Sequencer Functions

Classes
class	SeqCon

Functions
	SEQUENCER_STR (sequencer_str)
char *	stristr (const char *str, const char *pattern)
void	strsubst (char *string, int size, const char *pattern, const char *subst)
static std::string	toString (int v)
static std::string	qtoString (std::string filename, int line, int level)
static std::string	q (const char *s)
bool	is_valid_number (const char *str)
void	seq_error (SEQUENCER &seq, SeqCon *c, const char *str)
int	strbreak (char *str, char list[][XNAME_LENGTH], int size, const char *brk, BOOL ignore_quotes)
std::string	eval_var (SEQUENCER &seq, SeqCon *c, std::string value)
int	concatenate (SEQUENCER &seq, SeqCon *c, char *result, int size, char *value)
int	eval_condition (SEQUENCER &seq, SeqCon *c, const char *condition)
bool	loadMSL (MVOdb *o, const std::string &filename)
static BOOL	msl_parse (SEQUENCER &seq, SeqCon *c, int level, const char *cpath, const char *filename, const char *xml_filename, char *error, int error_size, int *error_line)
void	seq_read (SEQUENCER *seq, SeqCon *c)
void	seq_write (const SEQUENCER &seq, SeqCon *c)
void	seq_clear (SEQUENCER &seq)
static void	seq_start (SEQUENCER &seq, SeqCon *c, bool debug)
static void	seq_stop (SEQUENCER &seq, SeqCon *c)
static void	seq_stop_after_run (SEQUENCER &seq, SeqCon *c)
static void	seq_cancel_stop_after_run (SEQUENCER &seq, SeqCon *c)
static void	seq_pause (SEQUENCER &seq, SeqCon *c, bool flag)
static BOOL	goto_at_exit (SEQUENCER &seq, SeqCon *c)
static void	seq_step_over (SEQUENCER &seq, SeqCon *c)
static void	seq_open_file (const char *str, SEQUENCER &seq, SeqCon *c)
static void	seq_start_next (SEQUENCER &seq, SeqCon *c)
static void	seq_watch (HNDLE hDB, HNDLE hKeyChanged, int index, void *info)
static void	seq_clear_wait_state (SEQUENCER &seq)
static std::string	seq_goto_context (SeqCon *c, int line)
static BOOL	seq_goto_line (SEQUENCER &seq, SeqCon *c, int target_sline)
static void	seq_watch_command (HNDLE hDB, HNDLE hKeyChanged, int index, void *info)
void	seq_array_index (SEQUENCER &seq, SeqCon *c, char *odbpath, int *index1, int *index2)
int	set_all_matching (HNDLE hDB, HNDLE hBaseKey, const char *odbpath, char *value, int index1, int index2, int notify)
void	sequencer (SEQUENCER &seq, SeqCon *c)
void	init_sequencer (SEQUENCER &seq, SeqCon *c)
int	main (int argc, const char *argv[])

Variables
MVOdb *	gOdb = NULL

Detailed Description

dox

Function Documentation

concatenate()

int concatenate	(	SEQUENCER &	seq,
		SeqCon *	c,
		char *	result,
		int	size,
		char *	value
	)

Definition at line 378 of file msequencer.cxx.

                                                                                {
   char list[100][XNAME_LENGTH];
   int i, n;
 
   n = strbreak(value, list, 100, ",", FALSE);
 
   result[0] = 0;
   for (i = 0; i < n; i++) {
      std::string str = eval_var(seq, c, std::string(list[i]));
      mstrlcat(result, str.c_str(), size);
   }
 
   return TRUE;
}

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eval_condition()

int eval_condition	(	SEQUENCER &	seq,
		SeqCon *	c,
		const char *	condition
	)

Definition at line 395 of file msequencer.cxx.

                                                                     {
   int i;
   double value1, value2;
   char value1_str[256], value2_str[256], str[256], op[3], *p;
   std::string value1_var, value2_var;
 
   // strip leading and trailing space
   p = (char *)condition;
   while (*p == ' ')
      p++;
   strcpy(str, p);
 
   // strip any comment '#'
   if (strchr(str, '#'))
      *strchr(str, '#') = 0;
 
   while (strlen(str) > 0 && (str[strlen(str)-1] == ' '))
      str[strlen(str)-1] = 0;
 
   // strip enclosing '()'
   if (str[0] == '(' && strlen(str) > 0 && str[strlen(str)-1] == ')') {
      mstrlcpy(value1_str, str+1, sizeof(value1_str));
      mstrlcpy(str, value1_str, sizeof(str));
      str[strlen(str)-1] = 0;
   }
 
   op[1] = op[2] = 0;
 
   /* find value and operator */
   for (i = 0; i < (int) strlen(str); i++)
      if (strchr("<>=!&", str[i]) != NULL)
         break;
   mstrlcpy(value1_str, str, i + 1);
   while (value1_str[strlen(value1_str) - 1] == ' ')
      value1_str[strlen(value1_str) - 1] = 0;
   op[0] = str[i];
   if (strchr("<>=!&", str[i + 1]) != NULL)
      op[1] = str[++i];
 
   for (i++; str[i] == ' '; i++);
   mstrlcpy(value2_str, str + i, sizeof(value2_str));
 
   value1_var = eval_var(seq, c, value1_str);
   value2_var = eval_var(seq, c, value2_str);
 
   if (!is_valid_number(value1_var.c_str()) || !is_valid_number(value2_var.c_str())) {
      // string comparison
      if (strcmp(op, "=") == 0)
         return equal_ustring(value1_var.c_str(), value2_var.c_str()) ? 1 : 0;
      if (strcmp(op, "==") == 0)
         return equal_ustring(value1_var.c_str(), value2_var.c_str()) ? 1 : 0;
      if (strcmp(op, "!=") == 0)
         return equal_ustring(value1_var.c_str(), value2_var.c_str()) ? 0 : 1;
      // invalid operator for string comparisons
      return -1;
   }
 
   // numeric comparison
   value1 = atof(value1_var.c_str());
   value2 = atof(value2_var.c_str());
 
   /* now do logical operation */
   if (strcmp(op, "=") == 0)
      if (value1 == value2)
         return 1;
   if (strcmp(op, "==") == 0)
      if (value1 == value2)
         return 1;
   if (strcmp(op, "!=") == 0)
      if (value1 != value2)
         return 1;
   if (strcmp(op, "<") == 0)
      if (value1 < value2)
         return 1;
   if (strcmp(op, ">") == 0)
      if (value1 > value2)
         return 1;
   if (strcmp(op, "<=") == 0)
      if (value1 <= value2)
         return 1;
   if (strcmp(op, ">=") == 0)
      if (value1 >= value2)
         return 1;
   if (strcmp(op, "&") == 0)
      if (((unsigned int) value1 & (unsigned int) value2) > 0)
         return 1;
 
   return 0;
}

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eval_var()

std::string eval_var	(	SEQUENCER &	seq,
		SeqCon *	c,
		std::string	value
	)

Definition at line 267 of file msequencer.cxx.

                                                               {
   std::string result;
   std::string xpath;
   xpath += "/";
   xpath += c->odb_path;
 
   //printf("eval [%s] xpath [%s]\n", value.c_str(), xpath.c_str());
 
   result = value;
 
   // replace all $... with value
   int i1, i2;
   std::string vsubst;
   while ((i1 = (int)result.find("$")) != (int)std::string::npos) {
      std::string s = result.substr(i1 + 1);
      if (std::isdigit(s[0])) {
         // find end of number
         for (i2 = i1 + 1; std::isdigit(result[i2]);)
            i2++;
 
         // replace all $<number> with subroutine parameters
         int index = atoi(s.c_str());
         if (seq.stack_index > 0) {
            std::istringstream f(seq.subroutine_param[seq.stack_index - 1]);
            std::vector<std::string> param;
            std::string sp;
            while (std::getline(f, sp, ','))
               param.push_back(sp);
            if (index == 0 || index > (int)param.size())
               throw "Parameter \"$" + std::to_string(index) + "\" not valid";
            vsubst = param[index - 1];
            if (vsubst[0] == '$')
               vsubst = eval_var(seq, c, vsubst);
         } else
            throw "Parameter \"$" + std::to_string(index) + "\" not valid";
      } else {
         // find end of string
         for (i2 = i1 + 1; std::isalnum(result[i2]) || result[i2] == '_';)
            i2++;
         s = s.substr(0, i2 - i1 - 1);
         if (result[i2] == '[') {
            // array
            auto sindex = result.substr(i2+1);
            int i = sindex.find(']');
            if (i == (int)std::string::npos)
               throw "Variable \"" + result +"\" does not contain ']'";
            sindex = sindex.substr(0, i);
            sindex = eval_var(seq, c, sindex);
            int index;
            try {
               index = std::stoi(sindex);
            } catch (...) {
               throw "Variable \"" + s + "\" has invalid index";
            }
 
            try {
               midas::odb o(xpath + "/Variables/" + s);
               std::vector<std::string> sv = o;
               vsubst = sv[index];
            } catch (...) {
               throw "Variable \"" + s + "\" not found";
            }
            while (result[i2] && result[i2] != ']')
               i2++;
            if (!result[i2])
               throw "Variable \"" + result +"\" does not contain ']'";
            if (result[i2] == ']')
               i2++;
         } else {
            try {
               if (!midas::odb::exists(xpath + "/Variables/" + s))
                  throw "Variable \"" + s + "\" not found";
               midas::odb o(xpath + "/Variables/" + s);
               vsubst = o;
            } catch (...) {
               throw "Variable \"" + s + "\" not found";
            }
         }
      }
 
      result = result.substr(0, i1) + vsubst + result.substr(i2);
   }
 
   //printf("eval [%s] xpath [%s] result [%s]\n", value.c_str(), xpath.c_str(), result.c_str());
 
   // check if result is a list
   if (result.find(",") != std::string::npos)
      return result;
 
   // check for expression
   int error;
   double r = te_interp(result.c_str(), &error);
   if (error > 0) {
      // check if result is only a string
      if (!std::isdigit(result[0]) && result[0] != '-')
         return result;
 
      throw "Error in expression \"" + result + "\" position " + std::to_string(error - 1);
   }
 
   if (r == (int) r)
      return std::to_string((int) r);
 
   std::ostringstream os;
   os << std::scientific << r;
 
   return os.str();
}

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goto_at_exit()

static BOOL goto_at_exit ( SEQUENCER &  seq, SeqCon *  c  )

static

Definition at line 1241 of file msequencer.cxx.

                                                    {
   seq_read(&seq, c);
 
   // search ATEXIT subroutine
   for (int i = 1; i < mxml_get_line_number_end(mxml_find_node(c->pnseq, "RunSequence")); i++) {
      PMXML_NODE pt = mxml_get_node_at_line(c->pnseq, i);
      if (pt) {
         if (equal_ustring(mxml_get_name(pt), "Subroutine")) {
            if (equal_ustring(mxml_get_attribute(pt, "name"), "ATEXIT")) {
 
               if (seq.stack_index == SEQ_NEST_LEVEL_SUB) {
                  seq_error(seq, c, "Maximum subroutine level exceeded");
                  return FALSE;
               }
 
               // put routine end line on end stack
               seq.subroutine_end_line[seq.stack_index] = mxml_get_line_number_end(pt);
               seq.ssubroutine_call_line[seq.stack_index] = atoi(mxml_get_attribute(pt, "l"));
               seq.subroutine_return_line[seq.stack_index] = -1; // indicates exit on return
 
               // put routine end line on end stack
               seq.subroutine_end_line[seq.stack_index] = mxml_get_line_number_end(pt);
 
               // go to first line of subroutine
               seq.current_line_number = mxml_get_line_number_start(pt) + 1;
 
               // increment stack
               seq.stack_index++;
 
               seq_write(seq, c);
 
               return TRUE;
            }
         }
      }
   }
 
   // look for atexit subroutine
   return FALSE;
}

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init_sequencer()

void init_sequencer	(	SEQUENCER &	seq,
		SeqCon *	c
	)

Definition at line 3057 of file msequencer.cxx.

                                               {
   int status;
   HNDLE hKey;
 
   c->odbs = gOdb->Chdir(c->odb_path.c_str(), true); // create /Sequencer
   assert(c->odbs);
 
   status = db_find_key(c->hDB, 0, c->odb_path.c_str(), &c->hSeq);
   if (status != DB_SUCCESS) {
      cm_msg(MERROR, "init_sequencer", "Sequencer error: Cannot find /Sequencer, db_find_key() status %d", status);
      return;
   }
 
   status = db_check_record(c->hDB, c->hSeq, "State", strcomb1(sequencer_str).c_str(), TRUE);
   if (status == DB_STRUCT_MISMATCH) {
      cm_msg(MERROR, "init_sequencer", "Sequencer error: mismatching /Sequencer/State structure, db_check_record() status %d", status);
      return;
   }
 
   status = db_find_key(c->hDB, c->hSeq, "State", &hKey);
   if (status != DB_SUCCESS) {
      cm_msg(MERROR, "init_sequencer", "Sequencer error: Cannot find /Sequencer/State, db_find_key() status %d", status);
      return;
   }
 
   int size = sizeof(seq);
   status = db_get_record1(c->hDB, hKey, &seq, &size, 0, strcomb1(sequencer_str).c_str());
   if (status != DB_SUCCESS) {
      cm_msg(MERROR, "init_sequencer", "Sequencer error: Cannot get /Sequencer/State, db_get_record1() status %d", status);
      return;
   }
 
   if (strlen(seq.path) > 0 && seq.path[strlen(seq.path) - 1] != DIR_SEPARATOR) {
      mstrlcat(seq.path, DIR_SEPARATOR_STR, sizeof(seq.path));
   }
 
   if (seq.filename[0])
      seq_open_file(seq.filename, seq, c);
 
   seq.transition_request = FALSE;
 
   db_set_record(c->hDB, hKey, &seq, sizeof(seq), 0);
 
   status = db_watch(c->hDB, hKey, seq_watch, c);
   if (status != DB_SUCCESS) {
      cm_msg(MERROR, "init_sequencer", "Sequencer error: Cannot watch /Sequencer/State, db_watch() status %d", status);
      return;
   }
 
   midas::odb command = {
      {"Start script", false},
      {"Stop immediately", false},
      {"Stop after run", false},
      {"Cancel stop after run", false},
      {"Pause script", false},
      {"Resume script", false},
      {"Debug script", false},
      {"Step over", false},
      {"Load new file", false},
      {"Goto line", 0},
   };
   command.connect_and_fix_structure("/" + c->odb_path + "/Command");
 
   status = db_find_key(c->hDB, c->hSeq, "Command", &hKey);
   if (status != DB_SUCCESS) {
      cm_msg(MERROR, "init_sequencer", "Sequencer error: Cannot find /Sequencer/Command, db_find_key() status %d", status);
      return;
   }
 
   status = db_watch(c->hDB, hKey, seq_watch_command, c);
   if (status != DB_SUCCESS) {
      cm_msg(MERROR, "init_sequencer", "Sequencer error: Cannot watch /Sequencer/Command, db_watch() status %d", status);
      return;
   }
}

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is_valid_number()

bool is_valid_number

(

const char *

str

)

Definition at line 147 of file msequencer.cxx.

                                      {
   std::string s(str);
   std::stringstream ss;
   ss << s;
   double num = 0;
   ss >> num;
   if (ss.good())
      return false;
   else if (num == 0 && s[0] != '0')
      return false;
   else if (s[0] == 0)
      return false;
   return true;
}

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loadMSL()

bool loadMSL	(	MVOdb *	o,
		const std::string &	filename
	)

Definition at line 487 of file msequencer.cxx.

                                                  {
 
   std::ifstream file(filename);
   if (!file.is_open())
      return false;
 
   std::vector<std::string> lines;
   std::string line;
 
   // read all lines from file and put it into array
   while (std::getline(file, line))
      lines.push_back(line);
   file.close();
 
   o->WSA("Script/Lines", lines, 0);
 
   return true;
}

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main()

int main	(	int	argc,
		const char *	argv[]
	)

Definition at line 3135 of file msequencer.cxx.

