Generate gpsd.h so it will contain all relevant configure switches.

1 files changed, 0 insertions, 458 deletions

diff --git a/gpsd.h b/gpsd.h
deleted file mode 100644
index 9d68b504..00000000
--- a/gpsd.h
+++ /dev/null
@@ -1,458 +0,0 @@
-/* $Id$ */
-#ifndef _gpsd_h_
-#define _gpsd_h_
-
-/* gpsd.h -- fundamental types and structures for the gpsd library */
-
-#include <stdbool.h>
-#include <stdio.h>
-#ifdef HAVE_TERMIOS_H
-#include <termios.h>
-#endif
-#ifdef HAVE_SYS_TERMIOS_H
-#include <sys/termios.h>
-#endif
-#include "gps.h"
-
-/* Some internal capabilities depend on which drivers we're compiling. */
-#ifdef EARTHMATE_ENABLE
-#define ZODIAC_ENABLE	
-#endif
-#if defined(ZODIAC_ENABLE) || defined(SIRF_ENABLE) || defined(GARMIN_ENABLE) || defined(TSIP_ENABLE) || defined(EVERMORE_ENABLE) || defined(ITRAX_ENABLE) || defined(UBX_ENABLE)
-#define BINARY_ENABLE	
-#endif
-#if defined(TRIPMATE_ENABLE) || defined(BINARY_ENABLE)
-#define NON_NMEA_ENABLE	
-#endif
-
-/* First, declarations for the packet layer... */
-
-/* XXX Some receivers (TN-200, GSW 2.3.2) emit oversized sentences (>82) */
-#define NMEA_MAX	86		/* max length of NMEA sentence */
-#define NMEA_BIG_BUF	(2*NMEA_MAX+1)	/* longer than longest NMEA sentence */
-
-/* a few bits of ISGPS magic */
-enum isgpsstat_t {
-    ISGPS_NO_SYNC, ISGPS_SYNC, ISGPS_SKIP, ISGPS_MESSAGE,
-};
-#define ISGPS_ERRLEVEL_BASE	5
-
-#define RTCM_MAX	(RTCM_WORDS_MAX * sizeof(isgps30bits_t))
-
-/*
- * The packet buffers need to be as long than the longest packet we
- * expect to see in any protocol, because we have to be able to hold
- * an entire packet for checksumming...
- * First we thought it had to be big enough for a SiRF Measured Tracker
- * Data packet (188 bytes). Then it had to be big enough for a UBX SVINFO
- * packet (206 bytes). Now it turns out that a couple of ITALK messages are
- * over 512 bytes. I know we like verbose output, but this is ridiculous.
- */
-#define MAX_PACKET_LENGTH	516	/* 7 + 506 + 3 */
-
-/*
- * We used to define the input buffer length as MAX_PACKET_LENGTH*2+1.
- * However, as it turns out, this isn't enough.  We've had a report
- * from one user with a GPS that reports at 20Hz that "sometimes a
- * long/slow context switch will cause the next read from the serial
- * device to be very big. I sometimes see a read of 250 characters or
- * more."
- */
-#define INPUT_BUFFER_LENGTH	1536
-
-struct gps_packet_t {
-    /* packet-getter internals */
-    int	type;
-#define BAD_PACKET	-1
-#define COMMENT_PACKET	0
-#define NMEA_PACKET	1
-#define SIRF_PACKET	2
-#define ZODIAC_PACKET	3
-#define TSIP_PACKET	4
-#define EVERMORE_PACKET	5
-#define ITALK_PACKET	6
-#define RTCM_PACKET	7
-#define GARMIN_PACKET	8
-#define NAVCOM_PACKET	9
-#define UBX_PACKET	10
-    unsigned int state;
-    size_t length;
-    unsigned char inbuffer[MAX_PACKET_LENGTH*2+1];
-    size_t inbuflen;
-    unsigned /*@observer@*/char *inbufptr;
-    /* outbuffer needs to be able to hold 4 GPGSV records at once */
-    unsigned char outbuffer[MAX_PACKET_LENGTH*2+1];
-    size_t outbuflen;
-    unsigned long char_counter;		/* count characters processed */
-    unsigned long retry_counter;	/* count sniff retries */
-    unsigned counter;			/* packets since last driver switch */
-    /*
-     * This is not conditionalized on RTCM104_ENABLE because we need to
-     * be able to build rtcmdecode even when RTCM support is not
-     * configured in the daemon.
