// 1 => LOADING
// 2 => DONE
// 3 => ERROR
import * as api from "../api/re_px.js"
window.api = api

export default  {
   namespaced: true,
   state: {
      order_id: 0,
      contain_val: false,

      search_status:0,
      search_error_message:'',
      search_dialog_is_active: false,

      // PX
      total_px: 0,
      pxs: [],
      selected_px: {},
      selected_px_idx: 0,

      groups: [{id:'1', name:'DUMMY - KIMIA'}, {id:'2', name:'DUMMY - HEMATOLOGI'}],
      selected_group: {},

      reruns: [{date:'2019-07-10 08:00', instrument:'COBAS', result:'56'}, {date:'2019-07-10 08:20', instrument:'COBAS', result:'68'}],
      selected_rerun: {},
      dialog_rerun: false,
      snackbar: false,
      snackbar_err: false,

      dialog_trend: false,
      info_trend: {},
      dialog_mr: false,

      dialog_unval: false,
      unval_actions: [{"val":"1", "label":"Rerun"}, {"val":"2", "label":"Ganti Hasil"}, {"val":"3", "label":"Tolak Sampel"}],
      selected_unval_action: null,
      selected_mr_state: [],
      selected_flagbloodtype: {}
   },
   mutations: {
      update_dialog_mr(state,status) {
         state.dialog_mr = status
      },
      update_selected_mr(state,status) {
         state.selected_mr_state= status
      },
      update_search_dialog_is_active(state,status) {
         state.search_dialog_is_active = status
      },
      update_search_error_message(state,status) {
         state.search_error_message = status
      },

      update_search_status(state,status) {
         state.search_status = status
      },

      update_id(state, id) {
         state.order_id = id
      },

      update_pxs(state, pxs) {
         state.pxs = pxs.records
      },

      update_selected_px(state, px) {
         state.selected_px = px
      },

      update_selected_px_idx(state, idx) {
         state.selected_px_idx = idx
      },

      update_selected_group(state, group) {
         state.selected_group = group
      },

      update_dialog_rerun(state, v) {
         state.dialog_rerun = v
      },

      update_reruns(state, reruns) {
         state.reruns = reruns.records
      },

      update_selected_rerun(state, rerun) {
         state.selected_rerun = rerun
      },

      update_snackbar(state, v) {
         state.snackbar = v
      },

      update_snackbar_err(state, v) {
         state.snackbar_err = v
      },

      update_dialog_trend(state, v) {
         state.dialog_trend = v
      },

      update_info_trend(state, v) {
         state.info_trend = v
      },

      update_contain_val(state, v) {
         state.contain_val = v
      },

      update_groups(state, v) {
         state.groups = v.records
      },

      update_selected_unval_action(state, v) {
         state.selected_unval_action = v
      },

      update_dialog_unval(state, v) {
         state.dialog_unval = v
      },

      update_selected_flagbloodtype(state, value) {
        state.selected_flagbloodtype = value
      }
   },
   actions: {
      async single_validation(context,prm) {
         context.commit("update_search_status", 1)
         try {
            await api.single_validation(one_token(), prm.order_id, prm.validation)
            context.commit("update_search_status", 0)
         } catch(e) {
            context.commit("update_search_error_message",e.message)
            context.commit("update_search_status", 3)
         }
      },
      async search(context) {
         context.commit("update_search_status", 1)
         context.commit('update_contain_val', false)
         try {
            let resp= await api.search(one_token(), context.state.order_id, context.rootState.re_patient.selected_status_validasi.code)

            if (resp.status != "OK") {

               context.commit("update_search_status", 3)
               context.commit("update_search_error_message", resp.message)
            } else {
               context.commit("update_search_status",2)
               context.commit("update_search_error_message","")

               let data = {
                  records : resp.data.records,
                  total: resp.data.total
               }

               for (let i in data.records) {
                  let x = data.records[i]
                  //   if (x.validation == "X" && x.sample_handling_perfect == "Y" && x.verification == "Y") {
                  //      if (x.mr_state == "Y")
                  //         x.validation = "Y"
                  //      else
                  //         x.validation = "N"

                  //      data.records[i] = x
                  //   }
                  x.validation_old = x.validation
                  if (x.validation_old == "Y")
                     context.commit('update_contain_val', true)
               }

               context.commit("update_pxs", data)
            }
         } catch(e) {
            context.commit("update_search_status",3)
            context.commit("update_search_error_message",e.message )
         }
      },

      async confirm(context) {
         let data = []
         let x = context.state.pxs
         for (let i in x) {
            let y = x[i]
            //if ( y.validation_old != y.validation)
            if (y.verification == 'Y' && y.validation != 'Y' ) {
               y.validation = 'Y'
               data.push({id:y.id, mr_state:y.mr_state, validation:y.validation, test_id:y.t_testid, test_name:y.t_testname})
            }
         }

         if (data.length < 1) {
            context.commit('update_snackbar_err', true)
            return
         }

         try {
            let resp= await api.confirm(one_token(), JSON.stringify(data))

            if (resp.status != "OK") {

               context.commit("update_search_status", 3)
               context.commit("update_search_error_message", resp.message)
            } else {
               context.commit("update_search_status",2)
               context.commit("update_search_error_message","")

