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|
#include <fnmatch.h>
#include "xsw.h"
int CMDSETPARMMATCH(const char *s, const char *pattern);
/*
* Macro to perform parameter name matching.
*/
int CMDSETPARMMATCH(const char *s, const char *pattern)
{
return(!fnmatch(s, pattern, 0));
}
int CmdSet(char *arg)
{
int n;
char *strptr;
char text[CLIENT_CMD_MAX + 256];
char parm[CLIENT_CMD_MAX];
char val[CLIENT_CMD_MAX];
/* Parse argument. */
if(arg == NULL)
strptr = NULL;
else
strptr = strchr(arg, '=');
if(strptr == NULL)
{
/* No '=' delimiter, just get parm. */
strncpy(parm, arg, CLIENT_CMD_MAX);
parm[CLIENT_CMD_MAX - 1] = '\0';
if(*parm == '\0')
{
strncpy(parm, "*", CLIENT_CMD_MAX);
parm[CLIENT_CMD_MAX - 1] = '\0';
}
*val = '\0';
}
else
{
/* Get val and parm. */
strncpy(val, strptr + 1, CLIENT_CMD_MAX);
val[CLIENT_CMD_MAX - 1] = '\0';
strncpy(parm, arg, CLIENT_CMD_MAX);
parm[CLIENT_CMD_MAX - 1] = '\0';
strptr = strchr(parm, '=');
if(strptr != NULL)
*strptr = '\0';
}
StringStripSpaces(parm);
StringStripSpaces(val);
/* Auto network interval tunning. */
if(CMDSETPARMMATCH(parm, "auto_interval_tune") ||
CMDSETPARMMATCH(parm, "auto_interval") ||
CMDSETPARMMATCH(parm, "auto_int") ||
CMDSETPARMMATCH(parm, "ainterval") ||
CMDSETPARMMATCH(parm, "aint")
)
{
if(*val != '\0')
auto_interval_tune.state = StringIsYes(val);
sprintf(text, "auto_interval = %s",
((auto_interval_tune.state) ? "on" : "off")
);
MesgAdd(text, xsw_color.bp_standard_text);
}
/* Auto map economy window. */
if(CMDSETPARMMATCH(parm, "auto_map_eco_win"))
{
if(*val != '\0')
option.auto_map_eco_win = StringIsYes(val);
sprintf(text, "auto_map_eco_win = %s",
((option.auto_map_eco_win) ? "yes" : "no")
);
MesgAdd(text, xsw_color.bp_standard_text);
}
/* Auto zoom. */
if(CMDSETPARMMATCH(parm, "auto_zoom"))
{
if(*val != '\0')
option.auto_zoom = StringIsYes(val);
sprintf(text, "auto_zoom = %s",
((option.auto_zoom) ? "on" : "off")
);
MesgAdd(text, xsw_color.bp_standard_text);
}
/* Controller type. */
if(CMDSETPARMMATCH(parm, "controller") ||
CMDSETPARMMATCH(parm, "control_type") ||
CMDSETPARMMATCH(parm, "control")
)
{
if(*val != '\0')
{
/* Pointer not available yet.
