enstring.c

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class string
{
    static const string Empty;
            
    proto native int ToInt();
    
    proto native int HexToInt();
    
    proto native float ToFloat();
            
    proto vector ToVector();
        
    
    vector BeautifiedToVector()
    {
        string copy = value;
        copy.Replace("<", "");
        copy.Replace(">", "");
        copy.Replace(",", " ");
        return copy.ToVector();
    }
    proto native int ToAscii();
    
    proto native typename ToType();
 
    static proto string ToString(void var, bool type = false, bool name = false, bool quotes = true);
    
    proto string Substring(int start, int len);
    
    string SubstringInverted( string string_to_split, int position_start, int position_end )
    {
        string first_half = string_to_split.Substring(0, position_start);
        string second_half = string_to_split.Substring( position_end, string_to_split.Length() - position_end );
        string result = first_half + second_half;
        return result;
    }
    
    proto string SubstringUtf8(int startChar, int len);
 
    proto int Replace(string sample, string replace);
 
    proto int ToLower();
 
    proto int ToUpper();
 
    proto native int Length();
    
    proto native int LengthUtf8();
 
    proto native int Hash();
    
    proto native int IndexOf(string sample);
    
    proto native int LastIndexOf(string sample);
 
    proto native int IndexOfFrom(int start, string sample);
 
    bool Contains(string sample)
    {
        return value.IndexOf(sample) != -1;
    }
 
    proto string Trim();
 
    proto int TrimInPlace();
    
    proto int ParseStringEx(out string token);
 
    proto int ParseString(out string tokens[]);
    
    void Split(string sample, out array<string> output)
    {
        int txt_len = 0;
        int sep_pos = -1;
        int nxt_sep_pos = 0;
        string text = "";
 
        bool line_end = false;
        while (line_end == false)
        {
            sep_pos = sep_pos + txt_len + 1;
            nxt_sep_pos = value.IndexOfFrom(sep_pos, sample);
            if ( nxt_sep_pos == -1 )
            {
                nxt_sep_pos = value.Length();
                line_end = true;
            }
 
            txt_len = nxt_sep_pos - sep_pos;
            if ( txt_len > 0 )
            {
                text = value.Substring(sep_pos, txt_len);
                output.Insert(text);
            }
        }
    }
 
    // !Joins array of strings into a single string, separated by 'separator'. Inverse of Split
    static string Join(string separator, notnull TStringArray tokens)
    {
        string output;
        foreach (int i, string s: tokens)
        {
            if (i != 0)
                output += separator;
            output += s;
        }
        return output;
    }
 
    proto string Get(int index);
    
    proto void Set(int index, string input);
 
#ifdef DIAG_DEVELOPER
 
    void OldSet(int n, string _value)
    {
        string pre = value.Substring(0, n);
        n += 1;
        int length = value.Length() - n;
        string post = value.Substring(n, length);
        value = pre + _value + post;
    }
#endif
    
    proto void Insert(int index, string input);
    
    static proto string Format(string fmt, void param1 = NULL, void param2 = NULL, void param3 = NULL, void param4 = NULL, void param5 = NULL, void param6 = NULL, void param7 = NULL, void param8 = NULL, void param9 = NULL);
};
 
//@}