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x10state.c
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x10state.c
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/*----------------------------------------------------------------------------+
| |
| State and Script functions for HEYU |
| Copyright 2004-2010 Charles W. Sullivan |
| |
| |
| As used herein, HEYU is a trademark of Daniel B. Suthers. |
| X10, CM11A, and ActiveHome are trademarks of X-10 (USA) Inc. |
| The author is not affiliated with either entity. |
| |
| Charles W. Sullivan |
| Co-author and Maintainer |
| Greensboro, North Carolina |
| Email ID: cwsulliv01 |
| Email domain: -at- heyu -dot- org |
| |
+----------------------------------------------------------------------------*/
/*
* This program is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program. If not, see <http://www.gnu.org/licenses/>.
*
*/
#ifdef HAVE_CONFIG_H
#include <config.h>
#endif
#include <stdio.h>
#ifdef HAVE_STDLIB_H
#include <stdlib.h>
#endif
#ifdef HAVE_UNISTD_H
#include <unistd.h>
#endif
#include <ctype.h>
#ifdef HAVE_STRING_H
#include <string.h>
#endif
#ifdef HAVE_STRINGS_H
#include <strings.h>
#endif
#ifdef HAVE_ERRNO_H
#include <errno.h>
#endif
#ifdef HAVE_SYS_TYPES_H
#include <sys/types.h>
#endif
#ifdef HAVE_SYS_STAT_H
#include <sys/stat.h>
#endif
#ifdef HAVE_SYSLOG_H
#include <syslog.h>
#endif
#ifdef TIME_WITH_SYS_TIME
# include <sys/time.h>
# include <time.h>
#else
# ifdef HAVE_SYS_TIME_H
# include <sys/time.h>
# else
# include <time.h>
# endif
#endif
#ifdef _POSIX_VERSION
#define EXEC_POSIX
#endif
#ifdef HAVE_SYS_WAIT_H
#include <sys/wait.h>
#endif
#ifndef WEXITSTATUS
# define WEXITSTATUS(stat_val) ((unsigned int) (stat_val) >> 8)
#endif
#ifndef WIFEXITED
# define WIFEXITED(stat_val) (((stat_val) & 255) == 0)
#endif
#include <signal.h>
#include "x10.h"
#include "process.h"
#include "sun.h"
#include "x10state.h"
#include "rfxcom.h"
#include "digimax.h"
#include "oregon.h"
#ifdef pid_t
#define PID_T pid_t
#else
#define PID_T long
#endif
extern CONFIG config;
extern CONFIG *configp;
extern char *funclabel[];
extern int tty, sptty, verbose;
extern int i_am_monitor, i_am_state, i_am_relay, i_am_rfxmeter;
extern int heyu_parent;
extern FILE *fdsout, *fdserr;
extern char *heyu_tzname[2];
extern char *datstrf( void );
extern void datstrf2( char * );
extern char heyu_script[];
extern char statefile[];
extern char enginelockfile[];
extern char heyu_config[PATH_LEN + 1];
#define PROMSIZE 1024
static unsigned char image[PROMSIZE + 10];
extern unsigned int modmask[NumModMasks][16];
extern unsigned int vmodmask[NumVmodMasks][16];
extern unsigned int kmodmask[NumKmodMasks][16];
extern unsigned char maxdimlevel[16][16];
extern unsigned char ondimlevel[16][16];
extern char *wday_name[7];
extern char *month_name[12];
struct x10global_st x10global;
x10hcode_t *x10state = x10global.x10hcode;
#define SpecPLC 0x00000001 /* Specific PLC */
#define GenPLC 0x00000002 /* Generic PLC */
#define SpecSec 0x00000004 /* Specific Security */
#define SpecRFX 0x00000008 /* Specific RFXSensor */
#define SpecDMX 0x00000010 /* Specific Digimax */
#define SpecOre 0x00000020 /* Specific Oregon */
#define SpecKaku 0x00000040 /* Specific Kaku */
#define AnyFlag 0x80000000 /* All of any above group */
#define AnyPLC (AnyFlag | SpecPLC)
#define AnySec (AnyFlag | SpecSec)
#define AnyRFX (AnyFlag | SpecRFX)
#define AnyDMX (AnyFlag | SpecDMX)
#define AnyFunc (AnyFlag | SpecPLC)
#define AnyOre (AnyFlag | SpecOre)
#define AnyKaku (AnyFlag | SpecKaku)
