public static List <ListReportProcess> getReportProcess(decimal id)
{
try {
List <ListReportProcess> processList = new List <ListReportProcess>();
var dProcess = ProcessDAL.fetchAllByUnit(id);
foreach (process p in dProcess)
{
ListReportProcess response = new ListReportProcess();
response.processId = int.Parse(p.id + "");
response.processName = p.name;
var list = TaskDAL.fetchByProcess(p.id).Select(x => new Task {
id = long.Parse(x.id + ""),
name = x.name,
taskStatusId = x.task_status,
}).ToList();
response.taskList = list;
int ready = 0;
int working = 0;
int pending = 0;
foreach (Task task in list)
{
if (task.taskStatusId == "0")
{
pending++;
}
else if (task.taskStatusId == "2")
{
ready++;
}
else if (task.taskStatusId == "4")
{
working++;
}
}
response.tasks = list.Count();
response.done = ready;
response.working = working;
response.pending = pending;
processList.Add(response);
}
return(processList);
} catch (Exception e) {
throw e;
}
}
/**
* Método para obtener la lista de datos realizando el mapeo desde la capa de datos
*/
public static List <Process> fetchAllByUnit(decimal id)
{
try {
List <Process> list = new List <Process>();
var mProcess = ProcessDAL.fetchAllByUnit(id).ToList();
foreach (process proceso in mProcess)
{
var tasks = TaskDAL.fetchByProcess(proceso.id).Count();
Process model = new Process();
model.id = long.Parse(proceso.id + "");
model.name = proceso.name;
model.description = proceso.description;
model.n_tasks = tasks;
list.Add(model);
}
return(list);
} catch (Exception e) {
throw e;
}
}
public static List <ListProcessResponse> getBackLogByUnit(decimal id)
{
try {
List <ListProcessResponse> list = new List <ListProcessResponse>();
var mProcess = ProcessDAL.fetchAllByUnit(id).ToList();
foreach (process proceso in mProcess)
{
var dListTasks = TaskDAL.fetchByProcess(proceso.id);
ListProcessResponse model = new ListProcessResponse();
model.id = long.Parse(proceso.id + "");
model.name = proceso.name;
model.description = proceso.description;
var dTasks = 0;
if (dListTasks != null)
{
model.n_tasks = dListTasks.Count();
dTasks = dListTasks.Count();
}
var pendingTask = 0;
var readyTask = 0;
var workingTask = 0;
if (dListTasks != null)
{
foreach (tasks tarea in dListTasks)
{
if (tarea.task_status == "2")
{
readyTask = readyTask + 1;
}
if (tarea.task_status == "0" || tarea.task_status == "1")
{
pendingTask = pendingTask + 1;
}
if (tarea.task_status == "4")
{
workingTask = workingTask + 1;
}
}
}
model.task_working = workingTask;
model.task_peding = pendingTask;
model.task_ready = readyTask;
var lastTask = TaskDAL.fetchByProcess(proceso.id).OrderByDescending(x => x.date_end).FirstOrDefault();
if (lastTask != null)
{
model.endDate = ((DateTime)lastTask.date_end).ToString("dd/MM/yyyy").Replace("-", "/");
}
var progress = 0;
if (dTasks > 0)
{
progress = readyTask * 100 / dTasks;
}
model.progress = progress;
list.Add(model);
}
return(list);
} catch (Exception e) {
throw e;
}
}