+#define WANT_DECLARATIONS 1
#include "config.h"
#ifndef lint
static char rcsid[] ATTR_UNUSED = "$Id$";
#ifdef HAVE_SYS_TYPES_H
#include <sys/types.h>
#endif
+#ifdef HAVE_SYS_WAIT_H
+#include <sys/wait.h>
+#endif
#ifdef HAVE_SYS_STAT_H
#include <sys/stat.h>
#endif
#include "getopt.h"
#endif
+
+/* Always override possible system defintions as it is safe (used by glib) */
+#undef MAX
+#define MAX(a,b) ((a)>(b)?(a):(b))
+#undef MIN
+#define MIN(a,b) ((a)<(b)?(a):(b))
+
#define NELEM(x) (sizeof((x))/sizeof(*(x)))
#ifndef DEBUG
static char *pname;
static int dis_cleanup=0,devfd=-1;
-static char *phone,*device,*logname,*lockfile,*smsc,*maxretry,*readtime,*chartime,*cmdtime,*baud,*restore;
+static char *phone,*device,*logname,*lockfile,*smsmode,*pdusmscmode,*smsc,*maxretry,*readtime,*chartime,*cmdtime,*baud,*restore;
static int readbody;
static long maxretryn=DEF_MAXRETRY,readtimen=-1,chartimen=DEF_CHARTIME,cmdtimen=DEF_CMDTIME,baudn=DEF_BAUD;
+#ifdef HAVE_CRTSCTS
+static int handshake_rtscts;
+static unsigned handshake_stamp;
+#else
+#define handshake_rtscts (0)
+#endif
+static enum {
+ FSM_AUTO=0,
+ FSM_PDU,
+ FSM_TEXT
+ } force_smsmode=FSM_AUTO;
+static enum {
+ FPSM_AUTO=0,
+ FPSM_COUNT_IN,
+ FPSM_COUNT_OUT,
+ FPSM_NONE
+ } force_pdusmscmode=FPSM_AUTO,
+#define FPSM_MIN (FPSM_COUNT_IN)
+#define FPSM_MAX (FPSM_NONE)
+ try_pdusmscmode=FPSM_MIN;
static size_t bodylen;
/* --send / --send-mobildock / --receive specific */
static char *body;
static char *logoname,*gsmnet;
/* --ring-send specific */
static char *ringname;
+/* --picture-send specific */
+static char *picturename;
static enum modenum {
MODE_UNKNOWN=0,
MODE_SEND_MOBILDOCK=MODE_FIRST+1, /* --send-mobildock in before readtimen is set */
MODE_RECEIVE =MODE_FIRST+2, /* --receive */
MODE_LOGO_SEND =MODE_FIRST+3, /* --logo-send */
- MODE_RING_SEND =MODE_FIRST+4 /* --ring-send */
+ MODE_RING_SEND =MODE_FIRST+4, /* --ring-send */
+ MODE_PICTURE_SEND =MODE_FIRST+5 /* --picture-send */
} mode=MODE_UNKNOWN;
#define MODE_ORDER(x) ((x)-MODE_FIRST)
#define MODE_NAME(x) (longopts[MODE_ORDER((x))].name)
%s\
\n\
Usage: %s [-c|--config <cfgfile>] [-d|--device <device>]\n\
- {--send | --send-mobildock | --receive | --logo-send}\n\
- [-L|--log <file>] [-b|--baud <rate>]\n\
- [-l|--lockfile <lock>] [-s|--smsc <smsc #>] [-m|--maxretry <#>]\n\
+ [-L|--log <file>] [-l|--lockfile <lock>]\n\
+ [-b|--baud <rate>] [-x|--xonxoff] [-C|--rtscts]\n\
+ [-M|--smsmode <mode>] [-P|--pdusmscmode <mode>]\n\
+ [-s|--smsc <smsc #>] [-m|--maxretry <#>]\n\
[-r|--readtime <sec>] [-t|--chartime <msec>] [-T|--cmdtime <msec>]\n\
[-v|--verbose] [-h|--help] [-V|--version]\n\
+ {--send | --send-mobildock | --receive | --logo-send}\n\
--send / --send-mobildock:\n\
[-f|--file] <dest. phone> <msg text|msg filename>\n\
--receive:\n\
<dest. phone> <logo filename> [<GSMnet id>]\n\
--ring-send:\n\
<dest. phone> <ring filename>\n\
+ --picture-send:\n\
+ <dest. phone> <picture .ras filename>\n\
\n\
-c, --config\tRead this additional config file\n\
\t\t(def. \"%s\" and \"$HOME%s\")\n\
-d, --device\tMobile on this serial device (def. \"%s\")\n\
-L, --log\tLog all important messages to this file (def. \"%s\")\n\
- -b, --baud\tSet baudrate, 2400-57600 supported (def. %d)\n\
-l, --lockfile\tLock serial port by this file, \"%%s\" is basename of device\n\
\t\t(def. \"%s\")\n\
+ -b, --baud\tSet baudrate, 2400-57600 supported (def. %d)\n\
+ -x, --xonxoff\tUse XON/XOFF (AKA software) serial port handshaking - default\n\
+ -C, --rtscts\tUse RTS/CTS (AKA hardware) serial port handshaking%s\n\
+ -M, --smsmode\tForce SMS as: \"pdu\" or 0: PDU mode, \"text\" or 1: text mode\n\
+ -P, --pdusmscmode\tForce PDU as: \"count-in\", \"count-out\", \"none\"\n\
-s, --smsc\tUse this SMS Center number (def. query from mobile)\n\
-m, --maxretry\tMaximum retries of any command before giving up (def. %d)\n\
-r, --readtime\tSeconds for maximum wait time for response\n\
<command name>\tProgram to run on receive, message will be on stdin\n\
\t\tFollowing substitutes are recognized:\n\
\t\t%%p - source phone number\n\
-\t\t%%T - timestamp from SMSC as number of seconds from 1970\n\
-\t\t%%t - ctime(3) style timestamp (e.g. \"Wed Jun 30 21:49:08 1993\")\n\
+\t\t%%T - timestamp from SMSC as # of seconds from 1970 (-1 if invalid)\n\
+\t\t%%t - ctime(3) style timestamp (e.g. \"Wed Jun 30 21:49:08 1993\"),\n\
+\t\t empty string if invalid\n\
+\t\t%%s - originating SMSC number, if available (else empty)\n\
--logo-send:\n\
<GSMnet id>\t* Oper. logo: Enter custom network code MccMnc, e.g. 23002\n\
\t\t* Oper. logo: Specify \"%s\" to read network code from NOL file\n\
\t\t* Group gfx : Specify \"%s\" to send logo as group graphics\n\
\n\
You may need to use the following line to catch all of this help text:\n\
-./mdsms 2>&1|more\n\
-\n"),version,PACKAGE,CONFIG_MAIN,CONFIG_HOME,DEF_DEVICE,DEF_LOGNAME,DEF_BAUD,DEF_LOCKFILE,DEF_MAXRETRY,
-DEF_READTIME,DEF_READTIME_MOBILDOCK,EXT_READTIME,DEF_CHARTIME,DEF_CMDTIME,
+./mdsms -h 2>&1|more\n\
+\n"),version,PACKAGE,CONFIG_MAIN,CONFIG_HOME,DEF_DEVICE,DEF_LOGNAME,DEF_LOCKFILE,DEF_BAUD,
+#ifdef HAVE_CRTSCTS
+ "",
+#else
+ _("\n\t\t(Not supported on this platform!)"),
+#endif
+DEF_MAXRETRY,DEF_READTIME,DEF_READTIME_MOBILDOCK,EXT_READTIME,DEF_CHARTIME,DEF_CMDTIME,
WORD_NET,WORD_GROUP);
exit(EXIT_FAILURE);
}
{"receive" ,0,0,MODE_RECEIVE},
{"logo-send" ,0,0,MODE_LOGO_SEND},
{"ring-send" ,0,0,MODE_RING_SEND},
+{"picture-send" ,0,0,MODE_PICTURE_SEND},
/* Mode aliases may follow in no particular order *
