t_Str::t_Str(const t_Str &str, size_t start, size_t chars)
{
init();
char *ptr = str.getText();
size_t len = str.getLength();
if(start >= len)
return;
ptr += start;
len -= start;
if(chars >= len)
chars = len;
set(ptr, chars);
}
void t_Str::copy(const t_Str &original)
{
clear();
if(original.getLength() < minsize)
{
content.ministring.length = (unsigned)original.getLength();
memmove(content.ministring.text, original.getText(), original.getLength() + 1);
content.ministring.big = false;
return;
}
// ptr = original.getText();
content.bigstring.length = original.getLength();
content.bigstring.size = setSize(original.getLength() + 1);
content.bigstring.text = getSpace(content.bigstring.size);
content.ministring.big = true;
memmove(content.bigstring.text, original.getText(), original.getLength() + 1);
}
bool t_Str::operator*=(const t_Str &s1) const
{
return search(s1.getText(), s1.getLength()) != npos;
}
size_t t_Str::rfind(const t_Str &str, size_t ind) const
{
return rfind(str.getText(), ind, str.getLength());
}
size_t t_Str::find(const t_Str &str, size_t ind, unsigned instance) const
{
return find(str.getText(), ind, str.getLength(), instance);
}
unsigned t_Str::count(const t_Str &str, size_t ind) const
{
return count(str.getText(), ind, str.getLength());
}
void t_Str::append(const t_Str &str)
{
append(str.getText(), str.getLength());
}
void t_Str::set(const t_Str &str)
{
set(str.getText(), str.getLength());
}
void t_Str::insert(size_t start, const t_Str &s)
{
insert(start, s.getText(), s.getLength());
}