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C#判断一个string是否可以为数字的几种解决方案

2008-12-13 08:24:25  編輯來源:互聯網  简体版  手機版  評論  字體: ||
 
 
  方案一:Try...Catch(执行效率不高)view plaincopy to clipboardprint?

  /// <summary>

  /// 名称:IsNumberic

  /// 功能:判断输入的是否是数字

  /// 参数:string oText:源文本

  /// 返回值:bool true:是false:否

  /// </summary>

  /// <param name="oText"></param>

  /// <returns></returns>

  private bool IsNumberic(string oText)

  {

  try

  {

  int var1=Convert.ToInt32 (oText);

  return true;

  }

  catch

  {

  return false;

  }

  }

  /// <summary>

  /// 名称:IsNumberic

  /// 功能:判断输入的是否是数字

  /// 参数:string oText:源文本

  /// 返回值:bool true:是false:否

  /// </summary>

  /// <param name="oText"></param>

  /// <returns></returns>

  private bool IsNumberic(string oText)

  {

  try

  {

  int var1=Convert.ToInt32 (oText);

  return true;

  }

  catch

  {

  return false;

  }

  }方案二:正则表达式(推荐)

  a)view plaincopy to clipboardprint?

  using System;

  using System.Text.RegularExpressions;

  

  public bool IsNumber(String strNumber)

  {

  Regex objNotNumberPattern=new Regex("[^0-9.-]");

  Regex objTwoDotPattern=new Regex("[0-9]*[.][0-9]*[.][0-9]*");

  Regex objTwoMinusPattern=new Regex("[0-9]*[-][0-9]*[-][0-9]*");

  String strValidRealPattern="^([-]|[.]|[-.]|[0-9])[0-9]*[.]*[0-9]+$";

  String strValidIntegerPattern="^([-]|[0-9])[0-9]*$";

  Regex objNumberPattern =new Regex("(" + strValidRealPattern +")|(" + strValidIntegerPattern + ")");

  

  return !objNotNumberPattern.IsMatch(strNumber) &&

  !objTwoDotPattern.IsMatch(strNumber) &&

  !objTwoMinusPattern.IsMatch(strNumber) &&

  objNumberPattern.IsMatch(strNumber);

  }

  using System;

  using System.Text.RegularExpressions;

  public bool IsNumber(String strNumber)

  {

  Regex objNotNumberPattern=new Regex("[^0-9.-]");

  Regex objTwoDotPattern=new Regex("[0-9]*[.][0-9]*[.][0-9]*");

  Regex objTwoMinusPattern=new Regex("[0-9]*[-][0-9]*[-][0-9]*");

  String strValidRealPattern="^([-]|[.]|[-.]|[0-9])[0-9]*[.]*[0-9]+$";

  String strValidIntegerPattern="^([-]|[0-9])[0-9]*$";

  Regex objNumberPattern =new Regex("(" + strValidRealPattern +")|(" + strValidIntegerPattern + ")");

  return !objNotNumberPattern.IsMatch(strNumber) &&

  !objTwoDotPattern.IsMatch(strNumber) &&

  !objTwoMinusPattern.IsMatch(strNumber) &&

  objNumberPattern.IsMatch(strNumber);

  }b)view plaincopy to clipboardprint?

  public static bool IsNumeric(string value)

  {

  return Regex.IsMatch(value, @"^[+-]?\d*[.]?\d*$");

  }

  public static bool IsInt(string value)

  {

  return Regex.IsMatch(value, @"^[+-]?\d*$");

  }

  public static bool IsUnsign(string value)

  {

  return Regex.IsMatch(value, @"^\d*[.]?\d*$");

  }

  public static bool IsNumeric(string value)

  {

  return Regex.IsMatch(value, @"^[+-]?\d*[.]?\d*$");

  }

  public static bool IsInt(string value)

  {

  return Regex.IsMatch(value, @"^[+-]?\d*$");

  }

  public static bool IsUnsign(string value)

  {

  return Regex.IsMatch(value, @"^\d*[.]?\d*$");

  }方案三:遍历 www.devdao.com

  a)view plaincopy to clipboardprint?

  public bool isnumeric(string str)

  {

  char[] ch=new char[str.Length];

  ch=str.ToCharArray();

  for(int i=0;i<ch.Length;i++)