* as long as no non-mode options is between them */
{"send-md" ,0,0,MODE_SEND_MOBILDOCK},
{"recv" ,0,0,MODE_RECEIVE},
{"logo" ,0,0,MODE_LOGO_SEND},
{"ring" ,0,0,MODE_RING_SEND},
-{"config" ,1,0,'c'},
-{"device" ,1,0,'d'},
-{"log" ,1,0,'L'},
-{"baud" ,1,0,'b'},
-{"lockfile",1,0,'l'},
-{"smsc" ,1,0,'s'},
-{"maxretry",1,0,'m'},
-{"readtime",1,0,'r'},
-{"chartime",1,0,'t'},
-{"cmdtime" ,1,0,'T'},
-{"file" ,0,0,'f'},
-{"verbose" ,0,0,'v'},
-{"help" ,0,0,'h'},
-{"version" ,0,0,'V'}};
+{"picture" ,0,0,MODE_PICTURE_SEND},
+{"config" ,1,0,'c'},
+{"device" ,1,0,'d'},
+{"log" ,1,0,'L'},
+{"lockfile" ,1,0,'l'},
+{"baud" ,1,0,'b'},
+{"xonxoff" ,0,0,'x'},
+{"rtscts" ,0,0,'C'},
+{"smsmode" ,1,0,'M'},
+{"pdusmscmode" ,1,0,'P'},
+{"smsc" ,1,0,'s'},
+{"maxretry" ,1,0,'m'},
+{"readtime" ,1,0,'r'},
+{"chartime" ,1,0,'t'},
+{"cmdtime" ,1,0,'T'},
+{"file" ,0,0,'f'},
+{"verbose" ,0,0,'v'},
+{"help" ,0,0,'h'},
+{"version" ,0,0,'V'},
+{NULL ,0,0,0 }};
static void processargs(int argp,char **args,const char *from);
char **const var;
unsigned stamp;
} optset[]={
- { 'd',&device },
- { 'L',&logname },
- { 'b',&baud },
- { 'l',&lockfile },
- { 's',&smsc },
- { 'm',&maxretry },
- { 'r',&readtime },
- { 't',&chartime },
- { 'T',&cmdtime },
+ { 'd',&device },
+ { 'L',&logname },
+ { 'l',&lockfile },
+ { 'b',&baud },
+ { 'M',&smsmode },
+ { 'P',&pdusmscmode },
+ { 's',&smsc },
+ { 'm',&maxretry },
+ { 'r',&readtime },
+ { 't',&chartime },
+ { 'T',&cmdtime },
};
static void processargs(int argp,char **args,const char *from)
seq++;
optarg=NULL; optind=0; /* FIXME: Possible portability problem. */
- while ((optc=getopt_long(argp,args,"c:d:L:b:l:s:m:r:t:T:fvhV",longopts,NULL))!=EOF) switch (optc) {
+ while ((optc=getopt_long(argp,args,"c:d:L:l:b:xCM:P:s:m:r:t:T:fvhV",longopts,NULL))!=EOF) switch (optc) {
case 'c':
if (cfgstacki>=NELEM(cfgstack)) {
error(_("Looping (%d) during attempt to read config file \"%s\", break-out"),NELEM(cfgstack),from);
}
chk(cfgstack[cfgstacki++]=strdup(optarg));
break;
- case 'd': case 'L': case 'b': case 'l': case 's': case 'm': case 'r': case 't': case 'T':
+ case 'd': case 'L': case 'b': case 'l': case 'M': case 'P': case 's': case 'm': case 'r': case 't': case 'T':
for (i=0;i<NELEM(optset);i++)
if (optset[i].c==optc) {
if (optset[i].stamp && optset[i].stamp!=seq) {
}
assert(i<NELEM(optset));
break;
+ case 'x': case 'C':
+#ifdef HAVE_CRTSCTS
+ if (handshake_stamp && handshake_stamp!=seq) break;
+ handshake_rtscts=(optc=='C');
+ handshake_stamp=seq;
+#else
+ if (optc=='C')
+ error(_("!RTS/CTS handshake NOT supported on this platform! Occured during parsing option %d from \"%s\""),optind-1,from);
+#endif
+ break;
case MODE_SEND:
case MODE_SEND_MOBILDOCK:
case MODE_RECEIVE:
case MODE_LOGO_SEND:
case MODE_RING_SEND:
+ case MODE_PICTURE_SEND:
if (mode_stamp && mode_stamp!=seq) break;
mode=optc;
mode_stamp=seq;
readbody++;
break;
case 'v':
+#ifndef DEBUG /* prevent suppositious overflow */
verbose++;
+#endif
break;
case 'V':
fprintf(stderr,version);
} nullcheck[]={
{&phone,MODE_BIT(MODE_SEND)|MODE_BIT(MODE_SEND_MOBILDOCK)|MODE_BIT(MODE_LOGO_SEND),
N_("destination phone number")},
- {&logoname,MODE_BIT(MODE_LOGO_SEND),N_("logo filename")},
- {&ringname,MODE_BIT(MODE_RING_SEND),N_("ring filename")},
+ {& logoname,MODE_BIT( MODE_LOGO_SEND),N_( "logo filename")},
+ {& ringname,MODE_BIT( MODE_RING_SEND),N_( "ring filename")},
+ {&picturename,MODE_BIT(MODE_PICTURE_SEND),N_("picture filename")},
{&body,MODE_BIT(MODE_RECEIVE),N_("body text")}, /* we allow empty bodies for SENDs */
#if 0
{&gsmnet,MODE_BIT(MODE_LOGO_SEND),N_("GSM operator network code")},
body=glueargstack(&bodylen," ");
for (s=body;(s=strchr(s,'%'));s++)
switch (*++s) {
- case 'p': case 'T': case 't': break;
+ case 'p': case 'T': case 't': case 's': break;
default:
error(_("Unknown formatsymbol '%c' (use \"%%%%%c\" to fix it) at pos %d in: %s"),
*s,*s,s-body,body);
if (!ringname) ringname=nextargstack();
}
+static inline void cmdline_picture_send(void)
+{
+ cmdline_phone();
+ if (!picturename) picturename=nextargstack();
+}
+
static void lockclose(int fd)
{
if (close(fd))
error(_("Error closing lockfile \"%s\""),lockreal);
}
-static inline int lockdevice(int attempt)
+static int lockdevice(int attempt)
{
int fd=-1;
char buf[64];
state=yes;
}
-static const char *record;
+static const char *record,*recordend;
static char *catchdata;
static size_t catchdatal,catchdatasiz;
+static const char *reform(const char *s,int slot);
static void catched(const char *end,char edata)
{
size_t len;
memcpy(catchdata+catchdatal,record,len);
catchdatal+=len;
}
- record=(p?NULL:end);
+ record =(p?NULL:end);
+ recordend=(p?p :end);
assert(catchdatal<=catchdatasiz);
}
static int retrycnt=0;
static void retrying(void)
{
- if (maxretryn>=0 && ++retrycnt>maxretryn) error(_("!Maximum command retry count (%ld) exceeded"),maxretryn);
+ if (maxretryn>=0 && ++retrycnt>=maxretryn) error(_("!Maximum command retry count (%ld) exceeded"),maxretryn);
if (verbose>=2) error(_(".Retrying phase, %d out of %ld.."),retrycnt,maxretryn);
}
-static char *reform(const char *s,int slot)
+static const char *reform(const char *s,int slot)
{
static struct formslot {
char *s;
return(fs->s);
}
+static char devcmd_empty_return='\0'; /* returned as catch when only newlines found */
+
static char *devcmd(const char *term,const char *catch,const char *send,...) ATTR_PRINTFORMAT(3,4);
static char *devcmd(const char *term,const char *catch,const char *send,...)
