Kannel: Open Source WAP and SMS gateway  svn-r5336
Functions
smsc_cimd.c File Reference
#include <errno.h>
#include <string.h>
#include <stdio.h>
#include <unistd.h>
#include <stdlib.h>
#include <time.h>
#include <sys/time.h>
#include <sys/types.h>
#include <sys/socket.h>
#include "smsc.h"
#include "smsc_p.h"
#include "gwlib/gwlib.h"
#include "alt_charsets.h"

Go to the source code of this file.

Functions

static int cimd_open_connection (SMSCenter *smsc)
 
static int expect_acknowledge (SMSCenter *smsc, int *cmd, int *err)
 
static int send_acknowledge (SMSCenter *smsc)
 
static int connect_tcpip (SMSCenter *smsc)
 
static int parse_cimd_to_iso88591 (char *from, char *to, int length)
 
static int parse_iso88591_to_cimd (char *from, char *to, int length, int alt_charset)
 
SMSCenter * cimd_open (char *hostname, int port, char *username, char *password)
 
int cimd_reopen (SMSCenter *smsc)
 
int cimd_close (SMSCenter *smsc)
 
int cimd_pending_smsmessage (SMSCenter *smsc)
 
int cimd_submit_msg (SMSCenter *smsc, Msg *msg)
 
int cimd_receive_msg (SMSCenter *smsc, Msg **msg)
 

Function Documentation

◆ cimd_close()

int cimd_close ( SMSCenter *  smsc)

Definition at line 228 of file smsc_cimd.c.

References debug(), error(), SMSCenter::socket, and write_to_socket().

Referenced by cimd_open_connection(), cimd_reopen(), and smsc_close().

229 {
230 
231  char *cbuff = NULL;
232  int sum;
233  int ret;
234 
235  if (smsc->socket == -1) {
236  debug("bb.sms.cimd", 0, "Trying to close cimd while already closed!");
237  return 0;
238  }
239  cbuff = gw_malloc(2 * 1024);
240 
241  sprintf(cbuff, "%c%s%c%s%c%c", 0x02, "02", 0x09, "11", 0x03, 0x0A);
242 
243  sum = write_to_socket(smsc->socket, cbuff);
244  if (sum < 0) goto error;
245 
246  /* this time we don't block waiting for acknowledge */
247  recv(smsc->socket, cbuff, 2*1024, 0);
248 
249  gw_free(cbuff);
250 
251  ret = close(smsc->socket);
252  smsc->socket = -1;
253  return ret;
254 
255 error:
256  gw_free(cbuff);
257  return -1;
258 }
error
void error(int err, const char *fmt,...)
Definition: log.c:648
write_to_socket
int write_to_socket(int socket, char *str)
Definition: socket.c:345
SMSCenter::socket
int socket
Definition: smsc_p.h:115
debug
void debug(const char *place, int err, const char *fmt,...)
Definition: log.c:726

◆ cimd_open()

SMSCenter* cimd_open ( char *  hostname,
int  port,
char *  username,
char *  password 
)

Definition at line 174 of file smsc_cimd.c.

References SMSCenter::cimd_hostname, cimd_open_connection(), SMSCenter::cimd_password, SMSCenter::cimd_port, SMSCenter::cimd_username, error(), SMSCenter::hostname, hostname, SMSCenter::name, password, port, SMSC_TYPE_CIMD, smscenter_construct(), smscenter_destruct(), SMSCenter::type, and username.

Referenced by smsc_open().

175 {
176 
177  SMSCenter *smsc = NULL;
178  int ret = 0;
179 
180  /* create a SMSCenter structure */
181  smsc = smscenter_construct();
182  if (smsc == NULL) goto error;
183  smsc->type = SMSC_TYPE_CIMD;
184  smsc->cimd_hostname = gw_strdup(hostname);
185  smsc->hostname = gw_strdup(hostname); /* Needed by read_into_buffer() */
186  smsc->cimd_port = port;
187  smsc->cimd_username = gw_strdup(username);
188  smsc->cimd_password = gw_strdup(password);
189 
190  ret = cimd_open_connection(smsc);
191  if (ret < 0)
192  goto error;
193 
194  sprintf(smsc->name, "CIMD:%s:%d:%s", smsc->cimd_hostname,
195  smsc->cimd_port, smsc->cimd_username);
196  return smsc;
197 
198 error:
199  error(0, "cimd_open: could not open!");
200  smscenter_destruct(smsc);
201  return NULL;
202 }
error
void error(int err, const char *fmt,...)
Definition: log.c:648
SMSC_TYPE_CIMD
Definition: smsc_p.h:81
username
unsigned char * username
Definition: test_cimd2.c:99
port
static int port
Definition: fakesmsc.c:121
password
unsigned char * password
Definition: test_cimd2.c:100
cimd_open_connection
static int cimd_open_connection(SMSCenter *smsc)
Definition: smsc_cimd.c:104
smscenter_construct
SMSCenter * smscenter_construct(void)
Definition: smsc.c:101
smscenter_destruct
void smscenter_destruct(SMSCenter *smsc)
Definition: smsc.c:168
hostname
Octstr * hostname
Definition: fakewap.c:232
SMSCenter::cimd_port
int cimd_port
Definition: smsc_p.h:138
SMSCenter::cimd_hostname
char * cimd_hostname
Definition: smsc_p.h:137
SMSCenter::type
int type
Definition: smsc_p.h:93
SMSCenter::cimd_username
char * cimd_username
Definition: smsc_p.h:139
SMSCenter::name
char name[1024]
Definition: smsc_p.h:96
SMSCenter::hostname
char * hostname
Definition: smsc_p.h:121
SMSCenter::cimd_password
char * cimd_password
Definition: smsc_p.h:140

◆ cimd_open_connection()

static int cimd_open_connection ( SMSCenter *  smsc)
static

Definition at line 104 of file smsc_cimd.c.

References SMSCenter::buffer, SMSCenter::buflen, cimd_close(), SMSCenter::cimd_hostname, SMSCenter::cimd_last_spoke, SMSCenter::cimd_password, SMSCenter::cimd_port, SMSCenter::cimd_username, debug(), error(), expect_acknowledge(), smscenter_read_into_buffer(), smscenter_remove_from_buffer(), SMSCenter::socket, tcpip_connect_to_server(), and write_to_socket().

Referenced by cimd_open(), and cimd_reopen().

105 {
106 
107  char *tmpbuff = NULL;
108  int ret = 0;
109 
110  int cmd = 0, err = 0;
111 
112  /* allocate some spare space */
113  tmpbuff = gw_malloc(10 * 1024);
114  memset(tmpbuff, 0, 10*1024);
115 
116  /* connect */
117  smsc->socket = tcpip_connect_to_server(smsc->cimd_hostname, smsc->cimd_port,
118  NULL);
119  /* XXX add interface_name if required */
120 
121  if (smsc->socket == -1)
122  goto error;
123 
124  /* receive protocol string "CIMD rel 1.37\n" */
125  for (;;) {
126  ret = smscenter_read_into_buffer(smsc);
127  if (strstr(smsc->buffer, "CIMD rel 1.37\n") != NULL)
128  break;
129  if (ret < 0) goto logout;
130  }
131 
132  debug("bb.sms.cimd", 0, "got the server identification tag");
133 
134  smscenter_remove_from_buffer(smsc, smsc->buflen);
135 
136  /* send login string */
137  sprintf(tmpbuff, "%c%s%c%s%c%s%c%s%c%c",
138  0x02,
139  "01", 0x09,
140  smsc->cimd_username, 0x09,
141  smsc->cimd_password, 0x09,
142  "11",
143  0x03, 0x0A);
144 
145  ret = write_to_socket(smsc->socket, tmpbuff);
146  if (ret < 0) goto logout;
147 
148  /* get an acknowledge message */
149 
150  smsc->cimd_last_spoke = 0;
151 
152  if (expect_acknowledge(smsc, &cmd, &err) < 1)
153  goto logout;
154 
155  debug("bb.sms.cimd", 0, "logged in");
156 
157  gw_free(tmpbuff);
158  return 0;
159 
160 logout:
161  cimd_close(smsc);
162 
163 error:
164  error(0, "cimd_open: could not open/handshake");
165  gw_free(tmpbuff);
166  return -1;
167 }
error
void error(int err, const char *fmt,...)
Definition: log.c:648
tcpip_connect_to_server
int tcpip_connect_to_server(char *hostname, int port, const char *source_addr)
Definition: socket.c:149
SMSCenter::buflen
size_t buflen
Definition: smsc_p.h:186
smscenter_read_into_buffer
int smscenter_read_into_buffer(SMSCenter *smsc)
Definition: smsc.c:348
write_to_socket
int write_to_socket(int socket, char *str)
Definition: socket.c:345
smscenter_remove_from_buffer
void smscenter_remove_from_buffer(SMSCenter *smsc, size_t n)
Definition: smsc.c:412
SMSCenter::socket
int socket
Definition: smsc_p.h:115
SMSCenter::cimd_port
int cimd_port
Definition: smsc_p.h:138
cimd_close
int cimd_close(SMSCenter *smsc)
Definition: smsc_cimd.c:228
SMSCenter::cimd_hostname
char * cimd_hostname
Definition: smsc_p.h:137
debug
void debug(const char *place, int err, const char *fmt,...)
Definition: log.c:726
SMSCenter::buffer
char * buffer
Definition: smsc_p.h:184
SMSCenter::cimd_username
char * cimd_username
Definition: smsc_p.h:139
SMSCenter::cimd_password
char * cimd_password
Definition: smsc_p.h:140
SMSCenter::cimd_last_spoke
time_t cimd_last_spoke
Definition: smsc_p.h:141
expect_acknowledge
static int expect_acknowledge(SMSCenter *smsc, int *cmd, int *err)
Definition: smsc_cimd.c:672

◆ cimd_pending_smsmessage()

int cimd_pending_smsmessage ( SMSCenter *  smsc)

Definition at line 264 of file smsc_cimd.c.

References SMSCenter::buffer, SMSCenter::buflen, SMSCenter::cimd_last_spoke, connect_tcpip(), debug(), error(), smscenter_read_into_buffer(), smscenter_remove_from_buffer(), SMSCenter::socket, and write_to_socket().

Referenced by smscenter_pending_smsmessage().

265 {
266 
267  char *tmpbuff = NULL, *newline = NULL;
268  int ret = 0;
269  time_t thetime = 0;
270 
271  /* check for input sanity */
272  if (smsc == NULL)
273  goto error;
274 
275  /* we can only query every 5 seconds */
276  thetime = time(NULL);
277  if ((smsc->cimd_last_spoke + 5) > thetime) goto no_messages;
278  smsc->cimd_last_spoke = thetime;
279 
280  /* allocate some spare space */
281  tmpbuff = gw_malloc(10 * 1024);
282  memset(tmpbuff, 0, 10*1024);
283 
284  sprintf(tmpbuff, "%c%s%c%s%c%c",
285  0x02, /* stx */
286  "05", 0x09, /* request for message, tab */
287  "11", /* dummy chksum */
288  0x03, 0x0A); /* etx, lf */
289 
290  /* send the poll message to determine if we have messages in queue */
291  ret = write_to_socket(smsc->socket, tmpbuff);
292  if (ret < 0) {
293  debug("bb.sms.cimd", 0, "sending poll message failed");
294  goto error;
295  }
296  /* block while waiting for answer that dataset ends to a 0x0A */
297  for (;;) {
298 
299  newline = memchr(smsc->buffer, 0x0A, smsc->buflen);
300  if (newline != NULL) break;
301 
302  newline = memchr(smsc->buffer, 0x03, smsc->buflen);
303  if (newline != NULL) break;
304 
305  ret = smscenter_read_into_buffer(smsc);
306  if (ret <= 0) {
307  debug("bb.sms.cimd", 0, "read_into_buffer failed!, ret=%d", ret);
308  goto error;
309  }
310 
311  usleep(500);
312 
313  /* Reconnect if no results in 30 seconds */
314  if (time(NULL) > (thetime + 30)) {
315 
316  error(0, "timeout occurred, maybe the connection was broken?");
317 
318  /* Reconnect if neccessary, this catches most of them */
319  /* XXX this is an ugly kludge, but then again,
320  CIMD 1.3 is an ugly kludge. */
321  connect_tcpip(smsc);
322  goto no_messages;
323 
324  }
325 
326  }
327 
328  /* if we got an nck, cut the message out and return 0 */
329  newline = memchr(smsc->buffer, 0x15, smsc->buflen);
330  if (newline != NULL) {
331  newline = memchr(smsc->buffer, 0x0A, smsc->buflen);
332  if (newline == NULL)
333  newline = memchr(smsc->buffer, 0x03, smsc->buflen);
334  smscenter_remove_from_buffer(smsc, newline - smsc->buffer + 1);
335  goto no_messages;
336  }
337 
338  /* miracle of miracles, we got a message */
339  gw_free(tmpbuff);
340  return 1;
341 
342 no_messages:
343  gw_free(tmpbuff);
344  return 0;
345 
346 error:
347 
348  debug("bb.sms.cimd", 0, "smscenter_pending_smsmessage: returning error");
349  gw_free(tmpbuff);
350  return -1;
351 }
error
void error(int err, const char *fmt,...)
Definition: log.c:648
connect_tcpip
static int connect_tcpip(SMSCenter *smsc)
Definition: smsc_cimd.c:561
SMSCenter::buflen
size_t buflen
Definition: smsc_p.h:186
smscenter_read_into_buffer
int smscenter_read_into_buffer(SMSCenter *smsc)
Definition: smsc.c:348
write_to_socket
int write_to_socket(int socket, char *str)
Definition: socket.c:345
smscenter_remove_from_buffer
void smscenter_remove_from_buffer(SMSCenter *smsc, size_t n)
Definition: smsc.c:412
SMSCenter::socket
int socket
Definition: smsc_p.h:115
debug
void debug(const char *place, int err, const char *fmt,...)
Definition: log.c:726
SMSCenter::buffer
char * buffer
Definition: smsc_p.h:184
SMSCenter::cimd_last_spoke
time_t cimd_last_spoke
Definition: smsc_p.h:141

◆ cimd_receive_msg()

int cimd_receive_msg ( SMSCenter *  smsc,
Msg **  msg 
)

Definition at line 470 of file smsc_cimd.c.

References SMSCenter::buffer, SMSCenter::buflen, SMSCenter::cimd_last_spoke, debug(), error(), msg, msg_create, octstr_create, parse_cimd_to_iso88591(), send_acknowledge(), smscenter_remove_from_buffer(), and text.

Referenced by smscenter_receive_msg().

471 {
472 
473  char *tmpbuff = NULL, *sender = NULL;
474  char *receiver = NULL, *text = NULL, *scts = NULL;
475  char *tmpchar = NULL;
476 
477  debug("bb.sms.cimd", 0, "cimd_receive_smsmessage: starting");
478 
479  /* the PENDING function has previously requested for
480  the message and checked that it safely found its
481  way into the memory buffer (smsc->buffer) */
482 
483  /* we want to temporarily store some data */
484  tmpbuff = gw_malloc(10 * 1024);
485  sender = gw_malloc(10 * 1024);
486  receiver = gw_malloc(10 * 1024);
487  text = gw_malloc(10 * 1024);
488  scts = gw_malloc(10 * 1024);
489 
490  memset(tmpbuff, 0, 10 * 1024);
491  memset(sender, 0, 10 * 1024);
492  memset(receiver, 0, 10 * 1024);
493  memset(text, 0, 10 * 1024);
494  memset(scts, 0, 10 * 1024);
495 
496  /* cut the raw message out from the message buffer */
497  tmpchar = memchr(smsc->buffer, 0x0A, smsc->buflen);
498  if (tmpchar == NULL) {
499  tmpchar = memchr(smsc->buffer, 0x03, smsc->buflen);
500  if (tmpchar == NULL) goto error;
501  }
502 
503  strncpy(tmpbuff, smsc->buffer, tmpchar - smsc->buffer);
504  smscenter_remove_from_buffer(smsc, tmpchar - smsc->buffer + 1);
505 
506  /* Parse the raw message */
507  sscanf(tmpbuff,
508  "\x02\x06\tC:05\t%[^\t]\t%[^\t]\t%[^\t]\t%[^\t]\t11\x03\x0A",
509  receiver, sender, text, scts);
510 
511  sscanf(tmpbuff,
512  "\x02\x06\tC:05\t%[^\t]\t%[^\t]\t%[^\t]\t%[^\t]\t11\x03",
513  receiver, sender, text, scts);
514 
515  /* Translate from the CIMD character set to iso8859-1 */
516  parse_cimd_to_iso88591(text, tmpbuff, 10*1024);
517  strncpy(text, tmpbuff, 480);
518 
519  /* create a smsmessage structure out of the components */
520  *msg = msg_create(sms);
521  if (*msg == NULL) return -1;
522  (*msg)->sms.sender = octstr_create(sender);
523  (*msg)->sms.receiver = octstr_create(receiver);
524  (*msg)->sms.msgdata = octstr_create(text);
525 
526  /* Send acknowledge */
527  send_acknowledge(smsc);
528 
529  /* We got a message so we can instantly check for a new one. */
530  smsc->cimd_last_spoke -= 5;
531 
532  /* Free and Finish */
533 
534  gw_free(tmpbuff);
535  gw_free(sender);
536  gw_free(receiver);
537  gw_free(text);
538  gw_free(scts);
539 
540  debug("bb.sms.cimd", 0, "cimd_receive_smsmessage: return ok");
541 
542  return 1;
543 
544 error:
545  debug("bb.sms.cimd", 0, "cimd_receive_smsmessage: failed");
546  gw_free(tmpbuff);
547  gw_free(sender);
548  gw_free(receiver);
549  gw_free(text);
550  gw_free(scts);
551 
552  debug("bb.sms.cimd", 0, "cimd_receive_smsmessage: return failed");
553 
554  return -1;
555 }
error
void error(int err, const char *fmt,...)
Definition: log.c:648
SMSCenter::buflen
size_t buflen
Definition: smsc_p.h:186
msg_create
#define msg_create(type)
Definition: msg.h:136
text
char * text
Definition: smsc_cimd2.c:921
send_acknowledge
static int send_acknowledge(SMSCenter *smsc)
Definition: smsc_cimd.c:640
smscenter_remove_from_buffer
void smscenter_remove_from_buffer(SMSCenter *smsc, size_t n)
Definition: smsc.c:412
parse_cimd_to_iso88591
static int parse_cimd_to_iso88591(char *from, char *to, int length)
Definition: smsc_cimd.c:923
octstr_create
#define octstr_create(cstr)
Definition: octstr.h:125
debug
void debug(const char *place, int err, const char *fmt,...)
Definition: log.c:726
SMSCenter::buffer
char * buffer
Definition: smsc_p.h:184
msg
static XMLRPCDocument * msg
Definition: test_xmlrpc.c:86
SMSCenter::cimd_last_spoke
time_t cimd_last_spoke
Definition: smsc_p.h:141

◆ cimd_reopen()

int cimd_reopen ( SMSCenter *  smsc)

Definition at line 210 of file smsc_cimd.c.

References cimd_close(), cimd_open_connection(), and error().

Referenced by smsc_reopen().

211 {
212 
213  cimd_close(smsc);
214 
215  if (cimd_open_connection(smsc) < 0) {
216  error(0, "Failed to re-open the connection!");
217  return -1;
218  }
219  return 0;
220 }
error
void error(int err, const char *fmt,...)
Definition: log.c:648
cimd_open_connection
static int cimd_open_connection(SMSCenter *smsc)
Definition: smsc_cimd.c:104
cimd_close
int cimd_close(SMSCenter *smsc)
Definition: smsc_cimd.c:228

◆ cimd_submit_msg()

int cimd_submit_msg ( SMSCenter *  smsc,
Msg *  msg 
)

Definition at line 358 of file smsc_cimd.c.

References SMSCenter::alt_charset, SMSCenter::buffer, debug(), error(), expect_acknowledge(), msg, octstr_append_from_hex(), octstr_create, octstr_get_cstr, octstr_get_many_chars(), octstr_len(), parse_iso88591_to_cimd(), send_acknowledge(), SMSCenter::socket, warning(), and write_to_socket().

Referenced by smscenter_submit_msg().

359 {
360 
361  char *tmpbuff = NULL, *tmptext = NULL;
362  char msgtext[1024];
363  int ret;
364  int cmd = 0, err = 0;
365 
366  /* Fix these by implementing a could-not-send-because-
367  protocol-does-not-allow in smsc.c or smsgateway.c */
368  if (octstr_len(msg->sms.msgdata) + octstr_len(msg->sms.udhdata) < 1) {
369  if (msg->sms.msgdata == NULL)
370  msg->sms.msgdata = octstr_create("");
371  octstr_append_from_hex(msg->sms.msgdata, "20");
372  }
373  if (octstr_len(msg->sms.sender) < 1) {
374  warning(0, "cimd_submit_smsmessage: ignoring message with 0-length field");
375  goto okay; /* THIS IS NOT OKAY!!!! XXX */
376  }
377  if (octstr_len(msg->sms.receiver) < 1) {
378  warning(0, "cimd_submit_smsmessage: ignoring message with 0-length field");
379  goto okay; /* THIS IS NOT OKAY!!!! XXX */
380  }
381 
382  tmpbuff = gw_malloc(10 * 1024);
383  tmptext = gw_malloc(10 * 1024);
384 
385  memset(tmpbuff, 0, 10*1024);
386  memset(tmptext, 0, 10*1024);
387  memset(msgtext, 0, sizeof(msgtext));
388 
389  if (octstr_len(msg->sms.udhdata)) {
390  octstr_get_many_chars(msgtext, msg->sms.udhdata, 0, octstr_len(msg->sms.udhdata));
391  octstr_get_many_chars(msgtext + octstr_len(msg->sms.udhdata),
392  msg->sms.msgdata, 0,
393  140 - octstr_len(msg->sms.udhdata));
394  } else {
395  octstr_get_many_chars(msgtext, msg->sms.msgdata, 0,
396  octstr_len(msg->sms.msgdata));
397  }
398 
399  /* XXX parse_iso88591_to_cimd should use Octstr
400  * directly, or get a char* and a length, instead of using NUL
401  * terminated strings.
402  */
403  parse_iso88591_to_cimd(msgtext, tmptext, 10*1024, smsc->alt_charset);
404 
405  /* If messages has UDHs, add the magic number 31 to the right spot */
406  sprintf(tmpbuff, "%c%s%c%s%c%s%c%s%c%s%c%s%c%s%c%c",
407  0x02,
408  "03", 0x09,
409  octstr_get_cstr(msg->sms.receiver), 0x09,
410  tmptext, 0x09,
411  "", 0x09,
412  "", 0x09,
413  (octstr_len(msg->sms.udhdata)) ? "31" : "", 0x09,
414  "11", 0x03, 0x0A);
415 
416  ret = write_to_socket(smsc->socket, tmpbuff);
417  if (ret < 0) {
418  debug("bb.sms.cimd", 0, "cimd_submit_smsmessage: socket write error");
419  goto error;
420  }
421 
422  /* The Nokia SMSC MAY be configured to send delivery
423  information, which we then will HAVE to acknowledge.
424  Naturally the CIMD 1.3 protocol does not include any
425  kind of negotiation mechanism. */
426  ret = expect_acknowledge(smsc, &cmd, &err);
427 
428  if (ret >= 1) {
429 
430  if (cmd == 4) {
431  send_acknowledge(smsc);
432  goto okay;
433  } else if (cmd == 3) {
434  goto okay;
435  }
436 
437  } else if (ret == 0) {
438 
439  if (cmd == 4) {
440  send_acknowledge(smsc);
441  goto okay; /* FIXME XXX THIS IS BOGUS, FIX SMSGATEWAY.C */
442  goto error;
443  } else if (cmd == 3) {
444  goto okay; /* FIXME XXX THIS IS BOGUS, FIX SMSGATEWAY.C */
445  goto error;
446  } else {
447  error(0, "Unexpected behaviour from the CIMD server");
448  debug("bb.sms.cimd", 0, "cimd_submit_smsmessage: acknowledge was <%i>", ret);
449  debug("bb.sms.cimd", 0, "cimd_submit_smsmessage: buffer==<%s>", smsc->buffer);
450  goto error;
451  }
452 
453  }
454 
455 okay:
456  gw_free(tmpbuff);
457  gw_free(tmptext);
458  return 0;
459 
460 error:
461  debug("bb.sms.cimd", 0, "cimd_submit_smsmessage: returning error");
462  gw_free(tmpbuff);
463  gw_free(tmptext);
464  return -1;
465 
466 }
error
void error(int err, const char *fmt,...)
Definition: log.c:648
octstr_append_from_hex
void octstr_append_from_hex(Octstr *ostr, char *hex)
Definition: octstr.c:451
parse_iso88591_to_cimd
static int parse_iso88591_to_cimd(char *from, char *to, int length, int alt_charset)
Definition: smsc_cimd.c:767
octstr_get_cstr
#define octstr_get_cstr(ostr)
Definition: octstr.h:233
write_to_socket
int write_to_socket(int socket, char *str)
Definition: socket.c:345
send_acknowledge
static int send_acknowledge(SMSCenter *smsc)
Definition: smsc_cimd.c:640
warning
void warning(int err, const char *fmt,...)
Definition: log.c:660
octstr_create
#define octstr_create(cstr)
Definition: octstr.h:125
SMSCenter::socket
int socket
Definition: smsc_p.h:115
octstr_len
long octstr_len(const Octstr *ostr)
Definition: octstr.c:342
debug
void debug(const char *place, int err, const char *fmt,...)
Definition: log.c:726
SMSCenter::buffer
char * buffer
Definition: smsc_p.h:184
SMSCenter::alt_charset
long alt_charset
Definition: smsc_p.h:106
octstr_get_many_chars
void octstr_get_many_chars(char *buf, Octstr *ostr, long pos, long len)
Definition: octstr.c:425
msg
static XMLRPCDocument * msg
Definition: test_xmlrpc.c:86
expect_acknowledge
static int expect_acknowledge(SMSCenter *smsc, int *cmd, int *err)
Definition: smsc_cimd.c:672

◆ connect_tcpip()

static int connect_tcpip ( SMSCenter *  smsc)
static

Definition at line 561 of file smsc_cimd.c.

References SMSCenter::buffer, SMSCenter::buflen, SMSCenter::bufsize, SMSCenter::cimd_hostname, SMSCenter::cimd_last_spoke, SMSCenter::cimd_password, SMSCenter::cimd_port, SMSCenter::cimd_username, debug(), expect_acknowledge(), SMSCenter::name, smscenter_read_into_buffer(), smscenter_remove_from_buffer(), SMSCenter::socket, tcpip_connect_to_server(), and write_to_socket().

Referenced by cimd_pending_smsmessage().

562 {
563 
564  char *tmpbuff = NULL;
565  int ret = 0;
566  int cmd = 0, err = 0;
567 
568  debug("bb.sms.cimd", 0, "reconnecting to <%s>", smsc->name);
569 
570  /* allocate some spare space */
571  tmpbuff = gw_malloc(10 * 1024);
572  memset(tmpbuff, 0, 10*1024);
573 
574  /* Close connection */
575  close(smsc->socket);
576 
577  smsc->socket = -1;
578 
579  /* Be sure to open a socket. */
580  for (;;) {
581  smsc->socket = tcpip_connect_to_server(
582  smsc->cimd_hostname, smsc->cimd_port,
583  NULL);
584  /* XXX add interface_name if required */
585 
586  if (smsc->socket != -1) break;
587 
588  usleep(1000);
589  }
590 
591  /* Empty the buffer, there might be an evil ghost inside... */
592 
593  memset(smsc->buffer, 0, smsc->bufsize);
594  smsc->buflen = 0;
595 
596  /* Expect the protocol string "CIMD rel 1.37\n" */
597  for (;;) {
598  ret = smscenter_read_into_buffer(smsc);
599  if (ret < 0) goto logout;
600  if (strstr(smsc->buffer, "CIMD rel 1.37\n") != NULL)
601  break;
602  usleep(1000);
603  }
604  smscenter_remove_from_buffer(smsc, smsc->buflen);
605 
606  /* send login string */
607  sprintf(tmpbuff, "%c%s%c%s%c%s%c%s%c%c",
608  0x02,
609  "01", 0x09,
610  smsc->cimd_username, 0x09,
611  smsc->cimd_password, 0x09,
612  "11",
613  0x03, 0x0A);
614 
615  ret = write_to_socket(smsc->socket, tmpbuff);
616  if (ret < 0) goto logout;
617 
618  /* get an acknowledge message */
619 
620  smsc->cimd_last_spoke = 0;
621 
622  if (expect_acknowledge(smsc, &cmd, &err) < 1)
623  goto logout;
624 
625  debug("bb.sms.cimd", 0, "cimd_connect_tcpip: logged in");
626 
627  gw_free(tmpbuff);
628 
629  return 1;
630 
631 logout:
632  close(smsc->socket);
633  gw_free(tmpbuff);
634  return 0;
635 }
SMSCenter::bufsize
size_t bufsize
Definition: smsc_p.h:185
tcpip_connect_to_server
int tcpip_connect_to_server(char *hostname, int port, const char *source_addr)
Definition: socket.c:149
SMSCenter::buflen
size_t buflen
Definition: smsc_p.h:186
smscenter_read_into_buffer
int smscenter_read_into_buffer(SMSCenter *smsc)
Definition: smsc.c:348
write_to_socket
int write_to_socket(int socket, char *str)
Definition: socket.c:345
smscenter_remove_from_buffer
void smscenter_remove_from_buffer(SMSCenter *smsc, size_t n)
Definition: smsc.c:412
SMSCenter::socket
int socket
Definition: smsc_p.h:115
SMSCenter::cimd_port
int cimd_port
Definition: smsc_p.h:138
SMSCenter::cimd_hostname
char * cimd_hostname
Definition: smsc_p.h:137
debug
void debug(const char *place, int err, const char *fmt,...)
Definition: log.c:726
SMSCenter::buffer
char * buffer
Definition: smsc_p.h:184
SMSCenter::cimd_username
char * cimd_username
Definition: smsc_p.h:139
SMSCenter::name
char name[1024]
Definition: smsc_p.h:96
SMSCenter::cimd_password
char * cimd_password
Definition: smsc_p.h:140
SMSCenter::cimd_last_spoke
time_t cimd_last_spoke
Definition: smsc_p.h:141
expect_acknowledge
static int expect_acknowledge(SMSCenter *smsc, int *cmd, int *err)
Definition: smsc_cimd.c:672

◆ expect_acknowledge()

static int expect_acknowledge ( SMSCenter *  smsc,
int *  cmd,
int *  err 
)
static

Definition at line 672 of file smsc_cimd.c.

References SMSCenter::buffer, SMSCenter::buflen, debug(), error(), info(), smscenter_read_into_buffer(), and smscenter_remove_from_buffer().

Referenced by cimd_open_connection(), cimd_submit_msg(), and connect_tcpip().

673 {
674 
675  char *end_of_dataset = NULL;
676  char *ack = NULL, *nck = NULL;
677  char *cmdspecifier = NULL, *errorspecifier = NULL;
678  int ret = 0;
679 
680 #if 0
681  time_t thetime;
682  time(&thetime);
683 #endif
684 
685  if (smsc == NULL) goto error;
686 
687  /* Loop until we get an acknowledgement message. */
688  for (;;) {
689 
690  /* If the server is configured in to end a dataset with a \n */
691  end_of_dataset = memchr(smsc->buffer, '\n', smsc->buflen);
692  if (end_of_dataset != NULL) break;
693 
694  /* If the server is configured in to end a dataset with a \3 */
695  end_of_dataset = memchr(smsc->buffer, 0x03, smsc->buflen);
696  if (end_of_dataset != NULL) break;
697 
698  ret = smscenter_read_into_buffer(smsc);
699  if (ret <= 0) {
700  if (errno == EAGAIN) continue;
701  if (errno == EINTR) continue;
702  return -1;
703  }
704 
705  usleep(500);
706 
707 #if 0
708  /* Abort if no results in 30 seconds */
709 
710  if (time(NULL) > (thetime + 30)) {
711 
712  error(0, "timeout occurred, maybe the connection was broken?");
713  if (errno == EPIPE) {
714  error(0, "broken pipe");
715  } /* if errno */
716 
717  goto error;
718 
719  } /* if time */
720 #endif
721  }
722 
723  /* Check if our request was answered or denied */
724  ack = memchr(smsc->buffer, 0x06, end_of_dataset - smsc->buffer);
725  nck = memchr(smsc->buffer, 0x15, end_of_dataset - smsc->buffer);
726 
727  /* Get the command code from the acknowledge message */
728  cmdspecifier = strstr(smsc->buffer, "\tC:");
729  if (cmdspecifier != NULL)
730  *cmd = strtol(cmdspecifier + 3, NULL, 10);
731  else
732  *cmd = 0;
733 
734  errorspecifier = strstr(smsc->buffer, "\tE:");
735  if (errorspecifier != NULL)
736  *err = strtol(errorspecifier + 3, NULL, 10);
737  else
738  *err = 0;
739 
740  debug("bb.sms.cimd", 0, "cimd_pending_smsmessage: smsc->buffer == <%s>", smsc->buffer);
741 
742  /* Remove the acknowledge message from the incoming buffer. */
743  smscenter_remove_from_buffer(smsc, end_of_dataset - smsc->buffer + 1);
744 
745  /* if we got an acknowledge */
746  if (ack != NULL) {
747  info(0, "cimd_pending_smsmessage: got ACK");
748  return 1;
749  }
750 
751  /* if we got an NOT acknowledge */
752  if (nck != NULL) {
753  info(0, "cimd_pending_smsmessage: got NCK");
754  return 0;
755  }
756 
757  /* if we got an ERROR */
758 error:
759  error(0, "cimd_expect_acknowledge failed");
760  return -1;
761 
762 }
error
void error(int err, const char *fmt,...)
Definition: log.c:648
info
void info(int err, const char *fmt,...)
Definition: log.c:672
SMSCenter::buflen
size_t buflen
Definition: smsc_p.h:186
smscenter_read_into_buffer
int smscenter_read_into_buffer(SMSCenter *smsc)
Definition: smsc.c:348
smscenter_remove_from_buffer
void smscenter_remove_from_buffer(SMSCenter *smsc, size_t n)
Definition: smsc.c:412
debug
void debug(const char *place, int err, const char *fmt,...)
Definition: log.c:726
SMSCenter::buffer
char * buffer
Definition: smsc_p.h:184

◆ parse_cimd_to_iso88591()

static int parse_cimd_to_iso88591 ( char *  from,
char *  to,
int  length 
)
static

Definition at line 923 of file smsc_cimd.c.

References debug(), and from.

Referenced by cimd_receive_msg().

