class TString

 TString default ctor.

 Create TString able to contain ic characters.

 Create TString and initialize it with string cs.

 Create TString and initialize it with string cs.

 Create TString and initialize it with the first n characters of cs.

 Initialize a string with a single character.

 Initialize the first n locations of a TString with character c.

 Copy a TSubString in a TString.

 Delete a TString. I.e. decrease its reference count. When 0 free space.

 Assign character c to TString.

 Assign string cs to TString.

 Assign std::string s to TString.

 Assignment operator.

 Assign a TSubString substr to TString.

 Append character c rep times to string.

 Return string capacity. If nc != current capacity Clone() the string
 in a string with the desired capacity.

 Compare a string to char *cs2.

 Compare a string to another string.

 Return number of times character c occurs in the string.

 Copy a string.

 Return hash value.

 Calculates hash index from any char string. (static function)
 Based on precalculated table of 256 specially selected numbers.
 These numbers are selected in such a way, that for string
 length == 4 (integer number) the hash is unambigous, i.e.
 from hash value we can recalculate input (no degeneration).

 The quality of hash method is good enough, that
 "random" numbers made as R = Hash(1), Hash(2), ...Hash(N)
 tested by <R>, <R*R>, <Ri*Ri+1> gives the same result
 as for libc rand().

 For string:  i = TString::Hash(string,nstring);
 For int:     i = TString::Hash(&intword,sizeof(int));
 For pointer: i = TString::Hash(&pointer,sizeof(void*));

              V.Perev

 Search for a string in the TString. Plen is the length of pattern,
 startIndex is the index from which to start and cmp selects the type
 of case-comparison.

 Returns true if string contains one of the regexp characters "^$.[]*+?".

 Returns true if string contains one of the wildcard characters "[]*?".

 Prepend characters to self.

 Remove at most n1 characters from self beginning at pos,
 and replace them with the first n2 characters of cs.

 Find & Replace ls1 symbols of s1 with ls2 symbols of s2 if any.

 Remove char c at begin and/or end of string (like Strip() but
 modifies directly the string.

 Resize the string. Truncate or add blanks as necessary.

 Return a substring of self stripped at beginning and/or end.

 Change string to lower-case.

 Change string to upper case.

 Return charcater at location i.

 Check to make sure a string index is in range.

 Special constructor to initialize with the concatenation of a1 and a2.

 Calculate a nice capacity greater than or equal to nc.

 Clear string without changing its capacity.

 Clear string and make sure it has a capacity of nc.

 Make string a distinct copy; preserve previous contents.

 Make self a distinct copy with capacity of at least nc.
 Preserve previous contents.

 Copy string into I/O buffer.

 Read string from I/O buffer.

 Read TString object from buffer. Simplified version of
 TBuffer::ReadObject (does not keep track of multiple
 references to same string).  We need to have it here
 because TBuffer::ReadObject can only handle descendant
 of TObject.

 Returns size string will occupy on I/O buffer.

 Stream a string object.

 Write TString object to buffer. Simplified version of
 TBuffer::WriteObject (does not keep track of multiple
 references to the same string).  We need to have it here
 because TBuffer::ReadObject can only handle descendant
 of TObject

 Set default initial capacity for all TStrings. Default is 15.

 Set default resize increment for all TStrings. Default is 16.

 Set maximum space that may be wasted in a string before doing a resize.
 Default is 15.

 Return sub-string of string starting at start with length len.

 Returns a substring matching "pattern", or the null substring
 if there is no such match.  It would be nice if this could be yet another
 overloaded version of operator(), but this would result in a type
 conversion ambiguity with operator(Ssiz_t, Ssiz_t).

 Returns true if all characters in string are ascii.

 Returns true if all characters in string are alphabetic.
 Returns false in case string length is 0.

 Returns true if all characters in string are alphanumeric.
 Returns false in case string length is 0.

 Returns true if all characters in string are digits (0-9) or whitespaces,
 i.e. "123456" and "123 456" are both valid integer strings.
 Returns false in case string length is 0 or string contains other
 characters or only whitespace.

 Returns kTRUE if string contains a floating point or integer number.
 Examples of valid formats are:
    64320
    64 320
    6 4 3 2 0
    6.4320     6,4320
    6.43e20   6.43E20    6,43e20
    6.43e-20  6.43E-20   6,43e-20

 Returns true if all characters in string are hexidecimal digits
 (0-9,a-f,A-F). Returns false in case string length is 0.

 Return integer value of string.
 Valid strings include only digits and whitespace (see IsDigit()),
 i.e. "123456", "123 456" and "1 2 3 4        56" are all valid
 integer strings whose Atoi() value is 123456.

 Return long long value of string.
 Valid strings include only digits and whitespace (see IsDigit()),
 i.e. "123456", "123 456" and "1 2 3 4        56" are all valid
 integer strings whose Atoll() value is 123456.

 Return floating-point value contained in string.
 Examples of valid strings are:
    64320
    64 320
    6 4 3 2 0
    6.4320     6,4320
    6.43e20   6.43E20    6,43e20
    6.43e-20  6.43E-20   6,43e-20

 Return true if string ends with the specified string.

 This function is used to isolate sequential tokens in a TString.
 These tokens are separated in the string by at least one of the
 characters in delim. The returned array contains the tokens
 as TObjString's. The returned array is the owner of the objects,
 and must be deleted by the user.

 Formats a string using a printf style format descriptor.
 Existing string contents will be overwritten.

 Formats a string using a printf style format descriptor.
 Existing string contents will be overwritten.

 Static method which formats a string using a printf style format
 descriptor and return a TString. Same as TString::Form() but it is
 not needed to first create a TString.

 For detecting null substrings

 Special concatenation constructor

 C I/O interface

 Type conversion