if(strcasepfx(val, "p"))
option.controller = CONTROLLER_POINTER
*/
if(strcasepfx(val, "k"))
option.controller = CONTROLLER_KEYBOARD;
#ifdef JS_SUPPORT
else if(strcasepfx(val, "j"))
option.controller = CONTROLLER_JOYSTICK;
#endif /* JS_SUPPORT */
else
#ifdef JS_SUPPORT
MesgAdd(
"Available control_type values: keyboard joystick",
xsw_color.bp_standard_text
);
#else
MesgAdd(
"Available control_type values: keyboard",
xsw_color.bp_standard_text
);
#endif /* JS_SUPPORT */
/* Reinitialize controller. */
GCtlInit(option.controller);
}
switch(option.controller)
{
case CONTROLLER_POINTER:
sprintf(text, "control_type = pointer");
break;
case CONTROLLER_KEYBOARD:
sprintf(text, "control_type = keyboard");
break;
#ifdef JS_SUPPORT
case CONTROLLER_JOYSTICK:
sprintf(text, "control_type = joystick");
break;
#endif /* JS_SUPPORT */
default:
sprintf(text, "control_type = *badvalue*");
break;
}
MesgAdd(text, xsw_color.bp_standard_text);
}
/* Display events (obsolete). */
if(CMDSETPARMMATCH(parm, "display_events"))
{
if(*val != '\0')
option.display_events = StringIsYes(val);
sprintf(text, "display_events = %s",
((option.display_events) ? "on" : "off")
);
MesgAdd(text, xsw_color.bp_standard_text);
}
/* Energy saver mode. */
if(CMDSETPARMMATCH(parm, "energy_saver_mode"))
{
if(*val != '\0')
option.energy_saver_mode = StringIsYes(val);
sprintf(text, "energy_saver_mode = %s",
((option.energy_saver_mode) ? "on" : "off")
);
MesgAdd(text, xsw_color.bp_standard_text);
}
/* Local updates. */
if(CMDSETPARMMATCH(parm, "local_updates"))
{
if(*val != '\0')
option.local_updates = StringIsYes(val);
sprintf(text, "local_updates = %s",
((option.local_updates) ? "on" : "off")
);
MesgAdd(text, xsw_color.bp_standard_text);
}
/* Log client messages. */
if(CMDSETPARMMATCH(parm, "log_client"))
{
if(*val != '\0')
option.log_client = StringIsYes(val);
sprintf(text, "log_client = %s",
((option.log_client) ? "on" : "off")
);
MesgAdd(text, xsw_color.bp_standard_text);
}
/* Log network messages. */
if(CMDSETPARMMATCH(parm, "log_net"))
{
if(*val != '\0')
option.log_net = StringIsYes(val);
sprintf(text, "log_net = %s",
((option.log_net) ? "on" : "off")
);
MesgAdd(text, xsw_color.bp_standard_text);
}
/* Log error messages. */
if(CMDSETPARMMATCH(parm, "log_errors"))
{
if(*val != '\0')
option.log_errors = StringIsYes(val);
sprintf(text, "log_errors = %s",
((option.log_errors) ? "on" : "off")
);
MesgAdd(text, xsw_color.bp_standard_text);
}
/* Login name. */
if(CMDSETPARMMATCH(parm, "login_name") ||
CMDSETPARMMATCH(parm, "lname")
)
{
if(*val != '\0')
{
strncpy(net_parms.login_name, val, XSW_OBJ_NAME_MAX);
net_parms.login_name[XSW_OBJ_NAME_MAX - 1] = '\0';
switch(DBValidateObjectName(net_parms.login_name))
{
case -1:
sprintf(text,
"%s: Invalid name.",
net_parms.login_name
);
MesgAdd(text, xsw_color.bp_standard_text);
break;
case 1:
sprintf(text,
"%s: Name too long.",
net_parms.login_name
);
MesgAdd(text, xsw_color.bp_standard_text);
break;
case 2:
sprintf(text,
"%s: Name too short.",
net_parms.login_name
);
MesgAdd(text, xsw_color.bp_standard_text);
break;
case 3:
sprintf(text,
"%s: Name contains invalid character(s).",
net_parms.login_name
);
MesgAdd(text, xsw_color.bp_standard_text);
break;
}
}
sprintf(text,
"login_name = %s",
net_parms.login_name
);
MesgAdd(text, xsw_color.bp_standard_text);
}
/* Login password. */
if(CMDSETPARMMATCH(parm, "login_password") ||
CMDSETPARMMATCH(parm, "login_passwd") ||
CMDSETPARMMATCH(parm, "login_pass") ||
CMDSETPARMMATCH(parm, "lpassword") ||
CMDSETPARMMATCH(parm, "lpasswd") ||
