BasicStudio Pro
A nostalgic yet modern visual RAD IDE for Visual Basic. Design forms with drag-and-drop, write event-driven code…
Interactive concept demo generated by AI — it runs in a sandbox, can't reach the internet and resets when reloaded.
Short description.
This is the complete text that produced the prototype above — nothing hidden. Read it, copy it, change it.
Anyone can build on this: run the same prompt yourself, remix this exact prototype, or browse more prompts with their outputs.
A build brief written from this prototype — what it does, its screens, data and rules — shipped as AGENTS.md, the file coding agents read automatically. Put it next to the prototype, paste one prompt, and the real app is under way.
UPDATED: Study Planner turns a list of subjects and exam dates into a day-by-day revision plan. Students see how many topics are left per subject, tick off completed topics, and get an automatically balanced weekly schedule that prioritises the soonest exams.
For: Secondary school and university students revising for several exams at once, used daily in the weeks before exams.
Expo (React Native) with TypeScript, expo-router, and SQLite via expo-sqlite for offline storage
A phone app used daily works best offline-first; Expo ships to iOS and Android from one codebase and matches the prototype's tab-bar layout.
Alternatives: Flutter with Drift · Responsive PWA with Vite + React and IndexedDB
One paste in a terminal (macOS, Linux, Windows PowerShell) — or use the download buttons above. CLAUDE.md is a one-liner that points Claude Code at AGENTS.md.
mkdir study-planner && cd study-planner curl -sL -o prototype.html "https://ideaxapp.com/run/study-planner-fi61h?download=1" curl -sL -o AGENTS.md "https://ideaxapp.com/kit/study-planner-fi61h.md" curl -sL -o CLAUDE.md "https://ideaxapp.com/kit/study-planner-fi61h.md?file=claude"
Open a terminal in the folder and run claude — or open the folder from the Code tab of the Claude desktop app — then paste the prompt. Claude Code reads CLAUDE.md, which points it at AGENTS.md.
This folder contains prototype.html (a clickable reference prototype) and BUILD-BRIEF.md (the spec). Read both carefully. First create CLAUDE.md capturing the conventions: Expo + TypeScript, expo-router, expo-sqlite, functional components, tests with Jest. Then write a short plan and build milestone 1: reproduce every screen in the prototype with real components and mock data, preserving its look, copy and behaviour. Add a README with run instructions and basic tests. Ask questions only if something is genuinely ambiguous.
claudeOpen the folder in Codex inside the ChatGPT desktop app (or run codex in a terminal) and paste the prompt. Codex reads AGENTS.md automatically.
This folder contains prototype.html (a clickable reference prototype) and BUILD-BRIEF.md (the spec). Read both carefully. First create CLAUDE.md capturing the conventions: Expo + TypeScript, expo-router, expo-sqlite, functional components, tests with Jest. Then write a short plan and build milestone 1: reproduce every screen in the prototype with real components and mock data, preserving its look, copy and behaviour. Add a README with run instructions and basic tests. Ask questions only if something is genuinely ambiguous.
codexOpen the folder in Cursor, make sure the chat is in Agent mode, and paste the prompt — or use the button to open Cursor with the prompt pre-filled. Cursor reads AGENTS.md.
This folder contains prototype.html (a clickable reference prototype) and BUILD-BRIEF.md (the spec). Read both carefully. First create CLAUDE.md capturing the conventions: Expo + TypeScript, expo-router, expo-sqlite, functional components, tests with Jest. Then write a short plan and build milestone 1: reproduce every screen in the prototype with real components and mock data, preserving its look, copy and behaviour. Add a README with run instructions and basic tests. Ask questions only if something is genuinely ambiguous.
cursor .Open the folder in VS Code, switch Copilot Chat to Agent mode and paste the prompt (or run copilot in a terminal). Copilot reads AGENTS.md.
This folder contains prototype.html (a clickable reference prototype) and BUILD-BRIEF.md (the spec). Read both carefully. First create CLAUDE.md capturing the conventions: Expo + TypeScript, expo-router, expo-sqlite, functional components, tests with Jest. Then write a short plan and build milestone 1: reproduce every screen in the prototype with real components and mock data, preserving its look, copy and behaviour. Add a README with run instructions and basic tests. Ask questions only if something is genuinely ambiguous.
code .Open the folder in Antigravity, or run agy in a terminal, and paste the prompt. It reads AGENTS.md (and GEMINI.md).
This folder contains prototype.html (a clickable reference prototype) and BUILD-BRIEF.md (the spec). Read both carefully. First create CLAUDE.md capturing the conventions: Expo + TypeScript, expo-router, expo-sqlite, functional components, tests with Jest. Then write a short plan and build milestone 1: reproduce every screen in the prototype with real components and mock data, preserving its look, copy and behaviour. Add a README with run instructions and basic tests. Ask questions only if something is genuinely ambiguous.
agyOpen the folder in Devin Desktop (formerly Windsurf) or run devin, then paste the prompt. Reads AGENTS.md.
