Developers

Developer Resources

Structured developer resources for engineering teams integrating with TechSwiftTrix Agency. This page is organized to strengthen technical authority, accelerate integrations, and support delivery partnerships across ERP, CRM, e-commerce, training systems, and custom software.

Code Samples

Practical implementation references teams can apply quickly in real delivery environments.

API Integration Guides

Clear integration workflows for endpoint consumption, validation, and deployment readiness.

Technical Documentation

Architecture and implementation documentation designed for maintainability and partnership alignment.

Interactive Code Examples

Press Run to execute each snippet

Each example demonstrates a real pattern used in TechSwiftTrix Agency projects — service checks, ERP totals, CRM lead scoring, training enrolment, and e-commerce checkout. Watch the bulb light up on successful execution.

Service Status Check

Confirm that core services are online before deployment.

typescript

type Status = "ok" | "warning" | "offline";

const services: Record<string, Status> = {
  api: "ok",
  database: "ok",
  mailer: "warning",
};

console.log("TechSwiftTrix Agency — service check");
console.log(services);
console.log("Active systems:", Object.keys(services).length);

— idle —

ERP Invoice Totals

Sum invoice amounts and confirm totals before posting to ERP.

typescript

const invoices = [
  { id: "INV-001", amount: 25000 },
  { id: "INV-002", amount: 18500 },
  { id: "INV-003", amount: 42000 },
];

const total = invoices.reduce((sum, inv) => sum + inv.amount, 0);

console.log("Invoices:", invoices.length);
console.log("Total (KES):", total.toLocaleString());

— idle —

CRM Lead Scoring

Score inbound leads by source and engagement level.

typescript

const leads = [
  { name: "Acme Ltd", source: "referral", score: 80 },
  { name: "Beta Co", source: "webinar", score: 55 },
  { name: "Gamma Ltd", source: "website", score: 30 },
];

const ranked = leads.sort((a, b) => b.score - a.score);

console.log("Top leads:");
ranked.forEach((l, i) => console.log(`${i + 1}. ${l.name} — ${l.score}`));

— idle —

Training Enrolment Summary

Count learners per course and confirm enrolment figures.

typescript

const enrolments = [
  { course: "Computer Basics", learners: 24 },
  { course: "Microsoft Excel", learners: 31 },
  { course: "Digital Literacy", learners: 18 },
];

console.log("Training enrolment summary:");
enrolments.forEach((e) =>
  console.log(`  ${e.course}: ${e.learners} learners`)
);
console.log(
  "Total learners:",
  enrolments.reduce((sum, e) => sum + e.learners, 0)
);

— idle —

E-commerce Cart Total

Compute cart subtotal, tax, and grand total for checkout.

typescript

const cart = [
  { item: "Wireless Mouse", price: 1800, qty: 2 },
  { item: "USB-C Cable", price: 700, qty: 3 },
  { item: "Laptop Stand", price: 3500, qty: 1 },
];

const subtotal = cart.reduce((s, i) => s + i.price * i.qty, 0);
const tax = Math.round(subtotal * 0.16);
const total = subtotal + tax;

console.log("Subtotal:", subtotal);
console.log("VAT (16%):", tax);
console.log("Total:", total);

— idle —

Frontend → Backend → Database

How a user action travels through the stack and returns a response.

typescript

// 1. FRONTEND — user clicks "Load Orders"
async function loadOrders() {
  const res = await fetch("/api/orders?user=42", {
    method: "GET",
    headers: { "Content-Type": "application/json" },
  });
  const data = await res.json();
  render(data);
}

// 2. BACKEND — API route receives the request
app.get("/api/orders", async (req, res) => {
  const user = req.query.user;
  const rows = await db.query(
    "SELECT id, total, status FROM orders WHERE user_id = $1",
    [user]
  );
  res.json({ ok: true, count: rows.length, rows });
});

// 3. DATABASE — executes the query, returns rows
// SELECT id, total, status FROM orders WHERE user_id = 42;
// → 3 rows returned to the backend

— idle —

Internet Data Flow (Fetch & Save)

How data is retrieved from the internet and stored back to the database.

typescript

// 1. CLIENT — requests a resource that needs internet data
async function syncWeather(city: string) {
  const res = await fetch("/api/weather/sync", {
    method: "POST",
    body: JSON.stringify({ city }),
  });
  return res.json();
}

// 2. BACKEND — receives request, calls external internet API
app.post("/api/weather/sync", async (req, res) => {
  const { city } = req.body;

  // 3. INTERNET — fetch live data from external provider
  const apiRes = await fetch(
    `https://api.weather.com/v1/current?city=${city}`
  );
  const payload = await apiRes.json();

  // 4. DATABASE — persist the fetched data
  await db.query(
    "INSERT INTO weather_logs (city, temp, humidity, fetched_at) VALUES ($1,$2,$3,NOW())",
    [city, payload.temp, payload.humidity]
  );

  // 5. BACKEND → CLIENT — return confirmation
  res.json({ ok: true, saved: true, city, temp: payload.temp });
}

— idle —

Published Developer Resource Library

No developer resources are currently published. Check back soon for updates.

