void Script::execute(uint32 callMode) {
if (!shouldExecute(callMode)) {
return;
}
if (isSuspended()) {
// If the script is suspended, check if it can be resumed
updateSuspended();
}
uint32 executedCommands = 0;
while (1) {
if (isSuspended()) {
break;
}
if (!_nextCommand) {
break; // No next command, stop here
}
if (isOnEnd()) {
break; // Reached the end of the script
}
_nextCommand = _nextCommand->execute(callMode, this);
executedCommands++;
if (executedCommands > 50) {
break; // Too many consecutive commands
}
}
if (isOnEnd() || !_nextCommand) {
// Reset ended scripts so they can be started again
reset();
// Check if we should return to some caller script
if (!_returnObjects.empty()) {
Object *callerObject = _returnObjects.back();
_returnObjects.pop_back();
// Resume execution of the caller object
resumeCallerExecution(callerObject);
}
}
}
char doJobs( jobs jlist[], int number_of_jobs )
{
int result, check;
int index = 0;
int mt, d, y, h, m, s, update_index;
char time_update_buff [strlen(jlist[ index ].dateTime)];
time_t epoch_time;
struct tm *tm_p = NULL;
epoch_time = time( NULL );
tm_p = localtime( &epoch_time );
jberrno = 0;
for ( index; index < number_of_jobs; index++)
{
// If the job needs to be executed -> do it
if( shouldExecute( jlist[ index ].dateTime ))
{
result = recursiveCopy( jlist[ index ].from, jlist[ index ].to, 1);
}
else
{
if (BUGS)
printf("\nShould not be ran today.\n");
}
// If something went wrong with the backup, notify.
if ( result )
{
jberrno = ERROR_RECURSING_JOB_DIR;
if(BUGS) printf("\n%s %s\n\n", jbetoa(), jlist[ index ].title);
}
else
{
// UPDATE MONTH / DAY to next update period.
// IF MONTH > -1 : ++month - leave day alone
// IF MONTH == -1 && day > -1 ++day
// THIS IS ALL ASSUMING THAT ITS NOT A YEARLY BACKUP, AND
// THAT HOUR/MIN/SEC DOESNT CHANGE
// TURN ALL TO INTS FOR LATER IF NEEDS TO BE MODIFIED
sscanf(jlist[ index ].dateTime,
"%d"TIME_SEPARATOR"%d"TIME_SEPARATOR
"%d"TIME_SEPARATOR"%d"TIME_SEPARATOR
"%d"TIME_SEPARATOR"%d"TIME_SEPARATOR"%d",
&y, &mt, &d, &h, &m, &s, &update_index);
// NEED TO BETTER MANAGE THE INCRIMENTING OF DAYS
if( mt > -1 )
{
if( mt+update_index > 12) // If its larger than 12
{
mt = (mt+update_index)%12; //set num months larger.
}
else
{
tm_p->tm_mon += update_index+1; // Adds index to mon, Leave the +1
mt = tm_p->tm_mon;
}
}
if( mt == -1 && d > -1 ) // If mon not given, assume daily
{
if ( tm_p->tm_mday >= 28 ) // not quite monthly
tm_p->tm_mday = 0;
tm_p->tm_mday += update_index;
d = tm_p->tm_mday;
}
// Set time_update_buff before updating job file
check = sprintf(time_update_buff,
"%d"TIME_SEPARATOR"%d"TIME_SEPARATOR
"%d"TIME_SEPARATOR"%d"TIME_SEPARATOR
"%d"TIME_SEPARATOR"%d"TIME_SEPARATOR"%d",
y, mt, d, h, m, s, update_index);
if ( check < 0 )
{
jberrno = ERROR_SETTING_TIME_BUFF;
if(BUGS) printf("\n%s\n", jbetoa());
return -1;
}
else
{
strcpy(jlist[ index ].dateTime, time_update_buff);
updateJobFile( jlist, index );
}
} // END OF RESULT ELSE
} // END JOB LOOP
return 0;
}