Add regression check.
This commit is contained in:
Patrick Fic
@@ -793,128 +793,188 @@ function CalculateTaxesTotals(job, otherTotals) {
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PAM: Dinero(),
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};
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//For each line, determine if it's taxable, and if it is, add the line amount to the taxable amounts total.
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job.joblines
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.filter((jl) => !jl.removed)
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.forEach((val) => {
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if (!val.tax_part) return;
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if (!val.part_type && IsAdditionalCost(val)) {
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taxableAmounts.PAO = taxableAmounts.PAO.add(
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Dinero({ amount: Math.round((val.act_price || 0) * 100) }).multiply(
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val.part_qty || 0
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)
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);
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} else if (!val.part_type) {
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//Do nothing for now.
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} else {
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const typeOfPart = val.part_type === "PAM" ? "PAC" : val.part_type;
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taxableAmounts[typeOfPart] = taxableAmounts[typeOfPart].add(
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Dinero({ amount: Math.round((val.act_price || 0) * 100) })
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.multiply(val.part_qty || 0)
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.add(
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val.prt_dsmk_m &&
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val.prt_dsmk_m !== 0 &&
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DiscountNotAlreadyCounted(val, job.joblines)
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? val.prt_dsmk_m
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? Dinero({ amount: Math.round(val.prt_dsmk_m * 100) })
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: Dinero({
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amount: Math.round(val.act_price * 100),
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})
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.multiply(val.part_qty || 0)
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.percentage(Math.abs(val.prt_dsmk_p || 0))
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.multiply(val.prt_dsmk_p > 0 ? 1 : -1)
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: Dinero()
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if (
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job.parts_tax_rates.PAN.prt_tx_ty1 &&
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job.parts_tax_rates.PAN.prt_tx_ty1 !== ""
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) {
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//For each line, determine if it's taxable, and if it is, add the line amount to the taxable amounts total.
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job.joblines
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.filter((jl) => !jl.removed)
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.forEach((val) => {
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if (!val.tax_part) return;
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if (!val.part_type && IsAdditionalCost(val)) {
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taxableAmounts.PAO = taxableAmounts.PAO.add(
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Dinero({ amount: Math.round((val.act_price || 0) * 100) }).multiply(
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val.part_qty || 0
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)
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);
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}
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});
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);
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} else if (!val.part_type) {
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//Do nothing for now.
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} else {
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const typeOfPart = val.part_type === "PAM" ? "PAC" : val.part_type;
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taxableAmounts[typeOfPart] = taxableAmounts[typeOfPart].add(
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Dinero({ amount: Math.round((val.act_price || 0) * 100) })
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.multiply(val.part_qty || 0)
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.add(
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val.prt_dsmk_m &&
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val.prt_dsmk_m !== 0 &&
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DiscountNotAlreadyCounted(val, job.joblines)
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? val.prt_dsmk_m
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? Dinero({ amount: Math.round(val.prt_dsmk_m * 100) })
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: Dinero({
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amount: Math.round(val.act_price * 100),
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})
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.multiply(val.part_qty || 0)
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.percentage(Math.abs(val.prt_dsmk_p || 0))
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.multiply(val.prt_dsmk_p > 0 ? 1 : -1)
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: Dinero()
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)
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);
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}
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});
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//Taxable amounts should match with what is in the STL file.
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//Now that we have the taxable amounts, apply the tax.
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//Taxable amounts should match with what is in the STL file.
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//Now that we have the taxable amounts, apply the tax.
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const tieredTaxAmounts = {
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ty1Tax: Dinero(),
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ty2Tax: Dinero(),
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ty3Tax: Dinero(),
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ty4Tax: Dinero(),
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ty5Tax: Dinero(),
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ty6Tax: Dinero(),
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};
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const tieredTaxAmounts = {
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ty1Tax: Dinero(),
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ty2Tax: Dinero(),
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ty3Tax: Dinero(),
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ty4Tax: Dinero(),
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ty5Tax: Dinero(),
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ty6Tax: Dinero(),
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};
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const remainingTaxableAmounts = taxableAmounts;
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console.log("Taxable Amounts");
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console.table(JSON.parse(JSON.stringify(taxableAmounts)));
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Object.keys(taxableAmounts).forEach((part_type) => {
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//Check it's taxability in the PFP
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try {
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const pfp = job.parts_tax_rates;
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const remainingTaxableAmounts = taxableAmounts;
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console.log("Taxable Amounts");
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console.table(JSON.parse(JSON.stringify(taxableAmounts)));
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Object.keys(taxableAmounts).forEach((part_type) => {
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//Check it's taxability in the PFP
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try {
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const pfp = job.parts_tax_rates;
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const typeOfPart = part_type === "PAM" ? "PAC" : part_type;
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if (IsTrueOrYes(pfp[typeOfPart].prt_tax_in)) {
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//At least one of these scenarios must be taxable.