-     */
-    struct {
-	/* ISGPS200 decoding */
-	bool            locked;
-	int             curr_offset;
-	isgps30bits_t   curr_word;
-	isgps30bits_t   buf[RTCM_WORDS_MAX];
-	unsigned int    bufindex;
-    } isgps;
-};
-
-extern void packet_reset(struct gps_packet_t *);
-extern void packet_pushback(struct gps_packet_t *);
-extern ssize_t packet_parse(struct gps_packet_t *, size_t);
-extern ssize_t packet_get(int, struct gps_packet_t *);
-extern int packet_sniff(struct gps_packet_t *);
-
-extern void isgps_init(/*@out@*/struct gps_packet_t *);
-enum isgpsstat_t isgps_decode(struct gps_packet_t *, 
-			      bool (*preamble_match)(isgps30bits_t *),
-			      bool (*length_check)(struct gps_packet_t *),
-			      size_t,
-			      unsigned int);
-extern unsigned int isgps_parity(isgps30bits_t);
-extern void isgps_output_magnavox(isgps30bits_t *, unsigned int, FILE *);
-
-extern enum isgpsstat_t rtcm_decode(struct gps_packet_t *, unsigned int);
-extern void rtcm_dump(struct rtcm_t *, /*@out@*/char[], size_t);
-extern int rtcm_undump(/*@out@*/struct rtcm_t *, char *);
-extern void rtcm_unpack(/*@out@*/struct rtcm_t *, char *);
-extern bool rtcm_repack(struct rtcm_t *, isgps30bits_t *);
-extern void rtcm_output_magnavox(isgps30bits_t *, FILE *);
-
-/* Next, declarations for the core library... */
-
-/* factors for converting among confidence interval units */
-#define CEP50_SIGMA	1.18
-#define DRMS_SIGMA	1.414
-#define CEP95_SIGMA	2.45
-
-/* this is where we choose the confidence level to use in reports */
-#define GPSD_CONFIDENCE	CEP95_SIGMA
-
-#define NTPSHMSEGS	4		/* number of NTP SHM segments */
-
-/* Some internal capabilities depend on which drivers we're compiling. */
-#ifdef EARTHMATE_ENABLE
-#define ZODIAC_ENABLE	
-#endif
-#if defined(ZODIAC_ENABLE) || defined(SIRF_ENABLE) || defined(GARMIN_ENABLE) || defined(TSIP_ENABLE) || defined(EVERMORE_ENABLE) || defined(ITRAX_ENABLE)
-#define BINARY_ENABLE	
-#endif
-#if defined(TRIPMATE_ENABLE) || defined(BINARY_ENABLE)
-#define NON_NMEA_ENABLE	
-#endif
-
-struct gps_context_t {
-   int valid;				/* member validity flags */
-#define LEAP_SECOND_VALID	0x01	/* we have or don't need correction */
-    /* DGPSIP status */
-    bool sentdgps;			/* have we sent a DGPS report? */
-    enum { dgnss_none, dgnss_dgpsip, dgnss_ntrip } dgnss_service;	/* type of DGNSS service */
-    int fixcnt;				/* count of good fixes seen */
-    int dsock;			        /* socket to DGPSIP server/Ntrip caster */
-    void *dgnss_privdata;		/* DGNSS service specific data */
-    ssize_t rtcmbytes;			/* byte count of last RTCM104 report */
-    char rtcmbuf[RTCM_MAX];		/* last RTCM104 report */
-    double rtcmtime;			/* timestamp of last RTCM104 report */ 
-    /* timekeeping */
-    int leap_seconds;			/* Unix seconds to UTC */
-    int century;			/* for NMEA-only devices without ZDA */
-#ifdef NTPSHM_ENABLE
-    bool enable_ntpshm;
-    /*@reldef@*/struct shmTime *shmTime[NTPSHMSEGS];
-    bool shmTimeInuse[NTPSHMSEGS];
-# ifdef PPS_ENABLE
-    bool shmTimePPS;
-# endif /* PPS_ENABLE */
-#endif /* NTPSHM_ENABLE */
-};
-
-struct gps_device_t;
-
-#if defined (HAVE_SYS_TERMIOS_H)
-#include <sys/termios.h>
-#else
-#if defined (HAVE_TERMIOS_H)
-#include <termios.h>
-#endif
-#endif
-
-struct gps_type_t {
-/* GPS method table, describes how to talk to a particular GPS type */
-    /*@observer@*/char *typename;
-    /*@observer@*//*@null@*/char *trigger;
-    int channels;
-    /*@null@*/bool (*probe_detect)(struct gps_device_t *session);
-    /*@null@*/void (*probe_wakeup)(struct gps_device_t *session);
-    /*@null@*/void (*probe_subtype)(struct gps_device_t *session, unsigned int seq);
-#ifdef ALLOW_RECONFIGURE 
-    /*@null@*/void (*configurator)(struct gps_device_t *session, unsigned int seq);
-#endif /* ALLOW_RECONFIGURE */
-    /*@null@*/ssize_t (*get_packet)(struct gps_device_t *session);
-    /*@null@*/gps_mask_t (*parse_packet)(struct gps_device_t *session);
-    /*@null@*/ssize_t (*rtcm_writer)(struct gps_device_t *session, char *rtcmbuf, size_t rtcmbytes);
