ZealOS/src/Doc/Bit.DD


$FG,5$These take a pointer to a bit field.$FG$
$WW,1$$FG,2$Bt$FG$:	Bit Test
$FG,2$Bts$FG$:	Bit Test and Set to one
$FG,2$Btr$FG$:	Bit Test and Reset to zero
$FG,2$Btc$FG$:	Bit Test and Compliment (toggle)
$FG,2$BEqual$FG$:	Set bit to value.

$FG$Bit operations are "atomic", no interrupt between the reading and writing the bit, important when multitasking.  For multicore use "locked" forms.$FG$

$FG,5$These don't take a pointer, but the actual field.$FG$
$FG,2$Bsf$FG$:	Bit Scan Fwd (Pos of first low one bit or -1)
$FG,2$Bsr$FG$:	Bit Scan Rev (Pos of first high one bit or -1)
$FG,2$BCount$FG$:	Bit Count (Count of set bits)
First commit. Unzipped all files. 2020-02-15 20:01:48 +00:00
			`$FG,5$These take a pointer to a bit field.$FG$`
			`$WW,1$$FG,2$Bt$FG$: Bit Test`
			`$FG,2$Bts$FG$: Bit Test and Set to one`
rst -> reset 2020-02-16 00:54:39 +00:00			`$FG,2$Btr$FG$: Bit Test and Reset to zero`
First commit. Unzipped all files. 2020-02-15 20:01:48 +00:00			`$FG,2$Btc$FG$: Bit Test and Compliment (toggle)`
BEqu -> BEqual, rqst -> request 2020-02-16 03:41:28 +00:00			`$FG,2$BEqual$FG$: Set bit to value.`
First commit. Unzipped all files. 2020-02-15 20:01:48 +00:00
			`$FG$Bit operations are "atomic", no interrupt between the reading and writing the bit, important when multitasking. For multicore use "locked" forms.$FG$`

			`$FG,5$These don't take a pointer, but the actual field.$FG$`
			`$FG,2$Bsf$FG$: Bit Scan Fwd (Pos of first low one bit or -1)`
			`$FG,2$Bsr$FG$: Bit Scan Rev (Pos of first high one bit or -1)`
cnt -> count 2020-02-16 00:20:04 +00:00			`$FG,2$BCount$FG$: Bit Count (Count of set bits)`