CMDSETPARMMATCH(parm, "lpass")
)
{
if(*val != '\0')
{
strncpy(net_parms.login_password, val, XSW_OBJ_PASSWORD_MAX);
net_parms.login_password[XSW_OBJ_PASSWORD_MAX - 1] = '\0';
}
sprintf(text, "login_password = %s",
net_parms.login_password
);
MesgAdd(text, xsw_color.bp_standard_text);
}
/* Music. */
if(CMDSETPARMMATCH(parm, "music"))
{
if(*val != '\0')
{
option.music = StringIsYes(val);
if(option.music)
XSWDoChangeBackgroundMusic();
else
SoundStopBackgroundMusic();
}
sprintf(text, "music = %s",
((option.music) ? "on" : "off")
);
MesgAdd(text, xsw_color.bp_standard_text);
}
/* Network interval. */
if(CMDSETPARMMATCH(parm, "net_int") ||
CMDSETPARMMATCH(parm, "int"))
{
if(*val != '\0')
net_parms.net_int = atol(val);
sprintf(text, "net_int = %ld",
net_parms.net_int
);
MesgAdd(text, xsw_color.bp_standard_text);
}
/* Network load max (bandwidth). */
if(CMDSETPARMMATCH(parm, "net_load_max"))
{
if(*val != '\0')
loadstat.net_load_max = atol(val);
sprintf(text, "net_load_max = %ld",
loadstat.net_load_max
);
MesgAdd(text, xsw_color.bp_standard_text);
}
/* Notify scanner contacts. */
if(CMDSETPARMMATCH(parm, "notify_scanner_contacts"))
{
if(*val != '\0')
option.notify_scanner_contacts = StringIsYes(val);
sprintf(text, "notify_scanner_contacts = %s",
((option.notify_scanner_contacts) ? "on" : "off")
);
MesgAdd(text, xsw_color.bp_standard_text);
}
/* Scanner limiting. */
if(CMDSETPARMMATCH(parm, "scanner_limiting"))
{
if(*val != '\0')
option.scanner_limiting = StringIsYes(val);
sprintf(text, "scanner_limiting = %s",
((option.scanner_limiting) ? "on" : "off")
);
MesgAdd(text, xsw_color.bp_standard_text);
}
/* Show formal labels. */
if(CMDSETPARMMATCH(parm, "show_formal_label"))
{
if(*val != '\0')
{
if(strcasepfx(val, "never") ||
strcasepfx(val, "no") ||
strcasepfx(val, "0")
)
option.show_formal_label = 0;
else if(strcasepfx(val, "asneeded") ||
strcasepfx(val, "as needed") ||
strcasepfx(val, "1")
)
option.show_formal_label = 1;
else if(strcasepfx(val, "always") ||
strcasepfx(val, "yes") ||
strcasepfx(val, "2")
)
option.show_formal_label = 2;
else
MesgAdd(
"Available show_formal_label values: never asneeded always",
xsw_color.bp_standard_text
);
}
switch(option.show_formal_label)
{
case 0:
sprintf(text, "show_formal_label = never");
break;
case 1:
sprintf(text, "show_formal_label = asneeded");
break;
case 2:
sprintf(text, "show_formal_label = always");
break;
default:
sprintf(text, "show_formal_label = *bad value*");
break;
}
MesgAdd(text, xsw_color.bp_standard_text);
}
/* Show lens flags. */
if(CMDSETPARMMATCH(parm, "show_lens_flares"))
{
if(*val != '\0')
option.show_lens_flares = StringIsYes(val);
sprintf(text, "show_lens_flares = %s",
((option.show_lens_flares) ? "on" : "off")
);
MesgAdd(text, xsw_color.bp_standard_text);
}
/* Show nebula glow. */
if(CMDSETPARMMATCH(parm, "show_nebula_glow"))
{
if(*val != '\0')
option.show_nebula_glow = StringIsYes(val);
sprintf(text, "show_nebula_glow = %s",
((option.show_nebula_glow) ? "on" : "off")
);
MesgAdd(text, xsw_color.bp_standard_text);
}
/* Show network errors. */
if(CMDSETPARMMATCH(parm, "show_net_errors"))
{
if(*val != '\0')
option.show_net_errors = StringIsYes(val);
sprintf(text, "show_net_errors = %s",
((option.show_net_errors) ? "on" : "off")
);
MesgAdd(text, xsw_color.bp_standard_text);
}
/* Show viewscreen labels. */
if(CMDSETPARMMATCH(parm, "show_viewscreen_labels"))
{
if(*val != '\0')
{
if(strcasepfx(val, "none") ||
strcasepfx(val, "no") ||
strcasepfx(val, "0")
)
option.show_viewscreen_labels = 0;