/* General commands which can launch a script */
/* (Maximum of 32 distinct xxxTrig entries in */
/* each table, to fit into an unsigned long */
/* integer bitmap.) */
static struct trig_type_st {
char *label;
unsigned long flags;
int signal;
} trig_type[] = {
{"anyplc", AnyPLC, 0},
{"on", SpecPLC, OnTrig},
{"off", SpecPLC, OffTrig},
{"dim", SpecPLC, DimTrig},
{"bright", SpecPLC, BriTrig},
{"lightson", SpecPLC, LightsOnTrig},
{"lightsoff", SpecPLC, LightsOffTrig},
{"allon", SpecPLC, AllOnTrig},
{"alloff", SpecPLC, AllOffTrig},
{"statuson", SpecPLC, StatusOnTrig},
{"status_on", SpecPLC, StatusOnTrig},
{"statusoff", SpecPLC, StatusOffTrig},
{"status_off", SpecPLC, StatusOffTrig},
{"status", SpecPLC, StatusReqTrig},
{"statusreq", SpecPLC, StatusReqTrig},
{"status_req", SpecPLC, StatusReqTrig},
{"preset", SpecPLC, PresetTrig},
{"extended", SpecPLC, ExtendedTrig},
{"xpup", SpecPLC, ExtPowerUpTrig},
{"xpowerup", SpecPLC, ExtPowerUpTrig},
{"hail", SpecPLC, HailReqTrig},
{"hail_ack", SpecPLC, HailAckTrig},
{"data_xfer", SpecPLC, DataXferTrig},
{"vdata", (SpecPLC|SpecSec), VdataTrig},
{"vdatam", (SpecPLC|SpecSec), VdataMTrig},
{"gon", GenPLC, OnTrig},
{"goff", GenPLC, OffTrig},
{"gdim", GenPLC, DimTrig},
};
#define NTRIGTYPES (sizeof(trig_type)/sizeof(struct trig_type_st))
static struct trig_type_st sec_trig_type[] = {
{"anysec", AnySec, 0},
{"panic", SpecSec, PanicTrig},
{"arm", SpecSec, ArmTrig},
{"disarm", SpecSec, DisarmTrig},
{"alert", SpecSec, AlertTrig},
{"clear", SpecSec, ClearTrig},
{"sectamper", SpecSec, TamperTrig},
{"test", SpecSec, TestTrig},
{"slightson", SpecSec, SecLightsOnTrig},
{"slightsoff", SpecSec, SecLightsOffTrig},
{"sdusk", SpecSec, DuskTrig},
{"sdawn", SpecSec, DawnTrig},
{"akeyon", SpecSec, AkeyOnTrig},
{"akeyoff", SpecSec, AkeyOffTrig},
{"bkeyon", SpecSec, BkeyOnTrig},
{"bkeyoff", SpecSec, BkeyOffTrig},
{"vdata", SpecSec, VdataTrig},
{"vdatam", SpecSec, VdataMTrig},
{"inactive", SpecSec, InactiveTrig},
};
#define NSECTRIGTYPES (sizeof(sec_trig_type)/sizeof(struct trig_type_st))
static struct trig_type_st rfx_trig_type[] = {
{"anyrfx", AnyRFX, 0},
{"anydmx", AnyDMX, 0},
{"dmxtemp", SpecDMX, DmxTempTrig},
{"dmxon", SpecDMX, DmxOnTrig},
{"dmxoff", SpecDMX, DmxOffTrig},
{"dmxsetpoint", SpecDMX, DmxSetPtTrig},
{"rfxtemp", SpecRFX, RFXTempTrig},
{"rfxtemp2", SpecRFX, RFXTemp2Trig},
{"rfxrh", SpecRFX, RFXHumidTrig},
{"rfxbp", SpecRFX, RFXPressTrig},
{"rfxlobat", SpecRFX, RFXLoBatTrig},
{"rfxvad", SpecRFX, RFXVadTrig},
{"rfxpot", SpecRFX, RFXPotTrig},
{"rfxvs", SpecRFX, RFXVsTrig},
{"rfxother", SpecRFX, RFXOtherTrig},
{"rfxpulse", SpecRFX, RFXPulseTrig},
{"rfxpower", SpecRFX, RFXPowerTrig},
{"rfxwater", SpecRFX, RFXWaterTrig},
{"rfxgas", SpecRFX, RFXGasTrig},
{"rfxcount", SpecRFX, RFXCountTrig},
};
#define NRFXTRIGTYPES (sizeof(rfx_trig_type)/sizeof(struct trig_type_st))
static struct trig_type_st ore_trig_type[] = {
{"anyore", AnyOre, 0},
{"oretemp", SpecOre, OreTempTrig},
{"orerh", SpecOre, OreHumidTrig},
{"orebp", SpecOre, OreBaroTrig},
{"orewgt", SpecOre, OreWeightTrig},
{"oredt", SpecOre, OreDTTrig},
{"elscurr", SpecOre, ElsCurrTrig},
{"orewindsp", SpecOre, OreWindSpTrig},
{"orewindavsp", SpecOre, OreWindAvSpTrig},
{"orewinddir", SpecOre, OreWindDirTrig},
{"oreraintot", SpecOre, OreRainTotTrig},
{"orerainrate", SpecOre, OreRainRateTrig},
{"oreuv", SpecOre, OreUVTrig},
{"owlpower", SpecOre, OwlPowerTrig},
{"owlenergy", SpecOre, OwlEnergyTrig},
};
#define NORETRIGTYPES (sizeof(ore_trig_type)/sizeof(struct trig_type_st))