-    /*@null@*/bool (*speed_switcher)(struct gps_device_t *session, speed_t speed);
-    /*@null@*/void (*mode_switcher)(struct gps_device_t *session, int mode);
-    /*@null@*/bool (*rate_switcher)(struct gps_device_t *session, double rate);
-    int cycle_chars;
-#ifdef ALLOW_RECONFIGURE 
-    /*@null@*/void (*revert)(struct gps_device_t *session);
-#endif /* ALLOW_RECONFIGURE */
-    /*@null@*/void (*wrapup)(struct gps_device_t *session);
-    double cycle;
-};
-
-struct gps_device_t {
-/* session object, encapsulates all global state */
-    struct gps_data_t gpsdata;
-    /*@relnull@*/struct gps_type_t *device_type;
-    struct gps_context_t	*context;
-#ifdef ALLOW_RECONFIGURE
-    bool enable_reconfigure;		/* OK to hack GPS settings? */ 
-#endif /* ALLOW_RECONFIGURE */
-    double rtcmtime;	/* timestamp of last RTCM104 correction to GPS */
-    struct termios ttyset, ttyset_old;
-    unsigned int baudindex;
-    int saved_baud;
-    struct gps_packet_t packet;
-    char subtype[64];			/* firmware version or subtype ID */
-    double poll_times[FD_SETSIZE];	/* last daemon poll time */
-#ifdef NTPSHM_ENABLE
-    int shmindex;
-    double last_fixtime;		/* so updates happen once */
-# ifdef PPS_ENABLE
-    int shmTimeP;
-# endif /* PPS_ENABLE */
-#endif /* NTPSHM_ENABLE */
-    double mag_var;		/* Magnetic variation in degrees */  
-    bool back_to_nmea;		/* back to NMEA on revert? */
-#ifdef NMEADISC
-    int ldisc;			/* current line discipline */
-#endif
-    /*
-     * The rest of this structure is driver-specific private storage.
-     * Because the Garmin driver uses a long buffer, you can have
-     * up to 4096+12 bytes of private storage in your own union member
-     * without making this structure larger or changing the API at all.
-     */
-    union {
-#ifdef NMEA_ENABLE
-	struct {
-	    int part, await;		/* for tracking GSV parts */
-	    struct tm date;
-	    double subseconds;
-	} nmea;
-#endif /* NMEA_ENABLE */
-#ifdef BINARY_ENABLE
-#ifdef SIRF_ENABLE
-	struct {
-	    unsigned int driverstate;	/* for private use */
-#define SIRF_LT_231	0x01		/* SiRF at firmware rev < 231 */
-#define SIRF_EQ_231     0x02            /* SiRF at firmware rev == 231 */
-#define SIRF_GE_232     0x04            /* SiRF at firmware rev >= 232 */
-#define UBLOX   	0x08		/* uBlox firmware with packet 0x62 */
-	    unsigned long satcounter;
-	    unsigned int time_seen;
-#define TIME_SEEN_GPS_1	0x01	/* Seen GPS time variant 1? */
-#define TIME_SEEN_GPS_2	0x02	/* Seen GPS time variant 2? */
-#define TIME_SEEN_UTC_1	0x04	/* Seen UTC time variant 1? */
-#define TIME_SEEN_UTC_2	0x08	/* Seen UTC time variant 2? */
-#ifdef ALLOW_RECONFIGURE
-	    /* fields from Navigation Parameters message */
-	    bool nav_parameters_seen;	/* have we seen one? */
-	    unsigned char altitude_hold_mode;
-	    unsigned char altitude_hold_source;
-	    int16_t altitude_source_input;
-	    unsigned char degraded_mode;
-	    unsigned char degraded_timeout;
-	    unsigned char dr_timeout;
-	    unsigned char track_smooth_mode;
-#endif /* ALLOW_RECONFIGURE */
-	} sirf;
-#endif /* SIRF_ENABLE */
-#ifdef TSIP_ENABLE
-	struct {
-	    int16_t gps_week;		/* Current GPS week number */
-	    bool superpkt;		/* Super Packet mode requested */
-	    time_t last_41;		/* Timestamps for packet requests */
-	    time_t last_5c;
-	    time_t last_6d;
-	    time_t last_46;
-	    unsigned int parity, stopbits; /* saved RS232 link parameters */
-	} tsip;
-#endif /* TSIP_ENABLE */
-#ifdef GARMIN_ENABLE	/* private housekeeping stuff for the Garmin driver */
-	struct {
-	    unsigned char Buffer[4096+12];	/* Garmin packet buffer */
-	    size_t BufferLen;		/* current GarminBuffer Length */
-	} garmin;
-#endif /* GARMIN_ENABLE */
-#ifdef ZODIAC_ENABLE	/* private housekeeping stuff for the Zodiac driver */
-	struct {
-	    unsigned short sn;		/* packet sequence number */
-	    /*
-	     * Zodiac chipset channel status from PRWIZCH. Keep it so
-	     * raw-mode translation of Zodiac binary protocol can send
-	     * it up to the client.
