static void ft_putstr_right_next(t_var *e, long value)
{
if ((e->f_zero == 1 || e->f_precis != 1) && value < 0)
{
ft_putchar_ret('-', e);
if (e->f_precis != 1 && e->f_precis >= e->t_size && value < 0)
{
ft_put_zero(e->f_precis - e->t_size + 1, e);
e->u_exep = 1;
}
value *= -1;
}
if (e->f_zero == 1 && e->f_precis == 1 && e->f_space == 1)
ft_put_zero(e->f_width - e->t_size - 1, e);
else if (e->f_zero == 1 && e->f_precis == 1)
ft_put_zero(e->f_width - e->t_size, e);
else if (e->f_precis != 1 && e->f_precis > e->t_size && value >= 0 && \
e->u_exep != 1)
ft_put_zero(e->f_precis - e->t_size, e);
if (e->f_positive == 0 && e->f_space == 1 && e->f_precis == 0)
ft_putchar_ret(' ', e);
if (value < 0)
e->ret++;
ft_putnbr(value);
}
static void ft_putstr_left(t_var *e, long value)
{
if (value < 0)
e->ret++;
else if (e->f_positive == 1)
ft_putchar_ret('+', e);
else if (e->f_positive == 0 && e->f_space == 1)
ft_putchar_ret(' ', e);
if ((e->f_positive == 1 || e->f_space == 1) && e->f_precis != 1)
e->f_precis++;
if (value < 0 && e->f_precis != 1)
{
value *= -1;
ft_putchar('-');
e->f_precis++;
}
if (e->f_precis != 1 && e->f_width < e->f_precis)
ft_put_zero(e->f_precis - e->t_size, e);
else if (e->f_precis != 1 && e->f_width > e->f_precis)
ft_put_zero(e->f_precis - e->t_size, e);
ft_putnbr(value);
if (e->f_left == 1 && e->f_width != 0 && e->f_width > e->t_size && \
e->f_precis == 1)
ft_put_space(e->f_width - e->t_size, e);
else if (e->f_left == 1 && e->f_width != 0 && e->f_width > e->t_size\
&& e->f_precis != 1)
ft_put_space(e->f_width - e->f_precis, e);
}
void ft_putnbr_hexa(t_env *e, unsigned long long number, char spe)
{
char *base;
char *hex;
int i;
if (number == 0)
{
ft_putchar_ret(e, '0');
return ;
}
if (spe == 'x')
base = HEXA;
if (spe == 'X')
base = HEXA_MAJ;
i = ft_int_hex_len(number);
hex = ft_strnew_ptf(i);
while (number)
{
hex[--i] = base[number % 16];
number = number / 16;
}
ft_putstr_ret(e, hex);
free(hex);
}
void ft_putllunbr(t_env *e, unsigned long long int n)
{
if (n < 10)
ft_putchar_ret(e, n + '0');
else if (n >= 10)
{
ft_putllunbr(e, n / 10);
ft_putllunbr(e, n % 10);
}
}
void type_other_char(char *fmt, t_var *e)
{
if (fmt[e->i] == 'b')
type_b(e);
else
{
if (e->f_left == 0 && e->f_width != 0 && e->f_zero == 0)
ft_put_space(e->f_width - 1, e);
else if (e->f_left == 0 && e->f_width != 0 && e->f_zero == 1)
ft_put_zero(e->f_width - 1, e);
ft_putchar_ret(fmt[e->i], e);
if (e->f_left == 1 && e->f_width != 0)
ft_put_space(e->f_width - 1, e);
}
}
static void ft_putstr_right(t_var *e, long value)
{
if (e->f_zero == 1 && e->f_space == 1 && e->f_positive == 0 && value == 0)
ft_put_space(1, e);
else if ((e->f_zero == 0 && e->f_precis == 1) || (e->f_precis != 1 &&
e->f_width > e->f_precis && e->f_precis < e->t_size))
ft_put_space(e->f_width - e->t_size, e);
else if (e->f_precis != 1 && e->f_width > e->f_precis && e->f_precis >\
e->t_size)
ft_put_space(e->f_width - e->f_precis - (value < 0 ? 1 : 0), e);
else if (e->f_precis != 1 && e->f_width > e->f_precis && e->f_precis ==\
e->t_size)
ft_put_space(e->f_width - e->f_precis - 1, e);
if (e->f_positive == 1)
ft_putchar_ret('+', e);
if (e->f_positive == 1 && e->f_precis != 1)
e->f_precis++;
ft_putstr_right_next(e, value);
}
void ft_putnbr_octal(t_env *e, unsigned long long number)
{
char *octal;
int i;
if (number == 0)
{
ft_putchar_ret(e, '0');
return ;
}
i = ft_int_octal_len(number);
octal = ft_strnew_ptf(i);
while (number)
{
octal[--i] = number % 8 + '0';
number = number / 8;
}
ft_putstr_ret(e, octal);
free(octal);
}