924 {
925 
926  int my_int, temp_int;
927 
928  *to = '\0';
929 
930  for (my_int = 0; my_int < (int)strlen(from) && (int)strlen(to) < length; ) {
931 
932  if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == '"') {
933  strcat(to, "ä); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == '*') { strcat(to, "å"); my_int += 3; } /* argh, this drives me nu---uuutts */ else if (from[my_int] == '@') { strcat(to, "@"); my_int ++; } else if (from[my_int] == '_' && from[my_int + 1] == 'O' && from[my_int + 2] == 'a') { strcat(to, "@"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'L' && from[my_int + 2] == '-') { strcat(to, "£"); my_int += 3; } /* this following one is against specifications but what to do * when it works?!? (the other is NOT used) rpr 1.10. */ else if (from[my_int] == '$') { strcat(to, "$"); my_int ++; } else if (from[my_int] == '_' && from[my_int + 1] == '$' && from[my_int + 2] == ' ') { strcat(to, "$"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'A' && from[my_int + 2] == '*') { strcat(to, "Å"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'o' && from[my_int + 2] == '"') { strcat(to, "ö"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'A' && from[my_int + 2] == '"') { strcat(to, "Ä"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'O' && from[my_int + 2] == '"') { strcat(to, "Ö"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'Y' && from[my_int + 2] == '-') { strcat(to, "¥"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'e' && from[my_int + 2] == '`') { strcat(to, "è"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'e' && from[my_int + 2] == '´') { strcat(to, "é"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'u' && from[my_int + 2] == '`') { strcat(to, "ù"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'i' && from[my_int + 2] == '`') { strcat(to, "ì"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'o' && from[my_int + 2] == '`') { strcat(to, "ò"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'C' && from[my_int + 2] == ',') { strcat(to, "Ç"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'O' && from[my_int + 2] == '/') { strcat(to, "Ø"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'o' && from[my_int + 2] == '/') { strcat(to, "ø"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'A' && from[my_int + 2] == 'E') { strcat(to, "Æ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == 'e') { strcat(to, "æ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 's' && from[my_int + 2] == 's') { strcat(to, "ß"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'E' && from[my_int + 2] == '´') { strcat(to, "É"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '?' && from[my_int + 2] == '?') { strcat(to, "¿"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'U' && from[my_int + 2] == '"') { strcat(to, "Ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'n' && from[my_int + 2] == '~' ) { strcat(to, "ñ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'u' && from[my_int + 2] == '"') { strcat(to, "ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == '`') { strcat(to, "à"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '!' && from[my_int + 2] == '!') { strcat(to, "¡"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '-' && from[my_int + 2] == '-') { strcat(to, "_"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'N' && from[my_int + 2] == '~') { strcat(to, "_"); my_int += 3; } /* I just LOVE the designers of this protocol -mg */ else if (from[my_int] == ']') { strcat(to, "Å"); my_int++; } else if (from[my_int] == '}') { strcat(to, "å"); my_int++; } else if (from[my_int] == '[') { strcat(to, "Ä"); my_int++; } else if (from[my_int] == '{') { strcat(to, "ä"); my_int++; } else if (from[my_int] == '\\') { strcat(to, "Ö"); my_int++; } else if (from[my_int] == '|') { strcat(to, "ö"); my_int++; } else if (from[my_int] == '!') { strcat(to, "!"); my_int++; } else if (from[my_int] == '"') { strcat(to, "\""); my_int++; } else if (from[my_int] == '#') { strcat(to, "#"); my_int++; } else if (from[my_int] == '¤') { strcat(to, "¤"); my_int++; } else if (from[my_int] == '%') { strcat(to, "%"); my_int++; } else if (from[my_int] == '&') { strcat(to, "&"); my_int++; } else if (from[my_int] == '\'') { strcat(to, "'"); my_int++; } else if (from[my_int] == '(') { strcat(to, "("); my_int++; } else if (from[my_int] == ')') { strcat(to, ")"); my_int++; } else if (from[my_int] == '*') { strcat(to, "*"); my_int++; } else if (from[my_int] == '+') { strcat(to, "+"); my_int++; } else if (from[my_int] == ',') { strcat(to, ","); my_int++; } else if (from[my_int] == '-') { strcat(to, "-"); my_int++; } else if (from[my_int] == '.') { strcat(to, "."); my_int++; } else if (from[my_int] == '/') { strcat(to, "/"); my_int++; } else if (from[my_int] == '0') { strcat(to, "0"); my_int++; } else if (from[my_int] == '1') { strcat(to, "1"); my_int++; } else if (from[my_int] == '2') { strcat(to, "2"); my_int++; } else if (from[my_int] == '3') { strcat(to, "3"); my_int++; } else if (from[my_int] == '4') { strcat(to, "4"); my_int++; } else if (from[my_int] == '5') { strcat(to, "5"); my_int++; } else if (from[my_int] == '6') { strcat(to, "6"); my_int++; } else if (from[my_int] == '7') { strcat(to, "7"); my_int++; } else if (from[my_int] == '8') { strcat(to, "8"); my_int++; } else if (from[my_int] == '9') { strcat(to, "9"); my_int++; } else if (from[my_int] == ':') { strcat(to, ":"); my_int++; } else if (from[my_int] == ';') { strcat(to, ";"); my_int++; } else if (from[my_int] == '<') { strcat(to, "<"); my_int++; } else if (from[my_int] == '=') { strcat(to, "="); my_int++; } else if (from[my_int] == '>') { strcat(to, ">"); my_int++; } else if (from[my_int] == '?') { strcat(to, "?"); my_int++; } else if (from[my_int] == 'A') { strcat(to, "A"); my_int++; } else if (from[my_int] == 'B') { strcat(to, "B"); my_int++; } else if (from[my_int] == 'C') { strcat(to, "C"); my_int++; } else if (from[my_int] == 'D') { strcat(to, "D"); my_int++; } else if (from[my_int] == 'E') { strcat(to, "E"); my_int++; } else if (from[my_int] == 'F') { strcat(to, "F"); my_int++; } else if (from[my_int] == 'G') { strcat(to, "G"); my_int++; } else if (from[my_int] == 'H') { strcat(to, "H"); my_int++; } else if (from[my_int] == 'I') { strcat(to, "I"); my_int++; } else if (from[my_int] == 'J') { strcat(to, "J"); my_int++; } else if (from[my_int] == 'K') { strcat(to, "K"); my_int++; } else if (from[my_int] == 'L') { strcat(to, "L"); my_int++; } else if (from[my_int] == 'M') { strcat(to, "M"); my_int++; } else if (from[my_int] == 'N') { strcat(to, "N"); my_int++; } else if (from[my_int] == 'O') { strcat(to, "O"); my_int++; } else if (from[my_int] == 'P') { strcat(to, "P"); my_int++; } else if (from[my_int] == 'Q') { strcat(to, "Q"); my_int++; } else if (from[my_int] == 'R') { strcat(to, "R"); my_int++; } else if (from[my_int] == 'S') { strcat(to, "S"); my_int++; } else if (from[my_int] == 'T') { strcat(to, "T"); my_int++; } else if (from[my_int] == 'U') { strcat(to, "U"); my_int++; } else if (from[my_int] == 'V') { strcat(to, "V"); my_int++; } else if (from[my_int] == 'W') { strcat(to, "W"); my_int++; } else if (from[my_int] == 'X') { strcat(to, "X"); my_int++; } else if (from[my_int] == 'Y') { strcat(to, "Y"); my_int++; } else if (from[my_int] == 'Z') { strcat(to, "Z"); my_int++; } else if (from[my_int] == 'a') { strcat(to, "a"); my_int++; } else if (from[my_int] == 'b') { strcat(to, "b"); my_int++; } else if (from[my_int] == 'c') { strcat(to, "c"); my_int++; } else if (from[my_int] == 'd') { strcat(to, "d"); my_int++; } else if (from[my_int] == 'e') { strcat(to, "e"); my_int++; } else if (from[my_int] == 'f') { strcat(to, "f"); my_int++; } else if (from[my_int] == 'g') { strcat(to, "g"); my_int++; } else if (from[my_int] == 'h') { strcat(to, "h"); my_int++; } else if (from[my_int] == 'i') { strcat(to, "i"); my_int++; } else if (from[my_int] == 'j') { strcat(to, "j"); my_int++; } else if (from[my_int] == 'k') { strcat(to, "k"); my_int++; } else if (from[my_int] == 'l') { strcat(to, "l"); my_int++; } else if (from[my_int] == 'm') { strcat(to, "m"); my_int++; } else if (from[my_int] == 'n') { strcat(to, "n"); my_int++; } else if (from[my_int] == 'o') { strcat(to, "o"); my_int++; } else if (from[my_int] == 'p') { strcat(to, "p"); my_int++; } else if (from[my_int] == 'q') { strcat(to, "q"); my_int++; } else if (from[my_int] == 'r') { strcat(to, "r"); my_int++; } else if (from[my_int] == 's') { strcat(to, "s"); my_int++; } else if (from[my_int] == 't') { strcat(to, "t"); my_int++; } else if (from[my_int] == 'u') { strcat(to, "u"); my_int++; } else if (from[my_int] == 'v') { strcat(to, "v"); my_int++; } else if (from[my_int] == 'w') { strcat(to, "w"); my_int++; } else if (from[my_int] == 'x') { strcat(to, "x"); my_int++; } else if (from[my_int] == 'y') { strcat(to, "y"); my_int++; } else if (from[my_int] == 'z') { strcat(to, "z"); my_int++; } else if (from[my_int] == ' ') { strcat(to, " "); my_int++; } else if (from[my_int] == '\r') { strcat(to, "\r"); my_int++; } else if (from[my_int] == '\n') { strcat(to, "\n"); my_int++; } else { /* of course it might be that nothing happened */ debug("bb.sms.cimd", 0, "parse: [%c:%02X %c:%02X %c:%02X]", from[my_int], from[my_int], from[my_int + 1], from[my_int + 1], from[my_int + 2], from[my_int + 2]); temp_int = strlen(to); to[temp_int] = 0xBF; /* '¿' */ to[temp_int + 1] = '\0'; my_int++; } } /* for */ return strlen(to); } ");
934  my_int += 3;
935  } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == '*') {
936  strcat(to, "å); my_int += 3; } /* argh, this drives me nu---uuutts */ else if (from[my_int] == '@') { strcat(to, "@"); my_int ++; } else if (from[my_int] == '_' && from[my_int + 1] == 'O' && from[my_int + 2] == 'a') { strcat(to, "@"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'L' && from[my_int + 2] == '-') { strcat(to, "£"); my_int += 3; } /* this following one is against specifications but what to do * when it works?!? (the other is NOT used) rpr 1.10. */ else if (from[my_int] == '$') { strcat(to, "$"); my_int ++; } else if (from[my_int] == '_' && from[my_int + 1] == '$' && from[my_int + 2] == ' ') { strcat(to, "$"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'A' && from[my_int + 2] == '*') { strcat(to, "Å"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'o' && from[my_int + 2] == '"') { strcat(to, "ö"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'A' && from[my_int + 2] == '"') { strcat(to, "Ä"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'O' && from[my_int + 2] == '"') { strcat(to, "Ö"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'Y' && from[my_int + 2] == '-') { strcat(to, "¥"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'e' && from[my_int + 2] == '`') { strcat(to, "è"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'e' && from[my_int + 2] == '´') { strcat(to, "é"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'u' && from[my_int + 2] == '`') { strcat(to, "ù"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'i' && from[my_int + 2] == '`') { strcat(to, "ì"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'o' && from[my_int + 2] == '`') { strcat(to, "ò"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'C' && from[my_int + 2] == ',') { strcat(to, "Ç"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'O' && from[my_int + 2] == '/') { strcat(to, "Ø"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'o' && from[my_int + 2] == '/') { strcat(to, "ø"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'A' && from[my_int + 2] == 'E') { strcat(to, "Æ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == 'e') { strcat(to, "æ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 's' && from[my_int + 2] == 's') { strcat(to, "ß"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'E' && from[my_int + 2] == '´') { strcat(to, "É"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '?' && from[my_int + 2] == '?') { strcat(to, "¿"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'U' && from[my_int + 2] == '"') { strcat(to, "Ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'n' && from[my_int + 2] == '~' ) { strcat(to, "ñ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'u' && from[my_int + 2] == '"') { strcat(to, "ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == '`') { strcat(to, "à"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '!' && from[my_int + 2] == '!') { strcat(to, "¡"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '-' && from[my_int + 2] == '-') { strcat(to, "_"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'N' && from[my_int + 2] == '~') { strcat(to, "_"); my_int += 3; } /* I just LOVE the designers of this protocol -mg */ else if (from[my_int] == ']') { strcat(to, "Å"); my_int++; } else if (from[my_int] == '}') { strcat(to, "å"); my_int++; } else if (from[my_int] == '[') { strcat(to, "Ä"); my_int++; } else if (from[my_int] == '{') { strcat(to, "ä"); my_int++; } else if (from[my_int] == '\\') { strcat(to, "Ö"); my_int++; } else if (from[my_int] == '|') { strcat(to, "ö"); my_int++; } else if (from[my_int] == '!') { strcat(to, "!"); my_int++; } else if (from[my_int] == '"') { strcat(to, "\""); my_int++; } else if (from[my_int] == '#') { strcat(to, "#"); my_int++; } else if (from[my_int] == '¤') { strcat(to, "¤"); my_int++; } else if (from[my_int] == '%') { strcat(to, "%"); my_int++; } else if (from[my_int] == '&') { strcat(to, "&"); my_int++; } else if (from[my_int] == '\'') { strcat(to, "'"); my_int++; } else if (from[my_int] == '(') { strcat(to, "("); my_int++; } else if (from[my_int] == ')') { strcat(to, ")"); my_int++; } else if (from[my_int] == '*') { strcat(to, "*"); my_int++; } else if (from[my_int] == '+') { strcat(to, "+"); my_int++; } else if (from[my_int] == ',') { strcat(to, ","); my_int++; } else if (from[my_int] == '-') { strcat(to, "-"); my_int++; } else if (from[my_int] == '.') { strcat(to, "."); my_int++; } else if (from[my_int] == '/') { strcat(to, "/"); my_int++; } else if (from[my_int] == '0') { strcat(to, "0"); my_int++; } else if (from[my_int] == '1') { strcat(to, "1"); my_int++; } else if (from[my_int] == '2') { strcat(to, "2"); my_int++; } else if (from[my_int] == '3') { strcat(to, "3"); my_int++; } else if (from[my_int] == '4') { strcat(to, "4"); my_int++; } else if (from[my_int] == '5') { strcat(to, "5"); my_int++; } else if (from[my_int] == '6') { strcat(to, "6"); my_int++; } else if (from[my_int] == '7') { strcat(to, "7"); my_int++; } else if (from[my_int] == '8') { strcat(to, "8"); my_int++; } else if (from[my_int] == '9') { strcat(to, "9"); my_int++; } else if (from[my_int] == ':') { strcat(to, ":"); my_int++; } else if (from[my_int] == ';') { strcat(to, ";"); my_int++; } else if (from[my_int] == '<') { strcat(to, "<"); my_int++; } else if (from[my_int] == '=') { strcat(to, "="); my_int++; } else if (from[my_int] == '>') { strcat(to, ">"); my_int++; } else if (from[my_int] == '?') { strcat(to, "?"); my_int++; } else if (from[my_int] == 'A') { strcat(to, "A"); my_int++; } else if (from[my_int] == 'B') { strcat(to, "B"); my_int++; } else if (from[my_int] == 'C') { strcat(to, "C"); my_int++; } else if (from[my_int] == 'D') { strcat(to, "D"); my_int++; } else if (from[my_int] == 'E') { strcat(to, "E"); my_int++; } else if (from[my_int] == 'F') { strcat(to, "F"); my_int++; } else if (from[my_int] == 'G') { strcat(to, "G"); my_int++; } else if (from[my_int] == 'H') { strcat(to, "H"); my_int++; } else if (from[my_int] == 'I') { strcat(to, "I"); my_int++; } else if (from[my_int] == 'J') { strcat(to, "J"); my_int++; } else if (from[my_int] == 'K') { strcat(to, "K"); my_int++; } else if (from[my_int] == 'L') { strcat(to, "L"); my_int++; } else if (from[my_int] == 'M') { strcat(to, "M"); my_int++; } else if (from[my_int] == 'N') { strcat(to, "N"); my_int++; } else if (from[my_int] == 'O') { strcat(to, "O"); my_int++; } else if (from[my_int] == 'P') { strcat(to, "P"); my_int++; } else if (from[my_int] == 'Q') { strcat(to, "Q"); my_int++; } else if (from[my_int] == 'R') { strcat(to, "R"); my_int++; } else if (from[my_int] == 'S') { strcat(to, "S"); my_int++; } else if (from[my_int] == 'T') { strcat(to, "T"); my_int++; } else if (from[my_int] == 'U') { strcat(to, "U"); my_int++; } else if (from[my_int] == 'V') { strcat(to, "V"); my_int++; } else if (from[my_int] == 'W') { strcat(to, "W"); my_int++; } else if (from[my_int] == 'X') { strcat(to, "X"); my_int++; } else if (from[my_int] == 'Y') { strcat(to, "Y"); my_int++; } else if (from[my_int] == 'Z') { strcat(to, "Z"); my_int++; } else if (from[my_int] == 'a') { strcat(to, "a"); my_int++; } else if (from[my_int] == 'b') { strcat(to, "b"); my_int++; } else if (from[my_int] == 'c') { strcat(to, "c"); my_int++; } else if (from[my_int] == 'd') { strcat(to, "d"); my_int++; } else if (from[my_int] == 'e') { strcat(to, "e"); my_int++; } else if (from[my_int] == 'f') { strcat(to, "f"); my_int++; } else if (from[my_int] == 'g') { strcat(to, "g"); my_int++; } else if (from[my_int] == 'h') { strcat(to, "h"); my_int++; } else if (from[my_int] == 'i') { strcat(to, "i"); my_int++; } else if (from[my_int] == 'j') { strcat(to, "j"); my_int++; } else if (from[my_int] == 'k') { strcat(to, "k"); my_int++; } else if (from[my_int] == 'l') { strcat(to, "l"); my_int++; } else if (from[my_int] == 'm') { strcat(to, "m"); my_int++; } else if (from[my_int] == 'n') { strcat(to, "n"); my_int++; } else if (from[my_int] == 'o') { strcat(to, "o"); my_int++; } else if (from[my_int] == 'p') { strcat(to, "p"); my_int++; } else if (from[my_int] == 'q') { strcat(to, "q"); my_int++; } else if (from[my_int] == 'r') { strcat(to, "r"); my_int++; } else if (from[my_int] == 's') { strcat(to, "s"); my_int++; } else if (from[my_int] == 't') { strcat(to, "t"); my_int++; } else if (from[my_int] == 'u') { strcat(to, "u"); my_int++; } else if (from[my_int] == 'v') { strcat(to, "v"); my_int++; } else if (from[my_int] == 'w') { strcat(to, "w"); my_int++; } else if (from[my_int] == 'x') { strcat(to, "x"); my_int++; } else if (from[my_int] == 'y') { strcat(to, "y"); my_int++; } else if (from[my_int] == 'z') { strcat(to, "z"); my_int++; } else if (from[my_int] == ' ') { strcat(to, " "); my_int++; } else if (from[my_int] == '\r') { strcat(to, "\r"); my_int++; } else if (from[my_int] == '\n') { strcat(to, "\n"); my_int++; } else { /* of course it might be that nothing happened */ debug("bb.sms.cimd", 0, "parse: [%c:%02X %c:%02X %c:%02X]", from[my_int], from[my_int], from[my_int + 1], from[my_int + 1], from[my_int + 2], from[my_int + 2]); temp_int = strlen(to); to[temp_int] = 0xBF; /* '¿' */ to[temp_int + 1] = '\0'; my_int++; } } /* for */ return strlen(to); } ");
937  my_int += 3;
938  }
939 
940  /* argh, this drives me nu---uuutts */
941 
942  else if (from[my_int] == '@') {
943  strcat(to, "@");
944  my_int ++;
945  }
946  else if (from[my_int] == '_' && from[my_int + 1] == 'O' && from[my_int + 2] == 'a') {
947  strcat(to, "@");
948  my_int += 3;
949  } else if (from[my_int] == '_' && from[my_int + 1] == 'L' && from[my_int + 2] == '-') {
950  strcat(to, "£");
951  my_int += 3;
952  }
953 
954  /* this following one is against specifications but what to do
955  * when it works?!? (the other is NOT used) rpr 1.10. */
956 
957  else if (from[my_int] == '$') {
958  strcat(to, "$");
959  my_int ++;
960  }
961  else if (from[my_int] == '_' && from[my_int + 1] == '$' && from[my_int + 2] == ' ') {
962  strcat(to, "$");
963  my_int += 3;
964  }
965  else if (from[my_int] == '_' && from[my_int + 1] == 'A' && from[my_int + 2] == '*') {
966  strcat(to, "Å); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'o' && from[my_int + 2] == '"') { strcat(to, "ö"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'A' && from[my_int + 2] == '"') { strcat(to, "Ä"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'O' && from[my_int + 2] == '"') { strcat(to, "Ö"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'Y' && from[my_int + 2] == '-') { strcat(to, "¥"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'e' && from[my_int + 2] == '`') { strcat(to, "è"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'e' && from[my_int + 2] == '´') { strcat(to, "é"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'u' && from[my_int + 2] == '`') { strcat(to, "ù"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'i' && from[my_int + 2] == '`') { strcat(to, "ì"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'o' && from[my_int + 2] == '`') { strcat(to, "ò"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'C' && from[my_int + 2] == ',') { strcat(to, "Ç"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'O' && from[my_int + 2] == '/') { strcat(to, "Ø"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'o' && from[my_int + 2] == '/') { strcat(to, "ø"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'A' && from[my_int + 2] == 'E') { strcat(to, "Æ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == 'e') { strcat(to, "æ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 's' && from[my_int + 2] == 's') { strcat(to, "ß"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'E' && from[my_int + 2] == '´') { strcat(to, "É"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '?' && from[my_int + 2] == '?') { strcat(to, "¿"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'U' && from[my_int + 2] == '"') { strcat(to, "Ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'n' && from[my_int + 2] == '~' ) { strcat(to, "ñ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'u' && from[my_int + 2] == '"') { strcat(to, "ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == '`') { strcat(to, "à"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '!' && from[my_int + 2] == '!') { strcat(to, "¡"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '-' && from[my_int + 2] == '-') { strcat(to, "_"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'N' && from[my_int + 2] == '~') { strcat(to, "_"); my_int += 3; } /* I just LOVE the designers of this protocol -mg */ else if (from[my_int] == ']') { strcat(to, "Å"); my_int++; } else if (from[my_int] == '}') { strcat(to, "å"); my_int++; } else if (from[my_int] == '[') { strcat(to, "Ä"); my_int++; } else if (from[my_int] == '{') { strcat(to, "ä"); my_int++; } else if (from[my_int] == '\\') { strcat(to, "Ö"); my_int++; } else if (from[my_int] == '|') { strcat(to, "ö"); my_int++; } else if (from[my_int] == '!') { strcat(to, "!"); my_int++; } else if (from[my_int] == '"') { strcat(to, "\""); my_int++; } else if (from[my_int] == '#') { strcat(to, "#"); my_int++; } else if (from[my_int] == '¤') { strcat(to, "¤"); my_int++; } else if (from[my_int] == '%') { strcat(to, "%"); my_int++; } else if (from[my_int] == '&') { strcat(to, "&"); my_int++; } else if (from[my_int] == '\'') { strcat(to, "'"); my_int++; } else if (from[my_int] == '(') { strcat(to, "("); my_int++; } else if (from[my_int] == ')') { strcat(to, ")"); my_int++; } else if (from[my_int] == '*') { strcat(to, "*"); my_int++; } else if (from[my_int] == '+') { strcat(to, "+"); my_int++; } else if (from[my_int] == ',') { strcat(to, ","); my_int++; } else if (from[my_int] == '-') { strcat(to, "-"); my_int++; } else if (from[my_int] == '.') { strcat(to, "."); my_int++; } else if (from[my_int] == '/') { strcat(to, "/"); my_int++; } else if (from[my_int] == '0') { strcat(to, "0"); my_int++; } else if (from[my_int] == '1') { strcat(to, "1"); my_int++; } else if (from[my_int] == '2') { strcat(to, "2"); my_int++; } else if (from[my_int] == '3') { strcat(to, "3"); my_int++; } else if (from[my_int] == '4') { strcat(to, "4"); my_int++; } else if (from[my_int] == '5') { strcat(to, "5"); my_int++; } else if (from[my_int] == '6') { strcat(to, "6"); my_int++; } else if (from[my_int] == '7') { strcat(to, "7"); my_int++; } else if (from[my_int] == '8') { strcat(to, "8"); my_int++; } else if (from[my_int] == '9') { strcat(to, "9"); my_int++; } else if (from[my_int] == ':') { strcat(to, ":"); my_int++; } else if (from[my_int] == ';') { strcat(to, ";"); my_int++; } else if (from[my_int] == '<') { strcat(to, "<"); my_int++; } else if (from[my_int] == '=') { strcat(to, "="); my_int++; } else if (from[my_int] == '>') { strcat(to, ">"); my_int++; } else if (from[my_int] == '?') { strcat(to, "?"); my_int++; } else if (from[my_int] == 'A') { strcat(to, "A"); my_int++; } else if (from[my_int] == 'B') { strcat(to, "B"); my_int++; } else if (from[my_int] == 'C') { strcat(to, "C"); my_int++; } else if (from[my_int] == 'D') { strcat(to, "D"); my_int++; } else if (from[my_int] == 'E') { strcat(to, "E"); my_int++; } else if (from[my_int] == 'F') { strcat(to, "F"); my_int++; } else if (from[my_int] == 'G') { strcat(to, "G"); my_int++; } else if (from[my_int] == 'H') { strcat(to, "H"); my_int++; } else if (from[my_int] == 'I') { strcat(to, "I"); my_int++; } else if (from[my_int] == 'J') { strcat(to, "J"); my_int++; } else if (from[my_int] == 'K') { strcat(to, "K"); my_int++; } else if (from[my_int] == 'L') { strcat(to, "L"); my_int++; } else if (from[my_int] == 'M') { strcat(to, "M"); my_int++; } else if (from[my_int] == 'N') { strcat(to, "N"); my_int++; } else if (from[my_int] == 'O') { strcat(to, "O"); my_int++; } else if (from[my_int] == 'P') { strcat(to, "P"); my_int++; } else if (from[my_int] == 'Q') { strcat(to, "Q"); my_int++; } else if (from[my_int] == 'R') { strcat(to, "R"); my_int++; } else if (from[my_int] == 'S') { strcat(to, "S"); my_int++; } else if (from[my_int] == 'T') { strcat(to, "T"); my_int++; } else if (from[my_int] == 'U') { strcat(to, "U"); my_int++; } else if (from[my_int] == 'V') { strcat(to, "V"); my_int++; } else if (from[my_int] == 'W') { strcat(to, "W"); my_int++; } else if (from[my_int] == 'X') { strcat(to, "X"); my_int++; } else if (from[my_int] == 'Y') { strcat(to, "Y"); my_int++; } else if (from[my_int] == 'Z') { strcat(to, "Z"); my_int++; } else if (from[my_int] == 'a') { strcat(to, "a"); my_int++; } else if (from[my_int] == 'b') { strcat(to, "b"); my_int++; } else if (from[my_int] == 'c') { strcat(to, "c"); my_int++; } else if (from[my_int] == 'd') { strcat(to, "d"); my_int++; } else if (from[my_int] == 'e') { strcat(to, "e"); my_int++; } else if (from[my_int] == 'f') { strcat(to, "f"); my_int++; } else if (from[my_int] == 'g') { strcat(to, "g"); my_int++; } else if (from[my_int] == 'h') { strcat(to, "h"); my_int++; } else if (from[my_int] == 'i') { strcat(to, "i"); my_int++; } else if (from[my_int] == 'j') { strcat(to, "j"); my_int++; } else if (from[my_int] == 'k') { strcat(to, "k"); my_int++; } else if (from[my_int] == 'l') { strcat(to, "l"); my_int++; } else if (from[my_int] == 'm') { strcat(to, "m"); my_int++; } else if (from[my_int] == 'n') { strcat(to, "n"); my_int++; } else if (from[my_int] == 'o') { strcat(to, "o"); my_int++; } else if (from[my_int] == 'p') { strcat(to, "p"); my_int++; } else if (from[my_int] == 'q') { strcat(to, "q"); my_int++; } else if (from[my_int] == 'r') { strcat(to, "r"); my_int++; } else if (from[my_int] == 's') { strcat(to, "s"); my_int++; } else if (from[my_int] == 't') { strcat(to, "t"); my_int++; } else if (from[my_int] == 'u') { strcat(to, "u"); my_int++; } else if (from[my_int] == 'v') { strcat(to, "v"); my_int++; } else if (from[my_int] == 'w') { strcat(to, "w"); my_int++; } else if (from[my_int] == 'x') { strcat(to, "x"); my_int++; } else if (from[my_int] == 'y') { strcat(to, "y"); my_int++; } else if (from[my_int] == 'z') { strcat(to, "z"); my_int++; } else if (from[my_int] == ' ') { strcat(to, " "); my_int++; } else if (from[my_int] == '\r') { strcat(to, "\r"); my_int++; } else if (from[my_int] == '\n') { strcat(to, "\n"); my_int++; } else { /* of course it might be that nothing happened */ debug("bb.sms.cimd", 0, "parse: [%c:%02X %c:%02X %c:%02X]", from[my_int], from[my_int], from[my_int + 1], from[my_int + 1], from[my_int + 2], from[my_int + 2]); temp_int = strlen(to); to[temp_int] = 0xBF; /* '¿' */ to[temp_int + 1] = '\0'; my_int++; } } /* for */ return strlen(to); } ");
967  my_int += 3;
968  } else if (from[my_int] == '_' && from[my_int + 1] == 'o' && from[my_int + 2] == '"') {
969  strcat(to, "ö); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'A' && from[my_int + 2] == '"') { strcat(to, "Ä"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'O' && from[my_int + 2] == '"') { strcat(to, "Ö"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'Y' && from[my_int + 2] == '-') { strcat(to, "¥"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'e' && from[my_int + 2] == '`') { strcat(to, "è"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'e' && from[my_int + 2] == '´') { strcat(to, "é"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'u' && from[my_int + 2] == '`') { strcat(to, "ù"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'i' && from[my_int + 2] == '`') { strcat(to, "ì"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'o' && from[my_int + 2] == '`') { strcat(to, "ò"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'C' && from[my_int + 2] == ',') { strcat(to, "Ç"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'O' && from[my_int + 2] == '/') { strcat(to, "Ø"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'o' && from[my_int + 2] == '/') { strcat(to, "ø"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'A' && from[my_int + 2] == 'E') { strcat(to, "Æ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == 'e') { strcat(to, "æ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 's' && from[my_int + 2] == 's') { strcat(to, "ß"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'E' && from[my_int + 2] == '´') { strcat(to, "É"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '?' && from[my_int + 2] == '?') { strcat(to, "¿"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'U' && from[my_int + 2] == '"') { strcat(to, "Ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'n' && from[my_int + 2] == '~' ) { strcat(to, "ñ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'u' && from[my_int + 2] == '"') { strcat(to, "ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == '`') { strcat(to, "à"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '!' && from[my_int + 2] == '!') { strcat(to, "¡"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '-' && from[my_int + 2] == '-') { strcat(to, "_"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'N' && from[my_int + 2] == '~') { strcat(to, "_"); my_int += 3; } /* I just LOVE the designers of this protocol -mg */ else if (from[my_int] == ']') { strcat(to, "Å"); my_int++; } else if (from[my_int] == '}') { strcat(to, "å"); my_int++; } else if (from[my_int] == '[') { strcat(to, "Ä"); my_int++; } else if (from[my_int] == '{') { strcat(to, "ä"); my_int++; } else if (from[my_int] == '\\') { strcat(to, "Ö"); my_int++; } else if (from[my_int] == '|') { strcat(to, "ö"); my_int++; } else if (from[my_int] == '!') { strcat(to, "!"); my_int++; } else if (from[my_int] == '"') { strcat(to, "\""); my_int++; } else if (from[my_int] == '#') { strcat(to, "#"); my_int++; } else if (from[my_int] == '¤') { strcat(to, "¤"); my_int++; } else if (from[my_int] == '%') { strcat(to, "%"); my_int++; } else if (from[my_int] == '&') { strcat(to, "&"); my_int++; } else if (from[my_int] == '\'') { strcat(to, "'"); my_int++; } else if (from[my_int] == '(') { strcat(to, "("); my_int++; } else if (from[my_int] == ')') { strcat(to, ")"); my_int++; } else if (from[my_int] == '*') { strcat(to, "*"); my_int++; } else if (from[my_int] == '+') { strcat(to, "+"); my_int++; } else if (from[my_int] == ',') { strcat(to, ","); my_int++; } else if (from[my_int] == '-') { strcat(to, "-"); my_int++; } else if (from[my_int] == '.') { strcat(to, "."); my_int++; } else if (from[my_int] == '/') { strcat(to, "/"); my_int++; } else if (from[my_int] == '0') { strcat(to, "0"); my_int++; } else if (from[my_int] == '1') { strcat(to, "1"); my_int++; } else if (from[my_int] == '2') { strcat(to, "2"); my_int++; } else if (from[my_int] == '3') { strcat(to, "3"); my_int++; } else if (from[my_int] == '4') { strcat(to, "4"); my_int++; } else if (from[my_int] == '5') { strcat(to, "5"); my_int++; } else if (from[my_int] == '6') { strcat(to, "6"); my_int++; } else if (from[my_int] == '7') { strcat(to, "7"); my_int++; } else if (from[my_int] == '8') { strcat(to, "8"); my_int++; } else if (from[my_int] == '9') { strcat(to, "9"); my_int++; } else if (from[my_int] == ':') { strcat(to, ":"); my_int++; } else if (from[my_int] == ';') { strcat(to, ";"); my_int++; } else if (from[my_int] == '<') { strcat(to, "<"); my_int++; } else if (from[my_int] == '=') { strcat(to, "="); my_int++; } else if (from[my_int] == '>') { strcat(to, ">"); my_int++; } else if (from[my_int] == '?') { strcat(to, "?"); my_int++; } else if (from[my_int] == 'A') { strcat(to, "A"); my_int++; } else if (from[my_int] == 'B') { strcat(to, "B"); my_int++; } else if (from[my_int] == 'C') { strcat(to, "C"); my_int++; } else if (from[my_int] == 'D') { strcat(to, "D"); my_int++; } else if (from[my_int] == 'E') { strcat(to, "E"); my_int++; } else if (from[my_int] == 'F') { strcat(to, "F"); my_int++; } else if (from[my_int] == 'G') { strcat(to, "G"); my_int++; } else if (from[my_int] == 'H') { strcat(to, "H"); my_int++; } else if (from[my_int] == 'I') { strcat(to, "I"); my_int++; } else if (from[my_int] == 'J') { strcat(to, "J"); my_int++; } else if (from[my_int] == 'K') { strcat(to, "K"); my_int++; } else if (from[my_int] == 'L') { strcat(to, "L"); my_int++; } else if (from[my_int] == 'M') { strcat(to, "M"); my_int++; } else if (from[my_int] == 'N') { strcat(to, "N"); my_int++; } else if (from[my_int] == 'O') { strcat(to, "O"); my_int++; } else if (from[my_int] == 'P') { strcat(to, "P"); my_int++; } else if (from[my_int] == 'Q') { strcat(to, "Q"); my_int++; } else if (from[my_int] == 'R') { strcat(to, "R"); my_int++; } else if (from[my_int] == 'S') { strcat(to, "S"); my_int++; } else if (from[my_int] == 'T') { strcat(to, "T"); my_int++; } else if (from[my_int] == 'U') { strcat(to, "U"); my_int++; } else if (from[my_int] == 'V') { strcat(to, "V"); my_int++; } else if (from[my_int] == 'W') { strcat(to, "W"); my_int++; } else if (from[my_int] == 'X') { strcat(to, "X"); my_int++; } else if (from[my_int] == 'Y') { strcat(to, "Y"); my_int++; } else if (from[my_int] == 'Z') { strcat(to, "Z"); my_int++; } else if (from[my_int] == 'a') { strcat(to, "a"); my_int++; } else if (from[my_int] == 'b') { strcat(to, "b"); my_int++; } else if (from[my_int] == 'c') { strcat(to, "c"); my_int++; } else if (from[my_int] == 'd') { strcat(to, "d"); my_int++; } else if (from[my_int] == 'e') { strcat(to, "e"); my_int++; } else if (from[my_int] == 'f') { strcat(to, "f"); my_int++; } else if (from[my_int] == 'g') { strcat(to, "g"); my_int++; } else if (from[my_int] == 'h') { strcat(to, "h"); my_int++; } else if (from[my_int] == 'i') { strcat(to, "i"); my_int++; } else if (from[my_int] == 'j') { strcat(to, "j"); my_int++; } else if (from[my_int] == 'k') { strcat(to, "k"); my_int++; } else if (from[my_int] == 'l') { strcat(to, "l"); my_int++; } else if (from[my_int] == 'm') { strcat(to, "m"); my_int++; } else if (from[my_int] == 'n') { strcat(to, "n"); my_int++; } else if (from[my_int] == 'o') { strcat(to, "o"); my_int++; } else if (from[my_int] == 'p') { strcat(to, "p"); my_int++; } else if (from[my_int] == 'q') { strcat(to, "q"); my_int++; } else if (from[my_int] == 'r') { strcat(to, "r"); my_int++; } else if (from[my_int] == 's') { strcat(to, "s"); my_int++; } else if (from[my_int] == 't') { strcat(to, "t"); my_int++; } else if (from[my_int] == 'u') { strcat(to, "u"); my_int++; } else if (from[my_int] == 'v') { strcat(to, "v"); my_int++; } else if (from[my_int] == 'w') { strcat(to, "w"); my_int++; } else if (from[my_int] == 'x') { strcat(to, "x"); my_int++; } else if (from[my_int] == 'y') { strcat(to, "y"); my_int++; } else if (from[my_int] == 'z') { strcat(to, "z"); my_int++; } else if (from[my_int] == ' ') { strcat(to, " "); my_int++; } else if (from[my_int] == '\r') { strcat(to, "\r"); my_int++; } else if (from[my_int] == '\n') { strcat(to, "\n"); my_int++; } else { /* of course it might be that nothing happened */ debug("bb.sms.cimd", 0, "parse: [%c:%02X %c:%02X %c:%02X]", from[my_int], from[my_int], from[my_int + 1], from[my_int + 1], from[my_int + 2], from[my_int + 2]); temp_int = strlen(to); to[temp_int] = 0xBF; /* '¿' */ to[temp_int + 1] = '\0'; my_int++; } } /* for */ return strlen(to); } ");