  {

  if(ch[i]<48 || ch[i]>57)

  return false;

  }

  return true;

  }

  public bool isnumeric(string str)

  {

  char[] ch=new char[str.Length];

  ch=str.ToCharArray();

  for(int i=0;i<ch.Length;i++)

  {

  if(ch[i]<48 || ch[i]>57)

  return false;

  }

  return true;

  }b)view plaincopy to clipboardprint?

  public bool IsInteger(string strIn) {

  bool bolResult=true;

  if(strIn=="") {

  bolResult=false;

  }

  else {

  foreach(char Char in strIn) {

  if(char.IsNumber(Char))

  continue;

  else {

  bolResult=false;

  break;

  }

  }

  }

  return bolResult;

  }

  public bool IsInteger(string strIn) {

  bool bolResult=true;

  if(strIn=="") {

  bolResult=false;

  }

  else {

  foreach(char Char in strIn) {

  if(char.IsNumber(Char))

  continue;

  else {

  bolResult=false;

  break;

  }

  }

  }

  return bolResult;

  }c)view plaincopy to clipboardprint?

  public static bool isNumeric(string inString)

  {

  inString=inString.Trim();

  bool haveNumber=false;

  bool haveDot=false;

  for(int i=0;i<inString.Length;i++)

  {

  if (Char.IsNumber(inString[i]))

  {

  haveNumber=true;

  }

  else if(inString[i]=='.')

  {

  if (haveDot)

  {

  return false;

  }

  else

  {

  haveDot=true;

  }

  }

  else if(i==0)

  {

  if(inString[i]!='+'&&inString[i]!='-')

  {

  return false;

  }

  }

  else

  {

  return false;

  }

  if(i>20)

  {

  return false;

  }

  }

  return haveNumber;

  }

  }

  public static bool isNumeric(string inString)

  {

  inString=inString.Trim();

  bool haveNumber=false;

  bool haveDot=false;

  for(int i=0;i<inString.Length;i++)

  {

  if (Char.IsNumber(inString[i]))

  {

  haveNumber=true;

  }

  else if(inString[i]=='.')

  {

  if (haveDot)

  {

  return false;

  }

  else

  {

  haveDot=true;

  }

  }

  else if(i==0)

  {

  if(inString[i]!='+'&&inString[i]!='-')

  {

  return false;

  }

  }

  else

  {

  return false;

  }

  if(i>20)

  {

  return false;

  }

  }

  return haveNumber;

  }

  }方案四:改写vb的IsNumeric源代码(执行效率不高)view plaincopy to clipboardprint?

  //主调函数

  public static bool IsNumeric(object Expression)

  {

  bool flag1;

  IConvertible convertible1 = null;

  if (Expression is IConvertible)

  {

  convertible1 = (IConvertible) Expression;

  }

  if (convertible1 == null)

  {

  if (Expression is char[])

  {

  Expression = new string((char[]) Expression);

  }

  else

  {

  return false;

  }

  }

  TypeCode code1 = convertible1.GetTypeCode();

  if ((code1 != TypeCode.String) && (code1 != TypeCode.Char))

  {

  return Utils.IsNumericTypeCode(code1);

  }

  string text1 = convertible1.ToString(null);

  try

  {

  long num2;

  if (!StringType.IsHexOrOctValue(text1, ref num2))

  {

  double num1;

  return DoubleType.TryParse(text1, ref num1);

  }

  flag1 = true;

  }

  catch (Exception)

  {

  flag1 = false;

  }

  return flag1;

  }

  

  //子函数

  // return Utils.IsNumericTypeCode(code1);

  internal static bool IsNumericTypeCode(TypeCode TypCode)

  {

  switch (TypCode)

  {

  case TypeCode.Boolean:

  case TypeCode.Byte:

  case TypeCode.Int16:

  case TypeCode.Int32:

  case TypeCode.Int64:

  case TypeCode.Single:

  case TypeCode.Double:

  case TypeCode.Decimal:

  {

  return true;

  }

  case TypeCode.Char:

  case TypeCode.SByte:

  case TypeCode.UInt16:

  case TypeCode.UInt32:

  case TypeCode.UInt64:

  {

  break;

  }

  }

  return false;

  }

  

  

