Master Test Strategy with a Complete Template and Four‑Step Analysis Guide

Test Strategy & Template

Test analysis is the process of implementing a test strategy and test‑case specifications. In a test strategy we address two core questions: “what to test” and “how to test”. To answer them, we first consider six questions:

What are the test objects and scope?

What are the test objectives?

What are the key and difficult points?

What are the depth and breadth of testing?

How to arrange testing activities (what first, then what)?

How to evaluate testing results?

Clarifying these six questions makes the test‑analysis process clear.

Four‑Step Test‑Analysis Method

The template highlights four steps:

Modeling (business process – system process)

Design basic test cases (test scenarios)

Supplement test data (complete test cases)

Expansion (based on experience)

1. Product Overview

1.1 Product Background

(Content not provided)

1.2 Product Goals

Architecture goals:

Business goals

2. Project Overall Analysis

2.1 Functional Requirement Decomposition

2.1.1 Glossary & Business Description

(Details omitted)

2.1.2 PRD Requirement List and Test‑Point Analysis Mapping (Key Analysis Step)

Test analysis of functional points should be considered from the product quality‑standard perspective, covering quality attributes such as functionality, performance efficiency, compatibility, usability, reliability, security, maintainability, and portability.

2.1.3 Interface List (Based on Design Documents)

(Details omitted)

2.2 Business Process Analysis (Modeling)

The purpose of modeling is to divide business processes into four categories, each with specific analysis methods:

Process – method: flowchart, path‑coverage testing

Parameter – method: equivalence partitioning, boundary‑value analysis, decision table

Data – method: decision table, state‑transition testing

Combination – method: condition‑combination coverage, decision‑condition testing, orthogonal analysis

2.2.1 Overview of Tested Functions

Overall Business Process

Business model diagram (illustration omitted).

3. Risk Analysis

(Content not detailed in source).

4. Functional Test Analysis

4.1 XXXX Scenario Test Analysis (Design Basic Test Cases)

4.1.1 Requirement Description

(Content not provided).

4.1.2 Interaction Sequence Diagram

(Content not provided).

4.1.3 Event Flow Analysis (Basic Flow + Branch Flow)

(Content not provided).

4.1.4 Test Scenarios

This step can refer to the test‑case specification part, adding business scenarios derived from modeling and risk analysis into the test‑scenario section.

4.1.5 Test Case Design Description (Complete Test Cases, Supplement Test Data)

Methods to supplement test cases include:

Error guessing

Experience‑based testing methods

Four rules of abnormal testing checks: