Theory is cheap. Most Claude Code guides tell you what the tool can do — understand your codebase, fix bugs, write tests — and leave you staring at a blank terminal wondering exactly how to start. That gap between capability and execution is where most beginners get stuck. They know Claude Code is powerful. They just don’t know what to type.
This guide skips the theory and goes straight to the workflows. Twenty of them, each with the exact prompt structure to use, what to expect as output, and the follow-up moves that make the workflow actually stick. Whether you’re debugging a production issue at midnight, reviewing a teammate’s pull request, or trying to understand a codebase you just inherited, there’s a workflow in here for you today. Not someday. Today.
## 📋 TL;DR
– This guide covers 20 real Claude Code workflows organized into six categories: Build, Debug, Review & Audit, Maintain, Ship, and Grow.
– Every workflow includes the exact prompt pattern to use — not vague advice but actual sentence structures.
– The most productive Claude Code users run the same workflows repeatedly — they’ve turned common tasks into repeatable, predictable patterns.
– Plan Mode (type/planbefore your prompt) is the right starting position for any workflow touching more than two or three files.
– Claude’s output always needs your eyes on it before it ships. These workflows assume that — they build review steps in, not around.
– The final section maps every workflow to the cluster article that goes deeper. Use this page to pick your workflow; follow the links to master it.
Table of Contents
- How to Use This Guide
- Category 1 — Build: Creating Things From Scratch
- Category 2 — Debug: Finding and Fixing Problems
- Category 3 — Review & Audit: Checking Work
- Category 4 — Maintain: Keeping Code Healthy
- Category 5 — Ship: Getting Code Out the Door
- Category 6 — Grow: Learning and Scaling
- Common Beginner Mistakes and How to Fix Them
- Quick Reference — 20 Workflows at a Glance
- What to Learn Next
- Key Takeaways
How to Use This Guide
Each workflow follows the same structure: a clear description of the task, the prompt pattern to use (copy it, fill in the brackets, adapt it to your situation), what Claude will produce, and what you do next.
A prompt pattern is not a word-for-word script — it’s a structure. The brackets show where you fill in your specifics. The rest is the shape that works reliably across different projects and codebases.
Three universal setup steps apply to every workflow in this guide:
Step 1: Navigate to your project directory.
cd your-project-folder
Step 2: Launch Claude Code.
claude
Step 3: For complex workflows, activate Plan Mode first.
/plan
This makes Claude map out its approach before touching anything. For workflows that touch multiple files or have irreversible consequences, Plan Mode is always worth the extra thirty seconds.
Now, the workflows.
Category 1 — Build: Creating Things From Scratch
Workflow 1: Build a Feature End to End
What it is: You describe a feature in plain language and Claude Code implements it — creating new files, editing existing ones, and wiring everything together.
Prompt pattern:
I need to add [feature name] to this [React/Python/Node/etc.] project.
It should:
- [behaviour 1]
- [behaviour 2]
- [behaviour 3]
The relevant existing files are [list them, or say "find them yourself"].
Follow the patterns already in use in this codebase.
After implementing, run the tests and tell me what passes.
What to expect: Claude reads the relevant files, proposes an implementation approach, and — after your approval — creates or modifies the files needed. It then runs your test command and reports the results.
What you do next: Review the diff. Read the new code. Run the app manually to confirm the feature works as expected. Then commit.
💡 Pro Tip: The phrase “follow the patterns already in use in this codebase” is one of the most valuable things you can add to any build prompt. It prevents Claude from inventing conventions that clash with your existing style — instead nudging it to match what’s already there.
[How to Build Features From Scratch with Claude Code]
Workflow 2: Scaffold a New Project
What it is: Starting a new project from scratch. You give Claude the requirements; it creates the folder structure, boilerplate files, and initial configuration.
Prompt pattern:
Create a new [type of project] with this stack:
- Language: [language]
- Framework: [framework]
- Database: [database, if any]
- Testing: [testing framework]
Requirements:
- [requirement 1]
- [requirement 2]
Set up the folder structure, install dependencies, configure [linting/testing/CI], and create a working "hello world" entry point I can run immediately.