                                       {
   int daemon = FALSE;
   int status, ch;
   char midas_hostname[256];
   char midas_expt[256];
   std::string seq_name = "";
 
   setbuf(stdout, NULL);
   setbuf(stderr, NULL);
#ifdef SIGPIPE
   /* avoid getting killed by "Broken pipe" signals */
   signal(SIGPIPE, SIG_IGN);
#endif
 
   /* get default from environment */
   cm_get_environment(midas_hostname, sizeof(midas_hostname), midas_expt, sizeof(midas_expt));
 
   /* parse command line parameters */
   for (int i = 1; i < argc; i++) {
      if (argv[i][0] == '-' && argv[i][1] == 'D') {
         daemon = TRUE;
      } else if (argv[i][0] == '-') {
         if (i + 1 >= argc || argv[i + 1][0] == '-')
            goto usage;
         if (argv[i][1] == 'h')
            mstrlcpy(midas_hostname, argv[++i], sizeof(midas_hostname));
         else if (argv[i][1] == 'e')
            mstrlcpy(midas_expt, argv[++i], sizeof(midas_hostname));
         else if (argv[i][1] == 'c')
            seq_name = argv[++i];
      } else {
         usage:
         printf("usage: %s [-h Hostname[:port]] [-e Experiment] [-c Name] [-D]\n\n", argv[0]);
         printf("       -e experiment to connect to\n");
         printf("       -c Name of additional sequencer, i.e. \'Test\'\n");
         printf("       -h connect to midas server (mserver) on given host\n");
         printf("       -D become a daemon\n");
         return 0;
      }
   }
 
   if (daemon) {
      printf("Becoming a daemon...\n");
      ss_daemon_init(FALSE);
   }
 
   std::string prg_name = "Sequencer";
   std::string odb_path = "Sequencer";
   
   if (!seq_name.empty()) {
      prg_name = std::string("Sequencer") + seq_name; // sequencer program name
      odb_path = std::string("Sequencer") + seq_name; // sequencer ODB path
   }
 
#ifdef OS_LINUX
   std::string pid_filename;
   pid_filename += "/var/run/";
   pid_filename += prg_name;
   pid_filename += ".pid";
   /* write PID file */
   FILE *f = fopen(pid_filename.c_str(), "w");
   if (f != NULL) {
      fprintf(f, "%d", ss_getpid());
      fclose(f);
   }
#endif
 
   /*---- connect to experiment ----*/
   status = cm_connect_experiment1(midas_hostname, midas_expt, prg_name.c_str(), NULL, DEFAULT_ODB_SIZE, DEFAULT_WATCHDOG_TIMEOUT);
   if (status == CM_WRONG_PASSWORD)
      return 1;
   else if (status == DB_INVALID_HANDLE) {
      std::string s = cm_get_error(status);
      puts(s.c_str());
   } else if (status != CM_SUCCESS) {
      std::string s = cm_get_error(status);
      puts(s.c_str());
      return 1;
   }
 
   /* check if sequencer already running */
   status = cm_exist(prg_name.c_str(), TRUE);
   if (status == CM_SUCCESS) {
      printf("%s runs already.\n", prg_name.c_str());
      cm_disconnect_experiment();
      return 1;
   }
 
   HNDLE hDB;
   cm_get_experiment_database(&hDB, NULL);
   gOdb = MakeMidasOdb(hDB);
 
   SEQUENCER seq;
   SeqCon c;
 
   c.seqp = &seq;
   c.hDB = hDB;
   c.seq_name = seq_name;
   c.prg_name = prg_name;
   c.odb_path = odb_path;
 
   init_sequencer(seq, &c);
 
   if (seq_name.empty()) {
      printf("Sequencer started. Stop with \"!\"\n");
   } else {
      printf("%s started.\n", prg_name.c_str());
      printf("Set ODB String \"/Alias/Sequencer%s\" to URL \"?cmd=sequencer&seq_name=%s\"\n", seq_name.c_str(), seq_name.c_str()); // FIXME: seq_name should be URL-encoded! K.O. Aug 2023
      printf("Stop with \"!\"\n");
   }
 
   // if any commands are active, process them now
   seq_watch_command(hDB, 0, 0, &c);
 
   /* initialize ss_getchar */
   ss_getchar(0);
 
   /* main loop */
   do {
      try {
         sequencer(seq, &c);
      } catch (std::string &msg) {
         seq_error(seq, &c, msg.c_str());
      } catch (const char *msg) {
         seq_error(seq, &c, msg);
      }
 
      status = cm_yield(0);
 
      ch = 0;
      while (ss_kbhit()) {
         ch = ss_getchar(0);
         if (ch == -1)
            ch = getchar();
 
         if ((char) ch == '!')
            break;
      }
 
   } while (status != RPC_SHUTDOWN && ch != '!');
 
   /* reset terminal */
   ss_getchar(TRUE);
 
   /* close network connection to server */
   cm_disconnect_experiment();
 
   return 0;
}

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msl_parse()

static BOOL msl_parse ( SEQUENCER &  seq, SeqCon *  c, int  level, const char *  cpath, const char *  filename, const char *  xml_filename, char *  error, int  error_size, int *  error_line  )

static

Definition at line 508 of file msequencer.cxx.

                                                                    {
   char str[256], *pl, *pe;
   char list[100][XNAME_LENGTH], list2[100][XNAME_LENGTH], **lines;
   int i, j, n, nq, n_lines, endl, line, nest, incl, library;
   std::string xml, path, fn;
   char *msl_include, *xml_include, *include_error;
   int include_error_size;
   BOOL include_status, rel_path;
 
   if (level > 10) {
      snprintf(error, error_size, "More than 10 nested INCLUDE statements exceeded in file \"%s\"", filename);
      return FALSE;
   }
 
   rel_path = (filename[0] != DIR_SEPARATOR);
   path = std::string(cpath);
   if (path.length() > 0 && path.back() != '/')
      path += '/';
 
   std::string fullFilename;
   if (rel_path)
      fullFilename = path + filename;
   else
      fullFilename = filename;
 
   int fhin = open(fullFilename.c_str(), O_RDONLY | O_TEXT);
   if (fhin < 0) {
      snprintf(error, error_size, "Cannot open \"%s\", errno %d (%s)", fullFilename.c_str(), errno, strerror(errno));
      return FALSE;
   }
 
   off_t off = lseek(fhin, 0, SEEK_END);
   if (off < 0) {
      snprintf(error, error_size, "Cannot find size of \"%s\", lseek(SEEK_END) errno %d (%s)",  fullFilename.c_str(), errno, strerror(errno));
      close(fhin);
      return FALSE;
   }
 
   lseek(fhin, 0, SEEK_SET);
 
   std::string s;
   if (rel_path)
      s = path + xml_filename;
   else
      s = xml_filename;
 
   FILE *fout = fopen(s.c_str(), "wt");
   if (fout == NULL) {
      snprintf(error, error_size, "Cannot write to \"%s\", fopen() errno %d (%s)", s.c_str(), errno, strerror(errno));
      close(fhin);
      return FALSE;
   }
 
   size_t size = off;
 
   char* buf = (char *) malloc(size + 1);
   ssize_t rd = read(fhin, buf, size);
   
   if (rd < 0) {
      snprintf(error, error_size, "Cannot read \"%s\", read(%zu) errno %d (%s)",  fullFilename.c_str(), size, errno, strerror(errno));
      size = 0;
   } else {
      size = rd;
   }
 
   buf[size] = 0;
   close(fhin);
 
   /* look for any includes */
   lines = (char **) malloc(sizeof(char *));
   incl = 0;
   pl = buf;
   library = FALSE;
   for (n_lines = 0; *pl; n_lines++) {
      lines = (char **) realloc(lines, sizeof(char *) * (n_lines + 1));
      lines[n_lines] = pl;
      if (strchr(pl, '\n')) {
         pe = strchr(pl, '\n');
         *pe = 0;
         if (*(pe - 1) == '\r') {
            *(pe - 1) = 0;
         }
         pe++;
      } else
         pe = pl + strlen(pl);
      mstrlcpy(str, pl, sizeof(str));
      pl = pe;
      strbreak(str, list, 100, ", ", FALSE);
      if (equal_ustring(list[0], "include")) {
         if (!incl) {
            xml += "<?xml version=\"1.0\" encoding=\"ISO-8859-1\"?>\n";
            xml += "<!DOCTYPE RunSequence [\n";
            incl = 1;
         }
 
         // if a path is given, use filename as entity reference
         char *reference = strrchr(list[1], '/');
         if (reference)
            reference++;
         else
            reference = list[1];
 
         if (strchr(reference, '.') && !strstr(reference, ".msl") && !strstr(reference, ".MSL")) {
            snprintf(error, error_size, "Include file \"%s\" cannot have an extension other than .msl", reference);
            return FALSE;
         }
 
         std::string p;
         if (list[1][0] == '/') {
            p = std::string(cm_get_path());
            p += "userfiles/sequencer";
            p += list[1];
         } else {
            p = path;
            if (!p.empty() && p.back() != '/')
               p += "/";
            p += list[1];
         }
 
         xml += "  <!ENTITY ";
         xml += reference;
         xml += " SYSTEM \"";
         xml += p;
         xml += ".xml\">\n";
 
         // recurse
         size = p.length() + 1 + 4;
         msl_include = (char *) malloc(size);
         xml_include = (char *) malloc(size);
         mstrlcpy(msl_include, p.c_str(), size);
         mstrlcpy(xml_include, p.c_str(), size);
         if (!strstr(msl_include, ".msl"))
            mstrlcat(msl_include, ".msl", size);
         mstrlcat(xml_include, ".xml", size);
 
         include_error = error + strlen(error);
         include_error_size = error_size - strlen(error);
 
         std::string path(cm_get_path());
         path += "userfiles/sequencer/";
         path += seq.path;
 
         include_status = msl_parse(seq, c, level+1, path.c_str(), msl_include, xml_include, include_error, include_error_size, error_line);
         free(msl_include);
         free(xml_include);
 
         if (!include_status) {
            // report the error on CALL line instead of the one in included file
            *error_line = n_lines + 1;
            return FALSE;
         }
      }
      if (equal_ustring(list[0], "library")) {
         xml += "<Library name=\"";
         xml += list[1];
         xml += "\">\n";
         library = TRUE;
      }
   }
   if (incl) {
      xml += "]>\n";
   } else if (!library) {
      xml += "<?xml version=\"1.0\" encoding=\"ISO-8859-1\"?>\n";
   }
 
   /* parse rest of file */
   if (!library) {
      xml += "<RunSequence xmlns:xsi=\"http://www.w3.org/2001/XMLSchema-instance\" xsi:noNamespaceSchemaLocation=\"\">\n";
   }
 
   std::vector<std::string> slines;
   for (line = 0; line < n_lines; line++) {
      slines.push_back(lines[line]);
   }
 
   c->odbs->WSA("Script/Lines", slines, 0);
 
   /* save parameters */
   std::string p = "/" + c->odb_path + "/Param/Value";
   midas::odb oldSeqParam(p);
   oldSeqParam.set_auto_refresh_read(false);
   oldSeqParam.set_auto_create(false);
 
   /* clear all variables */
   if (!seq.running) {
      c->odbs->Delete("Variables");
      c->odbs->Delete("Param");
   }
 
   for (line = 0; line < n_lines; line++) {
      char *p = lines[line];
      while (*p == ' ')
         p++;
      mstrlcpy(list[0], p, sizeof(list[0]));
      if (strchr(list[0], ' '))
         *strchr(list[0], ' ') = 0;
      p += strlen(list[0]);
      n = strbreak(p + 1, &list[1], 99, ",", FALSE) + 1;
 
      /* remove any full comment line */
      for (i = 0; i < n; i++) {
         if (list[i][0] == '#') {
            for (j = i; j < n; j++)
               list[j][0] = 0;
            break;
         }
      }
 
      /* cut any partial comment line */
      for (i = 0; i < n; i++) {
         if (strchr(list[i], '#'))
            *strchr(list[i], '#') = 0;
      }
 
      /* strip any trailing blanks */
      for (i = 0; i < n; i++) {
         while (strlen(list[i]) > 0 && list[i][strlen(list[i])-1] == ' ')
            list[i][strlen(list[i])-1] = 0;
      }
 
      /* check for variable assignment */
      char eq[1024];
      mstrlcpy(eq, lines[line], sizeof(eq));
      if (strchr(eq, '#'))
         *strchr(eq, '#') = 0;
      for (i = 0, n = 0, nq = 0; i < (int)strlen(eq); i++) {
         if (eq[i] == '\"')
            nq = (nq == 0 ? 1 : 0);
         if (eq[i] == '=' && nq == 0 &&
             (i > 0 && (eq[i - 1] != '!') && eq[i - 1] != '<' && eq[i - 1] != '>'))
            n++;
      }
      if (n == 1 && eq[0] != '=') {
         // equation found
         mstrlcpy(list[0], "SET", sizeof(list[0]));
         p = eq;
         while (*p == ' ')
            p++;
         mstrlcpy(list[1], p, sizeof(list[1]));
         *strchr(list[1], '=') = 0;
         if (strchr(list[1], ' '))
            *strchr(list[1], ' ') = 0;
         p = strchr(eq, '=')+1;
         while (*p == ' ')
            p++;
         mstrlcpy(list[2], p, sizeof(list[2]));
         while (strlen(list[2]) > 0 && list[2][strlen(list[2])-1] == ' ')
            list[2][strlen(list[2])-1] = 0;
      }
 
      if (equal_ustring(list[0], "library")) {
 
      } else if (equal_ustring(list[0], "include")) {
         // if a path is given, use filename as entity reference
         char *reference = strrchr(list[1], '/');
         if (reference)
            reference++;
         else
            reference = list[1];
 
         xml += "&";
         xml += reference;
         xml += ";\n";
 
      } else if (equal_ustring(list[0], "call")) {
         xml += "<Call " + qtoString(fullFilename, line + 1, level) + " name=" + q(list[1]) + ">";
         for (i = 2; i < 100 && list[i][0]; i++) {
            if (i > 2) {
               xml += ",";
            }
            xml += list[i];
         }
         xml += "</Call>\n";
 
      } else if (equal_ustring(list[0], "cat")) {
         xml += "<Cat " + qtoString(fullFilename, line + 1, level) + " name=" + q(list[1]) + ">";
         for (i = 2; i < 100 && list[i][0]; i++) {
            if (i > 2) {
               xml += ",";
            }
            xml += q(list[i]);
         }
         xml += "</Cat>\n";
 
      } else if (equal_ustring(list[0], "comment")) {
         xml += "<Comment " + qtoString(fullFilename, line + 1, level) + ">" + list[1] + "</Comment>\n";
 
      } else if (equal_ustring(list[0], "exit")) {
         xml += "<Exit " + qtoString(fullFilename, line + 1, level) + " />\n";
 
      } else if (equal_ustring(list[0], "goto")) {
         xml += "<Goto " + qtoString(fullFilename, line + 1, level) + " sline=" + q(list[1]) + " />\n";
 
      } else if (equal_ustring(list[0], "if")) {
         xml += "<If " + qtoString(fullFilename, line + 1, level) + " condition=\"";
         for (i = 1; i < 100 && list[i][0] && stricmp(list[i], "THEN") != 0; i++) {
            xml += list[i];
         }
         xml += "\">\n";
 
      } else if (equal_ustring(list[0], "else")) {
         xml += "<Else />\n";
 
      } else if (equal_ustring(list[0], "endif")) {
         xml += "</If>\n";
 
