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modules.c
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/*----------------------------------------------------------------------------+
| |
| X10 Module Attributes for HEYU |
| Copyright 2004-2008 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. |
| SwitchLinc and LampLinc are trademarks of Smarthome, Inc. |
| The author is not affiliated with any of these entities. |
| |
| 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/>.
*/
#include <stdio.h>
#if defined(SYSV) || defined(FREEBSD) || defined(OPENBSD)
#include <string.h>
#else
#include <strings.h>
#endif
#include <stdlib.h>
#include <ctype.h>
#include "process.h"
#include "oregon.h"
/* Standard module attribute/response definitions for cflags */
/* Basic function codes 0-6 (maintain this order) */
#define UNOFF 0x00000001 /* All Units Off */
#define LION 0x00000002 /* All Lights ON */
#define MON 0x00000004 /* Simple module ON */
#define MOFF 0x00000008 /* Simple module OFF */
#define DIM 0x00000010 /* Dim 1-22 */
#define BRI 0x00000020 /* Bright 1-22 */
#define LIOFF 0x00000040 /* All Lights OFF */
/* Other attributes */
#define ALLON 0x00000080 /* All Units On */
#define STDX10 0x00000100 /* Standard X10 */
#define PRESET 0x00000200 /* Preset 1-32 */
#define BRIB4DIM 0x00000400 /* If OFF, full Brightness before dimming */
#define STAREQ 0x00000800 /* Responds to Status Request */
#define STAON 0x00001000 /* Sends StatusOn ack */
#define STAOFF 0x00002000 /* Sends StatusOff ack */
#define LIONFULL 0x00004000 /* All Lights ON -> Full brightness */
#define ONFULL 0x00008000 /* ON -> Full (or option) brightness */
#define ONFULLOFF 0x00010000 /* ON -> Full brightness if Off */
#define RESUME 0x00020000 /* ON resumes previous level */
#define RESUMEDIM 0x00040000 /* Dim/Bright first resumes previous level */
#define LIONUNAD 0x00080000 /* AllLightsOn unaddresses the module */
#define LIOFFUNAD 0x00100000 /* AllLightsOff unaddresses the module */
#define TARG 0x00200000 /* Is a target instead of a module */
#define EXC16 0x00400000 /* Last unit turns On (all others turn off) */
#define EXC8 0x00800000 /* Last unit turns On (others in group of 8 turn off) */
#define EXC4 0x01000000 /* Last unit turns On and others in group of 4 turn off) */
#define VDATA 0x02000000 /* Virtual data repository */
#define PLCSENSOR 0x04000000 /* PLC Sensor */
#define ADDRESSED 0x08000000 /* Has standard address */
#define PHYS 0x10000000 /* Is a physical module */
#define ONOFFUNAD 0x20000000 /* On or Off unaddresses the module (ACT bug) */
/* NOTE: Attributes STDX10, PRESET, and EXT3SW/EXT3DIM are */
/* mutually incompatible. */
/* Extended code module attributes for xflags */
/* (Group reference characteristic types are mutually incompatible.) */
#define XNON 0
#define X3SW 0x00000001 /* Extended codes Type 3 (switch only) */
#define X3DIM 0x00000002 /* Extended codes Type 3 with preset dim 0-63 */
#define X0SH 0x00000004 /* Extended code Type 0 shutter control */
#define X3GEXEC 0x00000008 /* Supports Extended Group Exec command */
#define X3GRC1 0x00000010 /* Group reference characteristic Type 1 (LM14A, AM14A) */
#define X3GRC2 0x00000020 /* Group reference characteristic Type 2 (LM465-1) */
#define X3GRC3 0x00000040 /* Group reference characteristic Type 3 (WS467-1) */
#define X3GRC4 0x00000080 /* Group reference characteristic Type 4 */
#define X3GOFF 0x00000100 /* Extended Group Off */
#define X3GOFFEX 0x00000200 /* Extended Group Off acts like Group Exec */
#define X3GBD 0x00000400 /* Extended Group Bright/Dim */
#define X3GBDFULL 0x00000800 /* Ext Grp Bri/Dim resumes, or brightens full if prev at level 0 */
#define X3STAT 0x00001000 /* Extended code status, i.e., 2-way */
#define X3GREM 0x00002000 /* Extended Group Remove works */
#define X0PRESET 0x00004000 /* Extended code Type 0 shutter preset */
/* Virtual model attributes for vflags */
#define VNON 0
#define VSTD 0x00000001 /* X10 Standard */
#define VENT 0x00000002 /* X10 Entertainment */
#define VSEC 0x00000004 /* X10 Security */
#define VRFXS 0x00000008 /* RFX Sensor */
#define VRFXM 0x00000010 /* RFX Meter */
#define VDMX 0x00000020 /* Digimax */
#define VORE 0x00000040 /* Oregon */
#define VKAKU 0x00000080 /* KAKU */
/* KaKu model attributes for kflags */
#define KOFF 0x00000001 /* Off */
#define KON 0x00000002 /* On */
#define KGOFF 0x00000004 /* Group Off */
#define KGON 0x00000008 /* Group On */
#define KPRE 0x00000010 /* Preset */
#define KGPRE 0x00000020 /* Group Preset */
#define KRESUME 0x00000040 /* Resume */
#define KPHYS 0x00000080 /* Physical module */
/* Module max dim levels */
#define MXL0 0
#define MXLS 210 /* Standard X10 modules 0-210 */
#define MXLP 31 /* Preset modules 0-31 (zero-base) */
#define MXLE 62 /* Extended code Type 3 dimmer modules 0-62 */