static struct trig_type_st kaku_trig_type[] = {
{"anykaku", AnyKaku, 0},
{"koff", SpecKaku, KakuOffTrig},
{"kon", SpecKaku, KakuOnTrig},
{"kgrpoff", SpecKaku, KakuGrpOffTrig},
{"kgrpon", SpecKaku, KakuGrpOnTrig},
{"kpreset", SpecKaku, KakuPreTrig},
{"kgrppreset", SpecKaku, KakuGrpPreTrig},
};
#define NKAKUTRIGTYPES (sizeof(kaku_trig_type)/sizeof(struct trig_type_st))
/* Functions included in the 'generic' group */
#define GENFUNCMAP ((1 << OnTrig) | (1 << OffTrig) | (1 << DimTrig))
void arm_delay_complete ( int );
void timer_timeout ( int );
typedef struct {
char timername[NAME_LEN];
void (*elapsed_func)(int);
} COUNTDOWN;
COUNTDOWN countdown_timer[NUM_USER_TIMERS + 1];
#define ArmDelayTimer 0
void setup_countdown_timers ( void )
{
int j;
// x10global.timer_count[ArmDelayTimer] = 0;
strcpy(countdown_timer[ArmDelayTimer].timername, "armtimer");
countdown_timer[ArmDelayTimer].elapsed_func = arm_delay_complete;
for ( j = 1; j <= NUM_USER_TIMERS; j++ ) {
// x10global.timer_count[j] = 0;
sprintf(countdown_timer[j].timername, "timer%d", j);
countdown_timer[j].elapsed_func = timer_timeout;
}
return;
}
struct stflags_st {
char *label;
int length;
int state;
int not;
int andstate;
int andnot;
} stflags[] = {
{"on:", 3, OnState, 0, NullState, 1},
{"noton:", 6, OnState, 1, NullState, 1},
{"off:", 4, OnState, 1, NullState, 1},
{"notoff:", 7, OnState, 0, NullState, 1},
{"dim:", 4, DimState, 0, NullState, 1},
{"notdim:", 7, DimState, 1, NullState, 1},
{"alert:", 6, AlertState, 0, NullState, 1},
{"notalert:", 9, AlertState, 1, NullState, 1},
{"clear:", 6, ClearState, 0, NullState, 1},
{"notclear:", 9, ClearState, 1, NullState, 1},
{"auxalert:", 9, AuxAlertState, 0, NullState, 1},
{"notauxalert:", 12, AuxAlertState, 1, NullState, 1},
{"auxclear:", 9, AuxClearState, 0, NullState, 1},
{"notauxclear:", 12, AuxClearState, 1, NullState, 1},
{"active:", 7, ActiveState, 0, NullState, 1},
{"notactive:", 10, ActiveState, 1, NullState, 1},
{"inactive:", 9, InactiveState, 0, NullState, 1},
{"notinactive:", 12, InactiveState, 1, NullState, 1},
{"valid:", 6, ValidState, 0, NullState, 1},
{"notvalid:", 9, ValidState, 1, NullState, 1},
{"addr:", 5, AddrState, 0, NullState, 1},
{"notaddr:", 8, AddrState, 1, NullState, 1},
{"tamper:", 7, TamperState, 0, NullState, 1},
{"nottamper:", 10, TamperState, 1, NullState, 1},
{"chg:", 4, ChgState, 0, NullState, 1},
{"notchg:", 7, ChgState, 1, NullState, 1},
// {"activechg:", 10, ActiveChgState, 0, NullState, 1},
// {"notactivechg:", 13, ActiveChgState, 1, NullState, 1},
// {"modchg:", 7, ModChgState, 0, NullState, 1},
// {"notmodchg:", 10, ModChgState, 1, NullState, 1},
};
int num_stflags = sizeof(stflags) / sizeof(struct stflags_st);
struct virtflags_st {
char *label;
int length;
unsigned long vflag;
int not;
} virtflags[] = {
{"lobat:", 6, SEC_LOBAT, 0},
{"notlobat:", 9, SEC_LOBAT, 1},
{"rollover:", 9, RFX_ROLLOVER, 0},
{"notrollover:", 12, RFX_ROLLOVER, 1},
{"swmin:", 6, SEC_MIN, 0},
{"notswmin:", 9, SEC_MIN, 1},
{"swmax:", 6, SEC_MAX, 0},
{"notswmax:", 9, SEC_MAX, 1},
{"tmin:", 5, ORE_TMIN, 0},
{"nottmin:", 8, ORE_TMIN, 1},
{"tmax:", 5, ORE_TMAX, 0},
{"nottmax:", 8, ORE_TMAX, 1},
{"rhmin:", 6, ORE_RHMIN, 0},
{"notrhmin:", 9, ORE_RHMIN, 1},
{"rhmax:", 6, ORE_RHMAX, 0},
{"notrhmax:", 9, ORE_RHMAX, 1},
{"bpmin:", 6, ORE_BPMIN, 0},
{"notbpmin:", 9, ORE_BPMIN, 1},
{"bpmax:", 6, ORE_BPMAX, 0},
{"notbpmax:", 9, ORE_BPMAX, 1},
{"main:", 5, SEC_MAIN, 0},
{"notmain:", 8, SEC_MAIN, 1},
{"aux:", 4, SEC_AUX, 0},
{"notaux:", 7, SEC_AUX, 1},
{"init:", 5, DMX_INIT, 0},
