int compute_F_R_Clusters(int posStart, int posEnd, FILE *fp3)
{
int startOfClusterR;
int startOfClusterF;
int posPrevREnd=posStart, posPrevFEnd=posStart;
for (int count=posStart; count<posStart+maxSizeInst; count++)
{
if (listOfOEA_R[count]==1 &&(check_F(posPrevFEnd, count)||check_R(posPrevREnd, count+maxSizeInst)))
{
// printf("L110\n");
// startOfClusterR=count;
//if (check_F(posPrevR, count)==true)
printCluster(posStart, count, count, count+maxSizeInst, fp3);
posPrevFEnd=count;
posPrevREnd=count+maxSizeInst;
}
}
int count=posStart+maxSizeInst;
bool endFound=false;
//while (count<posStart+2*maxSizeInst && endFound==true)
//{
// if (listOfOEA_R[count]==1)
//{
printCluster(posStart, posStart+maxSizeInst, count, posEnd, fp3);
// endFound=true;
//}
//count++;
//}
}
int createClusters(FILE *fp3)
{
// printf("L218\n");
for (int count=0; count<chroSize; count++)
{
//printf("L222\n");
if (listOfOEA_F[count]==1 && (check_R(EndClusterR, count+2*maxSizeInst)||check_F(EndClusterF, count+maxSizeInst)))
{
// printf("L223\n");
compute_F_R_Clusters(count, count+2*maxSizeInst, fp3);
EndClusterR=count+2*maxSizeInst;
EndClusterF=count+maxSizeInst;
}
}
}
void execution(int argc,char* argv[])
{
int in=0,flag_F=-1 ,io=0,jo=0 ,copy_flag=0 , flag_fname=0;
char f[6];
in_len=argc;
flag_h=0;
flag_d=-1;
d_value=0;
flag_f=-1;
for(in=0; in< in_len ;in++)
{
strcpy(input_arra[in],argv[in]);
}
// printf("val of srgasdc is %d \n",in_len);
flag_f=check_f(in_len);
flag_F=check_F(in_len);
flag_h=check_h(in_len);
flag_d=check_d(in_len);
// printf("h is %d\n",flag_h);
if(flag_h == 1)
{
printf("help karo\n");
return ;
}
if(in_len < 2)
{
printf("\n usage ./a.out inputfile<test.cap>\n");
return ;
}
if(flag_d != -1)
{
d_value=atoi(argv[flag_d]);
//strcpy(inputfile,argv[flag_d]);
}
if(flag_F != -1)
{
//d_value=atoi(argv[flag_F]);
strcpy(inputfile,argv[flag_F]);
// printf("d_value is %s \n\n",inputfile);
// return;
}
else
{
printf("no input file \n -F <filename.cap>");
return;
}
//check filename exists or not
//printf("filename is %s",inputfile);
flag_fname=check_filename();
if(flag_fname == 1 )
{
printf("\n input file name format is wrong ...<*.cap>\n");
return;
}
strcpy(runtimecmd," ");
cmd_flag=0;
int len=0;
//printf("number is %d \n\n",in_len);
//if(flag_d==1)
// len=in_len-3;
//else
// len=in_len-1;
if(flag_f != -1)
{
cmd_flag=1;
//
io=0;
jo=0;
strcpy(runtimecmd,input_arra[flag_f]);
// printf("%she%sre",runtimecmd,input_arra[flag_f]);
//for(io=0;io<strlen(input_arra[flag_f]);io++)
//{
// printf("%c",input_arra[flag_f][io]);
//if(input_arra[flag_f][io] == ' ')
// jo++;
//strcpy(runtimecmd[jo][io],input_arra[flag_f][io]);
//}
//return;
/* for(io=0;io<strlen(runtimecmd);io++)
printf("cmd is jgjnade %d us %s jhkj \n",flag_f,runtimecmd[io]); */
}
int ret, check_ret=0;
check_ret=get_data();
//return 1;
if(check_ret==1)
return;
int checkt =-1, checkf=0;
int checkfst=0;
//number of words in input
int inputsize=in_len;
strcpy(user_input,input_arra[1]);
printdata();
while(1)
{
//printf("inside while");
checkt=-1;
checkf=0;
//checkf=check_f(inputsize);
if(checkfst==1)
{
strcpy(user_input,"");
//checkfst=1;
printf(" \n enter the new commnad \n ");
//scanf(" %s ",input_value);
int j=0,m=0;
for(m=0;m<100;m++)
{
for(j=0;j<100;j++)
input_arra[m][j]='\0';
}
char c;
for (m=0;m<100;)
{
for(j=0;j<100;j++)
{
scanf("%c",&c);
if(c==' ')
{
m++; break;
}
if(c=='\n')
break;
input_arra[m][j]=c;
}
if(c=='\n')break;
}
inputsize=m;
//for( j=0;j<=m;j++)
// printf("in put is %s \n",input_arra[j]);
strcpy(user_input,input_arra[0]);
}
checkt=check_t(inputsize);
if(!strcmp(user_input,"exit"))
break;
else if(!strcmp(user_input,"help"))
{
printf("\n am in help \n");
}
else if(checkt !=-1 && checkfst == 1)
{
// printf("t is present at pos %ddsf and in put size is %d \n",checkt , inputsize);
testcase(checkt,inputsize);
}
else
{
if(checkfst==1)
{
printf("wrong command entered \n");
}
}
checkfst=1;
}
}