#define MXLEA 63 /* Extended code Type 3 appliance modules 0,63 */
#define MXLS0 25 /* Extended code Type 0 shutters 0-25 */
#define MXLV 255 /* Virtual modules 0-255 */
#define MXLK 15 /* KAKU modules 0-15 */
/* Standard module type attributes for cflags . To add a new module type, */
/* "OR" together its attributes here and add an entry in the modules */
/* table below. (Keep the table uncluttered, for future additions.) */
#define NOMATT 0
#define BASIC (UNOFF | MON | MOFF | ALLON | ADDRESSED | PHYS)
#define ACTBASIC (STDX10 | MON | MOFF | ALLON | ADDRESSED | PHYS | STAON | STAOFF | STAREQ)
#define ACTBUG (ACTBASIC | ONOFFUNAD)
#define STDAM (BASIC | STDX10)
#define STDLM (STDAM | DIM | BRI | BRIB4DIM | LION | ONFULLOFF)
#define STDWS (STDLM | LIOFF)
#define AMS (STDAM | STAON | STAOFF | STAREQ)
#define LMS (STDLM | STAON | STAOFF | STAREQ)
#define SIREN (STDAM | LION )
#define REM2 (STDX10 | TARG | MON | MOFF)
#define REM3 (STDX10 | TARG | MOFF | BRI | DIM)
#define REM4 (STDX10 | TARG | MON | MOFF | BRI | DIM)
#define REM6 (STDX10 | TARG | MON | MOFF | BRI | DIM | LION | UNOFF)
#define LM15A (STDAM | LION | LIONFULL | LIOFF | LIONUNAD | LIOFFUNAD)
#define XPS3 (STDAM | LION | LIONFULL | LIOFF)
#define XPD3 (STDLM | LIOFF)
#define PR511 (STDAM | STAON | STAOFF | STAREQ | LION | LIONFULL | LIOFF)
#define AM14A (BASIC | ALLON | STAON | STAOFF | STAREQ)
#define LM14A (AM14A | DIM | BRI | LION | LIOFF | RESUME | RESUMEDIM | LIOFFUNAD)
#define SL1AM (BASIC)
#define SL2AM (SL1AM | STAREQ)
#define SL1LM (BASIC | PRESET | DIM | BRI | LION | LIOFF | ONFULL)
#define SL2LM (SL1LM | STAREQ)
#define LL1LM (BASIC | PRESET | DIM | BRI | LION | LIOFF | LIONFULL | ONFULL)
#define LL2LM (LL1LM | STAREQ)
#define AMEXC16 (STDAM | EXC16)
#define AMEXC8 (STDAM | EXC8 )
#define AMEXC4 (STDAM | EXC4 )
#define CAMEXC4 (STDX10 | EXC4 | MON | MOFF | ADDRESSED | PHYS)
#define VIRT4 (TARG | MON | MOFF | BRI | DIM)
#define SHUT0 (MON | MOFF | RESUME | PHYS)
#define VIRTUAL (TARG | VDATA)
#define PALMPAD (TARG | MON | MOFF | BRI | DIM)
#define KEYCHAIN (TARG | MON | MOFF)
#define ONLYON (TARG | MON)
#define ONLYOFF (TARG | MOFF)
#define PLCSEN (TARG | MON | MOFF | ADDRESSED | PLCSENSOR)
#define MOTION (TARG | MON | MOFF)
#define LM_1 (BASIC | DIM | BRI | LION | LIOFF | RESUMEDIM | LIOFFUNAD)
#define WS_1 (BASIC | DIM | BRI | LION | RESUME)
/* Extended module type attributes for xflags */
#define XAM14A (X3SW | X3GEXEC | X3GRC1 | X3GOFFEX | X3STAT | X3GREM)
#define XLM14A (X3SW | X3GEXEC | X3DIM | X3GRC1 | X3GOFFEX | X3STAT | X3GREM)
#define XLM_1 (X3SW | X3GEXEC | X3DIM | X3GRC2 | X3GOFF | X3GBD | X3GBDFULL)
#define XWS_1 (X3SW | X3GEXEC | X3DIM | X3GRC3 | X3GOFFEX | X3GREM)
#define XSHUT0 (X0SH)
/* KaKu module type attributes */
#define KAM (KOFF | KON | KGOFF | KGON)
#define KLM (KAM | KPRE | KGPRE | KRESUME)
/* Module option functions */
int opt_onlevel(), opt_sremote(), opt_kremote(), opt_sensor(), opt_svsensor(), opt_ds90(), opt_sd90(),
opt_ur81a(), opt_ux17a(), opt_guru(), opt_aux(), opt_rfxsensor(), opt_rfxold(), opt_act(), opt_defer(),
opt_rfxtemp(),
opt_rfxpulse(), opt_rfxcount(), opt_rfxpower(), opt_rfxwater(), opt_rfxgas(),
opt_sd10(), opt_plcsensor(), opt_gb10(), opt_jam(), opt_digimax(),
opt_oreTH1(), opt_oreTH2(), opt_oreTH3(), opt_oreTH4(), opt_oreTH5(), opt_oreTH6(),
opt_oreTemp1(), opt_oreTemp2(), opt_oreTemp3(), opt_oreTHB1(), opt_oreTHB2(), opt_oreWeight1(),
opt_oreTemu(), opt_oreTHemu(), opt_oreTHBemu(), opt_x10std(), opt_oreignore(), opt_elsElec1(),
opt_bmb_sd18(),
opt_secignore(), opt_visonic(),
opt_oreWind1(), opt_oreWind2(), opt_oreWind3(),
opt_oreRain1(), opt_oreRain2(), opt_oreRain3(),
opt_oreUV1(), opt_oreUV2(), opt_kaku(), opt_owlElec2(), opt_owlElec2new(), opt_owlElec2rev();
/* Decoder functions for modules */
int fn_ds10a(), fn_ds90(), fn_ms10a(), fn_sh624(), fn_kr10a(), fn_ur81a(),
fn_guru(), fn_rfxsensor(),
fn_rfxpulse(), fn_rfxcount(), fn_rfxpower(), fn_rfxwater(), fn_rfxgas(),
fn_sd10(), fn_sd90(), fn_ms90(), fn_ds18(), fn_gb10(), fn_svdata(), fn_jam(),
fn_kr15a(), fn_kr18(), fn_dm10(), fn_bmb_sd18(), fn_visonic();
extern int ore_maxmin_temp ( ALIAS *, int, char **, int * );
extern int ore_maxmin_rh ( ALIAS *, int, char **, int * );
extern int ore_maxmin_bp ( ALIAS *, int, char **, int * );
extern double celsius2temp ( double, char, double);
int sensor_timeout ( ALIAS *, int, char **, int * );
struct modules_st {
char *label; /* Case insensitive */
int maxlevel;
unsigned long vflags; /* Virtual attributes */
unsigned long cflags; /* Standard attributes */
unsigned long xflags; /* Extended code attributes */
int (*addopt_func)();
int (*xlate_func)();
} modules[] = {
{"NONE", MXLS, VNON, NOMATT, 0, NULL, NULL }, /* Has no attributes */
{"StdAM", MXLS, VNON, STDAM, 0, NULL, NULL }, /* Standard X10 1-way Appliance Module */
