//void automation(int argc, char **argv)
int automation(void )
{
static char **argv;
static int argc;
static int cur;
static int myargc;
static three_arg_type three;
static two_arg_type two;
static int index;
argv=global_argv;
argc=global_argc;
usleep(100000); // let gtk start
GUI_Quiet();
printf("\n *** Automated : %d entries*************\n",NB_AUTO);
// we need to process
argc-=1;
cur=1;
myargc=argc;
while(myargc>0)
{
if(( *argv[cur]!='-') || (*(argv[cur]+1)!='-'))
{
if(cur==1)
{
A_openAvi(argv[cur]);
}
else
printf("\n Found garbage %s\n",argv[cur]);
cur+=1;myargc-=1;
continue;
}
// else it begins with --
index= searchReactionTable(argv[cur]+2);
if(index==-1) // not found
{
printf("\n Unknown command :%s\n",argv[cur] );
cur+=1;myargc-=1;
}
else
{
printf("%s-->%d\n", reaction_table[index].string,reaction_table[index].have_arg);
switch( reaction_table[index].have_arg)
{
case 3:
three=( three_arg_type) reaction_table[index].callback;
three( argv[cur+1],argv[cur+2],argv[cur+3]);
printf("\n arg: %d index %d\n",myargc,index);
break;
case 2:
two=( two_arg_type) reaction_table[index].callback;
two( argv[cur+1],argv[cur+2]);
break;
case 1:
reaction_table[index].callback(argv[cur+1]);
break;
case 0:
reaction_table[index].callback(NULL);
break;
default:
ADM_assert(0);
break;
}
cur+=1+reaction_table[index].have_arg;
myargc-=1+reaction_table[index].have_arg;
}
} // end while
GUI_Verbose();
printf("\n ********** Automation ended***********\n");
return 0;
}
/**
* \fn automation
* @return
*/
int automation(void )
{
static char **argv;
static int argc;
static int cur;
static int myargc;
static int index;
static three_arg_type three;
static two_arg_type two;
argc=global_argc;
argv = global_argv;
//the port change has to be done before the video load
for( int runParaSearch=2 ; runParaSearch < argc ; ){
if(*argv[runParaSearch] == '-' && *(argv[runParaSearch]+1) == '-')
{
index = searchReactionTable(argv[runParaSearch]+2);
if(index != -1)
{
if(!strcmp(avs_port_change, argv[runParaSearch] +2 ))
{
A_set_avisynth_port(argv[runParaSearch+1]);
break;
}
runParaSearch += reaction_table[index].have_arg +1;
}
else
runParaSearch += 1;
}
else
runParaSearch += 1;
}
printf("\n *** Automated : %" PRIu32" entries*************\n",(uint32_t)NB_AUTO);
// we need to process
argc-=1;
cur=1;
myargc=argc;
while(myargc>0)
{
if(( *argv[cur]!='-') || (*(argv[cur]+1)!='-'))
{
if(cur==1)
{
loadCB(argv[cur]);
}
else
printf("\n Found garbage %s\n",argv[cur]);
cur+=1;myargc-=1;
continue;
}
// else it begins with --
if(!strcmp(argv[cur]+2,"portable")) // portable mode switch has been already taken care of, ignore
{
cur++;
myargc--;
continue;
}
index= searchReactionTable(argv[cur]+2);
if(index==-1) // not found
{
printf("\n Unknown command :%s\n",argv[cur] );
cur+=1;myargc-=1;
}
else
{
printf("%s-->%d\n", reaction_table[index].string,reaction_table[index].have_arg);
one_arg_type call=reaction_table[index].callback;
switch( reaction_table[index].have_arg)
{
case 3:
three=(three_arg_type)call;
three( argv[cur+1],argv[cur+2],argv[cur+3]);
break;
case 2:
two=(two_arg_type)call;
two( argv[cur+1],argv[cur+2]);
break;
case 1:
call(argv[cur+1]);
break;
case 0:
call(NULL);
break;
default:
ADM_assert(0);
break;
}
cur+=1+reaction_table[index].have_arg;
myargc-=1+reaction_table[index].have_arg;
}
} // end while
GUI_Verbose();
printf("\n ********** Automation ended***********\n");
return 0; // Do not call me anymore
}
