Files
bodyshop/server/payroll/pay-all.js

326 lines
11 KiB
JavaScript

const Dinero = require("dinero.js");
const queries = require("../graphql-client/queries");
const GraphQLClient = require("graphql-request").GraphQLClient;
const _ = require("lodash");
const rdiff = require("recursive-diff");
const logger = require("../utils/logger");
// Dinero.defaultCurrency = "USD";
// Dinero.globalLocale = "en-CA";
Dinero.globalRoundingMode = "HALF_EVEN";
exports.payall = async function (req, res) {
const BearerToken = req.headers.authorization;
const { jobid } = req.body;
logger.log("job-payroll-pay-all", "DEBUG", req.user.email, jobid, null);
const client = new GraphQLClient(process.env.GRAPHQL_ENDPOINT, {
headers: {
Authorization: BearerToken,
},
});
try {
const { jobs_by_pk: job } = await client
.setHeaders({ Authorization: BearerToken })
.request(queries.QUERY_JOB_PAYROLL_DATA, {
id: jobid,
});
//iterate over each ticket, building a hash of team -> employee to calculate total assigned hours.
const assignmentHash = { unassigned: 0 };
const employeeHash = {}; // employeeid => Cieca labor type => rate => hours. Contains how many hours each person should be paid.
job.joblines.forEach((jobline) => {
if (jobline.mod_lb_hrs > 0) {
//Check if the line is assigned. If not, keep track of it as an unassigned line by type.
if (jobline.assigned_team === null) {
assignmentHash.unassigned =
assignmentHash.unassigned + jobline.mod_lb_hrs;
} else {
//Line is assigned.
if (!assignmentHash[jobline.assigned_team]) {
assignmentHash[jobline.assigned_team] = 0;
}
assignmentHash[jobline.assigned_team] =
assignmentHash[jobline.assigned_team] + jobline.mod_lb_hrs;
//Create the assignment breakdown.
const theTeam = job.bodyshop.employee_teams.find(
(team) => team.id === jobline.assigned_team
);
theTeam.employee_team_members.forEach((tm) => {
//Figure out how many hours they are owed at this line, and at what rate.
if (!employeeHash[tm.employee.id]) {
employeeHash[tm.employee.id] = {};
}
if (!employeeHash[tm.employee.id][jobline.mod_lbr_ty]) {
employeeHash[tm.employee.id][jobline.mod_lbr_ty] = {};
}
if (
!employeeHash[tm.employee.id][jobline.mod_lbr_ty][
tm.labor_rates[jobline.mod_lbr_ty]
]
) {
employeeHash[tm.employee.id][jobline.mod_lbr_ty][
tm.labor_rates[jobline.mod_lbr_ty]
] = 0;
}
const hoursOwed = (tm.percentage * jobline.mod_lb_hrs) / 100;
employeeHash[tm.employee.id][jobline.mod_lbr_ty][
tm.labor_rates[jobline.mod_lbr_ty]
] =
employeeHash[tm.employee.id][jobline.mod_lbr_ty][
tm.labor_rates[jobline.mod_lbr_ty]
] + hoursOwed;
});
}
}
});
const ticketHash = {}; // employeeid => Cieca labor type => rate => hours.
//Calculate how much each employee has been paid so far.
job.timetickets.forEach((ticket) => {
if (!ticketHash[ticket.employeeid]) {
ticketHash[ticket.employeeid] = {};
}
if (!ticketHash[ticket.employeeid][ticket.ciecacode]) {
ticketHash[ticket.employeeid][ticket.ciecacode] = {};
}
if (!ticketHash[ticket.employeeid][ticket.ciecacode][ticket.rate]) {
ticketHash[ticket.employeeid][ticket.ciecacode][ticket.rate] = 0;
}
ticketHash[ticket.employeeid][ticket.ciecacode][ticket.rate] =
ticketHash[ticket.employeeid][ticket.ciecacode][ticket.rate] +
ticket.productivehrs;
//Add the rate
});
if (assignmentHash.unassigned > 0) {
res.json({ success: false, error: "Unassigned hours." });
return;
}
//Calculate how much time each tech should have by labor type.
// const comparison = compare(employeeHash, ticketHash);
const recursiveDiff = rdiff.getDiff(ticketHash, employeeHash, true); //Doing this order creates a diff of changes on the ticket hash to make it the same as the employee hash.
const ticketsToInsert = [];
recursiveDiff.forEach((diff) => {
//Every iteration is what we would need to insert into the time ticket hash
//so that it would match the employee hash exactly.
const path = diffParser(diff);
if (diff.op === "add") {
if (typeof diff.val === "object") {
//Multiple values to add.
