location.js
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import {all, call, fork, delay, put, takeEvery, takeLatest} from 'redux-saga/effects';
import axios from 'axios';
import {coordAPIKEY, host} from '../env';
import {
SET_ELOC_REQUEST,
SET_SLOC_REQUEST,
SET_SLOC_SUCCESS,
SET_ELOC_SUCCESS,
SET_SLOC_FAILURE,
SET_ELOC_FAILURE,
SET_OPTROUTE_REQUEST,
SET_OPTROUTE_SUCCESS,
SET_OPTROUTE_FAILURE,
} from "../reducers/location";
function setStartLocationAPI(data) {
const {startTextLocation} = data;
console.log(startTextLocation);
return axios.get(`http://api.vworld.kr/req/address?service=address&request=getcoord&version=1.0&crs=epsg:4326&address=${startTextLocation}&refine=true&simple=false&format=json&type=road&key=${coordAPIKEY}`);
}
function setEndLocationAPI(data) {
const {endTextLocation} = data;
console.log(endTextLocation);
return axios.get(`http://api.vworld.kr/req/address?service=address&request=getcoord&version=1.0&crs=epsg:4326&address=${endTextLocation}&refine=true&simple=false&format=json&type=road&key=${coordAPIKEY}`);
}
function setOptRouteAPI(data) {
const {startLocation, endLocation, endTime, personalVelocity} = data;
console.log('제발 좀 되라', startLocation, endLocation, endTime, personalVelocity);
return axios.post(`http://${host}:4001/api/setOptRoute`, {
startLocation,
endLocation,
endTime,
personalVelocity
}, {withCredentials: true});
}
function* setStartLocation(action) {
try {
console.log('saga의 setLocation', action.data);
let res = yield call(setStartLocationAPI, action.data);
let longitude, latitude = null;
if (res.data.response.status === "OK") {
longitude = parseFloat(res.data.response.result.point.x);
latitude = parseFloat(res.data.response.result.point.y);
}
//
// if (res.data.status === "OK") {
// latitude = res.data.results[0].geometry.location.lat;
// longitude = res.data.results[0].geometry.location.lng;
// console.log(latitude, longitude)
// }
console.log('startRes: ', longitude, latitude);
yield put({
type: SET_SLOC_SUCCESS,
data: {
startLocation: {
title: action.data.startTextLocation,
description: 'start point',
longitude: longitude,
latitude: latitude,
latitudeDelta: 1.2,
longitudeDelta: 1.2
}
}
})
} catch (e) {
console.error(e);
yield put({
type: SET_SLOC_FAILURE,
data: {
info: e.response.data.info
}
});
}
}
function* setEndLocation(action) {
try {
let res = yield call(setEndLocationAPI, action.data);
let longitude, latitude = null;
//
// if (res.data.status === "OK") {
// latitude = res.data.results[0].geometry.location.lat;
// longitude = res.data.results[0].geometry.location.lng;
// console.log(latitude, longitude)
// }
if (res.data.response.status === "OK") {
longitude = parseFloat(res.data.response.result.point.x);
latitude = parseFloat(res.data.response.result.point.y);
}
console.log('finishRes: ', longitude, latitude);
yield put({
type: SET_ELOC_SUCCESS,
data: {
endLocation: {
title: action.data.endTextLocation,
description: 'end point',
longitude: longitude,
latitude: latitude,
latitudeDelta: 1.2,
longitudeDelta: 1.2
}
}
});
} catch (e) {
console.error(e);
yield put({
type: SET_ELOC_FAILURE,
data: {
info: e.response.data.info
}
})
}
}
function* setOptRoute(action) {
try {
let res = yield call(setOptRouteAPI, action.data);
const {optRoute} = res.data;
yield put({
type: SET_OPTROUTE_SUCCESS,
data: {
optRoute: optRoute
}
});
} catch (e) {
console.error(e);
yield put({
type: SET_OPTROUTE_FAILURE,
data: {
info: e.response.data.info
}
})
}
}
function* watchSetStartLocation() {
console.log('watchSetStartLocation');
yield takeLatest(SET_SLOC_REQUEST, setStartLocation);
}
function* watchSetEndLocation() {
console.log('watchSetEndLocation');
yield takeLatest(SET_ELOC_REQUEST, setEndLocation)
}
function* watchSetOptRoute() {
console.log('watchSetOptimalRoute');
yield takeLatest(SET_OPTROUTE_REQUEST, setOptRoute)
}
export default function* locationSaga() {
yield all([
fork(watchSetStartLocation),
fork(watchSetEndLocation),
fork(watchSetOptRoute),
]);
};