      } else if (equal_ustring(list[0], "loop")) {
         /* find end of loop */
         for (i = line, nest = 0; i < n_lines; i++) {
            strbreak(lines[i], list2, 100, ", ", FALSE);
            if (equal_ustring(list2[0], "loop"))
               nest++;
            if (equal_ustring(list2[0], "endloop")) {
               nest--;
               if (nest == 0)
                  break;
            }
         }
         if (i < n_lines)
            endl = i + 1;
         else
            endl = line + 1;
         if (list[2][0] == 0) {
            xml += "<Loop " + qtoString(fullFilename, line + 1, level) + " le=\"" + std::to_string(endl) + "\" n=" + q(list[1]) + ">\n";
         } else if (list[3][0] == 0) {
            xml += "<Loop " + qtoString(fullFilename, line + 1, level) + " le=\"" + std::to_string(endl) + "\" var=" + q(list[1]) + " n=" +
                   q(list[2]) + ">\n";
         } else {
            xml += "<Loop " + qtoString(fullFilename, line + 1, level) + " le=\"" + std::to_string(endl) + "\" var=" + q(list[1]) + " values=\"";
            for (i = 2; i < 100 && list[i][0]; i++) {
               if (i > 2) {
                  xml += ",";
               }
               xml += list[i];
            }
            xml += "\">\n";
         }
      } else if (equal_ustring(list[0], "endloop")) {
         xml += "</Loop>\n";
 
      } else if (equal_ustring(list[0], "break")) {
         xml += "<Break "+ qtoString(fullFilename, line + 1, level) +"></Break>\n";
 
      } else if (equal_ustring(list[0], "message")) {
         xml += "<Message " + qtoString(fullFilename, line + 1, level);
         if (list[2][0] == '1')
            xml += " wait=\"1\"";
         xml += ">";
         xml += list[1];
         xml += "</Message>\n";
 
      } else if (equal_ustring(list[0], "msg")) {
         if (list[2][0]) {
            xml += "<Msg " + qtoString(fullFilename, line + 1, level) + " type=\""+list[2]+"\">" + list[1] + "</Msg>\n";
         } else {
            xml += "<Msg " + qtoString(fullFilename, line + 1, level) + ">" + list[1] + "</Msg>\n";
         }
 
      } else if (equal_ustring(list[0], "odbinc")) {
         if (list[2][0] == 0)
            mstrlcpy(list[2], "1", 2);
         xml += "<ODBInc " + qtoString(fullFilename, line + 1, level) + " path=" + q(list[1]) + ">" + list[2] + "</ODBInc>\n";
 
      } else if (equal_ustring(list[0], "odbcreate")) {
         if (list[3][0]) {
            xml += "<ODBCreate " + qtoString(fullFilename, line + 1, level) + " size=" + q(list[3]) + " path=" + q(list[1]) + " type=" +
                   q(list[2]) + "></ODBCreate>\n";
         } else {
            xml += "<ODBCreate " + qtoString(fullFilename, line + 1, level) + " path=" + q(list[1]) + " type=" + q(list[2]) +
                   "></ODBCreate>\n";
         }
 
      } else if (equal_ustring(list[0], "odbdelete")) {
         xml += "<ODBDelete " + qtoString(fullFilename, line + 1, level) + ">" + list[1] + "</ODBDelete>\n";
 
      } else if (equal_ustring(list[0], "odbset")) {
         if (list[3][0]) {
            xml += "<ODBSet " + qtoString(fullFilename, line + 1, level) + " notify=" + q(list[3]) + " path=" + q(list[1]) + ">" +
                   list[2] + "</ODBSet>\n";
         } else {
            xml += "<ODBSet " + qtoString(fullFilename, line + 1, level) + " path=" + q(list[1]) + ">" + list[2] + "</ODBSet>\n";
         }
 
      } else if (equal_ustring(list[0], "odbload")) {
         if (list[2][0]) {
            xml += "<ODBLoad " + qtoString(fullFilename, line + 1, level) + " path=" + q(list[2]) + ">" + list[1] + "</ODBLoad>\n";
         } else {
            xml += "<ODBLoad " + qtoString(fullFilename, line + 1, level) + ">" + list[1] + "</ODBLoad>\n";
         }
 
      } else if (equal_ustring(list[0], "odbget")) {
         xml += "<ODBGet " + qtoString(fullFilename, line + 1, level) + " path=" + q(list[1]) + ">" + list[2] + "</ODBGet>\n";
 
      } else if (equal_ustring(list[0], "odblookup")) {
         xml += "<ODBLookup " + qtoString(fullFilename, line + 1, level) + " path=" + q(list[1]) +
            " string=" + q(list[2]) + ">" + list[3] + "</ODBLookup>\n";
 
      } else if (equal_ustring(list[0], "odbsave")) {
         xml += "<ODBSave " + qtoString(fullFilename, line + 1, level) + " path=" + q(list[1]) + ">" + list[2] + "</ODBSave>\n";
 
      } else if (equal_ustring(list[0], "odbsubdir")) {
         if (list[2][0]) {
            xml += "<ODBSubdir " + qtoString(fullFilename, line + 1, level) + " notify=" + q(list[2]) + " path=" + q(list[1]) + ">\n";
         } else {
            xml += "<ODBSubdir " + qtoString(fullFilename, line + 1, level) + " path=" + q(list[1]) + ">\n";
         }
      } else if (equal_ustring(list[0], "endodbsubdir")) {
         xml += "</ODBSubdir>\n";
 
      } else if (equal_ustring(list[0], "param")) {
         if (list[2][0] == 0 || equal_ustring(list[2], "bool")) { // name and bool
            snprintf(error, error_size, "Parameter \"%s\" misses 'comment'", list[1]);
            *error_line = line + 1;
            return FALSE;
 
         } else if (!list[4][0] && equal_ustring(list[3], "bool")) { // name, comment and bool
            xml += "<Param " + qtoString(fullFilename, line + 1, level) + " name=" + q(list[1]) + " type=\"bool\" " + " comment=" + q(list[2]) + "/>\n";
            bool v = false;
            c->odbs->RB((std::string("Param/Value/") + list[1]).c_str(), &v, true);
            c->odbs->WS((std::string("Param/Comment/") + list[1]).c_str(), list[2]);
         } else if (!list[5][0] && equal_ustring(list[4], "bool")) { // name, comment, default and bool
            xml += "<Param " + qtoString(fullFilename, line + 1, level) + " name=" + q(list[1]) + " type=\"bool\" default=" + q(list[4]) +"/>\n";
            std::string def(list[3]);
            bool v(def == "1" || def == "true" || def == "TRUE");
            c->odbs->RB((std::string("Param/Value/") + list[1]).c_str(), &v, true);
            c->odbs->WS((std::string("Param/Comment/") + list[1]).c_str(), list[2]);
            c->odbs->WS((std::string("Param/Defaults/") + list[1]).c_str(), list[3]);
 
         } else if (!list[3][0]) { // name and comment
            xml += "<Param " + qtoString(fullFilename, line + 1, level) + " name=" + q(list[1]) + " comment=" + q(list[2]) + " />\n";
            std::string v;
            c->odbs->RS((std::string("Param/Value/") + list[1]).c_str(), &v, true);
            c->odbs->WS((std::string("Param/Comment/") + list[1]).c_str(), list[2]);
         } else if (!list[4][0]) { // name, comment and default
            xml += "<Param " + qtoString(fullFilename, line + 1, level) + " name=" + q(list[1]) + " comment=" + q(list[2]) + " default=" + q(list[3]) + " />\n";
            std::string v(list[3]);
            c->odbs->RS((std::string("Param/Value/") + list[1]).c_str(), &v, true);
            c->odbs->WS((std::string("Param/Comment/") + list[1]).c_str(), list[2]);
            c->odbs->WS((std::string("Param/Defaults/") + list[1]).c_str(), list[3]);
            // ss_sleep(1000); // use this for parameter test
         } else {
            xml += "<Param " + qtoString(fullFilename, line + 1, level) + " name=" + q(list[1]) + " comment=" + q(list[2]) +
                   " options=\"";
            std::string v;
            c->odbs->RS((std::string("Param/Value/") + list[1]).c_str(), &v, true);
            c->odbs->WS((std::string("Param/Comment/") + list[1]).c_str(), list[2]);
            std::vector<std::string> options;
            for (i = 3; i < 100 && list[i][0]; i++) {
               if (i > 3) {
                  xml += ",";
               }
               xml += list[i];
               options.push_back(list[i]);
            }
            xml += "\" />\n";
            c->odbs->WSA((std::string("Param/Options/") + list[1]).c_str(), options, 0);
         }
 
         // put back old parameter value if existing
         try {
            std::string ov = oldSeqParam[(const char *)list[1]];
            c->odbs->WS((std::string("Param/Value/") + list[1]).c_str(), ov.c_str());
         } catch(mexception &e) {}
 
      } else if (equal_ustring(list[0], "rundescription")) {
         xml += "<RunDescription " + qtoString(fullFilename, line + 1, level) + ">" + list[1] + "</RunDescription>\n";
 
      } else if (equal_ustring(list[0], "script")) {
         if (list[2][0] == 0) {
            xml += "<Script " + qtoString(fullFilename, line + 1, level) + ">" + list[1] + "</Script>\n";
         } else {
            xml += "<Script " + qtoString(fullFilename, line + 1, level) + " params=\"";
            for (i = 2; i < 100 && list[i][0]; i++) {
               if (i > 2) {
                  xml += ",";
               }
               xml += list[i];
            }
            xml += "\">";
            xml += list[1];
            xml += "</Script>\n";
         }
 
      } else if (equal_ustring(list[0], "set")) {
         xml += "<Set " + qtoString(fullFilename, line + 1, level) + " name=" + q(list[1]) + ">" + list[2] + "</Set>\n";
 
      } else if (equal_ustring(list[0], "subroutine")) {
         xml += "\n<Subroutine " + qtoString(fullFilename, line + 1, level) + " name=" + q(list[1]) + ">\n";
 
      } else if (equal_ustring(list[0], "endsubroutine")) {
         xml += "</Subroutine>\n";
 
      } else if (equal_ustring(list[0], "transition")) {
         xml += "<Transition " + qtoString(fullFilename, line + 1, level) + ">" + list[1] + "</Transition>\n";
 
      } else if (equal_ustring(list[0], "wait")) {
         if (!list[2][0]) {
            xml += "<Wait " + qtoString(fullFilename, line + 1, level) + " for=\"seconds\">" + list[1] + "</Wait>\n";
         } else if (!list[3][0]) {
            xml += "<Wait " + qtoString(fullFilename, line + 1, level) + " for=" + q(list[1]) + ">" + list[2] + "</Wait>\n";
         } else {
            xml += "<Wait " + qtoString(fullFilename, line + 1, level) + " for=" + q(list[1]) + " path=" + q(list[2]) + " op=" +
                   q(list[3]);
 
            // Optional timeout for ODBValue waits:
            // WAIT ODBValue, path, op, value, timeout, seconds[, status_variable]
            // Store the timeout in the XML node. The runtime publishes progress
            // through State/Timeout value and State/Timeout limit. If a status
            // variable name is given, the runtime writes Variables/<status_variable>:
            //    1 = condition satisfied before timeout
            //    0 = timeout expired before condition was satisfied
            if (list[5][0]) {
               if (!equal_ustring(list[1], "ODBValue")) {
                  snprintf(error, error_size, "WAIT timeout is only supported for WAIT ODBValue");
                  *error_line = line + 1;
                  return FALSE;
               }
               if (!equal_ustring(list[5], "timeout") || !list[6][0] || list[8][0]) {
                  snprintf(error, error_size,
                           "Invalid WAIT ODBValue timeout syntax. Use: WAIT ODBValue, path, op, value, timeout, seconds[, status_variable]");
                  *error_line = line + 1;
                  return FALSE;
               }
               xml += " timeout=" + q(list[6]);
               if (list[7][0])
                  xml += " status=" + q(list[7]);
            }
 
            xml += ">" + std::string(list[4]) + "</Wait>\n";
         }
 
      } else if (list[0][0] == 0 || list[0][0] == '#') {
         /* skip empty or out-commented lines */
      } else {
         snprintf(error, error_size, "Invalid command \"%s\"", list[0]);
         *error_line = line + 1;
         return FALSE;
      }
   }
 
   free(lines);
   free(buf);
   if (library) {
      xml += "\n</Library>\n";
   } else {
      xml += "</RunSequence>\n";
   }
 
   // write XML to .xml file
   fprintf(fout, "%s", xml.c_str());
   fclose(fout);
 
   return TRUE;
}

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q()

static std::string q ( const char *  s )

static

Definition at line 141 of file msequencer.cxx.

                                  {
   return "\"" + std::string(s) + "\"";
}

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qtoString()

static std::string qtoString ( std::string  filename, int  line, int  level  )

static

Definition at line 133 of file msequencer.cxx.

                                                                    {
   std::string buf = "l=\"" + std::to_string(line) + "\"";
   buf += " fn=\"" + filename + "\"";
   if (level)
      buf += " lvl=\"" + std::to_string(level) + "\"";
   return buf;
}

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seq_array_index()

void seq_array_index	(	SEQUENCER &	seq,
		SeqCon *	c,
		char *	odbpath,
		int *	index1,
		int *	index2
	)

Definition at line 1644 of file msequencer.cxx.

                                                                                         {
   char str[256];
   *index1 = *index2 = 0;
   if (odbpath[strlen(odbpath) - 1] == ']') {
      if (strchr(odbpath, '[')) {
         //check for sequencer variables
         if (strchr((strchr(odbpath, '[') + 1), '$')) {
            mstrlcpy(str, strchr(odbpath, '[') + 1, sizeof(str));
            if (strchr(str, ']'))
               *strchr(str, ']') = 0;
            *index1 = atoi(eval_var(seq, c, str).c_str());
 
            *strchr(odbpath, '[') = 0;
         } else {
            //standard expansion
            strarrayindex(odbpath, index1, index2);
         }
      }
   }
}

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seq_cancel_stop_after_run()

static void seq_cancel_stop_after_run ( SEQUENCER &  seq, SeqCon *  c  )

static

Definition at line 1223 of file msequencer.cxx.

                                                                 {
   seq_read(&seq, c);
   seq.stop_after_run = false;
   seq_write(seq, c);
}

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seq_clear()

void seq_clear

(

SEQUENCER &

seq

)

Definition at line 1102 of file msequencer.cxx.

                               {
   seq.running = FALSE;
   seq.finished = FALSE;
   seq.paused = FALSE;
   seq.transition_request = FALSE;
   seq.wait_limit = 0;
   seq.wait_value = 0;
   seq.timeout_limit = 0;
   seq.timeout_value = 0;
   seq.start_time = 0;
   seq.wait_type[0] = 0;
   seq.wait_odb[0] = 0;
   for (int i = 0; i < SEQ_NEST_LEVEL_LOOP; i++) {
      seq.loop_start_line[i] = 0;
      seq.sloop_start_line[i] = 0;
      seq.loop_end_line[i] = 0;
      seq.sloop_end_line[i] = 0;
      seq.loop_counter[i] = 0;
      seq.loop_n[i] = 0;
   }
   for (int i = 0; i < SEQ_NEST_LEVEL_IF; i++) {
      seq.if_else_line[i] = 0;
      seq.if_endif_line[i] = 0;
   }
   for (int i = 0; i < SEQ_NEST_LEVEL_SUB; i++) {
      seq.subroutine_end_line[i] = 0;
      seq.subroutine_return_line[i] = 0;
      seq.subroutine_call_line[i] = 0;
      seq.ssubroutine_call_line[i] = 0;
      seq.subroutine_param[i][0] = 0;
   }
   seq.current_line_number = 0;
   seq.scurrent_line_number = 0;
   seq.sfilename[0] = 0;
   seq.if_index = 0;
   seq.stack_index = 0;
   seq.error[0] = 0;
   seq.error_line = 0;
   seq.serror_line = 0;
   seq.subdir[0] = 0;
   seq.subdir_end_line = 0;
   seq.subdir_not_notify = 0;
   seq.message[0] = 0;
   seq.message_wait = FALSE;
   seq.stop_after_run = FALSE;
}

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seq_clear_wait_state()

static void seq_clear_wait_state ( SEQUENCER &  seq )

static

Definition at line 1382 of file msequencer.cxx.

