using System;using System.Collections.Generic;using System.Linq;using System.Text;using System.IO;using System.Runtime.Serialization.Formatters.Binary;using System.IO.Compression;using System.Diagnostics;namespace chmPrinter{    public class SaveFile    {        public SaveFile()        { }        private static SaveFile _instance;        public static SaveFile Instance        {            get            {                if (_instance == null) _instance = new SaveFile();                return _instance;            }        }        public object GetObjectData(string filename)        {            Stream Read = null;            string strErr = "";            try            {                FileInfo FI = new FileInfo(filename);                if (FI.Exists)                {                    Read = FI.OpenRead();                    BinaryFormatter BF = new BinaryFormatter();                    byte[] aa = (byte[])BF.Deserialize(Read);                    return DecompressToObject(aa);                }                else                {                    return null;                }            }            catch (Exception ex)            {                strErr = ex.ToString();            }            finally            {                if (Read != null)                {                    Read.Close();                }            }            return null;        }        //新方法        public T GetObject
     
      (string filename)        {            object obj = GetObjectData(filename);            if (obj != null)            {                return (T)obj;            }            return default(T);            //Stream Read = null;            //string strErr = "";            //try            //{            //    FileInfo FI = new FileInfo(filename);            //    if (FI.Exists)            //    {            //        Read = FI.OpenRead();            //        BinaryFormatter BF = new BinaryFormatter();            //        byte[] aa = (byte[])BF.Deserialize(Read);            //        return DecompressToObject
      
       (aa);            //    }            //    else            //    {            //        return default(T);            //    }            //}            //catch (Exception ex)            //{            //    strErr = ex.ToString();            //}            //finally            //{            //    if (Read != null)            //    {            //        Read.Close();            //    }            //}            //return default(T);        }        public void SaveObjectData(string filename, object _data)        {            Stream Write = null;            try            {                FileInfo FI = new FileInfo(filename);                if (FI.Exists) FI.Delete();                Write = FI.OpenWrite();                BinaryFormatter BF = new BinaryFormatter();                byte[] aa = CompressedToBytes(_data);                BF.Serialize(Write, aa);            }            catch (Exception ex)            {                string str = ex.Message;            }            finally            {                if (Write != null)                {                    Write.Close();                }            }        }        //新方法        public void SaveObject
       
        (string filename, T _data)        {            SaveObjectData(filename, _data);            //Stream Write = null;            //try            //{            //    FileInfo FI = new FileInfo(filename);            //    if (FI.Exists) FI.Delete();            //    Write = FI.OpenWrite();            //    BinaryFormatter BF = new BinaryFormatter();            //    byte[] aa = CompressedToBytes
        
         (_data);            //    BF.Serialize(Write, aa);            //}            //catch (Exception ex)            //{            //    string str = ex.Message;            //}            //finally            //{            //    if (Write != null)            //    {            //        Write.Close();            //    }            //}        }        private byte[] CompressedToBytes(object obj)        {            MemoryStream ms = new MemoryStream();            DeflateStream zip = new DeflateStream(ms, CompressionMode.Compress, true);            try            {                BinaryFormatter serializer = new BinaryFormatter();                serializer.Serialize(zip, obj);                zip.Close();                byte[] ary = ms.ToArray();                ms.Close();                return ary;            }            catch (Exception )            {                //Log.write(e.Message);                zip.Close();                ms.Close();                return null;            }        }        //新方法        //private byte[] CompressedToBytes
         
          (T obj)        //{        //    MemoryStream ms = new MemoryStream();        //    DeflateStream zip = new DeflateStream(ms, CompressionMode.Compress, true);        //    try        //    {        //        BinaryFormatter serializer = new BinaryFormatter();        //        serializer.Serialize(zip, obj);        //        zip.Close();        //        byte[] ary = ms.ToArray();        //        ms.Close();        //        return ary;        //    }        //    catch (Exception e)        //    {        //        //Log.write(e.Message);        //        zip.Close();        //        ms.Close();        //        return null;        //    }        //}        private object DecompressToObject(byte[] ary)        {            MemoryStream ms = new MemoryStream(ary);            DeflateStream UnZip = new DeflateStream(ms, CompressionMode.Decompress);            try            {                BinaryFormatter serializer = new BinaryFormatter();                object obj = serializer.Deserialize(UnZip);                UnZip.Close();                ms.Close();                return obj;            }            catch (Exception )            {                //Log.write(e.Message);                UnZip.Close();                ms.Close();                return null;            }        }        //新方法        //private T DecompressToObject
          
           (byte[] ary) //{ // MemoryStream ms = new MemoryStream(ary); // DeflateStream UnZip = new DeflateStream(ms, CompressionMode.Decompress); // try // { // BinaryFormatter serializer = new BinaryFormatter(); // object obj = serializer.Deserialize(UnZip); // UnZip.Close(); // ms.Close(); // return (T)obj; // } // catch (Exception e) // { // //Log.write(e.Message); // UnZip.Close(); // ms.Close(); // return default(T); // } //} /// 
           