What to expect: Claude creates the directory structure, writes config files, sets up the testing framework, and provides the exact command to run the project. It usually takes 3–5 minutes for a complete scaffold.
What you do next: Run the provided start command to confirm it works. Then create your CLAUDE.md based on the stack Claude just set up — the next session will start much better with it in place.
Workflow 3: Generate a Complete Test Suite
What it is: You have code that works but no tests. Claude Code reads your implementation and generates tests that cover the important paths.
Prompt pattern:
Write tests for [filename or function name].
Cover:
- The happy path (expected inputs, expected outputs)
- Edge cases: [list the ones you're worried about, or say "identify them yourself"]
- Error cases: what happens when inputs are invalid or things fail
Use [Jest/pytest/RSpec/etc.] following the test patterns already in this project.
After writing, run the tests and fix any that fail.
What to expect: Claude reads the implementation, maps the logic paths, generates tests that match your existing testing style, runs them, and iterates until they pass.
What you do next: Read the test descriptions to make sure they test the right things. Add any business-logic edge cases Claude might not know about.
[Writing Tests with Claude Code]
Workflow 4: Add Authentication to an Existing App
What it is: One of the most common but complex additions to any web project. Claude Code handles the implementation while you focus on the business decisions.
Prompt pattern:
Add [JWT token / session-based / OAuth with [provider]] authentication to this [framework] app.
Requirements:
- Users should be able to [sign up / log in / reset password]
- Protect these routes: [list protected routes]
- Store sessions in [method]
Security requirements:
- [any specific security constraints — rate limiting, 2FA, etc.]
Use the patterns and libraries already in this project where possible.
Show me the plan before implementing anything.
What to expect: Claude maps your existing architecture first, then proposes an implementation that fits it. Because this is high-stakes, it will typically ask several clarifying questions before starting.
What you do next: Review the security implementation carefully — auth is the area where Claude mistakes matter most. Consider using /plan before this one and running the built-in /security-review after.
Category 2 — Debug: Finding and Fixing Problems
Workflow 5: Diagnose a Bug With an Error Message
What it is: You have an error, a stack trace, or a failing test. Claude Code traces it to the root cause and fixes it.
Prompt pattern:
I'm getting this error:
[paste the full error message and stack trace]
This happens when [describe the action that triggers it].
I expected [expected behaviour]. Instead I got [actual behaviour].
Find the root cause and fix it. Don't just handle the exception — find why it's happening.
What to expect: Claude uses Grep to find the relevant files, reads the stack trace path, traces the logic to the point of failure, and explains the root cause before proposing a fix. The explanation is often as valuable as the fix.
What you do next: Read the explanation. Make sure you agree with the root cause diagnosis before accepting the fix. A fix that targets the wrong cause creates a new problem.
[Debugging with Claude Code]
Workflow 6: Fix a Bug You Can Describe But Can’t Locate
What it is: You know what’s broken but not where the code responsible lives. Classic “something in the payment flow is wrong but I don’t know which file.”
Prompt pattern:
There's a bug in the [feature area] of this application.
Symptom: [describe what the user experiences]
When: [describe the conditions under which it happens]
Not when: [conditions where it does NOT happen — narrows the search]
I don't know which files are involved. Investigate the relevant code, find the cause, and fix it.
What to expect: Claude uses Grep and Glob to map the feature area, reads the relevant files, and narrows down the cause. It may ask you to run specific commands to gather more data if the symptom isn’t enough to pinpoint the issue.
What you do next: Try to reproduce the bug before and after the fix. If you can reproduce it reliably, describe that exact reproduction path to Claude so it can verify the fix addresses the right scenario.
Workflow 7: Debug a Failing CI Build
What it is: Your CI pipeline is failing in a way that works locally. Claude Code diagnoses environment differences and finds the fix.
Prompt pattern:
My CI build is failing. Here's the error output:
[paste the CI error log — the relevant section, not the whole log]
This test/step passes locally. The CI environment is [describe it: Node version, OS, env vars that might differ].
Find the discrepancy and fix it.
What to expect: Claude reads your CI configuration file (.github/workflows/, Dockerfile, or whatever you’re using), identifies the environment difference, and proposes a targeted fix.