{"AM", MXLS, VNON, STDAM, 0, NULL, NULL }, /* Standard X10 1-way Appliance Module */
{"AM486", MXLS, VNON, STDAM, 0, NULL, NULL }, /* Standard X10 1-way Appliance Module */
{"AM12", MXLS, VNON, STDAM, 0, NULL, NULL }, /* Marmitek Standard X10 1-way Appliance Module */
{"PAM01", MXLS, VNON, STDAM, 0, NULL, NULL }, /* Standard X10 1-way Appliance Module */
{"AM466", MXLS, VNON, STDAM, 0, NULL, NULL }, /* Standard X10 1-way Appliance Module */
{"PAM02", MXLS, VNON, STDAM, 0, NULL, NULL }, /* Standard X10 1-way Appliance Module */
{"SR227", MXLS, VNON, STDAM, 0, NULL, NULL }, /* Standard X10 1-way Appliance Module */
{"PA011", MXLS, VNON, STDAM, 0, NULL, NULL }, /* Standard X10 1-way Appliance Module */
{"AMS", MXLS, VNON, AMS, 0, opt_defer, NULL }, /* 2-way Appliance Module */
{"RAIN8II", MXLS, VNON, AMS, 0, opt_defer, NULL }, /* Rain8II 2-way Irrigation Module */
{"RR501", MXLS, VNON, AMS, 0, NULL, NULL }, /* X10 Transceiver/Switch */
{"PAT01", MXLS, VNON, AMS, 0, NULL, NULL }, /* X10 Transceiver/Switch */
{"ACTAMS", MXLS, VNON, ACTBASIC, 0, opt_act, NULL}, /* ACT programmable appliance module */
{"RS114", MXLS, VNON, ACTBASIC, 0, opt_act, NULL}, /* ACT programmable appliance module */
{"ACTAMSBUG", MXLS, VNON, ACTBUG, 0, opt_act, NULL}, /* ACT as above with On/Off unaddress bug */
{"RF234", MXLS, VNON, ACTBUG, 0, opt_act, NULL}, /* ACT as above with On/Off unaddress bug */
{"StdLM", MXLS, VNON, STDLM, 0, NULL, NULL }, /* Standard X10 1-way Lamp Module */
{"LM", MXLS, VNON, STDLM, 0, NULL, NULL }, /* Standard X10 1-way Lamp Module */
{"LM465", MXLS, VNON, STDLM, 0, NULL, NULL }, /* Standard X10 1-way Lamp Module */
{"LM12", MXLS, VNON, STDLM, 0, NULL, NULL }, /* Marmitek X10 1-way Lamp Module */
{"LM465-1", MXLE, VNON, LM_1, XLM_1, NULL, NULL }, /* Redesigned (2007) X10 1-way Lamp Module */
{"LM-1", MXLE, VNON, LM_1, XLM_1, NULL, NULL }, /* Redesigned (2007) X10 1-way Lamp Module */
{"PLM03", MXLS, VNON, STDLM, 0, NULL, NULL }, /* Standard X10 1-way Lamp Module */
{"PLM01", MXLS, VNON, STDLM, 0, NULL, NULL }, /* Standard X10 1-way Lamp Module */
{"StdWS", MXLS, VNON, STDWS, 0, NULL, NULL }, /* Standard X10 1-way Lamp Wall Switch */
{"WS", MXLS, VNON, STDWS, 0, NULL, NULL }, /* Standard X10 1-way Lamp Wall Switch */
{"WS467", MXLS, VNON, STDWS, 0, NULL, NULL }, /* Standard X10 1-way Lamp Wall Switch */
{"LW10U", MXLS, VNON, STDWS, 0, NULL, NULL }, /* Marmitek Standard X10 1-way Lamp Wall Switch */
{"PLW01", MXLS, VNON, STDWS, 0, NULL, NULL }, /* Standard X10 1-way Lamp Wall Switch */
{"WS477", MXLS, VNON, STDWS, 0, NULL, NULL }, /* Standard X10 3-way Lamp Wall Switch */
{"PLW02", MXLS, VNON, STDWS, 0, NULL, NULL }, /* Standard X10 1-way Lamp Wall Switch */
{"WS467-1", MXLE, VNON, WS_1, XWS_1, NULL, NULL }, /* Redesigned (2007) X10 1-way Lamp Wall Switch */
{"WS-1", MXLE, VNON, WS_1, XWS_1, NULL, NULL }, /* Redesigned (2007) X10 1-way Lamp Wall Switch */
{"WS12A", MXLS, VNON, XPD3, 0, NULL, NULL }, /* X10 1-way Lamp Wall Switch */
{"XPD3", MXLS, VNON, XPD3, 0, NULL, NULL }, /* X10 Pro 1-way Lamp Wall Switch */
{"WS13A", MXLS, VNON, XPS3, 0, NULL, NULL }, /* X10 1-way non-dimming Wall Switch */
{"XPS3", MXLS, VNON, XPS3, 0, NULL, NULL }, /* X10 Pro 1-way non-dimming Wall Switch */
{"LM15A", MXLS, VNON, LM15A, 0, NULL, NULL }, /* X10 LM15A Socket Rocket */
{"LM15", MXLS, VNON, LM15A, 0, NULL, NULL }, /* Marmitek Socket Rocket */
{"PSM04", MXLS, VNON, LM15A, 0, NULL, NULL }, /* X10 Pro Socket Rocket */
{"LMS", MXLS, VNON, LMS, 0, NULL, NULL }, /* 2-way Lamp Module */
{"PR511", MXLS, VNON, PR511, 0, NULL, NULL }, /* X10 2-way Motion Sensor floodlight */
{"PHS01", MXLS, VNON, PR511, 0, NULL, NULL }, /* X10 Pro 2-way Motion Sensor floodlight */
{"AM14A", MXLEA, VNON, AM14A, XAM14A, NULL, NULL }, /* X10 2-way Appliance Module, 2-pin (AM14A) */
{"PAM21", MXLEA, VNON, AM14A, XAM14A, NULL, NULL }, /* X10 2-way Appliance Module, 2-pin (AM14A) */
{"AM15A", MXLEA, VNON, AM14A, XAM14A, NULL, NULL }, /* X10 2-way Appliance Module, 3-pin (AM15A) */
{"PAM22", MXLEA, VNON, AM14A, XAM14A, NULL, NULL }, /* X10 2-way Appliance Module, 3-pin (AM15A) */
{"LM14A", MXLE, VNON, LM14A, XLM14A, NULL, NULL }, /* X10 2-way Lamp Module (LM14A) */
{"PLM21", MXLE, VNON, LM14A, XLM14A, NULL, NULL }, /* X10 2-way Lamp Module (LM14A) */
{"SL1AM", MXLP, VNON, SL1AM, 0, NULL, NULL }, /* SwitchLinc 1-way Switch */
{"SL2AM", MXLP, VNON, SL2AM, 0, NULL, NULL }, /* SwitchLinc 2-way Switch */
{"SL1LM", MXLP, VNON, SL1LM, 0, opt_onlevel, NULL }, /* SwitchLinc 1-way Lamp Module */
{"SL2LM", MXLP, VNON, SL2LM, 0, opt_onlevel, NULL }, /* SwitchLinc 2-way Lamp Module */
{"SL2380W", MXLP, VNON, SL2LM, 0, opt_onlevel, NULL }, /* SwitchLinc 2380W Dimmer */
{"LL1LM", MXLP, VNON, LL1LM, 0, opt_onlevel, NULL }, /* LampLinc 1-way Dimmer */