{"notinit:", 8, DMX_INIT, 1},
{"heat:", 5, DMX_HEAT, 0},
{"notheat:", 8, DMX_HEAT, 1},
{"set:", 4, DMX_SET, 0},
{"notset:", 7, DMX_SET, 1},
// {"dmxtemp:", 8, DMX_TEMP, 0},
// {"notdmxtemp:", 11, DMX_TEMP, 1},
};
int num_virtflags = sizeof(virtflags) / sizeof(struct virtflags_st);
/* Heartbeat sensor countdowns and alias indexes */
struct {
int alias_index;
long countdown;
} heartbeat_sensor[MAX_SEC_SENSORS];
int num_heartbeat_sensors = 0;
/* Heyu environment masks */
static struct {
char *query;
unsigned long mask;
} heyumaskval[] = {
{"whatLevel", HEYUMAP_LEVEL},
{"isAppl", HEYUMAP_APPL },
{"isSpend", HEYUMAP_SPEND},
{"isOff", HEYUMAP_OFF },
{"isAddr", HEYUMAP_ADDR },
{"isChg", HEYUMAP_CHG },
{"isDim", HEYUMAP_DIM },
{"isValid", HEYUMAP_SIGNAL },
{"isClear", HEYUMAP_CLEAR},
{"isAlert", HEYUMAP_ALERT},
{"isAuxClear", HEYUMAP_AUXCLEAR},
{"isAuxAlert", HEYUMAP_AUXALERT},
{"isSdawn", HEYUMAP_AUXCLEAR},
{"isSdusk", HEYUMAP_AUXALERT},
{"isActive", HEYUMAP_ACTIVE},
{"isInactive", HEYUMAP_INACTIVE},
// {"isModChg", HEYUMAP_MODCHG},
{"isOn", HEYUMAP_ON },
{ NULL, 0 },
};
/* Heyu environment masks for Security, RFX, Oregon flags */
static struct {
char *query;
unsigned long mask;
} heyusecmaskval[] = {
{"isLoBat", FLAGMAP_LOBAT },
{"isRollover", FLAGMAP_ROLLOVER },
{"isSwMin", FLAGMAP_SWMIN },
{"isSwMax", FLAGMAP_SWMAX },
{"isMain", FLAGMAP_MAIN },
{"isAux", FLAGMAP_AUX },
{"isTamper", FLAGMAP_TAMPER },
{"isTmin", FLAGMAP_TMIN },
{"isTmax", FLAGMAP_TMAX },
{"isRHmin", FLAGMAP_RHMIN },
{"isRHmax", FLAGMAP_RHMAX },
{"isBPmin", FLAGMAP_BPMIN },
{"isBPmax", FLAGMAP_BPMAX },
{"isInit", FLAGMAP_DMXINIT },
{"isSet", FLAGMAP_DMXSET },
{"isHeat", FLAGMAP_DMXHEAT },
// {"isDmxTemp", FLAGMAP_DMXTEMP },
{ NULL, 0 },
};
/* Xtend environment masks */
static struct {
char *query;
unsigned long mask;
} xtendmaskval[] = {
{"isAppl", XTMAP_APPL },
{"isAddr", XTMAP_ADDR },
{"isOn", XTMAP_ON },
{ NULL, 0 },
};
/*----------------------------------------------------------------------------+
| Update the activity timer countdown for a sensor with a heartbeat. |
+----------------------------------------------------------------------------*/
void update_activity_timeout ( ALIAS *aliasp, int index )
{
if ( index >= 0 && aliasp[index].optflags & MOPT_HEARTBEAT &&
aliasp[index].hb_index >= 0 ) {
heartbeat_sensor[aliasp[index].hb_index].countdown = aliasp[index].hb_timeout;
}
return;
}
/*---------------------------------------------------------------------+
| Update the Active, Inactive, and ActiveChg states |
+---------------------------------------------------------------------*/
int update_activity_states ( unsigned char hcode, unsigned int bitmap, unsigned char mode )
{
unsigned int prevstate, newstate, changed;
prevstate = x10state[hcode].state[InactiveState];
if ( mode == S_INACTIVE ) {
newstate = prevstate | bitmap;
}
else {
newstate = prevstate & ~bitmap;
}
x10state[hcode].state[InactiveState] = newstate;
x10state[hcode].state[ActiveState] = ~newstate & x10state[hcode].state[ValidState];
changed = prevstate ^ newstate;
x10state[hcode].state[ActiveChgState] =
(x10state[hcode].state[ActiveChgState] & ~bitmap) | changed;
return 0;
}
/*---------------------------------------------------------------------+
| Return 1 if the sensor module type specified in an alias at the |
| argument address has a heartbeat, otherwise 0. |
+---------------------------------------------------------------------*/
int has_heartbeat ( unsigned char hcode, unsigned int bitmap )
{
ALIAS *aliasp;
int index, j = 0;
