void add_char_input(t_shprop *shell, int key)
{
t_term *term;
term = shell->term;
if (ft_isprint(key))
{
ft_putchar_fd(key, term->fd);
shell->input_len++;
cur_pos_char_insert(shell, key);
if (shell->hist && !shell->hist->prev)
ft_str_renew(&(shell->hist)->line, ft_strdup(shell->input));
shell->curs_pos++;
if (shell->curs_pos >= (int)shell->input_len)
if ((shell->curs_pos + shell->prompt_len) % term->ws.ws_col
== 0)
{
T_PRINT(" ");
key_move_left(shell);
key_move_right(shell);
}
if (shell->input_len + shell->prompt_len > term->ws.ws_col
&& shell->curs_pos < (int)shell->input_len)
fill_lines(shell);
}
}
int print_str_padded(char *str, t_vars *vars, char *prefix)
{
size_t len_str;
int padding;
char *string;
string = ft_strdup(str);
len_str = ft_strlen(string);
padding = vars->padding - len_str;
if (prefix)
padding -= ft_strlen(prefix);
if (padding > 0 && HAS_FLAG_ZERO(vars->flags))
string = add_padding(string, (size_t)padding, vars);
if (prefix)
ft_str_renew(&string, ft_strjoin(prefix, string)); // not opti
if (padding > 0 && !HAS_FLAG_ZERO(vars->flags))
string = add_padding(string, (size_t)padding, vars);
len_str = ft_strlen(string);
ft_putstr(string);
vars->precision = -1;
return (len_str);
}