{"LL2LM", MXLP, VNON, LL2LM, 0, opt_onlevel, NULL }, /* LampLink 2-way Dimmer */
{"LL2000STW", MXLP, VNON, LL2LM, 0, opt_onlevel, NULL }, /* LampLinc 2000STW Dimmer */
{"REMOTE2", MXLS, VNON, REM2, 0, NULL, NULL }, /* Remote transmitter, 2 function */
{"REMOTE3", MXLS, VNON, REM3, 0, NULL, NULL }, /* Remote transmitter, 3 function */
{"REMOTE4", MXLS, VNON, REM4, 0, NULL, NULL }, /* Remote transmitter, 4 function */
{"REMOTE6", MXLS, VNON, REM6, 0, NULL, NULL }, /* Remote transmitter, 6 function */
{"REMOTEP", MXLP, VNON, PRESET, 0, NULL, NULL }, /* Remote transmitter, Preset 1-32 only */
{"AMEXC", MXLS, VNON, AMEXC16, 0, NULL, NULL }, /* AM with exclusive-16 addressing */
{"AMEXC16", MXLS, VNON, AMEXC16, 0, NULL, NULL }, /* AM with exclusive addressing */
{"AMEXC8", MXLS, VNON, AMEXC8, 0, NULL, NULL }, /* AM with exclusive-8 addressing */
{"RAIN8", MXLS, VNON, AMEXC8, 0, NULL, NULL }, /* WGL Rain8 irrigation controller */
{"AMEXC4", MXLS, VNON, AMEXC4, 0, NULL, NULL }, /* AM with exclusive-4 addressing */
{"XM10A", MXLS, VNON, CAMEXC4, 0, NULL, NULL }, /* X10 camera power supply */
{"XM13A", MXLS, VNON, CAMEXC4, 0, NULL, NULL }, /* X10 camera power supply */
{"XM14A", MXLS, VNON, CAMEXC4, 0, NULL, NULL }, /* X10 pan/tilt power supply */
{"VIRT4", MXLV, VSTD, VIRT4, 0, opt_onlevel, NULL }, /* Virtual module, 4 function */
{"VDATA", MXLV, VSTD, VIRTUAL, 0, NULL, NULL }, /* Virtual module data */
{"PLCSENSOR", MXLS, VSTD, PLCSEN, 0, opt_plcsensor, NULL }, /* PLC Sensor target */
#ifdef HASEXT0
{"SHUTTER", MXLS0, VNON, SHUT0, XSHUT0, NULL, NULL }, /* Extended code Type 0 shutter */
{"SW10", MXLS0, VNON, SHUT0, XSHUT0, NULL, NULL }, /* Marmitek SW10 shutter control */
#endif
{"DS10A", MXLV, VSEC, VIRTUAL, 0, opt_sensor, fn_ds10a }, /* X-10 USA D/W sensor */
{"DS10", MXLV, VSEC, VIRTUAL, 0, opt_sensor, fn_ds10a }, /* Marmitek D/W sensor */
{"DS10E", MXLV, VSEC, VIRTUAL, 0, opt_sensor, fn_ds10a }, /* Marmitek D/W sensor */
{"PDS01", MXLV, VSEC, VIRTUAL, 0, opt_sensor, fn_ds10a }, /* X10 Pro D/W sensor */
{"DS18", MXLV, VSEC, VIRTUAL, 0, opt_sensor, fn_ds18 }, /* ElekHomica D/W sensor, old? */
{"DS90", MXLV, VSEC, VIRTUAL, 0, opt_ds90, fn_ds90 }, /* Marmitek D/W sensor */
{"DS18-1", MXLV, VSEC, VIRTUAL, 0, opt_ds90, fn_ds90 }, /* ElekHomica D/W sensor */
{"MS10A", MXLV, VSEC, VIRTUAL, 0, opt_sensor, fn_ms10a },
{"MS90", MXLV, VSEC, VIRTUAL, 0, opt_sensor, fn_ms90 }, /* Marmitek Motion sensor */
{"MS18E", MXLV, VSEC, VIRTUAL, 0, opt_sensor, fn_ms90 }, /* BMB Home Solutions Motion sensor */
{"SD10", MXLV, VSEC, VIRTUAL, 0, opt_sd10, fn_sd10 },
{"BMB-SD18", MXLV, VSEC, VIRTUAL, 0, opt_bmb_sd18, fn_bmb_sd18}, /* BMB Smoke Detector */
{"EH-CWSD10", MXLV, VSEC, VIRTUAL, 0, opt_sd10, fn_sd10 }, /* ElekHomica Smoke detector */
{"EH-WD210", MXLV, VSEC, VIRTUAL, 0, opt_sd10, fn_sd10 }, /* ElekHomica Water detector */
{"GB10", MXLV, VSEC, VIRTUAL, 0, opt_gb10, fn_gb10 }, /* Marmitek Glass Break detector */
{"DM10", MXLV, VSEC, VIRTUAL, 0, opt_gb10, fn_dm10 }, /* Marmitek DM10 Motion/Dawn/Dusk sensor */
{"SD90", MXLV, VSEC, VIRTUAL, 0, opt_sd90, fn_sd90 }, /* Marmitek Smoke detector */
{"PMS01", MXLV, VSEC, VIRTUAL, 0, opt_sensor, fn_ms10a },
{"SH624", MXLV, VSEC, VIRTUAL, 0, opt_sremote, fn_sh624 }, /* Full size remotes */
{"PSR01", MXLV, VSEC, VIRTUAL, 0, opt_sremote, fn_sh624 },
{"KR18", MXLV, VSEC, VIRTUAL, 0, opt_kremote, fn_kr18 }, /* Keyfob remotes */
{"KR18E", MXLV, VSEC, VIRTUAL, 0, opt_kremote, fn_kr18 },
{"KR10A", MXLV, VSEC, VIRTUAL, 0, opt_kremote, fn_kr10a },
{"KR21", MXLV, VSEC, VIRTUAL, 0, opt_kremote, fn_kr10a },
{"PKR02", MXLV, VSEC, VIRTUAL, 0, opt_kremote, fn_kr10a },
{"KR15A", MXLV, VSEC, VIRTUAL, 0, opt_sremote, fn_kr15a }, /* Big Red Button */
{"SVDATA", MXLV, VSEC, VIRTUAL, 0, opt_sremote, fn_svdata }, /* Generic security remote */
{"SSVDATA", MXLV, VSEC, VIRTUAL, 0, opt_svsensor, fn_svdata }, /* Generic security sensor */
{"SEC_IGNORE", MXLV, VSEC, VIRTUAL, 0, opt_secignore, NULL },
{"UR81A", MXLV, VENT, VIRTUAL, 0, opt_ur81a, fn_ur81a },
{"UR51A", MXLV, VENT, VIRTUAL, 0, opt_ur81a, fn_ur81a },
{"UX17A", MXLV, VENT, VIRTUAL, 0, opt_ux17a, NULL },
{"UX23A", MXLV, VENT, VIRTUAL, 0, opt_ux17a, NULL },
{"GURU", MXLV, VENT, VIRTUAL, 0, opt_guru, fn_guru },
{"PALMPAD", MXLS, VSTD, PALMPAD, 0, opt_aux, NULL},
{"KR19A", MXLS, VSTD, PALMPAD, 0, opt_aux, NULL},
{"KR22", MXLS, VSTD, PALMPAD, 0, opt_aux, NULL},
{"KEYCHAIN", MXLS, VSTD, KEYCHAIN, 0, opt_aux, NULL},
{"ONLYON", MXLS, VSTD, ONLYON, 0, opt_aux, NULL},
{"ONLYOFF", MXLS, VSTD, ONLYOFF, 0, opt_aux, NULL},
{"MS12", MXLS, VSTD, MOTION, 0, opt_x10std, NULL},
{"MS12A", MXLS, VSTD, MOTION, 0, opt_x10std, NULL},
{"MS13", MXLS, VSTD, MOTION, 0, opt_x10std, NULL},
{"MS13A", MXLS, VSTD, MOTION, 0, opt_x10std, NULL},
{"MS14", MXLS, VSTD, MOTION, 0, opt_x10std, NULL},
