GLM-5.3 · prompting-guide
Turn project context, goals, constraints, and acceptance criteria into a staged coding task.
Run one reversible GLM-5.3 task with these inputs:
- project type and stack: {{PROJECT_TYPE_AND_STACK}}
- target files or modules: {{TARGET_FILES_OR_MODULES}}
- constraints: {{CONSTRAINTS}}
- acceptance criteria: {{ACCEPTANCE_CRITERIA}}
State the plan, environment, and acceptance criteria; get human approval, then separate source facts, model output, and items still to verify.Replace before running: project type and stack, target files or modules, constraints, acceptance criteria
State the project type, stack, target artifact, and non-negotiable constraints.
Ask the model to analyze structure and propose a plan before edits; approve it manually.
Deliver in explore, design, implement, and test stages, each with acceptance criteria.
Drive the next turn with the real diff, test result, and error feedback.
This official prompt guide, “Vibe Coding Basics,” is designed for collaboration between GLM models and coding assistants. It presents the official prompt-engineering methodology for GLM-5.3 (GLM-5.3 is also a flagship coding model in the GLM series and therefore directly applicable).
1. From vague to precise
❌ Wrong example: Help me write a login feature
✅ Correct example (describe what you want + why + how you want it):
I need to create a user login feature for a React application. Requirements:
- Use TypeScript
- Include email and password validation
- Support keeping users signed in
- Make error handling user-friendly
- Follow the project's existing component structure
Please first analyze the existing authentication-related code, then provide a complete implementation plan.2. The SMART principle: Borrow the SMART principle from project management to structure prompts (specific, measurable, achievable, relevant, and time-bound).
3. Progressive dialogue: from simple to complex — Break complex tasks into multiple steps:
Step 1, exploration and understanding: Analyze the project architecture and design patterns in the authentication code
Step 2, design and planning: Design a third-party login architecture based on the analysis
Step 3, implementation and testing: Implement the feature (frontend components + backend API)
Step 4, optimization and refinement: Improve error handling and the user experience
1. GLM models' project-awareness capabilities (GLM can understand the structure of an entire project):
Practical tip: First ask the AI to “take a look” at the project — Please analyze this project's structure and main technology stack; use existing code as a model — Please follow the style of components/Button.tsx to create a new Card component.
2. Slash commands (an efficiency multiplier), using Claude Code as an example:
File operations: /create-component, /refactor-function, /add-tests
Project management: /commit, /pr-review, /fix-issue #123
Code quality: /optimize, /clean, /security-check
3. Context management (most important for GLM) — Establish a project-context template:
This is a [project type] project that uses [technology stack].
Its main function is [description of core functionality].
Our coding conventions include:
- [Convention 1]
- [Convention 2]
- [Convention 3]
I currently need [specific requirement]. Please provide a solution based on the context above.1. Error-driven learning loop — When the code does not behave as expected, provide feedback instead of asking again:
There is a problem with the code you just generated: when the user submits an empty input, it should display a friendly message instead of throwing an exception.
The current behavior is: [describe current behavior]
The expected behavior is: [describe expected behavior]
Please modify the relevant validation logic.2. Progressive complexity management: Do not start by throwing an overly complex task at the model; follow the principle of “divide and conquer.”
Establish context (a Next.js + TypeScript blog system with existing article display, authentication, and a Tailwind UI library; add comments, replies, real-time updates, and Markdown support) → first analyze the implementation plan
Architecture design (database model + API interface design)
Incremental implementation (data model + CRUD API)
Frontend components (consistent with the style of the existing components)
Optimization and refinement (like/unlike, reporting, and sensitive-word filtering)
| Pitfall | Solution |
|---|---|
| Pitfall 1: Prompts are too simple | Clarify the inputs, outputs, edge conditions, and usage scenarios |
| Pitfall 2: Ignoring project context | First ask the model to analyze the project structure and technology stack |
| Pitfall 3: Asking for too much at once | Break the work into steps progressively |
| Pitfall 4: No feedback loop | Describe the current behavior + expected behavior, and ask the model to make the change |
“Remember: a good prompt is half the battle, and a good feedback loop is the other half.”
With a 1M-token context window and reasoning always enabled, GLM-5.3 can make full use of its long-horizon Agent capabilities through a project-context template + multi-turn progressive dialogue.
Official prompt-engineering page (platform-level): https://docs.bigmodel.cn/cn/guide/platform/prompt.
Zhipu AI Open Documentation (docs.bigmodel.cn, official) · Source date: Not disclosed · Edited: 2026-09-20
Read the original sourceGLM-5.3
Run this guide in the environment listed above. Downloading does not transfer the template or establish model availability for your account.