970  my_int += 3;
971  } else if (from[my_int] == '_' && from[my_int + 1] == 'A' && from[my_int + 2] == '"') {
972  strcat(to, "Ä); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'O' && from[my_int + 2] == '"') { strcat(to, "Ö"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'Y' && from[my_int + 2] == '-') { strcat(to, "¥"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'e' && from[my_int + 2] == '`') { strcat(to, "è"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'e' && from[my_int + 2] == '´') { strcat(to, "é"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'u' && from[my_int + 2] == '`') { strcat(to, "ù"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'i' && from[my_int + 2] == '`') { strcat(to, "ì"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'o' && from[my_int + 2] == '`') { strcat(to, "ò"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'C' && from[my_int + 2] == ',') { strcat(to, "Ç"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'O' && from[my_int + 2] == '/') { strcat(to, "Ø"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'o' && from[my_int + 2] == '/') { strcat(to, "ø"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'A' && from[my_int + 2] == 'E') { strcat(to, "Æ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == 'e') { strcat(to, "æ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 's' && from[my_int + 2] == 's') { strcat(to, "ß"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'E' && from[my_int + 2] == '´') { strcat(to, "É"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '?' && from[my_int + 2] == '?') { strcat(to, "¿"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'U' && from[my_int + 2] == '"') { strcat(to, "Ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'n' && from[my_int + 2] == '~' ) { strcat(to, "ñ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'u' && from[my_int + 2] == '"') { strcat(to, "ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == '`') { strcat(to, "à"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '!' && from[my_int + 2] == '!') { strcat(to, "¡"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '-' && from[my_int + 2] == '-') { strcat(to, "_"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'N' && from[my_int + 2] == '~') { strcat(to, "_"); my_int += 3; } /* I just LOVE the designers of this protocol -mg */ else if (from[my_int] == ']') { strcat(to, "Å"); my_int++; } else if (from[my_int] == '}') { strcat(to, "å"); my_int++; } else if (from[my_int] == '[') { strcat(to, "Ä"); my_int++; } else if (from[my_int] == '{') { strcat(to, "ä"); my_int++; } else if (from[my_int] == '\\') { strcat(to, "Ö"); my_int++; } else if (from[my_int] == '|') { strcat(to, "ö"); my_int++; } else if (from[my_int] == '!') { strcat(to, "!"); my_int++; } else if (from[my_int] == '"') { strcat(to, "\""); my_int++; } else if (from[my_int] == '#') { strcat(to, "#"); my_int++; } else if (from[my_int] == '¤') { strcat(to, "¤"); my_int++; } else if (from[my_int] == '%') { strcat(to, "%"); my_int++; } else if (from[my_int] == '&') { strcat(to, "&"); my_int++; } else if (from[my_int] == '\'') { strcat(to, "'"); my_int++; } else if (from[my_int] == '(') { strcat(to, "("); my_int++; } else if (from[my_int] == ')') { strcat(to, ")"); my_int++; } else if (from[my_int] == '*') { strcat(to, "*"); my_int++; } else if (from[my_int] == '+') { strcat(to, "+"); my_int++; } else if (from[my_int] == ',') { strcat(to, ","); my_int++; } else if (from[my_int] == '-') { strcat(to, "-"); my_int++; } else if (from[my_int] == '.') { strcat(to, "."); my_int++; } else if (from[my_int] == '/') { strcat(to, "/"); my_int++; } else if (from[my_int] == '0') { strcat(to, "0"); my_int++; } else if (from[my_int] == '1') { strcat(to, "1"); my_int++; } else if (from[my_int] == '2') { strcat(to, "2"); my_int++; } else if (from[my_int] == '3') { strcat(to, "3"); my_int++; } else if (from[my_int] == '4') { strcat(to, "4"); my_int++; } else if (from[my_int] == '5') { strcat(to, "5"); my_int++; } else if (from[my_int] == '6') { strcat(to, "6"); my_int++; } else if (from[my_int] == '7') { strcat(to, "7"); my_int++; } else if (from[my_int] == '8') { strcat(to, "8"); my_int++; } else if (from[my_int] == '9') { strcat(to, "9"); my_int++; } else if (from[my_int] == ':') { strcat(to, ":"); my_int++; } else if (from[my_int] == ';') { strcat(to, ";"); my_int++; } else if (from[my_int] == '<') { strcat(to, "<"); my_int++; } else if (from[my_int] == '=') { strcat(to, "="); my_int++; } else if (from[my_int] == '>') { strcat(to, ">"); my_int++; } else if (from[my_int] == '?') { strcat(to, "?"); my_int++; } else if (from[my_int] == 'A') { strcat(to, "A"); my_int++; } else if (from[my_int] == 'B') { strcat(to, "B"); my_int++; } else if (from[my_int] == 'C') { strcat(to, "C"); my_int++; } else if (from[my_int] == 'D') { strcat(to, "D"); my_int++; } else if (from[my_int] == 'E') { strcat(to, "E"); my_int++; } else if (from[my_int] == 'F') { strcat(to, "F"); my_int++; } else if (from[my_int] == 'G') { strcat(to, "G"); my_int++; } else if (from[my_int] == 'H') { strcat(to, "H"); my_int++; } else if (from[my_int] == 'I') { strcat(to, "I"); my_int++; } else if (from[my_int] == 'J') { strcat(to, "J"); my_int++; } else if (from[my_int] == 'K') { strcat(to, "K"); my_int++; } else if (from[my_int] == 'L') { strcat(to, "L"); my_int++; } else if (from[my_int] == 'M') { strcat(to, "M"); my_int++; } else if (from[my_int] == 'N') { strcat(to, "N"); my_int++; } else if (from[my_int] == 'O') { strcat(to, "O"); my_int++; } else if (from[my_int] == 'P') { strcat(to, "P"); my_int++; } else if (from[my_int] == 'Q') { strcat(to, "Q"); my_int++; } else if (from[my_int] == 'R') { strcat(to, "R"); my_int++; } else if (from[my_int] == 'S') { strcat(to, "S"); my_int++; } else if (from[my_int] == 'T') { strcat(to, "T"); my_int++; } else if (from[my_int] == 'U') { strcat(to, "U"); my_int++; } else if (from[my_int] == 'V') { strcat(to, "V"); my_int++; } else if (from[my_int] == 'W') { strcat(to, "W"); my_int++; } else if (from[my_int] == 'X') { strcat(to, "X"); my_int++; } else if (from[my_int] == 'Y') { strcat(to, "Y"); my_int++; } else if (from[my_int] == 'Z') { strcat(to, "Z"); my_int++; } else if (from[my_int] == 'a') { strcat(to, "a"); my_int++; } else if (from[my_int] == 'b') { strcat(to, "b"); my_int++; } else if (from[my_int] == 'c') { strcat(to, "c"); my_int++; } else if (from[my_int] == 'd') { strcat(to, "d"); my_int++; } else if (from[my_int] == 'e') { strcat(to, "e"); my_int++; } else if (from[my_int] == 'f') { strcat(to, "f"); my_int++; } else if (from[my_int] == 'g') { strcat(to, "g"); my_int++; } else if (from[my_int] == 'h') { strcat(to, "h"); my_int++; } else if (from[my_int] == 'i') { strcat(to, "i"); my_int++; } else if (from[my_int] == 'j') { strcat(to, "j"); my_int++; } else if (from[my_int] == 'k') { strcat(to, "k"); my_int++; } else if (from[my_int] == 'l') { strcat(to, "l"); my_int++; } else if (from[my_int] == 'm') { strcat(to, "m"); my_int++; } else if (from[my_int] == 'n') { strcat(to, "n"); my_int++; } else if (from[my_int] == 'o') { strcat(to, "o"); my_int++; } else if (from[my_int] == 'p') { strcat(to, "p"); my_int++; } else if (from[my_int] == 'q') { strcat(to, "q"); my_int++; } else if (from[my_int] == 'r') { strcat(to, "r"); my_int++; } else if (from[my_int] == 's') { strcat(to, "s"); my_int++; } else if (from[my_int] == 't') { strcat(to, "t"); my_int++; } else if (from[my_int] == 'u') { strcat(to, "u"); my_int++; } else if (from[my_int] == 'v') { strcat(to, "v"); my_int++; } else if (from[my_int] == 'w') { strcat(to, "w"); my_int++; } else if (from[my_int] == 'x') { strcat(to, "x"); my_int++; } else if (from[my_int] == 'y') { strcat(to, "y"); my_int++; } else if (from[my_int] == 'z') { strcat(to, "z"); my_int++; } else if (from[my_int] == ' ') { strcat(to, " "); my_int++; } else if (from[my_int] == '\r') { strcat(to, "\r"); my_int++; } else if (from[my_int] == '\n') { strcat(to, "\n"); my_int++; } else { /* of course it might be that nothing happened */ debug("bb.sms.cimd", 0, "parse: [%c:%02X %c:%02X %c:%02X]", from[my_int], from[my_int], from[my_int + 1], from[my_int + 1], from[my_int + 2], from[my_int + 2]); temp_int = strlen(to); to[temp_int] = 0xBF; /* '¿' */ to[temp_int + 1] = '\0'; my_int++; } } /* for */ return strlen(to); } ");
973  my_int += 3;
974  } else if (from[my_int] == '_' && from[my_int + 1] == 'O' && from[my_int + 2] == '"') {
975  strcat(to, "Ö); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'Y' && from[my_int + 2] == '-') { strcat(to, "¥"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'e' && from[my_int + 2] == '`') { strcat(to, "è"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'e' && from[my_int + 2] == '´') { strcat(to, "é"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'u' && from[my_int + 2] == '`') { strcat(to, "ù"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'i' && from[my_int + 2] == '`') { strcat(to, "ì"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'o' && from[my_int + 2] == '`') { strcat(to, "ò"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'C' && from[my_int + 2] == ',') { strcat(to, "Ç"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'O' && from[my_int + 2] == '/') { strcat(to, "Ø"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'o' && from[my_int + 2] == '/') { strcat(to, "ø"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'A' && from[my_int + 2] == 'E') { strcat(to, "Æ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == 'e') { strcat(to, "æ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 's' && from[my_int + 2] == 's') { strcat(to, "ß"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'E' && from[my_int + 2] == '´') { strcat(to, "É"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '?' && from[my_int + 2] == '?') { strcat(to, "¿"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'U' && from[my_int + 2] == '"') { strcat(to, "Ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'n' && from[my_int + 2] == '~' ) { strcat(to, "ñ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'u' && from[my_int + 2] == '"') { strcat(to, "ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == '`') { strcat(to, "à"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '!' && from[my_int + 2] == '!') { strcat(to, "¡"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '-' && from[my_int + 2] == '-') { strcat(to, "_"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'N' && from[my_int + 2] == '~') { strcat(to, "_"); my_int += 3; } /* I just LOVE the designers of this protocol -mg */ else if (from[my_int] == ']') { strcat(to, "Å"); my_int++; } else if (from[my_int] == '}') { strcat(to, "å"); my_int++; } else if (from[my_int] == '[') { strcat(to, "Ä"); my_int++; } else if (from[my_int] == '{') { strcat(to, "ä"); my_int++; } else if (from[my_int] == '\\') { strcat(to, "Ö"); my_int++; } else if (from[my_int] == '|') { strcat(to, "ö"); my_int++; } else if (from[my_int] == '!') { strcat(to, "!"); my_int++; } else if (from[my_int] == '"') { strcat(to, "\""); my_int++; } else if (from[my_int] == '#') { strcat(to, "#"); my_int++; } else if (from[my_int] == '¤') { strcat(to, "¤"); my_int++; } else if (from[my_int] == '%') { strcat(to, "%"); my_int++; } else if (from[my_int] == '&') { strcat(to, "&"); my_int++; } else if (from[my_int] == '\'') { strcat(to, "'"); my_int++; } else if (from[my_int] == '(') { strcat(to, "("); my_int++; } else if (from[my_int] == ')') { strcat(to, ")"); my_int++; } else if (from[my_int] == '*') { strcat(to, "*"); my_int++; } else if (from[my_int] == '+') { strcat(to, "+"); my_int++; } else if (from[my_int] == ',') { strcat(to, ","); my_int++; } else if (from[my_int] == '-') { strcat(to, "-"); my_int++; } else if (from[my_int] == '.') { strcat(to, "."); my_int++; } else if (from[my_int] == '/') { strcat(to, "/"); my_int++; } else if (from[my_int] == '0') { strcat(to, "0"); my_int++; } else if (from[my_int] == '1') { strcat(to, "1"); my_int++; } else if (from[my_int] == '2') { strcat(to, "2"); my_int++; } else if (from[my_int] == '3') { strcat(to, "3"); my_int++; } else if (from[my_int] == '4') { strcat(to, "4"); my_int++; } else if (from[my_int] == '5') { strcat(to, "5"); my_int++; } else if (from[my_int] == '6') { strcat(to, "6"); my_int++; } else if (from[my_int] == '7') { strcat(to, "7"); my_int++; } else if (from[my_int] == '8') { strcat(to, "8"); my_int++; } else if (from[my_int] == '9') { strcat(to, "9"); my_int++; } else if (from[my_int] == ':') { strcat(to, ":"); my_int++; } else if (from[my_int] == ';') { strcat(to, ";"); my_int++; } else if (from[my_int] == '<') { strcat(to, "<"); my_int++; } else if (from[my_int] == '=') { strcat(to, "="); my_int++; } else if (from[my_int] == '>') { strcat(to, ">"); my_int++; } else if (from[my_int] == '?') { strcat(to, "?"); my_int++; } else if (from[my_int] == 'A') { strcat(to, "A"); my_int++; } else if (from[my_int] == 'B') { strcat(to, "B"); my_int++; } else if (from[my_int] == 'C') { strcat(to, "C"); my_int++; } else if (from[my_int] == 'D') { strcat(to, "D"); my_int++; } else if (from[my_int] == 'E') { strcat(to, "E"); my_int++; } else if (from[my_int] == 'F') { strcat(to, "F"); my_int++; } else if (from[my_int] == 'G') { strcat(to, "G"); my_int++; } else if (from[my_int] == 'H') { strcat(to, "H"); my_int++; } else if (from[my_int] == 'I') { strcat(to, "I"); my_int++; } else if (from[my_int] == 'J') { strcat(to, "J"); my_int++; } else if (from[my_int] == 'K') { strcat(to, "K"); my_int++; } else if (from[my_int] == 'L') { strcat(to, "L"); my_int++; } else if (from[my_int] == 'M') { strcat(to, "M"); my_int++; } else if (from[my_int] == 'N') { strcat(to, "N"); my_int++; } else if (from[my_int] == 'O') { strcat(to, "O"); my_int++; } else if (from[my_int] == 'P') { strcat(to, "P"); my_int++; } else if (from[my_int] == 'Q') { strcat(to, "Q"); my_int++; } else if (from[my_int] == 'R') { strcat(to, "R"); my_int++; } else if (from[my_int] == 'S') { strcat(to, "S"); my_int++; } else if (from[my_int] == 'T') { strcat(to, "T"); my_int++; } else if (from[my_int] == 'U') { strcat(to, "U"); my_int++; } else if (from[my_int] == 'V') { strcat(to, "V"); my_int++; } else if (from[my_int] == 'W') { strcat(to, "W"); my_int++; } else if (from[my_int] == 'X') { strcat(to, "X"); my_int++; } else if (from[my_int] == 'Y') { strcat(to, "Y"); my_int++; } else if (from[my_int] == 'Z') { strcat(to, "Z"); my_int++; } else if (from[my_int] == 'a') { strcat(to, "a"); my_int++; } else if (from[my_int] == 'b') { strcat(to, "b"); my_int++; } else if (from[my_int] == 'c') { strcat(to, "c"); my_int++; } else if (from[my_int] == 'd') { strcat(to, "d"); my_int++; } else if (from[my_int] == 'e') { strcat(to, "e"); my_int++; } else if (from[my_int] == 'f') { strcat(to, "f"); my_int++; } else if (from[my_int] == 'g') { strcat(to, "g"); my_int++; } else if (from[my_int] == 'h') { strcat(to, "h"); my_int++; } else if (from[my_int] == 'i') { strcat(to, "i"); my_int++; } else if (from[my_int] == 'j') { strcat(to, "j"); my_int++; } else if (from[my_int] == 'k') { strcat(to, "k"); my_int++; } else if (from[my_int] == 'l') { strcat(to, "l"); my_int++; } else if (from[my_int] == 'm') { strcat(to, "m"); my_int++; } else if (from[my_int] == 'n') { strcat(to, "n"); my_int++; } else if (from[my_int] == 'o') { strcat(to, "o"); my_int++; } else if (from[my_int] == 'p') { strcat(to, "p"); my_int++; } else if (from[my_int] == 'q') { strcat(to, "q"); my_int++; } else if (from[my_int] == 'r') { strcat(to, "r"); my_int++; } else if (from[my_int] == 's') { strcat(to, "s"); my_int++; } else if (from[my_int] == 't') { strcat(to, "t"); my_int++; } else if (from[my_int] == 'u') { strcat(to, "u"); my_int++; } else if (from[my_int] == 'v') { strcat(to, "v"); my_int++; } else if (from[my_int] == 'w') { strcat(to, "w"); my_int++; } else if (from[my_int] == 'x') { strcat(to, "x"); my_int++; } else if (from[my_int] == 'y') { strcat(to, "y"); my_int++; } else if (from[my_int] == 'z') { strcat(to, "z"); my_int++; } else if (from[my_int] == ' ') { strcat(to, " "); my_int++; } else if (from[my_int] == '\r') { strcat(to, "\r"); my_int++; } else if (from[my_int] == '\n') { strcat(to, "\n"); my_int++; } else { /* of course it might be that nothing happened */ debug("bb.sms.cimd", 0, "parse: [%c:%02X %c:%02X %c:%02X]", from[my_int], from[my_int], from[my_int + 1], from[my_int + 1], from[my_int + 2], from[my_int + 2]); temp_int = strlen(to); to[temp_int] = 0xBF; /* '¿' */ to[temp_int + 1] = '\0'; my_int++; } } /* for */ return strlen(to); } ");
976  my_int += 3;
977  } else if (from[my_int] == '_' && from[my_int + 1] == 'Y' && from[my_int + 2] == '-') {
978  strcat(to, "¥");
979  my_int += 3;
980  } else if (from[my_int] == '_' && from[my_int + 1] == 'e' && from[my_int + 2] == '`') {
981  strcat(to, "è); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'e' && from[my_int + 2] == '´') { strcat(to, "é"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'u' && from[my_int + 2] == '`') { strcat(to, "ù"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'i' && from[my_int + 2] == '`') { strcat(to, "ì"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'o' && from[my_int + 2] == '`') { strcat(to, "ò"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'C' && from[my_int + 2] == ',') { strcat(to, "Ç"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'O' && from[my_int + 2] == '/') { strcat(to, "Ø"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'o' && from[my_int + 2] == '/') { strcat(to, "ø"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'A' && from[my_int + 2] == 'E') { strcat(to, "Æ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == 'e') { strcat(to, "æ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 's' && from[my_int + 2] == 's') { strcat(to, "ß"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'E' && from[my_int + 2] == '´') { strcat(to, "É"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '?' && from[my_int + 2] == '?') { strcat(to, "¿"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'U' && from[my_int + 2] == '"') { strcat(to, "Ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'n' && from[my_int + 2] == '~' ) { strcat(to, "ñ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'u' && from[my_int + 2] == '"') { strcat(to, "ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == '`') { strcat(to, "à"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '!' && from[my_int + 2] == '!') { strcat(to, "¡"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '-' && from[my_int + 2] == '-') { strcat(to, "_"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'N' && from[my_int + 2] == '~') { strcat(to, "_"); my_int += 3; } /* I just LOVE the designers of this protocol -mg */ else if (from[my_int] == ']') { strcat(to, "Å"); my_int++; } else if (from[my_int] == '}') { strcat(to, "å"); my_int++; } else if (from[my_int] == '[') { strcat(to, "Ä"); my_int++; } else if (from[my_int] == '{') { strcat(to, "ä"); my_int++; } else if (from[my_int] == '\\') { strcat(to, "Ö"); my_int++; } else if (from[my_int] == '|') { strcat(to, "ö"); my_int++; } else if (from[my_int] == '!') { strcat(to, "!"); my_int++; } else if (from[my_int] == '"') { strcat(to, "\""); my_int++; } else if (from[my_int] == '#') { strcat(to, "#"); my_int++; } else if (from[my_int] == '¤') { strcat(to, "¤"); my_int++; } else if (from[my_int] == '%') { strcat(to, "%"); my_int++; } else if (from[my_int] == '&') { strcat(to, "&"); my_int++; } else if (from[my_int] == '\'') { strcat(to, "'"); my_int++; } else if (from[my_int] == '(') { strcat(to, "("); my_int++; } else if (from[my_int] == ')') { strcat(to, ")"); my_int++; } else if (from[my_int] == '*') { strcat(to, "*"); my_int++; } else if (from[my_int] == '+') { strcat(to, "+"); my_int++; } else if (from[my_int] == ',') { strcat(to, ","); my_int++; } else if (from[my_int] == '-') { strcat(to, "-"); my_int++; } else if (from[my_int] == '.') { strcat(to, "."); my_int++; } else if (from[my_int] == '/') { strcat(to, "/"); my_int++; } else if (from[my_int] == '0') { strcat(to, "0"); my_int++; } else if (from[my_int] == '1') { strcat(to, "1"); my_int++; } else if (from[my_int] == '2') { strcat(to, "2"); my_int++; } else if (from[my_int] == '3') { strcat(to, "3"); my_int++; } else if (from[my_int] == '4') { strcat(to, "4"); my_int++; } else if (from[my_int] == '5') { strcat(to, "5"); my_int++; } else if (from[my_int] == '6') { strcat(to, "6"); my_int++; } else if (from[my_int] == '7') { strcat(to, "7"); my_int++; } else if (from[my_int] == '8') { strcat(to, "8"); my_int++; } else if (from[my_int] == '9') { strcat(to, "9"); my_int++; } else if (from[my_int] == ':') { strcat(to, ":"); my_int++; } else if (from[my_int] == ';') { strcat(to, ";"); my_int++; } else if (from[my_int] == '<') { strcat(to, "<"); my_int++; } else if (from[my_int] == '=') { strcat(to, "="); my_int++; } else if (from[my_int] == '>') { strcat(to, ">"); my_int++; } else if (from[my_int] == '?') { strcat(to, "?"); my_int++; } else if (from[my_int] == 'A') { strcat(to, "A"); my_int++; } else if (from[my_int] == 'B') { strcat(to, "B"); my_int++; } else if (from[my_int] == 'C') { strcat(to, "C"); my_int++; } else if (from[my_int] == 'D') { strcat(to, "D"); my_int++; } else if (from[my_int] == 'E') { strcat(to, "E"); my_int++; } else if (from[my_int] == 'F') { strcat(to, "F"); my_int++; } else if (from[my_int] == 'G') { strcat(to, "G"); my_int++; } else if (from[my_int] == 'H') { strcat(to, "H"); my_int++; } else if (from[my_int] == 'I') { strcat(to, "I"); my_int++; } else if (from[my_int] == 'J') { strcat(to, "J"); my_int++; } else if (from[my_int] == 'K') { strcat(to, "K"); my_int++; } else if (from[my_int] == 'L') { strcat(to, "L"); my_int++; } else if (from[my_int] == 'M') { strcat(to, "M"); my_int++; } else if (from[my_int] == 'N') { strcat(to, "N"); my_int++; } else if (from[my_int] == 'O') { strcat(to, "O"); my_int++; } else if (from[my_int] == 'P') { strcat(to, "P"); my_int++; } else if (from[my_int] == 'Q') { strcat(to, "Q"); my_int++; } else if (from[my_int] == 'R') { strcat(to, "R"); my_int++; } else if (from[my_int] == 'S') { strcat(to, "S"); my_int++; } else if (from[my_int] == 'T') { strcat(to, "T"); my_int++; } else if (from[my_int] == 'U') { strcat(to, "U"); my_int++; } else if (from[my_int] == 'V') { strcat(to, "V"); my_int++; } else if (from[my_int] == 'W') { strcat(to, "W"); my_int++; } else if (from[my_int] == 'X') { strcat(to, "X"); my_int++; } else if (from[my_int] == 'Y') { strcat(to, "Y"); my_int++; } else if (from[my_int] == 'Z') { strcat(to, "Z"); my_int++; } else if (from[my_int] == 'a') { strcat(to, "a"); my_int++; } else if (from[my_int] == 'b') { strcat(to, "b"); my_int++; } else if (from[my_int] == 'c') { strcat(to, "c"); my_int++; } else if (from[my_int] == 'd') { strcat(to, "d"); my_int++; } else if (from[my_int] == 'e') { strcat(to, "e"); my_int++; } else if (from[my_int] == 'f') { strcat(to, "f"); my_int++; } else if (from[my_int] == 'g') { strcat(to, "g"); my_int++; } else if (from[my_int] == 'h') { strcat(to, "h"); my_int++; } else if (from[my_int] == 'i') { strcat(to, "i"); my_int++; } else if (from[my_int] == 'j') { strcat(to, "j"); my_int++; } else if (from[my_int] == 'k') { strcat(to, "k"); my_int++; } else if (from[my_int] == 'l') { strcat(to, "l"); my_int++; } else if (from[my_int] == 'm') { strcat(to, "m"); my_int++; } else if (from[my_int] == 'n') { strcat(to, "n"); my_int++; } else if (from[my_int] == 'o') { strcat(to, "o"); my_int++; } else if (from[my_int] == 'p') { strcat(to, "p"); my_int++; } else if (from[my_int] == 'q') { strcat(to, "q"); my_int++; } else if (from[my_int] == 'r') { strcat(to, "r"); my_int++; } else if (from[my_int] == 's') { strcat(to, "s"); my_int++; } else if (from[my_int] == 't') { strcat(to, "t"); my_int++; } else if (from[my_int] == 'u') { strcat(to, "u"); my_int++; } else if (from[my_int] == 'v') { strcat(to, "v"); my_int++; } else if (from[my_int] == 'w') { strcat(to, "w"); my_int++; } else if (from[my_int] == 'x') { strcat(to, "x"); my_int++; } else if (from[my_int] == 'y') { strcat(to, "y"); my_int++; } else if (from[my_int] == 'z') { strcat(to, "z"); my_int++; } else if (from[my_int] == ' ') { strcat(to, " "); my_int++; } else if (from[my_int] == '\r') { strcat(to, "\r"); my_int++; } else if (from[my_int] == '\n') { strcat(to, "\n"); my_int++; } else { /* of course it might be that nothing happened */ debug("bb.sms.cimd", 0, "parse: [%c:%02X %c:%02X %c:%02X]", from[my_int], from[my_int], from[my_int + 1], from[my_int + 1], from[my_int + 2], from[my_int + 2]); temp_int = strlen(to); to[temp_int] = 0xBF; /* '¿' */ to[temp_int + 1] = '\0'; my_int++; } } /* for */ return strlen(to); } ");
982  my_int += 3;
983  } else if (from[my_int] == '_' && from[my_int + 1] == 'e' && from[my_int + 2] == '´') {
984  strcat(to, "é); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'u' && from[my_int + 2] == '`') { strcat(to, "ù"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'i' && from[my_int + 2] == '`') { strcat(to, "ì"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'o' && from[my_int + 2] == '`') { strcat(to, "ò"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'C' && from[my_int + 2] == ',') { strcat(to, "Ç"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'O' && from[my_int + 2] == '/') { strcat(to, "Ø"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'o' && from[my_int + 2] == '/') { strcat(to, "ø"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'A' && from[my_int + 2] == 'E') { strcat(to, "Æ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == 'e') { strcat(to, "æ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 's' && from[my_int + 2] == 's') { strcat(to, "ß"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'E' && from[my_int + 2] == '´') { strcat(to, "É"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '?' && from[my_int + 2] == '?') { strcat(to, "¿"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'U' && from[my_int + 2] == '"') { strcat(to, "Ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'n' && from[my_int + 2] == '~' ) { strcat(to, "ñ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'u' && from[my_int + 2] == '"') { strcat(to, "ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == '`') { strcat(to, "à"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '!' && from[my_int + 2] == '!') { strcat(to, "¡"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '-' && from[my_int + 2] == '-') { strcat(to, "_"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'N' && from[my_int + 2] == '~') { strcat(to, "_"); my_int += 3; } /* I just LOVE the designers of this protocol -mg */ else if (from[my_int] == ']') { strcat(to, "Å"); my_int++; } else if (from[my_int] == '}') { strcat(to, "å"); my_int++; } else if (from[my_int] == '[') { strcat(to, "Ä"); my_int++; } else if (from[my_int] == '{') { strcat(to, "ä"); my_int++; } else if (from[my_int] == '\\') { strcat(to, "Ö"); my_int++; } else if (from[my_int] == '|') { strcat(to, "ö"); my_int++; } else if (from[my_int] == '!') { strcat(to, "!"); my_int++; } else if (from[my_int] == '"') { strcat(to, "\""); my_int++; } else if (from[my_int] == '#') { strcat(to, "#"); my_int++; } else if (from[my_int] == '¤') { strcat(to, "¤"); my_int++; } else if (from[my_int] == '%') { strcat(to, "%"); my_int++; } else if (from[my_int] == '&') { strcat(to, "&"); my_int++; } else if (from[my_int] == '\'') { strcat(to, "'"); my_int++; } else if (from[my_int] == '(') { strcat(to, "("); my_int++; } else if (from[my_int] == ')') { strcat(to, ")"); my_int++; } else if (from[my_int] == '*') { strcat(to, "*"); my_int++; } else if (from[my_int] == '+') { strcat(to, "+"); my_int++; } else if (from[my_int] == ',') { strcat(to, ","); my_int++; } else if (from[my_int] == '-') { strcat(to, "-"); my_int++; } else if (from[my_int] == '.') { strcat(to, "."); my_int++; } else if (from[my_int] == '/') { strcat(to, "/"); my_int++; } else if (from[my_int] == '0') { strcat(to, "0"); my_int++; } else if (from[my_int] == '1') { strcat(to, "1"); my_int++; } else if (from[my_int] == '2') { strcat(to, "2"); my_int++; } else if (from[my_int] == '3') { strcat(to, "3"); my_int++; } else if (from[my_int] == '4') { strcat(to, "4"); my_int++; } else if (from[my_int] == '5') { strcat(to, "5"); my_int++; } else if (from[my_int] == '6') { strcat(to, "6"); my_int++; } else if (from[my_int] == '7') { strcat(to, "7"); my_int++; } else if (from[my_int] == '8') { strcat(to, "8"); my_int++; } else if (from[my_int] == '9') { strcat(to, "9"); my_int++; } else if (from[my_int] == ':') { strcat(to, ":"); my_int++; } else if (from[my_int] == ';') { strcat(to, ";"); my_int++; } else if (from[my_int] == '<') { strcat(to, "<"); my_int++; } else if (from[my_int] == '=') { strcat(to, "="); my_int++; } else if (from[my_int] == '>') { strcat(to, ">"); my_int++; } else if (from[my_int] == '?') { strcat(to, "?"); my_int++; } else if (from[my_int] == 'A') { strcat(to, "A"); my_int++; } else if (from[my_int] == 'B') { strcat(to, "B"); my_int++; } else if (from[my_int] == 'C') { strcat(to, "C"); my_int++; } else if (from[my_int] == 'D') { strcat(to, "D"); my_int++; } else if (from[my_int] == 'E') { strcat(to, "E"); my_int++; } else if (from[my_int] == 'F') { strcat(to, "F"); my_int++; } else if (from[my_int] == 'G') { strcat(to, "G"); my_int++; } else if (from[my_int] == 'H') { strcat(to, "H"); my_int++; } else if (from[my_int] == 'I') { strcat(to, "I"); my_int++; } else if (from[my_int] == 'J') { strcat(to, "J"); my_int++; } else if (from[my_int] == 'K') { strcat(to, "K"); my_int++; } else if (from[my_int] == 'L') { strcat(to, "L"); my_int++; } else if (from[my_int] == 'M') { strcat(to, "M"); my_int++; } else if (from[my_int] == 'N') { strcat(to, "N"); my_int++; } else if (from[my_int] == 'O') { strcat(to, "O"); my_int++; } else if (from[my_int] == 'P') { strcat(to, "P"); my_int++; } else if (from[my_int] == 'Q') { strcat(to, "Q"); my_int++; } else if (from[my_int] == 'R') { strcat(to, "R"); my_int++; } else if (from[my_int] == 'S') { strcat(to, "S"); my_int++; } else if (from[my_int] == 'T') { strcat(to, "T"); my_int++; } else if (from[my_int] == 'U') { strcat(to, "U"); my_int++; } else if (from[my_int] == 'V') { strcat(to, "V"); my_int++; } else if (from[my_int] == 'W') { strcat(to, "W"); my_int++; } else if (from[my_int] == 'X') { strcat(to, "X"); my_int++; } else if (from[my_int] == 'Y') { strcat(to, "Y"); my_int++; } else if (from[my_int] == 'Z') { strcat(to, "Z"); my_int++; } else if (from[my_int] == 'a') { strcat(to, "a"); my_int++; } else if (from[my_int] == 'b') { strcat(to, "b"); my_int++; } else if (from[my_int] == 'c') { strcat(to, "c"); my_int++; } else if (from[my_int] == 'd') { strcat(to, "d"); my_int++; } else if (from[my_int] == 'e') { strcat(to, "e"); my_int++; } else if (from[my_int] == 'f') { strcat(to, "f"); my_int++; } else if (from[my_int] == 'g') { strcat(to, "g"); my_int++; } else if (from[my_int] == 'h') { strcat(to, "h"); my_int++; } else if (from[my_int] == 'i') { strcat(to, "i"); my_int++; } else if (from[my_int] == 'j') { strcat(to, "j"); my_int++; } else if (from[my_int] == 'k') { strcat(to, "k"); my_int++; } else if (from[my_int] == 'l') { strcat(to, "l"); my_int++; } else if (from[my_int] == 'm') { strcat(to, "m"); my_int++; } else if (from[my_int] == 'n') { strcat(to, "n"); my_int++; } else if (from[my_int] == 'o') { strcat(to, "o"); my_int++; } else if (from[my_int] == 'p') { strcat(to, "p"); my_int++; } else if (from[my_int] == 'q') { strcat(to, "q"); my_int++; } else if (from[my_int] == 'r') { strcat(to, "r"); my_int++; } else if (from[my_int] == 's') { strcat(to, "s"); my_int++; } else if (from[my_int] == 't') { strcat(to, "t"); my_int++; } else if (from[my_int] == 'u') { strcat(to, "u"); my_int++; } else if (from[my_int] == 'v') { strcat(to, "v"); my_int++; } else if (from[my_int] == 'w') { strcat(to, "w"); my_int++; } else if (from[my_int] == 'x') { strcat(to, "x"); my_int++; } else if (from[my_int] == 'y') { strcat(to, "y"); my_int++; } else if (from[my_int] == 'z') { strcat(to, "z"); my_int++; } else if (from[my_int] == ' ') { strcat(to, " "); my_int++; } else if (from[my_int] == '\r') { strcat(to, "\r"); my_int++; } else if (from[my_int] == '\n') { strcat(to, "\n"); my_int++; } else { /* of course it might be that nothing happened */ debug("bb.sms.cimd", 0, "parse: [%c:%02X %c:%02X %c:%02X]", from[my_int], from[my_int], from[my_int + 1], from[my_int + 1], from[my_int + 2], from[my_int + 2]); temp_int = strlen(to); to[temp_int] = 0xBF; /* '¿' */ to[temp_int + 1] = '\0'; my_int++; } } /* for */ return strlen(to); } ");
985  my_int += 3;
986  } else if (from[my_int] == '_' && from[my_int + 1] == 'u' && from[my_int + 2] == '`') {