{"MS14A", MXLS, VSTD, MOTION, 0, opt_x10std, NULL},
{"MS16", MXLS, VSTD, MOTION, 0, opt_x10std, NULL},
{"MS16A", MXLS, VSTD, MOTION, 0, opt_x10std, NULL},
#ifdef HASORE
{"ORE_TH1", MXLV, VORE, VIRTUAL, 0, opt_oreTH1, NULL},
{"THGR122NX", MXLV, VORE, VIRTUAL, 0, opt_oreTH1, NULL},
{"THGN123N", MXLV, VORE, VIRTUAL, 0, opt_oreTH1, NULL},
{"THGR228N", MXLV, VORE, VIRTUAL, 0, opt_oreTH1, NULL},
{"ORE_TH2", MXLV, VORE, VIRTUAL, 0, opt_oreTH2, NULL},
{"THGN800", MXLV, VORE, VIRTUAL, 0, opt_oreTH2, NULL},
{"THGR800", MXLV, VORE, VIRTUAL, 0, opt_oreTH2, NULL},
{"THGR810", MXLV, VORE, VIRTUAL, 0, opt_oreTH2, NULL},
{"ORE_TH3", MXLV, VORE, VIRTUAL, 0, opt_oreTH3, NULL},
{"RTGN318", MXLV, VORE, VIRTUAL, 0, opt_oreTH3, NULL},
{"RTGR328N", MXLV, VORE, VIRTUAL, 0, opt_oreTH3, NULL},
{"ORE_TH4", MXLV, VORE, VIRTUAL, 0, opt_oreTH4, NULL},
{"ORE_TH5", MXLV, VORE, VIRTUAL, 0, opt_oreTH5, NULL},
{"ORE_TH6", MXLV, VORE, VIRTUAL, 0, opt_oreTH6, NULL},
{"THGR918N", MXLV, VORE, VIRTUAL, 0, opt_oreTH6, NULL},
{"ORE_T1", MXLV, VORE, VIRTUAL, 0, opt_oreTemp1, NULL},
{"THR138", MXLV, VORE, VIRTUAL, 0, opt_oreTemp1, NULL},
{"ORE_T2", MXLV, VORE, VIRTUAL, 0, opt_oreTemp2, NULL},
{"THRN122N", MXLV, VORE, VIRTUAL, 0, opt_oreTemp2, NULL},
{"THN122N", MXLV, VORE, VIRTUAL, 0, opt_oreTemp2, NULL},
{"THN132N", MXLV, VORE, VIRTUAL, 0, opt_oreTemp2, NULL},
{"ORE_T3", MXLV, VORE, VIRTUAL, 0, opt_oreTemp3, NULL},
{"ORE_THB1", MXLV, VORE, VIRTUAL, 0, opt_oreTHB1, NULL},
{"BTHR918", MXLV, VORE, VIRTUAL, 0, opt_oreTHB1, NULL},
{"ORE_THB2", MXLV, VORE, VIRTUAL, 0, opt_oreTHB2, NULL},
{"BTHR968", MXLV, VORE, VIRTUAL, 0, opt_oreTHB2, NULL},
{"BTHR918N", MXLV, VORE, VIRTUAL, 0, opt_oreTHB2, NULL},
{"ORE_WGT1", MXLV, VORE, VIRTUAL, 0, opt_oreWeight1, NULL},
{"BWR102", MXLV, VORE, VIRTUAL, 0, opt_oreWeight1, NULL},
{"ORE_TEMU", MXLV, VORE, VIRTUAL, 0, opt_oreTemu, NULL}, /* Dummy */
{"ORE_THEMU", MXLV, VORE, VIRTUAL, 0, opt_oreTHemu, NULL}, /* Dummy */
{"ORE_THBEMU", MXLV, VORE, VIRTUAL, 0, opt_oreTHBemu, NULL}, /* Dummy */
{"ORE_IGNORE", MXLV, VORE, VIRTUAL, 0, opt_oreignore, NULL},
{"ORE_WIND1", MXLV, VORE, VIRTUAL, 0, opt_oreWind1, NULL},
{"ORE_WIND2", MXLV, VORE, VIRTUAL, 0, opt_oreWind2, NULL},
{"WGR800", MXLV, VORE, VIRTUAL, 0, opt_oreWind2, NULL},
{"ORE_WIND3", MXLV, VORE, VIRTUAL, 0, opt_oreWind3, NULL},
{"WGR918N", MXLV, VORE, VIRTUAL, 0, opt_oreWind3, NULL},
{"ORE_RAIN1", MXLV, VORE, VIRTUAL, 0, opt_oreRain1, NULL},
{"PCR918N", MXLV, VORE, VIRTUAL, 0, opt_oreRain1, NULL},
{"ORE_RAIN2", MXLV, VORE, VIRTUAL, 0, opt_oreRain2, NULL},
{"PCR800", MXLV, VORE, VIRTUAL, 0, opt_oreRain2, NULL},
{"ORE_RAIN3", MXLV, VORE, VIRTUAL, 0, opt_oreRain3, NULL},
{"ELS_CM113", MXLV, VORE, VIRTUAL, 0, opt_elsElec1, NULL},
{"ELS_ELEC1", MXLV, VORE, VIRTUAL, 0, opt_elsElec1, NULL},
{"ORE_ELS", MXLV, VORE, VIRTUAL, 0, opt_elsElec1, NULL},
{"ORE_UV1", MXLV, VORE, VIRTUAL, 0, opt_oreUV1, NULL},
{"ORE_UV2", MXLV, VORE, VIRTUAL, 0, opt_oreUV2, NULL},
{"OWL_ELEC2", MXLV, VORE, VIRTUAL, 0, opt_owlElec2new, NULL},
#endif /* HASORE */
#ifdef HASRFXS
{"RFXSENSOR", MXLV, VRFXS, VIRTUAL, 0, opt_rfxsensor, fn_rfxsensor},
#endif /* HASRFXS */
#ifdef HASRFXM
{"RFXCOUNT", MXLV, VRFXM, VIRTUAL, 0, opt_rfxcount, fn_rfxcount},
{"RFXPOWER", MXLV, VRFXM, VIRTUAL, 0, opt_rfxpower, fn_rfxpower},
{"RFXWATER", MXLV, VRFXM, VIRTUAL, 0, opt_rfxwater, fn_rfxwater},
{"RFXGAS", MXLV, VRFXM, VIRTUAL, 0, opt_rfxgas, fn_rfxgas},
{"RFXPULSE", MXLV, VRFXM, VIRTUAL, 0, opt_rfxpulse, fn_rfxpulse},
#endif /* HASRFXM */
#ifdef HASDMX
{"DIGIMAX", MXLV, VDMX, VIRTUAL, 0, opt_digimax, NULL},
#endif /* HASDMX */
#ifdef HASKAKU
{"KAKU_S", MXLK, VKAKU, KAM, 0, opt_kaku, NULL},
{"KAKU_P", MXLK, VKAKU, KLM, 0, opt_kaku, NULL},
#endif /* HASKAKU */
{"VISGEN", MXLV, VSEC, VIRTUAL, 0, opt_visonic, fn_visonic }, /* Generic Visonic */
};
static int ntypes = (sizeof(modules)/sizeof(struct modules_st));
unsigned int modmask[NumModMasks][16];
unsigned int vmodmask[NumVmodMasks][16];
unsigned int kmodmask[NumKmodMasks][16];
unsigned char maxdimlevel[16][16];
unsigned char ondimlevel[16][16];
extern CONFIG config;
extern CONFIG *configp;
/*-------------------------------------------------------+
| Return a pointer to a module xlate_func() |
+-------------------------------------------------------*/
int (*module_xlate_func(int index))()
{
return modules[index].xlate_func;
}
/*-------------------------------------------------------+
| Return the index in the module table for the argument |
| name, or -1 if not found |
| The comparison is case insensitive |
+-------------------------------------------------------*/
int lookup_module_type ( char *modelname )
{
char buffer[NAME_LEN + 1], label[NAME_LEN + 1];
int j;
strncpy2(buffer, modelname, sizeof(buffer) - 1);
strupper(buffer);
for ( j = 0; j < ntypes; j++ ) {
