Debugging Genesis Apps

Debug Taskade Genesis apps with the Genesis Debugging Framework: classify failures, diagnose imports, routing, schema, and namespace bugs, and prevent.

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Table of Contents

• Overview

• Taskade Genesis Debugging Framework (GDF)

  • Layer 1: Failure Classification

  • Layer 2: Diagnostic Checklist

  • Layer 3: Root Cause Documentation

• Genesis Prompting Protocol (GPP)

• Putting It All Together

• What's Next

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Overview

When building apps with Genesis, you may run into issues where components don't render, navigation breaks, or data doesn't display correctly. These are common growing pains of AI-generated codebases and they follow predictable patterns.

This guide introduces the Genesis Debugging Framework (GDF) — a structured approach to classifying, diagnosing, and documenting bugs in Genesis apps. It also covers the Genesis Prompting Protocol (GPP), a set of prompting strategies that prevent the most common issues before they occur.

From real-world experience — This framework was developed from real-world experience building Taskade Genesis apps. It addresses the four most common failure classes: import graph failures, routing registry drift, UI-to-API schema mismatch, and namespace collisions.

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Genesis Debugging Framework (GDF)

The GDF gives you a systematic way to isolate and fix failures in AI-generated codebases. Use it every time you encounter a bug so that patterns accumulate and become easier to spot.

Layer 1: Failure Classification

Every bug should be tagged with one of these categories:

Class	Name	Description	Typical Symptom
Import Graph	Missing or incorrect imports	Component referenced but not imported	Runtime ReferenceError
Registry Drift	Router or component mismatch	Navigation mapped to wrong component	Wrong UI view
Schema Drift	UI vs API data mismatch	Enum values or data structures differ between frontend and backend	Filters return 0 results
Namespace Collision	Variable or function shadowing	Imported name overwritten locally	Unpredictable behavior
State Desync	React state mismatch	Stale props or derived state	UI not updating
Async Drift	Async state errors	Race conditions in async operations	Random or intermittent failures
Dependency Drift	Package mismatch	Library functions missing or changed	Compile or runtime errors

Most Genesis bugs fall into the first four classes. Start there when diagnosing an issue.

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Layer 2: Diagnostic Checklist

When a bug appears, work through this checklist in order.

1. Import Integrity

Check that every component used in JSX has a corresponding import statement.

Bad:

// No import — will crash at runtime
<Loader2 className="animate-spin" />

Correct:

import { Loader2 } from "lucide-react"

<Loader2 className="animate-spin" />

Look for:

• Missing imports entirely

• Incorrect import paths (wrong file or package)

• Renamed components that don't match the import

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2. Router Registry Integrity

Inspect your navigation mapping to make sure routes point to the right components.

const views = {
  dashboard: DashboardView,
  forms: FormsView,
  contacts: ContactsView
}

Verify:

Check	What to Look For
Component exists	The imported component is defined and exported
Import matches file	The import path points to the correct file
Sidebar key matches router key	The navigation menu key matches the key in the views object

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3. Data Schema Alignment

Confirm that values used in the UI match the values returned by the API or backend.

Example failure:

Layer	Values Used
UI filter	manual, webform, csv
API data	src-inb, src-web, src-csv

The UI expects one set of values but the data uses another, so filters return zero results.

Correct architecture:

API enum -> mapping layer -> UI labels

Always create an explicit mapping between backend values and frontend display labels.

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4. Namespace Conflicts

Search your file for duplicated identifiers where an import gets shadowed by a local declaration.

Example failure:

import { Zap } from "lucide-react"

// This local function shadows the imported Zap icon
function Zap() {
  return <div>Custom component</div>
}

Fix: Rename either the local function or the import to avoid the collision.

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5. Component Ownership

Confirm that each file exports one main component with a clear, unambiguous name.

Recommended pattern:

export default function ContactsView() {
  // ...
}

Avoid multiple default exports or generic names that could conflict across files.

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Layer 3: Root Cause Documentation

After fixing a bug, document it using this structure. Over time, this builds a knowledge base of recurring patterns.

Bug ID:      GDF-001
Class:       Import Graph Failure
Location:    segments-view.tsx
Symptom:     Runtime crash when opening CreateSegmentModal
Cause:       Loader2 icon used in JSX but not imported
Fix:         Added import { Loader2 } from "lucide-react"
Prevention:  Run import validation checklist before merge

Field	Purpose
Bug ID	Unique identifier for tracking
Class	Which failure class from Layer 1
Location	File and component where the bug lives
Symptom	What the user sees when the bug triggers
Cause	The root technical cause
Fix	What you changed to resolve it
Prevention	How to catch this earlier next time

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Genesis Prompting Protocol (GPP)

The GPP is a set of prompting strategies designed to prevent common issues before they happen. It addresses a key challenge: when you need to rebuild parts of a Genesis app in chunks, re-prompting can cause a "schism" that breaks previously working code.

The Core Problem

When building complex apps with Genesis, you may need to iterate on individual sections. Each time you re-prompt to fix or extend a section, Eve may regenerate code that conflicts with what was already working — creating a loop of fixes that break other things.

Prevention Strategies

Strategy	How It Helps
Build in logical order	Start with data models and navigation, then add views one at a time. Don't jump between unrelated sections.
Prompt incrementally	Make small, focused requests instead of large rewrites. "Add a search bar to the contacts view" is better than "rebuild the contacts page."
Reference existing code	When prompting for changes, mention the components and patterns that already exist so Eve maintains consistency.
Validate after each change	Test the app after every prompt. Catching issues immediately prevents them from compounding.
Use the diagnostic checklist	After each generation cycle, run through the Layer 2 checklist above to catch the four most common failure classes.

Avoid large-scope re-prompts on a partially built app. If something breaks, isolate the specific issue using the GDF and fix it with a targeted prompt rather than regenerating entire sections.

Recommended Build Order

When rebuilding or extending a Genesis app in chunks, follow this sequence:

1. Data layer — Define your data models, enums, and API mappings first

2. Navigation and routing — Set up the router registry and sidebar

3. Core views — Build each view one at a time, testing after each

4. Shared components — Add reusable elements like modals and forms

5. Integrations and automations — Connect external tools last

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Putting It All Together

Here is the recommended workflow when you encounter a bug in a Genesis app:

1. Classify — Tag the bug using the Layer 1 failure classes

2. Diagnose — Run through the Layer 2 checklist to find the root cause

3. Fix — Apply a targeted fix with a focused prompt

4. Document — Record the bug using the Layer 3 template

5. Prevent — Apply GPP strategies to avoid similar issues in future builds

Over time, your documented bugs become a personal knowledge base that makes debugging faster and helps you write better prompts from the start.

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What's Next

Guide	What You'll Learn
Prompt Guide	12 principles for writing effective Genesis prompts
How Genesis Works	Understanding the architecture behind Genesis apps
Version History	How to restore previous versions if something breaks
Troubleshooting	General troubleshooting guide for common issues