{
ssize_t got;
char *hit,*s;
va_list ap;
-char errout,extend,noconvcr,edata;
+char errout,extend,catch_any,edata;
long alarmtime;
const char *osend;
static const char emptystring[]="";
+size_t discard;
if (!term) term="\nOK\n";
if (!strcmp(send," ")) send=NULL; /* GCC formatstring-check workaround */
+ if (verbose>=2) error(_(".devcmd(sendfmt=%s,term=%s,catch=%s)"),
+ reform(send,0),reform(term,1),reform(catch,2));
if (!(osend=send)) send="";
- if ((noconvcr=(catch && *catch=='@'))) catch++;
+ if ((catch_any=(catch && !strcmp(catch,"@")))) catch=NULL;
if ((errout=(*send=='!'))) send++;
errout|=(maxretryn==-1);
if ((extend=(*send=='~'))) send++;
alarmtime=readtimen*(extend?EXT_READTIME:1);
- d8("devcmd(), alarmtime=%ld, errout=%d, extend=%d, noconvcr=%d, osend=%p, bufl=%d, buf: %s\n",
- alarmtime,errout,extend,noconvcr,osend,bufl,reform(buf,0));
+ buf[bufl]='\0'; /* for d8() below */
+ d8("devcmd(), alarmtime=%ld, errout=%d, extend=%d, catch_any=%d, osend=%p, bufl=%d, buf: %s\n",
+ alarmtime,errout,extend,catch_any,osend,bufl,reform(buf,0));
+ assert(!catch || !strchr(catch,'\r')); /* we are no longer supporting 'noconvcr'! */
+ assert(!term || !strchr(term ,'\r'));
if (0) {
err:
alarm(0);
l=VARVPRINTF(buf,send,ap); bufl=l+(!!osend);
va_end(ap);
if (bufl>=sizeof(buf)-1) error(_("!Command too big (%d>%d)"),bufl,sizeof(buf)-1);
- if (verbose>=2) error(_(".devcmd(send=%s,term=%s,catch=%s,timeout=%ld)"),
- reform(buf,0),reform(term,1),reform(catch,2),alarmtime);
+ if (verbose>=2) error(_(".devcmd formatted send=%s%s"),reform(buf,0),(osend?"+\"\\r\"":""));
if (osend) buf[l]='\r';
for (offs=0,got=0;offs<bufl;offs++) {
alarm(MAXSENDTIME);
}
if (!(terml=strlen(term))) {
- assert(!catch);
+ assert(!catch); assert(!catch_any);
return(NULL);
}
if (catch) {
}
else fragl=terml;
fragl=MAX(fragl,MAX(strlen(ERROR_SUBSTR1),strlen(ERROR_SUBSTR2)));
- record=NULL;
+ record=recordend=NULL;
wasalarm=0;
alarm(alarmtime);
- edata=(noconvcr?'\r':'\n');
+ edata='\n';
if (!osend) {
- got=bufl;
- bufl=0;
+ /* "bufl" important */
goto skipread;
}
for (;;) {
got=read(devfd,buf+bufl,1);
}
if (got<=0) {
+ buf[bufl]='\0'; /* for strspn() below */
+ if (!strcmp(term,"\n") && catch /* written to trap on 'devcmd("\n","+CMT:"," ")' */
+ && bufl==strspn(buf,"\n" /* accept */)) { /* only newlines found */
+ if (verbose>=2)
+ error(_(".Blank (%d newlines) input read, ignoring it"),bufl);
+ bufl=0; /* discard newlines */
+ return(&devcmd_empty_return);
+ }
if (wasalarm) error(_("Maximum response timeout (%lds) exceeded"),alarmtime);
else error(_("^Couldn't read device data (ret=%d)"),got);
goto err;
}
-skipread:
bufl2=bufl+got;
buf[bufl2]='\0';
s=buf+bufl;
while (buf+bufl2>s && (s=memchr(s,'\0',buf+bufl2-s))) *s++=REPL_NULLCHAR;
if (verbose>=3)
error(_("\nGot chunk of data from device: %s"),reform(buf+bufl,0));
- if (!noconvcr) {
+ /* convert CR */ {
s=buf+bufl;
while (buf+bufl2>s && (s=memchr(s,'\r',buf+bufl2-s))) *s++='\n';
}
bufl=bufl2;
+skipread:
catched(buf+bufl,edata); assert(!record || record==buf+bufl);
assert(bufl<sizeof(buf)-1);
buf[bufl]='\0';
error(_("Found ERROR response on command %s"),reform(send,0));
goto err;
}
- if (catch && !record && bufl>=catchl && (hit=strstr(buf,catch))) {
+/* "record" may get NULLed here after successful 'catch'
+ * but "recordend" will never be NULLed
+ */
+ if (catch && !recordend && bufl>=catchl && (hit=strstr(buf,catch))) {
record=hit+catchl;
catched(buf+bufl,edata); assert(!record || record==buf+bufl);
}
- if ( bufl>= terml && (hit=strstr(buf,term))) {
+ if (catch_any && !recordend && buf[discard=strspn(buf,"\n" /* accept */)]) {
+ record=buf+discard;
+ catched(buf+bufl,edata); assert(!record || record==buf+bufl);
+ }
+ if (((!catch && !catch_any) || catchdatal) && bufl>= terml
+ && (hit=strstr((recordend?recordend:buf),term))) {
memmove(buf,hit+terml,(bufl2=(buf+bufl)-(hit+terml))); bufl=bufl2;
break;
}
if (bufl<fragl) continue;
- memmove(buf,buf+bufl-(fragl-1),(bufl2=fragl-1)); bufl=bufl2;
- if (record) record=buf+fragl-1;
+ memmove(buf,buf+bufl-(fragl-1),(bufl2=fragl-1));
+ if (record ) record-=bufl-bufl2;
+ if (recordend) recordend-=bufl-bufl2;
+ bufl=bufl2;
}
alarm(0);
if (!catchdatal) {
- if (!catch) return("");
- error(_("Data requested on command %s but no found after term %s"),reform(send,0),reform(term,1));
- goto err;
+ assert(!catch && !catch_any);
+ return("");
}
- assert(!!catch);
+ assert(!!catch || catch_any);
record=emptystring;
catched(record+1,edata);
if (verbose>=2) error(_(".Returning data %s for cmd %s"),reform(catchdata,0),reform(send,1));
static inline void smscset(void)
{
char *s,*t,*e,*serr;
-long l;
unsigned char bin[2+(MAXNUMLEN+1)/2];
if (smsc) devcmd(NULL,NULL,"\r\nAT+CSCA=\"%s\"",smsc);
if (!*s || !strcmp(s,"EMPTY"))
error(_("!No SMSC set in mobile station found, please use option \"-s\""));
if (verbose>=1) error(_("\nFound default SMSC in mobile: %s"),s);