else if(strcasepfx(val, "labels") ||
strcasepfx(val, "1")
)
option.show_viewscreen_labels = 1;
else if(strcasepfx(val, "stats") ||
strcasepfx(val, "2")
)
option.show_viewscreen_labels = 2;
else if(strcasepfx(val, "all") ||
strcasepfx(val, "yes") ||
strcasepfx(val, "3")
)
option.show_viewscreen_labels = 3;
else
MesgAdd(
"Available show_viewscreen_labels values: none labels stats all",
xsw_color.bp_standard_text
);
}
switch(option.show_viewscreen_labels)
{
case 0:
sprintf(text, "show_viewscreen_labels = none");
break;
case 1:
sprintf(text, "show_viewscreen_labels = labels");
break;
case 2:
sprintf(text, "show_viewscreen_labels = stats");
break;
case 3:
sprintf(text, "show_viewscreen_labels = all");
break;
default:
sprintf(text, "show_viewscreen_labels = *bad value*");
break;
}
MesgAdd(text, xsw_color.bp_standard_text);
}
/* Show strobe glow. */
if(CMDSETPARMMATCH(parm, "show_strobe_glow"))
{
if(*val != '\0')
option.show_strobe_glow = StringIsYes(val);
sprintf(text, "show_strobe_glow = %s",
((option.show_strobe_glow) ? "on" : "off")
);
MesgAdd(text, xsw_color.bp_standard_text);
}
/* Show viewscreen markings. */
if(CMDSETPARMMATCH(parm, "show_viewscreen_marks"))
{
if(*val != '\0')
option.show_viewscreen_marks = StringIsYes(val);
sprintf(text, "show_viewscreen_marks = %s",
((option.show_viewscreen_marks) ? "on" : "off")
);
MesgAdd(text, xsw_color.bp_standard_text);
}
/* Sound server type. */
if(CMDSETPARMMATCH(parm, "sound_server_type"))
{
if(*val != '\0')
{
if(strcasepfx(val, "none"))
sound.server_type = SNDSERV_TYPE_NONE;
else if(strcasepfx(val, "yiff"))
sound.server_type = SNDSERV_TYPE_YIFF;
else if(strcasepfx(val, "esound"))
sound.server_type = SNDSERV_TYPE_ESOUND;
else if(strcasepfx(val, "mikmod"))
sound.server_type = SNDSERV_TYPE_MIKMOD;
else
MesgAdd(
"Available sound_server_type values: none yiff esound mikmod",
xsw_color.bp_standard_text
);
}
switch(sound.server_type)
{
case SNDSERV_TYPE_NONE:
sprintf(text, "sound_server_type = none");
break;
case SNDSERV_TYPE_YIFF:
sprintf(text, "sound_server_type = yiff");
break;
case SNDSERV_TYPE_ESOUND:
sprintf(text, "sound_server_type = esound");
break;
case SNDSERV_TYPE_MIKMOD:
sprintf(text, "sound_server_type = mikmod");
break;
default:
sprintf(text, "sound_server_type = *bad value*");
break;
}
MesgAdd(text, xsw_color.bp_standard_text);
}
/* Sounds. */
if(CMDSETPARMMATCH(parm, "sounds"))
{
if(*val != '\0')
{
if(strcasepfx(val, "none") ||
strcasepfx(val, "off") ||
strcasepfx(val, "0")
)
n = XSW_SOUNDS_NONE;
else if(strcasepfx(val, "events") ||
strcasepfx(val, "1")
)
n = XSW_SOUNDS_EVENTS;
else if(strcasepfx(val, "engine") ||
strcasepfx(val, "2")
)
n = XSW_SOUNDS_ENGINE;
else if(strcasepfx(val, "all") ||
strcasepfx(val, "on") ||
strcasepfx(val, "3")
)
n = XSW_SOUNDS_ALL;
else
n = -1;
if(n == -1)
{
MesgAdd(
"Available sounds values: none events engine all",
xsw_color.bp_standard_text
);
}
else
{
/* Initialize sound server as needed. */
if(sound.server_type > SNDSERV_TYPE_NONE)
{
if((option.sounds > XSW_SOUNDS_NONE) &&
(n <= XSW_SOUNDS_NONE)
)
{
/* Sound was on, now turned off. */
SoundShutdown();
}
else if((option.sounds <= XSW_SOUNDS_NONE) &&
(n > XSW_SOUNDS_NONE)
)
{
/* Sound was off, now turned on. */
if(SoundInit())
{
/* Could not initialize sound. */
printdw(&err_dw,
"Could not initialize sound server.\n\
\n\
Make sure that your sound card module is inserted,\n\
your sound server is running, and the connect argument\n\
is connect.\n"
);
}
else
{
/* Successfully initialized sound, refresh
* sound resources.