 /// 压缩指定文件 /// 
 /// 
           rar.exe文件名 /// 
           指定要压缩的文件名 /// 
           指定要生成的压缩包名称（可选） /// 
           
            bool
            public bool inRarFile(string rarexefile, string rarFilename, string archfile) { try { string[] paths = rarFilename.Split('\\'); string _strPath = rarFilename.Substring(0, rarFilename.Length - paths[paths.Length - 1].Length); string _filename = paths[paths.Length - 1].ToString(); if (_filename.ToLower().EndsWith("rar.exe")) return true; FileInfo rar = new FileInfo(rarexefile); if (!rar.Exists) return false; FileInfo rarfile = new FileInfo(rarFilename); if (!rarfile.Exists) return false; Process tempPro = new Process(); tempPro.StartInfo.WindowStyle = System.Diagnostics.ProcessWindowStyle.Hidden; tempPro.StartInfo.FileName = rarexefile; tempPro.StartInfo.WorkingDirectory = _strPath; if (archfile.Trim().Equals("")) { tempPro.StartInfo.Arguments = "a " + "\"" + _filename + ".rar" + "\" " + "\"" + _filename + "\""; } else { tempPro.StartInfo.Arguments = "a " + "\"" + archfile + "\" " + "\"" + _filename + "\""; } tempPro.Start(); tempPro.WaitForExit(); return true; } catch (Exception ) { return false; } } /// 
           
 /// 假定当前运行目录下存在rar.exe文件的情况下，将指定的.rar文件解压到指定目录 /// 
 /// 
           指定的.rar文件 /// 
           要解压到的目录 /// 
           
            bool
            public bool outRarFile(string rarFilename, string _topath) { try { FileInfo rar = new FileInfo(AppDomain.CurrentDomain.BaseDirectory + "rar.exe"); if (!rar.Exists) return false; FileInfo rarfile = new FileInfo(rarFilename); if (!rarfile.Exists) return false; Process tempPro = new Process(); tempPro.StartInfo.WindowStyle = System.Diagnostics.ProcessWindowStyle.Hidden; tempPro.StartInfo.FileName = rar.FullName; tempPro.StartInfo.WorkingDirectory = _topath; tempPro.StartInfo.Arguments = "x " + rarFilename + " -y -v -r -o+"; tempPro.Start(); tempPro.WaitForExit(); System.Threading.Thread.Sleep(1000); return true; } catch (Exception ee) { string str = ee.Message; return false; } } public bool Rarpath(string rarexefile, string rarFilename, string archfile) { try { string[] paths = rarFilename.Split('\\'); string _strPath = rarFilename.Substring(0, rarFilename.Length - paths[paths.Length - 1].Length); string _filename = paths[paths.Length - 1].ToString(); DirectoryInfo _pathinfo = new DirectoryInfo(rarFilename); if (!_pathinfo.Exists) return false; FileInfo rar = new FileInfo(rarexefile); if (!rar.Exists) return false; Process tempPro = new Process(); tempPro.StartInfo.WindowStyle = System.Diagnostics.ProcessWindowStyle.Hidden; tempPro.StartInfo.FileName = rarexefile; tempPro.StartInfo.WorkingDirectory = _strPath; if (archfile.Trim().Equals("")) { tempPro.StartInfo.Arguments = " a " + "\"" + _filename + ".rar" + "\" " + "\"" + _filename + "\""; } else { tempPro.StartInfo.Arguments = " a -ap " + "\"" + archfile + "\" " + "\"" + _filename + "\""; } tempPro.Start(); tempPro.WaitForExit(); return true; } catch (Exception ) { return false; } } public bool Rarpathfiles(string rarexefile, string rarFilename, string _filefilter, string archfile) { try { string[] paths = rarFilename.Split('\\'); string _strPath = rarFilename.Substring(0, rarFilename.Length - paths[paths.Length - 1].Length); string _filename = paths[paths.Length - 1].ToString(); DirectoryInfo _pathinfo = new DirectoryInfo(rarFilename); if (!_pathinfo.Exists) return false; FileInfo rar = new FileInfo(rarexefile); if (!rar.Exists) return false; Process tempPro = new Process(); tempPro.StartInfo.WindowStyle = System.Diagnostics.ProcessWindowStyle.Hidden; tempPro.StartInfo.FileName = rarexefile; tempPro.StartInfo.WorkingDirectory = rarFilename; if (archfile.Trim().Equals("")) { tempPro.StartInfo.Arguments = " a " + "\"" + _filename + ".rar" + "\" " + "\"" + _filefilter + "\""; } else { tempPro.StartInfo.Arguments = " a -ap " + "\"" + archfile + "\" " + "\"" + _filefilter + "\""; } tempPro.Start(); tempPro.WaitForExit(); return true; } catch (Exception) { return false; } } }}