- if (*s!='"') error(_("!No left-quote found in: %s"),s);
- if (!(t=strrchr(s+1,'"'))) error(_("!No right-quote found in: %s"),s);
- if (s+1==t)
+ if (*s++!='"') error(_("!No left-quote found in: %s"),s);
+ if (!(t=strrchr(s,'"'))) error(_("!No right-quote found in: %s"),s);
+ if (s==t)
error(_("!No SMS set in mobile station found, please use option \"-s\""));
e=t++;
while (isspace(*t)) t++;
- if (*t++!=',') error(_("!No comma found after quotes in: %s"),s);
- while (isspace(*t)) t++;
- l=strtol(t,&serr,10);
- if ((l!=ADDR_NAT && l!=ADDR_INT) || (serr && *serr))
- error(_("!Type parse error in: %s"),s);
- if (l==ADDR_NAT || s[1]=='+') s++;
- else *s='+';
+ if (*t) {
+long l;
+
+ if (*t++!=',') error(_("!No comma found after quotes in: %s"),s);
+ while (isspace(*t)) t++;
+ l=strtol(t,&serr,10);
+ if ((l!=ADDR_NAT && l!=ADDR_INT) || (serr && *serr))
+ error(_("!Type parse error in: %s"),s);
+ if (l==ADDR_INT && *s!='+') *--s='+';
+ }
*e='\0';
if (verbose>=2) error(_("\nDecoded SMSC address: %s"),s);
if (!NEED_PDUSMSC()) return;
textconv(pdusmsc,bin,bin[0]+1);
}
-static inline unsigned char charconv(char c,size_t offs)
+static inline unsigned char charconv_send(char c,size_t offs)
{
switch (c) {
case '@': return(0);
#endif
}
+static inline unsigned char charconv_recv(char c,size_t offs)
+{ /* FIXME: unify with charconv_send() */
+ switch (c) {
+ case 0: return('@');
+ case 2: return('$');
+ default:
+ return(c);
+ }
+/* strict checking not done, see charconv_send */
+}
+
/* Logo format shamelessly stolen from GNokii-0.3.0: http://www.gnokii.org/
* Beware - Nokia Smart Messaging specification 1.0.0 and 2.0.0 is incompatible
* with Nokia current product line implementation
0x05, /* IEI */
0x04, /* IEDL */
0x15, 0x83, /* dest port (group gfx) */
- 0x00, 0x00 /* src port (unused) */
+ 0x15, 0x83 /* src port (unused) */
};
size_t got,r=0 /* GCC happiness */,w;
ssize_t chars,bits;
#define WORD(n) (((unsigned char)buf[(n)])|(((unsigned char)buf[(n)+1])<<8))
- if (!(f=fopen(logoname,"rb")))
- error(_("^!Cannot open ring file \"%s\" for r/o"),logoname);
- if ((size=getfilesize(f,logoname))==-1)
+ if (!(f=fopen(ringname,"rb")))
+ error(_("^!Cannot open ring file \"%s\" for r/o"),ringname);
+ if ((size=getfilesize(f,ringname))==-1)
error(_("!File size determination is essential to continue operation"));
if (size<0x103)
error(_("!File \"%s\" size %ld too small (must >=0x103)! Is it .000 file?"),
- logoname,size);
+ ringname,size);
if (fseek(f,0x100,SEEK_SET))
- error(_("^Seeking error on \"%s\", ignoring"),logoname);
+ error(_("^Seeking error on \"%s\", ignoring"),ringname);
size-=0x100;
if (size<=BIN1_PAYLOAD) {
if ((got=fread(bin1+7,1,size,f))!=size)
- error(_("^Read error on \"%s\", wanted %ld, got %d"),logoname,size,got);
+ error(_("^Read error on \"%s\", wanted %ld, got %d"),ringname,size,got);
error(_("\nSending ring tone \"%s\" as single SMS (size %ld, max %d)"),
ringname,size,BIN1_PAYLOAD);
nokiaprep(bin1,7+size);
binn[11]=fragn;
want=MIN(size,BINN_PAYLOAD);
if ((got=fread(binn+12,1,want,f))!=want)
- error(_("^Read error on \"%s\", wanted %d, got %d"),logoname,want,got);
+ error(_("^Read error on \"%s\", wanted %d, got %d"),ringname,want,got);
nokiaprep(binn,12+want);
size-=want;
}
}
- chkfclose(f,logoname);
+ chkfclose(f,ringname);
+#undef WORD
+}
+
+#define PICTURE_WIDTH (72)
+#define PICTURE_HEIGHT (28)
+
+static inline void pictureread(void)
+{
+FILE *f;
+unsigned char bin1[140]={
+ 6, /* UDH length */
+ 0x05, /* IEI */
+ 0x04, /* IEDL */
+ 0x15, 0x8A, /* dest port (ring tones) */
+ 0x15, 0x8A /* src port (unused) */
+#define BIN1_PAYLOAD (140-7)
+ };
+unsigned char binn[140]={
+ 11, /* UDH length */
+ 0x05, /* IEI */
+ 0x04, /* IEDL */
+ 0x15, 0x8A, /* dest port (ring tones) */
+ 0x15, 0x8A, /* src port (unused) */
+ 0x00, 0x03, /* multipart */
+ /* 0x??, unique serial ID */
+ /* 0x??, total messages */
+ /* 0x??, message number (# from 1) */
+#define BINN_PAYLOAD (140-12)
+ };
+unsigned char header[]={
+ 0x30, /* version string '0' */
+ 0x02, /* item=OTA bitmap */
+#define PICTURE_BYTES (((PICTURE_WIDTH+7)/8)*PICTURE_HEIGHT)
+#define PICTURE_BYTES_INCL_HEADER (PICTURE_BYTES +4/*header*/)
+ PICTURE_BYTES_INCL_HEADER>>8,PICTURE_BYTES_INCL_HEADER&0xFF, /* picture size in bytes incl. header */
+ 0x00, /* animation pictures - 0=static picture */
+ PICTURE_WIDTH,PICTURE_HEIGHT, /* picture size in pixels */
+ 0x01, /* picture depth - B/W */
+ };
+size_t got,want;
+int totn,fragn;
+long size;
+
+#define WORD(n) (((unsigned char)buf[(n)])|(((unsigned char)buf[(n)+1])<<8))
+
+ if (!(f=fopen(picturename,"rb")))
+ error(_("^!Cannot open picture file \"%s\" for r/o"),picturename);
+ if ((size=getfilesize(f,picturename))==-1)
+ error(_("!File size determination is essential to continue operation"));
+ if (size!=PICTURE_BYTES)
+ error(_("!File \"%s\" size %ld doesn't match .res size for %dx%d picture"),
+ picturename,size,PICTURE_WIDTH,PICTURE_HEIGHT);