                                                 {
   seq.start_time = 0;
   seq.wait_limit = 0;
   seq.wait_value = 0;
   seq.timeout_limit = 0;
   seq.timeout_value = 0;
   seq.wait_type[0] = 0;
   seq.wait_odb[0] = 0;
}

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seq_error()

void seq_error	(	SEQUENCER &	seq,
		SeqCon *	c,
		const char *	str
	)

Definition at line 164 of file msequencer.cxx.

                                                           {
   int status;
   HNDLE hKey;
 
   mstrlcpy(seq.error, str, sizeof(seq.error));
   seq.error_line = seq.current_line_number;
   seq.serror_line = seq.scurrent_line_number;
   seq.running = FALSE;
   seq.transition_request = FALSE;
 
   status = db_find_key(c->hDB, c->hSeq, "State", &hKey);
   if (status != DB_SUCCESS)
      return;
   status = db_set_record(c->hDB, hKey, &seq, sizeof(seq), 0);
   if (status != DB_SUCCESS)
      return;
 
   cm_msg(MTALK, "sequencer", "Sequencer has stopped with error.");
}

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seq_goto_context()

static std::string seq_goto_context ( SeqCon *  c, int  line  )

static

Definition at line 1394 of file msequencer.cxx.

                                                       {
   std::string context;
   PMXML_NODE pr = mxml_find_node(c->pnseq, "RunSequence");
 
   if (!pr)
      return context;
 
   for (int i = 1; i <= mxml_get_line_number_end(pr); i++) {
      PMXML_NODE pt = mxml_get_node_at_line(c->pnseq, i);
      if (!pt)
         continue;
 
      const char *name = mxml_get_name(pt);
      if (!equal_ustring(name, "Loop") && !equal_ustring(name, "If") && !equal_ustring(name, "Subroutine"))
         continue;
 
      int start_line = mxml_get_line_number_start(pt);
      int end_line = mxml_get_line_number_end(pt);
 
      // The block opener itself is not considered inside the block. Jumping
      // to a LOOP/IF/SUBROUTINE line is allowed only if the surrounding
      // context matches; the normal statement handler will initialize or skip
      // the block state.
      if (line > start_line && line < end_line)
         context += msprintf("%s:%d:%d;", name, start_line, end_line);
   }
 
   return context;
}

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seq_goto_line()

static BOOL seq_goto_line ( SEQUENCER &  seq, SeqCon *  c, int  target_sline  )

static

Definition at line 1426 of file msequencer.cxx.

                                                                       {
   PMXML_NODE pr, pt;
   int target_line = 0;
   int target_sline_found = 0;
   int best_sline = 0;
 
   if (target_sline <= 0) {
      cm_msg(MERROR, "sequencer", "Goto line command ignored: invalid line number %d", target_sline);
      return FALSE;
   }
 
   if (c->pnseq == NULL) {
      cm_msg(MERROR, "sequencer", "Goto line command ignored: no script loaded");
      return FALSE;
   }
 
   pr = mxml_find_node(c->pnseq, "RunSequence");
   if (!pr) {
      cm_msg(MERROR, "sequencer", "Goto line command ignored: cannot find <RunSequence> tag in XML file");
      return FALSE;
   }
 
   // Find the first executable XML node generated at or after the requested
   // source line. This lets "Goto line" work when the requested source line is
   // a comment or blank line.
   for (int i = 1; i <= mxml_get_line_number_end(pr); i++) {
      pt = mxml_get_node_at_line(c->pnseq, i);
      if (pt && mxml_get_attribute(pt, "l")) {
         int sline = atoi(mxml_get_attribute(pt, "l"));
 
         if (sline >= target_sline && (best_sline == 0 || sline < best_sline)) {
            best_sline = sline;
            target_sline_found = sline;
            target_line = i;
         }
      }
   }
 
   if (target_line == 0) {
      cm_msg(MERROR, "sequencer",
             "Goto line %d failed: no executable sequencer command found at or after this source line",
             target_sline);
      return FALSE;
   }
 
   seq_read(&seq, c);
 
   if (!seq.running) {
      cm_msg(MERROR, "sequencer", "Goto line command ignored: sequencer is not running");
      return FALSE;
   }
 
   std::string current_context = seq_goto_context(c, seq.current_line_number);
   std::string target_context = seq_goto_context(c, target_line);
 
   // Phase two: do not allow jumps into or out of LOOP/IF/SUBROUTINE blocks.
   // This prevents stale loop counters, IF bookkeeping, or subroutine return
   // stack state. A later phase could allow jump-out by explicitly unwinding
   // the affected state.
   if (current_context != target_context) {
      cm_msg(MERROR, "sequencer",
             "Goto line command ignored: source line %d resolves to line %d, which is in a different LOOP/IF/SUBROUTINE context",
             target_sline, target_sline_found);
      return FALSE;
   }
 
   cm_msg(MINFO, "sequencer",
          "Goto line command: moving from source line %d to source line %d.",
          seq.scurrent_line_number, target_sline_found);
 
   seq_clear_wait_state(seq);
   seq.current_line_number = target_line;
   seq.scurrent_line_number = target_sline_found;
 
   seq_write(seq, c);
 
   return TRUE;
}

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seq_open_file()

static void seq_open_file ( const char *  str, SEQUENCER &  seq, SeqCon *  c  )

static

Definition at line 1293 of file msequencer.cxx.

                                                                      {
   seq.new_file = FALSE;
   seq.error[0] = 0;
   seq.error_line = 0;
   seq.serror_line = 0;
   if (c->pnseq) {
      mxml_free_tree(c->pnseq);
      c->pnseq = NULL;
   }
   c->odbs->WS("Script/Lines", "");
 
   if (stristr(str, ".msl")) {
      int size = (int)strlen(str) + 1;
      char *xml_filename = (char *) malloc(size);
      mstrlcpy(xml_filename, str, size);
      strsubst(xml_filename, size, ".msl", ".xml");
      //printf("Parsing MSL sequencer file: %s to XML sequencer file %s\n", str, xml_filename);
 
      std::string path(cm_get_path());
      path += "userfiles/sequencer/";
 
      if (xml_filename[0] == '/') {
         path += xml_filename;
         path = path.substr(0, path.find_last_of('/') + 1);
         mstrlcpy(xml_filename, path.substr(path.find_last_of('/') + 1).c_str(), size);
      }  else {
         path += seq.path;
      }
 
      if (msl_parse(seq, c, 0, path.c_str(), str, xml_filename, seq.error, sizeof(seq.error), &seq.serror_line)) {
         //printf("Loading XML sequencer file: %s\n", xml_filename);
         std::string fn(path);
         if (!fn.empty() && fn.back() != '/')
            fn += '/';
         fn += xml_filename;
         c->pnseq = mxml_parse_file(fn.c_str(), seq.error, sizeof(seq.error), &seq.error_line);
      } else {
         //printf("Error in MSL sequencer file \"%s\" line %d, error: %s\n", str, seq.serror_line, seq.error);
      }
      free(xml_filename);
   } else {
      //printf("Loading XML sequencer file: %s\n", str);
      c->pnseq = mxml_parse_file(str, seq.error, sizeof(seq.error), &seq.error_line);
   }
}

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seq_pause()

static void seq_pause ( SEQUENCER &  seq, SeqCon *  c, bool  flag  )

static

Definition at line 1231 of file msequencer.cxx.

                                                            {
   seq_read(&seq, c);
   seq.paused = flag;
   if (!flag)
      seq.debug = false;
   seq_write(seq, c);
}

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seq_read()

void seq_read	(	SEQUENCER *	seq,
		SeqCon *	c
	)

Definition at line 1066 of file msequencer.cxx.

                                         {
   int status;
   HNDLE hKey;
 
   status = db_find_key(c->hDB, c->hSeq, "State", &hKey);
   if (status != DB_SUCCESS) {
      cm_msg(MERROR, "seq_read", "Cannot find /Sequencer/State in ODB, db_find_key() status %d", status);
      return;
   }
 
   int size = sizeof(SEQUENCER);
   status = db_get_record1(c->hDB, hKey, seq, &size, 0, strcomb1(sequencer_str).c_str());
   if (status != DB_SUCCESS) {
      cm_msg(MERROR, "seq_read", "Cannot get /Sequencer/State from ODB, db_get_record1() status %d", status);
      return;
   }
}

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seq_start()

static void seq_start ( SEQUENCER &  seq, SeqCon *  c, bool  debug  )

static

Definition at line 1151 of file msequencer.cxx.

                                                             {
   seq_read(&seq, c);
   seq_clear(seq);
 
   // manage sequencer parameters and variables
 
   midas::odb defaults(std::string("/") + c->odb_path + "/Param/Defaults");
   midas::odb param(std::string("/") + c->odb_path + "/Param/Value");
   midas::odb vars(std::string("/") + c->odb_path + "/Variables");
 
   // check if /Param/Value is there
   for (midas::odb& d: defaults)
      if (!param.is_subkey(d.get_name())) {
         mstrlcpy(seq.error, "Cannot start script because /Sequencer/Param/Value is incomplete", sizeof(seq.error));
         seq_write(seq, c);
         cm_msg(MERROR, "sequencer", "Cannot start script because /Sequencer/Param/Value is incomplete");
         return;
      }
 
   // copy /Sequencer/Param/Value to /Sequencer/Variables
   for (midas::odb& p: param)
      vars[p.get_name()] = p.s();
 
   if (!c->pnseq) {
      mstrlcpy(seq.error, "Cannot start script, no script loaded", sizeof(seq.error));
      seq_write(seq, c);
      return;
   }
 
   // start sequencer
   seq.running = TRUE;
   seq.debug = debug;
   seq.current_line_number = 1;
   seq.scurrent_line_number = 1;
   mstrlcpy(seq.sfilename, seq.filename, sizeof(seq.sfilename));
   seq_write(seq, c);
 
   if (debug)
      cm_msg(MTALK, "sequencer", "Sequencer started with script \"%s\" in debugging mode.", seq.filename);
   else
      cm_msg(MTALK, "sequencer", "Sequencer started with script \"%s\".", seq.filename);
}

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seq_start_next()

static void seq_start_next ( SEQUENCER &  seq, SeqCon *  c  )

static

Definition at line 1341 of file msequencer.cxx.

                                                      {
   seq_read(&seq, c);
   if (seq.next_filename[0][0]) {
      mstrlcpy(seq.filename, seq.next_filename[0], sizeof(seq.filename));
      for (int i=0 ; i<9 ; i++)
         mstrlcpy(seq.next_filename[i], seq.next_filename[i+1], 256);
      seq.next_filename[9][0] = 0;
      seq_write(seq, c);
 
      seq_open_file(seq.filename, seq, c);
 
      seq_start(seq, c, false);
   }
}

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seq_step_over()

static void seq_step_over ( SEQUENCER &  seq, SeqCon *  c  )

static

Definition at line 1284 of file msequencer.cxx.

                                                     {
   seq_read(&seq, c);
   seq.paused = false;
   seq.debug = true;
   seq_write(seq, c);
}

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seq_stop()

static void seq_stop ( SEQUENCER &  seq, SeqCon *  c  )

static

Definition at line 1196 of file msequencer.cxx.

                                                {
   seq_read(&seq, c);
 
   if (seq.follow_libraries) {
      std::string path(cm_get_path());
      path += "userfiles/sequencer/";
      path += seq.path;
      path += seq.filename;
 
      loadMSL(c->odbs, path);
   }
 
   seq_clear(seq);
   seq.finished = TRUE;
   seq_write(seq, c);
}

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seq_stop_after_run()

static void seq_stop_after_run ( SEQUENCER &  seq, SeqCon *  c  )

static

Definition at line 1215 of file msequencer.cxx.

                                                          {
   seq_read(&seq, c);
   seq.stop_after_run = true;
   seq_write(seq, c);
}

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seq_watch()

static void seq_watch ( HNDLE  hDB, HNDLE  hKeyChanged, int  index, void *  info  )

static

Definition at line 1358 of file msequencer.cxx.

                                                                           {
   char str[256];
   SeqCon* c = (SeqCon*)info;
 
   seq_read(c->seqp, c);
 
   if (c->seqp->new_file) {
      mstrlcpy(str, c->seqp->path, sizeof(str));
      if (strlen(str) > 1 && str[strlen(str) - 1] != DIR_SEPARATOR)
         mstrlcat(str, DIR_SEPARATOR_STR, sizeof(str));
      mstrlcat(str, c->seqp->filename, sizeof(str));
 
      //printf("Load file %s\n", str);
 
      seq_open_file(str, *(c->seqp), c);
 
      seq_clear(*(c->seqp));
 
      seq_write(*(c->seqp), c);
   }
}

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seq_watch_command()

static void seq_watch_command ( HNDLE  hDB, HNDLE  hKeyChanged, int  index, void *  info  )

static

Definition at line 1506 of file msequencer.cxx.

                                                                                   {
   SeqCon* c = (SeqCon*)info;
   SEQUENCER* seqp = c->seqp;
 
   bool start_script = false;
   bool stop_immediately = false;
   bool stop_after_run = false;
   bool cancel_stop_after_run = false;
   bool pause_script = false;
   bool resume_script = false;
   bool debug_script = false;
   bool step_over = false;
   bool load_new_file = false;
   int goto_line = 0;
   int goto_line_size = sizeof(goto_line);
 
   c->odbs->RB("Command/Start script", &start_script);
   c->odbs->RB("Command/Stop immediately", &stop_immediately);
   c->odbs->RB("Command/Stop after run", &stop_after_run);
   c->odbs->RB("Command/Cancel stop after run", &cancel_stop_after_run);
   c->odbs->RB("Command/Pause script", &pause_script);
   c->odbs->RB("Command/Resume script", &resume_script);
   c->odbs->RB("Command/Debug script", &debug_script);
   c->odbs->RB("Command/Step over", &step_over);
   c->odbs->RB("Command/Load new file", &load_new_file);
   db_get_value(c->hDB, c->hSeq, "Command/Goto line", &goto_line, &goto_line_size, TID_INT, TRUE);
 
   if (load_new_file) {
      std::string filename;
      c->odbs->RS("State/Filename", &filename);
 
      // printf("## load new file %s\n", filename.c_str());
 
      if (filename.find("..") != std::string::npos) {
         mstrlcpy(seqp->error, "Cannot load \"", sizeof(seqp->error));
         mstrlcat(seqp->error, filename.c_str(), sizeof(seqp->error));
         mstrlcat(seqp->error, "\": file names with \"..\" is not permitted", sizeof(seqp->error));
         seq_write(*seqp, c);
      } else if (filename.find(".msl") == std::string::npos) {
         mstrlcpy(seqp->error, "Cannot load \"", sizeof(seqp->error));
         mstrlcat(seqp->error, filename.c_str(), sizeof(seqp->error));
         mstrlcat(seqp->error, "\": file name should end with \".msl\"", sizeof(seqp->error));
         seq_write(*seqp, c);
      } else {
         mstrlcpy(seqp->filename, filename.c_str(), sizeof(seqp->filename));
         std::string path = cm_expand_env(seqp->path);
         if (path.length() > 0 && path.back() != '/') {
            path += "/";
         }
         HNDLE hDB;
         cm_get_experiment_database(&hDB, NULL);
         seq_clear(*seqp);
         seq_open_file(filename.c_str(), *seqp, c);
         seq_write(*seqp, c);
      }
 
      // indicate that we successfully load the new file
      c->odbs->WB("Command/Load new file", false);
 
      // printf("## Set 'load new file' false\n");
   }
 
   if (goto_line != 0) {
      int zero = 0;
 
      // Reset the command immediately so a failed goto does not repeat forever.
      db_set_value(c->hDB, c->hSeq, "Command/Goto line", &zero, sizeof(zero), 1, TID_INT);
      seq_goto_line(*seqp, c, goto_line);
   }
 
   if (start_script) {
      c->odbs->WB("Command/Start script", false);
 
      bool seq_running = false;
      c->odbs->RB("State/running", &seq_running);
 
      if (!seq_running) {
         seq_start(*seqp, c, false);
      } else {
         cm_msg(MTALK, "sequencer", "Sequencer is already running");
      }
   }
 
   if (stop_immediately && c->pnseq != NULL) {
      if (!goto_at_exit(*seqp, c)) {
         c->odbs->WB("Command/Stop immediately", false);
         seq_stop(*seqp, c);
         cm_msg(MTALK, "sequencer", "Sequencer is finished by \"stop immediately\".");
      } else {
         c->odbs->WB("Command/Stop immediately", false);
         cm_msg(MTALK, "sequencer", "Sequencer received \"stop immediately\". Executing ATEXIT.");
      }
   }
 
   if (stop_after_run) {
      c->odbs->WB("Command/Stop after run", false);
      seq_stop_after_run(*seqp, c);
   }
 
   if (cancel_stop_after_run) {
      c->odbs->WB("Command/Cancel stop after run", false);
      seq_cancel_stop_after_run(*seqp, c);
   }
 
   if (pause_script) {
      seq_pause(*seqp, c, true);
      c->odbs->WB("Command/Pause script", false);
      cm_msg(MTALK, "sequencer", "Sequencer is paused.");
   }
 
   if (resume_script) {
      seq_pause(*seqp, c, false);
      c->odbs->WB("Command/Resume script", false);
      cm_msg(MTALK, "sequencer", "Sequencer is resumed.");
   }
 
   if (debug_script) {
      c->odbs->WB("Command/Debug script", false);
 
      bool seq_running = false;
      c->odbs->RB("State/running", &seq_running);
 
      if (!seq_running) {
         seq_start(*seqp, c, true);
      } else {
         cm_msg(MTALK, "sequencer", "Sequencer is already running");
      }
   }
 
   if (step_over) {
      seq_step_over(*seqp, c);
      c->odbs->WB("Command/Step over", false);
   }
}

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seq_write()

void seq_write	(	const SEQUENCER &	seq,
		SeqCon *	c
	)

Definition at line 1084 of file msequencer.cxx.