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for (let tyCounter = 1; tyCounter <= 5; tyCounter++) {
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if (IsTrueOrYes(pfp[typeOfPart][`prt_tx_in${tyCounter}`])) {
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//i represents the tax number. If we got here, this type of tax is applicable. Now we need to add based on the thresholds.
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for (let threshCounter = 1; threshCounter <= 5; threshCounter++) {
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const thresholdAmount = parseFloat(
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job.cieca_pft[`ty${tyCounter}_thres${threshCounter}`]
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);
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const thresholdTaxRate = parseFloat(
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job.cieca_pft[`ty${tyCounter}_rate${threshCounter}`]
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);
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const typeOfPart = part_type === "PAM" ? "PAC" : part_type;
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if (IsTrueOrYes(pfp[typeOfPart].prt_tax_in)) {
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//At least one of these scenarios must be taxable.
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for (let tyCounter = 1; tyCounter <= 5; tyCounter++) {
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if (IsTrueOrYes(pfp[typeOfPart][`prt_tx_in${tyCounter}`])) {
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//i represents the tax number. If we got here, this type of tax is applicable. Now we need to add based on the thresholds.
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for (let threshCounter = 1; threshCounter <= 5; threshCounter++) {
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const thresholdAmount = parseFloat(
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job.cieca_pft[`ty${tyCounter}_thres${threshCounter}`]
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);
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const thresholdTaxRate = parseFloat(
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job.cieca_pft[`ty${tyCounter}_rate${threshCounter}`]
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);
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let taxableAmountInThisThreshold;
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if (thresholdAmount === 9999.99) {
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// THis is the last threshold. Tax the entire remaining amount.
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taxableAmountInThisThreshold =
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remainingTaxableAmounts[typeOfPart];
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remainingTaxableAmounts[typeOfPart] = Dinero();
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} else {
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if (
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thresholdAmount >=
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remainingTaxableAmounts[typeOfPart].getAmount() / 100
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) {
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//This threshold is bigger than the remaining taxable balance. Add it all.
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let taxableAmountInThisThreshold;
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if (thresholdAmount === 9999.99) {
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// THis is the last threshold. Tax the entire remaining amount.
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taxableAmountInThisThreshold =
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remainingTaxableAmounts[typeOfPart];
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remainingTaxableAmounts[typeOfPart] = Dinero();
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} else {
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//Take the size of the threshold from the remaining amount, tax it, and do it all over.
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taxableAmountInThisThreshold = Dinero({
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amount: Math.round(thresholdAmount * 100),
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});
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remainingTaxableAmounts[typeOfPart] = remainingTaxableAmounts[
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typeOfPart
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].subtract(
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Dinero({
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amount: Math.round(taxableAmountInThisThreshold * 100),
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})
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);
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if (
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thresholdAmount >=
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remainingTaxableAmounts[typeOfPart].getAmount() / 100
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) {
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//This threshold is bigger than the remaining taxable balance. Add it all.
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taxableAmountInThisThreshold =
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remainingTaxableAmounts[typeOfPart];
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remainingTaxableAmounts[typeOfPart] = Dinero();
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} else {
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//Take the size of the threshold from the remaining amount, tax it, and do it all over.