+ if (size<=BIN1_PAYLOAD-sizeof(header)) {
+ memcpy(bin1+7,header,sizeof(header));
+ if ((got=fread(bin1+7+sizeof(header),1,size,f))!=size)
+ error(_("^Read error on \"%s\", wanted %ld, got %d"),picturename,size,got);
+ error(_("\nSending picture \"%s\" as single SMS (size %ld, max %d)"),
+ picturename,size,BIN1_PAYLOAD-sizeof(header));
+ nokiaprep(bin1,7+sizeof(header)+size);
+ }
+ else {
+ memcpy(binn+12,header,sizeof(header));
+ totn=(sizeof(header)+size+BINN_PAYLOAD-1)/BINN_PAYLOAD;
+ if (totn>0xFF)
+ error(_("!File size %ld too large even for multi-SMS picture upload (max=%d)"),
+ size,BINN_PAYLOAD*0xFF-sizeof(header));
+ binn[10]=totn;
+ if (verbose>=1)
+ error(_("\nSending picture \"%s\" as %d multi-SMSes (size %ld, max %d, frag %d, header %d)"),
+ picturename,totn,size,BIN1_PAYLOAD,BINN_PAYLOAD,sizeof(header));
+ binn[9]=time(NULL)&0x100; /* rand() would be better but it is a compatibility pain */
+ if (verbose>=1)
+ error(_("\nUsing unique multi-SMS ID 0x%02X"),(unsigned)binn[9]);
+ for (fragn=1;fragn<=totn;fragn++) {
+size_t isheader=(fragn==1 ? sizeof(header) : 0);
+
+ binn[11]=fragn;
+ want=MIN(size,BINN_PAYLOAD-isheader);
+ if ((got=fread(binn+12+isheader,1,want,f))!=want)
+ error(_("^Read error on \"%s\", wanted %d, got %d"),picturename,want,got);
+ nokiaprep(binn,12+isheader+want);
+ size-=want;
+ }
+ }
+ chkfclose(f,picturename);
#undef WORD
}
while (bodylen || inb) {
if (!inb) {
assert(bodylen>0); assert(!!*body);
- inreg=charconv(*bodyr++,offs++);
+ inreg=charconv_send(*bodyr++,offs++);
bodylen--;
inb=7;
}
assert(devfd>=0);
retry:
- errno=0;
-
+ if (!immed && verbose>=2)
+ error(_(".Waiting for device incoming data.."));
#ifdef HAVE_POLL
ufd.fd=devfd;
ufd.events=POLLIN;
ufd.revents=0;
+ errno=0;
i=poll(&ufd,1,(immed?0:-1));
#else /* HAVE_POLL */
#ifdef HAVE_FD_SETSIZE
#endif /* HAVE_FD_SETSIZE */
FD_ZERO(&rfds); FD_SET(devfd,&rfds);
FD_ZERO(&xfds); FD_SET(devfd,&xfds);
+ errno=0;
i=select(devfd+1,&rfds,NULL,&xfds,NULL);
#endif /* HAVE_POLL */
if (immed && i==0) return(0);
+ if (i==-1 && errno==EINTR)
+ goto retry; /* silent retry, for example SIGCHLD could occur */
if (i!=1)
error(_("^Failed (retval %d) while waiting for data, ignoring"),i);
static char *check_format(const char *fmt,const char *string)
{
static char err[LINE_MAX],sub[50];
-char *subp,cf,cs;
-const char *sf,*ss;
+char cf,cs;
+const char *sf,*ss,*subp;
for (sf=fmt,ss=string;(cf=*sf) && (cs=*ss);sf++,ss++) {
subp=NULL;
return(NULL);
}
-static char *receive_number;
+static char *receive_number,*receive_smsc;
static time_t receive_time;
-/* +CMT: "+420602431329",,"99/10/25,03:21:03-00" */
-static int receive_headerparse(char *buf)
-{
-char *s,*s1,*err;
struct tm tm;
static const struct {
off_t strpos;
TP_ENT(18,tm_sec ,0,59,N_("second")),
/* Time zone ignored */
};
-int i,val;
+#define GETTIME(i) (*(int *)(((char *)&tm)+timeparse[(i)].tmpos))
-#define DIGIT2(s) (((s)[0]-'0')*10+((s)[1]-'0'))
+static void maketime(const char *string)
+{
+int val;
+int i;
+
+ for (i=0;i<NELEM(timeparse);i++) {
+ val=GETTIME(i);
+ if (val<timeparse[i].min || val>timeparse[i].max) {
+ error(_("Weird value of %s, is %d but expected %d..%d, setting to %d"),
+ _(timeparse[i].name),val,timeparse[i].min,timeparse[i].max,timeparse[i].min);
+ GETTIME(i)=timeparse[i].min;
+ }
+ }
+ if (tm.tm_year<70) tm.tm_year+=100;
+ tm.tm_mon--;
+ d7("mktime(y%dm%dd%dh%dm%ds%d)\n",
+ tm.tm_year,tm.tm_mon,tm.tm_mday,tm.tm_hour,tm.tm_min,tm.tm_sec);
+ tm.tm_isdst=-1; /* "timezone" info not available */
+ if ((receive_time=mktime(&tm))==-1)
+ error(_("^mktime(3) failed for %s"),string);
+}
+
+/* +CMT: "+420602431329",,"99/10/25,03:21:03-00" */
+static int receive_headerparse(char *buf)
+{
+char *s,*s1,*err;
+int i;
+
+#define DIGIT2ASC(s) (((s)[0]-'0')*10+((s)[1]-'0'))
for (s=buf;*s==' ';s++);
if (*s++!='"') {
error(_("Only one '\"' found in CMT header: %s"),buf);
return(0);
}
+ free(receive_smsc); receive_smsc=NULL;
free(receive_number);
chk(receive_number=malloc(s-s1+1));
memcpy(receive_number,s1,s-s1); receive_number[s-s1]='\0';
return(0);
}
memset(&tm,0,sizeof(tm)); /* may be redundant */
- for (i=0;i<NELEM(timeparse);i++) {
- val=DIGIT2(s+timeparse[i].strpos);
- if (val<timeparse[i].min || val>timeparse[i].max) {
- error(_("Weird value of %s, is %d but expected %d..%d, setting to %d"),
- _(timeparse[i].name),val,timeparse[i].min,timeparse[i].max,timeparse[i].min);
- val=timeparse[i].min;
- }
- *(int *)(((char *)&tm)+timeparse[i].tmpos)=val;
- }
- if (tm.tm_year<70) tm.tm_year+=100;
- tm.tm_mon--;
- d7("mktime(y%dm%dd%dh%dm%ds%d)\n",
- tm.tm_year,tm.tm_mon,tm.tm_mday,tm.tm_hour,tm.tm_min,tm.tm_sec);
- if ((receive_time=mktime(&tm))==-1) {
- error(_("^mktime(3) failed for %s"),s+2);
- return(0);
- }
+ for (i=0;i<NELEM(timeparse);i++)
+ GETTIME(i)=DIGIT2ASC(s+timeparse[i].strpos);
+ maketime(s+2);
return(1);
-#undef DIGIT2
+#undef DIGIT2ASC
}
-static void receive_accept(char *bodyline)
