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

export default  {
   namespaced: true,
   state: {
      search: '',
      search_status:0,
      search_error_message:'',
      tests: [],
      total_test: 0,
      selected_test: [],

      search_panel: '',
      search_panel_status:0,
      panels: [],
      total_panel: 0,
      selected_panel: [],
      requirement: [],

      cito: {test:[], panel:[]},

      selected_px_tab: 'px',
      nat_test: [],

      req_status: "X",
      reqs: [],

      citos: [],
      selected_cito: null,
      is_cito: "N"
   },
   mutations: {
      update_requirement(state,val) {
         state.requirement = val
      },
      update_search_error_message(state,status) {
         state.search_error_message = status
      },
      update_selected_test(state,val) {
         // if (state.cito.length > 0) {
            for (var i in val) {
               val[i]['T_TestIsCito'] = 'N'
               if (state.cito.test.indexOf(val[i]['T_TestID']) > -1)
                  val[i]['T_TestIsCito'] = 'Y'
            }
         // }

         state.selected_test = val
      },
      update_mouCompanyID(state,val) {
         state.mouCompanyID=val 
      },
      update_search(state,val) {
         state.search=val 
      },
      update_search_status(state,status) {
         state.search_status = status
      },
      update_tests(state,data) {
         state.tests= data.records
         state.total_test= data.total
      },
      update_search_panel(state,val) {
         state.search_panel=val 
      },
      update_search_panel_status(state,status) {
         state.search_panel_status = status
      },
      update_panels(state,data) {
         console.log('--comit--',data)
         state.panels = data.records
         state.total_panel = data.total
      },
      update_selected_panel(state,val) {
         state.selected_panel= val
      },

      update_cito(state, val) {
         let test = state.selected_test
         let cito = state.cito
         // if (val.length > 0) {
            
            for (var i in test) {
               test[i]['T_TestIsCito'] = 'N'
               if (val.v.indexOf(test[i]['T_TestID']) > -1)
                  test[i]['T_TestIsCito'] = 'Y'
            }
         // }

         cito[val.t] = val.v
         console.log(cito)
         state.cito = cito
         state.selected_test = test         
      },

      update_selected_px_tab(state, tab) {
         state.selected_px_tab = tab
      },

      update_nat_test(state) {
         let px = state.selected_test
         let nt = []
         for (let i in px) {
            for (let j in px[i].nat_test) {
               nt.push(px[i].nat_test[j])
            }
         }

         state.nat_test = nt
      },

      update_req_status(state, val) {
         state.req_status = val
      },

      update_reqs(state, val) {
         state.reqs = val
      },

        update_citos(state, val) {
            state.citos = val.records
        },

        update_selected_cito(state, val) {
            state.selected_cito = val
        },

        update_is_cito(state, val) {
            state.is_cito = val
        },

      reset_px (state) {
         state.selected_test = []
         state.search = ""
      }
   },
   actions: {
    delete_px (context, test) {
        let sel = context.state.selected_test
        sel.forEach(function(t, idx) {
           if(t.T_TestID == test.T_TestID && t.px_type == test.px_type) {
              sel.splice(idx,1)
           }
        });

        let cito = context.state.cito.test
        let cito_idx = cito.indexOf(test.T_TestID)
        if (cito_idx > -1)
           cito.splice(cito_idx, 1)

        context.commit("update_selected_test", sel)
        let tests = context.state.tests
        if (tests == undefined ) tests = []
        tests.push(test)

        let dt = {
           records : tests,
           total: tests.length
        }

        context.commit("update_tests", dt)
        // context.dispatch("delete_req", test)
        // context.dispatch("update_req", null)
        // context.dispatch("appx_schedule")
        context.commit('update_nat_test')
     },

      update_req(context, px) {
         
         let reqs = []
         let tests = context.state.selected_test
         tests.forEach( function(t) {
            let label = t.T_TestRequirement
            if (_.indexOf(reqs,label) == -1 ) reqs.push(label)
         })

         let panels = context.state.selected_panel
         panels.forEach( function(p) {
            let tests = p.test
            tests.forEach( function(t) {
               let label = t.T_TestRequirement
               if (_.indexOf(reqs,label) == -1 ) reqs.push(label)
            })
         })

         let requirement = context.state.requirement
         let flag_update_requirement = false
         if (reqs.length == 0 ) {
            requirement = []
            flag_update_requirement = true
         }
         requirement.forEach(function(r,idx) {
            if ( _.indexOf(reqs,r.label) == -1) {
               flag_update_requirement = true
               requirement.splice(idx,1)
            }
         })
         
         if (flag_update_requirement) {
            context.commit('update_requirement', requirement)
         }
         
      },

      async search(context,prm) {
         context.commit("update_search_status",1)
         try {
            let mouCompanyID = context.rootState.conf.selected_conf.Conf_ClinicM_MouID
            
            let resp= await api.search(mouCompanyID, context.state.search)
            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_tests",data)
            }
         } catch(e) {
            context.commit("update_search_status",3)
            context.commit("update_search_error_message",e.message )
            console.log(e)
         }
      },

      async panel(context,prm) {
         context.commit("update_search_panel_status",1)
         try {
            let mouCompanyID = 0
            if (context.rootState.company.selected_mou.M_MouCompanyID) {
               mouCompanyID = context.rootState.company.selected_mou.M_MouCompanyID
            }
            let resp= await api.panel(mouCompanyID,context.state.search)
            if (resp.status != "OK") {
               context.commit("update_search_panel_status",3)
               context.commit("update_search_error_message",resp.message)
            } else {
               context.commit("update_search_panel_status",2)
               context.commit("update_search_error_message","")
               let data = {
                  records : resp.data.records,
                  total: resp.data.total
               }
               context.commit("update_panels",data)
            }
         } catch(e) {
            context.commit("update_search_panel_status",3)
            context.commit("update_search_error_message",e.message )
         }
      },

      async get_price(context, prm) {
         context.commit("update_search_status",1)
         try {
            
            let mou_id = context.rootState.company.selected_mou.M_MouID
            let resp = await api.get_price(prm.test_id, mou_id, prm.cito)

            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 x = context.state.selected_test
               for (let i in x) {
                  if (x[i].T_TestID == prm.test_id) {
                     if (Math.round(resp.data.test_price) == 0) {
                        x[i].T_TestIsCito = "N"
                        let n = context.state.cito.test.indexOf(x[i].T_TestID)
                        if (n > -1)
                           context.state.cito.test.splice(n, 1)

                        let tests = context.state.tests
                        if (tests == undefined ) tests = []
                        tests.push(x[i])
                        let dt = {
                           records : tests,
                           total: tests.length
                        }
                        context.commit("update_tests", dt)

                        x.splice(i, 1);
                     }
                        
                     else {
                        x[i].T_PriceAmount = resp.data.test_price
                        x[i].T_PriceDisc = resp.data.test_disc
                        x[i].T_PriceDiscRp = resp.data.test_discrp
                     }
                  }
               }
               context.commit("update_selected_test", x)
            }
         } catch(e) {
            context.commit("update_search_status",3)
            context.commit("update_search_error_message",e.message )
            
         }
      },
   }
}