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- the great reformat

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Signed-off-by: Dave Richer <dave@imexsystems.ca>
This commit is contained in:
Dave Richer
2024-02-06 18:23:46 -05:00
parent 3b54fd27bb
commit 4eb8faa5d9
383 changed files with 54009 additions and 52734 deletions
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202
server/payroll/calculate-totals.js
View File

@@ -3,8 +3,8 @@ const queries = require("../graphql-client/queries");
const GraphQLClient = require("graphql-request").GraphQLClient;
const logger = require("../utils/logger");
const {
CalculateExpectedHoursForJob,
CalculateTicketsHoursForJob,
CalculateExpectedHoursForJob,
CalculateTicketsHoursForJob,
} = require("./pay-all");
// Dinero.defaultCurrency = "USD";
@@ -12,116 +12,116 @@ const {
Dinero.globalRoundingMode = "HALF_EVEN";
exports.calculatelabor = async function (req, res) {
const { jobid, calculateOnly } = req.body;
logger.log("job-payroll-calculate-labor", "DEBUG", req.user.email, jobid, null);
const {jobid, calculateOnly} = req.body;
logger.log("job-payroll-calculate-labor", "DEBUG", req.user.email, jobid, null);
const BearerToken = req.BearerToken;
const client = req.userGraphQLClient;
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 { employeeHash, assignmentHash } = CalculateExpectedHoursForJob(job);
const ticketHash = CalculateTicketsHoursForJob(job);
const totals = [];
//Iteratively go through all 4 levels of the object and create an array that can be presented.
// use the employee hash as the golden record (i.e. what they should have), and add what they've claimed.
//While going through, delete items from ticket hash.
//Anything left in ticket hash is an extra entered item.
Object.keys(employeeHash).forEach((employeeIdKey) => {
//At the employee level.
Object.keys(employeeHash[employeeIdKey]).forEach((laborTypeKey) => {
//At the labor level
Object.keys(employeeHash[employeeIdKey][laborTypeKey]).forEach(
(rateKey) => {
//At the rate level.
const expectedHours =
employeeHash[employeeIdKey][laborTypeKey][rateKey];
//Will the following line fail? Probably if it doesn't exist.
const claimedHours = get(
ticketHash,
`${employeeIdKey}.${laborTypeKey}.${rateKey}`
);
if (claimedHours) {
delete ticketHash[employeeIdKey][laborTypeKey][rateKey];
}
totals.push({
employeeid: employeeIdKey,
rate: rateKey,
mod_lbr_ty: laborTypeKey,
expectedHours,
claimedHours: claimedHours || 0,
try {
const {jobs_by_pk: job} = await client
.setHeaders({Authorization: BearerToken})
.request(queries.QUERY_JOB_PAYROLL_DATA, {
id: jobid,
});
}
);
});
});
Object.keys(ticketHash).forEach((employeeIdKey) => {
//At the employee level.
Object.keys(ticketHash[employeeIdKey]).forEach((laborTypeKey) => {
//At the labor level
Object.keys(ticketHash[employeeIdKey][laborTypeKey]).forEach(
(rateKey) => {
//At the rate level.
const expectedHours = 0;
//Will the following line fail? Probably if it doesn't exist.
const claimedHours = get(
ticketHash,
`${employeeIdKey}.${laborTypeKey}.${rateKey}`
);
if (claimedHours) {
delete ticketHash[employeeIdKey][laborTypeKey][rateKey];
}
//iterate over each ticket, building a hash of team -> employee to calculate total assigned hours.
const {employeeHash, assignmentHash} = CalculateExpectedHoursForJob(job);
const ticketHash = CalculateTicketsHoursForJob(job);
totals.push({
employeeid: employeeIdKey,
rate: rateKey,
mod_lbr_ty: laborTypeKey,
expectedHours,
claimedHours: claimedHours || 0,
const totals = [];
//Iteratively go through all 4 levels of the object and create an array that can be presented.
// use the employee hash as the golden record (i.e. what they should have), and add what they've claimed.
//While going through, delete items from ticket hash.
//Anything left in ticket hash is an extra entered item.
