C# 中奇怪的循环

Question

注意：我添加了实际的代码片段。只需滚动到末尾即可。

// files is created by a OpenFileDialog.
public void Function(String[] files, ...)
{
    for(int i; i<files.Length; i++)
    {
        WriteLine("File " + i + "/" + files.Length + " being processed.");
        //... processing for a long time and printing information to console ...
    }

    //... print results, e.g.: "Results: bla bla"...
}

在另一个循环中调用函数。我运行了几次代码并认为它​​是 工作得很好，直到有一次我发现它表现得很奇怪。我提供了上面的功能 数组长度为 6，预期输出如下：

-------------------------
File 0/6 being processed.
...lots of output...
File 1/6 being processed.
...lots of output...
File 2/6 being processed.
...lots of output...
File 3/6 being processed.
...lots of output...
File 4/6 being processed.
...lots of output...
File 5/6 being processed.
...lots of output...

Results: bla bla...
-------------------------

但是，我得到的输出是这样的：

-------------------------
File 0/1 being processed.
...lots of output...

Results: bla bla...

File 0/3 being processed.
...lots of output...
File 1/3 being processed.
...lots of output...
File 2/3 being processed.
...lots of output...

Results: bla bla...

File 0/3 being processed.
...lots of output...
File 1/3 being processed.
...lots of output...
File 2/3 being processed.
...lots of output...

Results: bla bla...

File 0/6 being processed.
...lots of output...
File 1/6 being processed.
...lots of output...
File 2/6 being processed.
...lots of output...
File 3/6 being processed.
...lots of output...
-------------------------

当我看到该输出时，我在当前循环结束之前退出执行（它运行 很长一段时间。）

看起来该函数工作正常（它运行 files.Length 次并在此之后输出结果。）但是，传递给该函数的参数在某种程度上是错误的（有趣的是该函数被多次调用。通常，在这种情况下，它应该只运行一次，我的意思是，脚本文件中的行数决定了上述函数被调用的次数，并且脚本文件仅包含一行。）该参数（文件数组）。来自 OpenFileDialog，这意味着我与它无关。我只是将数组传递给函数。

我仍在试图理解这种奇怪结果的原因。这种情况只发生过一次，但我仍然需要诊断问题；因为，我可能会让程序运行几天。它应该可以正常工作。

对于这种废话你有什么想法吗？

---

上述函数的实际代码：

public String Start(String[] files, StreamWriter reportWriter)
{
    List<SortedDictionary<int, SortedDictionary<long, int>>>[] allResults
        = new List<SortedDictionary<int,SortedDictionary<long,int>>>[files.Length];
    List<SortedDictionary<int, SortedDictionary<long, int>>> results;
    Simulation_DenemePositionEstimator p;
    Simulation_WimaxStreamReader reader;
    String ret;

    for (int i = 0; i < files.Length; i++)
    {
        System.Console.WriteLine("File " + (i+1) + "/" + files.Length + " being processed.");
        reader = new Simulation_WimaxStreamReader(grids, new StreamReader(files[i]));
        p = new Simulation_DenemePositionEstimator(grids, reader);
        // Using parameters in script file which were saved into
        // different variables when Simulation instance was created.
        results = 
            p.StartInvestigation(maxRssiDiff, maxCinrDiff, maxAvgTxPwrDiff, 
                maxUncontinuity, radiusForNeighbors, expansionFactor, increment,
                n, numberOfIterations, resetCountForPositioning);
        allResults[i] = results;
        reader.Close();
    }

    ret = Statistics(allResults);
    System.Console.WriteLine(ret);
    reportWriter.WriteLine(ret);
    reportWriter.Flush();

    return ret;
}

调用函数代码：

    // read a line from script file.
    while((line = reader.ReadLine()) != null)
    {
        // line starting with # is comment.
        if (line.StartsWith("#") == false)
        {
            // save parameters retrieved from script file into an array.
            values = line.Split(delimiters);
            // new Simulation instance with new parameters
            sim = new Simulation(map, values);
            // Start simulation. scenarioFiles comes from OpenFileDialog.
            report = sim.Start(scenarioFiles, reportWriter);
            //reportWriter.WriteLine(report);
            reportWriter.WriteLine("---------------NEW-PARAMETERS---------------");
            reportWriter.Flush();
        }
    }

脚本文件：

# Horizontal grid count
# Vertical grid count
# maxRssiDiff is the maximum RSSI difference allowed.
# maxCinrDiff is the maximum CINR difference allowed.
# maxAvgTxPwrDiff is the maximum AvgTxPwr difference allowed.
# maxUncontinuity
# radiusForNeighbors
# expansionFactor
# increment
# n -> MT'den gelen kaç değerin ortalaması alınıp yer bulma algoritmasına girdi olarak verilsin?
# Algoritma kaç adımda bir sonuçları dosyaya yazsın?
# Kaç adımdan sonra yer bulma işlemine sıfırdan başlamış gibi devam etsin?
# 
# Örnek:
# 118   90  4   3   4   2   1   1   1   3   10  100
118 90  6   4   6   2   1   1   1   3   250 500
# 200   140 4   3   4   2   1   1   1   3   10  100

Answer 1

似乎某些东西调用该方法的频率比您预期的要高。

在方法的第一行放置一个断点，然后查看调用它的时间和原因。该错误几乎肯定存在于调用代码中，而不是方法本身，这意味着我们除了建议断点、记录堆栈跟踪等之外，无能为力。