freebsd-dev/usr.bin/indent/tests/binary.0.stdout

/* $FreeBSD$ */
#define b00101010 -1
void
t(void)
{
	unsigned	a[] = {0b00101010, 0x00005678, 02, 17U};
	float		x[] = {.7f, 0.7f};
	unsigned long	ul[] = {0b00001111UL, 0x01010101UL, 02UL, 17UL};

	if (0 b00101010)
		return;
}
indent(1): Support binary integer literals. This was done by Romain Tartière for PR123553. I initially thought that it would break code like this: #define b00101010 -1 if (0 b00101010) ... by joining 0 and b00101010 together. However, the real problem with that patch was that once it saw a 0, it assumed that the number was base 2, 8 or 16, ignoring base 10 floating point numbers. I fixed that. I didn't copy the diagnostic part of the original patch as it seems out of scope of implementing binary integer literals formatting. PR: 123553 Submitted by: romain (original version) Approved by: pfg (mentor) 2017-05-18 17:15:58 +00:00			`/* $FreeBSD$ */`
			`#define b00101010 -1`
indent(1): don't produce unneeded space character in function declarators. 2017-07-23 14:04:45 +00:00			`void`
indent(1): Support binary integer literals. This was done by Romain Tartière for PR123553. I initially thought that it would break code like this: #define b00101010 -1 if (0 b00101010) ... by joining 0 and b00101010 together. However, the real problem with that patch was that once it saw a 0, it assumed that the number was base 2, 8 or 16, ignoring base 10 floating point numbers. I fixed that. I didn't copy the diagnostic part of the original patch as it seems out of scope of implementing binary integer literals formatting. PR: 123553 Submitted by: romain (original version) Approved by: pfg (mentor) 2017-05-18 17:15:58 +00:00			`t(void)`
			`{`
			`unsigned a[] = {0b00101010, 0x00005678, 02, 17U};`
			`float x[] = {.7f, 0.7f};`
			`unsigned long ul[] = {0b00001111UL, 0x01010101UL, 02UL, 17UL};`

			`if (0 b00101010)`
			`return;`
			`}`