue cNameBufferValue = cNameBufferValueArray1[i];
stringDictionaryByName.Add(cNameBufferValue.Name, aEncoding.GetString(cNameBufferValue.BufferValue));
}
return(stringDictionaryByName);
}
public static StringDictionaryByName ComposeStringDict(string[] asDictsPrefix, StringDictionaryByName[] aoDicts)
{
StringDictionaryByName stringDictionaryByName = new StringDictionaryByName();
int num = 0;
int length = (int)aoDicts.Length;
while (num < length)
{
string str = asDictsPrefix[num];
StringDictionaryByName stringDictionaryByName1 = aoDicts[num];
foreach (string key in stringDictionaryByName1.Keys)
{
stringDictionaryByName.Add(string.Format("{0}__{1}", str, key), stringDictionaryByName1[key]);
}
num++;
}
return(stringDictionaryByName);
}
public static Dictionary <string, StringDictionaryByName> DeComposeStringDict(string[] asDictsPrefix, StringDictionaryByName oDict)
{
Dictionary <string, StringDictionaryByName> strs = new Dictionary <string, StringDictionaryByName>((int)asDictsPrefix.Length);
for (int i = 0; i < (int)asDictsPrefix.Length; i++)
{
strs[asDictsPrefix[i]] = new StringDictionaryByName();
}
string str = "__";
foreach (string key in oDict.Keys)
{
int num = key.IndexOf(str);
Trace.Assert(num > 0, string.Format("Cannot Read composed String Dictionary, Key '{0}' is invalid.", key));
string str1 = key.Substring(0, num);
string str2 = key.Substring(num + 2);
strs[str1].Add(str2, oDict[key]);
}
return(strs);
}