Object.keys(employeeHash).forEach((employeeIdKey) => {
//At the employee level.
Object.keys(employeeHash[employeeIdKey]).forEach((laborTypeKey) => {
//At the labor level
Object.keys(employeeHash[employeeIdKey][laborTypeKey]).forEach(
(rateKey) => {
//At the rate level.
const expectedHours =
employeeHash[employeeIdKey][laborTypeKey][rateKey];
//Will the following line fail? Probably if it doesn't exist.
const claimedHours = get(
ticketHash,
`${employeeIdKey}.${laborTypeKey}.${rateKey}`
);
if (claimedHours) {
delete ticketHash[employeeIdKey][laborTypeKey][rateKey];
}
totals.push({
employeeid: employeeIdKey,
rate: rateKey,
mod_lbr_ty: laborTypeKey,
expectedHours,
claimedHours: claimedHours || 0,
});
}
);
});
}
});
Object.keys(ticketHash).forEach((employeeIdKey) => {
//At the employee level.
Object.keys(ticketHash[employeeIdKey]).forEach((laborTypeKey) => {
//At the labor level
Object.keys(ticketHash[employeeIdKey][laborTypeKey]).forEach(
(rateKey) => {
//At the rate level.
const expectedHours = 0;
//Will the following line fail? Probably if it doesn't exist.
const claimedHours = get(
ticketHash,
`${employeeIdKey}.${laborTypeKey}.${rateKey}`
);
if (claimedHours) {
delete ticketHash[employeeIdKey][laborTypeKey][rateKey];
}
totals.push({
employeeid: employeeIdKey,
rate: rateKey,
mod_lbr_ty: laborTypeKey,
expectedHours,
claimedHours: claimedHours || 0,
});
}
);
});
});
if (assignmentHash.unassigned > 0) {
totals.push({
employeeid: undefined,
//rate: rateKey,
//mod_lbr_ty: laborTypeKey,
expectedHours: assignmentHash.unassigned,
claimedHours: 0,
});
}
res.json(totals);
//res.json(assignmentHash);
} catch (error) {
logger.log(
"job-payroll-calculate-labor-error",
"ERROR",
req.user.email,
jobid,
{
jobid: jobid,
error,
}
);
});
});
if (assignmentHash.unassigned > 0) {
totals.push({
employeeid: undefined,
//rate: rateKey,
//mod_lbr_ty: laborTypeKey,
expectedHours: assignmentHash.unassigned,
claimedHours: 0,
});
res.status(503).send();
}
res.json(totals);
//res.json(assignmentHash);
} catch (error) {
logger.log(
"job-payroll-calculate-labor-error",
"ERROR",
req.user.email,
jobid,
{
jobid: jobid,
error,
}
);
res.status(503).send();
}
};
get = function (obj, key) {
return key.split(".").reduce(function (o, x) {
return typeof o == "undefined" || o === null ? o : o[x];
}, obj);
return key.split(".").reduce(function (o, x) {
return typeof o == "undefined" || o === null ? o : o[x];
}, obj);
};

178
server/payroll/claim-task.js
View File

@@ -3,8 +3,8 @@ const queries = require("../graphql-client/queries");
const GraphQLClient = require("graphql-request").GraphQLClient;
const logger = require("../utils/logger");
const {
CalculateExpectedHoursForJob,
CalculateTicketsHoursForJob,
CalculateExpectedHoursForJob,
CalculateTicketsHoursForJob,
} = require("./pay-all");
const moment = require("moment");
// Dinero.defaultCurrency = "USD";
@@ -12,96 +12,96 @@ const moment = require("moment");
Dinero.globalRoundingMode = "HALF_EVEN";
exports.claimtask = async function (req, res) {
const { jobid, task, calculateOnly, employee } = req.body;
logger.log("job-payroll-pay-all", "DEBUG", req.user.email, jobid, null);
const {jobid, task, calculateOnly, employee} = req.body;
logger.log("job-payroll-pay-all", "DEBUG", req.user.email, jobid, null);
const BearerToken = req.BearerToken;
const client = req.userGraphQLClient;
const BearerToken = req.BearerToken;
const client = req.userGraphQLClient;
try {
const { jobs_by_pk: job } = await client
.setHeaders({ Authorization: BearerToken })
.request(queries.QUERY_JOB_PAYROLL_DATA, {
id: jobid,
});
const theTaskPreset = job.bodyshop.md_tasks_presets.presets.find(
(tp) => tp.name === task
);
if (!theTaskPreset) {
res
.status(400)
.json({ success: false, error: "Provided task preset not found." });
return;
}
//Get all of the assignments that are filtered.