987  strcat(to, "ù); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'i' && from[my_int + 2] == '`') { strcat(to, "ì"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'o' && from[my_int + 2] == '`') { strcat(to, "ò"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'C' && from[my_int + 2] == ',') { strcat(to, "Ç"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'O' && from[my_int + 2] == '/') { strcat(to, "Ø"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'o' && from[my_int + 2] == '/') { strcat(to, "ø"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'A' && from[my_int + 2] == 'E') { strcat(to, "Æ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == 'e') { strcat(to, "æ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 's' && from[my_int + 2] == 's') { strcat(to, "ß"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'E' && from[my_int + 2] == '´') { strcat(to, "É"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '?' && from[my_int + 2] == '?') { strcat(to, "¿"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'U' && from[my_int + 2] == '"') { strcat(to, "Ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'n' && from[my_int + 2] == '~' ) { strcat(to, "ñ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'u' && from[my_int + 2] == '"') { strcat(to, "ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == '`') { strcat(to, "à"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '!' && from[my_int + 2] == '!') { strcat(to, "¡"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '-' && from[my_int + 2] == '-') { strcat(to, "_"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'N' && from[my_int + 2] == '~') { strcat(to, "_"); my_int += 3; } /* I just LOVE the designers of this protocol -mg */ else if (from[my_int] == ']') { strcat(to, "Å"); my_int++; } else if (from[my_int] == '}') { strcat(to, "å"); my_int++; } else if (from[my_int] == '[') { strcat(to, "Ä"); my_int++; } else if (from[my_int] == '{') { strcat(to, "ä"); my_int++; } else if (from[my_int] == '\\') { strcat(to, "Ö"); my_int++; } else if (from[my_int] == '|') { strcat(to, "ö"); my_int++; } else if (from[my_int] == '!') { strcat(to, "!"); my_int++; } else if (from[my_int] == '"') { strcat(to, "\""); my_int++; } else if (from[my_int] == '#') { strcat(to, "#"); my_int++; } else if (from[my_int] == '¤') { strcat(to, "¤"); my_int++; } else if (from[my_int] == '%') { strcat(to, "%"); my_int++; } else if (from[my_int] == '&') { strcat(to, "&"); my_int++; } else if (from[my_int] == '\'') { strcat(to, "'"); my_int++; } else if (from[my_int] == '(') { strcat(to, "("); my_int++; } else if (from[my_int] == ')') { strcat(to, ")"); my_int++; } else if (from[my_int] == '*') { strcat(to, "*"); my_int++; } else if (from[my_int] == '+') { strcat(to, "+"); my_int++; } else if (from[my_int] == ',') { strcat(to, ","); my_int++; } else if (from[my_int] == '-') { strcat(to, "-"); my_int++; } else if (from[my_int] == '.') { strcat(to, "."); my_int++; } else if (from[my_int] == '/') { strcat(to, "/"); my_int++; } else if (from[my_int] == '0') { strcat(to, "0"); my_int++; } else if (from[my_int] == '1') { strcat(to, "1"); my_int++; } else if (from[my_int] == '2') { strcat(to, "2"); my_int++; } else if (from[my_int] == '3') { strcat(to, "3"); my_int++; } else if (from[my_int] == '4') { strcat(to, "4"); my_int++; } else if (from[my_int] == '5') { strcat(to, "5"); my_int++; } else if (from[my_int] == '6') { strcat(to, "6"); my_int++; } else if (from[my_int] == '7') { strcat(to, "7"); my_int++; } else if (from[my_int] == '8') { strcat(to, "8"); my_int++; } else if (from[my_int] == '9') { strcat(to, "9"); my_int++; } else if (from[my_int] == ':') { strcat(to, ":"); my_int++; } else if (from[my_int] == ';') { strcat(to, ";"); my_int++; } else if (from[my_int] == '<') { strcat(to, "<"); my_int++; } else if (from[my_int] == '=') { strcat(to, "="); my_int++; } else if (from[my_int] == '>') { strcat(to, ">"); my_int++; } else if (from[my_int] == '?') { strcat(to, "?"); my_int++; } else if (from[my_int] == 'A') { strcat(to, "A"); my_int++; } else if (from[my_int] == 'B') { strcat(to, "B"); my_int++; } else if (from[my_int] == 'C') { strcat(to, "C"); my_int++; } else if (from[my_int] == 'D') { strcat(to, "D"); my_int++; } else if (from[my_int] == 'E') { strcat(to, "E"); my_int++; } else if (from[my_int] == 'F') { strcat(to, "F"); my_int++; } else if (from[my_int] == 'G') { strcat(to, "G"); my_int++; } else if (from[my_int] == 'H') { strcat(to, "H"); my_int++; } else if (from[my_int] == 'I') { strcat(to, "I"); my_int++; } else if (from[my_int] == 'J') { strcat(to, "J"); my_int++; } else if (from[my_int] == 'K') { strcat(to, "K"); my_int++; } else if (from[my_int] == 'L') { strcat(to, "L"); my_int++; } else if (from[my_int] == 'M') { strcat(to, "M"); my_int++; } else if (from[my_int] == 'N') { strcat(to, "N"); my_int++; } else if (from[my_int] == 'O') { strcat(to, "O"); my_int++; } else if (from[my_int] == 'P') { strcat(to, "P"); my_int++; } else if (from[my_int] == 'Q') { strcat(to, "Q"); my_int++; } else if (from[my_int] == 'R') { strcat(to, "R"); my_int++; } else if (from[my_int] == 'S') { strcat(to, "S"); my_int++; } else if (from[my_int] == 'T') { strcat(to, "T"); my_int++; } else if (from[my_int] == 'U') { strcat(to, "U"); my_int++; } else if (from[my_int] == 'V') { strcat(to, "V"); my_int++; } else if (from[my_int] == 'W') { strcat(to, "W"); my_int++; } else if (from[my_int] == 'X') { strcat(to, "X"); my_int++; } else if (from[my_int] == 'Y') { strcat(to, "Y"); my_int++; } else if (from[my_int] == 'Z') { strcat(to, "Z"); my_int++; } else if (from[my_int] == 'a') { strcat(to, "a"); my_int++; } else if (from[my_int] == 'b') { strcat(to, "b"); my_int++; } else if (from[my_int] == 'c') { strcat(to, "c"); my_int++; } else if (from[my_int] == 'd') { strcat(to, "d"); my_int++; } else if (from[my_int] == 'e') { strcat(to, "e"); my_int++; } else if (from[my_int] == 'f') { strcat(to, "f"); my_int++; } else if (from[my_int] == 'g') { strcat(to, "g"); my_int++; } else if (from[my_int] == 'h') { strcat(to, "h"); my_int++; } else if (from[my_int] == 'i') { strcat(to, "i"); my_int++; } else if (from[my_int] == 'j') { strcat(to, "j"); my_int++; } else if (from[my_int] == 'k') { strcat(to, "k"); my_int++; } else if (from[my_int] == 'l') { strcat(to, "l"); my_int++; } else if (from[my_int] == 'm') { strcat(to, "m"); my_int++; } else if (from[my_int] == 'n') { strcat(to, "n"); my_int++; } else if (from[my_int] == 'o') { strcat(to, "o"); my_int++; } else if (from[my_int] == 'p') { strcat(to, "p"); my_int++; } else if (from[my_int] == 'q') { strcat(to, "q"); my_int++; } else if (from[my_int] == 'r') { strcat(to, "r"); my_int++; } else if (from[my_int] == 's') { strcat(to, "s"); my_int++; } else if (from[my_int] == 't') { strcat(to, "t"); my_int++; } else if (from[my_int] == 'u') { strcat(to, "u"); my_int++; } else if (from[my_int] == 'v') { strcat(to, "v"); my_int++; } else if (from[my_int] == 'w') { strcat(to, "w"); my_int++; } else if (from[my_int] == 'x') { strcat(to, "x"); my_int++; } else if (from[my_int] == 'y') { strcat(to, "y"); my_int++; } else if (from[my_int] == 'z') { strcat(to, "z"); my_int++; } else if (from[my_int] == ' ') { strcat(to, " "); my_int++; } else if (from[my_int] == '\r') { strcat(to, "\r"); my_int++; } else if (from[my_int] == '\n') { strcat(to, "\n"); my_int++; } else { /* of course it might be that nothing happened */ debug("bb.sms.cimd", 0, "parse: [%c:%02X %c:%02X %c:%02X]", from[my_int], from[my_int], from[my_int + 1], from[my_int + 1], from[my_int + 2], from[my_int + 2]); temp_int = strlen(to); to[temp_int] = 0xBF; /* '¿' */ to[temp_int + 1] = '\0'; my_int++; } } /* for */ return strlen(to); } ");
988  my_int += 3;
989  } else if (from[my_int] == '_' && from[my_int + 1] == 'i' && from[my_int + 2] == '`') {
990  strcat(to, "ì); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'o' && from[my_int + 2] == '`') { strcat(to, "ò"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'C' && from[my_int + 2] == ',') { strcat(to, "Ç"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'O' && from[my_int + 2] == '/') { strcat(to, "Ø"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'o' && from[my_int + 2] == '/') { strcat(to, "ø"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'A' && from[my_int + 2] == 'E') { strcat(to, "Æ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == 'e') { strcat(to, "æ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 's' && from[my_int + 2] == 's') { strcat(to, "ß"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'E' && from[my_int + 2] == '´') { strcat(to, "É"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '?' && from[my_int + 2] == '?') { strcat(to, "¿"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'U' && from[my_int + 2] == '"') { strcat(to, "Ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'n' && from[my_int + 2] == '~' ) { strcat(to, "ñ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'u' && from[my_int + 2] == '"') { strcat(to, "ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == '`') { strcat(to, "à"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '!' && from[my_int + 2] == '!') { strcat(to, "¡"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '-' && from[my_int + 2] == '-') { strcat(to, "_"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'N' && from[my_int + 2] == '~') { strcat(to, "_"); my_int += 3; } /* I just LOVE the designers of this protocol -mg */ else if (from[my_int] == ']') { strcat(to, "Å"); my_int++; } else if (from[my_int] == '}') { strcat(to, "å"); my_int++; } else if (from[my_int] == '[') { strcat(to, "Ä"); my_int++; } else if (from[my_int] == '{') { strcat(to, "ä"); my_int++; } else if (from[my_int] == '\\') { strcat(to, "Ö"); my_int++; } else if (from[my_int] == '|') { strcat(to, "ö"); my_int++; } else if (from[my_int] == '!') { strcat(to, "!"); my_int++; } else if (from[my_int] == '"') { strcat(to, "\""); my_int++; } else if (from[my_int] == '#') { strcat(to, "#"); my_int++; } else if (from[my_int] == '¤') { strcat(to, "¤"); my_int++; } else if (from[my_int] == '%') { strcat(to, "%"); my_int++; } else if (from[my_int] == '&') { strcat(to, "&"); my_int++; } else if (from[my_int] == '\'') { strcat(to, "'"); my_int++; } else if (from[my_int] == '(') { strcat(to, "("); my_int++; } else if (from[my_int] == ')') { strcat(to, ")"); my_int++; } else if (from[my_int] == '*') { strcat(to, "*"); my_int++; } else if (from[my_int] == '+') { strcat(to, "+"); my_int++; } else if (from[my_int] == ',') { strcat(to, ","); my_int++; } else if (from[my_int] == '-') { strcat(to, "-"); my_int++; } else if (from[my_int] == '.') { strcat(to, "."); my_int++; } else if (from[my_int] == '/') { strcat(to, "/"); my_int++; } else if (from[my_int] == '0') { strcat(to, "0"); my_int++; } else if (from[my_int] == '1') { strcat(to, "1"); my_int++; } else if (from[my_int] == '2') { strcat(to, "2"); my_int++; } else if (from[my_int] == '3') { strcat(to, "3"); my_int++; } else if (from[my_int] == '4') { strcat(to, "4"); my_int++; } else if (from[my_int] == '5') { strcat(to, "5"); my_int++; } else if (from[my_int] == '6') { strcat(to, "6"); my_int++; } else if (from[my_int] == '7') { strcat(to, "7"); my_int++; } else if (from[my_int] == '8') { strcat(to, "8"); my_int++; } else if (from[my_int] == '9') { strcat(to, "9"); my_int++; } else if (from[my_int] == ':') { strcat(to, ":"); my_int++; } else if (from[my_int] == ';') { strcat(to, ";"); my_int++; } else if (from[my_int] == '<') { strcat(to, "<"); my_int++; } else if (from[my_int] == '=') { strcat(to, "="); my_int++; } else if (from[my_int] == '>') { strcat(to, ">"); my_int++; } else if (from[my_int] == '?') { strcat(to, "?"); my_int++; } else if (from[my_int] == 'A') { strcat(to, "A"); my_int++; } else if (from[my_int] == 'B') { strcat(to, "B"); my_int++; } else if (from[my_int] == 'C') { strcat(to, "C"); my_int++; } else if (from[my_int] == 'D') { strcat(to, "D"); my_int++; } else if (from[my_int] == 'E') { strcat(to, "E"); my_int++; } else if (from[my_int] == 'F') { strcat(to, "F"); my_int++; } else if (from[my_int] == 'G') { strcat(to, "G"); my_int++; } else if (from[my_int] == 'H') { strcat(to, "H"); my_int++; } else if (from[my_int] == 'I') { strcat(to, "I"); my_int++; } else if (from[my_int] == 'J') { strcat(to, "J"); my_int++; } else if (from[my_int] == 'K') { strcat(to, "K"); my_int++; } else if (from[my_int] == 'L') { strcat(to, "L"); my_int++; } else if (from[my_int] == 'M') { strcat(to, "M"); my_int++; } else if (from[my_int] == 'N') { strcat(to, "N"); my_int++; } else if (from[my_int] == 'O') { strcat(to, "O"); my_int++; } else if (from[my_int] == 'P') { strcat(to, "P"); my_int++; } else if (from[my_int] == 'Q') { strcat(to, "Q"); my_int++; } else if (from[my_int] == 'R') { strcat(to, "R"); my_int++; } else if (from[my_int] == 'S') { strcat(to, "S"); my_int++; } else if (from[my_int] == 'T') { strcat(to, "T"); my_int++; } else if (from[my_int] == 'U') { strcat(to, "U"); my_int++; } else if (from[my_int] == 'V') { strcat(to, "V"); my_int++; } else if (from[my_int] == 'W') { strcat(to, "W"); my_int++; } else if (from[my_int] == 'X') { strcat(to, "X"); my_int++; } else if (from[my_int] == 'Y') { strcat(to, "Y"); my_int++; } else if (from[my_int] == 'Z') { strcat(to, "Z"); my_int++; } else if (from[my_int] == 'a') { strcat(to, "a"); my_int++; } else if (from[my_int] == 'b') { strcat(to, "b"); my_int++; } else if (from[my_int] == 'c') { strcat(to, "c"); my_int++; } else if (from[my_int] == 'd') { strcat(to, "d"); my_int++; } else if (from[my_int] == 'e') { strcat(to, "e"); my_int++; } else if (from[my_int] == 'f') { strcat(to, "f"); my_int++; } else if (from[my_int] == 'g') { strcat(to, "g"); my_int++; } else if (from[my_int] == 'h') { strcat(to, "h"); my_int++; } else if (from[my_int] == 'i') { strcat(to, "i"); my_int++; } else if (from[my_int] == 'j') { strcat(to, "j"); my_int++; } else if (from[my_int] == 'k') { strcat(to, "k"); my_int++; } else if (from[my_int] == 'l') { strcat(to, "l"); my_int++; } else if (from[my_int] == 'm') { strcat(to, "m"); my_int++; } else if (from[my_int] == 'n') { strcat(to, "n"); my_int++; } else if (from[my_int] == 'o') { strcat(to, "o"); my_int++; } else if (from[my_int] == 'p') { strcat(to, "p"); my_int++; } else if (from[my_int] == 'q') { strcat(to, "q"); my_int++; } else if (from[my_int] == 'r') { strcat(to, "r"); my_int++; } else if (from[my_int] == 's') { strcat(to, "s"); my_int++; } else if (from[my_int] == 't') { strcat(to, "t"); my_int++; } else if (from[my_int] == 'u') { strcat(to, "u"); my_int++; } else if (from[my_int] == 'v') { strcat(to, "v"); my_int++; } else if (from[my_int] == 'w') { strcat(to, "w"); my_int++; } else if (from[my_int] == 'x') { strcat(to, "x"); my_int++; } else if (from[my_int] == 'y') { strcat(to, "y"); my_int++; } else if (from[my_int] == 'z') { strcat(to, "z"); my_int++; } else if (from[my_int] == ' ') { strcat(to, " "); my_int++; } else if (from[my_int] == '\r') { strcat(to, "\r"); my_int++; } else if (from[my_int] == '\n') { strcat(to, "\n"); my_int++; } else { /* of course it might be that nothing happened */ debug("bb.sms.cimd", 0, "parse: [%c:%02X %c:%02X %c:%02X]", from[my_int], from[my_int], from[my_int + 1], from[my_int + 1], from[my_int + 2], from[my_int + 2]); temp_int = strlen(to); to[temp_int] = 0xBF; /* '¿' */ to[temp_int + 1] = '\0'; my_int++; } } /* for */ return strlen(to); } ");
991  my_int += 3;
992  } else if (from[my_int] == '_' && from[my_int + 1] == 'o' && from[my_int + 2] == '`') {
993  strcat(to, "ò); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'C' && from[my_int + 2] == ',') { strcat(to, "Ç"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'O' && from[my_int + 2] == '/') { strcat(to, "Ø"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'o' && from[my_int + 2] == '/') { strcat(to, "ø"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'A' && from[my_int + 2] == 'E') { strcat(to, "Æ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == 'e') { strcat(to, "æ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 's' && from[my_int + 2] == 's') { strcat(to, "ß"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'E' && from[my_int + 2] == '´') { strcat(to, "É"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '?' && from[my_int + 2] == '?') { strcat(to, "¿"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'U' && from[my_int + 2] == '"') { strcat(to, "Ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'n' && from[my_int + 2] == '~' ) { strcat(to, "ñ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'u' && from[my_int + 2] == '"') { strcat(to, "ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == '`') { strcat(to, "à"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '!' && from[my_int + 2] == '!') { strcat(to, "¡"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '-' && from[my_int + 2] == '-') { strcat(to, "_"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'N' && from[my_int + 2] == '~') { strcat(to, "_"); my_int += 3; } /* I just LOVE the designers of this protocol -mg */ else if (from[my_int] == ']') { strcat(to, "Å"); my_int++; } else if (from[my_int] == '}') { strcat(to, "å"); my_int++; } else if (from[my_int] == '[') { strcat(to, "Ä"); my_int++; } else if (from[my_int] == '{') { strcat(to, "ä"); my_int++; } else if (from[my_int] == '\\') { strcat(to, "Ö"); my_int++; } else if (from[my_int] == '|') { strcat(to, "ö"); my_int++; } else if (from[my_int] == '!') { strcat(to, "!"); my_int++; } else if (from[my_int] == '"') { strcat(to, "\""); my_int++; } else if (from[my_int] == '#') { strcat(to, "#"); my_int++; } else if (from[my_int] == '¤') { strcat(to, "¤"); my_int++; } else if (from[my_int] == '%') { strcat(to, "%"); my_int++; } else if (from[my_int] == '&') { strcat(to, "&"); my_int++; } else if (from[my_int] == '\'') { strcat(to, "'"); my_int++; } else if (from[my_int] == '(') { strcat(to, "("); my_int++; } else if (from[my_int] == ')') { strcat(to, ")"); my_int++; } else if (from[my_int] == '*') { strcat(to, "*"); my_int++; } else if (from[my_int] == '+') { strcat(to, "+"); my_int++; } else if (from[my_int] == ',') { strcat(to, ","); my_int++; } else if (from[my_int] == '-') { strcat(to, "-"); my_int++; } else if (from[my_int] == '.') { strcat(to, "."); my_int++; } else if (from[my_int] == '/') { strcat(to, "/"); my_int++; } else if (from[my_int] == '0') { strcat(to, "0"); my_int++; } else if (from[my_int] == '1') { strcat(to, "1"); my_int++; } else if (from[my_int] == '2') { strcat(to, "2"); my_int++; } else if (from[my_int] == '3') { strcat(to, "3"); my_int++; } else if (from[my_int] == '4') { strcat(to, "4"); my_int++; } else if (from[my_int] == '5') { strcat(to, "5"); my_int++; } else if (from[my_int] == '6') { strcat(to, "6"); my_int++; } else if (from[my_int] == '7') { strcat(to, "7"); my_int++; } else if (from[my_int] == '8') { strcat(to, "8"); my_int++; } else if (from[my_int] == '9') { strcat(to, "9"); my_int++; } else if (from[my_int] == ':') { strcat(to, ":"); my_int++; } else if (from[my_int] == ';') { strcat(to, ";"); my_int++; } else if (from[my_int] == '<') { strcat(to, "<"); my_int++; } else if (from[my_int] == '=') { strcat(to, "="); my_int++; } else if (from[my_int] == '>') { strcat(to, ">"); my_int++; } else if (from[my_int] == '?') { strcat(to, "?"); my_int++; } else if (from[my_int] == 'A') { strcat(to, "A"); my_int++; } else if (from[my_int] == 'B') { strcat(to, "B"); my_int++; } else if (from[my_int] == 'C') { strcat(to, "C"); my_int++; } else if (from[my_int] == 'D') { strcat(to, "D"); my_int++; } else if (from[my_int] == 'E') { strcat(to, "E"); my_int++; } else if (from[my_int] == 'F') { strcat(to, "F"); my_int++; } else if (from[my_int] == 'G') { strcat(to, "G"); my_int++; } else if (from[my_int] == 'H') { strcat(to, "H"); my_int++; } else if (from[my_int] == 'I') { strcat(to, "I"); my_int++; } else if (from[my_int] == 'J') { strcat(to, "J"); my_int++; } else if (from[my_int] == 'K') { strcat(to, "K"); my_int++; } else if (from[my_int] == 'L') { strcat(to, "L"); my_int++; } else if (from[my_int] == 'M') { strcat(to, "M"); my_int++; } else if (from[my_int] == 'N') { strcat(to, "N"); my_int++; } else if (from[my_int] == 'O') { strcat(to, "O"); my_int++; } else if (from[my_int] == 'P') { strcat(to, "P"); my_int++; } else if (from[my_int] == 'Q') { strcat(to, "Q"); my_int++; } else if (from[my_int] == 'R') { strcat(to, "R"); my_int++; } else if (from[my_int] == 'S') { strcat(to, "S"); my_int++; } else if (from[my_int] == 'T') { strcat(to, "T"); my_int++; } else if (from[my_int] == 'U') { strcat(to, "U"); my_int++; } else if (from[my_int] == 'V') { strcat(to, "V"); my_int++; } else if (from[my_int] == 'W') { strcat(to, "W"); my_int++; } else if (from[my_int] == 'X') { strcat(to, "X"); my_int++; } else if (from[my_int] == 'Y') { strcat(to, "Y"); my_int++; } else if (from[my_int] == 'Z') { strcat(to, "Z"); my_int++; } else if (from[my_int] == 'a') { strcat(to, "a"); my_int++; } else if (from[my_int] == 'b') { strcat(to, "b"); my_int++; } else if (from[my_int] == 'c') { strcat(to, "c"); my_int++; } else if (from[my_int] == 'd') { strcat(to, "d"); my_int++; } else if (from[my_int] == 'e') { strcat(to, "e"); my_int++; } else if (from[my_int] == 'f') { strcat(to, "f"); my_int++; } else if (from[my_int] == 'g') { strcat(to, "g"); my_int++; } else if (from[my_int] == 'h') { strcat(to, "h"); my_int++; } else if (from[my_int] == 'i') { strcat(to, "i"); my_int++; } else if (from[my_int] == 'j') { strcat(to, "j"); my_int++; } else if (from[my_int] == 'k') { strcat(to, "k"); my_int++; } else if (from[my_int] == 'l') { strcat(to, "l"); my_int++; } else if (from[my_int] == 'm') { strcat(to, "m"); my_int++; } else if (from[my_int] == 'n') { strcat(to, "n"); my_int++; } else if (from[my_int] == 'o') { strcat(to, "o"); my_int++; } else if (from[my_int] == 'p') { strcat(to, "p"); my_int++; } else if (from[my_int] == 'q') { strcat(to, "q"); my_int++; } else if (from[my_int] == 'r') { strcat(to, "r"); my_int++; } else if (from[my_int] == 's') { strcat(to, "s"); my_int++; } else if (from[my_int] == 't') { strcat(to, "t"); my_int++; } else if (from[my_int] == 'u') { strcat(to, "u"); my_int++; } else if (from[my_int] == 'v') { strcat(to, "v"); my_int++; } else if (from[my_int] == 'w') { strcat(to, "w"); my_int++; } else if (from[my_int] == 'x') { strcat(to, "x"); my_int++; } else if (from[my_int] == 'y') { strcat(to, "y"); my_int++; } else if (from[my_int] == 'z') { strcat(to, "z"); my_int++; } else if (from[my_int] == ' ') { strcat(to, " "); my_int++; } else if (from[my_int] == '\r') { strcat(to, "\r"); my_int++; } else if (from[my_int] == '\n') { strcat(to, "\n"); my_int++; } else { /* of course it might be that nothing happened */ debug("bb.sms.cimd", 0, "parse: [%c:%02X %c:%02X %c:%02X]", from[my_int], from[my_int], from[my_int + 1], from[my_int + 1], from[my_int + 2], from[my_int + 2]); temp_int = strlen(to); to[temp_int] = 0xBF; /* '¿' */ to[temp_int + 1] = '\0'; my_int++; } } /* for */ return strlen(to); } ");
994  my_int += 3;
995  } else if (from[my_int] == '_' && from[my_int + 1] == 'C' && from[my_int + 2] == ',') {
996  strcat(to, "Ç); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'O' && from[my_int + 2] == '/') { strcat(to, "Ø"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'o' && from[my_int + 2] == '/') { strcat(to, "ø"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'A' && from[my_int + 2] == 'E') { strcat(to, "Æ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == 'e') { strcat(to, "æ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 's' && from[my_int + 2] == 's') { strcat(to, "ß"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'E' && from[my_int + 2] == '´') { strcat(to, "É"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '?' && from[my_int + 2] == '?') { strcat(to, "¿"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'U' && from[my_int + 2] == '"') { strcat(to, "Ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'n' && from[my_int + 2] == '~' ) { strcat(to, "ñ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'u' && from[my_int + 2] == '"') { strcat(to, "ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == '`') { strcat(to, "à"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '!' && from[my_int + 2] == '!') { strcat(to, "¡"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '-' && from[my_int + 2] == '-') { strcat(to, "_"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'N' && from[my_int + 2] == '~') { strcat(to, "_"); my_int += 3; } /* I just LOVE the designers of this protocol -mg */ else if (from[my_int] == ']') { strcat(to, "Å"); my_int++; } else if (from[my_int] == '}') { strcat(to, "å"); my_int++; } else if (from[my_int] == '[') { strcat(to, "Ä"); my_int++; } else if (from[my_int] == '{') { strcat(to, "ä"); my_int++; } else if (from[my_int] == '\\') { strcat(to, "Ö"); my_int++; } else if (from[my_int] == '|') { strcat(to, "ö"); my_int++; } else if (from[my_int] == '!') { strcat(to, "!"); my_int++; } else if (from[my_int] == '"') { strcat(to, "\""); my_int++; } else if (from[my_int] == '#') { strcat(to, "#"); my_int++; } else if (from[my_int] == '¤') { strcat(to, "¤"); my_int++; } else if (from[my_int] == '%') { strcat(to, "%"); my_int++; } else if (from[my_int] == '&') { strcat(to, "&"); my_int++; } else if (from[my_int] == '\'') { strcat(to, "'"); my_int++; } else if (from[my_int] == '(') { strcat(to, "("); my_int++; } else if (from[my_int] == ')') { strcat(to, ")"); my_int++; } else if (from[my_int] == '*') { strcat(to, "*"); my_int++; } else if (from[my_int] == '+') { strcat(to, "+"); my_int++; } else if (from[my_int] == ',') { strcat(to, ","); my_int++; } else if (from[my_int] == '-') { strcat(to, "-"); my_int++; } else if (from[my_int] == '.') { strcat(to, "."); my_int++; } else if (from[my_int] == '/') { strcat(to, "/"); my_int++; } else if (from[my_int] == '0') { strcat(to, "0"); my_int++; } else if (from[my_int] == '1') { strcat(to, "1"); my_int++; } else if (from[my_int] == '2') { strcat(to, "2"); my_int++; } else if (from[my_int] == '3') { strcat(to, "3"); my_int++; } else if (from[my_int] == '4') { strcat(to, "4"); my_int++; } else if (from[my_int] == '5') { strcat(to, "5"); my_int++; } else if (from[my_int] == '6') { strcat(to, "6"); my_int++; } else if (from[my_int] == '7') { strcat(to, "7"); my_int++; } else if (from[my_int] == '8') { strcat(to, "8"); my_int++; } else if (from[my_int] == '9') { strcat(to, "9"); my_int++; } else if (from[my_int] == ':') { strcat(to, ":"); my_int++; } else if (from[my_int] == ';') { strcat(to, ";"); my_int++; } else if (from[my_int] == '<') { strcat(to, "<"); my_int++; } else if (from[my_int] == '=') { strcat(to, "="); my_int++; } else if (from[my_int] == '>') { strcat(to, ">"); my_int++; } else if (from[my_int] == '?') { strcat(to, "?"); my_int++; } else if (from[my_int] == 'A') { strcat(to, "A"); my_int++; } else if (from[my_int] == 'B') { strcat(to, "B"); my_int++; } else if (from[my_int] == 'C') { strcat(to, "C"); my_int++; } else if (from[my_int] == 'D') { strcat(to, "D"); my_int++; } else if (from[my_int] == 'E') { strcat(to, "E"); my_int++; } else if (from[my_int] == 'F') { strcat(to, "F"); my_int++; } else if (from[my_int] == 'G') { strcat(to, "G"); my_int++; } else if (from[my_int] == 'H') { strcat(to, "H"); my_int++; } else if (from[my_int] == 'I') { strcat(to, "I"); my_int++; } else if (from[my_int] == 'J') { strcat(to, "J"); my_int++; } else if (from[my_int] == 'K') { strcat(to, "K"); my_int++; } else if (from[my_int] == 'L') { strcat(to, "L"); my_int++; } else if (from[my_int] == 'M') { strcat(to, "M"); my_int++; } else if (from[my_int] == 'N') { strcat(to, "N"); my_int++; } else if (from[my_int] == 'O') { strcat(to, "O"); my_int++; } else if (from[my_int] == 'P') { strcat(to, "P"); my_int++; } else if (from[my_int] == 'Q') { strcat(to, "Q"); my_int++; } else if (from[my_int] == 'R') { strcat(to, "R"); my_int++; } else if (from[my_int] == 'S') { strcat(to, "S"); my_int++; } else if (from[my_int] == 'T') { strcat(to, "T"); my_int++; } else if (from[my_int] == 'U') { strcat(to, "U"); my_int++; } else if (from[my_int] == 'V') { strcat(to, "V"); my_int++; } else if (from[my_int] == 'W') { strcat(to, "W"); my_int++; } else if (from[my_int] == 'X') { strcat(to, "X"); my_int++; } else if (from[my_int] == 'Y') { strcat(to, "Y"); my_int++; } else if (from[my_int] == 'Z') { strcat(to, "Z"); my_int++; } else if (from[my_int] == 'a') { strcat(to, "a"); my_int++; } else if (from[my_int] == 'b') { strcat(to, "b"); my_int++; } else if (from[my_int] == 'c') { strcat(to, "c"); my_int++; } else if (from[my_int] == 'd') { strcat(to, "d"); my_int++; } else if (from[my_int] == 'e') { strcat(to, "e"); my_int++; } else if (from[my_int] == 'f') { strcat(to, "f"); my_int++; } else if (from[my_int] == 'g') { strcat(to, "g"); my_int++; } else if (from[my_int] == 'h') { strcat(to, "h"); my_int++; } else if (from[my_int] == 'i') { strcat(to, "i"); my_int++; } else if (from[my_int] == 'j') { strcat(to, "j"); my_int++; } else if (from[my_int] == 'k') { strcat(to, "k"); my_int++; } else if (from[my_int] == 'l') { strcat(to, "l"); my_int++; } else if (from[my_int] == 'm') { strcat(to, "m"); my_int++; } else if (from[my_int] == 'n') { strcat(to, "n"); my_int++; } else if (from[my_int] == 'o') { strcat(to, "o"); my_int++; } else if (from[my_int] == 'p') { strcat(to, "p"); my_int++; } else if (from[my_int] == 'q') { strcat(to, "q"); my_int++; } else if (from[my_int] == 'r') { strcat(to, "r"); my_int++; } else if (from[my_int] == 's') { strcat(to, "s"); my_int++; } else if (from[my_int] == 't') { strcat(to, "t"); my_int++; } else if (from[my_int] == 'u') { strcat(to, "u"); my_int++; } else if (from[my_int] == 'v') { strcat(to, "v"); my_int++; } else if (from[my_int] == 'w') { strcat(to, "w"); my_int++; } else if (from[my_int] == 'x') { strcat(to, "x"); my_int++; } else if (from[my_int] == 'y') { strcat(to, "y"); my_int++; } else if (from[my_int] == 'z') { strcat(to, "z"); my_int++; } else if (from[my_int] == ' ') { strcat(to, " "); my_int++; } else if (from[my_int] == '\r') { strcat(to, "\r"); my_int++; } else if (from[my_int] == '\n') { strcat(to, "\n"); my_int++; } else { /* of course it might be that nothing happened */ debug("bb.sms.cimd", 0, "parse: [%c:%02X %c:%02X %c:%02X]", from[my_int], from[my_int], from[my_int + 1], from[my_int + 1], from[my_int + 2], from[my_int + 2]); temp_int = strlen(to); to[temp_int] = 0xBF; /* '¿' */ to[temp_int + 1] = '\0'; my_int++; } } /* for */ return strlen(to); } ");
997  my_int += 3;
998  } else if (from[my_int] == '_' && from[my_int + 1] == 'O' && from[my_int + 2] == '/') {
999  strcat(to, "Ø); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'o' && from[my_int + 2] == '/') { strcat(to, "ø"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'A' && from[my_int + 2] == 'E') { strcat(to, "Æ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == 'e') { strcat(to, "æ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 's' && from[my_int + 2] == 's') { strcat(to, "ß"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'E' && from[my_int + 2] == '´') { strcat(to, "É"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '?' && from[my_int + 2] == '?') { strcat(to, "¿"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'U' && from[my_int + 2] == '"') { strcat(to, "Ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'n' && from[my_int + 2] == '~' ) { strcat(to, "ñ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'u' && from[my_int + 2] == '"') { strcat(to, "ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == '`') { strcat(to, "à"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '!' && from[my_int + 2] == '!') { strcat(to, "¡"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '-' && from[my_int + 2] == '-') { strcat(to, "_"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'N' && from[my_int + 2] == '~') { strcat(to, "_"); my_int += 3; } /* I just LOVE the designers of this protocol -mg */ else if (from[my_int] == ']') { strcat(to, "Å"); my_int++; } else if (from[my_int] == '}') { strcat(to, "å"); my_int++; } else if (from[my_int] == '[') { strcat(to, "Ä"); my_int++; } else if (from[my_int] == '{') { strcat(to, "ä"); my_int++; } else if (from[my_int] == '\\') { strcat(to, "Ö"); my_int++; } else if (from[my_int] == '|') { strcat(to, "ö"); my_int++; } else if (from[my_int] == '!') { strcat(to, "!"); my_int++; } else if (from[my_int] == '"') { strcat(to, "\""); my_int++; } else if (from[my_int] == '#') { strcat(to, "#"); my_int++; } else if (from[my_int] == '¤') { strcat(to, "¤"); my_int++; } else if (from[my_int] == '%') { strcat(to, "%"); my_int++; } else if (from[my_int] == '&') { strcat(to, "&"); my_int++; } else if (from[my_int] == '\'') { strcat(to, "'"); my_int++; } else if (from[my_int] == '(') { strcat(to, "("); my_int++; } else if (from[my_int] == ')') { strcat(to, ")"); my_int++; } else if (from[my_int] == '*') { strcat(to, "*"); my_int++; } else if (from[my_int] == '+') { strcat(to, "+"); my_int++; } else if (from[my_int] == ',') { strcat(to, ","); my_int++; } else if (from[my_int] == '-') { strcat(to, "-"); my_int++; } else if (from[my_int] == '.') { strcat(to, "."); my_int++; } else if (from[my_int] == '/') { strcat(to, "/"); my_int++; } else if (from[my_int] == '0') { strcat(to, "0"); my_int++; } else if (from[my_int] == '1') { strcat(to, "1"); my_int++; } else if (from[my_int] == '2') { strcat(to, "2"); my_int++; } else if (from[my_int] == '3') { strcat(to, "3"); my_int++; } else if (from[my_int] == '4') { strcat(to, "4"); my_int++; } else if (from[my_int] == '5') { strcat(to, "5"); my_int++; } else if (from[my_int] == '6') { strcat(to, "6"); my_int++; } else if (from[my_int] == '7') { strcat(to, "7"); my_int++; } else if (from[my_int] == '8') { strcat(to, "8"); my_int++; } else if (from[my_int] == '9') { strcat(to, "9"); my_int++; } else if (from[my_int] == ':') { strcat(to, ":"); my_int++; } else if (from[my_int] == ';') { strcat(to, ";"); my_int++; } else if (from[my_int] == '<') { strcat(to, "<"); my_int++; } else if (from[my_int] == '=') { strcat(to, "="); my_int++; } else if (from[my_int] == '>') { strcat(to, ">"); my_int++; } else if (from[my_int] == '?') { strcat(to, "?"); my_int++; } else if (from[my_int] == 'A') { strcat(to, "A"); my_int++; } else if (from[my_int] == 'B') { strcat(to, "B"); my_int++; } else if (from[my_int] == 'C') { strcat(to, "C"); my_int++; } else if (from[my_int] == 'D') { strcat(to, "D"); my_int++; } else if (from[my_int] == 'E') { strcat(to, "E"); my_int++; } else if (from[my_int] == 'F') { strcat(to, "F"); my_int++; } else if (from[my_int] == 'G') { strcat(to, "G"); my_int++; } else if (from[my_int] == 'H') { strcat(to, "H"); my_int++; } else if (from[my_int] == 'I') { strcat(to, "I"); my_int++; } else if (from[my_int] == 'J') { strcat(to, "J"); my_int++; } else if (from[my_int] == 'K') { strcat(to, "K"); my_int++; } else if (from[my_int] == 'L') { strcat(to, "L"); my_int++; } else if (from[my_int] == 'M') { strcat(to, "M"); my_int++; } else if (from[my_int] == 'N') { strcat(to, "N"); my_int++; } else if (from[my_int] == 'O') { strcat(to, "O"); my_int++; } else if (from[my_int] == 'P') { strcat(to, "P"); my_int++; } else if (from[my_int] == 'Q') { strcat(to, "Q"); my_int++; } else if (from[my_int] == 'R') { strcat(to, "R"); my_int++; } else if (from[my_int] == 'S') { strcat(to, "S"); my_int++; } else if (from[my_int] == 'T') { strcat(to, "T"); my_int++; } else if (from[my_int] == 'U') { strcat(to, "U"); my_int++; } else if (from[my_int] == 'V') { strcat(to, "V"); my_int++; } else if (from[my_int] == 'W') { strcat(to, "W"); my_int++; } else if (from[my_int] == 'X') { strcat(to, "X"); my_int++; } else if (from[my_int] == 'Y') { strcat(to, "Y"); my_int++; } else if (from[my_int] == 'Z') { strcat(to, "Z"); my_int++; } else if (from[my_int] == 'a') { strcat(to, "a"); my_int++; } else if (from[my_int] == 'b') { strcat(to, "b"); my_int++; } else if (from[my_int] == 'c') { strcat(to, "c"); my_int++; } else if (from[my_int] == 'd') { strcat(to, "d"); my_int++; } else if (from[my_int] == 'e') { strcat(to, "e"); my_int++; } else if (from[my_int] == 'f') { strcat(to, "f"); my_int++; } else if (from[my_int] == 'g') { strcat(to, "g"); my_int++; } else if (from[my_int] == 'h') { strcat(to, "h"); my_int++; } else if (from[my_int] == 'i') { strcat(to, "i"); my_int++; } else if (from[my_int] == 'j') { strcat(to, "j"); my_int++; } else if (from[my_int] == 'k') { strcat(to, "k"); my_int++; } else if (from[my_int] == 'l') { strcat(to, "l"); my_int++; } else if (from[my_int] == 'm') { strcat(to, "m"); my_int++; } else if (from[my_int] == 'n') { strcat(to, "n"); my_int++; } else if (from[my_int] == 'o') { strcat(to, "o"); my_int++; } else if (from[my_int] == 'p') { strcat(to, "p"); my_int++; } else if (from[my_int] == 'q') { strcat(to, "q"); my_int++; } else if (from[my_int] == 'r') { strcat(to, "r"); my_int++; } else if (from[my_int] == 's') { strcat(to, "s"); my_int++; } else if (from[my_int] == 't') { strcat(to, "t"); my_int++; } else if (from[my_int] == 'u') { strcat(to, "u"); my_int++; } else if (from[my_int] == 'v') { strcat(to, "v"); my_int++; } else if (from[my_int] == 'w') { strcat(to, "w"); my_int++; } else if (from[my_int] == 'x') { strcat(to, "x"); my_int++; } else if (from[my_int] == 'y') { strcat(to, "y"); my_int++; } else if (from[my_int] == 'z') { strcat(to, "z"); my_int++; } else if (from[my_int] == ' ') { strcat(to, " "); my_int++; } else if (from[my_int] == '\r') { strcat(to, "\r"); my_int++; } else if (from[my_int] == '\n') { strcat(to, "\n"); my_int++; } else { /* of course it might be that nothing happened */ debug("bb.sms.cimd", 0, "parse: [%c:%02X %c:%02X %c:%02X]", from[my_int], from[my_int], from[my_int + 1], from[my_int + 1], from[my_int + 2], from[my_int + 2]); temp_int = strlen(to); to[temp_int] = 0xBF; /* '¿' */ to[temp_int + 1] = '\0'; my_int++; } } /* for */ return strlen(to); } ");