-	     */
-#define ZODIAC_CHANNELS	12
-	    unsigned int Zs[ZODIAC_CHANNELS];	/* satellite PRNs */
-	    unsigned int Zv[ZODIAC_CHANNELS];	/* signal values (0-7) */
-	} zodiac;
-#endif /* ZODIAC_ENABLE */
-#ifdef UBX_ENABLE
-#if 0
-    struct {
-        /* XXX insert user fields here */
-    } ubx;
-#endif
-#endif /* UBX_ENABLE */
-	/*
-	 * This is not conditionalized on RTCM104_ENABLE because we need to
-	 * be able to build rtcmdecode even when RTCM support is not
-	 * configured in the daemon.  It doesn't take up extra space.
-	 */
-	struct {
-	    /* ISGPS200 decoding */
-	    bool            locked;
-	    int             curr_offset;
-	    isgps30bits_t   curr_word;
-	    isgps30bits_t   buf[RTCM_WORDS_MAX];
-	    unsigned int    bufindex;
-	} isgps;
-#endif /* BINARY_ENABLE */
-    } driver;
-};
-
-/* logging levels */
-#define LOG_ERROR 	0	/* errors, display always */
-#define LOG_SHOUT	0	/* not an error but we should always see it */
-#define LOG_WARN	1	/* not errors but may indicate a problem */
-#define LOG_INF 	2	/* key informative messages */
-#define LOG_PROG	3	/* progress messages */
-#define LOG_IO  	4	/* IO to and from devices */
-#define LOG_RAW 	5	/* raw low-level I/O */
-
-#define IS_HIGHEST_BIT(v,m)	(v & ~((m<<1)-1))==0
-
-/* here are the available GPS drivers */
-extern struct gps_type_t **gpsd_drivers;
-
-/* gpsd library internal prototypes */
-extern gps_mask_t nmea_parse_input(struct gps_device_t *);
-extern gps_mask_t nmea_parse(char *, struct gps_device_t *);
-extern int nmea_send(int, const char *, ... );
-extern void nmea_add_checksum(char *);
-
-ssize_t generic_get(struct gps_device_t *);
-ssize_t pass_rtcm(struct gps_device_t *, char *, size_t);
-
-extern gps_mask_t sirf_parse(struct gps_device_t *, unsigned char *, size_t);
-extern gps_mask_t evermore_parse(struct gps_device_t *, unsigned char *, size_t);
-extern gps_mask_t navcom_parse(struct gps_device_t *, unsigned char *, size_t);
-extern gps_mask_t garmin_ser_parse(struct gps_device_t *);
-
-extern bool dgnss_url(char *);
-extern int dgnss_open(struct gps_context_t *, char *);
-extern int dgnss_poll(struct gps_context_t *);
-extern void dgnss_report(struct gps_device_t *);
-extern void dgnss_autoconnect(struct gps_context_t *, double, double);
-
-extern void rtcm_relay(struct gps_device_t *);
-extern void rtcm_output_mag(isgps30bits_t *, FILE *);
-
-extern int dgpsip_open(struct gps_context_t *, const char *);
-extern void dgpsip_report(struct gps_device_t *);
-extern void dgpsip_autoconnect(struct gps_context_t *, 
-			       double, double, const char *);
-extern int ntrip_open(struct gps_context_t *, char *);
-extern void ntrip_report(struct gps_device_t *);
-
-extern void gpsd_tty_init(struct gps_device_t *);
-extern int gpsd_open(struct gps_device_t *);
-extern bool gpsd_set_raw(struct gps_device_t *);
-extern bool gpsd_write(struct gps_device_t *, void const *, size_t);
-extern bool gpsd_next_hunt_setting(struct gps_device_t *);
-extern int gpsd_switch_driver(struct gps_device_t *, char *);
-extern void gpsd_set_speed(struct gps_device_t *, speed_t, unsigned char, unsigned int);
-extern speed_t gpsd_get_speed(struct termios *);