  //-----------------

  //StringType.IsHexOrOctValue(text1, ref num2))

  internal static bool IsHexOrOctValue(string Value, ref long i64Value)

  {

  int num1;

  int num2 = Value.Length;

  while (num1 < num2)

  {

  char ch1 = Value[num1];

  if (ch1 == '&')

  {

  ch1 = char.ToLower(Value[num1 + 1], CultureInfo.InvariantCulture);

  string text1 = StringType.ToHalfwidthNumbers(Value.Substring(num1 + 2));

  if (ch1 == 'h')

  {

  i64Value = Convert.ToInt64(text1, 0x10);

  }

  else if (ch1 == 'o')

  {

  i64Value = Convert.ToInt64(text1, 8);

  }

  else

  {

  throw new FormatException();

  }

  return true;

  }

  if ((ch1 != ' ') && (ch1 != '\u3000'))

  {

  return false;

  }

  num1++;

  }

  return false;

  }

  //----------------------------------------------------

  // DoubleType.TryParse(text1, ref num1);

  internal static bool TryParse(string Value, ref double Result)

  {

  bool flag1;

  CultureInfo info1 = Utils.GetCultureInfo();

  NumberFormatInfo info3 = info1.NumberFormat;

  NumberFormatInfo info2 = DecimalType.GetNormalizedNumberFormat(info3);

  Value = StringType.ToHalfwidthNumbers(Value, info1);

  if (info3 == info2)

  {

  return double.TryParse(Value, NumberStyles.Any, info2, out Result);

  }

  try

  {

  Result = double.Parse(Value, NumberStyles.Any, info2);

  flag1 = true;

  }

  catch (FormatException)

  {

  flag1 = double.TryParse(Value, NumberStyles.Any, info3, out Result);

  }

  catch (Exception)

  {

  flag1 = false;

  }

  return flag1;

  }

  //主调函数

  public static bool IsNumeric(object Expression)

  {

  bool flag1;

  IConvertible convertible1 = null;

  if (Expression is IConvertible)

  {

  convertible1 = (IConvertible) Expression;

  }

  if (convertible1 == null)

  {

  if (Expression is char[])

  {

  Expression = new string((char[]) Expression);

  }

  else

  {

  return false;

  }

  }

  TypeCode code1 = convertible1.GetTypeCode();

  if ((code1 != TypeCode.String) && (code1 != TypeCode.Char))

  {

  return Utils.IsNumericTypeCode(code1);

  }

  string text1 = convertible1.ToString(null);

  try

  {

  long num2;

  if (!StringType.IsHexOrOctValue(text1, ref num2))

  {

  double num1;

  return DoubleType.TryParse(text1, ref num1);

  }

  flag1 = true;

  }

  catch (Exception)

  {

  flag1 = false;

  }

  return flag1;

  }

  //子函数

  // return Utils.IsNumericTypeCode(code1);

  internal static bool IsNumericTypeCode(TypeCode TypCode)

  {

  switch (TypCode)

  {

  case TypeCode.Boolean:

  case TypeCode.Byte:

  case TypeCode.Int16:

  case TypeCode.Int32:

  case TypeCode.Int64:

  case TypeCode.Single:

  case TypeCode.Double:

  case TypeCode.Decimal:

  {

  return true;

  }

  case TypeCode.Char:

  case TypeCode.SByte:

  case TypeCode.UInt16:

  case TypeCode.UInt32:

  case TypeCode.UInt64:

  {

  break;

  }

  }

  return false;

  }

  //-----------------

  //StringType.IsHexOrOctValue(text1, ref num2))

  internal static bool IsHexOrOctValue(string Value, ref long i64Value)

  {

  int num1;

  int num2 = Value.Length;

  while (num1 < num2)

  {

  char ch1 = Value[num1];

  if (ch1 == '&')

  {

  ch1 = char.ToLower(Value[num1 + 1], CultureInfo.InvariantCulture);

  string text1 = StringType.ToHalfwidthNumbers(Value.Substring(num1 + 2));

  if (ch1 == 'h')

  {

  i64Value = Convert.ToInt64(text1, 0x10);

  }

  else if (ch1 == 'o')

  {

  i64Value = Convert.ToInt64(text1, 8);

  }

  else

  {

  throw new FormatException();

  }

  return true;

