Ship Learn Next

Automate and integrate Ship Learn Next for streamlined learning and shipping workflows

Category: productivity Source: softaworks/agent-toolkit

Ship Learn Next is a community skill for rapid prototyping and shipping learning projects with Next.js, covering project scaffolding, iterative development, deployment workflows, feedback loops, and progressive enhancement for educational applications.

What Is This?

Overview

Ship Learn Next provides a framework for quickly building and deploying learning-focused web applications using Next.js. It covers project scaffolding that sets up Next.js projects with authentication, database, and UI components pre-configured, iterative development that structures work into small shippable increments with clear milestones, deployment workflows that automate publishing to hosting platforms with preview environments, feedback loops that collect user input to guide feature prioritization, and progressive enhancement that adds features incrementally without disrupting existing functionality. The skill helps developers ship learning projects faster.

Who Should Use This

This skill serves developers building educational platforms with Next.js, indie hackers shipping learning products quickly, and educators creating interactive course materials.

Why Use It?

Problems It Solves

Starting a new project from scratch requires configuring many tools before writing any feature code. Perfectionism delays shipping and prevents gathering real user feedback early. Manual deployment processes slow down the iteration cycle. Feature scope creep causes projects to stall before reaching a usable state.

Core Highlights

Project starter scaffolds Next.js apps with common integrations. Milestone planner breaks work into small shippable increments. Deploy automator publishes to hosting with preview environments. Feedback collector gathers user input for feature prioritization.

How to Use It?

Basic Usage

// Next.js learning app
// with progress tracking
import { useState } from
  'react';

interface Lesson {
  id: string;
  title: string;
  content: string;
  completed: boolean;
}

interface CourseProps {
  lessons: Lesson[];
  onComplete: (
    id: string
  ) => void;
}

export function Course({
  lessons,
  onComplete
}: CourseProps) {
  const [current,
    setCurrent] =
    useState(0);

  const progress =
    lessons.filter(
      l => l.completed
    ).length /
    lessons.length * 100;

  const lesson =
    lessons[current];

  return (
    <div>
      <div
        style={{
          width:
            `${progress}%`,
          height: 4,
          background:
            '#0070f3'
        }}
      />
      <h2>{lesson.title}</h2>
      <div
        dangerouslySetInner\
          HTML={{
            __html:
              lesson.content
          }}
      />
      <button
        onClick={() => {
          onComplete(
            lesson.id);
          if (current <
            lessons.length
            - 1)
            setCurrent(
              current + 1);
        }}
      >
        Complete
      </button>
    </div>
  );
}

Real-World Examples

// API route for progress
import { NextRequest,
  NextResponse } from
  'next/server';

interface Progress {
  lessonId: string;
  completed: boolean;
  timestamp: number;
}

const store = new Map<
  string, Progress[]>();

export async function POST(
  req: NextRequest
) {
  const body = await
    req.json();
  const { userId,
    lessonId } = body;

  const progress: Progress
    = {
      lessonId,
      completed: true,
      timestamp:
        Date.now()
    };

  const existing =
    store.get(userId)
    || [];
  existing.push(progress);
  store.set(
    userId, existing);

  const total = 10;
  const done = new Set(
    existing.map(
      p => p.lessonId)
  ).size;

  return NextResponse.json(
    {
      progress:
        done / total,
      completedCount: done
    });
}

export async function GET(
  req: NextRequest
) {
  const userId =
    req.nextUrl
    .searchParams
    .get('userId');
  if (!userId) {
    return NextResponse
      .json(
        { error:
          'Missing userId'
        },
        { status: 400 });
  }
  const records =
    store.get(userId)
    || [];
  return NextResponse
    .json({ records });
}

Advanced Tips

Use Next.js middleware to protect course content behind authentication checks without modifying page components. Implement optimistic UI updates for progress tracking to make the experience feel instant. Deploy preview builds for each pull request to test features before merging.

When to Use It?

Use Cases

Scaffold a course platform with lesson pages, progress tracking, and user authentication in a single weekend. Ship a minimum viable learning product to gather user feedback before building advanced features. Create an interactive tutorial site with code examples and completion tracking.

Important Notes

Requirements

Node.js runtime with Next.js framework installed for development. Hosting platform such as Vercel or Netlify for deployment automation. Database service for persisting user progress and course content.

Usage Recommendations

Do: ship the smallest useful version first and iterate based on real user feedback. Use server components for content pages to improve initial load performance. Set up automated deployments early so shipping is effortless.

Don't: spend weeks configuring tools before building any user-facing features. Add complex features like gamification before validating that core learning content works. Skip mobile responsiveness since most learners access content on phones.

Limitations

Rapid prototyping may accumulate technical debt that needs refactoring as the project matures. Next.js conventions evolve between major versions requiring migration effort. Simple data storage patterns used for prototyping must be replaced with production databases at scale.