-extern void gpsd_assert_sync(struct gps_device_t *);
-extern void gpsd_close(struct gps_device_t *);
-
-extern void gpsd_zero_satellites(/*@out@*/struct gps_data_t *sp)/*@modifies sp@*/;
-extern void gpsd_interpret_subframe(struct gps_device_t *, unsigned int[]);
-extern /*@ observer @*/ char *gpsd_hexdump(const void *, size_t);
-extern int gpsd_hexpack(char *, char *, int);
-extern int hex2bin(char *);
-extern char /*@observer@*/ *gpsd_id(/*@in@*/struct gps_device_t *);
-extern void gpsd_position_fix_dump(struct gps_device_t *, /*@out@*/char[], size_t);
-extern void gpsd_error_model_fixup(struct gps_device_t *);
-extern void gpsd_clear_data(struct gps_device_t *);
-extern int netlib_connectsock(const char *, const char *, const char *);
-
-extern void ntpshm_init(struct gps_context_t *, bool);
-extern int ntpshm_alloc(struct gps_context_t *);
-extern bool ntpshm_free(struct gps_context_t *, int);
-extern int ntpshm_put(struct gps_device_t *, double);
-extern int ntpshm_pps(struct gps_device_t *,struct timeval *);
-
-extern void ecef_to_wgs84fix(struct gps_data_t *,
-			     double, double, double, 
-			     double, double, double);
-extern gps_mask_t dop(struct gps_data_t *);
-
-/* srecord.c */
-extern void hexdump(size_t, unsigned char *, unsigned char *);
-extern unsigned char sr_sum(unsigned int, unsigned int, unsigned char *);
-extern int bin2srec(unsigned int, unsigned int, unsigned int, unsigned char *, unsigned char *);
-extern int srec_hdr(unsigned int, unsigned char *, unsigned char *);
-extern int srec_fin(unsigned int, unsigned char *);
-extern unsigned char hc(unsigned char);
-
-/* exported bits for the GPS flasher */
-bool sirf_write(int fd, unsigned char *msg);
-
-/* application interface */
-extern void gpsd_init(struct gps_device_t *, struct gps_context_t *, char *);
-extern int gpsd_activate(struct gps_device_t *, bool);
-extern void gpsd_deactivate(struct gps_device_t *);
-extern gps_mask_t gpsd_poll(struct gps_device_t *);
-extern void gpsd_wrap(struct gps_device_t *);
-
-/* caller should supply this */
-void gpsd_report(int, const char *, ...);
-
-#ifdef S_SPLINT_S
-extern bool finite(double);
-extern int cfmakeraw(struct termios *);
-extern struct protoent *getprotobyname(const char *);
-extern /*@observer@*/char *strptime(const char *,const char *tp,/*@out@*/struct tm *)/*@modifies tp@*/;
-extern struct tm *gmtime_r(const time_t *,/*@out@*/struct tm *tp)/*@modifies tp@*/;
-extern struct tm *localtime_r(const time_t *,/*@out@*/struct tm *tp)/*@modifies tp@*/;
-extern float roundf(float x);
-#endif /* S_SPLINT_S */
-
-/* some OSes don't have round(). fake it if need be */
-#ifndef HAVE_ROUND
-#define	round(x) ((double)rint(x))
-#define roundf(x) ((float)rintf(x))
-#endif /* !HAVE_ROUND */
-
-/* OpenBSD and FreeBSD and Cygwin don't seem to have NAN, NetBSD does, others? */
-/* XXX test for this in configure? */
-#if defined(__OpenBSD__) || defined(__FreeBSD__) || defined(__CYGWIN__)
-#ifndef NAN
-#define NAN (0.0/0.0)
-#endif /* !NAN */
-#endif /* list of Operating Systems */
-
-/* Cygwin, in addition to NAN, doesn't have cfmakeraw */
-#if defined(__CYGWIN__)
-void cfmakeraw(struct termios *);
-#endif /* defined(__CYGWIN__) */
-
-#endif /* _gpsd_h_ */