Need technical guidance?

Talk to our engineering team about custom integration requirements or specific technical scope for your project.

Talk to our Team Define Custom Scope

Developer Resources

Code Samples

Practical implementation references teams can apply quickly in real delivery environments.

API Integration Guides

Clear integration workflows for endpoint consumption, validation, and deployment readiness.

Technical Documentation

Architecture and implementation documentation designed for maintainability and partnership alignment.

Interactive Code Examples

Press Run to execute each snippet

Service Status Check

Confirm that core services are online before deployment.

typescript

type Status = "ok" | "warning" | "offline";

const services: Record<string, Status> = {
  api: "ok",
  database: "ok",
  mailer: "warning",
};

console.log("TechSwiftTrix Agency — service check");
console.log(services);
console.log("Active systems:", Object.keys(services).length);

— idle —

ERP Invoice Totals

Sum invoice amounts and confirm totals before posting to ERP.

typescript

const invoices = [
  { id: "INV-001", amount: 25000 },
  { id: "INV-002", amount: 18500 },
  { id: "INV-003", amount: 42000 },
];

const total = invoices.reduce((sum, inv) => sum + inv.amount, 0);

console.log("Invoices:", invoices.length);
console.log("Total (KES):", total.toLocaleString());

— idle —

CRM Lead Scoring

Score inbound leads by source and engagement level.

typescript

const leads = [
  { name: "Acme Ltd", source: "referral", score: 80 },
  { name: "Beta Co", source: "webinar", score: 55 },
  { name: "Gamma Ltd", source: "website", score: 30 },
];

const ranked = leads.sort((a, b) => b.score - a.score);

console.log("Top leads:");
ranked.forEach((l, i) => console.log(`${i + 1}. ${l.name} — ${l.score}`));

— idle —

Training Enrolment Summary

Count learners per course and confirm enrolment figures.

typescript

const enrolments = [
  { course: "Computer Basics", learners: 24 },
  { course: "Microsoft Excel", learners: 31 },
  { course: "Digital Literacy", learners: 18 },
];

console.log("Training enrolment summary:");
enrolments.forEach((e) =>
  console.log(`  ${e.course}: ${e.learners} learners`)
);
console.log(
  "Total learners:",
  enrolments.reduce((sum, e) => sum + e.learners, 0)
);

— idle —

E-commerce Cart Total

Compute cart subtotal, tax, and grand total for checkout.

typescript

const cart = [
  { item: "Wireless Mouse", price: 1800, qty: 2 },
  { item: "USB-C Cable", price: 700, qty: 3 },
  { item: "Laptop Stand", price: 3500, qty: 1 },
];

const subtotal = cart.reduce((s, i) => s + i.price * i.qty, 0);
const tax = Math.round(subtotal * 0.16);
const total = subtotal + tax;

console.log("Subtotal:", subtotal);
console.log("VAT (16%):", tax);
console.log("Total:", total);

— idle —

Frontend → Backend → Database

How a user action travels through the stack and returns a response.

typescript

// 1. FRONTEND — user clicks "Load Orders"
async function loadOrders() {
  const res = await fetch("/api/orders?user=42", {
    method: "GET",
    headers: { "Content-Type": "application/json" },
  });
  const data = await res.json();
  render(data);
}

// 2. BACKEND — API route receives the request
app.get("/api/orders", async (req, res) => {
  const user = req.query.user;
  const rows = await db.query(
    "SELECT id, total, status FROM orders WHERE user_id = $1",
    [user]
  );
  res.json({ ok: true, count: rows.length, rows });
});

// 3. DATABASE — executes the query, returns rows
// SELECT id, total, status FROM orders WHERE user_id = 42;
// → 3 rows returned to the backend

— idle —

Internet Data Flow (Fetch & Save)

How data is retrieved from the internet and stored back to the database.

typescript

// 1. CLIENT — requests a resource that needs internet data
async function syncWeather(city: string) {
  const res = await fetch("/api/weather/sync", {
    method: "POST",
    body: JSON.stringify({ city }),
  });
  return res.json();
}

// 2. BACKEND — receives request, calls external internet API
app.post("/api/weather/sync", async (req, res) => {
  const { city } = req.body;

  // 3. INTERNET — fetch live data from external provider
  const apiRes = await fetch(
    `https://api.weather.com/v1/current?city=${city}`
  );
  const payload = await apiRes.json();

  // 4. DATABASE — persist the fetched data
  await db.query(
    "INSERT INTO weather_logs (city, temp, humidity, fetched_at) VALUES ($1,$2,$3,NOW())",
    [city, payload.temp, payload.humidity]
  );

  // 5. BACKEND → CLIENT — return confirmation
  res.json({ ok: true, saved: true, city, temp: payload.temp });
}

— idle —

Published Developer Resource Library

No developer resources are currently published. Check back soon for updates.

Need technical guidance?

Talk to our engineering team about custom integration requirements or specific technical scope for your project.

Talk to our Team Define Custom Scope