*/
if(option.music)
XSWDoChangeBackgroundMusic();
}
}
else
{
/* No change. */
}
option.sounds = n;
}
else
{
option.sounds = XSW_SOUNDS_NONE;
}
}
}
switch(option.sounds)
{
case XSW_SOUNDS_NONE:
sprintf(text, "sounds = off");
break;
case XSW_SOUNDS_EVENTS:
sprintf(text, "sounds = events");
break;
case XSW_SOUNDS_ENGINE:
sprintf(text, "sounds = engine");
break;
case XSW_SOUNDS_ALL:
sprintf(text, "sounds = all");
break;
default:
sprintf(text, "sounds = *bad value*");
break;
}
MesgAdd(text, xsw_color.bp_standard_text);
}
/* Throttle mode. */
if(CMDSETPARMMATCH(parm, "throttle_mode"))
{
if(*val != '\0')
{
if(strcasepfx(val, "i"))
option.throttle_mode = THROTTLE_MODE_INCREMENTAL;
else if(strcasepfx(val, "b"))
option.throttle_mode = THROTTLE_MODE_BIDIRECTIONAL;
else if(strcasepfx(val, "n"))
option.throttle_mode = THROTTLE_MODE_NORMAL;
else
MesgAdd(
"Available throttle_mode values: incremental bidirectional normal",
xsw_color.bp_standard_text
);
}
switch(option.throttle_mode)
{
case THROTTLE_MODE_INCREMENTAL:
sprintf(text, "throttle_mode = incremental");
break;
case THROTTLE_MODE_BIDIRECTIONAL:
sprintf(text, "throttle_mode = bidirectional");
break;
case THROTTLE_MODE_NORMAL:
sprintf(text, "throttle_mode = normal");
break;
default:
sprintf(text, "throttle_mode = *badvalue*");
break;
}
MesgAdd(text, xsw_color.bp_standard_text);
}
/* Units. */
if(CMDSETPARMMATCH(parm, "units"))
{
if(*val != '\0')
{
if(strcasepfx(val, "xsw"))
option.throttle_mode = XSW_UNITS_XSW;
else if(strcasepfx(val, "astrometric"))
option.throttle_mode = XSW_UNITS_METRIC;
else if(strcasepfx(val, "english"))
option.throttle_mode = XSW_UNITS_ENGLISH;
else
MesgAdd(
"Available units values: xsw astrometric english",
xsw_color.bp_standard_text
);
}
switch(option.units)
{
case XSW_UNITS_XSW:
sprintf(text, "units = XSW");
break;
case XSW_UNITS_METRIC:
sprintf(text, "units = AstroMetric");
break;
case XSW_UNITS_ENGLISH:
sprintf(text, "units = English");
break;
default:
sprintf(text, "units = *vad value*");
break;
}
MesgAdd(text, xsw_color.bp_standard_text);
}
/* Check if a value was given. */
if(*val == '\0')
{
/* No value given. */
/* Print usage. */
MesgAdd(
"Usage: set <property>=<value>",
xsw_color.bp_standard_text
);
}
else
{
/* Value is given. */
/* Need to redraw things that may reflect changes. */
BridgeWinDrawAll();
}
return(0);
}
|