What you do next: Double-check any environment variable or version pinning changes before pushing — CI fixes that work locally but break something else in CI are a real pattern.
Workflow 8: Investigate a Performance Issue
What it is: Something is slow. You don’t know where the bottleneck is. Claude Code investigates.
Prompt pattern:
[Feature/page/API endpoint] is slow. Users are experiencing [describe the symptom — load time, timeout, lag].
Investigate the code path from [entry point] to [output point].
Look for:
- N+1 database queries
- Missing indexes or inefficient queries
- Synchronous operations that should be async
- Unnecessary data fetching
Propose fixes in order of likely impact.
What to expect: Claude traces the code path, identifies candidates for the bottleneck, and ranks its recommendations by likely impact. For database issues, it can suggest EXPLAIN ANALYZE queries to run. For code issues, it proposes targeted refactors.
What you do next: Add timing measurements around the biggest suspects before and after the fix to confirm the improvement. Performance fixes without measurements are guesses.
Category 3 — Review & Audit: Checking Work
Workflow 9: Code Review a Pull Request
What it is: You have a diff — your own or a teammate’s — and you want a thorough review before it merges.
Prompt pattern:
Review the current git diff / this pull request.
Check for:
1. Logic errors, off-by-one mistakes, incorrect assumptions
2. Security issues: injection vulnerabilities, auth gaps, data exposure
3. Performance concerns: N+1 queries, unnecessary re-renders, blocking operations
4. Consistency with existing patterns in this codebase
For each issue: file name, line number, what's wrong and why it matters, a concrete fix.
Rank by severity: Critical → High → Medium → Low.
Skip formatting — the linter handles that.
What to expect: A structured list of issues, each with a location, explanation, and fix. The quality is highest when Claude already knows the codebase — a longer session or a well-written CLAUDE.md helps it flag inconsistencies accurately.
What you do next: Work through the Critical and High items before merging. For Medium and Low, decide per item whether the fix is worth the time. Don’t accept every suggestion blindly — Claude sometimes flags things that are intentional.
[Claude Code for Code Reviews]
Workflow 10: Security Audit
What it is: A systematic pass through your codebase looking for vulnerabilities. Run this before a major release or after adding a significant new feature.
Prompt pattern:
Run a security audit on [specific area, or "this entire project"].
Check for:
- Injection vulnerabilities (SQL, XSS, command injection)
- Authentication and authorisation gaps
- Sensitive data in code, logs, or error messages
- Insecure dependencies (check package.json / requirements.txt)
- Missing input validation
- Insecure defaults in configuration
Report each finding with: location, vulnerability type, OWASP category if applicable, severity (Critical/High/Medium/Low), and a concrete fix.
What to expect: Claude reads your code systematically and produces a prioritised vulnerability report. You can also trigger this with the built-in /security-review command if you have it configured.
What you do next: Address Critical and High findings before shipping. Open issues for Medium findings. Use the report as the basis for a security review checklist you can run on future features.
[Security Audits with Claude Code]
Workflow 11: Understand a Codebase You Just Inherited
What it is: New job, acquired company, open-source project, or just that one unmaintained repo you’ve been handed. Claude Code maps it for you.
Prompt pattern:
I've just inherited this codebase and need to understand it quickly.
Give me:
1. A plain-English description of what this project does and who it's for
2. The tech stack — languages, frameworks, databases, external services
3. The key directories and what lives in each
4. The main data flow — how does a [request / job / event] move through the system?
5. Any obvious technical debt, risks, or things I should know before touching anything
Start with what you can infer from the structure. Read specific files when you need to go deeper.
What to expect: A structured briefing document that would take a human hours to produce. Claude maps the architecture, identifies the main patterns, and flags anything that looks unusual or risky.
What you do next: Turn this into your CLAUDE.md file so future sessions start with this understanding already loaded. Then ask follow-up questions about the specific areas you’ll be working in first.
[Learning a New Codebase with Claude Code]
Category 4 — Maintain: Keeping Code Healthy
Workflow 12: Refactor a Large or Messy File
What it is: A file that has grown into a mess — too long, too many responsibilities, too hard to read. Claude Code refactors it methodically.