+static void signal_chld(int signo)
+{
+int status;
+pid_t pid;
+
+ signal(SIGCHLD,(RETSIGTYPE (*)(int))signal_chld);
+ /* we don't care about siginterrupt(3) as it doesn't matter how it is set */
+
+ d2("signal_chld: signo=%d\n",signo);
+ while (0<(pid=waitpid(-1 /* ANY process */,&status,WNOHANG /* options */))) {
+ if (verbose>=2)
+ error(_(".Child process w/PID %d has exited, %s, status=%d"),
+ pid,(WIFEXITED(status)? _("normally") : _("abnormally")),(WIFEXITED(status) ? WEXITSTATUS(status) : -1));
+ }
+}
+
+static void receive_text(char *bodyline)
{
char *buf,*s,*s1,*s2,*s3;
pid_t pid;
int i;
FILE *f;
- d2("receive_accept: %s\n",bodyline);
+ d2("receive_text: %s\n",bodyline);
+ signal(SIGCHLD,(RETSIGTYPE (*)(int))signal_chld);
#if RECEIVE_TEST
pid=0;
#else
pid=fork();
#endif
- if (pid>0) return; /* parent context */
+ if (pid>0) {
+ if (verbose>=2)
+ error(_(".Spawned child receive-SMS process w/PID %d"),pid);
+ return; /* parent context */
+ }
if (pid==-1) {
error(_("Can't fork(2), process spawning may block receive"));
}
s1=s;
do {
s1=strchr(s1+(s1!=s),'%');
- } while (s1 && s1[1]!='p' && s1[1]!='T' && s1[1]!='t');
+ } while (s1 && s1[1]!='p' && s1[1]!='T' && s1[1]!='t' && s1[1]!='s');
if (!s1) {
pushargstack_one(s,0);
break;
pushargstack_one(tbuf,0);
break;
case 't':
+ if (receive_time==-1) break;
if (!(s2=ctime(&receive_time))) {
error(_("Failing ctime(3), ignoring substitution"));
break;
if ((s3=strchr(s2,'\n'))) *s3='\0';
pushargstack_one(s2,0);
break;
+ case 's':
+ if (receive_smsc) pushargstack_one(receive_smsc,0);
+ break;
default: assert(0);
}
}
exit(EXIT_SUCCESS); /* cleanup() has been disabled */
}
+static inline unsigned char fromhex(unsigned c)
+{
+ c&=0xDF;
+ return(c<'A'?c-('0'&0xDF):(c-('A'&0xDF))+0xA);
+}
+
+static int teldecode(char *text,unsigned char *bin,size_t digits)
+{
+unsigned char b;
+int r=0,i;
+
+ for (i=0;i<digits;text++,i++) {
+ if (!(i&1)) b=*bin;
+ else b=(*bin++)>>4;
+ b&=0x0F;
+ if (b<=0x09)
+ *text=b+'0';
+ else {
+ *text='?';
+ r++;
+ }
+ }
+ *text='\0';
+ return(r);
+}
+
+static void sctsparse(unsigned char *bin,const char *pduline,int offs)
+{
+#define DIGIT2BIN(v) (((v)&0x0F)*10+(((v)>>4)&0x0F))
+int i;
+
+ receive_time=-1;
+ memset(&tm,0,sizeof(tm)); /* may be redundant */
+ for (i=0;i<NELEM(timeparse);offs++,i++) {
+ if ((*bin&0x0F)>0x09 || (*bin&0xF0)>0x90) {
+ error(_("Invalid value of \"%s\" at offset %d in: %s"),
+ timeparse[i].name,offs,pduline);
+ return;
+ }
+ GETTIME(i)=DIGIT2BIN(*bin);
+ bin++;
+ }
+ maketime(pduline);
+
+#undef DIGIT2BIN
+}
+
+static void receive_pdu(char *pduline)
+{
+unsigned char pdu[140+0x100],*pdup,*pdue,oalen,inreg;
+char text[160+1],*textp,*s,*pdulinescan;
+size_t pdulinel=strlen(pduline),want;
+size_t udl,udlb;
+int inb,outb,xb;
+
+ d2("receive_pdu: %s\n",pduline);
+ if (pdulinel>2*sizeof(pdu))
+ { error(_("PDU too long (%d/2) to be valid: %s"),pdulinel,pduline); return; }
+ if (pdulinel&1)
+ { error(_("PDU length odd (%d): %s"),pdulinel,pduline); return; }
+ if (pdulinel<2*13)
+ { error(_("PDU length %d too small (min. 2*%d): %s"),pdulinel,13,pduline); return; }
+ for (pdup=pdu,pdulinescan=pduline;*pdulinescan;pdulinescan+=2) {
+ if (!isxdigit(pdulinescan[0]) || !(isxdigit(pdulinescan[1])))
+ { error(_("Invalid hex byte: %c%c on byte %d in: %s"),
+ pdulinescan[0],pdulinescan[1],pdup-pdu,pduline); return; }
+ *pdup++=(fromhex(pdulinescan[0])<<4)|fromhex(pdulinescan[1]);
+ }
+ pdue=pdup;
+ free(receive_smsc);
+ if (*pdu<=1) {
+ receive_smsc=NULL;
+ }
+ else {
+ if (*pdu>10)
+ { error(_("SMSC length too large (%d, max. %d): %s"),*pdu,10,pduline); return; }
+ chk(receive_smsc=malloc(1+2*(*pdu)+1));
+ s=receive_smsc;
+ if (pdu[1]==ADDR_INT) *s++='+';
+ else {
+ if (pdu[1]!=ADDR_NAT)
+ error(_("Unknown address type 0x%02X of %s, ignoring in PDU: %s"),pdu[1],_("SMSC"),pduline); return;
+ }
+ if (teldecode(s,pdu+2,2*(*pdu-1)-((pdu[1+(*pdu)]&0xF0)==0xF0)))
+ error(_("Some digits unrecognized in %s \"%s\", ignoring in PDU: %s"),_("SMSC"),receive_smsc,pduline);
+ }
+ pdup=pdu+1+(*pdu);
+ if (*pdup&0x03) /* PDU type */
+ error(_("Unrecognized PDU type 0x%02X at offset %d, dropping: %s"),*pdup,pdup-pdu,pduline);
+ pdup++;
+ free(receive_number);
+ if ((oalen=*pdup++)>2*0x10) /* OA len */
+ { error(_("Originating number too large (0x%X, max. 2*0x%X): %s"),oalen,0x10,pduline); return; }
+ if (pdup+(want=1+(oalen+1)/2+10)>pdue)
+ { error(_("PDU length too short (want %d, is %d): %s"),(pdup-pdu)+want,pdue-pdu,pduline); return; }
+ chk(receive_number=malloc(1+2*(*pdup)+1));
+ s=receive_number;
+ if (*pdup==ADDR_INT) *s++='+';
+ else {
+ if (*pdup!=ADDR_NAT)
+ error(_("Unknown address type 0x%02X of %s, ignoring in PDU: %s"),*pdup,_("originating number"),pduline); return;
+ }
+ pdup++;
+ if (teldecode(s,pdup,oalen))
+ error(_("Some digits unrecognized in %s \"%s\", ignoring in PDU at offset %d: %s"),
+ _("originating number"),receive_number,pdup-pdu,pduline);