  }

  if ((ch1 != ' ') && (ch1 != '\u3000'))

  {

  return false;

  }

  num1++;

  }

  return false;

  }

  //----------------------------------------------------

  // DoubleType.TryParse(text1, ref num1);

  internal static bool TryParse(string Value, ref double Result)

  {

  bool flag1;

  CultureInfo info1 = Utils.GetCultureInfo();

  NumberFormatInfo info3 = info1.NumberFormat;

  NumberFormatInfo info2 = DecimalType.GetNormalizedNumberFormat(info3);

  Value = StringType.ToHalfwidthNumbers(Value, info1);

  if (info3 == info2)

  {

  return double.TryParse(Value, NumberStyles.Any, info2, out Result);

  }

  try

  {

  Result = double.Parse(Value, NumberStyles.Any, info2);

  flag1 = true;

  }

  catch (FormatException)

  {

  flag1 = double.TryParse(Value, NumberStyles.Any, info3, out Result);

  }

  catch (Exception)

  {

  flag1 = false;

  }

  return flag1;

  }方案五: 直接引用vb运行库(执行效率不高)

  方法: 首先需要添加Visualbasic.runtime的引用

  代码中Using Microsoft.visualbasic;

  程序中用Information.isnumeric("ddddd");
 
 
 
方案一:Try...Catch(执行效率不高)view plaincopy to clipboardprint? /// <summary> /// 名称:IsNumberic /// 功能:判断输入的是否是数字 /// 参数:string oText:源文本 /// 返回值: bool true:是 false:否 /// </summary> /// <param name="oText"></param> /// <returns></returns> private bool IsNumberic(string oText) { try { int var1=Convert.ToInt32 (oText); return true; } catch { return false; } } /// <summary> /// 名称:IsNumberic /// 功能:判断输入的是否是数字 /// 参数:string oText:源文本 /// 返回值: bool true:是 false:否 /// </summary> /// <param name="oText"></param> /// <returns></returns> private bool IsNumberic(string oText) { try { int var1=Convert.ToInt32 (oText); return true; } catch { return false; } }方案二:正则表达式(推荐) a)view plaincopy to clipboardprint? using System; using System.Text.RegularExpressions; public bool IsNumber(String strNumber) { Regex objNotNumberPattern=new Regex("[^0-9.-]"); Regex objTwoDotPattern=new Regex("[0-9]*[.][0-9]*[.][0-9]*"); Regex objTwoMinusPattern=new Regex("[0-9]*[-][0-9]*[-][0-9]*"); String strValidRealPattern="^([-]|[.]|[-.]|[0-9])[0-9]*[.]*[0-9]+$"; String strValidIntegerPattern="^([-]|[0-9])[0-9]*$"; Regex objNumberPattern =new Regex("(" + strValidRealPattern +")|(" + strValidIntegerPattern + ")"); return !objNotNumberPattern.IsMatch(strNumber) && !objTwoDotPattern.IsMatch(strNumber) && !objTwoMinusPattern.IsMatch(strNumber) && objNumberPattern.IsMatch(strNumber); } using System; using System.Text.RegularExpressions; public bool IsNumber(String strNumber) { Regex objNotNumberPattern=new Regex("[^0-9.-]"); Regex objTwoDotPattern=new Regex("[0-9]*[.][0-9]*[.][0-9]*"); Regex objTwoMinusPattern=new Regex("[0-9]*[-][0-9]*[-][0-9]*"); String strValidRealPattern="^([-]|[.]|[-.]|[0-9])[0-9]*[.]*[0-9]+$"; String strValidIntegerPattern="^([-]|[0-9])[0-9]*$"; Regex objNumberPattern =new Regex("(" + strValidRealPattern +")|(" + strValidIntegerPattern + ")"); return !objNotNumberPattern.IsMatch(strNumber) && !objTwoDotPattern.IsMatch(strNumber) && !objTwoMinusPattern.IsMatch(strNumber) && objNumberPattern.IsMatch(strNumber); }b)view plaincopy to clipboardprint? public static bool IsNumeric(string value) { return Regex.IsMatch(value, @"^[+-]?\d*[.]?\d*$"); } public static bool IsInt(string value) { return Regex.IsMatch(value, @"^[+-]?\d*$"); } public static bool IsUnsign(string value) { return Regex.IsMatch(value, @"^\d*[.]?\d*$"); } public static bool IsNumeric(string value) { return Regex.IsMatch(value, @"^[+-]?\d*[.]?\d*$"); } public static bool IsInt(string value) { return Regex.IsMatch(value, @"^[+-]?\d*$"); } public static bool IsUnsign(string value) { return Regex.IsMatch(value, @"^\d*[.]