This folder contains prototype.html (a clickable reference prototype) and BUILD-BRIEF.md (the spec). Read both carefully. First create CLAUDE.md capturing the conventions: Expo + TypeScript, expo-router, expo-sqlite, functional components, tests with Jest. Then write a short plan and build milestone 1: reproduce every screen in the prototype with real components and mock data, preserving its look, copy and behaviour. Add a README with run instructions and basic tests. Ask questions only if something is genuinely ambiguous.
devinOpen the folder in Kiro and paste the prompt. Kiro works best spec-first, so the prompt asks it to turn AGENTS.md into requirements, design and tasks specs before coding.
Work spec-first: turn AGENTS.md into your requirements, design and tasks specs (.kiro/specs) before writing code. This folder contains prototype.html (a clickable reference prototype) and BUILD-BRIEF.md (the spec). Read both carefully. First create CLAUDE.md capturing the conventions: Expo + TypeScript, expo-router, expo-sqlite, functional components, tests with Jest. Then write a short plan and build milestone 1: reproduce every screen in the prototype with real components and mock data, preserving its look, copy and behaviour. Add a README with run instructions and basic tests. Ask questions only if something is genuinely ambiguous.
kiro-cliRun opencode in the folder and paste the prompt. Reads AGENTS.md.
This folder contains prototype.html (a clickable reference prototype) and BUILD-BRIEF.md (the spec). Read both carefully. First create CLAUDE.md capturing the conventions: Expo + TypeScript, expo-router, expo-sqlite, functional components, tests with Jest. Then write a short plan and build milestone 1: reproduce every screen in the prototype with real components and mock data, preserving its look, copy and behaviour. Add a README with run instructions and basic tests. Ask questions only if something is genuinely ambiguous.
opencodeLovable builds in the browser and can’t read your files, so this prompt carries the whole brief. The button opens Lovable with it pre-filled.
Build a mobile study planner app. Summary: students add subjects with exam dates and topics, tick topics off, and get an auto-balanced weekly revision plan prioritising the soonest exams. Screens: Subjects list, Subject detail with topic checklist, Weekly plan, Focus timer, Settings. Data: Subject(name, examDate, colour), Topic(subjectId, title, done, estimatedMinutes), Session(topicId, startedAt, minutes). Rules: schedule soonest-exam-first without exceeding daily hours; ticking a topic re-balances the plan. Use a bottom tab bar, large readable text, and realistic sample data.
These build in the browser and can’t read your files, so this prompt carries the whole brief. Paste it as your first message.
Build a mobile study planner app. Summary: students add subjects with exam dates and topics, tick topics off, and get an auto-balanced weekly revision plan prioritising the soonest exams. Screens: Subjects list, Subject detail with topic checklist, Weekly plan, Focus timer, Settings. Data: Subject(name, examDate, colour), Topic(subjectId, title, done, estimatedMinutes), Session(topicId, startedAt, minutes). Rules: schedule soonest-exam-first without exceeding daily hours; ticking a topic re-balances the plan. Use a bottom tab bar, large readable text, and realistic sample data.
Opens ChatGPT with the self-contained prompt so you can plan, ask questions or generate code in chat.
Build a mobile study planner app. Summary: students add subjects with exam dates and topics, tick topics off, and get an auto-balanced weekly revision plan prioritising the soonest exams. Screens: Subjects list, Subject detail with topic checklist, Weekly plan, Focus timer, Settings. Data: Subject(name, examDate, colour), Topic(subjectId, title, done, estimatedMinutes), Session(topicId, startedAt, minutes). Rules: schedule soonest-exam-first without exceeding daily hours; ticking a topic re-balances the plan. Use a bottom tab bar, large readable text, and realistic sample data.
Opens claude.ai with the self-contained prompt pre-filled (Claude can also build it as an artifact).
Build a mobile study planner app. Summary: students add subjects with exam dates and topics, tick topics off, and get an auto-balanced weekly revision plan prioritising the soonest exams. Screens: Subjects list, Subject detail with topic checklist, Weekly plan, Focus timer, Settings. Data: Subject(name, examDate, colour), Topic(subjectId, title, done, estimatedMinutes), Session(topicId, startedAt, minutes). Rules: schedule soonest-exam-first without exceeding daily hours; ticking a topic re-balances the plan. Use a bottom tab bar, large readable text, and realistic sample data.
Brief generated with Google Gemini (gemini-3.5-flash-lite) from the prototype and its idea. A strong starting point, not a contract — read it before you build. Tool list checked September 2026 · what these tools can do now and next.
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