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taxableAmountInThisThreshold = Dinero({
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amount: Math.round(thresholdAmount * 100),
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});
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remainingTaxableAmounts[typeOfPart] =
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remainingTaxableAmounts[typeOfPart].subtract(
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Dinero({
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amount: Math.round(
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taxableAmountInThisThreshold * 100
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),
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})
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);
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}
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}
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const taxAmountToAdd =
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taxableAmountInThisThreshold.percentage(thresholdTaxRate);
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tieredTaxAmounts[`ty${tyCounter}Tax`] =
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tieredTaxAmounts[`ty${tyCounter}Tax`].add(taxAmountToAdd);
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}
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const taxAmountToAdd =
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taxableAmountInThisThreshold.percentage(thresholdTaxRate);
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tieredTaxAmounts[`ty${tyCounter}Tax`] =
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tieredTaxAmounts[`ty${tyCounter}Tax`].add(taxAmountToAdd);
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}
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}
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}
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} catch (error) {
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console.error("Shit the bed.");
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}
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} catch (error) {
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console.error("Shit the bed.");
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}
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});
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});
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statePartsTax = statePartsTax
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.add(tieredTaxAmounts.ty1Tax)
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.add(tieredTaxAmounts.ty2Tax)
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.add(tieredTaxAmounts.ty3Tax)
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.add(tieredTaxAmounts.ty4Tax)
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.add(tieredTaxAmounts.ty5Tax)
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.add(tieredTaxAmounts.ty6Tax);
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console.log("Tiered Taxes Total for Parts", statePartsTax.toFormat());
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} else {
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//Use the old thing.
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job.joblines
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.filter((jl) => !jl.removed)
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.forEach((val) => {
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if (!val.tax_part) return;
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if (!val.part_type && IsAdditionalCost(val)) {
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additionalItemsTax = additionalItemsTax.add(
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Dinero({ amount: Math.round((val.act_price || 0) * 100) })
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.multiply(val.part_qty || 0)
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.percentage(
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((job.parts_tax_rates &&
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job.parts_tax_rates["PAN"] &&
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job.parts_tax_rates["PAN"].prt_tax_rt) ||
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0) * 100
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)
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);
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} else {
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statePartsTax = statePartsTax.add(
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Dinero({ amount: Math.round((val.act_price || 0) * 100) })
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.multiply(val.part_qty || 0)
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.add(
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val.prt_dsmk_m &&
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val.prt_dsmk_m !== 0 &&
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DiscountNotAlreadyCounted(val, job.joblines)
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? val.prt_dsmk_m
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? Dinero({ amount: Math.round(val.prt_dsmk_m * 100) })
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: Dinero({
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amount: Math.round(val.act_price * 100),
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})
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.multiply(val.part_qty || 0)
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.percentage(Math.abs(val.prt_dsmk_p || 0))
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.multiply(val.prt_dsmk_p > 0 ? 1 : -1)
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: Dinero()
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)
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.percentage(
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((job.parts_tax_rates &&
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job.parts_tax_rates[val.part_type] &&
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job.parts_tax_rates[val.part_type].prt_tax_rt) ||
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(val.part_type &&
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val.part_type.startsWith("PAG") &&
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BackupGlassTax &&
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BackupGlassTax.prt_tax_rt) ||
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(!val.part_type &&
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val.db_ref === "900510" &&
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job.parts_tax_rates["PAN"] &&
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job.parts_tax_rates["PAN"].prt_tax_rt) ||
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0) * 100
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)
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);
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}
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console.log(statePartsTax.toFormat(), val.line_desc);
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});
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}
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statePartsTax = statePartsTax
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.add(tieredTaxAmounts.ty1Tax)
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.add(tieredTaxAmounts.ty2Tax)
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.add(tieredTaxAmounts.ty3Tax)
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.add(tieredTaxAmounts.ty4Tax)
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.add(tieredTaxAmounts.ty5Tax)
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.add(tieredTaxAmounts.ty6Tax);
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console.log("Tiered Taxes Total for Parts", statePartsTax.toFormat());
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let laborTaxTotal = Dinero();
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if (Object.keys(job.cieca_pfl).length > 0) {
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@@ -975,7 +1035,7 @@ function CalculateTaxesTotals(job, otherTotals) {
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.add(
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otherTotals.additional.storage.percentage((job.tax_str_rt || 0) * 100)
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)
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// .add(additionalItemsTax)
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.add(additionalItemsTax) // 0 if using PFP method.
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.add(
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otherTotals.rates.mapa.hasMapaLine === false //If parts and materials were not added as lines, we must calculate the taxes on them.
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? otherTotals.rates.mapa.total.percentage(
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