strncpy2(label, modules[j].label, sizeof(label) - 1);
strupper(label);
if ( strcmp(buffer, label) == 0 )
return j;
}
return -1;
}
/*-------------------------------------------------------+
| Pass back through the argument list the flags and |
| maxlevel values for module index 'module_type' |
+-------------------------------------------------------*/
void module_attributes ( int module_type,
unsigned long *vflags, unsigned long *cflags,
unsigned long *xflags, unsigned long *kflags, int *maxlevel )
{
if ( module_type >= 0 ) {
*vflags = modules[module_type].vflags;
*cflags = modules[module_type].cflags;
if ( *vflags & VKAKU ) {
*kflags = *cflags;
*cflags = 0;
}
else {
*kflags = 0;
}
*xflags = modules[module_type].xflags;
*maxlevel = modules[module_type].maxlevel;
}
else {
*vflags = 0;
*cflags = 0;
*xflags = 0;
*kflags = 0;
*maxlevel = 0;
}
return;
}
/*-------------------------------------------------------+
| Called by add_alias() to add options specified on the |
| ALIAS line in the config file. |
+-------------------------------------------------------*/
int add_module_options ( ALIAS *aliasp, int aliasindex,
char **tokens, int ntokens )
{
int type;
type = aliasp[aliasindex].modtype;
if ( modules[type].addopt_func == NULL ) {
if ( ntokens > 0 ) {
store_error_message("No parameters are supported for this module type.");
return 1;
}
return 0;
}
return modules[type].addopt_func(aliasp, aliasindex, tokens, &ntokens);
}
/*-------------------------------------------------------+
| Display options specified for an ALIAS. |
+-------------------------------------------------------*/
char *display_module_options (int aliasindex )
{
static char buffer[128];
ALIAS *aliasp;
long int optflags, optflags2;
int j, k;
int rh;
double tempc, bp;
char keystr[4], grpstr[4];
long secs;
aliasp = configp->aliasp;
if ( !aliasp )
return "";
optflags = aliasp[aliasindex].optflags;
optflags2 = aliasp[aliasindex].optflags2;
buffer[0] = '\0';
if ( optflags & MOPT_RESUME )
sprintf(buffer, "ONLEVEL RESUME");
else if ( optflags & MOPT_ONFULL && aliasp[aliasindex].flags & PRESET)
sprintf(buffer, "ONLEVEL %d", aliasp[aliasindex].onlevel + 1);
else if ( optflags & MOPT_ONFULL )
sprintf(buffer, "ONLEVEL %d", aliasp[aliasindex].onlevel);
if ( optflags & MOPT_SECURITY || optflags & MOPT_ENTERTAIN ) {
buffer[0] = '\0';
for ( j = 0; j < aliasp[aliasindex].nident; j++ )
sprintf(buffer + strlen(buffer), "0x%02lx ", aliasp[aliasindex].ident[j]);
}
if ( optflags & MOPT_MAIN ) strcat(buffer, "MAIN ");
if ( optflags & MOPT_AUX ) strcat(buffer, "AUX ");
if ( optflags & MOPT_TRANSCEIVE ) strcat(buffer, "TRANSCEIVE ");
if ( optflags & MOPT_RFFORWARD ) strcat(buffer, "RFFORWARD ");
if ( optflags & MOPT_RFIGNORE ) strcat(buffer, "RFIGNORE ");
if ( optflags & MOPT_REVERSE ) strcat(buffer, "REVERSE ");
if ( optflags2 & MOPT2_DUMMY ) strcat(buffer, "DUMMY ");
if ( optflags & MOPT_RFXSENSOR ) {
sprintf(buffer + strlen(buffer), "0x%02lx ", aliasp[aliasindex].ident[0]);
strcat(buffer, "T");
if ( optflags & MOPT_RFXRH ) strcat(buffer, "H ");
else if ( optflags & MOPT_RFXBP ) strcat(buffer, "B ");
else if ( optflags & MOPT_RFXVAD ) strcat(buffer, "V ");
else if ( optflags & MOPT_RFXPOT ) strcat(buffer, "P ");
else if ( optflags & MOPT_RFXT2 ) strcat(buffer, "T ");
else strcat(buffer, " ");
}
if ( optflags & MOPT_RFXMETER ) {
sprintf(buffer + strlen(buffer), "0x%02lx ", aliasp[aliasindex].ident[0]);
}
if ( optflags & MOPT_KAKU ) {
for ( j = 0; j < aliasp[aliasindex].nident; j++ ) {
*keystr = '\0';
for ( k = 0; k < 16; k++ ) {
if ( aliasp[aliasindex].kaku_keymap[j] & (1 << k) ) {
sprintf(keystr, "%d", k + 1);
break;
}
}
*grpstr = '\0';
for ( k = 0; k < 16; k++ ) {
if ( aliasp[aliasindex].kaku_grpmap[j] & (1 << k) ) {
sprintf(grpstr, "%c", k + 'A');
break;
}
}
sprintf(buffer + strlen(buffer), "0x%07lx %s%s ",
aliasp[aliasindex].ident[j], keystr, grpstr);
}
}
if ( optflags2 & MOPT2_TMIN ) {
tempc = (double)aliasp[aliasindex].tmin / 10.0;
sprintf(buffer + strlen(buffer), "TMIN "FMT_ORET"%c ",
celsius2temp(tempc, configp->ore_tscale, 0.0), configp->ore_tscale );
}
if ( optflags2 & MOPT2_TMAX ) {
tempc = (double)aliasp[aliasindex].tmax / 10.0;
sprintf(buffer + strlen(buffer), "TMAX "FMT_ORET"%c ",
celsius2temp(tempc, configp->ore_tscale, 0.0), configp->ore_tscale );
}
if ( optflags2 & MOPT2_RHMIN ) {
rh = aliasp[aliasindex].rhmin;
sprintf(buffer + strlen(buffer), "RHMIN %d%% ", rh);
}
if ( optflags2 & MOPT2_RHMAX ) {
rh = aliasp[aliasindex].rhmax;
sprintf(buffer + strlen(buffer), "RHMAX %d%% ", rh);
}
if ( optflags2 & MOPT2_BPMIN ) {
bp = (double)aliasp[aliasindex].bpmin;
sprintf(buffer + strlen(buffer), "BPMIN "FMT_OREBP"%s ",
(bp * configp->ore_bpscale) + configp->ore_bpoffset, configp->ore_bpunits );
}
if ( optflags2 & MOPT2_BPMAX ) {
bp = (double)aliasp[aliasindex].bpmax;