Object.keys(diff.val).forEach((key) => {
ticketsToInsert.push({
jobid: job.id,
employeeid: path.employeeid,
productivehrs: diff.val[key][Object.keys(diff.val[key])[0]],
rate: Object.keys(diff.val[key])[0],
ciecacode: key,
flat_rate: true,
memo: "Add hours.",
});
});
} else {
//Only the 1 value to add.
ticketsToInsert.push({
jobid: job.id,
employeeid: path.employeeid,
productivehrs: path.hours,
rate: path.rate,
ciecacode: path.mod_lbr_ty,
flat_rate: true,
memo: "Add hours.",
});
}
} else if (diff.op === "update") {
} else {
//Has to be a delete
ticketsToInsert.push({
jobid: job.id,
employeeid: path.employeeid,
productivehrs: diff.oldVal * -1,
rate: path.rate,
ciecacode: path.mod_lbr_ty,
flat_rate: true,
memo: "Remove unneeded hours. (Rate/Unassigned).",
});
}
});
// //Check the ones that are different first. Source of truth will be the employee hash.
// comparison.different.forEach((differentKey) => {
// const empVal = fetchFromObject(employeeHash, differentKey) || 0;
// const ticketVal = fetchFromObject(ticketHash, differentKey) || 0;
// const splitKey = splitEmployeeKey(differentKey);
// ticketsToInsert.push({
// jobid: job.id,
// employeeid: splitKey.employeeid,
// productivehrs: empVal - ticketVal,
// rate: splitKey.rate,
// ciecacode: splitKey.mod_lbr_ty,
// flat_rate: true,
// memo: "Adjustment between expected and entered values.",
// });
// });
// comparison.missing_from_first //Missing from the employee hash, but present in the ticket hash.
// .filter((differentKey) => differentKey.split(".").length == 3)
// .forEach((differentKey) => {
// const empVal = fetchFromObject(employeeHash, differentKey) || 0;
// const ticketVal = fetchFromObject(ticketHash, differentKey) || 0;
// const splitKey = splitEmployeeKey(differentKey);
// ticketsToInsert.push({
// jobid: job.id,
// employeeid: differentKey.split(".")[0],
// productivehrs: empVal - ticketVal * -1,
// rate: splitKey.rate,
// ciecacode: splitKey.mod_lbr_ty,
// flat_rate: true,
// memo: "Entered ticket reversed to match system payroll.",
// });
// });
// comparison.missing_from_second //Missing from the ticket hash, but present in the employee hash.
// .filter((differentKey) => differentKey.split(".").length == 3)
// .forEach((differentKey) => {
// const empVal = fetchFromObject(employeeHash, differentKey) || 0;
// const ticketVal = fetchFromObject(ticketHash, differentKey) || 0;
// const splitKey = splitEmployeeKey(differentKey);
// ticketsToInsert.push({
// jobid: job.id,
// employeeid: differentKey.split(".")[0],
// productivehrs: empVal - ticketVal * -1,
// rate: splitKey.rate,
// ciecacode: splitKey.mod_lbr_ty,
// flat_rate: true,
// memo: "Entered ticket reversed to match system payroll.",
// });
// });
res.json(ticketsToInsert);
} catch (error) {
logger.log(
"job-payroll-labor-totals-error",
"ERROR",
req.user.email,
jobid,
{
jobid: jobid,
error,
}
);
res.status(503).send();
}
};
// var compare = function (a, b) {
// var result = {
// different: [],
// missing_from_first: [],
// missing_from_second: [],
// };
// _.reduce(
// a,
// function (result, value, key) {
// if (b.hasOwnProperty(key)) {
// if (_.isEqual(value, b[key])) {
// return result;
// } else {
// if (typeof a[key] != typeof {} || typeof b[key] != typeof {}) {
// //dead end.
// result.different.push(key);
// return result;
// } else {
// var deeper = compare(a[key], b[key]);
// result.different = result.different.concat(
// _.map(deeper.different, (sub_path) => {
// return key + "." + sub_path;
// })
// );
// result.missing_from_second = result.missing_from_second.concat(
// _.map(deeper.missing_from_second, (sub_path) => {
// return key + "." + sub_path;
// })
// );
// result.missing_from_first = result.missing_from_first.concat(
// _.map(deeper.missing_from_first, (sub_path) => {
// return key + "." + sub_path;
// })
// );
// return result;
// }
// }
// } else {
// result.missing_from_second.push(key);
// return result;
// }
// },
// result
// );
// _.reduce(
// b,
// function (result, value, key) {
// if (a.hasOwnProperty(key)) {
// return result;
// } else {
// result.missing_from_first.push(key);
// return result;
// }
// },
// result
// );
// return result;
// };
// function fetchFromObject(obj, prop) {
// if (typeof obj === "undefined") {
// return false;
// }
// var _index = prop.indexOf(".");
// if (_index > -1) {
// return fetchFromObject(
// obj[prop.substring(0, _index)],
// prop.substr(_index + 1)
// );
// }
// return obj[prop];
// }
// function splitEmployeeKey(key) {
// const splitArray = differentKey.split(".");
// // employeeid => Cieca labor type => rate
// return {
// employeeid: splitArray[0],
// mod_lbr_ty: splitArray[1],
// rate: splitArray[2],
// hours: splitArray[3],
// };
// }
function diffParser(diff) {
return {
employeeid: diff.path[0],
mod_lbr_ty: diff.path[1],
rate: diff.path[2],
hours: diff.val,
};
}