Prompt pattern:
Refactor [filename].
Current problems:
- [problem 1 — e.g., "It's 800 lines handling six unrelated concerns"]
- [problem 2 — e.g., "Function names don't match what they actually do"]
Goals:
- [goal 1 — e.g., "Split into 3 focused modules"]
- [goal 2 — e.g., "Improve naming throughout"]
Constraints:
- Don't change external behaviour — this is pure refactoring, no new features
- The existing tests must still pass after
- Maintain backwards compatibility with [list any callers to preserve]
Show me the plan first.
What to expect: Claude proposes a refactoring plan — how it will split the file, what it will rename, how it will preserve backwards compatibility. After approval, it implements and runs your tests to confirm nothing broke.
What you do next: Review that the test suite still passes. Check that any callers (other files that import from the refactored file) still work. Refactoring without test coverage is high risk — if you don’t have tests, generate them first (Workflow 3) before refactoring.
[Refactoring a Large Codebase with Claude Code]
Workflow 13: Update Outdated Dependencies
What it is: Package updates piling up. Claude Code handles the upgrade, finds breaking changes, and fixes them.
Prompt pattern:
Update the dependencies in this project.
Start with these specific packages (or "start with the security-flagged ones"):
[list packages, or say "check npm audit / pip check and start with those"]
For each update:
1. Check the changelog for breaking changes
2. Update the package
3. Fix any code that breaks
4. Run the tests
Report: what you updated, any breaking changes you found, and what you changed to fix them.
What to expect: Claude works through the updates one at a time (or in related groups), reads changelog information, makes the necessary code changes, and runs tests after each update to catch regressions immediately.
What you do next: Review the diff for each updated package. Test manually any areas where the changelog mentioned behaviour changes. Don’t merge dependency updates without human review of what changed.
Workflow 14: Generate or Update Documentation
What it is: Docs that are missing, outdated, or out of sync with the code. Claude Code writes documentation that matches the actual implementation.
Prompt pattern:
Generate/update documentation for [scope — a function, a module, an API, the whole project].
Format: [README / JSDoc / docstring / OpenAPI spec / Markdown pages]
Include:
- What it does (purpose, not implementation)
- Parameters, return values, and types (for functions/APIs)
- Usage examples — show don't just tell
- Any gotchas or important limitations
Base everything on the actual code — if the existing docs say one thing and the code does another, the code is right.
What to expect: Claude reads the implementation and generates documentation that matches it. For APIs, it produces OpenAPI specs you can plug directly into your API documentation tool. For codebases, it produces README sections that actually describe the current state.
What you do next: Read it like a new developer would. Catch anything that’s technically accurate but confusing in practice. Add anything Claude couldn’t infer — business context, the “why” behind decisions, deployment-specific notes.
[Claude Code for Documentation Writing]
Category 5 — Ship: Getting Code Out the Door
Workflow 15: Git Workflow — Commit, Branch, and PR
What it is: The daily Git ceremony — commit messages, branch names, PR descriptions — delegated to Claude Code so you can focus on the code.
Prompt pattern for a commit:
Look at the current staged diff (or run git diff --staged).
Write a commit message following Conventional Commits format:
<type>(<scope>): <summary under 72 chars>
Add a body paragraph only if the change needs explanation beyond the summary.
Types: feat, fix, docs, style, refactor, test, chore
Prompt pattern for a PR description:
Look at the commits on this branch compared to main.
Write a pull request description with:
- One-sentence summary of what changed and why
- Key changes as a bullet list
- Testing notes: what you tested and how to verify
- Breaking changes or migration steps if any
Keep it factual and direct — no marketing language.
What to expect: Consistent, well-structured commit messages and PR descriptions that contain real information — not generic descriptions you’d write when you’re tired.
What you do next: Read it before submitting. Add anything Claude couldn’t know from the diff alone — context about why you made this decision, links to the issue it resolves, any deployment steps.
[Claude Code Git Workflow]
Workflow 16: Write or Fix a GitHub Actions Pipeline
What it is: CI/CD pipelines that need creating, debugging, or optimising. Claude Code understands GitHub Actions YAML and can work with your entire workflow file.