               context.dispatch("search")
               context.commit("update_snackbar", true)
            }
         } catch(e) {
            context.commit("update_search_status",3)
            context.commit("update_search_error_message",e.message )
         }
      },

      async unvalidate(context) {
         let order_id = context.rootState.re_patient.selected_patient.T_OrderHeaderID
         try {
            let resp= await api.unvalidate(one_token(), order_id)

            if (resp.status != "OK") {

               context.commit("update_search_status", 3)
               context.commit("update_search_error_message", resp.message)
            } else {
               context.commit("update_search_status",2)
               context.commit("update_search_error_message","")

               context.dispatch("search")
               context.commit("update_snackbar", true)
            }
         } catch(e) {
            context.commit("update_search_status",3)
            context.commit("update_search_error_message",e.message )
         }
      },

      async mr_state(context) {
         context.commit("update_search_status", 1)
         try {
            let resp= await api.mr_state(one_token(), context.state.selected_px.id)

            if (resp.status != "OK") {

               context.commit("update_search_status", 3)
               context.commit("update_search_error_message", resp.message)
            } else {
               context.commit("update_search_status",2)
               context.commit("update_search_error_message","")

               context.commit('update_info_trend', resp.data)
               context.commit('update_dialog_trend', true)
            }
         } catch(e) {
            context.commit("update_search_status",3)
            context.commit("update_search_error_message",e.message )
         }
      },

      async print_count(context) {
         let order_id = context.state.order_id      
         try {
            let resp= await api.print_count(one_token(), order_id)

            if (resp.status != "OK") {

               context.commit("update_search_status", 3)
               context.commit("update_search_error_message", resp.message)
            } else {
               context.commit("update_search_status",2)
               context.commit("update_search_error_message","")
            }
         } catch(e) {
            context.commit("update_search_status",3)
            context.commit("update_search_error_message",e.message )
         }
      },

      async search_group(context) {
         context.commit("update_search_status", 1)
         try {

            let resp= await api.search_group()

            if (resp.status != "OK") {

               context.commit("update_search_status", 3)
               context.commit("update_search_error_message", resp.message)
            } else {
               context.commit("update_search_status", 2)
               context.commit("update_search_error_message","")

               let data = {
                  records : resp.data.records,
                  total: resp.data.total
               }

               context.commit("update_groups", data)
            }
         } catch(e) {
            context.commit("update_search_status", 3)
            context.commit("update_search_error_message",e.message )
         }
      },

      async delta_check(context) {
         context.commit("update_search_status", 1)
         try {
            let resp= await api.delta_check(one_token(), context.state.selected_px.id)

            if (resp.status != "OK") {

               context.commit("update_search_status", 3)
               context.commit("update_search_error_message", resp.message)
            } else {
               context.commit("update_search_status",2)
               context.commit("update_search_error_message","")

               context.commit('update_info_trend', resp.data)
               context.commit('update_dialog_trend', true)
            }
         } catch(e) {
            context.commit("update_search_status",3)
            context.commit("update_search_error_message",e.message )
         }
      },

      async trend_analysis(context) {
         context.commit("update_search_status", 1)
         try {
            let resp= await api.trend_analysis(one_token(), context.state.selected_px.id)

            if (resp.status != "OK") {

               context.commit("update_search_status", 3)
               context.commit("update_search_error_message", resp.message)
            } else {
               context.commit("update_search_status",2)
               context.commit("update_search_error_message","")

               context.commit('update_info_trend', resp.data)
               context.commit('update_dialog_trend', true)
            }
         } catch(e) {
            context.commit("update_search_status",3)
            context.commit("update_search_error_message",e.message )
         }
      },

      async reject(context) {
         context.commit("update_search_status", 1)
         try {
            let resp= await api.reject(one_token(), context.state.selected_px.id, context.state.selected_unval_action)

            if (resp.status != "OK") {

               context.commit("update_search_status", 3)
               context.commit("update_search_error_message", resp.message)
            } else {
               context.commit("update_search_status",2)
               context.commit("update_search_error_message","")

               context.dispatch("search")
            }
         } catch(e) {
            context.commit("update_search_status",3)
            context.commit("update_search_error_message",e.message )
         }
      },
      async search_rerun(context) {
         context.commit("update_search_status", 1)
         try {

            let resp= await api.search_rerun(context.state.selected_px.id)

            if (resp.status != "OK") {

               context.commit("update_search_status", 3)
               context.commit("update_search_error_message", resp.message)
            } else {
               context.commit("update_search_status", 2)
               context.commit("update_search_error_message","")

               context.commit("update_reruns", resp.data)
            }
         } catch(e) {
            context.commit("update_search_status", 3)
            context.commit("update_search_error_message",e.message )
         }
      },
    async getflagbloodtype(context) {
      //   context.commit("update_get_data_status", 1)
        try {
            // prm.token = one_token()
            let resp = await api.get_flag_bloodtype()
            if (resp.status != "OK") {
               //  context.commit("update_get_data_status", 3)
            } else {
               //  context.commit("update_get_data_status", 2)
                let data = {
                    records: resp.data.records
                }
                context.commit("update_selected_flagbloodtype", data.records)
            }
        } catch (e) {
            // context.commit("update_get_data_status", 3)
        }
    }
   }
}