?\d*$"); }方案三:遍历 [url=http://www.devdao.com]www.devdao.com[/url] a)view plaincopy to clipboardprint? public bool isnumeric(string str) { char[] ch=new char[str.Length]; ch=str.ToCharArray(); for(int i=0;i<ch.Length;i++) { if(ch[i]<48 || ch[i]>57) return false; } return true; } public bool isnumeric(string str) { char[] ch=new char[str.Length]; ch=str.ToCharArray(); for(int i=0;i<ch.Length;i++) { if(ch[i]<48 || ch[i]>57) return false; } return true; }b)view plaincopy to clipboardprint? public bool IsInteger(string strIn) { bool bolResult=true; if(strIn=="") { bolResult=false; } else { foreach(char Char in strIn) { if(char.IsNumber(Char)) continue; else { bolResult=false; break; } } } return bolResult; } public bool IsInteger(string strIn) { bool bolResult=true; if(strIn=="") { bolResult=false; } else { foreach(char Char in strIn) { if(char.IsNumber(Char)) continue; else { bolResult=false; break; } } } return bolResult; }c)view plaincopy to clipboardprint? public static bool isNumeric(string inString) { inString=inString.Trim(); bool haveNumber=false; bool haveDot=false; for(int i=0;i<inString.Length;i++) { if (Char.IsNumber(inString[i])) { haveNumber=true; } else if(inString[i]=='.') { if (haveDot) { return false; } else { haveDot=true; } } else if(i==0) { if(inString[i]!='+'&&inString[i]!='-') { return false; } } else { return false; } if(i>20) { return false; } } return haveNumber; } } public static bool isNumeric(string inString) { inString=inString.Trim(); bool haveNumber=false; bool haveDot=false; for(int i=0;i<inString.Length;i++) { if (Char.IsNumber(inString[i])) { haveNumber=true; } else if(inString[i]=='.') { if (haveDot) { return false; } else { haveDot=true; } } else if(i==0) { if(inString[i]!='+'&&inString[i]!='-') { return false; } } else { return false; } if(i>20) { return false; } } return haveNumber; } }方案四:改写vb的IsNumeric源代码(执行效率不高)view plaincopy to clipboardprint? //主调函数 public static bool IsNumeric(object Expression) { bool flag1; IConvertible convertible1 = null; if (Expression is IConvertible) { convertible1 = (IConvertible) Expression; } if (convertible1 == null) { if (Expression is char[]) { Expression = new string((char[]) Expression); } else { return false; } } TypeCode code1 = convertible1.GetTypeCode(); if ((code1 != TypeCode.String) && (code1 != TypeCode.Char)) { return Utils.IsNumericTypeCode(code1); } string text1 = convertible1.ToString(null); try { long num2; if (!StringType.IsHexOrOctValue(text1, ref num2)) { double num1; return DoubleType.TryParse(text1, ref num1); } flag1 = true; } catch (Exception) { flag1 = false; } return flag1; } //子函数 // return Utils.IsNumericTypeCode(code1); internal static bool IsNumericTypeCode(TypeCode TypCode) { switch (TypCode) { case TypeCode.Boolean: case TypeCode.Byte: case TypeCode.Int16: case TypeCode.Int32: case TypeCode.Int64: case TypeCode.Single: case TypeCode.Double: case TypeCode.Decimal: { return true; } case TypeCode.Char: case TypeCode.SByte: case TypeCode.UInt16: case TypeCode.UInt32: case TypeCode.UInt64: { break; } } return false; } //----------------- //StringType.IsHexOrOctValue(text1, ref num2)) internal static bool IsHexOrOctValue(string Value, ref long i64Value) { int num1; int num2 = Value.Length; while (num1 < num2) { char ch1 = Value[num1]; if (ch1 == '&') { ch1 = char.ToLower(Value[num1 + 1], CultureInfo.InvariantCulture); string text1 = StringType.ToHalfwidthNumbers(Value.Substring(num1 + 2)); if (ch1 == 'h') { i64Value = Convert.ToInt64(text1, 0x10); } else if (ch1 == 'o') { i64Value = Convert.ToInt64(text1, 