Prompt pattern:
[Create a new GitHub Actions workflow / Fix this failing workflow / Optimise this workflow for speed].
Requirements:
- Trigger: [push to main / PR / manual / schedule]
- Jobs: [test / lint / build / deploy]
- Environment: [OS, language version, services needed]
- [Any specific requirements — secrets handling, matrix builds, deployment targets]
[For fixes: paste the failing workflow YAML and the error output]
What to expect: Claude produces well-structured YAML that follows GitHub Actions best practices — proper job dependencies, caching for speed, environment variable handling, and sensible triggers.
What you do next: Push to a test branch to let the workflow run. Check the Actions tab in GitHub. Claude can diagnose failure output directly if you paste it back.
[Claude Code + GitHub Actions]
Workflow 17: Pre-Deploy Checklist Automation
What it is: The things you manually check before every deploy — Claude Code runs through them systematically and reports.
Prompt pattern:
Run a pre-deploy checklist on this codebase.
Check:
1. No debug code, console.logs, or TODO comments in production paths
2. No hardcoded credentials, API keys, or environment-specific values
3. All required environment variables are documented
4. Tests pass (run them)
5. No obvious error handling gaps in the critical paths
6. [Any project-specific checks from CLAUDE.md]
Report anything that should be addressed before deploying.
What to expect: A structured report of anything that doesn’t pass the checklist. Claude reads the relevant files, runs your tests, and flags anything suspicious.
What you do next: Work through the flags before deploying. Save this prompt as a /predeploy custom slash command so you can run it with one command before every release.
Category 6 — Grow: Learning and Scaling
Workflow 18: The Vibe Coding Session (Non-Technical Founders)
What it is: You have an idea but no code. You describe what you want in plain English — no technical knowledge required — and Claude Code builds it.
Prompt pattern:
I want to build [describe your product idea in plain English].
Users should be able to:
- [user action 1]
- [user action 2]
- [user action 3]
I'm not a developer. Please:
1. Recommend the simplest tech stack to build this
2. Set up the project
3. Build the first feature I described
4. Tell me how to run it locally
Ask me questions if you need clarification before starting.
What to expect: Claude picks a beginner-friendly stack, sets up the project, builds the described feature, and gives you the exact commands to run it. It will ask clarifying questions about things that have multiple valid approaches.
What you do next: Run it. If it works, tell Claude what to build next. If it doesn’t, describe what you see (or paste the error) and Claude will fix it.
[Vibe Coding with Claude Code]
[Claude Code for Solo Founders]
Workflow 19: Daily Workflow Routine
What it is: How to structure an entire productive day with Claude Code. Not a single task — a pattern for how work flows.
The daily pattern:
Morning (session start):
Good morning. My focus today is [task or feature].
Relevant context: [anything Claude wouldn't know from CLAUDE.md]
Start by reading [key file] and tell me what you understand about the current state.
During work (mid-session):
Keep the same session running. Use /context to check your context window usage every hour or so. Add instructions to CLAUDE.md if you find yourself re-explaining the same things.
End of day (session close):
Before we wrap up:
1. Write commit messages for everything we changed today
2. Update the relevant documentation with any changes
3. Flag anything we started but didn't finish — where should we resume tomorrow?
What to expect: The end-of-day prompt produces a tidy handoff document that makes tomorrow’s session start faster and cleaner.
What you do next: Commit everything with Claude’s commit messages. Start the next day by loading yesterday’s summary back into context.
[Claude Code Daily Workflow]
Workflow 20: Team Onboarding — Getting a New Developer Up to Speed
What it is: A new developer joins your team. Claude Code helps them understand the codebase, generate their own CLAUDE.md, and get to their first commit faster.
Prompt pattern for the new developer:
I just joined this team and this is my first day with this codebase.
Help me understand:
1. What does this project do at a high level?
2. What's the architecture — how do the main components fit together?
3. What are the most important files and directories?
4. What do I need to know before making my first change?
5. What's the local development setup — how do I run this?
Then help me make a CLAUDE.md for this project that will help me work on it.
What to expect: A structured onboarding document and a personalized CLAUDE.md that reflects what Claude learned about the project. New developers who use this workflow consistently report getting productive 2–3x faster.