sprintf(buffer + strlen(buffer), "BPMAX "FMT_OREBP"%s ",
(bp * configp->ore_bpscale) + configp->ore_bpoffset, configp->ore_bpunits );
}
if ( optflags2 & MOPT2_SWHOME ) {
strcat(buffer + strlen(buffer), "SWHOME ");
}
if ( optflags2 & MOPT2_SWMAX ) {
strcat(buffer + strlen(buffer), "SWMAX ");
}
if ( optflags2 & MOPT2_DUMMY ) {
strcat(buffer + strlen(buffer), "DUMMY ");
}
/* Inactive timeout */
if ( optflags2 & MOPT2_IATO ) {
secs = aliasp[aliasindex].hb_timeout;
sprintf(buffer + strlen(buffer), "IATO %ld:%02ld:%02ld ", (secs / 3600L), (secs % 3600L) / 60L, (secs % 60));
}
/* ACT module options */
if ( optflags2 & MOPT2_AUF ) {
sprintf(buffer + strlen(buffer), "AUF ");
}
if ( optflags2 & MOPT2_ALO ) {
sprintf(buffer + strlen(buffer), "ALO ");
}
if ( optflags2 & MOPT2_ALF ) {
sprintf(buffer + strlen(buffer), "ALF ");
}
/* Defer update for 2-way modules with auto status response */
if ( optflags2 & MOPT2_DEFER ) {
sprintf(buffer + strlen(buffer), "DEFER ");
}
return buffer;
}
/*-------------------------------------------------------+
| Return a pointer to the module name corresponding to |
| the argument module_type. |
+-------------------------------------------------------*/
char *lookup_module_name ( int module_type )
{
if ( module_type >= 0 && module_type < ntypes )
return modules[module_type].label;
return "";
}
/*-------------------------------------------------------+
| Create the state filter determined by characteristics |
| of each module defined in the config file. |
+-------------------------------------------------------*/
void set_module_masks ( ALIAS *aliasp )
{
int j, ucode;
unsigned char hcode, maxlevel, onlevel;
unsigned int bitmap, vflags, cflags, xflags, kflags;
unsigned int defined[16];
if ( configp->module_types == NO ) {
for ( j = 0; j < NumModMasks; j++ ) {
for ( hcode = 0; hcode < 16; hcode++ )
modmask[j][hcode] = 0xffff;
}
return;
}
/* Default for undefined modules */
vflags = modules[configp->default_module].vflags;
cflags = modules[configp->default_module].cflags;
if ( vflags & VKAKU ) {
kflags = cflags;
cflags = 0;
}
else {
kflags = 0;
}
xflags = modules[configp->default_module].xflags;
maxlevel = modules[configp->default_module].maxlevel;
/* Record housecode|units with defined module type */
for ( j = 0; j < 16; j++ ) {
defined[j] = 0;
}
j = 0;
while ( aliasp && aliasp[j].line_no > 0 ) {
if ( aliasp[j].modtype >= 0 ) {
/* Module is defined */
hcode = hc2code(aliasp[j].housecode);
defined[hcode] |= aliasp[j].unitbmap;
}
j++;
}
/* Initialize to zero */
for ( j = 0; j < NumModMasks; j++ ) {
for ( hcode = 0; hcode < 16; hcode++ )
modmask[j][hcode] = 0;
}
for ( j = 0; j < NumVmodMasks; j++ ) {
for ( hcode = 0; hcode < 16; hcode++ )
vmodmask[j][hcode] = 0;
}
for ( j = 0; j < NumKmodMasks; j++ ) {
for ( hcode = 0; hcode < 16; hcode++ )
kmodmask[j][hcode] = 0;
}
/* Set the characteristic of undefined modules */
for ( hcode = 0; hcode < 16; hcode++ ) {
bitmap = ~defined[hcode];
/* Mark units which respond */
if ( cflags & ADDRESSED )
modmask[AddrMask][hcode] = bitmap;
if ( cflags & PHYS )
modmask[PhysMask][hcode] = bitmap;
if ( cflags & UNOFF )
modmask[AllOffMask][hcode] = bitmap;
if ( cflags & LION )
modmask[LightsOnMask][hcode] = bitmap;
if ( cflags & MON )
modmask[OnMask][hcode] = bitmap;
if ( cflags & MOFF )
modmask[OffMask][hcode] = bitmap;
if ( cflags & DIM )
modmask[DimMask][hcode] = bitmap;
if ( cflags & BRI )
modmask[BriMask][hcode] = bitmap;
if ( cflags & LIOFF )
modmask[LightsOffMask][hcode] = bitmap;
if ( cflags & BRIB4DIM )
modmask[BriDimMask][hcode] = bitmap;
if ( cflags & STDX10 )
modmask[StdMask][hcode] = bitmap;
if ( cflags & PRESET )
modmask[PresetMask][hcode] = bitmap;
if ( cflags & STAREQ )
modmask[StatusMask][hcode] = bitmap;
if ( cflags & STAON )
modmask[StatusOnMask][hcode] = bitmap;
if ( cflags & STAOFF )
modmask[StatusOffMask][hcode] = bitmap;
if ( cflags & LIONFULL )
modmask[LightsOnFullMask][hcode] = bitmap;
if ( cflags & ONFULL )
modmask[OnFullMask][hcode] = bitmap;
if ( cflags & ONFULLOFF )
modmask[OnFullOffMask][hcode] = bitmap;
if ( cflags & ALLON )
modmask[AllOnMask][hcode] = bitmap;
if ( cflags & RESUME )
modmask[ResumeMask][hcode] = bitmap;
if ( cflags & TARG )
modmask[TargMask][hcode] = bitmap;
if ( cflags & EXC16 )
modmask[Exc16Mask][hcode] = bitmap;
if ( cflags & EXC8 )
modmask[Exc8Mask][hcode] = bitmap;
if ( cflags & EXC4 )
modmask[Exc4Mask][hcode] = bitmap;
if ( cflags & VDATA || vflags & VKAKU )
modmask[VdataMask][hcode] = bitmap;
if ( cflags & RESUMEDIM )
modmask[ResumeDimMask][hcode] = bitmap;
if ( cflags & LIONUNAD )
modmask[LightsOnUnaddrMask][hcode] = bitmap;
if ( cflags & LIOFFUNAD )
modmask[LightsOffUnaddrMask][hcode] = bitmap;
if ( cflags & PLCSENSOR )
modmask[PlcSensorMask][hcode] = bitmap;
if ( cflags & ONOFFUNAD )
modmask[OnOffUnaddrMask][hcode] = bitmap;