                                                {
   int status;
   HNDLE hKey;
 
   status = db_find_key(c->hDB, c->hSeq, "State", &hKey);
   if (status != DB_SUCCESS) {
      cm_msg(MERROR, "seq_write", "Cannot find /Sequencer/State in ODB, db_find_key() status %d", status);
      return;
   }
   status = db_set_record(c->hDB, hKey, (void *) &seq, sizeof(SEQUENCER), 0);
   if (status != DB_SUCCESS) {
      cm_msg(MERROR, "seq_write", "Cannot write to ODB /Sequencer/State, db_set_record() status %d", status);
      return;
   }
}

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sequencer()

void sequencer	(	SEQUENCER &	seq,
		SeqCon *	c
	)

Definition at line 1713 of file msequencer.cxx.

                                          {
   PMXML_NODE pn, pr, pt, pe;
   char odbpath[256], data[256], str[1024], name[32], op[32];
   std::string value;
   char list[100][XNAME_LENGTH];
   int i, j, l, n, status, size, index1, index2, state, run_number, cont;
   HNDLE hKey, hKeySeq;
   KEY key;
   double d;
   BOOL skip_step = FALSE;
 
   if (!seq.running || seq.paused) {
      ss_sleep(10);
      return;
   }
 
   if (c->pnseq == NULL) {
      seq_stop(seq, c);
      mstrlcpy(seq.error, "No script loaded", sizeof(seq.error));
      seq_write(seq, c);
      ss_sleep(10);
      return;
   }
 
   db_find_key(c->hDB, c->hSeq, "State", &hKeySeq);
   if (!hKeySeq)
      return;
 
   // Retrieve last midas message and put it into seq structure (later sent to ODB via db_set_record()
   cm_msg_retrieve(1, str, sizeof(str));
   str[19] = 0;
   strcpy(seq.last_msg, str+11);
 
   pr = mxml_find_node(c->pnseq, "RunSequence");
   if (!pr) {
      seq_error(seq, c, "Cannot find <RunSequence> tag in XML file");
      return;
   }
 
   int last_line = mxml_get_line_number_end(pr);
 
   /* check for Subroutine end */
   if (seq.stack_index > 0 && seq.current_line_number == seq.subroutine_end_line[seq.stack_index - 1]) {
      seq_read(&seq, c);
      seq.subroutine_end_line[seq.stack_index - 1] = 0;
 
      if (seq.subroutine_return_line[seq.stack_index - 1] == -1) {
         // end of atexit subroutine
         seq_stop(seq, c);
         cm_msg(MTALK, "sequencer", "Sequencer is finished.");
 
         seq_start_next(seq, c);
         return;
      }
 
      seq.current_line_number = seq.subroutine_return_line[seq.stack_index - 1];
      seq.subroutine_return_line[seq.stack_index - 1] = 0;
      seq.subroutine_call_line[seq.stack_index - 1] = 0;
      seq.ssubroutine_call_line[seq.stack_index - 1] = 0;
      seq.stack_index--;
      seq_write(seq, c);
      return;
   }
 
   /* check for last line of script */
   if (seq.current_line_number > last_line) {
 
      if (!goto_at_exit(seq, c)) {
         seq_stop(seq, c);
         cm_msg(MTALK, "sequencer", "Sequencer is finished.");
 
         seq_start_next(seq, c);
      }
      return;
   }
 
   /* check for loop end */
   for (i = SEQ_NEST_LEVEL_LOOP-1; i >= 0; i--)
      if (seq.loop_start_line[i] > 0)
         break;
   if (i >= 0) {
      if (seq.current_line_number == seq.loop_end_line[i]) {
         size = sizeof(seq);
         db_get_record(c->hDB, hKeySeq, &seq, &size, 0);
 
         if (seq.loop_counter[i] == seq.loop_n[i]) {
            seq.loop_counter[i] = 0;
            seq.loop_start_line[i] = 0;
            seq.sloop_start_line[i] = 0;
            seq.loop_end_line[i] = 0;
            seq.sloop_end_line[i] = 0;
            seq.loop_n[i] = 0;
            seq.current_line_number++;
         } else {
            pn = mxml_get_node_at_line(c->pnseq, seq.loop_start_line[i]);
            if (mxml_get_attribute(pn, "var")) {
               mstrlcpy(name, mxml_get_attribute(pn, "var"), sizeof(name));
               if (mxml_get_attribute(pn, "values")) {
                  mstrlcpy(data, mxml_get_attribute(pn, "values"), sizeof(data));
                  strbreak(data, list, 100, ",", FALSE);
                  value = eval_var(seq, c, list[seq.loop_counter[i]]);
               } else if (mxml_get_attribute(pn, "n")) {
                  value = std::to_string(seq.loop_counter[i] + 1);
               }
               sprintf(str, "Variables/%s", name); // FIXME: unsafe
               size = value.length() + 1;
               if (size < 32)
                  size = 32;
               db_set_value(c->hDB, c->hSeq, str, value.c_str(), size, 1, TID_STRING);
            }
            seq.loop_counter[i]++;
            seq.current_line_number = seq.loop_start_line[i] + 1;
         }
         db_set_record(c->hDB, hKeySeq, &seq, sizeof(seq), 0);
         return;
      }
   }
 
   /* check for end of "if" statement */
   if (seq.if_index > 0 && seq.current_line_number == seq.if_endif_line[seq.if_index - 1]) {
      size = sizeof(seq);
      db_get_record(c->hDB, hKeySeq, &seq, &size, 0);
      seq.if_index--;
      seq.if_line[seq.if_index] = 0;
      seq.if_else_line[seq.if_index] = 0;
      seq.if_endif_line[seq.if_index] = 0;
      seq.current_line_number++;
      db_set_record(c->hDB, hKeySeq, &seq, sizeof(seq), 0);
      return;
   }
 
   /* check for ODBSubdir end */
   if (seq.current_line_number == seq.subdir_end_line) {
      size = sizeof(seq);
      db_get_record(c->hDB, hKeySeq, &seq, &size, 0);
      seq.subdir_end_line = 0;
      seq.subdir[0] = 0;
      seq.subdir_not_notify = FALSE;
      db_set_record(c->hDB, hKeySeq, &seq, sizeof(seq), 0);
      return;
   }
 
   /* find node belonging to current line */
   pn = mxml_get_node_at_line(c->pnseq, seq.current_line_number);
   if (!pn) {
      size = sizeof(seq);
      db_get_record(c->hDB, hKeySeq, &seq, &size, 0);
      seq.current_line_number++;
      db_set_record(c->hDB, hKeySeq, &seq, sizeof(seq), 0);
      return;
   }
 
   /* set MSL line from current element and put script into ODB if changed (library call) */
   pn = mxml_get_node_at_line(c->pnseq, seq.current_line_number);
   if (pn) {
      if (seq.follow_libraries) {
         if (mxml_get_attribute(pn, "l"))
            seq.scurrent_line_number = atoi(mxml_get_attribute(pn, "l"));
         if (mxml_get_attribute(pn, "fn")) {
            std::string filename = mxml_get_attribute(pn, "fn");
 
            // load file into ODB if changed
            if (filename != std::string(seq.sfilename)) {
               if (loadMSL(c->odbs, filename))
                  mstrlcpy(seq.sfilename, filename.c_str(), sizeof(seq.sfilename));
            }
         }
      } else {
         if (mxml_get_attribute(pn, "l") && (!mxml_get_attribute(pn, "lvl") || atoi(mxml_get_attribute(pn, "lvl")) == 0))
            seq.scurrent_line_number = atoi(mxml_get_attribute(pn, "l"));
      }
   }
 
 
   // out-comment following lines for debug output
#if 0
   if (seq.scurrent_line_number >= 0) {
      midas::odb o("/" + c->odb_path + "/Script/Lines");
      std::string s = o[seq.scurrent_line_number - 1];
      printf("%3d: %s\n", seq.scurrent_line_number, s.c_str());
   }
#endif
 
   if (equal_ustring(mxml_get_name(pn), "PI") || equal_ustring(mxml_get_name(pn), "RunSequence") ||
       equal_ustring(mxml_get_name(pn), "Comment")) {
      // just skip
      seq.current_line_number++;
      skip_step = TRUE;
   }
 
   /*---- ODBSubdir ----*/
   else if (equal_ustring(mxml_get_name(pn), "ODBSubdir")) {
      if (!mxml_get_attribute(pn, "path")) {
         seq_error(seq, c, "Missing attribute \"path\"");
      } else {
 
         std::string s = mxml_get_attribute(pn, "path");
         if (s.find('$') != std::string::npos)
            s = eval_var(seq, c, s);
 
         mstrlcpy(seq.subdir, s.c_str(), sizeof(seq.subdir));
         if (mxml_get_attribute(pn, "notify"))
            seq.subdir_not_notify = !atoi(mxml_get_attribute(pn, "notify"));
         seq.subdir_end_line = mxml_get_line_number_end(pn);
         seq.current_line_number++;
      }
   }
 
   /*---- ODBSet ----*/
   else if (equal_ustring(mxml_get_name(pn), "ODBSet")) {
      if (!mxml_get_attribute(pn, "path")) {
         seq_error(seq, c, "Missing attribute \"path\"");
      } else {
         mstrlcpy(odbpath, seq.subdir, sizeof(odbpath));
         if (strlen(odbpath) > 0 && odbpath[strlen(odbpath) - 1] != '/')
            mstrlcat(odbpath, "/", sizeof(odbpath));
         mstrlcat(odbpath, mxml_get_attribute(pn, "path"), sizeof(odbpath));
 
         if (strchr(odbpath, '$')) {
            if (strchr(odbpath, '[')) {
               // keep $ in index for later evaluation
               std::string s(odbpath);
               std::string s1 = s.substr(0, s.find('['));
               std::string s2 = s.substr(s.find('['));
               s1 = eval_var(seq, c, s1);
               s1 += s2;
               mstrlcpy(odbpath, s1.c_str(), sizeof(odbpath));
            } else {
               // evaluate variable in path
               std::string s(odbpath);
               s = eval_var(seq, c, s);
               mstrlcpy(odbpath, s.c_str(), sizeof(odbpath));
            }
         }
 
         int notify = TRUE;
         if (seq.subdir_not_notify)
            notify = FALSE;
         if (mxml_get_attribute(pn, "notify"))
            notify = atoi(mxml_get_attribute(pn, "notify"));
 
         index1 = index2 = 0;
         seq_array_index(seq, c, odbpath, &index1, &index2);
 
         if (index1 < -1 || index2 < 0) {
            seq_error(seq, c, "Negative index not allowed");
            return;
         }
 
         if (index1 > 1E6 || index2 > 1E6) {
            seq_error(seq, c, "Index too large for ODB");
            return;
         }
 
         value = eval_var(seq, c, mxml_get_value(pn));
 
         status = set_all_matching(c->hDB, 0, odbpath, (char *)value.c_str(), index1, index2, notify);
 
         if (status == DB_SUCCESS) {
            size = sizeof(seq);
            db_get_record1(c->hDB, hKeySeq, &seq, &size, 0, strcomb1(sequencer_str).c_str());// could have changed seq tree
            seq.current_line_number++;
         } else if (status == DB_NO_KEY) {
            sprintf(str, "ODB key \"%s\" not found", odbpath); // FIXME: unsafe
            seq_error(seq, c, str);
         } else if (status == DB_INVALID_PARAM) {
            sprintf(str, "Invalid index %d for ODB key \"%s\"", index1, odbpath); // FIXME: unsafe
            seq_error(seq, c, str);
         } else {
            //something went really wrong
            sprintf(str, "Internal error %d", status);
            seq_error(seq, c, str);
            return;
         }
      }
   }
 
   /*---- ODBLoad ----*/
   else if (equal_ustring(mxml_get_name(pn), "ODBLoad")) {
      if (mxml_get_value(pn)[0] == '/') {
 
         // path relative to the one set in <exp>/userfiles/sequencer
         std::string path(cm_get_path());
         path += "userfiles/sequencer/";
         value = path;
         value += std::string(mxml_get_value(pn)+1);
      } else {
         // relative path to msl file
         std::string path(cm_get_path());
         path += "userfiles/sequencer/";
         path += seq.path;
         value = path;
         if (value.back() != '/')
            value += "/";
         value += mxml_get_value(pn);
      }
 
      if (value.find('$') != std::string::npos)
         value = eval_var(seq, c, value);
 
      // if path attribute is given
      if (mxml_get_attribute(pn, "path")) {
         mstrlcpy(odbpath, seq.subdir, sizeof(odbpath));
         if (strlen(odbpath) > 0 && odbpath[strlen(odbpath) - 1] != '/')
            mstrlcat(odbpath, "/", sizeof(odbpath));
         mstrlcat(odbpath, mxml_get_attribute(pn, "path"), sizeof(odbpath));
 
         if (strchr(odbpath, '$')) {
            std::string s(odbpath);
            s = eval_var(seq, c, s);
            mstrlcpy(odbpath, s.c_str(), sizeof(odbpath));
         }
 
         // load at that key, if exists
         status = db_find_key(c->hDB, 0, odbpath, &hKey);
         if (status != DB_SUCCESS) {
            seq_error(seq, c, msprintf("Cannot find ODB key \"%s\"", odbpath).c_str());
            return;
         } else {
            status = db_load(c->hDB, hKey, value.c_str(), FALSE);
         }
      } else {
         // otherwise load at root
         status = db_load(c->hDB, 0, value.c_str(), FALSE);
      }
 
      if (status == DB_SUCCESS) {
         size = sizeof(seq);
         db_get_record1(c->hDB, hKeySeq, &seq, &size, 0, strcomb1(sequencer_str).c_str());// could have changed seq tree
         seq.current_line_number++;
      } else if (status == DB_FILE_ERROR) {
         seq_error(seq, c, msprintf("Error reading file \"%s\"", value.c_str()).c_str());
      } else {
         //something went really wrong
         seq_error(seq, c, "Internal error loading ODB file!");
         return;
      }
   }
 