1000  my_int += 3;
1001  } else if (from[my_int] == '_' && from[my_int + 1] == 'o' && from[my_int + 2] == '/') {
1002  strcat(to, "ø); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'A' && from[my_int + 2] == 'E') { strcat(to, "Æ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == 'e') { strcat(to, "æ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 's' && from[my_int + 2] == 's') { strcat(to, "ß"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'E' && from[my_int + 2] == '´') { strcat(to, "É"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '?' && from[my_int + 2] == '?') { strcat(to, "¿"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'U' && from[my_int + 2] == '"') { strcat(to, "Ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'n' && from[my_int + 2] == '~' ) { strcat(to, "ñ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'u' && from[my_int + 2] == '"') { strcat(to, "ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == '`') { strcat(to, "à"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '!' && from[my_int + 2] == '!') { strcat(to, "¡"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '-' && from[my_int + 2] == '-') { strcat(to, "_"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'N' && from[my_int + 2] == '~') { strcat(to, "_"); my_int += 3; } /* I just LOVE the designers of this protocol -mg */ else if (from[my_int] == ']') { strcat(to, "Å"); my_int++; } else if (from[my_int] == '}') { strcat(to, "å"); my_int++; } else if (from[my_int] == '[') { strcat(to, "Ä"); my_int++; } else if (from[my_int] == '{') { strcat(to, "ä"); my_int++; } else if (from[my_int] == '\\') { strcat(to, "Ö"); my_int++; } else if (from[my_int] == '|') { strcat(to, "ö"); my_int++; } else if (from[my_int] == '!') { strcat(to, "!"); my_int++; } else if (from[my_int] == '"') { strcat(to, "\""); my_int++; } else if (from[my_int] == '#') { strcat(to, "#"); my_int++; } else if (from[my_int] == '¤') { strcat(to, "¤"); my_int++; } else if (from[my_int] == '%') { strcat(to, "%"); my_int++; } else if (from[my_int] == '&') { strcat(to, "&"); my_int++; } else if (from[my_int] == '\'') { strcat(to, "'"); my_int++; } else if (from[my_int] == '(') { strcat(to, "("); my_int++; } else if (from[my_int] == ')') { strcat(to, ")"); my_int++; } else if (from[my_int] == '*') { strcat(to, "*"); my_int++; } else if (from[my_int] == '+') { strcat(to, "+"); my_int++; } else if (from[my_int] == ',') { strcat(to, ","); my_int++; } else if (from[my_int] == '-') { strcat(to, "-"); my_int++; } else if (from[my_int] == '.') { strcat(to, "."); my_int++; } else if (from[my_int] == '/') { strcat(to, "/"); my_int++; } else if (from[my_int] == '0') { strcat(to, "0"); my_int++; } else if (from[my_int] == '1') { strcat(to, "1"); my_int++; } else if (from[my_int] == '2') { strcat(to, "2"); my_int++; } else if (from[my_int] == '3') { strcat(to, "3"); my_int++; } else if (from[my_int] == '4') { strcat(to, "4"); my_int++; } else if (from[my_int] == '5') { strcat(to, "5"); my_int++; } else if (from[my_int] == '6') { strcat(to, "6"); my_int++; } else if (from[my_int] == '7') { strcat(to, "7"); my_int++; } else if (from[my_int] == '8') { strcat(to, "8"); my_int++; } else if (from[my_int] == '9') { strcat(to, "9"); my_int++; } else if (from[my_int] == ':') { strcat(to, ":"); my_int++; } else if (from[my_int] == ';') { strcat(to, ";"); my_int++; } else if (from[my_int] == '<') { strcat(to, "<"); my_int++; } else if (from[my_int] == '=') { strcat(to, "="); my_int++; } else if (from[my_int] == '>') { strcat(to, ">"); my_int++; } else if (from[my_int] == '?') { strcat(to, "?"); my_int++; } else if (from[my_int] == 'A') { strcat(to, "A"); my_int++; } else if (from[my_int] == 'B') { strcat(to, "B"); my_int++; } else if (from[my_int] == 'C') { strcat(to, "C"); my_int++; } else if (from[my_int] == 'D') { strcat(to, "D"); my_int++; } else if (from[my_int] == 'E') { strcat(to, "E"); my_int++; } else if (from[my_int] == 'F') { strcat(to, "F"); my_int++; } else if (from[my_int] == 'G') { strcat(to, "G"); my_int++; } else if (from[my_int] == 'H') { strcat(to, "H"); my_int++; } else if (from[my_int] == 'I') { strcat(to, "I"); my_int++; } else if (from[my_int] == 'J') { strcat(to, "J"); my_int++; } else if (from[my_int] == 'K') { strcat(to, "K"); my_int++; } else if (from[my_int] == 'L') { strcat(to, "L"); my_int++; } else if (from[my_int] == 'M') { strcat(to, "M"); my_int++; } else if (from[my_int] == 'N') { strcat(to, "N"); my_int++; } else if (from[my_int] == 'O') { strcat(to, "O"); my_int++; } else if (from[my_int] == 'P') { strcat(to, "P"); my_int++; } else if (from[my_int] == 'Q') { strcat(to, "Q"); my_int++; } else if (from[my_int] == 'R') { strcat(to, "R"); my_int++; } else if (from[my_int] == 'S') { strcat(to, "S"); my_int++; } else if (from[my_int] == 'T') { strcat(to, "T"); my_int++; } else if (from[my_int] == 'U') { strcat(to, "U"); my_int++; } else if (from[my_int] == 'V') { strcat(to, "V"); my_int++; } else if (from[my_int] == 'W') { strcat(to, "W"); my_int++; } else if (from[my_int] == 'X') { strcat(to, "X"); my_int++; } else if (from[my_int] == 'Y') { strcat(to, "Y"); my_int++; } else if (from[my_int] == 'Z') { strcat(to, "Z"); my_int++; } else if (from[my_int] == 'a') { strcat(to, "a"); my_int++; } else if (from[my_int] == 'b') { strcat(to, "b"); my_int++; } else if (from[my_int] == 'c') { strcat(to, "c"); my_int++; } else if (from[my_int] == 'd') { strcat(to, "d"); my_int++; } else if (from[my_int] == 'e') { strcat(to, "e"); my_int++; } else if (from[my_int] == 'f') { strcat(to, "f"); my_int++; } else if (from[my_int] == 'g') { strcat(to, "g"); my_int++; } else if (from[my_int] == 'h') { strcat(to, "h"); my_int++; } else if (from[my_int] == 'i') { strcat(to, "i"); my_int++; } else if (from[my_int] == 'j') { strcat(to, "j"); my_int++; } else if (from[my_int] == 'k') { strcat(to, "k"); my_int++; } else if (from[my_int] == 'l') { strcat(to, "l"); my_int++; } else if (from[my_int] == 'm') { strcat(to, "m"); my_int++; } else if (from[my_int] == 'n') { strcat(to, "n"); my_int++; } else if (from[my_int] == 'o') { strcat(to, "o"); my_int++; } else if (from[my_int] == 'p') { strcat(to, "p"); my_int++; } else if (from[my_int] == 'q') { strcat(to, "q"); my_int++; } else if (from[my_int] == 'r') { strcat(to, "r"); my_int++; } else if (from[my_int] == 's') { strcat(to, "s"); my_int++; } else if (from[my_int] == 't') { strcat(to, "t"); my_int++; } else if (from[my_int] == 'u') { strcat(to, "u"); my_int++; } else if (from[my_int] == 'v') { strcat(to, "v"); my_int++; } else if (from[my_int] == 'w') { strcat(to, "w"); my_int++; } else if (from[my_int] == 'x') { strcat(to, "x"); my_int++; } else if (from[my_int] == 'y') { strcat(to, "y"); my_int++; } else if (from[my_int] == 'z') { strcat(to, "z"); my_int++; } else if (from[my_int] == ' ') { strcat(to, " "); my_int++; } else if (from[my_int] == '\r') { strcat(to, "\r"); my_int++; } else if (from[my_int] == '\n') { strcat(to, "\n"); my_int++; } else { /* of course it might be that nothing happened */ debug("bb.sms.cimd", 0, "parse: [%c:%02X %c:%02X %c:%02X]", from[my_int], from[my_int], from[my_int + 1], from[my_int + 1], from[my_int + 2], from[my_int + 2]); temp_int = strlen(to); to[temp_int] = 0xBF; /* '¿' */ to[temp_int + 1] = '\0'; my_int++; } } /* for */ return strlen(to); } ");
1003  my_int += 3;
1004  } else if (from[my_int] == '_' && from[my_int + 1] == 'A' && from[my_int + 2] == 'E') {
1005  strcat(to, "Æ); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == 'e') { strcat(to, "æ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 's' && from[my_int + 2] == 's') { strcat(to, "ß"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'E' && from[my_int + 2] == '´') { strcat(to, "É"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '?' && from[my_int + 2] == '?') { strcat(to, "¿"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'U' && from[my_int + 2] == '"') { strcat(to, "Ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'n' && from[my_int + 2] == '~' ) { strcat(to, "ñ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'u' && from[my_int + 2] == '"') { strcat(to, "ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == '`') { strcat(to, "à"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '!' && from[my_int + 2] == '!') { strcat(to, "¡"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '-' && from[my_int + 2] == '-') { strcat(to, "_"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'N' && from[my_int + 2] == '~') { strcat(to, "_"); my_int += 3; } /* I just LOVE the designers of this protocol -mg */ else if (from[my_int] == ']') { strcat(to, "Å"); my_int++; } else if (from[my_int] == '}') { strcat(to, "å"); my_int++; } else if (from[my_int] == '[') { strcat(to, "Ä"); my_int++; } else if (from[my_int] == '{') { strcat(to, "ä"); my_int++; } else if (from[my_int] == '\\') { strcat(to, "Ö"); my_int++; } else if (from[my_int] == '|') { strcat(to, "ö"); my_int++; } else if (from[my_int] == '!') { strcat(to, "!"); my_int++; } else if (from[my_int] == '"') { strcat(to, "\""); my_int++; } else if (from[my_int] == '#') { strcat(to, "#"); my_int++; } else if (from[my_int] == '¤') { strcat(to, "¤"); my_int++; } else if (from[my_int] == '%') { strcat(to, "%"); my_int++; } else if (from[my_int] == '&') { strcat(to, "&"); my_int++; } else if (from[my_int] == '\'') { strcat(to, "'"); my_int++; } else if (from[my_int] == '(') { strcat(to, "("); my_int++; } else if (from[my_int] == ')') { strcat(to, ")"); my_int++; } else if (from[my_int] == '*') { strcat(to, "*"); my_int++; } else if (from[my_int] == '+') { strcat(to, "+"); my_int++; } else if (from[my_int] == ',') { strcat(to, ","); my_int++; } else if (from[my_int] == '-') { strcat(to, "-"); my_int++; } else if (from[my_int] == '.') { strcat(to, "."); my_int++; } else if (from[my_int] == '/') { strcat(to, "/"); my_int++; } else if (from[my_int] == '0') { strcat(to, "0"); my_int++; } else if (from[my_int] == '1') { strcat(to, "1"); my_int++; } else if (from[my_int] == '2') { strcat(to, "2"); my_int++; } else if (from[my_int] == '3') { strcat(to, "3"); my_int++; } else if (from[my_int] == '4') { strcat(to, "4"); my_int++; } else if (from[my_int] == '5') { strcat(to, "5"); my_int++; } else if (from[my_int] == '6') { strcat(to, "6"); my_int++; } else if (from[my_int] == '7') { strcat(to, "7"); my_int++; } else if (from[my_int] == '8') { strcat(to, "8"); my_int++; } else if (from[my_int] == '9') { strcat(to, "9"); my_int++; } else if (from[my_int] == ':') { strcat(to, ":"); my_int++; } else if (from[my_int] == ';') { strcat(to, ";"); my_int++; } else if (from[my_int] == '<') { strcat(to, "<"); my_int++; } else if (from[my_int] == '=') { strcat(to, "="); my_int++; } else if (from[my_int] == '>') { strcat(to, ">"); my_int++; } else if (from[my_int] == '?') { strcat(to, "?"); my_int++; } else if (from[my_int] == 'A') { strcat(to, "A"); my_int++; } else if (from[my_int] == 'B') { strcat(to, "B"); my_int++; } else if (from[my_int] == 'C') { strcat(to, "C"); my_int++; } else if (from[my_int] == 'D') { strcat(to, "D"); my_int++; } else if (from[my_int] == 'E') { strcat(to, "E"); my_int++; } else if (from[my_int] == 'F') { strcat(to, "F"); my_int++; } else if (from[my_int] == 'G') { strcat(to, "G"); my_int++; } else if (from[my_int] == 'H') { strcat(to, "H"); my_int++; } else if (from[my_int] == 'I') { strcat(to, "I"); my_int++; } else if (from[my_int] == 'J') { strcat(to, "J"); my_int++; } else if (from[my_int] == 'K') { strcat(to, "K"); my_int++; } else if (from[my_int] == 'L') { strcat(to, "L"); my_int++; } else if (from[my_int] == 'M') { strcat(to, "M"); my_int++; } else if (from[my_int] == 'N') { strcat(to, "N"); my_int++; } else if (from[my_int] == 'O') { strcat(to, "O"); my_int++; } else if (from[my_int] == 'P') { strcat(to, "P"); my_int++; } else if (from[my_int] == 'Q') { strcat(to, "Q"); my_int++; } else if (from[my_int] == 'R') { strcat(to, "R"); my_int++; } else if (from[my_int] == 'S') { strcat(to, "S"); my_int++; } else if (from[my_int] == 'T') { strcat(to, "T"); my_int++; } else if (from[my_int] == 'U') { strcat(to, "U"); my_int++; } else if (from[my_int] == 'V') { strcat(to, "V"); my_int++; } else if (from[my_int] == 'W') { strcat(to, "W"); my_int++; } else if (from[my_int] == 'X') { strcat(to, "X"); my_int++; } else if (from[my_int] == 'Y') { strcat(to, "Y"); my_int++; } else if (from[my_int] == 'Z') { strcat(to, "Z"); my_int++; } else if (from[my_int] == 'a') { strcat(to, "a"); my_int++; } else if (from[my_int] == 'b') { strcat(to, "b"); my_int++; } else if (from[my_int] == 'c') { strcat(to, "c"); my_int++; } else if (from[my_int] == 'd') { strcat(to, "d"); my_int++; } else if (from[my_int] == 'e') { strcat(to, "e"); my_int++; } else if (from[my_int] == 'f') { strcat(to, "f"); my_int++; } else if (from[my_int] == 'g') { strcat(to, "g"); my_int++; } else if (from[my_int] == 'h') { strcat(to, "h"); my_int++; } else if (from[my_int] == 'i') { strcat(to, "i"); my_int++; } else if (from[my_int] == 'j') { strcat(to, "j"); my_int++; } else if (from[my_int] == 'k') { strcat(to, "k"); my_int++; } else if (from[my_int] == 'l') { strcat(to, "l"); my_int++; } else if (from[my_int] == 'm') { strcat(to, "m"); my_int++; } else if (from[my_int] == 'n') { strcat(to, "n"); my_int++; } else if (from[my_int] == 'o') { strcat(to, "o"); my_int++; } else if (from[my_int] == 'p') { strcat(to, "p"); my_int++; } else if (from[my_int] == 'q') { strcat(to, "q"); my_int++; } else if (from[my_int] == 'r') { strcat(to, "r"); my_int++; } else if (from[my_int] == 's') { strcat(to, "s"); my_int++; } else if (from[my_int] == 't') { strcat(to, "t"); my_int++; } else if (from[my_int] == 'u') { strcat(to, "u"); my_int++; } else if (from[my_int] == 'v') { strcat(to, "v"); my_int++; } else if (from[my_int] == 'w') { strcat(to, "w"); my_int++; } else if (from[my_int] == 'x') { strcat(to, "x"); my_int++; } else if (from[my_int] == 'y') { strcat(to, "y"); my_int++; } else if (from[my_int] == 'z') { strcat(to, "z"); my_int++; } else if (from[my_int] == ' ') { strcat(to, " "); my_int++; } else if (from[my_int] == '\r') { strcat(to, "\r"); my_int++; } else if (from[my_int] == '\n') { strcat(to, "\n"); my_int++; } else { /* of course it might be that nothing happened */ debug("bb.sms.cimd", 0, "parse: [%c:%02X %c:%02X %c:%02X]", from[my_int], from[my_int], from[my_int + 1], from[my_int + 1], from[my_int + 2], from[my_int + 2]); temp_int = strlen(to); to[temp_int] = 0xBF; /* '¿' */ to[temp_int + 1] = '\0'; my_int++; } } /* for */ return strlen(to); } ");
1006  my_int += 3;
1007  } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == 'e') {
1008  strcat(to, "æ); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 's' && from[my_int + 2] == 's') { strcat(to, "ß"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'E' && from[my_int + 2] == '´') { strcat(to, "É"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '?' && from[my_int + 2] == '?') { strcat(to, "¿"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'U' && from[my_int + 2] == '"') { strcat(to, "Ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'n' && from[my_int + 2] == '~' ) { strcat(to, "ñ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'u' && from[my_int + 2] == '"') { strcat(to, "ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == '`') { strcat(to, "à"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '!' && from[my_int + 2] == '!') { strcat(to, "¡"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '-' && from[my_int + 2] == '-') { strcat(to, "_"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'N' && from[my_int + 2] == '~') { strcat(to, "_"); my_int += 3; } /* I just LOVE the designers of this protocol -mg */ else if (from[my_int] == ']') { strcat(to, "Å"); my_int++; } else if (from[my_int] == '}') { strcat(to, "å"); my_int++; } else if (from[my_int] == '[') { strcat(to, "Ä"); my_int++; } else if (from[my_int] == '{') { strcat(to, "ä"); my_int++; } else if (from[my_int] == '\\') { strcat(to, "Ö"); my_int++; } else if (from[my_int] == '|') { strcat(to, "ö"); my_int++; } else if (from[my_int] == '!') { strcat(to, "!"); my_int++; } else if (from[my_int] == '"') { strcat(to, "\""); my_int++; } else if (from[my_int] == '#') { strcat(to, "#"); my_int++; } else if (from[my_int] == '¤') { strcat(to, "¤"); my_int++; } else if (from[my_int] == '%') { strcat(to, "%"); my_int++; } else if (from[my_int] == '&') { strcat(to, "&"); my_int++; } else if (from[my_int] == '\'') { strcat(to, "'"); my_int++; } else if (from[my_int] == '(') { strcat(to, "("); my_int++; } else if (from[my_int] == ')') { strcat(to, ")"); my_int++; } else if (from[my_int] == '*') { strcat(to, "*"); my_int++; } else if (from[my_int] == '+') { strcat(to, "+"); my_int++; } else if (from[my_int] == ',') { strcat(to, ","); my_int++; } else if (from[my_int] == '-') { strcat(to, "-"); my_int++; } else if (from[my_int] == '.') { strcat(to, "."); my_int++; } else if (from[my_int] == '/') { strcat(to, "/"); my_int++; } else if (from[my_int] == '0') { strcat(to, "0"); my_int++; } else if (from[my_int] == '1') { strcat(to, "1"); my_int++; } else if (from[my_int] == '2') { strcat(to, "2"); my_int++; } else if (from[my_int] == '3') { strcat(to, "3"); my_int++; } else if (from[my_int] == '4') { strcat(to, "4"); my_int++; } else if (from[my_int] == '5') { strcat(to, "5"); my_int++; } else if (from[my_int] == '6') { strcat(to, "6"); my_int++; } else if (from[my_int] == '7') { strcat(to, "7"); my_int++; } else if (from[my_int] == '8') { strcat(to, "8"); my_int++; } else if (from[my_int] == '9') { strcat(to, "9"); my_int++; } else if (from[my_int] == ':') { strcat(to, ":"); my_int++; } else if (from[my_int] == ';') { strcat(to, ";"); my_int++; } else if (from[my_int] == '<') { strcat(to, "<"); my_int++; } else if (from[my_int] == '=') { strcat(to, "="); my_int++; } else if (from[my_int] == '>') { strcat(to, ">"); my_int++; } else if (from[my_int] == '?') { strcat(to, "?"); my_int++; } else if (from[my_int] == 'A') { strcat(to, "A"); my_int++; } else if (from[my_int] == 'B') { strcat(to, "B"); my_int++; } else if (from[my_int] == 'C') { strcat(to, "C"); my_int++; } else if (from[my_int] == 'D') { strcat(to, "D"); my_int++; } else if (from[my_int] == 'E') { strcat(to, "E"); my_int++; } else if (from[my_int] == 'F') { strcat(to, "F"); my_int++; } else if (from[my_int] == 'G') { strcat(to, "G"); my_int++; } else if (from[my_int] == 'H') { strcat(to, "H"); my_int++; } else if (from[my_int] == 'I') { strcat(to, "I"); my_int++; } else if (from[my_int] == 'J') { strcat(to, "J"); my_int++; } else if (from[my_int] == 'K') { strcat(to, "K"); my_int++; } else if (from[my_int] == 'L') { strcat(to, "L"); my_int++; } else if (from[my_int] == 'M') { strcat(to, "M"); my_int++; } else if (from[my_int] == 'N') { strcat(to, "N"); my_int++; } else if (from[my_int] == 'O') { strcat(to, "O"); my_int++; } else if (from[my_int] == 'P') { strcat(to, "P"); my_int++; } else if (from[my_int] == 'Q') { strcat(to, "Q"); my_int++; } else if (from[my_int] == 'R') { strcat(to, "R"); my_int++; } else if (from[my_int] == 'S') { strcat(to, "S"); my_int++; } else if (from[my_int] == 'T') { strcat(to, "T"); my_int++; } else if (from[my_int] == 'U') { strcat(to, "U"); my_int++; } else if (from[my_int] == 'V') { strcat(to, "V"); my_int++; } else if (from[my_int] == 'W') { strcat(to, "W"); my_int++; } else if (from[my_int] == 'X') { strcat(to, "X"); my_int++; } else if (from[my_int] == 'Y') { strcat(to, "Y"); my_int++; } else if (from[my_int] == 'Z') { strcat(to, "Z"); my_int++; } else if (from[my_int] == 'a') { strcat(to, "a"); my_int++; } else if (from[my_int] == 'b') { strcat(to, "b"); my_int++; } else if (from[my_int] == 'c') { strcat(to, "c"); my_int++; } else if (from[my_int] == 'd') { strcat(to, "d"); my_int++; } else if (from[my_int] == 'e') { strcat(to, "e"); my_int++; } else if (from[my_int] == 'f') { strcat(to, "f"); my_int++; } else if (from[my_int] == 'g') { strcat(to, "g"); my_int++; } else if (from[my_int] == 'h') { strcat(to, "h"); my_int++; } else if (from[my_int] == 'i') { strcat(to, "i"); my_int++; } else if (from[my_int] == 'j') { strcat(to, "j"); my_int++; } else if (from[my_int] == 'k') { strcat(to, "k"); my_int++; } else if (from[my_int] == 'l') { strcat(to, "l"); my_int++; } else if (from[my_int] == 'm') { strcat(to, "m"); my_int++; } else if (from[my_int] == 'n') { strcat(to, "n"); my_int++; } else if (from[my_int] == 'o') { strcat(to, "o"); my_int++; } else if (from[my_int] == 'p') { strcat(to, "p"); my_int++; } else if (from[my_int] == 'q') { strcat(to, "q"); my_int++; } else if (from[my_int] == 'r') { strcat(to, "r"); my_int++; } else if (from[my_int] == 's') { strcat(to, "s"); my_int++; } else if (from[my_int] == 't') { strcat(to, "t"); my_int++; } else if (from[my_int] == 'u') { strcat(to, "u"); my_int++; } else if (from[my_int] == 'v') { strcat(to, "v"); my_int++; } else if (from[my_int] == 'w') { strcat(to, "w"); my_int++; } else if (from[my_int] == 'x') { strcat(to, "x"); my_int++; } else if (from[my_int] == 'y') { strcat(to, "y"); my_int++; } else if (from[my_int] == 'z') { strcat(to, "z"); my_int++; } else if (from[my_int] == ' ') { strcat(to, " "); my_int++; } else if (from[my_int] == '\r') { strcat(to, "\r"); my_int++; } else if (from[my_int] == '\n') { strcat(to, "\n"); my_int++; } else { /* of course it might be that nothing happened */ debug("bb.sms.cimd", 0, "parse: [%c:%02X %c:%02X %c:%02X]", from[my_int], from[my_int], from[my_int + 1], from[my_int + 1], from[my_int + 2], from[my_int + 2]); temp_int = strlen(to); to[temp_int] = 0xBF; /* '¿' */ to[temp_int + 1] = '\0'; my_int++; } } /* for */ return strlen(to); } ");
1009  my_int += 3;
1010  } else if (from[my_int] == '_' && from[my_int + 1] == 's' && from[my_int + 2] == 's') {
1011  strcat(to, "ß); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'E' && from[my_int + 2] == '´') { strcat(to, "É"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '?' && from[my_int + 2] == '?') { strcat(to, "¿"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'U' && from[my_int + 2] == '"') { strcat(to, "Ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'n' && from[my_int + 2] == '~' ) { strcat(to, "ñ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'u' && from[my_int + 2] == '"') { strcat(to, "ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == '`') { strcat(to, "à"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '!' && from[my_int + 2] == '!') { strcat(to, "¡"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '-' && from[my_int + 2] == '-') { strcat(to, "_"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'N' && from[my_int + 2] == '~') { strcat(to, "_"); my_int += 3; } /* I just LOVE the designers of this protocol -mg */ else if (from[my_int] == ']') { strcat(to, "Å"); my_int++; } else if (from[my_int] == '}') { strcat(to, "å"); my_int++; } else if (from[my_int] == '[') { strcat(to, "Ä"); my_int++; } else if (from[my_int] == '{') { strcat(to, "ä"); my_int++; } else if (from[my_int] == '\\') { strcat(to, "Ö"); my_int++; } else if (from[my_int] == '|') { strcat(to, "ö"); my_int++; } else if (from[my_int] == '!') { strcat(to, "!"); my_int++; } else if (from[my_int] == '"') { strcat(to, "\""); my_int++; } else if (from[my_int] == '#') { strcat(to, "#"); my_int++; } else if (from[my_int] == '¤') { strcat(to, "¤"); my_int++; } else if (from[my_int] == '%') { strcat(to, "%"); my_int++; } else if (from[my_int] == '&') { strcat(to, "&"); my_int++; } else if (from[my_int] == '\'') { strcat(to, "'"); my_int++; } else if (from[my_int] == '(') { strcat(to, "("); my_int++; } else if (from[my_int] == ')') { strcat(to, ")"); my_int++; } else if (from[my_int] == '*') { strcat(to, "*"); my_int++; } else if (from[my_int] == '+') { strcat(to, "+"); my_int++; } else if (from[my_int] == ',') { strcat(to, ","); my_int++; } else if (from[my_int] == '-') { strcat(to, "-"); my_int++; } else if (from[my_int] == '.') { strcat(to, "."); my_int++; } else if (from[my_int] == '/') { strcat(to, "/"); my_int++; } else if (from[my_int] == '0') { strcat(to, "0"); my_int++; } else if (from[my_int] == '1') { strcat(to, "1"); my_int++; } else if (from[my_int] == '2') { strcat(to, "2"); my_int++; } else if (from[my_int] == '3') { strcat(to, "3"); my_int++; } else if (from[my_int] == '4') { strcat(to, "4"); my_int++; } else if (from[my_int] == '5') { strcat(to, "5"); my_int++; } else if (from[my_int] == '6') { strcat(to, "6"); my_int++; } else if (from[my_int] == '7') { strcat(to, "7"); my_int++; } else if (from[my_int] == '8') { strcat(to, "8"); my_int++; } else if (from[my_int] == '9') { strcat(to, "9"); my_int++; } else if (from[my_int] == ':') { strcat(to, ":"); my_int++; } else if (from[my_int] == ';') { strcat(to, ";"); my_int++; } else if (from[my_int] == '<') { strcat(to, "<"); my_int++; } else if (from[my_int] == '=') { strcat(to, "="); my_int++; } else if (from[my_int] == '>') { strcat(to, ">"); my_int++; } else if (from[my_int] == '?') { strcat(to, "?"); my_int++; } else if (from[my_int] == 'A') { strcat(to, "A"); my_int++; } else if (from[my_int] == 'B') { strcat(to, "B"); my_int++; } else if (from[my_int] == 'C') { strcat(to, "C"); my_int++; } else if (from[my_int] == 'D') { strcat(to, "D"); my_int++; } else if (from[my_int] == 'E') { strcat(to, "E"); my_int++; } else if (from[my_int] == 'F') { strcat(to, "F"); my_int++; } else if (from[my_int] == 'G') { strcat(to, "G"); my_int++; } else if (from[my_int] == 'H') { strcat(to, "H"); my_int++; } else if (from[my_int] == 'I') { strcat(to, "I"); my_int++; } else if (from[my_int] == 'J') { strcat(to, "J"); my_int++; } else if (from[my_int] == 'K') { strcat(to, "K"); my_int++; } else if (from[my_int] == 'L') { strcat(to, "L"); my_int++; } else if (from[my_int] == 'M') { strcat(to, "M"); my_int++; } else if (from[my_int] == 'N') { strcat(to, "N"); my_int++; } else if (from[my_int] == 'O') { strcat(to, "O"); my_int++; } else if (from[my_int] == 'P') { strcat(to, "P"); my_int++; } else if (from[my_int] == 'Q') { strcat(to, "Q"); my_int++; } else if (from[my_int] == 'R') { strcat(to, "R"); my_int++; } else if (from[my_int] == 'S') { strcat(to, "S"); my_int++; } else if (from[my_int] == 'T') { strcat(to, "T"); my_int++; } else if (from[my_int] == 'U') { strcat(to, "U"); my_int++; } else if (from[my_int] == 'V') { strcat(to, "V"); my_int++; } else if (from[my_int] == 'W') { strcat(to, "W"); my_int++; } else if (from[my_int] == 'X') { strcat(to, "X"); my_int++; } else if (from[my_int] == 'Y') { strcat(to, "Y"); my_int++; } else if (from[my_int] == 'Z') { strcat(to, "Z"); my_int++; } else if (from[my_int] == 'a') { strcat(to, "a"); my_int++; } else if (from[my_int] == 'b') { strcat(to, "b"); my_int++; } else if (from[my_int] == 'c') { strcat(to, "c"); my_int++; } else if (from[my_int] == 'd') { strcat(to, "d"); my_int++; } else if (from[my_int] == 'e') { strcat(to, "e"); my_int++; } else if (from[my_int] == 'f') { strcat(to, "f"); my_int++; } else if (from[my_int] == 'g') { strcat(to, "g"); my_int++; } else if (from[my_int] == 'h') { strcat(to, "h"); my_int++; } else if (from[my_int] == 'i') { strcat(to, "i"); my_int++; } else if (from[my_int] == 'j') { strcat(to, "j"); my_int++; } else if (from[my_int] == 'k') { strcat(to, "k"); my_int++; } else if (from[my_int] == 'l') { strcat(to, "l"); my_int++; } else if (from[my_int] == 'm') { strcat(to, "m"); my_int++; } else if (from[my_int] == 'n') { strcat(to, "n"); my_int++; } else if (from[my_int] == 'o') { strcat(to, "o"); my_int++; } else if (from[my_int] == 'p') { strcat(to, "p"); my_int++; } else if (from[my_int] == 'q') { strcat(to, "q"); my_int++; } else if (from[my_int] == 'r') { strcat(to, "r"); my_int++; } else if (from[my_int] == 's') { strcat(to, "s"); my_int++; } else if (from[my_int] == 't') { strcat(to, "t"); my_int++; } else if (from[my_int] == 'u') { strcat(to, "u"); my_int++; } else if (from[my_int] == 'v') { strcat(to, "v"); my_int++; } else if (from[my_int] == 'w') { strcat(to, "w"); my_int++; } else if (from[my_int] == 'x') { strcat(to, "x"); my_int++; } else if (from[my_int] == 'y') { strcat(to, "y"); my_int++; } else if (from[my_int] == 'z') { strcat(to, "z"); my_int++; } else if (from[my_int] == ' ') { strcat(to, " "); my_int++; } else if (from[my_int] == '\r') { strcat(to, "\r"); my_int++; } else if (from[my_int] == '\n') { strcat(to, "\n"); my_int++; } else { /* of course it might be that nothing happened */ debug("bb.sms.cimd", 0, "parse: [%c:%02X %c:%02X %c:%02X]", from[my_int], from[my_int], from[my_int + 1], from[my_int + 1], from[my_int + 2], from[my_int + 2]); temp_int = strlen(to); to[temp_int] = 0xBF; /* '¿' */ to[temp_int + 1] = '\0'; my_int++; } } /* for */ return strlen(to); } ");
1012  my_int += 3;
1013  } else if (from[my_int] == '_' && from[my_int + 1] == 'E' && from[my_int + 2] == '´') {
1014  strcat(to, "É); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '?' && from[my_int + 2] == '?') { strcat(to, "¿"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'U' && from[my_int + 2] == '"') { strcat(to, "Ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'n' && from[my_int + 2] == '~' ) { strcat(to, "ñ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'u' && from[my_int + 2] == '"') { strcat(to, "ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == '`') { strcat(to, "à"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '!' && from[my_int + 2] == '!') { strcat(to, "¡"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '-' && from[my_int + 2] == '-') { strcat(to, "_"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'N' && from[my_int + 2] == '~') { strcat(to, "_"); my_int += 3; } /* I just LOVE the designers of this protocol -mg */ else if (from[my_int] == ']') { strcat(to, "Å"); my_int++; } else if (from[my_int] == '}') { strcat(to, "å"); my_int++; } else if (from[my_int] == '[') { strcat(to, "Ä"); my_int++; } else if (from[my_int] == '{') { strcat(to, "ä"); my_int++; } else if (from[my_int] == '\\') { strcat(to, "Ö"); my_int++; } else if (from[my_int] == '|') { strcat(to, "ö"); my_int++; } else if (from[my_int] == '!') { strcat(to, "!"); my_int++; } else if (from[my_int] == '"') { strcat(to, "\""); my_int++; } else if (from[my_int] == '#') { strcat(to, "#"); my_int++; } else if (from[my_int] == '¤') { strcat(to, "¤"); my_int++; } else if (from[my_int] == '%') { strcat(to, "%"); my_int++; } else if (from[my_int] == '&') { strcat(to, "&"); my_int++; } else if (from[my_int] == '\'') { strcat(to, "'"); my_int++; } else if (from[my_int] == '(') { strcat(to, "("); my_int++; } else if (from[my_int] == ')') { strcat(to, ")"); my_int++; } else if (from[my_int] == '*') { strcat(to, "*"); my_int++; } else if (from[my_int] == '+') { strcat(to, "+"); my_int++; } else if (from[my_int] == ',') { strcat(to, ","); my_int++; } else if (from[my_int] == '-') { strcat(to, "-"); my_int++; } else if (from[my_int] == '.') { strcat(to, "."); my_int++; } else if (from[my_int] == '/') { strcat(to, "/"); my_int++; } else if (from[my_int] == '0') { strcat(to, "0"); my_int++; } else if (from[my_int] == '1') { strcat(to, "1"); my_int++; } else if (from[my_int] == '2') { strcat(to, "2"); my_int++; } else if (from[my_int] == '3') { strcat(to, "3"); my_int++; } else if (from[my_int] == '4') { strcat(to, "4"); my_int++; } else if (from[my_int] == '5') { strcat(to, "5"); my_int++; } else if (from[my_int] == '6') { strcat(to, "6"); my_int++; } else if (from[my_int] == '7') { strcat(to, "7"); my_int++; } else if (from[my_int] == '8') { strcat(to, "8"); my_int++; } else if (from[my_int] == '9') { strcat(to, "9"); my_int++; } else if (from[my_int] == ':') { strcat(to, ":"); my_int++; } else if (from[my_int] == ';') { strcat(to, ";"); my_int++; } else if (from[my_int] == '<') { strcat(to, "<"); my_int++; } else if (from[my_int] == '=') { strcat(to, "="); my_int++; } else if (from[my_int] == '>') { strcat(to, ">"); my_int++; } else if (from[my_int] == '?') { strcat(to, "?"); my_int++; } else if (from[my_int] == 'A') { strcat(to, "A"); my_int++; } else if (from[my_int] == 'B') { strcat(to, "B"); my_int++; } else if (from[my_int] == 'C') { strcat(to, "C"); my_int++; } else if (from[my_int] == 'D') { strcat(to, "D"); my_int++; } else if (from[my_int] == 'E') { strcat(to, "E"); my_int++; } else if (from[my_int] == 'F') { strcat(to, "F"); my_int++; } else if (from[my_int] == 'G') { strcat(to, "G"); my_int++; } else if (from[my_int] == 'H') { strcat(to, "H"); my_int++; } else if (from[my_int] == 'I') { strcat(to, "I"); my_int++; } else if (from[my_int] == 'J') { strcat(to, "J"); my_int++; } else if (from[my_int] == 'K') { strcat(to, "K"); my_int++; } else if (from[my_int] == 'L') { strcat(to, "L"); my_int++; } else if (from[my_int] == 'M') { strcat(to, "M"); my_int++; } else if (from[my_int] == 'N') { strcat(to, "N"); my_int++; } else if (from[my_int] == 'O') { strcat(to, "O"); my_int++; } else if (from[my_int] == 'P') { strcat(to, "P"); my_int++; } else if (from[my_int] == 'Q') { strcat(to, "Q"); my_int++; } else if (from[my_int] == 'R') { strcat(to, "R"); my_int++; } else if (from[my_int] == 'S') { strcat(to, "S"); my_int++; } else if (from[my_int] == 'T') { strcat(to, "T"); my_int++; } else if (from[my_int] == 'U') { strcat(to, "U"); my_int++; } else if (from[my_int] == 'V') { strcat(to, "V"); my_int++; } else if (from[my_int] == 'W') { strcat(to, "W"); my_int++; } else if (from[my_int] == 'X') { strcat(to, "X"); my_int++; } else if (from[my_int] == 'Y') { strcat(to, "Y"); my_int++; } else if (from[my_int] == 'Z') { strcat(to, "Z"); my_int++; } else if (from[my_int] == 'a') { strcat(to, "a"); my_int++; } else if (from[my_int] == 'b') { strcat(to, "b"); my_int++; } else if (from[my_int] == 'c') { strcat(to, "c"); my_int++; } else if (from[my_int] == 'd') { strcat(to, "d"); my_int++; } else if (from[my_int] == 'e') { strcat(to, "e"); my_int++; } else if (from[my_int] == 'f') { strcat(to, "f"); my_int++; } else if (from[my_int] == 'g') { strcat(to, "g"); my_int++; } else if (from[my_int] == 'h') { strcat(to, "h"); my_int++; } else if (from[my_int] == 'i') { strcat(to, "i"); my_int++; } else if (from[my_int] == 'j') { strcat(to, "j"); my_int++; } else if (from[my_int] == 'k') { strcat(to, "k"); my_int++; } else if (from[my_int] == 'l') { strcat(to, "l"); my_int++; } else if (from[my_int] == 'm') { strcat(to, "m"); my_int++; } else if (from[my_int] == 'n') { strcat(to, "n"); my_int++; } else if (from[my_int] == 'o') { strcat(to, "o"); my_int++; } else if (from[my_int] == 'p') { strcat(to, "p"); my_int++; } else if (from[my_int] == 'q') { strcat(to, "q"); my_int++; } else if (from[my_int] == 'r') { strcat(to, "r"); my_int++; } else if (from[my_int] == 's') { strcat(to, "s"); my_int++; } else if (from[my_int] == 't') { strcat(to, "t"); my_int++; } else if (from[my_int] == 'u') { strcat(to, "u"); my_int++; } else if (from[my_int] == 'v') { strcat(to, "v"); my_int++; } else if (from[my_int] == 'w') { strcat(to, "w"); my_int++; } else if (from[my_int] == 'x') { strcat(to, "x"); my_int++; } else if (from[my_int] == 'y') { strcat(to, "y"); my_int++; } else if (from[my_int] == 'z') { strcat(to, "z"); my_int++; } else if (from[my_int] == ' ') { strcat(to, " "); my_int++; } else if (from[my_int] == '\r') { strcat(to, "\r"); my_int++; } else if (from[my_int] == '\n') { strcat(to, "\n"); my_int++; } else { /* of course it might be that nothing happened */ debug("bb.sms.cimd", 0, "parse: [%c:%02X %c:%02X %c:%02X]", from[my_int], from[my_int], from[my_int + 1], from[my_int + 1], from[my_int + 2], from[my_int + 2]); temp_int = strlen(to); to[temp_int] = 0xBF; /* '¿' */ to[temp_int + 1] = '\0'; my_int++; } } /* for */ return strlen(to); } ");