if ( !(aliasp = configp->aliasp) )
return 0;
j = 0;
while ( (index = lookup_alias_mult(hcode, bitmap, &j) >= 0) ) {
if ( aliasp[index].optflags & MOPT_HEARTBEAT )
return 1;
}
return 0;
}
/*----------------------------------------------------------------------------+
| Converts programmed dim level (1-22) to dims (0-210). |
| This is just an approximation as the number of dims actually transmitted |
| by the interface varies, apparently at random, but actually depending on |
| whether beginning on rising or falling zero crossing of AC waveform. |
+----------------------------------------------------------------------------*/
unsigned char level2dims ( unsigned char level, char **prefix, char **suffix )
{
unsigned int dims, base;
/* The value of 'base' appears to vary randomly, being either 2 or 3 */
/* with approximately equal likelyhood. The value 4 has occasionally */
/* been observed. We use 2 here. */
base = 2;
dims = (level > 0) ? base + 11 * (level - 1) : base + 11 ;
if ( dims > 210 ) {
*prefix = "";
*suffix = "+";
}
else {
*prefix = "~";
*suffix = "";
}
dims = min(210, dims);
return (unsigned char)dims;
}
/*----------------------------------------------------------------------------+
| Converts dims level (0-210) to (int) percent of full ON voltage. |
| Linearized from measured data on an X10 LM465 (1-way) Lamp Module |
| controlling a 100 Watt lamp. |
+----------------------------------------------------------------------------*/
int dims2pct ( unsigned char level )
{
long int pct;
pct = (level > 32u) ? 90 * (level - 33u) / 177 + 10 :
(level > 1u) ? 8 * (level - 2u) / 31 + 2 : 0 ;
return (int)pct;
}
/*----------------------------------------------------------------------------+
| Converts type 0 (shutter) level (0-25) to (int) percent of full Open. |
| This is just a linear translation. |
+----------------------------------------------------------------------------*/
int ext0level2pct ( unsigned int level )
{
return 100 * (int)level /25;
}
#define MEASURED_DATA
#ifdef MEASURED_DATA
/*----------------------------------------------------------------------------+
| Converts old-style preset level (zero-based, 0-31) to (int) percent of |
| full ON voltage. |
| This is based on measurement of output voltage for a LampLinc 2000STW |
| (2-way) dimmer module controlling a 100 Watt lamp. |
+----------------------------------------------------------------------------*/
int presetlevel2pct ( unsigned char level )
{
static unsigned char table[32] = {
0, 18, 21, 23, 27, 28, 31, 34, 36, 39, 42, 45, 48, 51, 54, 57,
60, 63, 67, 70, 73, 76, 79, 82, 85, 87, 90, 92, 95, 97, 99, 100
};
return (int)table[min(31u, level)];
}
/*----------------------------------------------------------------------------+
| Converts extended preset level (0-63) to (int) percent of full ON voltage. |
| (This is based on measurement of output voltage for a LM14A module |
| controlling a 100 Watt lamp.) |
+----------------------------------------------------------------------------*/
int ext3level2pct ( unsigned char level )
{
static unsigned char table[64] = {
0, 12, 13, 15, 15, 17, 18, 20, 21, 22,
23, 25, 26, 28, 29, 31, 32, 34, 35, 37,
38, 40, 41, 43, 44, 46, 48, 50, 51, 53,
54, 56, 58, 60, 61, 63, 64, 66, 67, 69,
71, 73, 74, 76, 77, 79, 80, 82, 83, 85,
86, 88, 88, 90, 91, 92, 93, 95, 96, 97,
98, 99, 100, 100
};
return (int)table[min(63u, level)];
}
#else
/*----------------------------------------------------------------------------+
| Converts (old) preset level (0-31) to (int) percent of full ON voltage. |