   /*---- ODBSave ----*/
   else if (equal_ustring(mxml_get_name(pn), "ODBSave")) {
      if (mxml_get_value(pn)[0] == '/') {
 
         // path relative to the one set in <exp>/userfiles/sequencer
         std::string path(cm_get_path());
         path += "userfiles/sequencer/";
         value = path;
         value += std::string(mxml_get_value(pn)+1);
      } else {
         // relative path to msl file
         std::string path(cm_get_path());
         path += "userfiles/sequencer/";
         path += seq.path;
         value = path;
         value += seq.filename;
         size_t pos = value.find_last_of('/');
         if (pos != std::string::npos)
            value = value.substr(0, pos);
         value += mxml_get_value(pn);
      }
 
      if (value.find('$') != std::string::npos)
         value = eval_var(seq, c, value);
 
      // if path attribute is given
      if (mxml_get_attribute(pn, "path") && *mxml_get_attribute(pn, "path")) {
         mstrlcpy(odbpath, seq.subdir, sizeof(odbpath));
         if (strlen(odbpath) > 0 && odbpath[strlen(odbpath) - 1] != '/')
            mstrlcat(odbpath, "/", sizeof(odbpath));
         mstrlcat(odbpath, mxml_get_attribute(pn, "path"), sizeof(odbpath));
 
         if (strchr(odbpath, '$')) {
            std::string s(odbpath);
            s = eval_var(seq, c, s);
            mstrlcpy(odbpath, s.c_str(), sizeof(odbpath));
         }
 
         // find key or subdirectory to save
         status = db_find_key(c->hDB, 0, odbpath, &hKey);
         if (status != DB_SUCCESS) {
            seq_error(seq, c, msprintf("Cannot find ODB key \"%s\"", odbpath).c_str());
            return;
         } else {
            if (strstr(value.c_str(), ".json") || strstr(value.c_str(), ".JSON") || strstr(value.c_str(), ".js") || strstr(value.c_str(), ".JS"))
               status = db_save_json(c->hDB, hKey, value.c_str(), JSFLAG_RECURSE | JSFLAG_OMIT_LAST_WRITTEN | JSFLAG_FOLLOW_LINKS);
            else if  (strstr(value.c_str(), ".xml") || strstr(value.c_str(), ".XML"))
               status = db_save_xml(c->hDB, hKey, value.c_str());
            else
               status = db_save(c->hDB, hKey, value.c_str(), FALSE);
            if (status != DB_SUCCESS) {
               seq_error(seq, c, msprintf("Cannot save file \"%s\", error %d", value.c_str(), status).c_str());
               return;
            }
         }
      } else {
         seq_error(seq, c, "No ODB path specified in ODBSAVE command");
         return;
      }
 
      if (status == DB_SUCCESS) {
         size = sizeof(seq);
         db_get_record1(c->hDB, hKeySeq, &seq, &size, 0, strcomb1(sequencer_str).c_str());// could have changed seq tree
         seq.current_line_number++;
      } else if (status == DB_FILE_ERROR) {
         seq_error(seq, c, msprintf("Error reading file \"%s\"", value.c_str()).c_str());
      } else {
         //something went really wrong
         seq_error(seq, c, "Internal error loading ODB file!");
         return;
      }
   }
 
   /*---- ODBGet ----*/
   else if (equal_ustring(mxml_get_name(pn), "ODBGet")) {
      if (!mxml_get_attribute(pn, "path")) {
         seq_error(seq, c, "Missing attribute \"path\"");
      } else {
         mstrlcpy(odbpath, seq.subdir, sizeof(odbpath));
         if (strlen(odbpath) > 0 && odbpath[strlen(odbpath) - 1] != '/')
            mstrlcat(odbpath, "/", sizeof(odbpath));
         mstrlcat(odbpath, mxml_get_attribute(pn, "path"), sizeof(odbpath));
 
         if (strchr(odbpath, '$')) {
            if (strchr(odbpath, '[')) {
               // keep $ in index for later evaluation
               std::string s(odbpath);
               std::string s1 = s.substr(0, s.find('['));
               std::string s2 = s.substr(s.find('['));
               s1 = eval_var(seq, c, s1);
               s1 += s2;
               mstrlcpy(odbpath, s1.c_str(), sizeof(odbpath));
            } else {
               // evaluate variable in path
               std::string s(odbpath);
               s = eval_var(seq, c, s);
               mstrlcpy(odbpath, s.c_str(), sizeof(odbpath));
            }
         }
 
         /* check if index is supplied */
         index1 = index2 = 0;
         seq_array_index(seq, c, odbpath, &index1, &index2);
 
         mstrlcpy(name, mxml_get_value(pn), sizeof(name));
         status = db_find_key(c->hDB, 0, odbpath, &hKey);
         if (status != DB_SUCCESS) {
            seq_error(seq, c, msprintf("Cannot find ODB key \"%s\"", odbpath).c_str());
            return;
         } else {
            db_get_key(c->hDB, hKey, &key);
            size = sizeof(data);
 
            status = db_get_data_index(c->hDB, hKey, data, &size, index1, key.type);
            if (key.type == TID_BOOL)
               value = *((int *) data) > 0 ? "1" : "0";
            else
               value = db_sprintf(data, size, 0, key.type);
 
            sprintf(str, "Variables/%s", name); // FIXME: unsafe
            size = value.length() + 1;
            if (size < 32)
               size = 32;
            db_set_value(c->hDB, c->hSeq, str, value.c_str(), size, 1, TID_STRING);
 
            size = sizeof(seq);
            db_get_record1(c->hDB, hKeySeq, &seq, &size, 0, strcomb1(sequencer_str).c_str());// could have changed seq tree
            seq.current_line_number = mxml_get_line_number_end(pn) + 1;
         }
      }
   }
 
   /*---- ODBLookup ----*/
   else if (equal_ustring(mxml_get_name(pn), "ODBLookup")) {
      if (!mxml_get_attribute(pn, "path")) {
         seq_error(seq, c, "Missing attribute \"path\"");
      } else if (!mxml_get_attribute(pn, "string")) {
         seq_error(seq, c, "Missing attribute \"string\"");
      } else {
         mstrlcpy(odbpath, seq.subdir, sizeof(odbpath));
         if (strlen(odbpath) > 0 && odbpath[strlen(odbpath) - 1] != '/')
            mstrlcat(odbpath, "/", sizeof(odbpath));
         mstrlcat(odbpath, mxml_get_attribute(pn, "path"), sizeof(odbpath));
 
         if (strchr(odbpath, '$')) {
            if (strchr(odbpath, '[')) {
               // keep $ in index for later evaluation
               std::string s(odbpath);
               std::string s1 = s.substr(0, s.find('['));
               std::string s2 = s.substr(s.find('['));
               s1 = eval_var(seq, c, s1);
               s1 += s2;
               mstrlcpy(odbpath, s1.c_str(), sizeof(odbpath));
            } else {
               // evaluate variable in path
               std::string s(odbpath);
               s = eval_var(seq, c, s);
               mstrlcpy(odbpath, s.c_str(), sizeof(odbpath));
            }
         }
         
         mstrlcpy(name, mxml_get_value(pn), sizeof(name));
 
         auto s = eval_var(seq, c, mxml_get_attribute(pn, "string"));
         mstrlcpy(str, s.c_str(), sizeof(str));
 
         status = db_find_key(c->hDB, 0, odbpath, &hKey);
         if (status != DB_SUCCESS) {
            seq_error(seq, c, msprintf("Cannot find ODB key \"%s\"", odbpath).c_str());
            return;
         } else {
            db_get_key(c->hDB, hKey, &key);
 
            // search for "str"
            for (i = 0 ; i<key.num_values ; i++) {
               size = sizeof(data);
               status = db_get_data_index(c->hDB, hKey, data, &size, i, key.type);
               if (strcmp((const char *)data, str) == 0)
                  break;
            }
 
            size = sizeof(i);
            if (i < key.num_values)
               value = db_sprintf(&i, size, 0, TID_INT);
            else {
               snprintf(str, sizeof(str), "\"ODBLOOKUP %s\" did not find string \"%s\"", odbpath, s.c_str());
               seq_error(seq, c, str);
               return;
            }
 
            snprintf(str, sizeof(str), "Variables/%s", name);
            size = value.length() + 1;
            if (size < 32)
               size = 32;
            db_set_value(c->hDB, c->hSeq, str, value.c_str(), size, 1, TID_STRING);
 
            size = sizeof(seq);
            db_get_record1(c->hDB, hKeySeq, &seq, &size, 0, strcomb1(sequencer_str).c_str());// could have changed seq tree
            seq.current_line_number = mxml_get_line_number_end(pn) + 1;
         }
      }
   }
 
   /*---- ODBInc ----*/
   else if (equal_ustring(mxml_get_name(pn), "ODBInc")) {
      if (!mxml_get_attribute(pn, "path")) {
         seq_error(seq, c, "Missing attribute \"path\"");
      } else {
         mstrlcpy(odbpath, seq.subdir, sizeof(odbpath));
         if (strlen(odbpath) > 0 && odbpath[strlen(odbpath) - 1] != '/')
            mstrlcat(odbpath, "/", sizeof(odbpath));
         mstrlcat(odbpath, mxml_get_attribute(pn, "path"), sizeof(odbpath));
 
         if (strchr(odbpath, '$')) {
            if (strchr(odbpath, '[')) {
               // keep $ in index for later evaluation
               std::string s(odbpath);
               std::string s1 = s.substr(0, s.find('['));
               std::string s2 = s.substr(s.find('['));
               s1 = eval_var(seq, c, s1);
               s1 += s2;
               mstrlcpy(odbpath, s1.c_str(), sizeof(odbpath));
            } else {
               // evaluate variable in path
               std::string s(odbpath);
               s = eval_var(seq, c, s);
               mstrlcpy(odbpath, s.c_str(), sizeof(odbpath));
            }
         }
 
         index1 = index2 = 0;
         seq_array_index(seq, c, odbpath, &index1, &index2);
 
         value = eval_var(seq, c, mxml_get_value(pn));
 
         status = db_find_key(c->hDB, 0, odbpath, &hKey);
         if (status != DB_SUCCESS) {
            seq_error(seq, c, msprintf("Cannot find ODB key \"%s\"", odbpath).c_str());
         } else {
            db_get_key(c->hDB, hKey, &key);
            size = sizeof(data);
            db_get_data_index(c->hDB, hKey, data, &size, index1, key.type);
            std::string s = db_sprintf(data, size, 0, key.type);
            d = std::stof(s);
            d += std::stof(value);
            sprintf(str, "%lg", d);
            size = sizeof(data);
            db_sscanf(str, data, &size, 0, key.type);
 
            int notify = TRUE;
            if (seq.subdir_not_notify)
               notify = FALSE;
            if (mxml_get_attribute(pn, "notify"))
               notify = atoi(mxml_get_attribute(pn, "notify"));
 
            db_set_data_index1(c->hDB, hKey, data, key.item_size, index1, key.type, notify);
            seq.current_line_number++;
         }
      }
   }
 
   /*---- ODBDelete ----*/
   else if (equal_ustring(mxml_get_name(pn), "ODBDelete")) {
      mstrlcpy(odbpath, seq.subdir, sizeof(odbpath));
      if (strlen(odbpath) > 0 && odbpath[strlen(odbpath) - 1] != '/')
         mstrlcat(odbpath, "/", sizeof(odbpath));
      mstrlcat(odbpath, mxml_get_value(pn), sizeof(odbpath));
 
      if (strchr(odbpath, '$')) {
         std::string s(odbpath);
         s = eval_var(seq, c, s);
         mstrlcpy(odbpath, s.c_str(), sizeof(odbpath));
      }
 
      status = db_delete(c->hDB, 0, odbpath);
      if (status != DB_SUCCESS) {
         seq_error(seq, c, msprintf("Cannot delete ODB key \"%s\"", odbpath).c_str());
      } else {
         seq.current_line_number++;
      }
   }
 
   /*---- ODBCreate ----*/
   else if (equal_ustring(mxml_get_name(pn), "ODBCreate")) {
      if (!mxml_get_attribute(pn, "path")) {
         seq_error(seq, c, "Missing attribute \"path\"");
      } else if (!mxml_get_attribute(pn, "type")) {
         seq_error(seq, c, "Missing attribute \"type\"");
      } else {
         mstrlcpy(odbpath, seq.subdir, sizeof(odbpath));
         if (strlen(odbpath) > 0 && odbpath[strlen(odbpath) - 1] != '/')
            mstrlcat(odbpath, "/", sizeof(odbpath));
         mstrlcat(odbpath, mxml_get_attribute(pn, "path"), sizeof(odbpath));
 
         if (strchr(odbpath, '$')) {
            std::string s(odbpath);
            s = eval_var(seq, c, s);
            mstrlcpy(odbpath, s.c_str(), sizeof(odbpath));
         }
 
         /* get TID */
         unsigned int tid;
         for (tid = 0; tid < TID_LAST; tid++) {
            if (equal_ustring(rpc_tid_name(tid), mxml_get_attribute(pn, "type")))
               break;
         }
 
         if (tid == TID_LAST)
            seq_error(seq, c, "Type must be one of UINT8,INT8,UINT16,INT16,UINT32,INT32,BOOL,FLOAT,DOUBLE,STRING");
         else {
 
            status = db_find_key(c->hDB, 0, odbpath, &hKey);
            if (status == DB_SUCCESS) {
               db_get_key(c->hDB, hKey, &key);
               if (key.type != tid) {
                  db_delete_key(c->hDB, hKey);
                  status = db_create_key(c->hDB, 0, odbpath, tid);
               }
            } else {
               status = db_create_key(c->hDB, 0, odbpath, tid);
               char dummy[32];
               memset(dummy, 0, sizeof(dummy));
               if (tid == TID_STRING || tid == TID_LINK)
                  db_set_value(c->hDB, 0, odbpath, dummy, 32, 1, tid);
            }
 
            if (status != DB_SUCCESS && status != DB_CREATED) {
               seq_error(seq, c, msprintf("Cannot create ODB key \"%s\", error code %d", odbpath, status).c_str());
            } else {
               status = db_find_key(c->hDB, 0, odbpath, &hKey);
               if (mxml_get_attribute(pn, "size")) {
                  i = atoi(eval_var(seq, c, mxml_get_attribute(pn, "size")).c_str());
                  if (i > 1)
                     db_set_num_values(c->hDB, hKey, i);
               }
               seq.current_line_number++;
            }
         }
      }
   }
 
   /*---- RunDescription ----*/
   else if (equal_ustring(mxml_get_name(pn), "RunDescription")) {
      db_set_value(c->hDB, 0, "/Experiment/Run Parameters/Run Description", mxml_get_value(pn), 256, 1, TID_STRING);
      seq.current_line_number++;
   }
 
   /*---- Script ----*/
   else if (equal_ustring(mxml_get_name(pn), "Script")) {
      sprintf(str, "%s", mxml_get_value(pn)); // FIXME: unsafe
 
      if (mxml_get_attribute(pn, "params")) {
         mstrlcpy(data, mxml_get_attribute(pn, "params"), sizeof(data));
         n = strbreak(data, list, 100, ",", FALSE);
         for (i = 0; i < n; i++) {
 
            value = eval_var(seq, c, list[i]);
 
            mstrlcat(str, " ", sizeof(str));
            mstrlcat(str, value.c_str(), sizeof(str));
         }
      }
 
      std::string s(str);
      s = ss_replace_env_variables(s);
      std::string r = ss_execs(s.c_str());
 