1015  my_int += 3;
1016  } else if (from[my_int] == '_' && from[my_int + 1] == '?' && from[my_int + 2] == '?') {
1017  strcat(to, "¿");
1018  my_int += 3;
1019  } else if (from[my_int] == '_' && from[my_int + 1] == 'U' && from[my_int + 2] == '"') {
1020  strcat(to, "Ü); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'n' && from[my_int + 2] == '~' ) { strcat(to, "ñ"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'u' && from[my_int + 2] == '"') { strcat(to, "ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == '`') { strcat(to, "à"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '!' && from[my_int + 2] == '!') { strcat(to, "¡"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '-' && from[my_int + 2] == '-') { strcat(to, "_"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'N' && from[my_int + 2] == '~') { strcat(to, "_"); my_int += 3; } /* I just LOVE the designers of this protocol -mg */ else if (from[my_int] == ']') { strcat(to, "Å"); my_int++; } else if (from[my_int] == '}') { strcat(to, "å"); my_int++; } else if (from[my_int] == '[') { strcat(to, "Ä"); my_int++; } else if (from[my_int] == '{') { strcat(to, "ä"); my_int++; } else if (from[my_int] == '\\') { strcat(to, "Ö"); my_int++; } else if (from[my_int] == '|') { strcat(to, "ö"); my_int++; } else if (from[my_int] == '!') { strcat(to, "!"); my_int++; } else if (from[my_int] == '"') { strcat(to, "\""); my_int++; } else if (from[my_int] == '#') { strcat(to, "#"); my_int++; } else if (from[my_int] == '¤') { strcat(to, "¤"); my_int++; } else if (from[my_int] == '%') { strcat(to, "%"); my_int++; } else if (from[my_int] == '&') { strcat(to, "&"); my_int++; } else if (from[my_int] == '\'') { strcat(to, "'"); my_int++; } else if (from[my_int] == '(') { strcat(to, "("); my_int++; } else if (from[my_int] == ')') { strcat(to, ")"); my_int++; } else if (from[my_int] == '*') { strcat(to, "*"); my_int++; } else if (from[my_int] == '+') { strcat(to, "+"); my_int++; } else if (from[my_int] == ',') { strcat(to, ","); my_int++; } else if (from[my_int] == '-') { strcat(to, "-"); my_int++; } else if (from[my_int] == '.') { strcat(to, "."); my_int++; } else if (from[my_int] == '/') { strcat(to, "/"); my_int++; } else if (from[my_int] == '0') { strcat(to, "0"); my_int++; } else if (from[my_int] == '1') { strcat(to, "1"); my_int++; } else if (from[my_int] == '2') { strcat(to, "2"); my_int++; } else if (from[my_int] == '3') { strcat(to, "3"); my_int++; } else if (from[my_int] == '4') { strcat(to, "4"); my_int++; } else if (from[my_int] == '5') { strcat(to, "5"); my_int++; } else if (from[my_int] == '6') { strcat(to, "6"); my_int++; } else if (from[my_int] == '7') { strcat(to, "7"); my_int++; } else if (from[my_int] == '8') { strcat(to, "8"); my_int++; } else if (from[my_int] == '9') { strcat(to, "9"); my_int++; } else if (from[my_int] == ':') { strcat(to, ":"); my_int++; } else if (from[my_int] == ';') { strcat(to, ";"); my_int++; } else if (from[my_int] == '<') { strcat(to, "<"); my_int++; } else if (from[my_int] == '=') { strcat(to, "="); my_int++; } else if (from[my_int] == '>') { strcat(to, ">"); my_int++; } else if (from[my_int] == '?') { strcat(to, "?"); my_int++; } else if (from[my_int] == 'A') { strcat(to, "A"); my_int++; } else if (from[my_int] == 'B') { strcat(to, "B"); my_int++; } else if (from[my_int] == 'C') { strcat(to, "C"); my_int++; } else if (from[my_int] == 'D') { strcat(to, "D"); my_int++; } else if (from[my_int] == 'E') { strcat(to, "E"); my_int++; } else if (from[my_int] == 'F') { strcat(to, "F"); my_int++; } else if (from[my_int] == 'G') { strcat(to, "G"); my_int++; } else if (from[my_int] == 'H') { strcat(to, "H"); my_int++; } else if (from[my_int] == 'I') { strcat(to, "I"); my_int++; } else if (from[my_int] == 'J') { strcat(to, "J"); my_int++; } else if (from[my_int] == 'K') { strcat(to, "K"); my_int++; } else if (from[my_int] == 'L') { strcat(to, "L"); my_int++; } else if (from[my_int] == 'M') { strcat(to, "M"); my_int++; } else if (from[my_int] == 'N') { strcat(to, "N"); my_int++; } else if (from[my_int] == 'O') { strcat(to, "O"); my_int++; } else if (from[my_int] == 'P') { strcat(to, "P"); my_int++; } else if (from[my_int] == 'Q') { strcat(to, "Q"); my_int++; } else if (from[my_int] == 'R') { strcat(to, "R"); my_int++; } else if (from[my_int] == 'S') { strcat(to, "S"); my_int++; } else if (from[my_int] == 'T') { strcat(to, "T"); my_int++; } else if (from[my_int] == 'U') { strcat(to, "U"); my_int++; } else if (from[my_int] == 'V') { strcat(to, "V"); my_int++; } else if (from[my_int] == 'W') { strcat(to, "W"); my_int++; } else if (from[my_int] == 'X') { strcat(to, "X"); my_int++; } else if (from[my_int] == 'Y') { strcat(to, "Y"); my_int++; } else if (from[my_int] == 'Z') { strcat(to, "Z"); my_int++; } else if (from[my_int] == 'a') { strcat(to, "a"); my_int++; } else if (from[my_int] == 'b') { strcat(to, "b"); my_int++; } else if (from[my_int] == 'c') { strcat(to, "c"); my_int++; } else if (from[my_int] == 'd') { strcat(to, "d"); my_int++; } else if (from[my_int] == 'e') { strcat(to, "e"); my_int++; } else if (from[my_int] == 'f') { strcat(to, "f"); my_int++; } else if (from[my_int] == 'g') { strcat(to, "g"); my_int++; } else if (from[my_int] == 'h') { strcat(to, "h"); my_int++; } else if (from[my_int] == 'i') { strcat(to, "i"); my_int++; } else if (from[my_int] == 'j') { strcat(to, "j"); my_int++; } else if (from[my_int] == 'k') { strcat(to, "k"); my_int++; } else if (from[my_int] == 'l') { strcat(to, "l"); my_int++; } else if (from[my_int] == 'm') { strcat(to, "m"); my_int++; } else if (from[my_int] == 'n') { strcat(to, "n"); my_int++; } else if (from[my_int] == 'o') { strcat(to, "o"); my_int++; } else if (from[my_int] == 'p') { strcat(to, "p"); my_int++; } else if (from[my_int] == 'q') { strcat(to, "q"); my_int++; } else if (from[my_int] == 'r') { strcat(to, "r"); my_int++; } else if (from[my_int] == 's') { strcat(to, "s"); my_int++; } else if (from[my_int] == 't') { strcat(to, "t"); my_int++; } else if (from[my_int] == 'u') { strcat(to, "u"); my_int++; } else if (from[my_int] == 'v') { strcat(to, "v"); my_int++; } else if (from[my_int] == 'w') { strcat(to, "w"); my_int++; } else if (from[my_int] == 'x') { strcat(to, "x"); my_int++; } else if (from[my_int] == 'y') { strcat(to, "y"); my_int++; } else if (from[my_int] == 'z') { strcat(to, "z"); my_int++; } else if (from[my_int] == ' ') { strcat(to, " "); my_int++; } else if (from[my_int] == '\r') { strcat(to, "\r"); my_int++; } else if (from[my_int] == '\n') { strcat(to, "\n"); my_int++; } else { /* of course it might be that nothing happened */ debug("bb.sms.cimd", 0, "parse: [%c:%02X %c:%02X %c:%02X]", from[my_int], from[my_int], from[my_int + 1], from[my_int + 1], from[my_int + 2], from[my_int + 2]); temp_int = strlen(to); to[temp_int] = 0xBF; /* '¿' */ to[temp_int + 1] = '\0'; my_int++; } } /* for */ return strlen(to); } ");
1021  my_int += 3;
1022  } else if (from[my_int] == '_' && from[my_int + 1] == 'n' && from[my_int + 2] == '~' ) {
1023  strcat(to, "ñ); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'u' && from[my_int + 2] == '"') { strcat(to, "ü"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == '`') { strcat(to, "à"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '!' && from[my_int + 2] == '!') { strcat(to, "¡"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '-' && from[my_int + 2] == '-') { strcat(to, "_"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'N' && from[my_int + 2] == '~') { strcat(to, "_"); my_int += 3; } /* I just LOVE the designers of this protocol -mg */ else if (from[my_int] == ']') { strcat(to, "Å"); my_int++; } else if (from[my_int] == '}') { strcat(to, "å"); my_int++; } else if (from[my_int] == '[') { strcat(to, "Ä"); my_int++; } else if (from[my_int] == '{') { strcat(to, "ä"); my_int++; } else if (from[my_int] == '\\') { strcat(to, "Ö"); my_int++; } else if (from[my_int] == '|') { strcat(to, "ö"); my_int++; } else if (from[my_int] == '!') { strcat(to, "!"); my_int++; } else if (from[my_int] == '"') { strcat(to, "\""); my_int++; } else if (from[my_int] == '#') { strcat(to, "#"); my_int++; } else if (from[my_int] == '¤') { strcat(to, "¤"); my_int++; } else if (from[my_int] == '%') { strcat(to, "%"); my_int++; } else if (from[my_int] == '&') { strcat(to, "&"); my_int++; } else if (from[my_int] == '\'') { strcat(to, "'"); my_int++; } else if (from[my_int] == '(') { strcat(to, "("); my_int++; } else if (from[my_int] == ')') { strcat(to, ")"); my_int++; } else if (from[my_int] == '*') { strcat(to, "*"); my_int++; } else if (from[my_int] == '+') { strcat(to, "+"); my_int++; } else if (from[my_int] == ',') { strcat(to, ","); my_int++; } else if (from[my_int] == '-') { strcat(to, "-"); my_int++; } else if (from[my_int] == '.') { strcat(to, "."); my_int++; } else if (from[my_int] == '/') { strcat(to, "/"); my_int++; } else if (from[my_int] == '0') { strcat(to, "0"); my_int++; } else if (from[my_int] == '1') { strcat(to, "1"); my_int++; } else if (from[my_int] == '2') { strcat(to, "2"); my_int++; } else if (from[my_int] == '3') { strcat(to, "3"); my_int++; } else if (from[my_int] == '4') { strcat(to, "4"); my_int++; } else if (from[my_int] == '5') { strcat(to, "5"); my_int++; } else if (from[my_int] == '6') { strcat(to, "6"); my_int++; } else if (from[my_int] == '7') { strcat(to, "7"); my_int++; } else if (from[my_int] == '8') { strcat(to, "8"); my_int++; } else if (from[my_int] == '9') { strcat(to, "9"); my_int++; } else if (from[my_int] == ':') { strcat(to, ":"); my_int++; } else if (from[my_int] == ';') { strcat(to, ";"); my_int++; } else if (from[my_int] == '<') { strcat(to, "<"); my_int++; } else if (from[my_int] == '=') { strcat(to, "="); my_int++; } else if (from[my_int] == '>') { strcat(to, ">"); my_int++; } else if (from[my_int] == '?') { strcat(to, "?"); my_int++; } else if (from[my_int] == 'A') { strcat(to, "A"); my_int++; } else if (from[my_int] == 'B') { strcat(to, "B"); my_int++; } else if (from[my_int] == 'C') { strcat(to, "C"); my_int++; } else if (from[my_int] == 'D') { strcat(to, "D"); my_int++; } else if (from[my_int] == 'E') { strcat(to, "E"); my_int++; } else if (from[my_int] == 'F') { strcat(to, "F"); my_int++; } else if (from[my_int] == 'G') { strcat(to, "G"); my_int++; } else if (from[my_int] == 'H') { strcat(to, "H"); my_int++; } else if (from[my_int] == 'I') { strcat(to, "I"); my_int++; } else if (from[my_int] == 'J') { strcat(to, "J"); my_int++; } else if (from[my_int] == 'K') { strcat(to, "K"); my_int++; } else if (from[my_int] == 'L') { strcat(to, "L"); my_int++; } else if (from[my_int] == 'M') { strcat(to, "M"); my_int++; } else if (from[my_int] == 'N') { strcat(to, "N"); my_int++; } else if (from[my_int] == 'O') { strcat(to, "O"); my_int++; } else if (from[my_int] == 'P') { strcat(to, "P"); my_int++; } else if (from[my_int] == 'Q') { strcat(to, "Q"); my_int++; } else if (from[my_int] == 'R') { strcat(to, "R"); my_int++; } else if (from[my_int] == 'S') { strcat(to, "S"); my_int++; } else if (from[my_int] == 'T') { strcat(to, "T"); my_int++; } else if (from[my_int] == 'U') { strcat(to, "U"); my_int++; } else if (from[my_int] == 'V') { strcat(to, "V"); my_int++; } else if (from[my_int] == 'W') { strcat(to, "W"); my_int++; } else if (from[my_int] == 'X') { strcat(to, "X"); my_int++; } else if (from[my_int] == 'Y') { strcat(to, "Y"); my_int++; } else if (from[my_int] == 'Z') { strcat(to, "Z"); my_int++; } else if (from[my_int] == 'a') { strcat(to, "a"); my_int++; } else if (from[my_int] == 'b') { strcat(to, "b"); my_int++; } else if (from[my_int] == 'c') { strcat(to, "c"); my_int++; } else if (from[my_int] == 'd') { strcat(to, "d"); my_int++; } else if (from[my_int] == 'e') { strcat(to, "e"); my_int++; } else if (from[my_int] == 'f') { strcat(to, "f"); my_int++; } else if (from[my_int] == 'g') { strcat(to, "g"); my_int++; } else if (from[my_int] == 'h') { strcat(to, "h"); my_int++; } else if (from[my_int] == 'i') { strcat(to, "i"); my_int++; } else if (from[my_int] == 'j') { strcat(to, "j"); my_int++; } else if (from[my_int] == 'k') { strcat(to, "k"); my_int++; } else if (from[my_int] == 'l') { strcat(to, "l"); my_int++; } else if (from[my_int] == 'm') { strcat(to, "m"); my_int++; } else if (from[my_int] == 'n') { strcat(to, "n"); my_int++; } else if (from[my_int] == 'o') { strcat(to, "o"); my_int++; } else if (from[my_int] == 'p') { strcat(to, "p"); my_int++; } else if (from[my_int] == 'q') { strcat(to, "q"); my_int++; } else if (from[my_int] == 'r') { strcat(to, "r"); my_int++; } else if (from[my_int] == 's') { strcat(to, "s"); my_int++; } else if (from[my_int] == 't') { strcat(to, "t"); my_int++; } else if (from[my_int] == 'u') { strcat(to, "u"); my_int++; } else if (from[my_int] == 'v') { strcat(to, "v"); my_int++; } else if (from[my_int] == 'w') { strcat(to, "w"); my_int++; } else if (from[my_int] == 'x') { strcat(to, "x"); my_int++; } else if (from[my_int] == 'y') { strcat(to, "y"); my_int++; } else if (from[my_int] == 'z') { strcat(to, "z"); my_int++; } else if (from[my_int] == ' ') { strcat(to, " "); my_int++; } else if (from[my_int] == '\r') { strcat(to, "\r"); my_int++; } else if (from[my_int] == '\n') { strcat(to, "\n"); my_int++; } else { /* of course it might be that nothing happened */ debug("bb.sms.cimd", 0, "parse: [%c:%02X %c:%02X %c:%02X]", from[my_int], from[my_int], from[my_int + 1], from[my_int + 1], from[my_int + 2], from[my_int + 2]); temp_int = strlen(to); to[temp_int] = 0xBF; /* '¿' */ to[temp_int + 1] = '\0'; my_int++; } } /* for */ return strlen(to); } ");
1024  my_int += 3;
1025  } else if (from[my_int] == '_' && from[my_int + 1] == 'u' && from[my_int + 2] == '"') {
1026  strcat(to, "ü); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == '`') { strcat(to, "à"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '!' && from[my_int + 2] == '!') { strcat(to, "¡"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '-' && from[my_int + 2] == '-') { strcat(to, "_"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'N' && from[my_int + 2] == '~') { strcat(to, "_"); my_int += 3; } /* I just LOVE the designers of this protocol -mg */ else if (from[my_int] == ']') { strcat(to, "Å"); my_int++; } else if (from[my_int] == '}') { strcat(to, "å"); my_int++; } else if (from[my_int] == '[') { strcat(to, "Ä"); my_int++; } else if (from[my_int] == '{') { strcat(to, "ä"); my_int++; } else if (from[my_int] == '\\') { strcat(to, "Ö"); my_int++; } else if (from[my_int] == '|') { strcat(to, "ö"); my_int++; } else if (from[my_int] == '!') { strcat(to, "!"); my_int++; } else if (from[my_int] == '"') { strcat(to, "\""); my_int++; } else if (from[my_int] == '#') { strcat(to, "#"); my_int++; } else if (from[my_int] == '¤') { strcat(to, "¤"); my_int++; } else if (from[my_int] == '%') { strcat(to, "%"); my_int++; } else if (from[my_int] == '&') { strcat(to, "&"); my_int++; } else if (from[my_int] == '\'') { strcat(to, "'"); my_int++; } else if (from[my_int] == '(') { strcat(to, "("); my_int++; } else if (from[my_int] == ')') { strcat(to, ")"); my_int++; } else if (from[my_int] == '*') { strcat(to, "*"); my_int++; } else if (from[my_int] == '+') { strcat(to, "+"); my_int++; } else if (from[my_int] == ',') { strcat(to, ","); my_int++; } else if (from[my_int] == '-') { strcat(to, "-"); my_int++; } else if (from[my_int] == '.') { strcat(to, "."); my_int++; } else if (from[my_int] == '/') { strcat(to, "/"); my_int++; } else if (from[my_int] == '0') { strcat(to, "0"); my_int++; } else if (from[my_int] == '1') { strcat(to, "1"); my_int++; } else if (from[my_int] == '2') { strcat(to, "2"); my_int++; } else if (from[my_int] == '3') { strcat(to, "3"); my_int++; } else if (from[my_int] == '4') { strcat(to, "4"); my_int++; } else if (from[my_int] == '5') { strcat(to, "5"); my_int++; } else if (from[my_int] == '6') { strcat(to, "6"); my_int++; } else if (from[my_int] == '7') { strcat(to, "7"); my_int++; } else if (from[my_int] == '8') { strcat(to, "8"); my_int++; } else if (from[my_int] == '9') { strcat(to, "9"); my_int++; } else if (from[my_int] == ':') { strcat(to, ":"); my_int++; } else if (from[my_int] == ';') { strcat(to, ";"); my_int++; } else if (from[my_int] == '<') { strcat(to, "<"); my_int++; } else if (from[my_int] == '=') { strcat(to, "="); my_int++; } else if (from[my_int] == '>') { strcat(to, ">"); my_int++; } else if (from[my_int] == '?') { strcat(to, "?"); my_int++; } else if (from[my_int] == 'A') { strcat(to, "A"); my_int++; } else if (from[my_int] == 'B') { strcat(to, "B"); my_int++; } else if (from[my_int] == 'C') { strcat(to, "C"); my_int++; } else if (from[my_int] == 'D') { strcat(to, "D"); my_int++; } else if (from[my_int] == 'E') { strcat(to, "E"); my_int++; } else if (from[my_int] == 'F') { strcat(to, "F"); my_int++; } else if (from[my_int] == 'G') { strcat(to, "G"); my_int++; } else if (from[my_int] == 'H') { strcat(to, "H"); my_int++; } else if (from[my_int] == 'I') { strcat(to, "I"); my_int++; } else if (from[my_int] == 'J') { strcat(to, "J"); my_int++; } else if (from[my_int] == 'K') { strcat(to, "K"); my_int++; } else if (from[my_int] == 'L') { strcat(to, "L"); my_int++; } else if (from[my_int] == 'M') { strcat(to, "M"); my_int++; } else if (from[my_int] == 'N') { strcat(to, "N"); my_int++; } else if (from[my_int] == 'O') { strcat(to, "O"); my_int++; } else if (from[my_int] == 'P') { strcat(to, "P"); my_int++; } else if (from[my_int] == 'Q') { strcat(to, "Q"); my_int++; } else if (from[my_int] == 'R') { strcat(to, "R"); my_int++; } else if (from[my_int] == 'S') { strcat(to, "S"); my_int++; } else if (from[my_int] == 'T') { strcat(to, "T"); my_int++; } else if (from[my_int] == 'U') { strcat(to, "U"); my_int++; } else if (from[my_int] == 'V') { strcat(to, "V"); my_int++; } else if (from[my_int] == 'W') { strcat(to, "W"); my_int++; } else if (from[my_int] == 'X') { strcat(to, "X"); my_int++; } else if (from[my_int] == 'Y') { strcat(to, "Y"); my_int++; } else if (from[my_int] == 'Z') { strcat(to, "Z"); my_int++; } else if (from[my_int] == 'a') { strcat(to, "a"); my_int++; } else if (from[my_int] == 'b') { strcat(to, "b"); my_int++; } else if (from[my_int] == 'c') { strcat(to, "c"); my_int++; } else if (from[my_int] == 'd') { strcat(to, "d"); my_int++; } else if (from[my_int] == 'e') { strcat(to, "e"); my_int++; } else if (from[my_int] == 'f') { strcat(to, "f"); my_int++; } else if (from[my_int] == 'g') { strcat(to, "g"); my_int++; } else if (from[my_int] == 'h') { strcat(to, "h"); my_int++; } else if (from[my_int] == 'i') { strcat(to, "i"); my_int++; } else if (from[my_int] == 'j') { strcat(to, "j"); my_int++; } else if (from[my_int] == 'k') { strcat(to, "k"); my_int++; } else if (from[my_int] == 'l') { strcat(to, "l"); my_int++; } else if (from[my_int] == 'm') { strcat(to, "m"); my_int++; } else if (from[my_int] == 'n') { strcat(to, "n"); my_int++; } else if (from[my_int] == 'o') { strcat(to, "o"); my_int++; } else if (from[my_int] == 'p') { strcat(to, "p"); my_int++; } else if (from[my_int] == 'q') { strcat(to, "q"); my_int++; } else if (from[my_int] == 'r') { strcat(to, "r"); my_int++; } else if (from[my_int] == 's') { strcat(to, "s"); my_int++; } else if (from[my_int] == 't') { strcat(to, "t"); my_int++; } else if (from[my_int] == 'u') { strcat(to, "u"); my_int++; } else if (from[my_int] == 'v') { strcat(to, "v"); my_int++; } else if (from[my_int] == 'w') { strcat(to, "w"); my_int++; } else if (from[my_int] == 'x') { strcat(to, "x"); my_int++; } else if (from[my_int] == 'y') { strcat(to, "y"); my_int++; } else if (from[my_int] == 'z') { strcat(to, "z"); my_int++; } else if (from[my_int] == ' ') { strcat(to, " "); my_int++; } else if (from[my_int] == '\r') { strcat(to, "\r"); my_int++; } else if (from[my_int] == '\n') { strcat(to, "\n"); my_int++; } else { /* of course it might be that nothing happened */ debug("bb.sms.cimd", 0, "parse: [%c:%02X %c:%02X %c:%02X]", from[my_int], from[my_int], from[my_int + 1], from[my_int + 1], from[my_int + 2], from[my_int + 2]); temp_int = strlen(to); to[temp_int] = 0xBF; /* '¿' */ to[temp_int + 1] = '\0'; my_int++; } } /* for */ return strlen(to); } ");
1027  my_int += 3;
1028  } else if (from[my_int] == '_' && from[my_int + 1] == 'a' && from[my_int + 2] == '`') {
1029  strcat(to, "à); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '!' && from[my_int + 2] == '!') { strcat(to, "¡"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == '-' && from[my_int + 2] == '-') { strcat(to, "_"); my_int += 3; } else if (from[my_int] == '_' && from[my_int + 1] == 'N' && from[my_int + 2] == '~') { strcat(to, "_"); my_int += 3; } /* I just LOVE the designers of this protocol -mg */ else if (from[my_int] == ']') { strcat(to, "Å"); my_int++; } else if (from[my_int] == '}') { strcat(to, "å"); my_int++; } else if (from[my_int] == '[') { strcat(to, "Ä"); my_int++; } else if (from[my_int] == '{') { strcat(to, "ä"); my_int++; } else if (from[my_int] == '\\') { strcat(to, "Ö"); my_int++; } else if (from[my_int] == '|') { strcat(to, "ö"); my_int++; } else if (from[my_int] == '!') { strcat(to, "!"); my_int++; } else if (from[my_int] == '"') { strcat(to, "\""); my_int++; } else if (from[my_int] == '#') { strcat(to, "#"); my_int++; } else if (from[my_int] == '¤') { strcat(to, "¤"); my_int++; } else if (from[my_int] == '%') { strcat(to, "%"); my_int++; } else if (from[my_int] == '&') { strcat(to, "&"); my_int++; } else if (from[my_int] == '\'') { strcat(to, "'"); my_int++; } else if (from[my_int] == '(') { strcat(to, "("); my_int++; } else if (from[my_int] == ')') { strcat(to, ")"); my_int++; } else if (from[my_int] == '*') { strcat(to, "*"); my_int++; } else if (from[my_int] == '+') { strcat(to, "+"); my_int++; } else if (from[my_int] == ',') { strcat(to, ","); my_int++; } else if (from[my_int] == '-') { strcat(to, "-"); my_int++; } else if (from[my_int] == '.') { strcat(to, "."); my_int++; } else if (from[my_int] == '/') { strcat(to, "/"); my_int++; } else if (from[my_int] == '0') { strcat(to, "0"); my_int++; } else if (from[my_int] == '1') { strcat(to, "1"); my_int++; } else if (from[my_int] == '2') { strcat(to, "2"); my_int++; } else if (from[my_int] == '3') { strcat(to, "3"); my_int++; } else if (from[my_int] == '4') { strcat(to, "4"); my_int++; } else if (from[my_int] == '5') { strcat(to, "5"); my_int++; } else if (from[my_int] == '6') { strcat(to, "6"); my_int++; } else if (from[my_int] == '7') { strcat(to, "7"); my_int++; } else if (from[my_int] == '8') { strcat(to, "8"); my_int++; } else if (from[my_int] == '9') { strcat(to, "9"); my_int++; } else if (from[my_int] == ':') { strcat(to, ":"); my_int++; } else if (from[my_int] == ';') { strcat(to, ";"); my_int++; } else if (from[my_int] == '<') { strcat(to, "<"); my_int++; } else if (from[my_int] == '=') { strcat(to, "="); my_int++; } else if (from[my_int] == '>') { strcat(to, ">"); my_int++; } else if (from[my_int] == '?') { strcat(to, "?"); my_int++; } else if (from[my_int] == 'A') { strcat(to, "A"); my_int++; } else if (from[my_int] == 'B') { strcat(to, "B"); my_int++; } else if (from[my_int] == 'C') { strcat(to, "C"); my_int++; } else if (from[my_int] == 'D') { strcat(to, "D"); my_int++; } else if (from[my_int] == 'E') { strcat(to, "E"); my_int++; } else if (from[my_int] == 'F') { strcat(to, "F"); my_int++; } else if (from[my_int] == 'G') { strcat(to, "G"); my_int++; } else if (from[my_int] == 'H') { strcat(to, "H"); my_int++; } else if (from[my_int] == 'I') { strcat(to, "I"); my_int++; } else if (from[my_int] == 'J') { strcat(to, "J"); my_int++; } else if (from[my_int] == 'K') { strcat(to, "K"); my_int++; } else if (from[my_int] == 'L') { strcat(to, "L"); my_int++; } else if (from[my_int] == 'M') { strcat(to, "M"); my_int++; } else if (from[my_int] == 'N') { strcat(to, "N"); my_int++; } else if (from[my_int] == 'O') { strcat(to, "O"); my_int++; } else if (from[my_int] == 'P') { strcat(to, "P"); my_int++; } else if (from[my_int] == 'Q') { strcat(to, "Q"); my_int++; } else if (from[my_int] == 'R') { strcat(to, "R"); my_int++; } else if (from[my_int] == 'S') { strcat(to, "S"); my_int++; } else if (from[my_int] == 'T') { strcat(to, "T"); my_int++; } else if (from[my_int] == 'U') { strcat(to, "U"); my_int++; } else if (from[my_int] == 'V') { strcat(to, "V"); my_int++; } else if (from[my_int] == 'W') { strcat(to, "W"); my_int++; } else if (from[my_int] == 'X') { strcat(to, "X"); my_int++; } else if (from[my_int] == 'Y') { strcat(to, "Y"); my_int++; } else if (from[my_int] == 'Z') { strcat(to, "Z"); my_int++; } else if (from[my_int] == 'a') { strcat(to, "a"); my_int++; } else if (from[my_int] == 'b') { strcat(to, "b"); my_int++; } else if (from[my_int] == 'c') { strcat(to, "c"); my_int++; } else if (from[my_int] == 'd') { strcat(to, "d"); my_int++; } else if (from[my_int] == 'e') { strcat(to, "e"); my_int++; } else if (from[my_int] == 'f') { strcat(to, "f"); my_int++; } else if (from[my_int] == 'g') { strcat(to, "g"); my_int++; } else if (from[my_int] == 'h') { strcat(to, "h"); my_int++; } else if (from[my_int] == 'i') { strcat(to, "i"); my_int++; } else if (from[my_int] == 'j') { strcat(to, "j"); my_int++; } else if (from[my_int] == 'k') { strcat(to, "k"); my_int++; } else if (from[my_int] == 'l') { strcat(to, "l"); my_int++; } else if (from[my_int] == 'm') { strcat(to, "m"); my_int++; } else if (from[my_int] == 'n') { strcat(to, "n"); my_int++; } else if (from[my_int] == 'o') { strcat(to, "o"); my_int++; } else if (from[my_int] == 'p') { strcat(to, "p"); my_int++; } else if (from[my_int] == 'q') { strcat(to, "q"); my_int++; } else if (from[my_int] == 'r') { strcat(to, "r"); my_int++; } else if (from[my_int] == 's') { strcat(to, "s"); my_int++; } else if (from[my_int] == 't') { strcat(to, "t"); my_int++; } else if (from[my_int] == 'u') { strcat(to, "u"); my_int++; } else if (from[my_int] == 'v') { strcat(to, "v"); my_int++; } else if (from[my_int] == 'w') { strcat(to, "w"); my_int++; } else if (from[my_int] == 'x') { strcat(to, "x"); my_int++; } else if (from[my_int] == 'y') { strcat(to, "y"); my_int++; } else if (from[my_int] == 'z') { strcat(to, "z"); my_int++; } else if (from[my_int] == ' ') { strcat(to, " "); my_int++; } else if (from[my_int] == '\r') { strcat(to, "\r"); my_int++; } else if (from[my_int] == '\n') { strcat(to, "\n"); my_int++; } else { /* of course it might be that nothing happened */ debug("bb.sms.cimd", 0, "parse: [%c:%02X %c:%02X %c:%02X]", from[my_int], from[my_int], from[my_int + 1], from[my_int + 1], from[my_int + 2], from[my_int + 2]); temp_int = strlen(to); to[temp_int] = 0xBF; /* '¿' */ to[temp_int + 1] = '\0'; my_int++; } } /* for */ return strlen(to); } ");
1030  my_int += 3;
1031  } else if (from[my_int] == '_' && from[my_int + 1] == '!' && from[my_int + 2] == '!') {
1032  strcat(to, "¡");
1033  my_int += 3;
1034  } else if (from[my_int] == '_' && from[my_int + 1] == '-' && from[my_int + 2] == '-') {
1035  strcat(to, "_");
1036  my_int += 3;
1037  } else if (from[my_int] == '_' && from[my_int + 1] == 'N' && from[my_int + 2] == '~') {
1038  strcat(to, "_");
1039  my_int += 3;
1040  }
1041 
1042  /* I just LOVE the designers of this protocol -mg */
1043  else if (from[my_int] == ']') {
1044  strcat(to, "Å); my_int++; } else if (from[my_int] == '}') { strcat(to, "å"); my_int++; } else if (from[my_int] == '[') { strcat(to, "Ä"); my_int++; } else if (from[my_int] == '{') { strcat(to, "ä"); my_int++; } else if (from[my_int] == '\\') { strcat(to, "Ö"); my_int++; } else if (from[my_int] == '|') { strcat(to, "ö"); my_int++; } else if (from[my_int] == '!') { strcat(to, "!"); my_int++; } else if (from[my_int] == '"') { strcat(to, "\""); my_int++; } else if (from[my_int] == '#') { strcat(to, "#"); my_int++; } else if (from[my_int] == '¤') { strcat(to, "¤"); my_int++; } else if (from[my_int] == '%') { strcat(to, "%"); my_int++; } else if (from[my_int] == '&') { strcat(to, "&"); my_int++; } else if (from[my_int] == '\'') { strcat(to, "'"); my_int++; } else if (from[my_int] == '(') { strcat(to, "("); my_int++; } else if (from[my_int] == ')') { strcat(to, ")"); my_int++; } else if (from[my_int] == '*') { strcat(to, "*"); my_int++; } else if (from[my_int] == '+') { strcat(to, "+"); my_int++; } else if (from[my_int] == ',') { strcat(to, ","); my_int++; } else if (from[my_int] == '-') { strcat(to, "-"); my_int++; } else if (from[my_int] == '.') { strcat(to, "."); my_int++; } else if (from[my_int] == '/') { strcat(to, "/"); my_int++; } else if (from[my_int] == '0') { strcat(to, "0"); my_int++; } else if (from[my_int] == '1') { strcat(to, "1"); my_int++; } else if (from[my_int] == '2') { strcat(to, "2"); my_int++; } else if (from[my_int] == '3') { strcat(to, "3"); my_int++; } else if (from[my_int] == '4') { strcat(to, "4"); my_int++; } else if (from[my_int] == '5') { strcat(to, "5"); my_int++; } else if (from[my_int] == '6') { strcat(to, "6"); my_int++; } else if (from[my_int] == '7') { strcat(to, "7"); my_int++; } else if (from[my_int] == '8') { strcat(to, "8"); my_int++; } else if (from[my_int] == '9') { strcat(to, "9"); my_int++; } else if (from[my_int] == ':') { strcat(to, ":"); my_int++; } else if (from[my_int] == ';') { strcat(to, ";"); my_int++; } else if (from[my_int] == '<') { strcat(to, "<"); my_int++; } else if (from[my_int] == '=') { strcat(to, "="); my_int++; } else if (from[my_int] == '>') { strcat(to, ">"); my_int++; } else if (from[my_int] == '?') { strcat(to, "?"); my_int++; } else if (from[my_int] == 'A') { strcat(to, "A"); my_int++; } else if (from[my_int] == 'B') { strcat(to, "B"); my_int++; } else if (from[my_int] == 'C') { strcat(to, "C"); my_int++; } else if (from[my_int] == 'D') { strcat(to, "D"); my_int++; } else if (from[my_int] == 'E') { strcat(to, "E"); my_int++; } else if (from[my_int] == 'F') { strcat(to, "F"); my_int++; } else if (from[my_int] == 'G') { strcat(to, "G"); my_int++; } else if (from[my_int] == 'H') { strcat(to, "H"); my_int++; } else if (from[my_int] == 'I') { strcat(to, "I"); my_int++; } else if (from[my_int] == 'J') { strcat(to, "J"); my_int++; } else if (from[my_int] == 'K') { strcat(to, "K"); my_int++; } else if (from[my_int] == 'L') { strcat(to, "L"); my_int++; } else if (from[my_int] == 'M') { strcat(to, "M"); my_int++; } else if (from[my_int] == 'N') { strcat(to, "N"); my_int++; } else if (from[my_int] == 'O') { strcat(to, "O"); my_int++; } else if (from[my_int] == 'P') { strcat(to, "P"); my_int++; } else if (from[my_int] == 'Q') { strcat(to, "Q"); my_int++; } else if (from[my_int] == 'R') { strcat(to, "R"); my_int++; } else if (from[my_int] == 'S') { strcat(to, "S"); my_int++; } else if (from[my_int] == 'T') { strcat(to, "T"); my_int++; } else if (from[my_int] == 'U') { strcat(to, "U"); my_int++; } else if (from[my_int] == 'V') { strcat(to, "V"); my_int++; } else if (from[my_int] == 'W') { strcat(to, "W"); my_int++; } else if (from[my_int] == 'X') { strcat(to, "X"); my_int++; } else if (from[my_int] == 'Y') { strcat(to, "Y"); my_int++; } else if (from[my_int] == 'Z') { strcat(to, "Z"); my_int++; } else if (from[my_int] == 'a') { strcat(to, "a"); my_int++; } else if (from[my_int] == 'b') { strcat(to, "b"); my_int++; } else if (from[my_int] == 'c') { strcat(to, "c"); my_int++; } else if (from[my_int] == 'd') { strcat(to, "d"); my_int++; } else if (from[my_int] == 'e') { strcat(to, "e"); my_int++; } else if (from[my_int] == 'f') { strcat(to, "f"); my_int++; } else if (from[my_int] == 'g') { strcat(to, "g"); my_int++; } else if (from[my_int] == 'h') { strcat(to, "h"); my_int++; } else if (from[my_int] == 'i') { strcat(to, "i"); my_int++; } else if (from[my_int] == 'j') { strcat(to, "j"); my_int++; } else if (from[my_int] == 'k') { strcat(to, "k"); my_int++; } else if (from[my_int] == 'l') { strcat(to, "l"); my_int++; } else if (from[my_int] == 'm') { strcat(to, "m"); my_int++; } else if (from[my_int] == 'n') { strcat(to, "n"); my_int++; } else if (from[my_int] == 'o') { strcat(to, "o"); my_int++; } else if (from[my_int] == 'p') { strcat(to, "p"); my_int++; } else if (from[my_int] == 'q') { strcat(to, "q"); my_int++; } else if (from[my_int] == 'r') { strcat(to, "r"); my_int++; } else if (from[my_int] == 's') { strcat(to, "s"); my_int++; } else if (from[my_int] == 't') { strcat(to, "t"); my_int++; } else if (from[my_int] == 'u') { strcat(to, "u"); my_int++; } else if (from[my_int] == 'v') { strcat(to, "v"); my_int++; } else if (from[my_int] == 'w') { strcat(to, "w"); my_int++; } else if (from[my_int] == 'x') { strcat(to, "x"); my_int++; } else if (from[my_int] == 'y') { strcat(to, "y"); my_int++; } else if (from[my_int] == 'z') { strcat(to, "z"); my_int++; } else if (from[my_int] == ' ') { strcat(to, " "); my_int++; } else if (from[my_int] == '\r') { strcat(to, "\r"); my_int++; } else if (from[my_int] == '\n') { strcat(to, "\n"); my_int++; } else { /* of course it might be that nothing happened */ debug("bb.sms.cimd", 0, "parse: [%c:%02X %c:%02X %c:%02X]", from[my_int], from[my_int], from[my_int + 1], from[my_int + 1], from[my_int + 2], from[my_int + 2]); temp_int = strlen(to); to[temp_int] = 0xBF; /* '¿' */ to[temp_int + 1] = '\0'; my_int++; } } /* for */ return strlen(to); } ");
1045  my_int++;
1046  } else if (from[my_int] == '}') {
