/*
	All values in this file are DIGIO bits
*/
#if ! defined(STATUS_H)
#define STATUS_H

/*
	The first status byte: run status and run type
*/
#define HPF_STAT_ADDR 0x88A

#define RUN_BIT 0
#define SIGNAL_BIT 1
#define BACKGROUND_BIT 2
#define INJECTION_BIT 3
#define ZERO_BIT 4
#define PLUME_BIT 5
#define ABORT_BIT 6
#define LASER_BIT 7


/*
	The second status byte: flow controller on/off
*/
#define FLOW_ONOFF_ADDR 0x888

#define WHITE_CELL_FLOW_BIT 0
#define LOW_FLOW_BIT 1
#define HE_FLOW_BIT 2
#define HIGH_FLOW_BIT 3
#define XS_FLOW_BIT 4
#define MAKEUP_FLOW_BIT 5
#define NO2_FLOW_BIT 6
#define H2_FLOW_BIT 7


#define MANIFOLD_INJECT_BIT 1
#define VACUUM_BIT 2
#define BULB_1_BIT 3

#define VALVE_ONOFF_ADDR_1 0x868


#define NITROGEN_BIT 0
#define BULB_2_BIT 3
#define BULB_3_BIT 5
#define PITOT_ISO_BIT 5
#define BULB_4_BIT 6
#define PITOT_BRIDGE_BIT 6

#define VALVE_ONOFF_ADDR_2 0x86C

typedef struct scanSTRUCT {
	char scanInfoPath[64];
	char skelCmdLine[256];
	char entryExt[4];
	char receiptExt[4];
	char killExt[4];
	unsigned int scanNumber;
	unsigned int maxScans;
	char runID[4];
	unsigned int numberOfScans;
	unsigned int numberOfResolutions;
	unsigned int resolutionNumber;
	unsigned int pollingInterval;
	char resolutionStr[4];
	} ScanInfo;
extern ScanInfo scanInfo;
extern int delayCounter;

unsigned maskVal(unsigned char status, unsigned char shift);
unsigned runHasBegun(unsigned char status);
unsigned runHasEnded(unsigned char status);
unsigned runWasAborted(unsigned char status);
void clearDigIOBit(unsigned short baseAddress, char bitNum);
void setDigIOBit(unsigned short baseAddress, char bitNum);
int runPending();

int initScanInfo(ScanInfo *scanInfo);
void readScanInfo(ScanInfo *scanInfo);
void enqueueFTIRScan(const ScanInfo *scanInfo);
int scanCompleted(const ScanInfo *scanInfo);

#endif