+ pdup+=(oalen+1)/2;
+ if (*pdup) /* PID */
+ error(_("PID number %02X unsupported, ignoring: %s"),*pdup,pduline);
+ pdup++;
+ if (*pdup) { /* DCS */
+ if ((*pdup&0xF4)==0xF4)
+ { error(_("DCS 0x%02X indicates 8-bit data, unsupported, dropping: %s"),*pdup,pduline); return; }
+ error(_("DCS 0x%02X unsupported, will attempt decoding: %s"),*pdup,pduline);
+ }
+ pdup++;
+ sctsparse(pdup,pduline,pdup-pdu);
+ pdup+=7;
+ /* UDL */
+ udl=*pdup++;
+ if (pdue-pdup>140) {
+ error(_("PDU data (%d) exceed maximum length of %d bytes, cut: %s"),
+ pdue-pdup,140,pduline);
+ pdue=pdup+140;
+ }
+ udlb=(udl*7+7)/8;
+ if (pdup+udlb>pdue) {
+size_t udl1,udlb1;
+
+ udlb1=pdue-pdup;
+ udl1=(udlb1*8)/7;
+ error(_("PDU data length (%d/7->%d/8) longer than data (%d), cut to %d/7->%d/8: %s"),
+ udl,udlb,pdue-pdup,udl1,udlb1,pduline);
+ udl=udl1; udlb=udlb1;
+ }
+ else
+ assert(pdup+udlb==pdue); /* should be checked by 'PDU length too short' above */
+ textp=text;
+ inb=outb=0;
+ inreg=0; /* GCC happiness */
+ while (udl) {
+ if (!inb) {
+ inreg=*pdup++;
+ inb=8;
+ }
+ if (!outb) {
+ assert(textp<text+160);
+ *textp=0x00;
+ outb=7;
+ }
+ xb=MIN(inb,outb);
+#if 0
+ d4("inb=%d,outb=%d,xb=%d\n",inb,outb,xb);
+#endif
+ *textp|=((inreg>>(unsigned)(8-inb))&((1<<xb)-1))<<(unsigned)(7-outb);
+ inb-=xb; outb-=xb;
+ if (!outb) {
+ *textp=charconv_recv(*textp,textp-text);
+ textp++;
+ udl--;
+ }
+ }
+ *textp=0;
+ receive_text(text);
+}
+
static struct {
char **sp;
long *ip;
int main(int argc,char **argv)
{
char *s;
-int i;
+int i,cmgf=-1 /* GCC happiness */;
unsigned fatal=0;
speed_t portbaud=0 /* GCC happiness */;
enum modenum argsmode;
+unsigned parts=0;
if ((s=strrchr((pname=*argv),'/'))) pname=s+1;
switch (mode) {
case MODE_SEND: /* FALLTHRU */
- case MODE_SEND_MOBILDOCK: cmdline_send (); break;
- case MODE_LOGO_SEND: cmdline_logo_send(); break;
- case MODE_RING_SEND: cmdline_ring_send(); break;
- case MODE_RECEIVE: cmdline_receive (); break;
+ case MODE_SEND_MOBILDOCK: cmdline_send (); break;
+ case MODE_LOGO_SEND: cmdline_logo_send (); break;
+ case MODE_RING_SEND: cmdline_ring_send (); break;
+ case MODE_PICTURE_SEND: cmdline_picture_send(); break;
+ case MODE_RECEIVE: cmdline_receive (); break;
default: assert(0);
}
cmdline_done();
case MODE_RING_SEND:
ringread();
break;
+ case MODE_PICTURE_SEND:
+ pictureread();
+ break;
case MODE_RECEIVE: break;
default: assert(0);
}
if (readbody)
error(_("Warning: -f / --file is forbidden with mode \"%s\""),MODE_NAME(mode));
+ if (smsmode) {
+ if (!strcmp(smsmode,"pdu" ) || !strcmp(smsmode,"0"))
+ force_smsmode=FSM_PDU ;
+ else if (!strcmp(smsmode,"text") || !strcmp(smsmode,"1"))
+ force_smsmode=FSM_TEXT;
+ else
+ error(_("!Unrecognized %s argument \"%s\", supported only: %s"),"-M/--smsmode",smsmode,"pdu/0/text/1");
+ }
+ if (pdusmscmode) {
+ if (!strcmp(pdusmscmode,"count-in"))
+ force_pdusmscmode=FPSM_COUNT_IN;
+ else if (!strcmp(pdusmscmode,"count-out"))
+ force_pdusmscmode=FPSM_COUNT_OUT;
+ else if (!strcmp(pdusmscmode,"none"))
+ force_pdusmscmode=FPSM_NONE;
+ else
+ error(_("!Unrecognized %s argument \"%s\", supported only: %s"),"-P/--pdusmscmode",pdusmscmode,"count-in/count-out/none");
+ try_pdusmscmode=force_pdusmscmode;
+ }
switch (baudn) {
case 2400: portbaud= B2400; break;
if ((end-=start)>LOCKREPORT)
logmsg(_("Device lock succeeded after %ld seconds"),(long)end);
}
+
+retryopen:
+
if (verbose>=1) error(_(".Opening device \"%s\".."),device);
if ((devfd=open(device,O_RDWR|O_NDELAY))<0)
error(_("^!Cannot open device \"%s\" for r/w access"),device);
- if (tcgetattr(devfd,&restios))
- error(_("^Unable to get termios settings"));
- else {
- restios.c_cflag=(restios.c_cflag&~(CBAUD|CBAUDEX))|B0|HUPCL;
- restios_yes=1;
- }
- tios.c_iflag=IGNBRK|IGNPAR|IXON|IXOFF;
- tios.c_oflag=0;
- tios.c_cflag=CS8|CREAD|CLOCAL|HUPCL|portbaud;
- tios.c_lflag=IEXTEN|NOFLSH;
- memset(tios.c_cc,_POSIX_VDISABLE,sizeof(tios.c_cc));
- tios.c_cc[VTIME]=0;
- tios.c_cc[VMIN ]=1;
- cfsetispeed(&tios,portbaud);
- if (cfsetospeed(&tios,portbaud)|cfsetispeed(&tios,portbaud))
- error(_("^Error setting termios baudrate on device"));
- if (tcflush(devfd,TCIOFLUSH))
- error(_("^Error flushing termios (TCIOFLUSH) on device"));
- if (tcsetattr(devfd,TCSANOW,&tios))
- error(_("^!Unable to set initial termios device settings"));
+retryall:
- setalarm();
+ if (tcgetattr(devfd,&restios))
+ error(_("^Unable to get termios settings"));
+ else {
+ restios.c_cflag=(restios.c_cflag&~(CBAUD|CBAUDEX))|B0|HUPCL;
+ restios_yes=1;
+ }
+ tios.c_iflag=IGNBRK|IGNPAR|(handshake_rtscts ? 0 : IXON|IXOFF);
+ tios.c_oflag=0;
+ tios.c_cflag=CS8|CREAD|CLOCAL|HUPCL|portbaud|(handshake_rtscts ? CRTSCTS : 0);
+ tios.c_lflag=IEXTEN|NOFLSH;
+ memset(tios.c_cc,_POSIX_VDISABLE,sizeof(tios.c_cc));
+ tios.c_cc[VTIME]=0;
+ tios.c_cc[VMIN ]=1;
+ cfsetispeed(&tios,portbaud);
+ if (cfsetospeed(&tios,portbaud)|cfsetispeed(&tios,portbaud))
+ error(_("^Error setting termios baudrate on device"));