8); } else { throw new FormatException(); } return true; } if ((ch1 != ' ') && (ch1 != '\u3000')) { return false; } num1++; } return false; } //---------------------------------------------------- // DoubleType.TryParse(text1, ref num1); internal static bool TryParse(string Value, ref double Result) { bool flag1; CultureInfo info1 = Utils.GetCultureInfo(); NumberFormatInfo info3 = info1.NumberFormat; NumberFormatInfo info2 = DecimalType.GetNormalizedNumberFormat(info3); Value = StringType.ToHalfwidthNumbers(Value, info1); if (info3 == info2) { return double.TryParse(Value, NumberStyles.Any, info2, out Result); } try { Result = double.Parse(Value, NumberStyles.Any, info2); flag1 = true; } catch (FormatException) { flag1 = double.TryParse(Value, NumberStyles.Any, info3, out Result); } catch (Exception) { flag1 = false; } return flag1; } //主调函数 public static bool IsNumeric(object Expression) { bool flag1; IConvertible convertible1 = null; if (Expression is IConvertible) { convertible1 = (IConvertible) Expression; } if (convertible1 == null) { if (Expression is char[]) { Expression = new string((char[]) Expression); } else { return false; } } TypeCode code1 = convertible1.GetTypeCode(); if ((code1 != TypeCode.String) && (code1 != TypeCode.Char)) { return Utils.IsNumericTypeCode(code1); } string text1 = convertible1.ToString(null); try { long num2; if (!StringType.IsHexOrOctValue(text1, ref num2)) { double num1; return DoubleType.TryParse(text1, ref num1); } flag1 = true; } catch (Exception) { flag1 = false; } return flag1; } //子函数 // return Utils.IsNumericTypeCode(code1); internal static bool IsNumericTypeCode(TypeCode TypCode) { switch (TypCode) { case TypeCode.Boolean: case TypeCode.Byte: case TypeCode.Int16: case TypeCode.Int32: case TypeCode.Int64: case TypeCode.Single: case TypeCode.Double: case TypeCode.Decimal: { return true; } case TypeCode.Char: case TypeCode.SByte: case TypeCode.UInt16: case TypeCode.UInt32: case TypeCode.UInt64: { break; } } return false; } //----------------- //StringType.IsHexOrOctValue(text1, ref num2)) internal static bool IsHexOrOctValue(string Value, ref long i64Value) { int num1; int num2 = Value.Length; while (num1 < num2) { char ch1 = Value[num1]; if (ch1 == '&') { ch1 = char.ToLower(Value[num1 + 1], CultureInfo.InvariantCulture); string text1 = StringType.ToHalfwidthNumbers(Value.Substring(num1 + 2)); if (ch1 == 'h') { i64Value = Convert.ToInt64(text1, 0x10); } else if (ch1 == 'o') { i64Value = Convert.ToInt64(text1, 8); } else { throw new FormatException(); } return true; } if ((ch1 != ' ') && (ch1 != '\u3000')) { return false; } num1++; } return false; } //---------------------------------------------------- // DoubleType.TryParse(text1, ref num1); internal static bool TryParse(string Value, ref double Result) { bool flag1; CultureInfo info1 = Utils.GetCultureInfo(); NumberFormatInfo info3 = info1.NumberFormat; NumberFormatInfo info2 = DecimalType.GetNormalizedNumberFormat(info3); Value = StringType.ToHalfwidthNumbers(Value, info1); if (info3 == info2) { return double.TryParse(Value, NumberStyles.Any, info2, out Result); } try { Result = double.Parse(Value, NumberStyles.Any, info2); flag1 = true; } catch (FormatException) { flag1 = double.TryParse(Value, NumberStyles.Any, info3, out Result); } catch (Exception) { flag1 = false; } return flag1; }方案五: 直接引用vb运行库(执行效率不高) 方法: 首先需要添加Visualbasic.runtime的引用 代码中Using Microsoft.visualbasic; 程序中用Information.isnumeric("ddddd");
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日版宠物情人插曲《Winding Road》歌词

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