1047  strcat(to, "å); my_int++; } else if (from[my_int] == '[') { strcat(to, "Ä"); my_int++; } else if (from[my_int] == '{') { strcat(to, "ä"); my_int++; } else if (from[my_int] == '\\') { strcat(to, "Ö"); my_int++; } else if (from[my_int] == '|') { strcat(to, "ö"); my_int++; } else if (from[my_int] == '!') { strcat(to, "!"); my_int++; } else if (from[my_int] == '"') { strcat(to, "\""); my_int++; } else if (from[my_int] == '#') { strcat(to, "#"); my_int++; } else if (from[my_int] == '¤') { strcat(to, "¤"); my_int++; } else if (from[my_int] == '%') { strcat(to, "%"); my_int++; } else if (from[my_int] == '&') { strcat(to, "&"); my_int++; } else if (from[my_int] == '\'') { strcat(to, "'"); my_int++; } else if (from[my_int] == '(') { strcat(to, "("); my_int++; } else if (from[my_int] == ')') { strcat(to, ")"); my_int++; } else if (from[my_int] == '*') { strcat(to, "*"); my_int++; } else if (from[my_int] == '+') { strcat(to, "+"); my_int++; } else if (from[my_int] == ',') { strcat(to, ","); my_int++; } else if (from[my_int] == '-') { strcat(to, "-"); my_int++; } else if (from[my_int] == '.') { strcat(to, "."); my_int++; } else if (from[my_int] == '/') { strcat(to, "/"); my_int++; } else if (from[my_int] == '0') { strcat(to, "0"); my_int++; } else if (from[my_int] == '1') { strcat(to, "1"); my_int++; } else if (from[my_int] == '2') { strcat(to, "2"); my_int++; } else if (from[my_int] == '3') { strcat(to, "3"); my_int++; } else if (from[my_int] == '4') { strcat(to, "4"); my_int++; } else if (from[my_int] == '5') { strcat(to, "5"); my_int++; } else if (from[my_int] == '6') { strcat(to, "6"); my_int++; } else if (from[my_int] == '7') { strcat(to, "7"); my_int++; } else if (from[my_int] == '8') { strcat(to, "8"); my_int++; } else if (from[my_int] == '9') { strcat(to, "9"); my_int++; } else if (from[my_int] == ':') { strcat(to, ":"); my_int++; } else if (from[my_int] == ';') { strcat(to, ";"); my_int++; } else if (from[my_int] == '<') { strcat(to, "<"); my_int++; } else if (from[my_int] == '=') { strcat(to, "="); my_int++; } else if (from[my_int] == '>') { strcat(to, ">"); my_int++; } else if (from[my_int] == '?') { strcat(to, "?"); my_int++; } else if (from[my_int] == 'A') { strcat(to, "A"); my_int++; } else if (from[my_int] == 'B') { strcat(to, "B"); my_int++; } else if (from[my_int] == 'C') { strcat(to, "C"); my_int++; } else if (from[my_int] == 'D') { strcat(to, "D"); my_int++; } else if (from[my_int] == 'E') { strcat(to, "E"); my_int++; } else if (from[my_int] == 'F') { strcat(to, "F"); my_int++; } else if (from[my_int] == 'G') { strcat(to, "G"); my_int++; } else if (from[my_int] == 'H') { strcat(to, "H"); my_int++; } else if (from[my_int] == 'I') { strcat(to, "I"); my_int++; } else if (from[my_int] == 'J') { strcat(to, "J"); my_int++; } else if (from[my_int] == 'K') { strcat(to, "K"); my_int++; } else if (from[my_int] == 'L') { strcat(to, "L"); my_int++; } else if (from[my_int] == 'M') { strcat(to, "M"); my_int++; } else if (from[my_int] == 'N') { strcat(to, "N"); my_int++; } else if (from[my_int] == 'O') { strcat(to, "O"); my_int++; } else if (from[my_int] == 'P') { strcat(to, "P"); my_int++; } else if (from[my_int] == 'Q') { strcat(to, "Q"); my_int++; } else if (from[my_int] == 'R') { strcat(to, "R"); my_int++; } else if (from[my_int] == 'S') { strcat(to, "S"); my_int++; } else if (from[my_int] == 'T') { strcat(to, "T"); my_int++; } else if (from[my_int] == 'U') { strcat(to, "U"); my_int++; } else if (from[my_int] == 'V') { strcat(to, "V"); my_int++; } else if (from[my_int] == 'W') { strcat(to, "W"); my_int++; } else if (from[my_int] == 'X') { strcat(to, "X"); my_int++; } else if (from[my_int] == 'Y') { strcat(to, "Y"); my_int++; } else if (from[my_int] == 'Z') { strcat(to, "Z"); my_int++; } else if (from[my_int] == 'a') { strcat(to, "a"); my_int++; } else if (from[my_int] == 'b') { strcat(to, "b"); my_int++; } else if (from[my_int] == 'c') { strcat(to, "c"); my_int++; } else if (from[my_int] == 'd') { strcat(to, "d"); my_int++; } else if (from[my_int] == 'e') { strcat(to, "e"); my_int++; } else if (from[my_int] == 'f') { strcat(to, "f"); my_int++; } else if (from[my_int] == 'g') { strcat(to, "g"); my_int++; } else if (from[my_int] == 'h') { strcat(to, "h"); my_int++; } else if (from[my_int] == 'i') { strcat(to, "i"); my_int++; } else if (from[my_int] == 'j') { strcat(to, "j"); my_int++; } else if (from[my_int] == 'k') { strcat(to, "k"); my_int++; } else if (from[my_int] == 'l') { strcat(to, "l"); my_int++; } else if (from[my_int] == 'm') { strcat(to, "m"); my_int++; } else if (from[my_int] == 'n') { strcat(to, "n"); my_int++; } else if (from[my_int] == 'o') { strcat(to, "o"); my_int++; } else if (from[my_int] == 'p') { strcat(to, "p"); my_int++; } else if (from[my_int] == 'q') { strcat(to, "q"); my_int++; } else if (from[my_int] == 'r') { strcat(to, "r"); my_int++; } else if (from[my_int] == 's') { strcat(to, "s"); my_int++; } else if (from[my_int] == 't') { strcat(to, "t"); my_int++; } else if (from[my_int] == 'u') { strcat(to, "u"); my_int++; } else if (from[my_int] == 'v') { strcat(to, "v"); my_int++; } else if (from[my_int] == 'w') { strcat(to, "w"); my_int++; } else if (from[my_int] == 'x') { strcat(to, "x"); my_int++; } else if (from[my_int] == 'y') { strcat(to, "y"); my_int++; } else if (from[my_int] == 'z') { strcat(to, "z"); my_int++; } else if (from[my_int] == ' ') { strcat(to, " "); my_int++; } else if (from[my_int] == '\r') { strcat(to, "\r"); my_int++; } else if (from[my_int] == '\n') { strcat(to, "\n"); my_int++; } else { /* of course it might be that nothing happened */ debug("bb.sms.cimd", 0, "parse: [%c:%02X %c:%02X %c:%02X]", from[my_int], from[my_int], from[my_int + 1], from[my_int + 1], from[my_int + 2], from[my_int + 2]); temp_int = strlen(to); to[temp_int] = 0xBF; /* '¿' */ to[temp_int + 1] = '\0'; my_int++; } } /* for */ return strlen(to); } ");
1048  my_int++;
1049  } else if (from[my_int] == '[') {
1050  strcat(to, "Ä); my_int++; } else if (from[my_int] == '{') { strcat(to, "ä"); my_int++; } else if (from[my_int] == '\\') { strcat(to, "Ö"); my_int++; } else if (from[my_int] == '|') { strcat(to, "ö"); my_int++; } else if (from[my_int] == '!') { strcat(to, "!"); my_int++; } else if (from[my_int] == '"') { strcat(to, "\""); my_int++; } else if (from[my_int] == '#') { strcat(to, "#"); my_int++; } else if (from[my_int] == '¤') { strcat(to, "¤"); my_int++; } else if (from[my_int] == '%') { strcat(to, "%"); my_int++; } else if (from[my_int] == '&') { strcat(to, "&"); my_int++; } else if (from[my_int] == '\'') { strcat(to, "'"); my_int++; } else if (from[my_int] == '(') { strcat(to, "("); my_int++; } else if (from[my_int] == ')') { strcat(to, ")"); my_int++; } else if (from[my_int] == '*') { strcat(to, "*"); my_int++; } else if (from[my_int] == '+') { strcat(to, "+"); my_int++; } else if (from[my_int] == ',') { strcat(to, ","); my_int++; } else if (from[my_int] == '-') { strcat(to, "-"); my_int++; } else if (from[my_int] == '.') { strcat(to, "."); my_int++; } else if (from[my_int] == '/') { strcat(to, "/"); my_int++; } else if (from[my_int] == '0') { strcat(to, "0"); my_int++; } else if (from[my_int] == '1') { strcat(to, "1"); my_int++; } else if (from[my_int] == '2') { strcat(to, "2"); my_int++; } else if (from[my_int] == '3') { strcat(to, "3"); my_int++; } else if (from[my_int] == '4') { strcat(to, "4"); my_int++; } else if (from[my_int] == '5') { strcat(to, "5"); my_int++; } else if (from[my_int] == '6') { strcat(to, "6"); my_int++; } else if (from[my_int] == '7') { strcat(to, "7"); my_int++; } else if (from[my_int] == '8') { strcat(to, "8"); my_int++; } else if (from[my_int] == '9') { strcat(to, "9"); my_int++; } else if (from[my_int] == ':') { strcat(to, ":"); my_int++; } else if (from[my_int] == ';') { strcat(to, ";"); my_int++; } else if (from[my_int] == '<') { strcat(to, "<"); my_int++; } else if (from[my_int] == '=') { strcat(to, "="); my_int++; } else if (from[my_int] == '>') { strcat(to, ">"); my_int++; } else if (from[my_int] == '?') { strcat(to, "?"); my_int++; } else if (from[my_int] == 'A') { strcat(to, "A"); my_int++; } else if (from[my_int] == 'B') { strcat(to, "B"); my_int++; } else if (from[my_int] == 'C') { strcat(to, "C"); my_int++; } else if (from[my_int] == 'D') { strcat(to, "D"); my_int++; } else if (from[my_int] == 'E') { strcat(to, "E"); my_int++; } else if (from[my_int] == 'F') { strcat(to, "F"); my_int++; } else if (from[my_int] == 'G') { strcat(to, "G"); my_int++; } else if (from[my_int] == 'H') { strcat(to, "H"); my_int++; } else if (from[my_int] == 'I') { strcat(to, "I"); my_int++; } else if (from[my_int] == 'J') { strcat(to, "J"); my_int++; } else if (from[my_int] == 'K') { strcat(to, "K"); my_int++; } else if (from[my_int] == 'L') { strcat(to, "L"); my_int++; } else if (from[my_int] == 'M') { strcat(to, "M"); my_int++; } else if (from[my_int] == 'N') { strcat(to, "N"); my_int++; } else if (from[my_int] == 'O') { strcat(to, "O"); my_int++; } else if (from[my_int] == 'P') { strcat(to, "P"); my_int++; } else if (from[my_int] == 'Q') { strcat(to, "Q"); my_int++; } else if (from[my_int] == 'R') { strcat(to, "R"); my_int++; } else if (from[my_int] == 'S') { strcat(to, "S"); my_int++; } else if (from[my_int] == 'T') { strcat(to, "T"); my_int++; } else if (from[my_int] == 'U') { strcat(to, "U"); my_int++; } else if (from[my_int] == 'V') { strcat(to, "V"); my_int++; } else if (from[my_int] == 'W') { strcat(to, "W"); my_int++; } else if (from[my_int] == 'X') { strcat(to, "X"); my_int++; } else if (from[my_int] == 'Y') { strcat(to, "Y"); my_int++; } else if (from[my_int] == 'Z') { strcat(to, "Z"); my_int++; } else if (from[my_int] == 'a') { strcat(to, "a"); my_int++; } else if (from[my_int] == 'b') { strcat(to, "b"); my_int++; } else if (from[my_int] == 'c') { strcat(to, "c"); my_int++; } else if (from[my_int] == 'd') { strcat(to, "d"); my_int++; } else if (from[my_int] == 'e') { strcat(to, "e"); my_int++; } else if (from[my_int] == 'f') { strcat(to, "f"); my_int++; } else if (from[my_int] == 'g') { strcat(to, "g"); my_int++; } else if (from[my_int] == 'h') { strcat(to, "h"); my_int++; } else if (from[my_int] == 'i') { strcat(to, "i"); my_int++; } else if (from[my_int] == 'j') { strcat(to, "j"); my_int++; } else if (from[my_int] == 'k') { strcat(to, "k"); my_int++; } else if (from[my_int] == 'l') { strcat(to, "l"); my_int++; } else if (from[my_int] == 'm') { strcat(to, "m"); my_int++; } else if (from[my_int] == 'n') { strcat(to, "n"); my_int++; } else if (from[my_int] == 'o') { strcat(to, "o"); my_int++; } else if (from[my_int] == 'p') { strcat(to, "p"); my_int++; } else if (from[my_int] == 'q') { strcat(to, "q"); my_int++; } else if (from[my_int] == 'r') { strcat(to, "r"); my_int++; } else if (from[my_int] == 's') { strcat(to, "s"); my_int++; } else if (from[my_int] == 't') { strcat(to, "t"); my_int++; } else if (from[my_int] == 'u') { strcat(to, "u"); my_int++; } else if (from[my_int] == 'v') { strcat(to, "v"); my_int++; } else if (from[my_int] == 'w') { strcat(to, "w"); my_int++; } else if (from[my_int] == 'x') { strcat(to, "x"); my_int++; } else if (from[my_int] == 'y') { strcat(to, "y"); my_int++; } else if (from[my_int] == 'z') { strcat(to, "z"); my_int++; } else if (from[my_int] == ' ') { strcat(to, " "); my_int++; } else if (from[my_int] == '\r') { strcat(to, "\r"); my_int++; } else if (from[my_int] == '\n') { strcat(to, "\n"); my_int++; } else { /* of course it might be that nothing happened */ debug("bb.sms.cimd", 0, "parse: [%c:%02X %c:%02X %c:%02X]", from[my_int], from[my_int], from[my_int + 1], from[my_int + 1], from[my_int + 2], from[my_int + 2]); temp_int = strlen(to); to[temp_int] = 0xBF; /* '¿' */ to[temp_int + 1] = '\0'; my_int++; } } /* for */ return strlen(to); } ");
1051  my_int++;
1052  } else if (from[my_int] == '{') {
1053  strcat(to, "ä); my_int++; } else if (from[my_int] == '\\') { strcat(to, "Ö"); my_int++; } else if (from[my_int] == '|') { strcat(to, "ö"); my_int++; } else if (from[my_int] == '!') { strcat(to, "!"); my_int++; } else if (from[my_int] == '"') { strcat(to, "\""); my_int++; } else if (from[my_int] == '#') { strcat(to, "#"); my_int++; } else if (from[my_int] == '¤') { strcat(to, "¤"); my_int++; } else if (from[my_int] == '%') { strcat(to, "%"); my_int++; } else if (from[my_int] == '&') { strcat(to, "&"); my_int++; } else if (from[my_int] == '\'') { strcat(to, "'"); my_int++; } else if (from[my_int] == '(') { strcat(to, "("); my_int++; } else if (from[my_int] == ')') { strcat(to, ")"); my_int++; } else if (from[my_int] == '*') { strcat(to, "*"); my_int++; } else if (from[my_int] == '+') { strcat(to, "+"); my_int++; } else if (from[my_int] == ',') { strcat(to, ","); my_int++; } else if (from[my_int] == '-') { strcat(to, "-"); my_int++; } else if (from[my_int] == '.') { strcat(to, "."); my_int++; } else if (from[my_int] == '/') { strcat(to, "/"); my_int++; } else if (from[my_int] == '0') { strcat(to, "0"); my_int++; } else if (from[my_int] == '1') { strcat(to, "1"); my_int++; } else if (from[my_int] == '2') { strcat(to, "2"); my_int++; } else if (from[my_int] == '3') { strcat(to, "3"); my_int++; } else if (from[my_int] == '4') { strcat(to, "4"); my_int++; } else if (from[my_int] == '5') { strcat(to, "5"); my_int++; } else if (from[my_int] == '6') { strcat(to, "6"); my_int++; } else if (from[my_int] == '7') { strcat(to, "7"); my_int++; } else if (from[my_int] == '8') { strcat(to, "8"); my_int++; } else if (from[my_int] == '9') { strcat(to, "9"); my_int++; } else if (from[my_int] == ':') { strcat(to, ":"); my_int++; } else if (from[my_int] == ';') { strcat(to, ";"); my_int++; } else if (from[my_int] == '<') { strcat(to, "<"); my_int++; } else if (from[my_int] == '=') { strcat(to, "="); my_int++; } else if (from[my_int] == '>') { strcat(to, ">"); my_int++; } else if (from[my_int] == '?') { strcat(to, "?"); my_int++; } else if (from[my_int] == 'A') { strcat(to, "A"); my_int++; } else if (from[my_int] == 'B') { strcat(to, "B"); my_int++; } else if (from[my_int] == 'C') { strcat(to, "C"); my_int++; } else if (from[my_int] == 'D') { strcat(to, "D"); my_int++; } else if (from[my_int] == 'E') { strcat(to, "E"); my_int++; } else if (from[my_int] == 'F') { strcat(to, "F"); my_int++; } else if (from[my_int] == 'G') { strcat(to, "G"); my_int++; } else if (from[my_int] == 'H') { strcat(to, "H"); my_int++; } else if (from[my_int] == 'I') { strcat(to, "I"); my_int++; } else if (from[my_int] == 'J') { strcat(to, "J"); my_int++; } else if (from[my_int] == 'K') { strcat(to, "K"); my_int++; } else if (from[my_int] == 'L') { strcat(to, "L"); my_int++; } else if (from[my_int] == 'M') { strcat(to, "M"); my_int++; } else if (from[my_int] == 'N') { strcat(to, "N"); my_int++; } else if (from[my_int] == 'O') { strcat(to, "O"); my_int++; } else if (from[my_int] == 'P') { strcat(to, "P"); my_int++; } else if (from[my_int] == 'Q') { strcat(to, "Q"); my_int++; } else if (from[my_int] == 'R') { strcat(to, "R"); my_int++; } else if (from[my_int] == 'S') { strcat(to, "S"); my_int++; } else if (from[my_int] == 'T') { strcat(to, "T"); my_int++; } else if (from[my_int] == 'U') { strcat(to, "U"); my_int++; } else if (from[my_int] == 'V') { strcat(to, "V"); my_int++; } else if (from[my_int] == 'W') { strcat(to, "W"); my_int++; } else if (from[my_int] == 'X') { strcat(to, "X"); my_int++; } else if (from[my_int] == 'Y') { strcat(to, "Y"); my_int++; } else if (from[my_int] == 'Z') { strcat(to, "Z"); my_int++; } else if (from[my_int] == 'a') { strcat(to, "a"); my_int++; } else if (from[my_int] == 'b') { strcat(to, "b"); my_int++; } else if (from[my_int] == 'c') { strcat(to, "c"); my_int++; } else if (from[my_int] == 'd') { strcat(to, "d"); my_int++; } else if (from[my_int] == 'e') { strcat(to, "e"); my_int++; } else if (from[my_int] == 'f') { strcat(to, "f"); my_int++; } else if (from[my_int] == 'g') { strcat(to, "g"); my_int++; } else if (from[my_int] == 'h') { strcat(to, "h"); my_int++; } else if (from[my_int] == 'i') { strcat(to, "i"); my_int++; } else if (from[my_int] == 'j') { strcat(to, "j"); my_int++; } else if (from[my_int] == 'k') { strcat(to, "k"); my_int++; } else if (from[my_int] == 'l') { strcat(to, "l"); my_int++; } else if (from[my_int] == 'm') { strcat(to, "m"); my_int++; } else if (from[my_int] == 'n') { strcat(to, "n"); my_int++; } else if (from[my_int] == 'o') { strcat(to, "o"); my_int++; } else if (from[my_int] == 'p') { strcat(to, "p"); my_int++; } else if (from[my_int] == 'q') { strcat(to, "q"); my_int++; } else if (from[my_int] == 'r') { strcat(to, "r"); my_int++; } else if (from[my_int] == 's') { strcat(to, "s"); my_int++; } else if (from[my_int] == 't') { strcat(to, "t"); my_int++; } else if (from[my_int] == 'u') { strcat(to, "u"); my_int++; } else if (from[my_int] == 'v') { strcat(to, "v"); my_int++; } else if (from[my_int] == 'w') { strcat(to, "w"); my_int++; } else if (from[my_int] == 'x') { strcat(to, "x"); my_int++; } else if (from[my_int] == 'y') { strcat(to, "y"); my_int++; } else if (from[my_int] == 'z') { strcat(to, "z"); my_int++; } else if (from[my_int] == ' ') { strcat(to, " "); my_int++; } else if (from[my_int] == '\r') { strcat(to, "\r"); my_int++; } else if (from[my_int] == '\n') { strcat(to, "\n"); my_int++; } else { /* of course it might be that nothing happened */ debug("bb.sms.cimd", 0, "parse: [%c:%02X %c:%02X %c:%02X]", from[my_int], from[my_int], from[my_int + 1], from[my_int + 1], from[my_int + 2], from[my_int + 2]); temp_int = strlen(to); to[temp_int] = 0xBF; /* '¿' */ to[temp_int + 1] = '\0'; my_int++; } } /* for */ return strlen(to); } ");
1054  my_int++;
1055  } else if (from[my_int] == '\\') {
1056  strcat(to, "Ö); my_int++; } else if (from[my_int] == '|') { strcat(to, "ö"); my_int++; } else if (from[my_int] == '!') { strcat(to, "!"); my_int++; } else if (from[my_int] == '"') { strcat(to, "\""); my_int++; } else if (from[my_int] == '#') { strcat(to, "#"); my_int++; } else if (from[my_int] == '¤') { strcat(to, "¤"); my_int++; } else if (from[my_int] == '%') { strcat(to, "%"); my_int++; } else if (from[my_int] == '&') { strcat(to, "&"); my_int++; } else if (from[my_int] == '\'') { strcat(to, "'"); my_int++; } else if (from[my_int] == '(') { strcat(to, "("); my_int++; } else if (from[my_int] == ')') { strcat(to, ")"); my_int++; } else if (from[my_int] == '*') { strcat(to, "*"); my_int++; } else if (from[my_int] == '+') { strcat(to, "+"); my_int++; } else if (from[my_int] == ',') { strcat(to, ","); my_int++; } else if (from[my_int] == '-') { strcat(to, "-"); my_int++; } else if (from[my_int] == '.') { strcat(to, "."); my_int++; } else if (from[my_int] == '/') { strcat(to, "/"); my_int++; } else if (from[my_int] == '0') { strcat(to, "0"); my_int++; } else if (from[my_int] == '1') { strcat(to, "1"); my_int++; } else if (from[my_int] == '2') { strcat(to, "2"); my_int++; } else if (from[my_int] == '3') { strcat(to, "3"); my_int++; } else if (from[my_int] == '4') { strcat(to, "4"); my_int++; } else if (from[my_int] == '5') { strcat(to, "5"); my_int++; } else if (from[my_int] == '6') { strcat(to, "6"); my_int++; } else if (from[my_int] == '7') { strcat(to, "7"); my_int++; } else if (from[my_int] == '8') { strcat(to, "8"); my_int++; } else if (from[my_int] == '9') { strcat(to, "9"); my_int++; } else if (from[my_int] == ':') { strcat(to, ":"); my_int++; } else if (from[my_int] == ';') { strcat(to, ";"); my_int++; } else if (from[my_int] == '<') { strcat(to, "<"); my_int++; } else if (from[my_int] == '=') { strcat(to, "="); my_int++; } else if (from[my_int] == '>') { strcat(to, ">"); my_int++; } else if (from[my_int] == '?') { strcat(to, "?"); my_int++; } else if (from[my_int] == 'A') { strcat(to, "A"); my_int++; } else if (from[my_int] == 'B') { strcat(to, "B"); my_int++; } else if (from[my_int] == 'C') { strcat(to, "C"); my_int++; } else if (from[my_int] == 'D') { strcat(to, "D"); my_int++; } else if (from[my_int] == 'E') { strcat(to, "E"); my_int++; } else if (from[my_int] == 'F') { strcat(to, "F"); my_int++; } else if (from[my_int] == 'G') { strcat(to, "G"); my_int++; } else if (from[my_int] == 'H') { strcat(to, "H"); my_int++; } else if (from[my_int] == 'I') { strcat(to, "I"); my_int++; } else if (from[my_int] == 'J') { strcat(to, "J"); my_int++; } else if (from[my_int] == 'K') { strcat(to, "K"); my_int++; } else if (from[my_int] == 'L') { strcat(to, "L"); my_int++; } else if (from[my_int] == 'M') { strcat(to, "M"); my_int++; } else if (from[my_int] == 'N') { strcat(to, "N"); my_int++; } else if (from[my_int] == 'O') { strcat(to, "O"); my_int++; } else if (from[my_int] == 'P') { strcat(to, "P"); my_int++; } else if (from[my_int] == 'Q') { strcat(to, "Q"); my_int++; } else if (from[my_int] == 'R') { strcat(to, "R"); my_int++; } else if (from[my_int] == 'S') { strcat(to, "S"); my_int++; } else if (from[my_int] == 'T') { strcat(to, "T"); my_int++; } else if (from[my_int] == 'U') { strcat(to, "U"); my_int++; } else if (from[my_int] == 'V') { strcat(to, "V"); my_int++; } else if (from[my_int] == 'W') { strcat(to, "W"); my_int++; } else if (from[my_int] == 'X') { strcat(to, "X"); my_int++; } else if (from[my_int] == 'Y') { strcat(to, "Y"); my_int++; } else if (from[my_int] == 'Z') { strcat(to, "Z"); my_int++; } else if (from[my_int] == 'a') { strcat(to, "a"); my_int++; } else if (from[my_int] == 'b') { strcat(to, "b"); my_int++; } else if (from[my_int] == 'c') { strcat(to, "c"); my_int++; } else if (from[my_int] == 'd') { strcat(to, "d"); my_int++; } else if (from[my_int] == 'e') { strcat(to, "e"); my_int++; } else if (from[my_int] == 'f') { strcat(to, "f"); my_int++; } else if (from[my_int] == 'g') { strcat(to, "g"); my_int++; } else if (from[my_int] == 'h') { strcat(to, "h"); my_int++; } else if (from[my_int] == 'i') { strcat(to, "i"); my_int++; } else if (from[my_int] == 'j') { strcat(to, "j"); my_int++; } else if (from[my_int] == 'k') { strcat(to, "k"); my_int++; } else if (from[my_int] == 'l') { strcat(to, "l"); my_int++; } else if (from[my_int] == 'm') { strcat(to, "m"); my_int++; } else if (from[my_int] == 'n') { strcat(to, "n"); my_int++; } else if (from[my_int] == 'o') { strcat(to, "o"); my_int++; } else if (from[my_int] == 'p') { strcat(to, "p"); my_int++; } else if (from[my_int] == 'q') { strcat(to, "q"); my_int++; } else if (from[my_int] == 'r') { strcat(to, "r"); my_int++; } else if (from[my_int] == 's') { strcat(to, "s"); my_int++; } else if (from[my_int] == 't') { strcat(to, "t"); my_int++; } else if (from[my_int] == 'u') { strcat(to, "u"); my_int++; } else if (from[my_int] == 'v') { strcat(to, "v"); my_int++; } else if (from[my_int] == 'w') { strcat(to, "w"); my_int++; } else if (from[my_int] == 'x') { strcat(to, "x"); my_int++; } else if (from[my_int] == 'y') { strcat(to, "y"); my_int++; } else if (from[my_int] == 'z') { strcat(to, "z"); my_int++; } else if (from[my_int] == ' ') { strcat(to, " "); my_int++; } else if (from[my_int] == '\r') { strcat(to, "\r"); my_int++; } else if (from[my_int] == '\n') { strcat(to, "\n"); my_int++; } else { /* of course it might be that nothing happened */ debug("bb.sms.cimd", 0, "parse: [%c:%02X %c:%02X %c:%02X]", from[my_int], from[my_int], from[my_int + 1], from[my_int + 1], from[my_int + 2], from[my_int + 2]); temp_int = strlen(to); to[temp_int] = 0xBF; /* '¿' */ to[temp_int + 1] = '\0'; my_int++; } } /* for */ return strlen(to); } ");
1057  my_int++;
1058  } else if (from[my_int] == '|') {
1059  strcat(to, "ö); my_int++; } else if (from[my_int] == '!') { strcat(to, "!"); my_int++; } else if (from[my_int] == '"') { strcat(to, "\""); my_int++; } else if (from[my_int] == '#') { strcat(to, "#"); my_int++; } else if (from[my_int] == '¤') { strcat(to, "¤"); my_int++; } else if (from[my_int] == '%') { strcat(to, "%"); my_int++; } else if (from[my_int] == '&') { strcat(to, "&"); my_int++; } else if (from[my_int] == '\'') { strcat(to, "'"); my_int++; } else if (from[my_int] == '(') { strcat(to, "("); my_int++; } else if (from[my_int] == ')') { strcat(to, ")"); my_int++; } else if (from[my_int] == '*') { strcat(to, "*"); my_int++; } else if (from[my_int] == '+') { strcat(to, "+"); my_int++; } else if (from[my_int] == ',') { strcat(to, ","); my_int++; } else if (from[my_int] == '-') { strcat(to, "-"); my_int++; } else if (from[my_int] == '.') { strcat(to, "."); my_int++; } else if (from[my_int] == '/') { strcat(to, "/"); my_int++; } else if (from[my_int] == '0') { strcat(to, "0"); my_int++; } else if (from[my_int] == '1') { strcat(to, "1"); my_int++; } else if (from[my_int] == '2') { strcat(to, "2"); my_int++; } else if (from[my_int] == '3') { strcat(to, "3"); my_int++; } else if (from[my_int] == '4') { strcat(to, "4"); my_int++; } else if (from[my_int] == '5') { strcat(to, "5"); my_int++; } else if (from[my_int] == '6') { strcat(to, "6"); my_int++; } else if (from[my_int] == '7') { strcat(to, "7"); my_int++; } else if (from[my_int] == '8') { strcat(to, "8"); my_int++; } else if (from[my_int] == '9') { strcat(to, "9"); my_int++; } else if (from[my_int] == ':') { strcat(to, ":"); my_int++; } else if (from[my_int] == ';') { strcat(to, ";"); my_int++; } else if (from[my_int] == '<') { strcat(to, "<"); my_int++; } else if (from[my_int] == '=') { strcat(to, "="); my_int++; } else if (from[my_int] == '>') { strcat(to, ">"); my_int++; } else if (from[my_int] == '?') { strcat(to, "?"); my_int++; } else if (from[my_int] == 'A') { strcat(to, "A"); my_int++; } else if (from[my_int] == 'B') { strcat(to, "B"); my_int++; } else if (from[my_int] == 'C') { strcat(to, "C"); my_int++; } else if (from[my_int] == 'D') { strcat(to, "D"); my_int++; } else if (from[my_int] == 'E') { strcat(to, "E"); my_int++; } else if (from[my_int] == 'F') { strcat(to, "F"); my_int++; } else if (from[my_int] == 'G') { strcat(to, "G"); my_int++; } else if (from[my_int] == 'H') { strcat(to, "H"); my_int++; } else if (from[my_int] == 'I') { strcat(to, "I"); my_int++; } else if (from[my_int] == 'J') { strcat(to, "J"); my_int++; } else if (from[my_int] == 'K') { strcat(to, "K"); my_int++; } else if (from[my_int] == 'L') { strcat(to, "L"); my_int++; } else if (from[my_int] == 'M') { strcat(to, "M"); my_int++; } else if (from[my_int] == 'N') { strcat(to, "N"); my_int++; } else if (from[my_int] == 'O') { strcat(to, "O"); my_int++; } else if (from[my_int] == 'P') { strcat(to, "P"); my_int++; } else if (from[my_int] == 'Q') { strcat(to, "Q"); my_int++; } else if (from[my_int] == 'R') { strcat(to, "R"); my_int++; } else if (from[my_int] == 'S') { strcat(to, "S"); my_int++; } else if (from[my_int] == 'T') { strcat(to, "T"); my_int++; } else if (from[my_int] == 'U') { strcat(to, "U"); my_int++; } else if (from[my_int] == 'V') { strcat(to, "V"); my_int++; } else if (from[my_int] == 'W') { strcat(to, "W"); my_int++; } else if (from[my_int] == 'X') { strcat(to, "X"); my_int++; } else if (from[my_int] == 'Y') { strcat(to, "Y"); my_int++; } else if (from[my_int] == 'Z') { strcat(to, "Z"); my_int++; } else if (from[my_int] == 'a') { strcat(to, "a"); my_int++; } else if (from[my_int] == 'b') { strcat(to, "b"); my_int++; } else if (from[my_int] == 'c') { strcat(to, "c"); my_int++; } else if (from[my_int] == 'd') { strcat(to, "d"); my_int++; } else if (from[my_int] == 'e') { strcat(to, "e"); my_int++; } else if (from[my_int] == 'f') { strcat(to, "f"); my_int++; } else if (from[my_int] == 'g') { strcat(to, "g"); my_int++; } else if (from[my_int] == 'h') { strcat(to, "h"); my_int++; } else if (from[my_int] == 'i') { strcat(to, "i"); my_int++; } else if (from[my_int] == 'j') { strcat(to, "j"); my_int++; } else if (from[my_int] == 'k') { strcat(to, "k"); my_int++; } else if (from[my_int] == 'l') { strcat(to, "l"); my_int++; } else if (from[my_int] == 'm') { strcat(to, "m"); my_int++; } else if (from[my_int] == 'n') { strcat(to, "n"); my_int++; } else if (from[my_int] == 'o') { strcat(to, "o"); my_int++; } else if (from[my_int] == 'p') { strcat(to, "p"); my_int++; } else if (from[my_int] == 'q') { strcat(to, "q"); my_int++; } else if (from[my_int] == 'r') { strcat(to, "r"); my_int++; } else if (from[my_int] == 's') { strcat(to, "s"); my_int++; } else if (from[my_int] == 't') { strcat(to, "t"); my_int++; } else if (from[my_int] == 'u') { strcat(to, "u"); my_int++; } else if (from[my_int] == 'v') { strcat(to, "v"); my_int++; } else if (from[my_int] == 'w') { strcat(to, "w"); my_int++; } else if (from[my_int] == 'x') { strcat(to, "x"); my_int++; } else if (from[my_int] == 'y') { strcat(to, "y"); my_int++; } else if (from[my_int] == 'z') { strcat(to, "z"); my_int++; } else if (from[my_int] == ' ') { strcat(to, " "); my_int++; } else if (from[my_int] == '\r') { strcat(to, "\r"); my_int++; } else if (from[my_int] == '\n') { strcat(to, "\n"); my_int++; } else { /* of course it might be that nothing happened */ debug("bb.sms.cimd", 0, "parse: [%c:%02X %c:%02X %c:%02X]", from[my_int], from[my_int], from[my_int + 1], from[my_int + 1], from[my_int + 2], from[my_int + 2]); temp_int = strlen(to); to[temp_int] = 0xBF; /* '¿' */ to[temp_int + 1] = '\0'; my_int++; } } /* for */ return strlen(to); } ");
1060  my_int++;
1061  }
1062  else if (from[my_int] == '!') {
1063  strcat(to, "!");
1064  my_int++;
1065  } else if (from[my_int] == '"') {
1066  strcat(to, "\"");
1067  my_int++;
1068  } else if (from[my_int] == '#') {
1069  strcat(to, "#");
1070  my_int++;
1071  } else if (from[my_int] == '¤') {
1072  strcat(to, "¤");
1073  my_int++;
1074  } else if (from[my_int] == '%') {
1075  strcat(to, "%");
1076  my_int++;
1077  } else if (from[my_int] == '&') {
1078  strcat(to, "&");
1079  my_int++;
1080  } else if (from[my_int] == '\'') {
1081  strcat(to, "'");
1082  my_int++;
1083  } else if (from[my_int] == '(') {
1084  strcat(to, "(");
1085  my_int++;
1086  } else if (from[my_int] == ')') {
1087  strcat(to, ")");
1088  my_int++;
1089  } else if (from[my_int] == '*') {
1090  strcat(to, "*");
1091  my_int++;
1092  } else if (from[my_int] == '+') {
1093  strcat(to, "+");
1094  my_int++;
1095  } else if (from[my_int] == ',') {
1096  strcat(to, ",");
1097  my_int++;
1098  } else if (from[my_int] == '-') {
1099  strcat(to, "-");
1100  my_int++;
1101  } else if (from[my_int] == '.') {
1102  strcat(to, ".");
1103  my_int++;
1104  } else if (from[my_int] == '/') {
1105  strcat(to, "/");
1106  my_int++;
1107  } else if (from[my_int] == '0') {
1108  strcat(to, "0");
1109  my_int++;
1110  } else if (from[my_int] == '1') {
1111  strcat(to, "1");
1112  my_int++;
1113  } else if (from[my_int] == '2') {
1114  strcat(to, "2");
1115  my_int++;
1116  } else if (from[my_int] == '3') {
1117  strcat(to, "3");
1118  my_int++;
1119  } else if (from[my_int] == '4') {
1120  strcat(to, "4");
1121  my_int++;
1122  } else if (from[my_int] == '5') {
1123  strcat(to, "5");
1124  my_int++;
1125  } else if (from[my_int] == '6') {
1126  strcat(to, "6");
1127  my_int++;
1128  } else if (from[my_int] == '7') {
1129  strcat(to, "7");
1130  my_int++;
1131  } else if (from[my_int] == '8') {
1132  strcat(to, "8");
1133  my_int++;
1134  } else if (from[my_int] == '9') {
1135  strcat(to, "9");
1136  my_int++;
1137  } else if (from[my_int] == ':') {
1138  strcat(to, ":");
1139  my_int++;
1140  } else if (from[my_int] == ';') {
1141  strcat(to, ";");
1142  my_int++;
1143  } else if (from[my_int] == '<') {
1144  strcat(to, "<");
1145  my_int++;
1146  } else if (from[my_int] == '=') {
1147  strcat(to, "=");
1148  my_int++;
1149  } else if (from[my_int] == '>') {
1150  strcat(to, ">");
1151  my_int++;
1152  } else if (from[my_int] == '?') {
1153  strcat(to, "?");
1154  my_int++;
1155  } else if (from[my_int] == 'A') {
1156  strcat(to, "A");
1157  my_int++;
1158  } else if (from[my_int] == 'B') {
1159  strcat(to, "B");
1160  my_int++;
1161  } else if (from[my_int] == 'C') {
1162  strcat(to, "C");
1163  my_int++;
1164  } else if (from[my_int] == 'D') {
1165  strcat(to, "D");
1166  my_int++;
1167  } else if (from[my_int] == 'E') {
1168  strcat(to, "E");
1169  my_int++;
1170  } else if (from[my_int] == 'F') {
1171  strcat(to, "F");
1172  my_int++;
1173  } else if (from[my_int] == 'G') {
1174  strcat(to, "G");
1175  my_int++;
1176  } else if (from[my_int] == 'H') {
1177  strcat(to, "H");
1178  my_int++;
1179  } else if (from[my_int] == 'I') {
1180  strcat(to, "I");
1181  my_int++;
1182  } else if (from[my_int] == 'J') {
1183  strcat(to, "J");
1184  my_int++;
1185  } else if (from[my_int] == 'K') {
1186  strcat(to, "K");
1187  my_int++;
1188  } else if (from[my_int] == 'L') {
1189  strcat(to, "L");
1190  my_int++;
1191  } else if (from[my_int] == 'M') {
1192  strcat(to, "M");
1193  my_int++;
1194  } else if (from[my_int] == 'N') {
1195  strcat(to, "N");
1196  my_int++;
1197  } else if (from[my_int] == 'O') {
1198  strcat(to, "O");
1199  my_int++;
1200  } else if (from[my_int] == 'P') {
1201  strcat(to, "P");
1202  my_int++;
1203  } else if (from[my_int] == 'Q') {
1204  strcat(to, "Q");
1205  my_int++;
1206  } else if (from[my_int] == 'R') {
1207  strcat(to, "R");
1208  my_int++;
1209  } else if (from[my_int] == 'S') {
1210  strcat(to, "S");
1211  my_int++;
1212  } else if (from[my_int] == 'T') {
1213  strcat(to, "T");
1214  my_int++;
1215  } else if (from[my_int] == 'U') {
1216  strcat(to, "U");
1217  my_int++;
1218  } else if (from[my_int] == 'V') {
1219  strcat(to, "V");
1220  my_int++;
1221  } else if (from[my_int] == 'W') {
1222  strcat(to, "W");
1223  my_int++;
1224  } else if (from[my_int] == 'X') {
1225  strcat(to, "X");
1226  my_int++;
1227  } else if (from[my_int] == 'Y') {
1228  strcat(to, "Y");
1229  my_int++;
1230  } else if (from[my_int] == 'Z') {
1231  strcat(to, "Z");
1232  my_int++;
1233  } else if (from[my_int] == 'a') {
1234  strcat(to, "a");
1235  my_int++;
1236  } else if (from[my_int] == 'b') {
1237  strcat(to, "b");
1238  my_int++;
1239  } else if (from[my_int] == 'c') {
1240  strcat(to, "c");
1241  my_int++;
1242  } else if (from[my_int] == 'd') {
1243  strcat(to, "d");
1244  my_int++;
1245  } else if (from[my_int] == 'e') {
1246  strcat(to, "e");
1247  my_int++;
1248  } else if (from[my_int] == 'f') {
1249  strcat(to, "f");
1250  my_int++;
1251  } else if (from[my_int] == 'g') {
1252  strcat(to, "g");
1253  my_int++;
1254  } else if (from[my_int] == 'h') {
1255  strcat(to, "h");
1256  my_int++;
1257  } else if (from[my_int] == 'i') {
1258  strcat(to, "i");
1259  my_int++;
1260  } else if (from[my_int] == 'j') {
1261  strcat(to, "j");
1262  my_int++;
1263  } else if (from[my_int] == 'k') {
1264  strcat(to, "k");
1265  my_int++;
1266  } else if (from[my_int] == 'l') {
1267  strcat(to, "l");
1268  my_int++;
1269  } else if (from[my_int] == 'm') {
1270  strcat(to, "m");
1271  my_int++;
1272  } else if (from[my_int] == 'n') {
1273  strcat(to, "n");
1274  my_int++;
1275  } else if (from[my_int] == 'o') {
1276  strcat(to, "o");
1277  my_int++;
1278  } else if (from[my_int] == 'p') {
1279  strcat(to, "p");
1280  my_int++;
1281  } else if (from[my_int] == 'q') {
1282  strcat(to, "q");
1283  my_int++;
1284  } else if (from[my_int] == 'r') {
1285  strcat(to, "r");
1286  my_int++;
1287  } else if (from[my_int] == 's') {
1288  strcat(to, "s");
1289  my_int++;
1290  } else if (from[my_int] == 't') {
1291  strcat(to, "t");
1292  my_int++;
1293  } else if (from[my_int] == 'u') {
1294  strcat(to, "u");
1295  my_int++;
1296  } else if (from[my_int] == 'v') {
1297  strcat(to, "v");
1298  my_int++;
1299  } else if (from[my_int] == 'w') {
1300  strcat(to, "w");
1301  my_int++;
1302  } else if (from[my_int] == 'x') {
1303  strcat(to, "x");
1304  my_int++;
1305  } else if (from[my_int] == 'y') {
1306  strcat(to, "y");
1307  my_int++;
1308  } else if (from[my_int] == 'z') {
1309  strcat(to, "z");
1310  my_int++;
1311  } else if (from[my_int] == ' ') {
1312  strcat(to, " ");
1313  my_int++;
1314  } else if (from[my_int] == '\r') {
1315  strcat(to, "\r");
1316  my_int++;
1317  } else if (from[my_int] == '\n') {
1318  strcat(to, "\n");
1319  my_int++;
1320  }
1321  else { /* of course it might be that nothing happened */
1322  debug("bb.sms.cimd", 0, "parse: [%c:%02X %c:%02X %c:%02X]", from[my_int],
1323  from[my_int], from[my_int + 1], from[my_int + 1],
1324  from[my_int + 2], from[my_int + 2]);
1325 
1326  temp_int = strlen(to);
1327  to[temp_int] = 0xBF; /* '¿' */
1328  to[temp_int + 1] = '\0';
1329  my_int++;
1330  }
1331 
1332  } /* for */
1333 
1334  return strlen(to);
1335 }
from
static Octstr * from
Definition: mtbatch.c:95
debug
void debug(const char *place, int err, const char *fmt,...)
Definition: log.c:726

