1Assignee_2

function solve(input){

    let countassignee= Number(input.shift());

    let Allassignees={};// associative array

    for (let i = 0; i < countassignee; i++) {
        const[assignee,taskId,title,status,estimatedPoints1]=(input.shift()).split(':');
        let estimatedPoints=Number(estimatedPoints1);

      if(Allassignees[assignee]){
        Allassignees[assignee].alltasks.push({taskId,title,status,estimatedPoints});
      }
      else{
        Allassignees[assignee]={alltasks:[{taskId,title,status,estimatedPoints}]};
      }

    }


   // let Cmd= input.shift();

   for (const currentcmd of input) {


        ArrCmd= (currentcmd).split(':');

    let commandCmd=ArrCmd[0];
    let assignee= ArrCmd[1];
    let taskid=ArrCmd[2];

    switch (commandCmd) {
        case 'Add New':
            let title=ArrCmd[3];
            let status=ArrCmd[4];
            let estimatedPoints=Number(ArrCmd[5]);

            if(!Allassignees[assignee]){
                console.log(`Assignee ${assignee} does not exist on the board!`)
            }
            else{
                Allassignees[assignee].alltasks.push({taskid,title,status,estimatedPoints:estimatedPoints});
            }
            break;
        case 'Change Status':
            let newstatus=ArrCmd[3];
            if(Allassignees[assignee]){

                let currenttask= Allassignees[assignee].alltasks.find(t=> t.taskId==taskid);
                if(currenttask== null){
              console.log(`Task with ID ${taskid} does not exist for ${assignee}!`)
                }
                else{
                    currenttask.status = newstatus;
                }


            }
            else{
               console.log(`Assignee ${assignee} does not exist on the board!`)
            }

            break;

            case 'Remove Task':
                let index=Number(taskid);

                if(!Allassignees[assignee]){
                    console.log(`Assignee ${assignee} does not exist on the board!`)
                }
                else{
              let counttasks=Allassignees[assignee].alltasks.length;
              if(index <0 || index >=counttasks){
                        console.log(`Index is out of range!`);
              }
              else{

              Allassignees[assignee].alltasks.splice(index,1);
              }
                }
                 break;
            }
        }

        let FinalTasks={};
         FinalTasks['ToDo']= 0;
         FinalTasks['In Progress']= 0;
         FinalTasks['Code Review']= 0;
         FinalTasks['Done Points']= 0;



        for (const assignee in Allassignees) {
            for (const task of Allassignees[assignee].alltasks) {
                if(task.status=='ToDo'){
                    FinalTasks['ToDo'] += task.estimatedPoints;
                }
                else if(task.status=='In Progress'){
                    FinalTasks['In Progress'] += task.estimatedPoints;
                }
                else if(task.status=='Code Review'){
                    FinalTasks['Code Review'] += task.estimatedPoints;
                }
                else if(task.status=='Done'){
                    FinalTasks['Done Points'] +=task.estimatedPoints;
                }

            }

        }


        let countDone=0;
        let countothers=0;

        let AllEntries=Object.entries(FinalTasks);

        for (const key of AllEntries) {
            console.log(`${key[0]}: ${key[1]}pts`);

            switch(key[0]){
                case 'ToDo':

                countothers += Number(key[1]);
                break;
                case 'In Progress':

                countothers += Number(key[1]);
                break;
                case 'Code Review':

                countothers += Number(key[1]);
                break;
                case 'Done Points':
                    countDone += Number(key[1]);

                break;
        }

    }



    if(countDone >= countothers){
        console.log(`Sprint was successful!`);
    }
else{
console.log(`Sprint was unsuccessful...`)
}
}