C-Sharp Source Code Formatting Show

SourceFormatX code formatter bases on powerful syntax parse engines so it can beautify and format source code files with omnifarious styles, even these messy source code examples below:

  C-Sharp Source Code Formatting Examples:     Example 1   |   Example 2   |   Example 3   |   Example 4

The purpose of this C-Sharp code formatting demonstration is to show the power of C# language syntax parse engine which powered by SourceFormatX C# Code Formatter.

  /* Before C-Sharp Code Formatting */

  namespace System.Security.Cryptography{
  #if CONFIG_CRYPTO
  using System;public abstract class RC2:SymmetricAlgorithm{protected int
  EffectiveKeySizeValue;public RC2():base(){KeySizeValue=128;BlockSizeValue=64;
  FeedbackSizeValue=64;LegalBlockSizesValue=new KeySizes[1];LegalBlockSizesValue[
  0]=new KeySizes(64,64,64);LegalKeySizesValue=new KeySizes[1];LegalKeySizesValue
  [0]=new KeySizes(128,128,128);}public new static RC2 Create(){return(RC2)(
  CryptoConfig.CreateFromName(CryptoConfig.RC2Default,null));}public new static
  RC2 Create(String algName){return(RC2)(CryptoConfig.CreateFromName(algName,null
  ));}public virtual int EffectiveKeySize{get{if(EffectiveKeySize!=0){return
  EffectiveKeySize;}else{return KeySizeValue;}}set{if(value==0){
  EffectiveKeySizeValue=0;}else if(value<40||value>KeySizeValue){throw new
  CryptographicException(_("Crypto_InvalidKeySize"),value.ToString());}
  EffectiveKeySizeValue=value;}}public override int KeySize{get{return
  KeySizeValue;}set{if(value<EffectiveKeySizeValue){throw new
  CryptographicException(_("Crypto_InvalidKeySize"),value.ToString());}
  base.KeySize=value;}}};
  #endif
  };

  /* After C-Sharp Code Formatting */

  namespace System.Security.Cryptography
  {

    #if CONFIG_CRYPTO

      using System;

      public abstract class RC2: SymmetricAlgorithm
      {
        protected int EffectiveKeySizeValue;

        public RC2(): base()
        {
          KeySizeValue = 128;
          BlockSizeValue = 64;
          FeedbackSizeValue = 64;
          LegalBlockSizesValue = new KeySizes[1];
          LegalBlockSizesValue[0] = new KeySizes(64, 64, 64);
          LegalKeySizesValue = new KeySizes[1];
          LegalKeySizesValue[0] = new KeySizes(128, 128, 128);
        }

        public new static RC2 Create()
        {
          return (RC2)(CryptoConfig.CreateFromName(CryptoConfig.RC2Default, null));
        }
        public new static RC2 Create(String algName)
        {
          return (RC2)(CryptoConfig.CreateFromName(algName, null));
        }

        public virtual int EffectiveKeySize
        {
          get
          {
            if (EffectiveKeySize != 0)
            {
              return EffectiveKeySize;
            }
            else
            {
              return KeySizeValue;
            }
          }
          set
          {
            if (value == 0)
            {
              EffectiveKeySizeValue = 0;
            }
            else if (value < 40 || value > KeySizeValue)
            {
              throw new CryptographicException(_("Crypto_InvalidKeySize"),
                value.ToString());
            }
            EffectiveKeySizeValue = value;
          }
        }

        public override int KeySize
        {
          get
          {
            return KeySizeValue;
          }
          set
          {
            if (value < EffectiveKeySizeValue)
            {
              throw new CryptographicException(_("Crypto_InvalidKeySize"),
                value.ToString());
            }
            base.KeySize = value;
          }
        }
      };

    #endif

  };

Example 1   |   Example 2   |   Example 3   |   Example 4

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