const { assignmentHash, employeeHash } = CalculateExpectedHoursForJob(
job,
theTaskPreset.hourstype
);
const ticketsToInsert = [];
//Then add them in based on a percentage to each employee.
Object.keys(employeeHash).forEach((employeeIdKey) => {
//At the employee level.
Object.keys(employeeHash[employeeIdKey]).forEach((laborTypeKey) => {
//At the labor level
Object.keys(employeeHash[employeeIdKey][laborTypeKey]).forEach(
(rateKey) => {
//At the rate level.
const expectedHours =
employeeHash[employeeIdKey][laborTypeKey][rateKey] *
(theTaskPreset.percent / 100);
ticketsToInsert.push({
task_name: task,
jobid: job.id,
bodyshopid: job.bodyshop.id,
employeeid: employeeIdKey,
productivehrs: expectedHours,
rate: rateKey,
ciecacode: laborTypeKey,
flat_rate: true,
cost_center:
job.bodyshop.md_responsibility_centers.defaults.costs[
laborTypeKey
],
memo: `*Flagged Task* ${theTaskPreset.memo}`,
try {
const {jobs_by_pk: job} = await client
.setHeaders({Authorization: BearerToken})
.request(queries.QUERY_JOB_PAYROLL_DATA, {
id: jobid,
});
}
const theTaskPreset = job.bodyshop.md_tasks_presets.presets.find(
(tp) => tp.name === task
);
});
});
if (!calculateOnly) {
//Insert the time ticekts if we're not just calculating them.
const insertResult = await client.request(queries.INSERT_TIME_TICKETS, {
timetickets: ticketsToInsert.filter(
(ticket) => ticket.productivehrs !== 0
),
});
const updateResult = await client.request(queries.UPDATE_JOB, {
jobId: job.id,
job: {
status: theTaskPreset.nextstatus,
completed_tasks: [
...job.completed_tasks,
{
name: task,
completedat: moment(),
completed_by: employee,
useremail: req.user.email,
},
],
},
});
if (!theTaskPreset) {
res
.status(400)
.json({success: false, error: "Provided task preset not found."});
return;
}
//Get all of the assignments that are filtered.
const {assignmentHash, employeeHash} = CalculateExpectedHoursForJob(
job,
theTaskPreset.hourstype
);
const ticketsToInsert = [];
//Then add them in based on a percentage to each employee.
Object.keys(employeeHash).forEach((employeeIdKey) => {
//At the employee level.
Object.keys(employeeHash[employeeIdKey]).forEach((laborTypeKey) => {
//At the labor level
Object.keys(employeeHash[employeeIdKey][laborTypeKey]).forEach(
(rateKey) => {
//At the rate level.
const expectedHours =
employeeHash[employeeIdKey][laborTypeKey][rateKey] *
(theTaskPreset.percent / 100);
ticketsToInsert.push({
task_name: task,
jobid: job.id,
bodyshopid: job.bodyshop.id,
employeeid: employeeIdKey,
productivehrs: expectedHours,
rate: rateKey,
ciecacode: laborTypeKey,
flat_rate: true,
cost_center:
job.bodyshop.md_responsibility_centers.defaults.costs[
laborTypeKey
],
memo: `*Flagged Task* ${theTaskPreset.memo}`,
});
}
);
});
});
if (!calculateOnly) {
//Insert the time ticekts if we're not just calculating them.