What you do next: Have the new developer share their CLAUDE.md with the team. If it captures things the team’s existing CLAUDE.md missed, add those improvements to the shared version.
[Claude Code for Large Teams]
[Learning a New Codebase with Claude Code]
Common Beginner Mistakes and How to Fix Them
Mistake 1: Treating every workflow as a one-shot prompt
The problem: You give Claude the full task in one message and expect a perfect result. When it’s not perfect, you start over instead of iterating.
The fix: These workflows are starting points, not complete scripts. The best workflow sessions have two or three exchanges — Claude does the first pass, you review and redirect, it refines. The iterative loop is the workflow. Treat Claude Code like a capable colleague who needs feedback, not a vending machine that dispenses finished code.
Mistake 2: Skipping Plan Mode for multi-file workflows
The problem: You run the refactoring or feature build workflow without /plan, Claude makes sweeping changes across a dozen files, and you’re left reviewing a massive diff you don’t fully understand.
The fix: Add /plan before your prompt for any workflow in the Build, Maintain, or Ship categories when it involves more than two files. Read the plan. If anything looks wrong — a file it shouldn’t touch, an approach you don’t agree with — push back before Claude starts implementing. A one-minute plan review saves twenty minutes of untangling.
Mistake 3: Not adding the “use existing patterns” instruction
The problem: Claude builds a feature that works correctly but uses a completely different style than the rest of the codebase — different naming conventions, different error handling, different file organisation.
The fix: Add “follow the patterns already in use in this codebase” to every build and refactor prompt. Pair it with a CLAUDE.md that describes your conventions explicitly. The combination means Claude references your existing style, not its defaults.
Mistake 4: Accepting the first debug diagnosis without checking the logic
The problem: Claude confidently identifies a root cause, fixes it, the error stops appearing — and a week later a different bug surfaces in the same area because the real root cause was never addressed.
The fix: When Claude explains a bug’s root cause, read the explanation. Does it match what you know about the system? Ask Claude to explain why this cause would produce this symptom. If the explanation doesn’t hold together logically, say so. Claude can and does revise its diagnosis when you push back with good reasoning.
Mistake 5: Running the security audit workflow and treating it as complete
The problem: You run the security audit workflow, Claude finds no Critical issues, and you ship with confidence. But the audit missed something because Claude didn’t have access to all the relevant files or didn’t know about a specific attack vector for your tech stack.
The fix: The security audit workflow is a valuable first pass, not a complete security review. Use it to catch obvious issues and cover the common OWASP vectors. For anything that handles authentication, payments, or personal data, augment Claude’s review with a human security specialist or a dedicated security scanning tool. Layer your defences — Claude is one layer, not the whole stack.
Quick Reference — 20 Workflows at a Glance
| **#** | **Workflow** | **Category** | **Use Plan Mode?** | **Time saved** |
|---|---|---|---|---|
| 1 | Build a feature end to end | Build | Yes (multi-file) | 2–4 hours |
| 2 | Scaffold a new project | Build | No | 1–2 hours |
| 3 | Generate a test suite | Build | No | 1–3 hours |
| 4 | Add authentication | Build | Yes (high stakes) | 3–6 hours |
| 5 | Debug with an error message | Debug | No | 30–90 mins |
| 6 | Fix a bug you can describe | Debug | No | 1–2 hours |
| 7 | Debug a failing CI build | Debug | No | 30–60 mins |
| 8 | Investigate a performance issue | Debug | No | 1–3 hours |
| 9 | Code review a PR | Review | No | 30–60 mins |
| 10 | Security audit | Review | No | 2–4 hours |
| 11 | Understand an inherited codebase | Review | No | 2–5 hours |
| 12 | Refactor a messy file | Maintain | Yes (always) | 1–4 hours |
| 13 | Update dependencies | Maintain | No | 1–3 hours |
| 14 | Generate documentation | Maintain | No | 2–6 hours |
| 15 | Git commit and PR workflow | Ship | No | 15–30 mins/day |
| 16 | Write/fix GitHub Actions | Ship | No | 30–90 mins |
| 17 | Pre-deploy checklist | Ship | No | 20–40 mins |
| 18 | Vibe coding session | Grow | No | Varies |
| 19 | Daily workflow routine | Grow | No | 30–60 mins/day |
| 20 | Team onboarding | Grow | No | 3–6 hours/person |
What to Learn Next
Each workflow above has a dedicated cluster article that goes much deeper — more examples, more prompt variations, edge cases, and tooling tips. Pick the workflows you’ll use most often and go deep on those first.