      // put result into SCRIPT_RESULT variable
      db_set_value(c->hDB, c->hSeq, "Variables/SCRIPT_RESULT", r.c_str(), r.length(), 1, TID_STRING);
 
      seq.current_line_number++;
   }
 
   /*---- Transition ----*/
   else if (equal_ustring(mxml_get_name(pn), "Transition")) {
      if (equal_ustring(mxml_get_value(pn), "Start")) {
         if (!seq.transition_request) {
            seq.transition_request = TRUE;
            size = sizeof(state);
            db_get_value(c->hDB, 0, "/Runinfo/State", &state, &size, TID_INT32, FALSE);
            if (state != STATE_RUNNING) {
               size = sizeof(run_number);
               db_get_value(c->hDB, 0, "/Runinfo/Run number", &run_number, &size, TID_INT32, FALSE);
               status = cm_transition(TR_START, run_number + 1, str, sizeof(str), TR_MTHREAD | TR_SYNC, FALSE);
               if (status != CM_SUCCESS) {
                  seq_error(seq, c, msprintf("Cannot start run: %s", str).c_str());
               }
            }
         } else {
            // Wait until transition has finished
            size = sizeof(state);
            db_get_value(c->hDB, 0, "/Runinfo/State", &state, &size, TID_INT32, FALSE);
            if (state == STATE_RUNNING) {
               seq.transition_request = FALSE;
               seq.current_line_number++;
            }
         }
      } else if (equal_ustring(mxml_get_value(pn), "Stop")) {
         if (!seq.transition_request) {
            seq.transition_request = TRUE;
            size = sizeof(state);
            db_get_value(c->hDB, 0, "/Runinfo/State", &state, &size, TID_INT32, FALSE);
            if (state != STATE_STOPPED) {
               status = cm_transition(TR_STOP, 0, str, sizeof(str), TR_MTHREAD | TR_SYNC, FALSE);
               if (status == CM_DEFERRED_TRANSITION) {
                  // do nothing
               } else if (status != CM_SUCCESS) {
                  seq_error(seq, c, msprintf("Cannot stop run: %s", str).c_str());
               }
            }
         } else {
            // Wait until transition has finished
            size = sizeof(state);
            db_get_value(c->hDB, 0, "/Runinfo/State", &state, &size, TID_INT32, FALSE);
            if (state == STATE_STOPPED) {
               size = sizeof(seq);
               db_get_record(c->hDB, hKeySeq, &seq, &size, 0);
 
               seq.transition_request = FALSE;
 
               if (seq.stop_after_run) {
                  seq.stop_after_run = FALSE;
 
                  if (!goto_at_exit(seq, c)) {
                     seq.running = FALSE;
                     seq.finished = TRUE;
                     seq_stop(seq, c);
                     cm_msg(MTALK, "sequencer", "Sequencer is finished by \"stop after current run\".");
                  } else {
                     cm_msg(MTALK, "sequencer", "Sequencer is going to finish by \"stop after current run\". Executing ATEXIT.");
                  }
               } else {
                  seq.current_line_number++;
               }
 
               db_set_record(c->hDB, hKeySeq, &seq, sizeof(seq), 0);
            }
         }
      } else {
         seq_error(seq, c, msprintf("Invalid transition \"%s\"", mxml_get_value(pn)).c_str());
         return;
      }
   }
 
   /*---- Wait ----*/
   else if (equal_ustring(mxml_get_name(pn), "Wait")) {
      if (equal_ustring(mxml_get_attribute(pn, "for"), "Events")) {
         n = atoi(eval_var(seq, c, mxml_get_value(pn)).c_str());
         seq.wait_limit = (float) n;
         strcpy(seq.wait_type, "Events");
         seq.timeout_limit = 0;
         seq.timeout_value = 0;
         size = sizeof(d);
         db_get_value(c->hDB, 0, "/Equipment/Trigger/Statistics/Events sent", &d, &size, TID_DOUBLE, FALSE);
         seq.wait_value = (float) d;
         if (d >= n) {
            seq.current_line_number = mxml_get_line_number_end(pn) + 1;
            seq.wait_limit = 0;
            seq.wait_value = 0;
            seq.timeout_limit = 0;
            seq.timeout_value = 0;
            seq.wait_type[0] = 0;
            seq.wait_odb[0] = 0;
         }
         seq.wait_value = (float) d;
      } else if (equal_ustring(mxml_get_attribute(pn, "for"), "ODBValue")) {
         seq.wait_limit = (float) atof(eval_var(seq, c, mxml_get_value(pn)).c_str());
         mstrlcpy(seq.wait_type, "ODB", sizeof(seq.wait_type));
         if (!mxml_get_attribute(pn, "path")) {
            seq_error(seq, c, "\"path\" must be given for ODB values");
            return;
         } else {
            mstrlcpy(odbpath, mxml_get_attribute(pn, "path"), sizeof(odbpath));
            mstrlcpy(seq.wait_odb, odbpath, sizeof(seq.wait_odb));
 
            if (strchr(odbpath, '$')) {
               if (strchr(odbpath, '[')) {
                  // keep $ in index for later evaluation
                  std::string s(odbpath);
                  std::string s1 = s.substr(0, s.find('['));
                  std::string s2 = s.substr(s.find('['));
                  s1 = eval_var(seq, c, s1);
                  s1 += s2;
                  mstrlcpy(odbpath, s1.c_str(), sizeof(odbpath));
               } else {
                  // evaluate variable in path
                  std::string s(odbpath);
                  s = eval_var(seq, c, s);
                  mstrlcpy(odbpath, s.c_str(), sizeof(odbpath));
               }
            }
 
            index1 = index2 = 0;
            seq_array_index(seq, c, odbpath, &index1, &index2);
            status = db_find_key(c->hDB, 0, odbpath, &hKey);
            if (status != DB_SUCCESS) {
               seq_error(seq, c, msprintf("Cannot find ODB key \"%s\"", odbpath).c_str());
               return;
            } else {
               if (mxml_get_attribute(pn, "op"))
                  mstrlcpy(op, mxml_get_attribute(pn, "op"), sizeof(op));
               else
                  strcpy(op, "!=");
               mstrlcat(seq.wait_type, op, sizeof(seq.wait_type));
 
               db_get_key(c->hDB, hKey, &key);
               size = sizeof(data);
               db_get_data_index(c->hDB, hKey, data, &size, index1, key.type);
               if (key.type == TID_BOOL)
                  value = *((int *) data) > 0 ? "1" : "0";
               else
                  value = db_sprintf(data, size, 0, key.type);
               cont = FALSE;
               seq.wait_value = std::stof(value);
               if (equal_ustring(op, ">=")) {
                  cont = (seq.wait_value >= seq.wait_limit);
               } else if (equal_ustring(op, ">")) {
                  cont = (seq.wait_value > seq.wait_limit);
               } else if (equal_ustring(op, "<=")) {
                  cont = (seq.wait_value <= seq.wait_limit);
               } else if (equal_ustring(op, "<")) {
                  cont = (seq.wait_value < seq.wait_limit);
               } else if (equal_ustring(op, "==")) {
                  cont = (seq.wait_value == seq.wait_limit);
               } else if (equal_ustring(op, "!=")) {
                  cont = (seq.wait_value != seq.wait_limit);
               } else {
                  seq_error(seq, c, msprintf("Invalid comaprison \"%s\"", op).c_str());
                  return;
               }
 
               // Keep the existing ODB wait display semantics:
               //   wait_limit = requested ODB target value
               //   wait_value = current ODB value
               // Publish the optional timeout separately so the web interface can
               // display the ODB condition and a normal progress bar at the same time.
               bool timed_out = false;
               const char *timeout_attr = mxml_get_attribute(pn, "timeout");
               if (timeout_attr && timeout_attr[0]) {
                  float timeout_sec = (float) atof(eval_var(seq, c, timeout_attr).c_str());
                  if (timeout_sec < 0) {
                     seq_error(seq, c, msprintf("Invalid WAIT ODBValue timeout \"%s\"", timeout_attr).c_str());
                     return;
                  }
 
                  // Use the same monotonic millisecond clock base as WAIT Seconds.
                  if (seq.start_time == 0)
                     seq.start_time = ss_millitime();
 
                  DWORD elapsed_ms = ss_millitime() - seq.start_time;
 
                  seq.timeout_limit = timeout_sec;
                  seq.timeout_value = (float) elapsed_ms / 1000.0f;
                  if (seq.timeout_value > seq.timeout_limit)
                     seq.timeout_value = seq.timeout_limit;
 
                  timed_out = elapsed_ms > (DWORD) (1000.0f * timeout_sec);
               } else {
                  seq.timeout_limit = 0;
                  seq.timeout_value = 0;
               }
 
               if (cont || timed_out) {
                  if (mxml_get_attribute(pn, "status")) {
                     const char *status_value = (cont && !timed_out) ? "1" : "0";
 
                     mstrlcpy(name, mxml_get_attribute(pn, "status"), sizeof(name));
                     snprintf(str, sizeof(str), "Variables/%s", name);
                     size = strlen(status_value) + 1;
                     if (size < 32)
                        size = 32;
                     db_set_value(c->hDB, c->hSeq, str, status_value, size, 1, TID_STRING);
                  }
 
                  if (timed_out && !cont) {
                     cm_msg(MINFO, "sequencer", "WAIT ODBValue timeout after %.1f seconds: %s %s %g not satisfied",
                            seq.timeout_limit, odbpath, op, seq.wait_limit);
                  }
                  seq.current_line_number = mxml_get_line_number_end(pn) + 1;
                  seq.start_time = 0;
                  seq.wait_limit = 0;
                  seq.wait_value = 0;
                  seq.timeout_limit = 0;
                  seq.timeout_value = 0;
                  seq.wait_type[0] = 0;
                  seq.wait_odb[0] = 0;
               }
            }
         }
      } else if (equal_ustring(mxml_get_attribute(pn, "for"), "Seconds")) {
         seq.wait_limit = 1000.0f * (float) atof(eval_var(seq, c, mxml_get_value(pn)).c_str());
         strcpy(seq.wait_type, "Seconds");
         seq.timeout_limit = 0;
         seq.timeout_value = 0;
         if (seq.start_time == 0) {
            seq.start_time = ss_millitime();
            seq.wait_value = 0;
         } else {
            seq.wait_value = (float) (ss_millitime() - seq.start_time);
            if (seq.wait_value > seq.wait_limit)
               seq.wait_value = seq.wait_limit;
         }
         if (ss_millitime() - seq.start_time > (DWORD) seq.wait_limit) {
            seq.current_line_number++;
            seq.start_time = 0;
            seq.wait_limit = 0;
            seq.wait_value = 0;
            seq.timeout_limit = 0;
            seq.timeout_value = 0;
            seq.wait_type[0] = 0;
            seq.wait_odb[0] = 0;
         }
      } else {
         seq_error(seq, c, msprintf("Invalid wait attribute \"%s\"", mxml_get_attribute(pn, "for")).c_str());
      }
 
      // sleep to keep the CPU from consuming 100%
      ss_sleep(1);
   }
 
   /*---- Loop start ----*/
   else if (equal_ustring(mxml_get_name(pn), "Loop")) {
      for (i = 0; i < SEQ_NEST_LEVEL_LOOP; i++)
         if (seq.loop_start_line[i] == 0)
            break;
      if (i == SEQ_NEST_LEVEL_LOOP) {
         seq_error(seq, c, "Maximum loop nesting exceeded");
         return;
      }
      seq.loop_start_line[i] = seq.current_line_number;
      seq.loop_end_line[i] = mxml_get_line_number_end(pn);
      if (mxml_get_attribute(pn, "l"))
         seq.sloop_start_line[i] = atoi(mxml_get_attribute(pn, "l"));
      if (mxml_get_attribute(pn, "le"))
         seq.sloop_end_line[i] = atoi(mxml_get_attribute(pn, "le"));
      seq.loop_counter[i] = 1;
 
      if (mxml_get_attribute(pn, "n")) {
         if (equal_ustring(mxml_get_attribute(pn, "n"), "infinite"))
            seq.loop_n[i] = -1;
         else {
            seq.loop_n[i] = atoi(eval_var(seq, c, mxml_get_attribute(pn, "n")).c_str());
         }
         value = "1";
      } else if (mxml_get_attribute(pn, "values")) {
         mstrlcpy(data, mxml_get_attribute(pn, "values"), sizeof(data));
         seq.loop_n[i] = strbreak(data, list, 100, ",", FALSE);
         value = eval_var(seq, c, list[0]);
      } else {
         seq_error(seq, c, "Missing \"var\" or \"n\" attribute");
         return;
      }
 
      if (mxml_get_attribute(pn, "var")) {
         mstrlcpy(name, mxml_get_attribute(pn, "var"), sizeof(name));
         sprintf(str, "Variables/%s", name); // FIXME: unsafe
         size = value.length() + 1;
         if (size < 32)
            size = 32;
         db_set_value(c->hDB, c->hSeq, str, value.c_str(), size, 1, TID_STRING);
      }
 
      seq.current_line_number++;
   }
 
   /*---- Break ----*/
   else if (equal_ustring(mxml_get_name(pn), "Break")) {
 
      // finish current if statement
      while (seq.if_index > 0 &&
             seq.current_line_number > seq.if_line[seq.if_index - 1] &&
             seq.current_line_number < seq.if_endif_line[seq.if_index-1]) {
         size = sizeof(seq);
         db_get_record(c->hDB, hKeySeq, &seq, &size, 0);
         seq.if_index--;
         seq.if_line[seq.if_index] = 0;
         seq.if_else_line[seq.if_index] = 0;
         seq.if_endif_line[seq.if_index] = 0;
         seq.current_line_number++;
         db_set_record(c->hDB, hKeySeq, &seq, sizeof(seq), 0);
      }
 
      // goto next loop end
      for (i = 0; i < SEQ_NEST_LEVEL_LOOP; i++)
         if (seq.loop_start_line[i] == 0)
            break;
      if (i == 0) {
         seq_error(seq, c, "\"Break\" outside any loop");
         return;
      }
 
      // force end of loop in next check
      seq.current_line_number = seq.loop_end_line[i-1];
      seq.loop_counter[i-1] = seq.loop_n[i-1];
   }
 
   /*---- If ----*/
   else if (equal_ustring(mxml_get_name(pn), "If")) {
 
      if (seq.if_index == SEQ_NEST_LEVEL_IF) {
         seq_error(seq, c, "Maximum number of nested if..endif exceeded");
         return;
      }
 
      // store "if" and "endif" lines
      seq.if_line[seq.if_index] = seq.current_line_number;
      seq.if_endif_line[seq.if_index] = mxml_get_line_number_end(pn);
 
      // search for "else" line
      seq.if_else_line[seq.if_index] = 0;
      for (j = seq.current_line_number + 1; j < mxml_get_line_number_end(pn) + 1; j++) {
         pe = mxml_get_node_at_line(c->pnseq, j);
 
         // skip nested if..endif
         if (pe && equal_ustring(mxml_get_name(pe), "If")) {
            j = mxml_get_line_number_end(pe);
            continue;
         }
 
         // store "else" if found
         if (pe && equal_ustring(mxml_get_name(pe), "Else")) {
            seq.if_else_line[seq.if_index] = j;
            break;
         }
      }
 
      mstrlcpy(str, mxml_get_attribute(pn, "condition"), sizeof(str));
      i = eval_condition(seq, c, str);
      if (i < 0) {
         seq_error(seq, c, "Invalid number in comparison");
         return;
      }
 
      if (i == 1)
         seq.current_line_number++;
      else if (seq.if_else_line[seq.if_index])
         seq.current_line_number = seq.if_else_line[seq.if_index] + 1;
      else
         seq.current_line_number = seq.if_endif_line[seq.if_index];
 
      seq.if_index++;
   }
 
   /*---- Else ----*/
   else if (equal_ustring(mxml_get_name(pn), "Else")) {
      // goto next "Endif"
      if (seq.if_index == 0) {
         seq_error(seq, c, "Unexpected Else");
         return;
      }
      seq.current_line_number = seq.if_endif_line[seq.if_index - 1];
   }
 