const insertResult = await client.request(queries.INSERT_TIME_TICKETS, {
timetickets: ticketsToInsert.filter(
(ticket) => ticket.productivehrs !== 0
),
});
const updateResult = await client.request(queries.UPDATE_JOB, {
jobId: job.id,
job: {
status: theTaskPreset.nextstatus,
completed_tasks: [
...job.completed_tasks,
{
name: task,
completedat: moment(),
completed_by: employee,
useremail: req.user.email,
},
],
},
});
}
res.json({unassignedHours: assignmentHash.unassigned, ticketsToInsert});
} catch (error) {
logger.log("job-payroll-claim-task-error", "ERROR", req.user.email, jobid, {
jobid: jobid,
error,
});
res.status(503).send();
}
res.json({ unassignedHours: assignmentHash.unassigned, ticketsToInsert });
} catch (error) {
logger.log("job-payroll-claim-task-error", "ERROR", req.user.email, jobid, {
jobid: jobid,
error,
});
res.status(503).send();
}
};

572
server/payroll/pay-all.js
View File

@@ -5,321 +5,321 @@ const _ = require("lodash");
const rdiff = require("recursive-diff");
const logger = require("../utils/logger");
const { json } = require("body-parser");
const {json} = require("body-parser");
// Dinero.defaultCurrency = "USD";
// Dinero.globalLocale = "en-CA";
Dinero.globalRoundingMode = "HALF_EVEN";
exports.payall = async function (req, res) {
const { jobid, calculateOnly } = req.body;
logger.log("job-payroll-pay-all", "DEBUG", req.user.email, jobid, null);
const {jobid, calculateOnly} = req.body;
logger.log("job-payroll-pay-all", "DEBUG", req.user.email, jobid, null);
const BearerToken = req.BearerToken;
const client = req.userGraphQLClient;
const BearerToken = req.BearerToken;
const client = req.userGraphQLClient;
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 { employeeHash, assignmentHash } = CalculateExpectedHoursForJob(job);
const ticketHash = CalculateTicketsHoursForJob(job);
if (assignmentHash.unassigned > 0) {
res.json({ success: false, error: "Not all hours have been assigned." });
return;
}
//Calculate how much time each tech should have by labor type.
//Doing this order creates a diff of changes on the ticket hash to make it the same as the employee hash.
const recursiveDiff = rdiff.getDiff(ticketHash, employeeHash, true);
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") {
console.log(Object.keys(diff.val));
if (typeof diff.val === "object" && Object.keys(diff.val).length > 1) {
//Multiple values to add.
Object.keys(diff.val).forEach((key) => {
console.log("Hours", diff.val[key][Object.keys(diff.val[key])[0]]);
console.log("Rate", Object.keys(diff.val[key])[0]);
ticketsToInsert.push({
task_name: "Pay All",
jobid: job.id,
bodyshopid: job.bodyshop.id,
employeeid: path.employeeid,
productivehrs: diff.val[key][Object.keys(diff.val[key])[0]],
rate: Object.keys(diff.val[key])[0],
ciecacode: key,
cost_center:
job.bodyshop.md_responsibility_centers.defaults.costs[key],
flat_rate: true,
memo: `Add unflagged hours. (${req.user.email})`,
try {
const {jobs_by_pk: job} = await client
.setHeaders({Authorization: BearerToken})
.request(queries.QUERY_JOB_PAYROLL_DATA, {
id: jobid,
});
});
} else {
//Only the 1 value to add.
ticketsToInsert.push({
task_name: "Pay All",
jobid: job.id,
bodyshopid: job.bodyshop.id,
employeeid: path.employeeid,
productivehrs: path.hours,
rate: path.rate,
ciecacode: path.mod_lbr_ty,
flat_rate: true,
cost_center:
job.bodyshop.md_responsibility_centers.defaults.costs[
path.mod_lbr_ty
],
memo: `Add unflagged hours. (${req.user.email})`,
});
//iterate over each ticket, building a hash of team -> employee to calculate total assigned hours.
const {employeeHash, assignmentHash} = CalculateExpectedHoursForJob(job);
const ticketHash = CalculateTicketsHoursForJob(job);
if (assignmentHash.unassigned > 0) {
res.json({success: false, error: "Not all hours have been assigned."});
return;
}
} else if (diff.op === "update") {
//An old ticket amount isn't sufficient
//We can't modify the existing ticket, it might already be committed. So let's add a new one instead.
ticketsToInsert.push({
task_name: "Pay All",
jobid: job.id,
bodyshopid: job.bodyshop.id,
employeeid: path.employeeid,
productivehrs: diff.val - diff.oldVal,
rate: path.rate,
ciecacode: path.mod_lbr_ty,
flat_rate: true,
cost_center:
job.bodyshop.md_responsibility_centers.defaults.costs[
path.mod_lbr_ty
],
memo: `Adjust flagged hours per assignment. (${req.user.email})`,
//Calculate how much time each tech should have by labor type.