◆ parse_iso88591_to_cimd()

static int parse_iso88591_to_cimd ( char *  from,
char *  to,
int  length,
int  alt_charset 
)
static

Definition at line 767 of file smsc_cimd.c.

References alt_charset, CIMD_PLAIN_DOLLAR_SIGN, and from.

Referenced by cimd_submit_msg().

769 {
770 
771  char *temp = to;
772 
773  if (from == NULL || to == NULL || length == 0)
774  return -1;
775 
776  *to = '\0';
777 
778  while ((*from != '\0') && ((int) strlen(temp) < (length - 2))) {
779 
780  switch (*from) {
781 
782  case '@': strcat(to, "_Oa"); to += 3; break;
783  case '£': strcat(to, "_L-"); to += 3; break;
784 
785  case '$':
786  if (alt_charset == CIMD_PLAIN_DOLLAR_SIGN) {
787  strcat(to, "$");
788  to++;
789  } else {
790  strcat(to, "_$ ");
791  to += 3;
792  }
793  break;
794 
795  case 'Å': strcat(to, "_A*"); to += 3; break;
796  case 'å': strcat(to, "_a*"); to += 3; break;
797  case 'ä': strcat(to, "_a\""); to += 3; break;
798  case 'ö': strcat(to, "_o\""); to += 3; break;
799  case 'Ä': strcat(to, "_A\""); to += 3; break;
800  case 'Ö': strcat(to, "_O\""); to += 3; break;
801  case '¥': strcat(to, "_Y-"); to += 3; break;
802  case 'è': strcat(to, "_e`"); to += 3; break;
803  case 'é': strcat(to, "_e´"); to += 3; break;
804  case 'ù': strcat(to, "_u`"); to += 3; break;
805  case 'ì': strcat(to, "_i`"); to += 3; break;
806  case 'ò': strcat(to, "_o`"); to += 3; break;
807  case 'Ç': strcat(to, "_C,"); to += 3; break;
808  case 'Ø': strcat(to, "_O/"); to += 3; break;
809  case 'ø': strcat(to, "_o/"); to += 3; break;
810  case 'Æ': strcat(to, "_AE"); to += 3; break;
811  case 'æ': strcat(to, "_ae"); to += 3; break;
812  case 'ß': strcat(to, "_ss"); to += 3; break;
813  case 'É': strcat(to, "_E´"); to += 3; break;
814  case '¿': strcat(to, "_??"); to += 3; break;
815  case 'Ü': strcat(to, "_U\""); to += 3; break;
816  case 'ñ': strcat(to, "_n~"); to += 3; break;
817  case 'ü': strcat(to, "_u\""); to += 3; break;
818  case 'à': strcat(to, "_a`"); to += 3; break;
819  case '¡': strcat(to, "_!!"); to += 3; break;
820  case '_': strcat(to, "_--"); to += 3; break;
821  case 'Ñ': strcat(to, "_N~"); to += 3; break;
822  case '!': strcat(to, "!"); to++; break;
823  case '"': strcat(to, "\""); to++; break;
824  case '#': strcat(to, "#"); to++; break;
825  case '¤': strcat(to, "¤"); to++; break;
826  case '%': strcat(to, "%"); to++; break;
827  case '&': strcat(to, "&"); to++; break;
828  case '\'': strcat(to, "'"); to++; break;
829  case '(': strcat(to, "("); to++; break;
830  case ')': strcat(to, ")"); to++; break;
831  case '*': strcat(to, "*"); to++; break;
832  case '+': strcat(to, "+"); to++; break;
833  case ',': strcat(to, ","); to++; break;
834  case '-': strcat(to, "-"); to++; break;
835  case '.': strcat(to, "."); to++; break;
836  case '/': strcat(to, "/"); to++; break;
837  case '0': strcat(to, "0"); to++; break;
838  case '1': strcat(to, "1"); to++; break;
839  case '2': strcat(to, "2"); to++; break;
840  case '3': strcat(to, "3"); to++; break;
841  case '4': strcat(to, "4"); to++; break;
842  case '5': strcat(to, "5"); to++; break;
843  case '6': strcat(to, "6"); to++; break;
844  case '7': strcat(to, "7"); to++; break;
845  case '8': strcat(to, "8"); to++; break;
846  case '9': strcat(to, "9"); to++; break;
847  case ':': strcat(to, ":"); to++; break;
848  case ';': strcat(to, ";"); to++; break;
849  case '<': strcat(to, "<"); to++; break;
850  case '=': strcat(to, "="); to++; break;
851  case '>': strcat(to, ">"); to++; break;
852  case '?': strcat(to, "?"); to++; break;
853  case 'A': strcat(to, "A"); to++; break;
854  case 'B': strcat(to, "B"); to++; break;
855  case 'C': strcat(to, "C"); to++; break;
856  case 'D': strcat(to, "D"); to++; break;
857  case 'E': strcat(to, "E"); to++; break;
858  case 'F': strcat(to, "F"); to++; break;
859  case 'G': strcat(to, "G"); to++; break;
860  case 'H': strcat(to, "H"); to++; break;
861  case 'I': strcat(to, "I"); to++; break;
862  case 'J': strcat(to, "J"); to++; break;
863  case 'K': strcat(to, "K"); to++; break;
864  case 'L': strcat(to, "L"); to++; break;
865  case 'M': strcat(to, "M"); to++; break;
866  case 'N': strcat(to, "N"); to++; break;
867  case 'O': strcat(to, "O"); to++; break;
868  case 'P': strcat(to, "P"); to++; break;
869  case 'Q': strcat(to, "Q"); to++; break;
870  case 'R': strcat(to, "R"); to++; break;
871  case 'S': strcat(to, "S"); to++; break;
872  case 'T': strcat(to, "T"); to++; break;
873  case 'U': strcat(to, "U"); to++; break;
874  case 'V': strcat(to, "V"); to++; break;
875  case 'W': strcat(to, "W"); to++; break;
876  case 'X': strcat(to, "X"); to++; break;
877  case 'Y': strcat(to, "Y"); to++; break;
878  case 'Z': strcat(to, "Z"); to++; break;
879  case 'a': strcat(to, "a"); to++; break;
880  case 'b': strcat(to, "b"); to++; break;
881  case 'c': strcat(to, "c"); to++; break;
882  case 'd': strcat(to, "d"); to++; break;
883  case 'e': strcat(to, "e"); to++; break;
884  case 'f': strcat(to, "f"); to++; break;
885  case 'g': strcat(to, "g"); to++; break;
886  case 'h': strcat(to, "h"); to++; break;
887  case 'i': strcat(to, "i"); to++; break;
888  case 'j': strcat(to, "j"); to++; break;
889  case 'k': strcat(to, "k"); to++; break;
890  case 'l': strcat(to, "l"); to++; break;
891  case 'm': strcat(to, "m"); to++; break;
892  case 'n': strcat(to, "n"); to++; break;
893  case 'o': strcat(to, "o"); to++; break;
894  case 'p': strcat(to, "p"); to++; break;
895  case 'q': strcat(to, "q"); to++; break;
896  case 'r': strcat(to, "r"); to++; break;
897  case 's': strcat(to, "s"); to++; break;
898  case 't': strcat(to, "t"); to++; break;
899  case 'u': strcat(to, "u"); to++; break;
900  case 'v': strcat(to, "v"); to++; break;
901  case 'w': strcat(to, "w"); to++; break;
902  case 'x': strcat(to, "x"); to++; break;
903  case 'y': strcat(to, "y"); to++; break;
904  case 'z': strcat(to, "z"); to++; break;
905  case ' ': strcat(to, " "); to++; break;
906  case '\r': strcat(to, "\r"); to++; break;
907  case '\n': strcat(to, "\n"); to++; break;
908 
909  default: strcat(to, "_??"); to += 3; break;
910  }
911  from++;
912  }
913 
914  *to = '\0';
915 
916  return strlen(temp);
917 }
from
static Octstr * from
Definition: mtbatch.c:95
CIMD_PLAIN_DOLLAR_SIGN
#define CIMD_PLAIN_DOLLAR_SIGN
Definition: alt_charsets.h:71
alt_charset
static Octstr * alt_charset
Definition: opensmppbox.c:129

◆ send_acknowledge()

static int send_acknowledge ( SMSCenter *  smsc)
static

Definition at line 640 of file smsc_cimd.c.

References debug(), error(), SMSCenter::socket, and write_to_socket().

Referenced by cimd_receive_msg(), and cimd_submit_msg().

641 {
642 
643  char tmpbuff[100];
644  int tmpint;
645 
646  if (tmpbuff == NULL) {
647  error(0, "cimd_send_acknowledge: memory allocation failure");
648  goto error;
649  }
650 
651  memset(tmpbuff, 0, sizeof(tmpbuff));
652 
653  sprintf(tmpbuff, "\2\6\t11\3\n");
654 
655  tmpint = write_to_socket(smsc->socket, tmpbuff);
656  if (tmpint == -1) {
657  error(0, "cimd_send_acknowledge: connection failure");
658  goto error;
659  }
660 
661  return 0;
662 
663 error:
664  debug("bb.sms.cimd", 0, "cimd_send_acknowledge: failed");
665  return -1;
666 }
error
void error(int err, const char *fmt,...)
Definition: log.c:648
write_to_socket
int write_to_socket(int socket, char *str)
Definition: socket.c:345
SMSCenter::socket
int socket
Definition: smsc_p.h:115
debug
void debug(const char *place, int err, const char *fmt,...)
Definition: log.c:726
See file LICENSE for details about the license agreement for using, modifying, copying or deriving work from this software.