| This is just a linear translation. |
+----------------------------------------------------------------------------*/
int presetlevel2pct ( unsigned char level )
{
return 100 * (int)level / 31;
}
/*----------------------------------------------------------------------------+
| Converts extended preset level (0-63) to (int) percent of full ON voltage. |
| (This is linearized from actual data - max deviation about 4% of full On). |
+----------------------------------------------------------------------------*/
int ext3level2pct ( unsigned char level )
{
level = min(62, level);
return (level > 0) ? 12 + 88 * ((int)level - 1) / 61 : 0;
}
#endif /* Measured vs Linearized data */
/*----------------------------------------------------------------------------+
| Convert percent ON voltage to nearest above extended preset level (0-63) |
+----------------------------------------------------------------------------*/
unsigned char pct2ext3level ( int percent )
{
unsigned char level;
if ( percent <= 0 ) return 0u;
if ( percent > 100 ) return 63u;
for ( level = 0u; level < 63u; level++ ) {
if ( ext3level2pct(level) >= percent )
return level;
}
return 63u;
}
/*----------------------------------------------------------------------------+
| Convert percent ON voltage to nearest above old style preset level (0-31) |
+----------------------------------------------------------------------------*/
unsigned char pct2presetlevel ( int percent )
{
unsigned char level;
if ( percent <= 0 ) return 0u;
if ( percent >= 100 ) return 31u;
for ( level = 0u; level < 32u; level++ ) {
if ( presetlevel2pct(level) >= percent )
return level;
}
return 31u;
}
/*----------------------------------------------------------------------------+
| Convert percent of ON voltage to nearest above dims level (0-210) |
+----------------------------------------------------------------------------*/
unsigned char pct2dims ( int percent )
{
unsigned char dims;
if ( percent <= 0 ) return 0;
if ( percent > 100 ) return 210;
for ( dims = 0u; dims < 211u; dims++ ) {
if ( dims2pct(dims) >= percent )
return dims;
}
return 210;
}
/*----------------------------------------------------------------------------+
| Convert dims (0-210) to nearest CM11A bright/dim level (0-0x31) |
+----------------------------------------------------------------------------*/
unsigned char dims2level ( unsigned char dims )
{
if ( dims == 0 ) return 0u;
if ( dims >= 210 ) return 20u;
dims = max(0, (int)dims - 2);
return min(31u, (1 + (dims / 11u)));
}
/*----------------------------------------------------------------------------+
| Return the name of the function for the argument trigger signal |
+----------------------------------------------------------------------------*/
char *lookup_function ( int signal )
{
int j;
for ( j = 0; j < (int)NTRIGTYPES; j++ ) {
if ( trig_type[j].signal == signal )
return trig_type[j].label;
}
return "";
}
/*----------------------------------------------------------------------------+
| Compare launcher flags (security, common, counter-zero) with state tables. |
| Return 1 if not matched, 0 otherwise. |
+----------------------------------------------------------------------------*/
int is_unmatched_flags ( LAUNCHER *launcherpp )
{
int k, m;
unsigned char hcode, ucode;
unsigned int bitmap;
if ( (launcherpp->sflags & x10global.sflags) != launcherpp->sflags ||
(launcherpp->notsflags & ~x10global.sflags) != launcherpp->notsflags ) {
return 1;
}
for ( k = 0; k < NUM_FLAG_BANKS; k++ ) {
