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print_bases.c
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print_bases.c
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#include "main.h"
/**
* print_hex - prints a number in hexadecimal base,
* in lowercase
* @l: va_list arguments from _printf
* @f: pointer to the struct flags that determines
* if a flag is passed to _printf
* Description: the function calls convert() which in turns converts the input
* number into the correct base and returns it as a string
* Return: the number of char printed
*/
int print_hex(va_list l, flags_t *f)
{
unsigned int num = va_arg(l, unsigned int);
char *str = convert(num, 16, 1);
int count = 0;
if (f->hash == 1 && str[0] != '0')
count += _puts("0x");
count += _puts(str);
return (count);
}
/**
* print_hex_big - prints a number in hexadecimal base,
* in uppercase
* @l: va_list arguments from _printf
* @f: pointer to the struct that determines
* if a flag is passed to _printf
* Description: the function calls convert() which in turns converts the input
* number into the correct base and returns it as a string
* Return: the number of char printed
*/
int print_hex_big(va_list l, flags_t *f)
{
unsigned int num = va_arg(l, unsigned int);
char *str = convert(num, 16, 0);
int count = 0;
if (f->hash == 1 && str[0] != '0')
count += _puts("0X");
count += _puts(str);
return (count);
}
/**
* print_binary - prints a number in base 2
* @l: va_list arguments from _printf
* @f: pointer to the struct that determines
* if a flag is passed to _printf
* Description: the function calls convert() which in turns converts the input
* number into the correct base and returns it as a string
* Return: the number of char printed
*/
int print_binary(va_list l, flags_t *f)
{
unsigned int num = va_arg(l, unsigned int);
char *str = convert(num, 2, 0);
(void)f;
return (_puts(str));
}
/**
* print_octal - Prints a number in base 8
* @l: va_list arguments from _printf
* @f: Pointer to the struct that determines
* if a flag is passed to _printf
* Description: the function calls convert() which in turns converts the input
* number into the correct base and returns it as a string
* Return: Number of char printed
*/
int print_octal(va_list l, flags_t *f)
{
unsigned int num = va_arg(l, unsigned int);
char *str = convert(num, 8, 0);
int count = 0;
if (f->hash == 1 && str[0] != '0')
count += _putchar('0');
count += _puts(str);
return (count);
}