+ if (tcflush(devfd,TCIOFLUSH))
+ error(_("^Error flushing termios (TCIOFLUSH) on device"));
+ if (tcsetattr(devfd,TCSANOW,&tios))
+ error(_("^!Unable to set initial termios device settings"));
+
+ setalarm();
-retryall:
devcmd("",NULL,"\r\nAT\033\032"); /* ESCAPE, CTRL-Z */
devcmd(NULL,NULL,"\r\nAT");
smscset();
+ if (mode==MODE_SEND || mode==MODE_RECEIVE) {
+ cmgf=-1;
+ do {
+ /* condition is _negative_ here: */
+ if (force_smsmode==FSM_TEXT || !devcmd(NULL,NULL,"!\r\nAT+CMGF=0")) {
+ if (force_smsmode==FSM_PDU || !devcmd(NULL,NULL,"!\r\nAT+CMGF=1"))
+ { retrying(); continue; }
+ /* CMGF=1 */
+ if (verbose>=1)
+ error(_(".Using AT+CMGF=1 (text mode).."));
+ cmgf=1;
+ }
+ else {
+ /* CMGF=0 */
+ if (verbose>=1)
+ error(_(".Using AT+CMGF=0 (PDU mode).."));
+ cmgf=0;
+ }
+ } while (cmgf==-1);
+ }
switch (mode) {
case MODE_SEND:
-retrysendcmgf:
- if (!devcmd(NULL,NULL,"!\r\nAT+CMGF=0")) {
- if (!devcmd(NULL,NULL,"!\r\nAT+CMGF=1"))
- { retrying(); goto retrysendcmgf; }
- /* CMGF=1 */
+ if (cmgf) {
devcmd("\n> ",NULL,"\r\nAT+CMGS=\"%s\"",phone);
s=devcmd(NULL,"\n+CMGS:","!~%s\032",body);
}
else {
- /* CMGF=0 */
- devcmd("\n> ",NULL,"\r\nAT+CMGS=%d",(strlen(pdusmsc)+strlen(pdudata))/2);
- s=devcmd(NULL,"\n+CMGS:","!~%s%s\032",pdusmsc,pdudata);
+ devcmd("\n> ",NULL,"\r\nAT+CMGS=%d",(
+ (try_pdusmscmode==FPSM_COUNT_IN ? strlen(pdusmsc) : 0)
+ +strlen(pdudata))/2);
+ s=devcmd(NULL,"\n+CMGS:","!~%s%s\032",
+ (try_pdusmscmode!=FPSM_NONE ? pdusmsc : ""),
+ pdudata);
+ if (!s && force_pdusmscmode==FPSM_AUTO) {
+ if (FPSM_MAX==try_pdusmscmode++)
+ try_pdusmscmode=FPSM_MIN;
+ else
+ retrycnt--;
+ }
}
break;
case MODE_LOGO_SEND:
- case MODE_RING_SEND: {
+ case MODE_RING_SEND:
+ case MODE_PICTURE_SEND: {
struct hexdata *hd;
restore="\r\nAT+CSMP=17,,0,0";
devcmd(NULL,NULL,"\r\nAT+CSMP=81,,0,245");
- devcmd("\n> ",NULL,"\r\nAT+CMGS=\"%s\"",phone);
while ((hd=hexdata)) {
+ devcmd("\n> ",NULL,"\r\nAT+CMGS=\"%s\"",phone);
if (!(s=devcmd(NULL,"\n+CMGS:","!~%s\032",hd->data))) break;
- hexdata=hd->next;
+ if ((hexdata=hd->next)) pushargstack_one(s,0);
free(hd);
+ parts++;
}
} break;
case MODE_RECEIVE:
- devcmd(NULL,NULL,"\r\nAT+CMGF=1");
restore="\r\nAT+CNMI=,0";
- devcmd(NULL,NULL,"\r\nAT+CSDH=0");
devcmd(NULL,NULL,"\r\nAT+CNMI=,2");
- unlockdevice(0);
- /* Never bail-out when we got up to this point */
- if (maxretryn!=-1 && verbose>=1)
- error(_(".Initialization successful, infinite retry count set"));
- maxretryn=-1;
+ devcmd(NULL,NULL,"\r\nAT+CSDH=0");
+ for (;;) {
+continue_receive:
+ unlockdevice(0);
+ /* Never bail-out when we got up to this point */
+ if (maxretryn!=-1 && verbose>=1)
+ error(_(".Initialization successful, infinite retry count set"));
+ maxretryn=-1;
#if RECEIVE_TEST
receive_headerparse(" \"+420602123456\",,\"99/10/25,03:21:03-00\"");
receive_accept("TESTBODY");
exit(EXIT_SUCCESS);
#endif
- datawait(0);
- if (!lockdevice(1)) {
- if (verbose>=1)
- error(_(".Dialout detected, waiting for lock.."));
- lockdevice(0);
- goto retryall;
- }
- d1("Lock-device succeeded\n");
- do {
- d1("Reading a message for us...\n");
- if (!(s=devcmd("\r","@+CMT:"," ")))
- goto retryall;
- if (!(i=receive_headerparse(s)))
- error(_("Receive-header parsing failed on: %s"),s);
- if (!(s=devcmd("\r","@\n"," ")))
- goto retryall;
- if (i) receive_accept(s);
- if (!devcmd("\n",NULL," ")) /* eat last '\n' */
- goto retryall;
- } while (datawait(1));
- goto retryall;
+ datawait(0);
+ if (!lockdevice(1)) {
+ if (verbose>=1)
+ error(_(".Dialout detected, waiting for lock.."));
+ if (verbose>=1) error(_(".Closing device \"%s\".."),device);
+ if (close(devfd))
+ error(_("Error closing device \"%s\""),device);
+ lockdevice(0);
+ goto retryopen;
+ }
+ d1("Lock-device succeeded\n");
+ do {
+ d1("Reading a message for us...\n");
+ if (!(s=devcmd("\n","+CMT:"," ")))
+ goto retryall;
+ if (s==&devcmd_empty_return) /* only newlines found */
+ goto continue_receive;
+ if (cmgf && !(i=receive_headerparse(s)))
+ error(_("Receive-header parsing failed on: %s"),s);
+ if (!(s=devcmd("\n","@"," ")))
+ goto retryall;
+ if (cmgf) {
+ if (i) receive_text(s);
+ }
+ else receive_pdu(s);
+ } while (datawait(1));
+ } /* return to 'continue receive' point */
break;
default: assert(0);
}
if (!s) { retrying(); goto retryall; }
- while (isspace(*s)) s++;
- if (verbose>=1) error(_("\nMessage successfuly sent with MR (Message Reference): %s"),s);
+ pushargstack_one(s,0); s=NULL;
+ if (verbose>=1) while ((s=nextargstack())) {
+ while (isspace(*s)) s++;
+ error(_("\nMessage successfuly sent with MR (Message Reference): %s"),s);
+ }
devcmd(NULL,NULL,"\r\nAT");
- logmsg(_("SMS sent (after %d retries), message reference: %s"),retrycnt,s);
+ if (parts)
+ logmsg(_("SMS sent (after %d retries), %d part(s)"),retrycnt,parts);
+ else
+ logmsg(_("SMS sent (after %d retries)"),retrycnt);
return(EXIT_SUCCESS);
}
git://git.jankratochvil.net / mdsms.git / blobdiff