.NLIST
	.ENABL	LC
;
;	C2 DATA ACQUISITION HEADER
;
;
;BUFFER HEADER (1 PER INPUT LUN)
;
BH.QUE	= 0				; NEXT HEADER BUFFER
BH.TYP	= 2				; HEADER TYPE
BH.OOP	= 4				; OUTPUT OPTION (Byte)
BH.AOP	= 5				; ANALYSIS OPTION (Byte)
BH.ALN	= 6				; Analysis LUN (Byte)
BH.IMN	= 7				; Minimum input count (Byte)
BH.BCT	= 10				; #OF BUFFERS (Byte)
BH.ICT	= 11				; NUMBER OF BUFFS IN INPUT QUE (Byte)
BH.OCT	= 12				; NUMBER OF BUFFS IN OUTPUT QUE (Byte)
BH.ACT	= 13				; # of buffs in analysis que (Byte)
BH.BFG	= 14				; Begin flags (Byte)
BH.EFG	= 15				; End flags (Byte)
BH.CNT	= 16				; TOTAL # OF INPUT BUFFS
BH.BSQ	= 20				; POINTS TO BUFFER STATUS
BH.BOQ	= 22				; POINTS TO OUTPUT CONTROL BUFFER
BH.BEG	= 24				; Begin command list address
BH.END	= 26				; End command list
BH.QIO	= 30				; QIO$ for input (30 Bytes)
BH.SIZ	= 60				; LAST WORD IN BUFFER HEADER
;
;BUFFER STATUS
;
BS.QUE	= -2				; POINTS TO NEXT ENTRY IN QUE
BS.STS	= 0				; 2 WORD I/O STATUS
BS.CNT	= 2				; COUNT FOR I/O
BS.ANL	= 4				; 0 IF IN ANALYSIS QUE
BS.ANQ	= 6				; ADDRESS OF NEXT ENTRY IN ANL QUE
BS.ADD	= 10				; DATA BUFFER DOUBLE WORD ADDRESS
BS.BHQ	= 14				; POINTS BACK TO HEADER
BS.SIZ	= 20
;
;DATA BUFFER
;
BF.TYP	= 0				; BUFFER TYPE DEFINITION
BF.ICT	= 2				; INPUT TOTAL COUNT
BF.OCT	= 4				; OUTPUT TOTAL COUNT
BF.ACT	= 6				; ANALYSIS TOTAL COUNT
BF.CNT	= 10				; WORD COUNT
BF.DAT	= 12				; START OF DATA
;
;OUTPUT BUFFER
;
BO.QUE	= 0				; NEXT OUTPUT BUFFER
BO.OLN	= 2				; LOGICAL UNIT NUMBER
BO.OOP	= 3				; NON ZERO IF OUTPUT DESIRED
BO.OCT	= 4				; OUTPUT COUNT
BO.SIZ	= 6
;
;	CLIST DEFINITIONS
;
CL.BSZ	= 4				; MINIMUM BUFFER SIZE REQUIRED
CL.OFF	= 6				; OFFSET TO EXTRA INFO
CL.MSK	= 8.				; CLIST CRATE MASK
CL.SIZ	= 10.				; CLIST SIZE (# OF BYTES)
CL.BEG	= 12.				; CLIST BEGIN (FIRST EXECUTABLE CODE)
	.LIST