public void MyClass_Parse_And_Report4(string inputLog, string outputTxt)
{
// log 포맷 시간(19)#타입(2)#메시지코드(9)
// 입력받은 text log 파일을 열어, #으로 split 한 후 각 type 별로 분리하고 카운팅한 결과를 output text에 저장
MyClass_Files_Reader srcFile = new MyClass_Files_Reader(inputLog);
MyClass_Strings strClass = new MyClass_Strings();
string res = srcFile.readLine(); // 1 line read
string[] line = srcFile.readLines(inputLog); // read all lines
int num = line.Count(); // total count
#if DEBUG_PRINT_ENABLE
MyClass_Dprint.debugPrint("read lines:" + num);
#endif
int typeCount = strClass.countingAllTypes(line, delimiter, 1);
string[] logTypes = strClass.getAllTypes(line, delimiter, 1);
MyClass_Thread myThread = new MyClass_Thread();
// Example #4: Append new text to an existing file.
// The using statement automatically flushes AND CLOSES the stream and calls
// IDisposable.Dispose on the stream object.
using (System.IO.StreamWriter outFile = new System.IO.StreamWriter(outputTxt, false))
{
foreach (string s in logTypes)
{
//string[] data = strClass.StringSplit(s, delimiter);
int cnt = strClass.getCountOfType(line, delimiter, 1, s);
// 타입별 출력 파일 생성
MyClass_Files_Writer fileWriter = new MyClass_Files_Writer("TYPELOG_4_" + s + ".TXT");
// file writer 클래스에 thread safty하도록 lock 추가. (여러 thread에서 동시에 write의 경우 처리)
string[] strResult = strClass.getLinesOfType(line, delimiter, 1, s);// 입력된 타입에 해당되는 로그 만 추출한다.
foreach (string _line in strResult)
{
// 이부분 multi thread로 바꾼다.
#if DEBUG_PRINT_ENABLE
MyClass_Dprint.debugPrint("type: " + s);
MyClass_Dprint.debugPrint("line: " + _line);
#endif
myThread.StartConvertAndWrite(fileWriter, _line, delimiter, 2);
}
#if DEBUG_PRINT_ENABLE
MyClass_Dprint.debugPrint("type:" + s + " total num:" + cnt);
#endif
outFile.WriteLine(s + "#" + cnt);
}
}
}
public void MyClass_Parse_And_Report3(string inputLog, string outputTxt)
{
// log 포맷 시간(19)#타입(2)#메시지코드(9)
// 입력받은 text log 파일을 열어, #으로 split 한 후 각 type 별로 분리하고 카운팅한 결과를 output text에 저장
MyClass_Files_Reader srcFile = new MyClass_Files_Reader(inputLog);
MyClass_Strings strClass = new MyClass_Strings();
string res = srcFile.readLine(); // 1 line read
string[] line = srcFile.readLines(inputLog); // read all lines
int num = line.Count(); // total count
#if DEBUG_PRINT_ENABLE
MyClass_Dprint.debugPrint("read lines:" + num);
#endif
int typeCount = strClass.countingAllTypes(line, delimiter, 1);
string[] logTypes = strClass.getAllTypes(line, delimiter, 1);
MyClass_Thread myThread = new MyClass_Thread();
// Example #4: Append new text to an existing file.
// The using statement automatically flushes AND CLOSES the stream and calls
// IDisposable.Dispose on the stream object.
using (System.IO.StreamWriter outFile =
new System.IO.StreamWriter(outputTxt, false))
{
foreach (string s in logTypes)
{
//string[] data = strClass.StringSplit(s, delimiter);
int cnt = strClass.getCountOfType(line, delimiter, 1, s);
string[] strResult = strClass.getLinesOfType(line, delimiter, 1, s);// 타입별 로그를 추출한다.
foreach (string _line in strResult)
{
// convert and write to file
using (System.IO.StreamWriter file = new System.IO.StreamWriter("TYPELOG_3_" + s + ".TXT", false))
{
string convertedStr = strClass.convertStringMsg(_line, delimiter, 2);
{
file.WriteLine(convertedStr);
}
}
}
#if DEBUG_PRINT_ENABLE
MyClass_Dprint.debugPrint("type:" + s + " total num:" + cnt);
#endif
outFile.WriteLine(s + "#" + cnt);
}
}
}
public void MyClass_Parse_And_Report2(string inputLog, string outputTxt)
{
// log 포맷 시간(19)#타입(2)#메시지코드(9)
// 입력받은 text log 파일을 열어, #으로 split 한 후 각 type 별로 분리하고 카운팅한 결과를 output text에 저장
MyClass_Files_Reader srcFile = new MyClass_Files_Reader(inputLog);
MyClass_Strings strClass = new MyClass_Strings();
string res = srcFile.readLine(); // 1 line read
string[] line = srcFile.readLines(inputLog); // read all lines
int num = line.Count(); // total count
#if DEBUG_PRINT_ENABLE
MyClass_Dprint.debugPrint("read lines:" + num);
#endif
int typeCount = strClass.countingAllTypes(line, delimiter, 1);
string[] logTypes = strClass.getAllTypes(line, delimiter, 1);
// Example #4: Append new text to an existing file.
// The using statement automatically flushes AND CLOSES the stream and calls
// IDisposable.Dispose on the stream object.
using (System.IO.StreamWriter outFile =
new System.IO.StreamWriter(outputTxt, true))
{
//outFile.WriteLine("Fourth line");
// scan types
foreach (string s in logTypes)
{
//string[] data = strClass.StringSplit(s, delimiter);
int cnt = strClass.getCountOfType(line, delimiter, 1, s);
#if DEBUG_PRINT_ENABLE
MyClass_Dprint.debugPrint("type:" + s + " total num:" + cnt);
#endif
outFile.WriteLine(s + "#" + cnt);
}
}
}