Build workflows:
- [How to Build Features From Scratch with Claude Code] — The full guide to going from specification to working feature, including how to handle requirements that evolve mid-session.
- [Writing Tests with Claude Code] — Test generation strategies for different testing frameworks, and how to get Claude to write tests that actually catch real bugs.
Debug workflows:
- [Debugging with Claude Code] — Deep dive on the debugging conversation: how to give Claude the right evidence, how to push back on wrong diagnoses, and how to handle intermittent bugs.
Review and audit workflows:
- [Claude Code for Code Reviews] — How to use Claude Code as part of your team’s code review process, including what it reliably catches and what still needs human eyes.
- [Security Audits with Claude Code] — The full security audit workflow with a complete OWASP-aligned checklist and how to interpret Claude’s findings.
- [Learning a New Codebase with Claude Code] — Complete guide to the codebase onboarding workflow, with variations for different codebase sizes.
Maintain workflows:
- [Refactoring a Large Codebase with Claude Code] — How to approach large-scale refactoring safely, with strategies for testing coverage, rollback plans, and incremental changes.
- [Claude Code for Documentation Writing] — Documentation workflows for different formats: README, API docs, inline comments, and architecture decision records.
Ship workflows:
- [Claude Code Git Workflow] — The full Git workflow: branch naming, commit messages, PR descriptions, and how to handle merge conflicts with Claude Code.
- [Claude Code + GitHub Actions] — Writing, debugging, and optimising CI/CD pipelines with Claude Code, with examples for common build and deployment patterns.
Grow workflows:
- [Vibe Coding with Claude Code] — The complete guide for non-technical builders using Claude Code to ship products without writing code themselves.
- [Claude Code for Solo Founders] — Workflow patterns for founders who are building alone, including how to prioritise and how to avoid common technical debt traps.
- [Claude Code for Freelancers] — How to use Claude Code to deliver client projects faster, maintain quality across multiple projects, and handle client codebases you’ve never seen before.
- [Claude Code Daily Workflow] — How to structure a full working day with Claude Code: session management, context hygiene, and end-of-day handoffs.
- [Claude Code for Large Teams] — Workflow patterns for teams: shared CLAUDE.md, team slash commands, code review standards, and onboarding automation.
Key Takeaways
- The most valuable Claude Code habit is turning repeated tasks into named workflows.** Once you’ve run a debug workflow three times and refined the prompt, save it as a
/debugcustom slash command. The same goes for your code review, your pre-deploy checklist, and your daily standup notes. Workflows compound.
- Plan Mode is the dividing line between casual and professional Claude Code use.** For any task that touches more than two files or has consequences that are hard to reverse,
/planfirst. Read the plan. Redirect before implementation starts. This single habit prevents the majority of painful Claude Code mistakes.
- Claude Code gets better within a session.** The longer you work on a task in one session, the more Claude understands your specific codebase, your preferences, and your constraints. Don’t restart sessions when something goes wrong — iterate. Use the same session and build on what Claude has already learned about your project.
- Your CLAUDE.md is the foundation every workflow runs on.** Every workflow in this guide produces better results when Claude starts with project context already loaded. A well-written CLAUDE.md means your build prompts don’t need to re-explain your tech stack, your debug prompts don’t need to re-explain your testing setup, and your review prompts don’t need to re-explain your standards.
- These workflows assume human review at every step.** Claude Code is not autopilot. These are collaboration patterns — Claude does the heavy lifting, you apply judgment. The review step in every workflow is not optional; it’s where the quality comes from.
Last updated: July 2026. Claude Code ships updates frequently — the workflows above are grounded in current capabilities, but specific commands and features may evolve. Check Anthropic’s documentation at code.claude.com/docs for the latest.