//Doing this order creates a diff of changes on the ticket hash to make it the same as the employee hash.
const recursiveDiff = rdiff.getDiff(ticketHash, employeeHash, true);
const ticketsToInsert = [];
recursiveDiff.forEach((diff) => {
//Every iteration is what we would need to insert into the time ticket hash
//so that it would match the employee hash exactly.
const path = diffParser(diff);
if (diff.op === "add") {
console.log(Object.keys(diff.val));
if (typeof diff.val === "object" && Object.keys(diff.val).length > 1) {
//Multiple values to add.
Object.keys(diff.val).forEach((key) => {
console.log("Hours", diff.val[key][Object.keys(diff.val[key])[0]]);
console.log("Rate", Object.keys(diff.val[key])[0]);
ticketsToInsert.push({
task_name: "Pay All",
jobid: job.id,
bodyshopid: job.bodyshop.id,
employeeid: path.employeeid,
productivehrs: diff.val[key][Object.keys(diff.val[key])[0]],
rate: Object.keys(diff.val[key])[0],
ciecacode: key,
cost_center:
job.bodyshop.md_responsibility_centers.defaults.costs[key],
flat_rate: true,
memo: `Add unflagged hours. (${req.user.email})`,
});
});
} else {
//Only the 1 value to add.
ticketsToInsert.push({
task_name: "Pay All",
jobid: job.id,
bodyshopid: job.bodyshop.id,
employeeid: path.employeeid,
productivehrs: path.hours,
rate: path.rate,
ciecacode: path.mod_lbr_ty,
flat_rate: true,
cost_center:
job.bodyshop.md_responsibility_centers.defaults.costs[
path.mod_lbr_ty
],
memo: `Add unflagged hours. (${req.user.email})`,
});
}
} else if (diff.op === "update") {
//An old ticket amount isn't sufficient
//We can't modify the existing ticket, it might already be committed. So let's add a new one instead.
ticketsToInsert.push({
task_name: "Pay All",
jobid: job.id,
bodyshopid: job.bodyshop.id,
employeeid: path.employeeid,
productivehrs: diff.val - diff.oldVal,
rate: path.rate,
ciecacode: path.mod_lbr_ty,
flat_rate: true,
cost_center:
job.bodyshop.md_responsibility_centers.defaults.costs[
path.mod_lbr_ty
],
memo: `Adjust flagged hours per assignment. (${req.user.email})`,
});
} else {
//Has to be a delete
if (
typeof diff.oldVal === "object" &&
Object.keys(diff.oldVal).length > 1
) {
//Multiple oldValues to add.
Object.keys(diff.oldVal).forEach((key) => {
ticketsToInsert.push({
task_name: "Pay All",
jobid: job.id,
bodyshopid: job.bodyshop.id,
employeeid: path.employeeid,
productivehrs:
diff.oldVal[key][Object.keys(diff.oldVal[key])[0]] * -1,
rate: Object.keys(diff.oldVal[key])[0],
ciecacode: key,
cost_center:
job.bodyshop.md_responsibility_centers.defaults.costs[key],
flat_rate: true,
memo: `Remove flagged hours per assignment. (${req.user.email})`,
});
});
} else {
//Only the 1 value to add.
ticketsToInsert.push({
task_name: "Pay All",
jobid: job.id,
bodyshopid: job.bodyshop.id,
employeeid: path.employeeid,
productivehrs: path.hours * -1,
rate: path.rate,
ciecacode: path.mod_lbr_ty,
cost_center:
job.bodyshop.md_responsibility_centers.defaults.costs[
path.mod_lbr_ty
],
flat_rate: true,
memo: `Remove flagged hours per assignment. (${req.user.email})`,
});
}
}
});
} else {
//Has to be a delete
if (
typeof diff.oldVal === "object" &&
Object.keys(diff.oldVal).length > 1
) {
//Multiple oldValues to add.