if ( xflags & X0SH )
modmask[Ext0Mask][hcode] = bitmap;
if ( xflags & X3SW ) {
modmask[Ext3Mask][hcode] = bitmap;
modmask[AllOnMask][hcode] = bitmap;
}
if ( xflags & X3DIM )
modmask[Ext3DimMask][hcode] = bitmap;
if ( xflags & X3GEXEC )
modmask[Ext3GrpExecMask][hcode] = bitmap;
if ( xflags & X3GRC1 )
modmask[Ext3GrpRelT1Mask][hcode] = bitmap;
if ( xflags & X3GRC2 )
modmask[Ext3GrpRelT2Mask][hcode] = bitmap;
if ( xflags & X3GRC3 )
modmask[Ext3GrpRelT3Mask][hcode] = bitmap;
if ( xflags & X3GRC4 )
modmask[Ext3GrpRelT4Mask][hcode] = bitmap;
if ( xflags & X3GOFF )
modmask[Ext3GrpOffMask][hcode] = bitmap;
if ( xflags & X3GOFFEX )
modmask[Ext3GrpOffExecMask][hcode] = bitmap;
if ( xflags & X3GBD )
modmask[Ext3GrpBriDimMask][hcode] = bitmap;
if ( xflags & X3GBDFULL )
modmask[Ext3GrpBriDimFullMask][hcode] = bitmap;
if ( xflags & X3STAT )
modmask[Ext3StatusMask][hcode] = bitmap;
if ( xflags & X3GREM )
modmask[Ext3GrpRemMask][hcode] = bitmap;
if ( vflags & VSTD )
vmodmask[VstdMask][hcode] = bitmap;
if ( vflags & VENT )
vmodmask[VentMask][hcode] = bitmap;
if ( vflags & VSEC )
vmodmask[VsecMask][hcode] = bitmap;
if ( vflags & VRFXS )
vmodmask[VrfxsMask][hcode] = bitmap;
if ( vflags & VRFXM )
vmodmask[VrfxmMask][hcode] = bitmap;
if ( vflags & VDMX )
vmodmask[VdmxMask][hcode] = bitmap;
if ( vflags & VORE )
vmodmask[VoreMask][hcode] = bitmap;
if ( vflags & VKAKU )
vmodmask[VkakuMask][hcode] = bitmap;
if ( kflags & KON )
kmodmask[KonMask][hcode] = bitmap;
if ( kflags & KOFF )
kmodmask[KoffMask][hcode] = bitmap;
if ( kflags & KGON )
kmodmask[KGonMask][hcode] = bitmap;
if ( kflags & KGOFF )
kmodmask[KGoffMask][hcode] = bitmap;
if ( kflags & KPRE )
kmodmask[KpreMask][hcode] = bitmap;
if ( kflags & KGPRE )
kmodmask[KGpreMask][hcode] = bitmap;
if ( kflags & KRESUME )
kmodmask[KresumeMask][hcode] = bitmap;
if ( kflags & KPHYS )
kmodmask[KPhysMask][hcode] = bitmap;
if ( !vflags || (vflags & VSTD) )
vmodmask[VtstampMask][hcode] = bitmap;
/* Set max and on dim levels for each unit */
for ( ucode = 0; ucode < 16; ucode++ ) {
if ( bitmap & (1 << ucode) ) {
maxdimlevel[hcode][ucode] = maxlevel;
ondimlevel[hcode][ucode] = maxlevel;
}
}
}
/* Now fill in the characteristics of defined modules */
j = 0;
while ( aliasp && aliasp[j].line_no > 0 ) {
if ( aliasp[j].modtype < 0 ) {
/* Module is undefined */
j++;
continue;
}
hcode = hc2code(aliasp[j].housecode);
bitmap = aliasp[j].unitbmap;
cflags = aliasp[j].flags;
vflags = aliasp[j].vflags;
xflags = aliasp[j].xflags;
kflags = aliasp[j].kflags;
maxlevel = aliasp[j].maxlevel;
onlevel = aliasp[j].onlevel;
/* Mark units which respond */
if ( cflags & ADDRESSED )
modmask[AddrMask][hcode] |= bitmap;
if ( cflags & PHYS )
modmask[PhysMask][hcode] |= bitmap;
if ( cflags & UNOFF )
modmask[AllOffMask][hcode] |= bitmap;
if ( cflags & LION )
modmask[LightsOnMask][hcode] |= bitmap;
if ( cflags & MON )
modmask[OnMask][hcode] |= bitmap;
if ( cflags & MOFF )
modmask[OffMask][hcode] |= bitmap;
if ( cflags & DIM )
modmask[DimMask][hcode] |= bitmap;
if ( cflags & BRI )
modmask[BriMask][hcode] |= bitmap;
if ( cflags & LIOFF )
modmask[LightsOffMask][hcode] |= bitmap;
if ( cflags & BRIB4DIM )
modmask[BriDimMask][hcode] |= bitmap;
if ( cflags & STDX10 )
modmask[StdMask][hcode] |= bitmap;
if ( cflags & PRESET )
modmask[PresetMask][hcode] |= bitmap;
if ( cflags & STAREQ )
modmask[StatusMask][hcode] |= bitmap;
if ( cflags & STAON )
modmask[StatusOnMask][hcode] |= bitmap;
if ( cflags & STAOFF )
modmask[StatusOffMask][hcode] |= bitmap;
if ( cflags & LIONFULL )
modmask[LightsOnFullMask][hcode] |= bitmap;
if ( cflags & ONFULL )
modmask[OnFullMask][hcode] |= bitmap;
if ( cflags & ONFULLOFF )
modmask[OnFullOffMask][hcode] |= bitmap;
if ( cflags & ALLON )
modmask[AllOnMask][hcode] |= bitmap;
if ( cflags & RESUME )
modmask[ResumeMask][hcode] |= bitmap;
if ( cflags & TARG )
modmask[TargMask][hcode] |= bitmap;
if ( cflags & EXC16 )
modmask[Exc16Mask][hcode] |= bitmap;
if ( cflags & EXC8 )
modmask[Exc8Mask][hcode] |= bitmap;
if ( cflags & EXC4 )
modmask[Exc4Mask][hcode] |= bitmap;
if ( cflags & VDATA || vflags & VKAKU )
modmask[VdataMask][hcode] |= bitmap;
if ( cflags & RESUMEDIM )
modmask[ResumeDimMask][hcode] |= bitmap;
if ( cflags & LIONUNAD )
modmask[LightsOnUnaddrMask][hcode] |= bitmap;
if ( cflags & LIOFFUNAD )
modmask[LightsOffUnaddrMask][hcode] |= bitmap;
if ( cflags & PLCSENSOR )
modmask[PlcSensorMask][hcode] |= bitmap;
if ( cflags & ONOFFUNAD )
modmask[OnOffUnaddrMask][hcode] |= bitmap;
if ( xflags & X0SH )
modmask[Ext0Mask][hcode] |= bitmap;
if ( xflags & X3SW ) {
modmask[Ext3Mask][hcode] |= bitmap;
modmask[AllOnMask][hcode] |= bitmap;
}
if ( xflags & X3DIM )
modmask[Ext3DimMask][hcode] |= bitmap;
if ( xflags & X3GEXEC )
modmask[Ext3GrpExecMask][hcode] |= bitmap;
if ( xflags & X3GRC1 )
modmask[Ext3GrpRelT1Mask][hcode] |= bitmap;