   /*---- Exit ----*/
   else if (equal_ustring(mxml_get_name(pn), "Exit")) {
      seq_stop(seq, c);
      cm_msg(MTALK, "sequencer", "Sequencer is finished.");
      return;
   }
 
   /*---- Goto ----*/
   else if (equal_ustring(mxml_get_name(pn), "Goto")) {
      if (!mxml_get_attribute(pn, "line") && !mxml_get_attribute(pn, "sline")) {
         seq_error(seq, c, "Missing line number");
         return;
      }
      if (mxml_get_attribute(pn, "line")) {
         seq.current_line_number = atoi(eval_var(seq, c, mxml_get_attribute(pn, "line")).c_str());
      }
      if (mxml_get_attribute(pn, "sline")) {
         mstrlcpy(str, eval_var(seq, c, mxml_get_attribute(pn, "sline")).c_str(), sizeof(str));
         for (i = 0; i < last_line; i++) {
            pt = mxml_get_node_at_line(c->pnseq, i);
            if (pt && mxml_get_attribute(pt, "l")) {
               l = atoi(mxml_get_attribute(pt, "l"));
               if (atoi(str) == l) {
                  seq.current_line_number = i;
                  break;
               }
            }
         }
      }
   }
 
   /*---- Library ----*/
   else if (equal_ustring(mxml_get_name(pn), "Library")) {
      // simply skip libraries
      seq.current_line_number = mxml_get_line_number_end(pn) + 1;
   }
 
   /*---- Subroutine ----*/
   else if (equal_ustring(mxml_get_name(pn), "Subroutine")) {
      // simply skip subroutines
      seq.current_line_number = mxml_get_line_number_end(pn) + 1;
   }
 
   /*---- Param ----*/
   else if (equal_ustring(mxml_get_name(pn), "Param")) {
      // simply skip parameters
      seq.current_line_number = mxml_get_line_number_end(pn) + 1;
   }
 
   /*---- Set ----*/
   else if (equal_ustring(mxml_get_name(pn), "Set")) {
      if (!mxml_get_attribute(pn, "name")) {
         seq_error(seq, c, "Missing variable name");
         return;
      }
      mstrlcpy(name, mxml_get_attribute(pn, "name"), sizeof(name));
      value = eval_var(seq, c, mxml_get_value(pn));
 
      if (strchr(name, '[')) {
         // array
         mstrlcpy(str, strchr(name, '[')+1, sizeof(str));
         if (strchr(str, ']'))
            *strchr(str, ']') = 0;
         int index = atoi(eval_var(seq, c, str).c_str());
         *strchr(name, '[') = 0;
         sprintf(str, "Variables/%s", name); // FIXME: unsafe
         status = db_find_key(c->hDB, c->hSeq, str, &hKey);
         if (status != DB_SUCCESS) {
            db_create_key(c->hDB, c->hSeq, str, TID_STRING);
            status = db_find_key(c->hDB, c->hSeq, str, &hKey);
         }
         size = value.length() + 1;
         if (size < 32)
            size = 32;
         status = db_set_data_index(c->hDB, hKey, value.c_str(), size, index, TID_STRING);
      } else {
         sprintf(str, "Variables/%s", name); // FIXME: unsafe
         size = value.length() + 1;
         if (size < 32)
            size = 32;
         db_set_value(c->hDB, c->hSeq, str, value.c_str(), size, 1, TID_STRING);
      }
 
      // check if variable is used in loop
      for (i = SEQ_NEST_LEVEL_LOOP-1; i >= 0; i--)
         if (seq.loop_start_line[i] > 0) {
            pr = mxml_get_node_at_line(c->pnseq, seq.loop_start_line[i]);
            if (mxml_get_attribute(pr, "var")) {
               if (equal_ustring(mxml_get_attribute(pr, "var"), name))
                  seq.loop_counter[i] = atoi(value.c_str());
            }
         }
 
      seq.current_line_number = mxml_get_line_number_end(pn) + 1;
   }
 
   /*---- Message ----*/
   else if (equal_ustring(mxml_get_name(pn), "Message")) {
      if (strchr(mxml_get_value(pn), '$')) // evaluate message string if $ present
         value = eval_var(seq, c, mxml_get_value(pn));
      else
         value = mxml_get_value(pn); // treat message as string
      const char *wait_attr = mxml_get_attribute(pn, "wait");
      bool wait = false;
      if (wait_attr)
         wait = (atoi(wait_attr) == 1);
 
      if (!wait) {
         // message with no wait: set seq.message and move on. we do not care if web page clears it
         mstrlcpy(seq.message, value.c_str(), sizeof(seq.message));
         seq.message_wait = FALSE;
         db_set_record(c->hDB, hKeySeq, &seq, sizeof(seq), 0);
      } else {
         // message with wait
 
         // if message_wait not set, we are here for the first time
         if (!seq.message_wait) {
            mstrlcpy(seq.message, value.c_str(), sizeof(seq.message));
            seq.message_wait = TRUE;
            db_set_record(c->hDB, hKeySeq, &seq, sizeof(seq), 0);
            // wait
            return;
         } else {
            // message_wait is set, we have been here before
 
            // if web page did not clear the message, keep waiting
            if (seq.message[0] != 0) {
               // wait
               return;
            }
 
            // web page cleared the message, we are done with waiting
            seq.message_wait = false;
         }
      }
 
      seq.current_line_number = mxml_get_line_number_end(pn) + 1;
   }
 
   /*---- Msg ----*/
   else if (equal_ustring(mxml_get_name(pn), "Msg")) {
      if (strchr(mxml_get_value(pn), '$')) // evaluate message string if $ present
         value = eval_var(seq, c, mxml_get_value(pn));
      else
         value = mxml_get_value(pn); // treat message as string
      std::string type = "INFO";
      if (mxml_get_attribute(pn, "type"))
         type = std::string(mxml_get_attribute(pn, "type"));
 
      if (type == "ERROR")
         cm_msg(MERROR, "sequencer", "%s", value.c_str());
      else if (type == "DEBUG")
         cm_msg(MDEBUG, "sequencer", "%s", value.c_str());
      else if (type == "LOG")
         cm_msg(MLOG, "sequencer", "%s", value.c_str());
      else if (type == "TALK")
         cm_msg(MTALK, "sequencer", "%s", value.c_str());
      else
         cm_msg(MINFO, "sequencer", "%s", value.c_str());
 
      seq.current_line_number = mxml_get_line_number_end(pn) + 1;
   }
 
   /*---- Cat ----*/
   else if (equal_ustring(mxml_get_name(pn), "Cat")) {
      if (!mxml_get_attribute(pn, "name")) {
         seq_error(seq, c, "Missing variable name");
         return;
      }
      mstrlcpy(name, mxml_get_attribute(pn, "name"), sizeof(name));
      if (!concatenate(seq, c, data, sizeof(data), mxml_get_value(pn)))
         return;
      sprintf(str, "Variables/%s", name); // FIXME: unsafe
      size = strlen(data) + 1;
      if (size < 32)
         size = 32;
      db_set_value(c->hDB, c->hSeq, str, data, size, 1, TID_STRING);
 
      seq.current_line_number = mxml_get_line_number_end(pn) + 1;
   }
 
   /*---- Call ----*/
   else if (equal_ustring(mxml_get_name(pn), "Call")) {
      if (seq.stack_index == SEQ_NEST_LEVEL_SUB) {
         seq_error(seq, c, "Maximum subroutine level exceeded");
         return;
      } else {
         // put current line number on stack
         seq.subroutine_call_line[seq.stack_index] = mxml_get_line_number_end(pn);
         seq.ssubroutine_call_line[seq.stack_index] = atoi(mxml_get_attribute(pn, "l"));
         seq.subroutine_return_line[seq.stack_index] = mxml_get_line_number_end(pn) + 1;
 
         // search subroutine
         for (i = 1; i < mxml_get_line_number_end(mxml_find_node(c->pnseq, "RunSequence")); i++) {
            pt = mxml_get_node_at_line(c->pnseq, i);
            if (pt) {
               if (equal_ustring(mxml_get_name(pt), "Subroutine")) {
                  if (equal_ustring(mxml_get_attribute(pt, "name"), mxml_get_attribute(pn, "name"))) {
                     // put routine end line on end stack
                     seq.subroutine_end_line[seq.stack_index] = mxml_get_line_number_end(pt);
                     // go to first line of subroutine
                     seq.current_line_number = mxml_get_line_number_start(pt) + 1;
                     // put parameter(s) on stack
                     if (mxml_get_value(pn)) {
                        char p[256];
                        if (strchr(mxml_get_value(pn), '$')) // evaluate message string if $ present
                           mstrlcpy(p, eval_var(seq, c, mxml_get_value(pn)).c_str(), sizeof(p));
                        else
                           mstrlcpy(p, mxml_get_value(pn), sizeof(p)); // treat message as string
 
                        mstrlcpy(seq.subroutine_param[seq.stack_index], p, 256);
                     }
                     // increment stack
                     seq.stack_index++;
                     break;
                  }
               }
            }
         }
         if (i == mxml_get_line_number_end(mxml_find_node(c->pnseq, "RunSequence"))) {
            seq_error(seq, c, msprintf("Subroutine '%s' not found", mxml_get_attribute(pn, "name")).c_str());
         }
      }
   }
 
   /*---- <unknown> ----*/
   else {
      seq_error(seq, c, msprintf("Unknown statement \"%s\"", mxml_get_name(pn)).c_str());
   }
 
   /* get steering parameters, since they might have been changed in between */
   SEQUENCER seq1;
   size = sizeof(seq1);
   db_get_record(c->hDB, hKeySeq, &seq1, &size, 0);
   seq.running = seq1.running;
   seq.finished = seq1.finished;
   seq.paused = seq1.paused;
   seq.debug = seq1.debug;
   seq.stop_after_run = seq1.stop_after_run;
   mstrlcpy(seq.message, seq1.message, sizeof(seq.message));
   memcpy(seq.next_filename, seq1.next_filename, sizeof(seq.next_filename));
 
   // in debugging mode, pause after each step
   if (seq.debug && !skip_step)
      seq.paused = TRUE;
 
   /* update current line number */
   db_set_record(c->hDB, hKeySeq, &seq, sizeof(seq), 0);
}

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SEQUENCER_STR()

SEQUENCER_STR

(

sequencer_str

)

set_all_matching()

int set_all_matching	(	HNDLE	hDB,
		HNDLE	hBaseKey,
		const char *	odbpath,
		char *	value,
		int	index1,
		int	index2,
		int	notify
	)

Definition at line 1668 of file msequencer.cxx.

                                                                                                                      {
   int status, size;
   char data[256];
   KEY key;
 
   std::vector<HNDLE> keys;
   status = db_find_keys(hDB, hBaseKey, odbpath, keys);
 
   if (status != DB_SUCCESS)
      return status;
 
   for (HNDLE hKey: keys) {
      db_get_key(hDB, hKey, &key);
      size = sizeof(data);
      db_sscanf(value, data, &size, 0, key.type);
 
      /* extend data size for single string if necessary */
      if ((key.type == TID_STRING || key.type == TID_LINK)
          && (int) strlen(data) + 1 > key.item_size && key.num_values == 1)
         key.item_size = strlen(data) + 1;
 
      if (key.num_values > 1 && index1 == -1) {
         for (int i = 0; i < key.num_values; i++)
            status = db_set_data_index1(hDB, hKey, data, key.item_size, i, key.type, notify);
      } else if (key.num_values > 1 && index2 > index1) {
         if (index1 < 0 || index1 >= key.num_values || index2 < 0 || index2 >= key.num_values)
            return DB_INVALID_PARAM;
         for (int i = index1; i < key.num_values && i <= index2; i++)
            status = db_set_data_index1(hDB, hKey, data, key.item_size, i, key.type, notify);
      } else {
         if (index1 < 0 || index1 >= key.num_values)
            return DB_INVALID_PARAM;
         status = db_set_data_index1(hDB, hKey, data, key.item_size, index1, key.type, notify);
      }
 
      if (status != DB_SUCCESS) {
         return status;
      }
   }
 
   return DB_SUCCESS;
}

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strbreak()

int strbreak	(	char *	str,
		char	list[][XNAME_LENGTH],
		int	size,
		const char *	brk,
		BOOL	ignore_quotes
	)

Definition at line 186 of file msequencer.cxx.

{
   int i, j;
   char *p;
 
   memset(list, 0, size * XNAME_LENGTH);
   p = str;
   if (!p || !*p)
      return 0;
 
   while (*p == ' ')
      p++;
 
   for (i = 0; *p && i < size; i++) {
      if (*p == '"' && !ignore_quotes) {
         p++;
         j = 0;
         memset(list[i], 0, XNAME_LENGTH);
         do {
            /* convert two '"' to one */
            if (*p == '"' && *(p + 1) == '"') {
               list[i][j++] = '"';
               p += 2;
            } else if (*p == '"') {
               break;
            } else
               list[i][j++] = *p++;
 
         } while (j < XNAME_LENGTH - 1);
         list[i][j] = 0;
 
         /* skip second '"' */
         p++;
 
         /* skip blanks and break character */
         while (*p == ' ')
            p++;
         if (*p && strchr(brk, *p))
            p++;
         while (*p == ' ')
            p++;
 
      } else {
         mstrlcpy(list[i], p, XNAME_LENGTH);
 
         for (j = 0; j < (int) strlen(list[i]); j++)
            if (strchr(brk, list[i][j])) {
               list[i][j] = 0;
               break;
            }
 
         p += strlen(list[i]);
         while (*p == ' ')
            p++;
         if (*p && strchr(brk, *p))
            p++;
         while (*p == ' ')
            p++;
 
         while (list[i][strlen(list[i]) - 1] == ' ')
            list[i][strlen(list[i]) - 1] = 0;
      }
 
      if (!*p)
         break;
   }
 
   if (i == size)
      return size;
 
   return i + 1;
}

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stristr()

char * stristr	(	const char *	str,
		const char *	pattern
	)

Definition at line 63 of file msequencer.cxx.

                                                    {
   char c1, c2, *ps, *pp;
 
   if (str == NULL || pattern == NULL)
      return NULL;
 
   while (*str) {
      ps = (char *) str;
      pp = (char *) pattern;
      c1 = *ps;
      c2 = *pp;
      if (toupper(c1) == toupper(c2)) {
         while (*pp) {
            c1 = *ps;
            c2 = *pp;
 
            if (toupper(c1) != toupper(c2))
               break;
 
            ps++;
            pp++;
         }
 
         if (!*pp)
            return (char *) str;
      }
      str++;
   }
 
   return NULL;
}

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strsubst()

void strsubst	(	char *	string,
		int	size,
		const char *	pattern,
		const char *	subst
	)

Definition at line 97 of file msequencer.cxx.

{
   char *tail, *p;
   int s;
 
   p = string;
   for (p = stristr(p, pattern); p != NULL; p = stristr(p, pattern)) {
 
      if (strlen(pattern) == strlen(subst)) {
         memcpy(p, subst, strlen(subst));
      } else if (strlen(pattern) > strlen(subst)) {
         memcpy(p, subst, strlen(subst));
         memmove(p + strlen(subst), p + strlen(pattern), strlen(p + strlen(pattern)) + 1);
      } else {
         tail = (char *) malloc(strlen(p) - strlen(pattern) + 1);
         strcpy(tail, p + strlen(pattern));
         s = size - (p - string);
         mstrlcpy(p, subst, s);
         mstrlcat(p, tail, s);
         free(tail);
         tail = NULL;
      }
 
      p += strlen(subst);
   }
}

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toString()

static std::string toString ( int  v )

static

Definition at line 127 of file msequencer.cxx.

                                 {
   char buf[256];
   snprintf(buf, sizeof(buf), "%d", v);
   return buf;
}

Variable Documentation

gOdb

MVOdb* gOdb = NULL

Definition at line 44 of file msequencer.cxx.