Object.keys(diff.oldVal).forEach((key) => {
ticketsToInsert.push({
task_name: "Pay All",
jobid: job.id,
bodyshopid: job.bodyshop.id,
employeeid: path.employeeid,
productivehrs:
diff.oldVal[key][Object.keys(diff.oldVal[key])[0]] * -1,
rate: Object.keys(diff.oldVal[key])[0],
ciecacode: key,
cost_center:
job.bodyshop.md_responsibility_centers.defaults.costs[key],
flat_rate: true,
memo: `Remove flagged hours per assignment. (${req.user.email})`,
});
});
} else {
//Only the 1 value to add.
ticketsToInsert.push({
task_name: "Pay All",
jobid: job.id,
bodyshopid: job.bodyshop.id,
employeeid: path.employeeid,
productivehrs: path.hours * -1,
rate: path.rate,
ciecacode: path.mod_lbr_ty,
cost_center:
job.bodyshop.md_responsibility_centers.defaults.costs[
path.mod_lbr_ty
],
flat_rate: true,
memo: `Remove flagged hours per assignment. (${req.user.email})`,
});
}
}
});
const insertResult = await client.request(queries.INSERT_TIME_TICKETS, {
timetickets: ticketsToInsert.filter(
(ticket) => ticket.productivehrs !== 0
),
});
const insertResult = await client.request(queries.INSERT_TIME_TICKETS, {
timetickets: ticketsToInsert.filter(
(ticket) => ticket.productivehrs !== 0
),
});
res.json(ticketsToInsert.filter((ticket) => ticket.productivehrs !== 0));
} catch (error) {
logger.log(
"job-payroll-labor-totals-error",
"ERROR",
req.user.email,
jobid,
{
jobid: jobid,
error: JSON.stringify(error),
}
);
res.status(400).json({ error: error.message });
}
res.json(ticketsToInsert.filter((ticket) => ticket.productivehrs !== 0));
} catch (error) {
logger.log(
"job-payroll-labor-totals-error",
"ERROR",
req.user.email,
jobid,
{
jobid: jobid,
error: JSON.stringify(error),
}
);
res.status(400).json({error: error.message});
}
};
function diffParser(diff) {
const type = typeof diff.oldVal;
let mod_lbr_ty, rate, hours;
const type = typeof diff.oldVal;
let mod_lbr_ty, rate, hours;
if (diff.path.length === 1) {
if (diff.op === "add") {
mod_lbr_ty = Object.keys(diff.val)[0];
rate = Object.keys(diff.val[mod_lbr_ty])[0];
// hours = diff.oldVal[mod_lbr_ty][rate];
} else {
mod_lbr_ty = Object.keys(diff.oldVal)[0];
rate = Object.keys(diff.oldVal[mod_lbr_ty])[0];
// hours = diff.oldVal[mod_lbr_ty][rate];
}
} else if (diff.path.length === 2) {
mod_lbr_ty = diff.path[1];
if (diff.op === "add") {
rate = Object.keys(diff.val)[0];
} else {
rate = Object.keys(diff.oldVal)[0];
}
} else if (diff.path.length === 3) {
mod_lbr_ty = diff.path[1];
rate = diff.path[2];
//hours = 0;
}
//Set the hours
if (
typeof diff.val === "number" &&
diff.val !== null &&
diff.val !== undefined
) {
hours = diff.val;
} else if (diff.val !== null && diff.val !== undefined) {
if (diff.path.length === 1) {
hours =
diff.val[Object.keys(diff.val)[0]][
Object.keys(diff.val[Object.keys(diff.val)[0]])
];
} else {
hours = diff.val[Object.keys(diff.val)[0]];
if (diff.op === "add") {
mod_lbr_ty = Object.keys(diff.val)[0];
rate = Object.keys(diff.val[mod_lbr_ty])[0];
// hours = diff.oldVal[mod_lbr_ty][rate];
} else {
mod_lbr_ty = Object.keys(diff.oldVal)[0];
rate = Object.keys(diff.oldVal[mod_lbr_ty])[0];
// hours = diff.oldVal[mod_lbr_ty][rate];
}
} else if (diff.path.length === 2) {
mod_lbr_ty = diff.path[1];
if (diff.op === "add") {