if ( (launcherpp->flags[k] & x10global.flags[k]) != launcherpp->flags[k] ||
(launcherpp->notflags[k] & ~x10global.flags[k]) != launcherpp->notflags[k] ) {
return 1;
}
}
for ( k = 0; k < NUM_COUNTER_BANKS; k++ ) {
if ( (launcherpp->czflags[k] & x10global.czflags[k]) != launcherpp->czflags[k] ||
(launcherpp->notczflags[k] & ~x10global.czflags[k]) != launcherpp->notczflags[k] ) {
return 1;
}
}
for ( k = 0; k < NUM_TIMER_BANKS; k++ ) {
if ( (launcherpp->tzflags[k] & x10global.tzflags[k]) != launcherpp->tzflags[k] ||
(launcherpp->nottzflags[k] & ~x10global.tzflags[k]) != launcherpp->nottzflags[k] ) {
return 1;
}
}
for ( k = 0; k < launcherpp->num_stflags; k++ ) {
m = launcherpp->stlist[k].stindex;
hcode = launcherpp->stlist[k].hcode;
bitmap = launcherpp->stlist[k].bmap;
if ( stflags[m].not ) {
if ( (x10state[hcode].state[stflags[m].state] & bitmap) != 0 )
return 1;
}
else {
if ( (x10state[hcode].state[stflags[m].state] & bitmap) != bitmap )
return 1;
}
if ( stflags[m].andnot ) {
if ( (x10state[hcode].state[stflags[m].andstate] & bitmap) != 0 )
return 1;
}
else {
if ( (x10state[hcode].state[stflags[m].andstate] & bitmap) != bitmap )
return 1;
}
}
for ( k = 0; k < launcherpp->num_virtflags; k++ ) {
m = launcherpp->virtlist[k].vfindex;
hcode = launcherpp->virtlist[k].hcode;
ucode = launcherpp->virtlist[k].ucode;
if ( virtflags[m].not ) {
if ( (x10state[hcode].vflags[ucode] & virtflags[m].vflag) != 0 )
return 1;
}
else {
if ( (x10state[hcode].vflags[ucode] & virtflags[m].vflag) == 0 )
return 1;
}
}
return 0;
}
/*----------------------------------------------------------------------------+
| Initialize the state structure elements for (X10 encoded) hcode |
+----------------------------------------------------------------------------*/
void x10state_init_old ( unsigned char hcode )
{
void reset_security_sensor_timeout ( unsigned char, unsigned int );
ALIAS *aliasp;
int j, k;
int ucode, group;
char hc;
hc = code2hc(hcode);
x10state[hcode].lastunit = 0;
x10state[hcode].lastcmd = 0xff;
x10state[hcode].reset = 0;
x10state[hcode].addressed = 0;
x10state[hcode].sticky = 0;
x10state[hcode].exclusive = 0;
x10state[hcode].vaddress = 0;
x10state[hcode].squelch = 0;
x10state[hcode].lastactive = 0;
x10state[hcode].xconfigmode = 0;
for ( j = 0; j < NumStates; j++ )
x10state[hcode].state[j] = 0;
x10state[hcode].launched = 0;
// x10state[hcode].statusflags = 0;
x10state[hcode].rfxlobat = 0;
x10state[hcode].longdata = 0;
x10global.longdata_flags &= ~(1 << hcode);
x10state[hcode].rcstemp = 0;
x10global.rcstemp_flags &= ~(1 << hcode);
for ( ucode = 0; ucode < 16; ucode++ ) {
x10state[hcode].dimlevel[ucode] = 0;
x10state[hcode].memlevel[ucode] = maxdimlevel[hcode][ucode];
x10state[hcode].vident[ucode] = 0;
x10state[hcode].timestamp[ucode] = 0; /* Init timestamp */
x10state[hcode].vflags[ucode] = 0;
x10state[hcode].rfxmeter[ucode] = 0;
x10state[hcode].grpmember[ucode] = 0;
for ( group = 0; group < 4; group++ ) {
x10state[hcode].grpaddr[ucode] = 0;
x10state[hcode].grplevel[ucode][group] = 0;
}
}
if ( (aliasp = configp->aliasp) == NULL )
return;
j = 0;
while ( aliasp[j].line_no > 0 ) {
if ( aliasp[j].housecode == hc ) {
for ( k = 0; k < aliasp[j].storage_units; k++ ) {
x10global.data_storage[aliasp[j].storage_index + k] = 0;
}
}
j++;
}
reset_security_sensor_timeout(hcode, 0xffffu );
return;
}
/*----------------------------------------------------------------------------+
| Initialize the state structure elements for (X10 encoded) hcode |
+----------------------------------------------------------------------------*/