rate = Object.keys(diff.val)[0];
} else {
rate = Object.keys(diff.oldVal)[0];
}
} else if (diff.path.length === 3) {
mod_lbr_ty = diff.path[1];
rate = diff.path[2];
//hours = 0;
}
} else if (
typeof diff.oldVal === "number" &&
diff.oldVal !== null &&
diff.oldVal !== undefined
) {
hours = diff.oldVal;
} else {
hours = diff.oldVal[Object.keys(diff.oldVal)[0]];
}
const ret = {
multiVal: false,
employeeid: diff.path[0], // Always True
mod_lbr_ty,
rate,
hours,
};
return ret;
//Set the hours
if (
typeof diff.val === "number" &&
diff.val !== null &&
diff.val !== undefined
) {
hours = diff.val;
} else if (diff.val !== null && diff.val !== undefined) {
if (diff.path.length === 1) {
hours =
diff.val[Object.keys(diff.val)[0]][
Object.keys(diff.val[Object.keys(diff.val)[0]])
];
} else {
hours = diff.val[Object.keys(diff.val)[0]];
}
} else if (
typeof diff.oldVal === "number" &&
diff.oldVal !== null &&
diff.oldVal !== undefined
) {
hours = diff.oldVal;
} else {
hours = diff.oldVal[Object.keys(diff.oldVal)[0]];
}
const ret = {
multiVal: false,
employeeid: diff.path[0], // Always True
mod_lbr_ty,
rate,
hours,
};
return ret;
}
function CalculateExpectedHoursForJob(job, filterToLbrTypes) {
const assignmentHash = { unassigned: 0 };
const employeeHash = {}; // employeeid => Cieca labor type => rate => hours. Contains how many hours each person should be paid.
job.joblines
.filter((jobline) => {
if (!filterToLbrTypes) return true;
else {
return (
filterToLbrTypes.includes(jobline.mod_lbr_ty) ||
(jobline.convertedtolbr &&
filterToLbrTypes.includes(jobline.convertedtolbr_data.mod_lbr_ty))
);
}
})
.forEach((jobline) => {
if (jobline.convertedtolbr) {
// Line has been converte to labor. Temporarily re-assign the hours.
jobline.mod_lbr_ty = jobline.convertedtolbr_data.mod_lbr_ty;
jobline.mod_lb_hrs += jobline.convertedtolbr_data.mod_lb_hrs;
}
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] = {};
const assignmentHash = {unassigned: 0};
const employeeHash = {}; // employeeid => Cieca labor type => rate => hours. Contains how many hours each person should be paid.
job.joblines
.filter((jobline) => {
if (!filterToLbrTypes) return true;
else {
return (
filterToLbrTypes.includes(jobline.mod_lbr_ty) ||
(jobline.convertedtolbr &&
filterToLbrTypes.includes(jobline.convertedtolbr_data.mod_lbr_ty))
);
}
if (!employeeHash[tm.employee.id][jobline.mod_lbr_ty]) {
employeeHash[tm.employee.id][jobline.mod_lbr_ty] = {};
})
.forEach((jobline) => {
if (jobline.convertedtolbr) {
// Line has been converte to labor. Temporarily re-assign the hours.
jobline.mod_lbr_ty = jobline.convertedtolbr_data.mod_lbr_ty;
jobline.mod_lb_hrs += jobline.convertedtolbr_data.mod_lb_hrs;
}
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;
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 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;
});
}
}
});
return { assignmentHash, employeeHash };
return {assignmentHash, employeeHash};
}
function CalculateTicketsHoursForJob(job) {
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;
});
return ticketHash;
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;
});
return ticketHash;
}
exports.CalculateExpectedHoursForJob = CalculateExpectedHoursForJob;