void x10state_init ( unsigned char hcode, unsigned int bitmap )
{
void reset_security_sensor_timeout ( unsigned char, unsigned int );
ALIAS *aliasp;
int j, k;
int ucode, group;
char hc;
unsigned int globtamper = 0;
hc = code2hc(hcode);
bitmap &= 0xffffu;
if ( bitmap == 0 )
bitmap = 0xffffu;
if ( bitmap == 0xffffu ) {
x10state[hcode].reset = 0;
x10state[hcode].lastunit = 0;
x10state[hcode].lastcmd = 0xffu;
x10state[hcode].xconfigmode = 0;
x10state[hcode].longdata = 0;
x10global.longdata_flags &= ~(1 << hcode);
x10state[hcode].rcstemp = 0;
x10global.rcstemp_flags &= ~(1 << hcode);
}
x10state[hcode].addressed &= ~bitmap;
x10state[hcode].exclusive &= ~bitmap;
x10state[hcode].sticky &= ~bitmap;
x10state[hcode].vaddress &= ~bitmap;
x10state[hcode].squelch &= ~bitmap;
x10state[hcode].lastactive &= ~bitmap;
x10state[hcode].launched &= ~bitmap;
x10state[hcode].rfxlobat &= ~bitmap;
for ( j = 0; j < NumStates; j++ ) {
x10state[hcode].state[j] &= ~bitmap;
}
for ( ucode = 0; ucode < 16; ucode++ ) {
if ( bitmap & (1 << ucode) ) {
x10state[hcode].dimlevel[ucode] = 0;
x10state[hcode].memlevel[ucode] = maxdimlevel[hcode][ucode];
x10state[hcode].vident[ucode] = 0;
x10state[hcode].timestamp[ucode] = 0; /* Init timestamp */
x10state[hcode].vflags[ucode] = 0;
x10state[hcode].rfxmeter[ucode] = 0;
x10state[hcode].grpmember[ucode] = 0;
for ( group = 0; group < 4; group++ ) {
x10state[hcode].grpaddr[ucode] = 0;
x10state[hcode].grplevel[ucode][group] = 0;
}
}
}
aliasp = configp->aliasp;
j = 0;
while ( aliasp && aliasp[j].line_no > 0 ) {
if ( aliasp[j].housecode == hc && (bitmap & aliasp[j].unitbmap) != 0 ) {
for ( k = 0; k < aliasp[j].storage_units; k++ ) {
x10global.data_storage[aliasp[j].storage_index + k] = 0;
}
}
j++;
}
reset_security_sensor_timeout(hcode, bitmap);
globtamper = 0;
for ( j = 0; j < 16; j++ ) {
globtamper |= x10state[j].state[TamperState];
}
if ( (globtamper & 0xffffu) == 0 ) {
x10global.sflags &= ~GLOBSEC_TAMPER;
}
write_x10state_file();
return;
}
/*----------------------------------------------------------------------------+
| Initialize the state structure for all housecodes and global data except |
| security flags and countdown timer counts. |
+----------------------------------------------------------------------------*/
void x10state_init_all ( void )
{
int hcode, j, k;
for ( hcode = 0; hcode < 16; hcode++ )
x10state_init(hcode, 0xffff);
x10global.longvdata = 0;
x10global.longvdata2 = 0;
x10global.longvdata3 = 0;
x10global.sigcount = 0;
x10global.interval = 0;
x10global.lastvtype = 0;
x10global.lasthc = 0xff;
x10global.lastaddr = 0;
x10global.utc0_macrostamp = 0;
x10global.hailstate = 0;
x10global.sflags &=
(GLOBSEC_ARMED | GLOBSEC_HOME | GLOBSEC_PENDING | GLOBSEC_TAMPER);
x10global.vflags = 0;
update_global_nightdark_flags(time(NULL));
if ( x10global.timer_count[ArmDelayTimer] > 0 ) {
x10global.timer_count[ArmDelayTimer] = 0;
x10global.sflags &= ~(GLOBSEC_PENDING);
x10global.sflags |= GLOBSEC_ARMED;
}
for ( j = 1; j <= NUM_USER_TIMERS; j++ ) {
x10global.timer_count[j] = 0;
}
for ( j = 0; j < NUM_TIMER_BANKS; j++ ) {
x10global.tzflags[j] = ~(0UL);
}
for ( j = 0; j < 8; j++ ) {
x10global.rfxflags[j] = 0;
for ( k = 0; k < 3; k++ ) {
x10global.rfxdata[j][k] = 0;
}
}
for ( j = 0; j < NUM_FLAG_BANKS; j++ ) {
x10global.flags[j] = 0;
}
for ( j = 0; j < (32 * NUM_COUNTER_BANKS); j++ ) {
x10global.counter[j] = 0;
}
for ( j = 0; j < NUM_COUNTER_BANKS; j++ )
x10global.czflags[j] = ~(0);
for ( j = 0; j < MAXDATASTORAGE; j++ )
x10global.data_storage[j] = 0;
write_x10state_file();